pax_global_header00006660000000000000000000000064131632437310014515gustar00rootroot0000000000000052 comment=c5e62c5a005860459d6ec6b8d104347003e981e9 pytango-9.2.2/000077500000000000000000000000001316324373100132105ustar00rootroot00000000000000pytango-9.2.2/.gitignore000066400000000000000000000010301316324373100151720ustar00rootroot00000000000000# Byte-compiled / optimized / DLL files __pycache__/ *.py[cod] # C extensions *.o *.so # Precompiled headers *.gch # Packages bin/ build/ develop-eggs/ dist/ eggs/ lib/ lib64/ parts/ sdist/ var/ *.egg-info/ .installed.cfg *.egg *.eggs *.cfg MANIFEST # Installer logs pip-log.txt pip-delete-this-directory.txt # Unit test / coverage reports .tox/ .coverage .cache nosetests.xml coverage.xml # Translations *.mo # Sphinx documentation doc/_build/ # Qt Help generated *.qch *.qhc # Backup files *~ # PyCharm projects files .idea pytango-9.2.2/.pylintrc000066400000000000000000000373741316324373100150730ustar00rootroot00000000000000[MASTER] # A comma-separated list of package or module names from where C extensions may # be loaded. Extensions are loading into the active Python interpreter and may # run arbitrary code extension-pkg-whitelist= # Add files or directories to the blacklist. They should be base names, not # paths. ignore=databaseds # Add files or directories matching the regex patterns to the blacklist. The # regex matches against base names, not paths. ignore-patterns= # Python code to execute, usually for sys.path manipulation such as # pygtk.require(). #init-hook= # Use multiple processes to speed up Pylint. jobs=1 # List of plugins (as comma separated values of python modules names) to load, # usually to register additional checkers. load-plugins= # Pickle collected data for later comparisons. persistent=yes # Specify a configuration file. #rcfile= # Allow loading of arbitrary C extensions. Extensions are imported into the # active Python interpreter and may run arbitrary code. unsafe-load-any-extension=no [MESSAGES CONTROL] # Only show warnings with the listed confidence levels. 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If you want to run only the classes checker, but have # no Warning level messages displayed, use"--disable=all --enable=classes # --disable=W" disable=blacklisted-name,invalid-name,missing-docstring,empty-docstring,unneeded-not,singleton-comparison,misplaced-comparison-constant,unidiomatic-typecheck,consider-using-enumerate,consider-iterating-dictionary,bad-classmethod-argument,bad-mcs-method-argument,bad-mcs-classmethod-argument,single-string-used-for-slots,line-too-long,too-many-lines,trailing-whitespace,missing-final-newline,trailing-newlines,multiple-statements,superfluous-parens,bad-whitespace,mixed-line-endings,unexpected-line-ending-format,bad-continuation,wrong-spelling-in-comment,wrong-spelling-in-docstring,invalid-characters-in-docstring,multiple-imports,wrong-import-order,ungrouped-imports,wrong-import-position,old-style-class,len-as-condition,import-error,no-name-in-module,no-member,print-statement,parameter-unpacking,unpacking-in-except,old-raise-syntax,backtick,long-suffix,old-ne-operator,old-octal-literal,import-star-module-level,raw-checker-failed,bad-inline-option,locally-disabled,locally-enabled,file-ignored,suppressed-message,useless-suppression,deprecated-pragma,literal-comparison,no-self-use,no-classmethod-decorator,no-staticmethod-decorator,cyclic-import,duplicate-code,too-many-ancestors,too-many-instance-attributes,too-few-public-methods,too-many-public-methods,too-many-return-statements,too-many-branches,too-many-arguments,too-many-locals,too-many-statements,too-many-boolean-expressions,consider-merging-isinstance,too-many-nested-blocks,simplifiable-if-statement,redefined-argument-from-local,no-else-return,consider-using-ternary,trailing-comma-tuple,protected-access,global-statement,unused-argument,redefined-outer-name,redefined-builtin,bare-except,broad-except,apply-builtin,basestring-builtin,buffer-builtin,cmp-builtin,coerce-builtin,execfile-builtin,file-builtin,long-builtin,raw_input-builtin,reduce-builtin,standarderror-builtin,unicode-builtin,xrange-builtin,coerce-method,delslice-method,getslice-method,setslice-method,no-absolute-import,old-division,dict-iter-method,dict-view-method,next-method-called,metaclass-assignment,indexing-exception,raising-string,reload-builtin,oct-method,hex-method,nonzero-method,cmp-method,input-builtin,round-builtin,intern-builtin,unichr-builtin,map-builtin-not-iterating,zip-builtin-not-iterating,range-builtin-not-iterating,filter-builtin-not-iterating,using-cmp-argument,eq-without-hash,div-method,idiv-method,rdiv-method,exception-message-attribute,invalid-str-codec,sys-max-int,bad-python3-import,deprecated-string-function,deprecated-str-translate-call # Enable the message, report, category or checker with the given id(s). You can # either give multiple identifier separated by comma (,) or put this option # multiple time (only on the command line, not in the configuration file where # it should appear only once). See also the "--disable" option for examples. enable= [REPORTS] # Python expression which should return a note less than 10 (10 is the highest # note). You have access to the variables errors warning, statement which # respectively contain the number of errors / warnings messages and the total # number of statements analyzed. This is used by the global evaluation report # (RP0004). evaluation=10.0 - ((float(5 * error + warning + refactor + convention) / statement) * 10) # Template used to display messages. This is a python new-style format string # used to format the message information. See doc for all details #msg-template= # Set the output format. Available formats are text, parseable, colorized, json # and msvs (visual studio).You can also give a reporter class, eg # mypackage.mymodule.MyReporterClass. output-format=text # Tells whether to display a full report or only the messages reports=no # Activate the evaluation score. score=yes [REFACTORING] # Maximum number of nested blocks for function / method body max-nested-blocks=5 [MISCELLANEOUS] # List of note tags to take in consideration, separated by a comma. notes=FIXME,XXX,TODO [SPELLING] # Spelling dictionary name. Available dictionaries: none. To make it working # install python-enchant package. spelling-dict= # List of comma separated words that should not be checked. spelling-ignore-words= # A path to a file that contains private dictionary; one word per line. spelling-private-dict-file= # Tells whether to store unknown words to indicated private dictionary in # --spelling-private-dict-file option instead of raising a message. spelling-store-unknown-words=no [VARIABLES] # List of additional names supposed to be defined in builtins. Remember that # you should avoid to define new builtins when possible. additional-builtins= # Tells whether unused global variables should be treated as a violation. allow-global-unused-variables=yes # List of strings which can identify a callback function by name. A callback # name must start or end with one of those strings. callbacks=cb_,_cb # A regular expression matching the name of dummy variables (i.e. expectedly # not used). dummy-variables-rgx=_+$|(_[a-zA-Z0-9_]*[a-zA-Z0-9]+?$)|dummy|^ignored_|^unused_ # Argument names that match this expression will be ignored. Default to name # with leading underscore ignored-argument-names=_.*|^ignored_|^unused_ # Tells whether we should check for unused import in __init__ files. init-import=no # List of qualified module names which can have objects that can redefine # builtins. redefining-builtins-modules=six.moves,future.builtins [TYPECHECK] # List of decorators that produce context managers, such as # contextlib.contextmanager. Add to this list to register other decorators that # produce valid context managers. contextmanager-decorators=contextlib.contextmanager # List of members which are set dynamically and missed by pylint inference # system, and so shouldn't trigger E1101 when accessed. Python regular # expressions are accepted. generated-members= # Tells whether missing members accessed in mixin class should be ignored. A # mixin class is detected if its name ends with "mixin" (case insensitive). ignore-mixin-members=yes # This flag controls whether pylint should warn about no-member and similar # checks whenever an opaque object is returned when inferring. The inference # can return multiple potential results while evaluating a Python object, but # some branches might not be evaluated, which results in partial inference. In # that case, it might be useful to still emit no-member and other checks for # the rest of the inferred objects. ignore-on-opaque-inference=yes # List of class names for which member attributes should not be checked (useful # for classes with dynamically set attributes). This supports the use of # qualified names. ignored-classes=optparse.Values,thread._local,_thread._local # List of module names for which member attributes should not be checked # (useful for modules/projects where namespaces are manipulated during runtime # and thus existing member attributes cannot be deduced by static analysis. It # supports qualified module names, as well as Unix pattern matching. ignored-modules= # Show a hint with possible names when a member name was not found. The aspect # of finding the hint is based on edit distance. missing-member-hint=yes # The minimum edit distance a name should have in order to be considered a # similar match for a missing member name. missing-member-hint-distance=1 # The total number of similar names that should be taken in consideration when # showing a hint for a missing member. missing-member-max-choices=1 [FORMAT] # Expected format of line ending, e.g. empty (any line ending), LF or CRLF. expected-line-ending-format= # Regexp for a line that is allowed to be longer than the limit. ignore-long-lines=^\s*(# )??$ # Number of spaces of indent required inside a hanging or continued line. indent-after-paren=4 # String used as indentation unit. This is usually " " (4 spaces) or "\t" (1 # tab). indent-string=' ' # Maximum number of characters on a single line. max-line-length=100 # Maximum number of lines in a module max-module-lines=1000 # List of optional constructs for which whitespace checking is disabled. `dict- # separator` is used to allow tabulation in dicts, etc.: {1 : 1,\n222: 2}. # `trailing-comma` allows a space between comma and closing bracket: (a, ). # `empty-line` allows space-only lines. no-space-check=trailing-comma,dict-separator # Allow the body of a class to be on the same line as the declaration if body # contains single statement. single-line-class-stmt=no # Allow the body of an if to be on the same line as the test if there is no # else. single-line-if-stmt=no [BASIC] # Naming hint for argument names argument-name-hint=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Regular expression matching correct argument names argument-rgx=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Naming hint for attribute names attr-name-hint=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Regular expression matching correct attribute names attr-rgx=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Bad variable names which should always be refused, separated by a comma bad-names=foo,bar,baz,toto,tutu,tata # Naming hint for class attribute names class-attribute-name-hint=([A-Za-z_][A-Za-z0-9_]{2,30}|(__.*__))$ # Regular expression matching correct class attribute names class-attribute-rgx=([A-Za-z_][A-Za-z0-9_]{2,30}|(__.*__))$ # Naming hint for class names class-name-hint=[A-Z_][a-zA-Z0-9]+$ # Regular expression matching correct class names class-rgx=[A-Z_][a-zA-Z0-9]+$ # Naming hint for constant names const-name-hint=(([A-Z_][A-Z0-9_]*)|(__.*__))$ # Regular expression matching correct constant names const-rgx=(([A-Z_][A-Z0-9_]*)|(__.*__))$ # Minimum line length for functions/classes that require docstrings, shorter # ones are exempt. docstring-min-length=-1 # Naming hint for function names function-name-hint=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Regular expression matching correct function names function-rgx=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Good variable names which should always be accepted, separated by a comma good-names=i,j,k,ex,Run,_ # Include a hint for the correct naming format with invalid-name include-naming-hint=no # Naming hint for inline iteration names inlinevar-name-hint=[A-Za-z_][A-Za-z0-9_]*$ # Regular expression matching correct inline iteration names inlinevar-rgx=[A-Za-z_][A-Za-z0-9_]*$ # Naming hint for method names method-name-hint=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Regular expression matching correct method names method-rgx=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Naming hint for module names module-name-hint=(([a-z_][a-z0-9_]*)|([A-Z][a-zA-Z0-9]+))$ # Regular expression matching correct module names module-rgx=(([a-z_][a-z0-9_]*)|([A-Z][a-zA-Z0-9]+))$ # Colon-delimited sets of names that determine each other's naming style when # the name regexes allow several styles. name-group= # Regular expression which should only match function or class names that do # not require a docstring. no-docstring-rgx=^_ # List of decorators that produce properties, such as abc.abstractproperty. Add # to this list to register other decorators that produce valid properties. property-classes=abc.abstractproperty # Naming hint for variable names variable-name-hint=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ # Regular expression matching correct variable names variable-rgx=(([a-z][a-z0-9_]{2,30})|(_[a-z0-9_]*))$ [LOGGING] # Logging modules to check that the string format arguments are in logging # function parameter format logging-modules=logging [SIMILARITIES] # Ignore comments when computing similarities. ignore-comments=yes # Ignore docstrings when computing similarities. ignore-docstrings=yes # Ignore imports when computing similarities. ignore-imports=no # Minimum lines number of a similarity. min-similarity-lines=4 [IMPORTS] # Allow wildcard imports from modules that define __all__. allow-wildcard-with-all=no # Analyse import fallback blocks. This can be used to support both Python 2 and # 3 compatible code, which means that the block might have code that exists # only in one or another interpreter, leading to false positives when analysed. analyse-fallback-blocks=no # Deprecated modules which should not be used, separated by a comma deprecated-modules=regsub,TERMIOS,Bastion,rexec # Create a graph of external dependencies in the given file (report RP0402 must # not be disabled) ext-import-graph= # Create a graph of every (i.e. internal and external) dependencies in the # given file (report RP0402 must not be disabled) import-graph= # Create a graph of internal dependencies in the given file (report RP0402 must # not be disabled) int-import-graph= # Force import order to recognize a module as part of the standard # compatibility libraries. known-standard-library= # Force import order to recognize a module as part of a third party library. known-third-party=enchant [CLASSES] # List of method names used to declare (i.e. assign) instance attributes. defining-attr-methods=__init__,__new__,setUp # List of member names, which should be excluded from the protected access # warning. exclude-protected=_asdict,_fields,_replace,_source,_make # List of valid names for the first argument in a class method. valid-classmethod-first-arg=cls # List of valid names for the first argument in a metaclass class method. valid-metaclass-classmethod-first-arg=mcs [DESIGN] # Maximum number of arguments for function / method max-args=5 # Maximum number of attributes for a class (see R0902). max-attributes=7 # Maximum number of boolean expressions in a if statement max-bool-expr=5 # Maximum number of branch for function / method body max-branches=12 # Maximum number of locals for function / method body max-locals=15 # Maximum number of parents for a class (see R0901). max-parents=7 # Maximum number of public methods for a class (see R0904). max-public-methods=20 # Maximum number of return / yield for function / method body max-returns=6 # Maximum number of statements in function / method body max-statements=50 # Minimum number of public methods for a class (see R0903). min-public-methods=2 [EXCEPTIONS] # Exceptions that will emit a warning when being caught. Defaults to # "Exception" overgeneral-exceptions=Exception pytango-9.2.2/.travis.yml000066400000000000000000000035571316324373100153330ustar00rootroot00000000000000sudo: false language: python os: linux branches: only: - master - develop python: - 2.7 - 3.4 - 3.5 cache: directories: - ./miniconda # Conda environment - ./.eggs # pytest eggs - ./build # Build environment - ./cached_ext # Previous extension before_install: # Add conda to path - export PATH="$PWD/miniconda/bin:$PATH" # Install miniconda if not in cache - conda -V || wget http://repo.continuum.io/miniconda/Miniconda-latest-Linux-x86_64.sh -O miniconda.sh - conda -V || bash miniconda.sh -b -p ./miniconda -f # Update conda - conda update --yes conda # Create build environment if it doesn't exist - source activate buildenv || conda create --yes --name buildenv python=$TRAVIS_PYTHON_VERSION # Activate build environment - source activate buildenv install: # Install build dependencies - conda install --yes boost - conda install --yes -c tango-controls tango=9.2.2 - conda install --yes numpy # Not a strong requirement yet # Use conda prefix as root for the dependencies - export BOOST_ROOT=$CONDA_PREFIX TANGO_ROOT=$CONDA_PREFIX ZMQ_ROOT=$CONDA_PREFIX OMNI_ROOT=$CONDA_PREFIX # Uncomment the following line if the tests are running in parrallel # with pytest-xdist (see https://github.com/pytest-dev/pytest-xdist/issues/41): # - pip install -U pytest pytest-xdist six mock before_script: # Make sure old_ext exists - mkdir -p cached_ext # Touch the .so files if the extension hasn't changed - diff cached_ext ext && find build -name _tango*.so -printf "touching %p\n" -exec touch {} + || true script: # Build the package - python setup.py build # The build directory has been updated, cached_ext needs to be synchronized too - rsync -a --delete ext/ cached_ext/ # Run the tests - python setup.py test # Kill all the hanging tango test processes - killall -9 TangoTest || truepytango-9.2.2/LICENSE.txt000066400000000000000000000167431316324373100150460ustar00rootroot00000000000000 GNU LESSER GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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Each version is given a distinguishing version number. If the Library as you received it specifies that a certain numbered version of the GNU Lesser General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that published version or of any later version published by the Free Software Foundation. If the Library as you received it does not specify a version number of the GNU Lesser General Public License, you may choose any version of the GNU Lesser General Public License ever published by the Free Software Foundation. If the Library as you received it specifies that a proxy can decide whether future versions of the GNU Lesser General Public License shall apply, that proxy's public statement of acceptance of any version is permanent authorization for you to choose that version for the Library. pytango-9.2.2/MANIFEST.in000066400000000000000000000002721316324373100147470ustar00rootroot00000000000000include LICENSE.txt graft ext graft doc graft tests global-exclude *~ global-exclude *.pyc global-exclude *.pyo exclude setup.cfg exclude images exclude src/precompiled_header.hpp.gch pytango-9.2.2/Makefile000066400000000000000000000205461316324373100146570ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ ################################################################################ # TO BE USED BY DEVELOPERS ONLY ################################################################################ # Makefile to generate the PyTango library # Needs the following environment variables to be defined: # - TANGO_ROOT # - LOG4TANGO_ROOT # - OMNI_ROOT # - BOOST_ROOT # - ZMQ_ROOT # - NUMPY_ROOT # # if target == install also needs: prefix= # ex: make install prefix=/home/homer/.local/lib/python2.6/site-packages # # Optional: # - OBJS_DIR: directory where files will be build (default: objs) # - PY3K: if defined use python 3 boost python # - PY_VER: use a specific python version (default is empty) (ex: 3.2) # Build "in parallel": # make prepare && make -j5 # # Install "in parallel": # make prepare && make -j5 && make install prefix= ifdef PY_VER PY_EXC=python$(PY_VER) PY_MAJOR=$(shell $(PY_EXC) -c "import sys; sys.stdout.write(str(sys.version_info[0]))") PY_MINOR=$(shell $(PY_EXC) -c "import sys; sys.stdout.write(str(sys.version_info[1]))") else PY_EXC=python PY_MAJOR=$(shell $(PY_EXC) -c "import sys; sys.stdout.write(str(sys.version_info[0]))") PY_MINOR=$(shell $(PY_EXC) -c "import sys; sys.stdout.write(str(sys.version_info[1]))") PY_VER=$(PY_MAJOR).$(PY_MINOR) endif PY_VER_S=$(PY_MAJOR)$(PY_MINOR) ifndef NUMPY_ROOT NUMPY_INC = -I$(shell $(PY_EXC) -c "import sys, numpy; sys.stdout.write(numpy.get_include())") else NUMPY_INC = -I$(NUMPY_ROOT)/include endif PYTANGO_NUMPY_VERSION = \"$(shell $(PY_EXC) -c "import sys, numpy; sys.stdout.write(numpy.__version__)")\" ifndef prefix ifdef user _PY_DIR=$(shell $(PY_EXC) -c "import sys, os; sys.stdout.write(os.path.split(os.path.join(os.path.dirname(os.__file__)))[1])") prefix=$(HOME)/.local/lib/$(_PY_DIR)/site-packages else _PY_DIR=$(shell $(PY_EXC) -c "import sys, os; sys.stdout.write(os.path.join(os.path.dirname(os.__file__)))") prefix=$(_PY_DIR)/site-packages endif endif SRC_DIR = ext ifndef OBJS_DIR OBJS_DIR := objs_py$(PY_VER_S) endif CC = gcc PY_INC := $(shell python$(PY_VER)-config --includes) ifdef optimize OPTIMIZE_CC = -O2 OPTIMIZE_LN = -O2 else OPTIMIZE_CC = -O0 OPTIMIZE_LN = -O0 endif TANGO_CFLAGS=`pkg-config --cflags-only-other tango` TANGO_LIBS=`pkg-config --libs-only-l tango` BOOST_LIB = boost_python-py$(PY_VER_S) PRE_C_H := precompiled_header.hpp PRE_C_H_O := $(OBJS_DIR)/$(PRE_C_H).gch PRE_C := -include$(OBJS_DIR)/$(PRE_C_H) LN := g++ -pthread -shared -Wl,$(OPTIMIZE_LN) -Wl,-Bsymbolic-functions #-z defs LN_STATIC := g++ -pthread -static -Wl,$(OPTIMIZE_LN) -Wl,-Bsymbolic-functions LN_VER := -Wl,-h -Wl,--strip-all LN_LIBS := -l$(BOOST_LIB) -lpython$(PY_VER) -ltango INCLUDE_DIRS = ifdef TANGO_ROOT LN_DIRS += -L$(TANGO_ROOT)/lib INCLUDE_DIRS += -I$(TANGO_ROOT)/include -I$(TANGO_ROOT)/include/tango #LN_LIBS += -ltango -lomniDynamic4 -lCOS4 -llog4tango -lzmq -lomniORB4 -lomnithread else LN_DIRS += `pkg-config --libs-only-L tango` INCLUDE_DIRS += `pkg-config --cflags-only-I tango` #LN_LIBS += `pkg-config --libs-only-l tango` endif ifdef LOG4TANGO_ROOT LN_DIRS += -L$(LOG4TANGO_ROOT)/lib INCLUDE_DIRS += -I$(LOG4TANGO_ROOT)/include endif ifdef OMNI_ROOT LN_DIRS += -L$(OMNI_ROOT)/lib INCLUDE_DIRS += -I$(OMNI_ROOT)/include endif ifdef BOOST_ROOT LN_DIRS += -L$(BOOST_ROOT)/lib endif ifdef ZMQ_ROOT LN_DIRS += -L$(ZMQ_ROOT)/lib INCLUDE_DIRS += -I$(ZMQ_ROOT)/include endif INCLUDE_DIRS += \ $(PY_INC) \ $(NUMPY_INC) QUOTE_INCLUDE_DIRS = -iquote $(SRC_DIR) MACROS := -DNDEBUG -DPYTANGO_HAS_UNIQUE_PTR -DPYTANGO_NUMPY_VERSION=$(PYTANGO_NUMPY_VERSION) CFLAGS := -pthread -fno-strict-aliasing -fwrapv -Wall -fPIC -g $(OPTIMIZE_CC) $(MACROS) $(TANGO_CFLAGS) $(INCLUDE_DIRS) $(QUOTE_INCLUDE_DIRS) LNFLAGS := $(LN_DIRS) $(LN_LIBS) LIB_NAME := _tango.so LIB_SYMB_NAME := $(LIB_NAME).dbg OBJS := \ $(OBJS_DIR)/api_util.o \ $(OBJS_DIR)/archive_event_info.o \ $(OBJS_DIR)/attr_conf_event_data.o \ $(OBJS_DIR)/attribute_alarm_info.o \ $(OBJS_DIR)/attribute_dimension.o \ $(OBJS_DIR)/attribute_event_info.o \ $(OBJS_DIR)/attribute_info.o \ $(OBJS_DIR)/attribute_info_ex.o \ $(OBJS_DIR)/device_pipe.o \ $(OBJS_DIR)/pipe_info.o \ $(OBJS_DIR)/attribute_proxy.o \ $(OBJS_DIR)/base_types.o \ $(OBJS_DIR)/callback.o \ $(OBJS_DIR)/change_event_info.o \ $(OBJS_DIR)/command_info.o \ $(OBJS_DIR)/connection.o \ $(OBJS_DIR)/constants.o \ $(OBJS_DIR)/database.o \ $(OBJS_DIR)/data_ready_event_data.o \ $(OBJS_DIR)/db.o \ $(OBJS_DIR)/dev_command_info.o \ $(OBJS_DIR)/dev_error.o \ $(OBJS_DIR)/device_attribute_config.o \ $(OBJS_DIR)/device_attribute.o \ $(OBJS_DIR)/device_attribute_history.o \ $(OBJS_DIR)/device_data.o \ $(OBJS_DIR)/device_data_history.o \ $(OBJS_DIR)/device_info.o \ $(OBJS_DIR)/devintr_change_event_data.o \ $(OBJS_DIR)/device_proxy.o \ $(OBJS_DIR)/enums.o \ $(OBJS_DIR)/event_data.o \ $(OBJS_DIR)/exception.o \ $(OBJS_DIR)/from_py.o \ $(OBJS_DIR)/fwdAttr.o \ $(OBJS_DIR)/group.o \ $(OBJS_DIR)/group_reply.o \ $(OBJS_DIR)/group_reply_list.o \ $(OBJS_DIR)/locker_info.o \ $(OBJS_DIR)/locking_thread.o \ $(OBJS_DIR)/periodic_event_info.o \ $(OBJS_DIR)/pipe_event_data.o \ $(OBJS_DIR)/poll_device.o \ $(OBJS_DIR)/pytango.o \ $(OBJS_DIR)/pytgutils.o \ $(OBJS_DIR)/pyutils.o \ $(OBJS_DIR)/time_val.o \ $(OBJS_DIR)/to_py.o \ $(OBJS_DIR)/version.o \ $(OBJS_DIR)/attr.o \ $(OBJS_DIR)/attribute.o \ $(OBJS_DIR)/command.o \ $(OBJS_DIR)/pipe.o \ $(OBJS_DIR)/device_class.o \ $(OBJS_DIR)/device_impl.o \ $(OBJS_DIR)/dserver.o \ $(OBJS_DIR)/encoded_attribute.o \ $(OBJS_DIR)/log4tango.o \ $(OBJS_DIR)/multi_attribute.o \ $(OBJS_DIR)/multi_class_attribute.o \ $(OBJS_DIR)/subdev.o \ $(OBJS_DIR)/tango_util.o \ $(OBJS_DIR)/user_default_attr_prop.o \ $(OBJS_DIR)/user_default_pipe_prop.o \ $(OBJS_DIR)/wattribute.o \ $(OBJS_DIR)/auto_monitor.o INC := callback.h \ defs.h \ device_attribute.h \ exception.h \ fast_from_py.h \ from_py.h \ pytgutils.h \ pyutils.h \ tango_numpy.h \ tgutils.h \ to_py.h \ attr.h \ attribute.h \ command.h \ pipe.h \ device_class.h \ device_impl.h LINKER=$(LN) $(OBJS) $(LN_VER) LINK_TASK=link ifdef optimize LINK_TASK=link-opt endif OK=OK! #----------------------------------------------------------------- all: build prepare: init $(PRE_C_H_O) build: init prepare $(LINK_TASK) init: @echo Using python $(PY_VER) @echo CFLAGS = $(CFLAGS) @echo LNFLAGS = $(LNFLAGS) @echo -n "Preparing build directories... " @mkdir -p $(OBJS_DIR) @echo $(OK) $(PRE_C_H_O): $(SRC_DIR)/$(PRE_C_H) @echo -n "Compiling pre-compiled header... " @$(CC) $(CFLAGS) -c $< -o $(PRE_C_H_O) @echo $(OK) # # Rule for API files # $(OBJS_DIR)/%.o: $(SRC_DIR)/%.cpp @echo -n "Compiling $(= 9.2 - `Boost.Python`_ >= 1.33 Python dependencies: - numpy_ >= 1.1 - six_ Build dependencies: - setuptools_ - sphinx_ Optional dependencies: - futures_ - gevent_ .. note:: As a general rule, libtango_ and pytango_ should share the same major and minor version (for a version ``X.Y.Z``, ``X`` and ``Y`` should match) Install ------- PyTango_ is available on PyPI_ as ``pytango``:: $ pip install pytango Alternatively, PyTango_ can be built and installed from the `sources`_:: $ python setup.py install In both cases, the installation takes a few minutes since the ``_tango`` boost extension has to compile. Usage ----- To test the installation, import ``tango`` and check ``tango.__version__``:: >>> import tango >>> tango.__version__ '9.2.0' For an interactive use, consider using ITango_, a tango IPython_ profile. Documentation ------------- Check out the documentation_ for more informations. Support and contribution ------------------------ You can get support from the `Tango forums`_, for both Tango_ and PyTango_ questions. All contributions, `PR and bug reports`_ are welcome, please see: `How to Contribute`_ ! .. |Doc Status| image:: https://readthedocs.org/projects/pytango/badge/?version=latest :target: http://pytango.readthedocs.io/en/latest :alt: .. |Build Status| image:: https://travis-ci.org/tango-controls/pytango.svg :target: https://travis-ci.org/tango-controls/pytango :alt: .. |Pypi Version| image:: https://img.shields.io/pypi/v/PyTango.svg :target: https://pypi.python.org/pypi/PyTango :alt: .. |Python Versions| image:: https://img.shields.io/pypi/pyversions/PyTango.svg :target: https://pypi.python.org/pypi/PyTango/ :alt: .. |Anaconda Cloud| image:: https://anaconda.org/tango-controls/pytango/badges/version.svg :target: https://anaconda.org/tango-controls/pytango :alt: .. |Codacy| image:: https://api.codacy.com/project/badge/Grade/c8f2b9fbdcd74f44b41bb4babcb4c8f3 :target: https://www.codacy.com/app/tango-controls/pytango?utm_source=github.com&utm_medium=referral&utm_content=tango-controls/pytango&utm_campaign=badger :alt: Codacy Badge .. _Tango: http://tango-controls.org .. _Tango C++ API: http://esrf.eu/computing/cs/tango/tango_doc/kernel_doc/cpp_doc .. _PyTango: http://github.com/tango-cs/pytango .. _PyPI: http://pypi.python.org/pypi/pytango .. _libtango: http://tango-controls.org/downloads/source .. _Boost.Python: http://boost.org/doc/libs/1_61_0/libs/python/doc/html .. _numpy: http://pypi.python.org/pypi/numpy .. _six: http://pypi.python.org/pypi/six .. _setuptools: http://pypi.python.org/pypi/setuptools .. _sphinx: http://pypi.python.org/pypi/sphinx .. _futures: http://pypi.python.org/pypi/futures .. _gevent: http://pypi.python.org/pypi/gevents .. _ITango: http://pypi.python.org/pypi/itango .. _IPython: http://ipython.org .. _documentation: http://pytango.readthedocs.io/en/latest .. _Tango forums: http://tango-controls.org/community/forum .. _PR and bug reports: PyTango_ .. _sources: PyTango_ .. _How to Contribute: http://pytango.readthedocs.io/en/latest/how-to-contribute.html#how-to-contribute pytango-9.2.2/doc/000077500000000000000000000000001316324373100137555ustar00rootroot00000000000000pytango-9.2.2/doc/_static/000077500000000000000000000000001316324373100154035ustar00rootroot00000000000000pytango-9.2.2/doc/_static/PowerSupplyDS.py000066400000000000000000000051441316324373100205210ustar00rootroot00000000000000#!/usr/bin/env python # -*- coding: utf-8 -*- """Demo power supply tango device server""" import time import numpy from tango import AttrQuality, AttrWriteType, DispLevel, DevState, DebugIt from tango.server import Device, attribute, command, pipe, device_property class PowerSupply(Device): voltage = attribute(label="Voltage", dtype=float, display_level=DispLevel.OPERATOR, access=AttrWriteType.READ, unit="V", format="8.4f", doc="the power supply voltage") current = attribute(label="Current", dtype=float, display_level=DispLevel.EXPERT, access=AttrWriteType.READ_WRITE, unit="A", format="8.4f", min_value=0.0, max_value=8.5, min_alarm=0.1, max_alarm=8.4, min_warning=0.5, max_warning=8.0, fget="get_current", fset="set_current", doc="the power supply current") noise = attribute(label="Noise", dtype=((int,),), max_dim_x=1024, max_dim_y=1024) info = pipe(label='Info') host = device_property(dtype=str) port = device_property(dtype=int, default_value=9788) def init_device(self): Device.init_device(self) self.__current = 0.0 self.set_state(DevState.STANDBY) def read_voltage(self): self.info_stream("read_voltage(%s, %d)", self.host, self.port) return 9.99, time.time(), AttrQuality.ATTR_WARNING def get_current(self): return self.__current def set_current(self, current): # should set the power supply current self.__current = current def read_info(self): return 'Information', dict(manufacturer='Tango', model='PS2000', version_number=123) @DebugIt() def read_noise(self): return numpy.random.random_integers(1000, size=(100, 100)) @command def TurnOn(self): # turn on the actual power supply here self.set_state(DevState.ON) @command def TurnOff(self): # turn off the actual power supply here self.set_state(DevState.OFF) @command(dtype_in=float, doc_in="Ramp target current", dtype_out=bool, doc_out="True if ramping went well, " "False otherwise") def Ramp(self, target_current): # should do the ramping return True if __name__ == "__main__": PowerSupply.run_server() pytango-9.2.2/doc/_static/arrow03.png000066400000000000000000000130451316324373100174110ustar00rootroot00000000000000PNG  IHDRZtEXtSoftwareAdobe ImageReadyqe<iTXtXML:com.adobe.xmp i| IDATxpyAVKICl=S M\ɤL3![ $K@vlHI۴IvՐI1ekb&5ƺn|O+rg;}?;}w|!fB!, BX@!Ba!BX@!Ba!B!Ba!B!B !B!B !B!, BX@!B!, BX@!Ba!BX@!Ba!B!Ba!B!BHR0?PJ}Kxק$w o7d?ԩTeTdG$}1R2queov}|n 3M3!fϝ;wtxյ?+xY26S|W]}Q|p0|6;߈]ы+U 魃+ZqU!Fj/S'_O:K{E\|.#߫wD|*`2\9sr|17b+Zr]_bLퟱeW{n<-FTVN^՟XvTeo%_cUS|TTX*|O׍.7v&`!1V^u~E7^-p/굟[C7׎#F}V*USVUʩV|d*,Зo\|ż3"vc-U UmKYTї!'-T!}K_vڷk0c7}}$_zK驴|!BZ* lK_җ}Ȣ*,7 *1@H 2D%q?o|qL_v T*;w_kzX&ikm8>*1wY78µf}{Fśn\Y~ܸhG5Ţ{GN psd1u{7r|6LF\ܿ[#IpW8B'ոn灺%&%(.pNݏ<4rT.I˚Jw.p gv"K+ *Eן=3dhS)Wn3nNp#\ H1㨸4ȯZ ;H txj~~#1 Gu cV{>~XYٶnMڶ?czrX.p g#aoguw~JFqE*L;]ao[U+2w<ϯTZ:^o?3a=Vw5'p;bvVD]}O9{?'T*뺡m[mUww$e8 p3"NcXufq[ bFbr$A='5 "NcXu`ʕ+w]ׯV+Z&V^{M?T:Np#\ wINv11͑iydEJe[mf.}p5OYW81@,&' i5CYWI f$r~U'|pw@)N߰;<<3rP7˪,ߗeah]Vz} Ny1M p3b̙~&Xe&@Jg}Fbp%:G6 bux/6ɪ{PqJՁfLPBġ|p;bX  "6|V8dLYy2 vbGj8K0 gM2s bW_yaA~uq;.˯G¹A~N*޾}UVuZ0MSy gIgCohntp: AB̯+z.瑈H~G :bvڕ=W>tϟ?)jh_ew8 G|/7 g!bٷ|m7ґYᇽ~e;8hTȷiWzCֈ gv4Ģ2#!Fqז zq K~mĨݾ*+Ţg߿-$)wlzǖ_#a= FpW￯?_ۈQ}㲅u?Պ;ۮ3i?"+"^Zj { pL. 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The different versions of boost-python DLL files are placed in a directory structure preventing overlapping between the different versions. PyTango Visual Studio solution configuration is compatible with the output of this script. How to use it This script should be used together with another boost configuration file called user-config.jam. - Download boost source code from http://wwww.boost.org - Extract boost to a directory (ex: :file:`c:\\workspace\\boost-1.53.0`) - Place this file in your boost extract directory (ex: :file:`c:\\workspace\\boost-1.53.0\\boost_python_install.py`) - Place the user-config.jam file in :envvar:`%HOMEPATH%%HOMEDIR%` - Open a console - Switch to the boost directory - Execute this script using python (ex: :file:`C:\\Python\\win32\\26\\python.exe boost_python_install.py` """ from __future__ import print_function # b2 --with-python --prefix=c:\boost-1.53.0 # --libdir=c:\boost-1.53.0\msvc-9.0\Win32\release\shared\threading-multi\26 # toolset=msvc-9.0 address-model=32 variant=release link=shared # threading=multi python=2.6 install import os import subprocess boost_version = r"1.53.0" toolsets = r"msvc-9.0", r"msvc-10.0", address_models = ("32", "Win32"), ("64", "x64"), variants = "release", links = "shared", "static", runtime_links = ("shared", "runtime_shared"), ("static", "runtime_static"), threadings = "multi", pythons = "2.6", "2.7", "3.1", "3.2", "3.3", cpus = 8 silent = True debug_config = False simulation = False stage = "install" DIV = 80*"=" # ----------------------- # overwrite defaults HERE # ----------------------- cpus = 4 def to_name_and_dir(key): if isinstance(key, (str, unicode)): key = key, key return key def main(): try: _main() except KeyboardInterrupt: print("\nStopped by user") def _main(): global toolsets, pythons toolsets = r"msvc-9.0", pythons = "2.6", "2.7", "3.2", "3.3" compile() toolsets = r"msvc-10.0", pythons = "3.3", compile_boost() def compile_boost(): prefix = r"c:\boost-" + boost_version silent_args = "" if silent: silent_args = "-q -d0" debug_config_args = "" if debug_config: debug_config_args = "--debug-configuration" base_cmd_line = "b2 -j{cpus} {silent} {debug_config} --with-python --build-dir={{build-dir}}".format(cpus=cpus, silent=silent_args, debug_config=debug_config_args) options = "prefix", "libdir", "includedir" properties = "toolset", "address-model", "variant", "link", "runtime-link", "threading", "python" cmd_line_template = base_cmd_line for option in options: cmd_line_template += " --{0}={{{1}}}".format(option, option) for prop in properties: cmd_line_template += " {0}={{{1}}}".format(prop, prop) cmd_line_template += " {0}".format(stage) fh = open("NUL", "w") kwargs = { "prefix" : prefix } for toolset in toolsets: kwargs["toolset"], toolset_dir = to_name_and_dir(toolset) for address_model in address_models: kwargs["address-model"], address_model_dir = to_name_and_dir(address_model) for variant in variants: kwargs["variant"], variant_dir = to_name_and_dir(variant) for link in links: link, link_dir = to_name_and_dir(link) kwargs["link"] = link for runtime_link in runtime_links: runtime_link, runtime_link_dir = to_name_and_dir(runtime_link) kwargs["runtime-link"] = runtime_link # Skip invalid compiler option if link == "shared" and runtime_link == "static": print("--> Skipping invalid compile option link=shared runtime_link=static <--") continue for threading in threadings: kwargs["threading"], threading_dir = to_name_and_dir(threading) for python in pythons: kwargs["python"], python_dir = to_name_and_dir(python) info = " ".join([ "{0}={1}".format(k, v) for k, v in kwargs.items() if k in properties ]) python_dir = python_dir.replace(".", "") lib_dir = prefix, threading_dir, variant_dir, toolset_dir, address_model_dir, link_dir, runtime_link_dir, python_dir lib_dir = os.path.join(*lib_dir) kwargs["libdir"] = lib_dir include_dir = os.path.join(prefix, "include") kwargs["includedir"] = include_dir kwargs["build-dir"] = prefix cmd_line = cmd_line_template.format(**kwargs) args = cmd_line.split() print("Running {0}... 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M항;b+IKXдP.VB$o@$ܙs.˜sfJL0(|f̙M{y< 6cwu^y$^ U(ǡxɗ!(gq/cyp|)< >O7O<@kguˎ4~3qN!B!9w=yx饿䩿a͚5!M9)uEk"E<QT'6uSu'JZlsZf(&ymQTjA[TqtH>Bx(p'c-V݀a-4tKnwmM:li*ja$-Ikf򒓔݊l=Q;VJSuxRW}>6&ys}vL}}IB-Vb񡊧wbab厄u۩|Z BDX,gZ,o7?أ-snL!B!QcGTxv<۰Xu x .{i<.hny`m]g!bb ܀3-\O)D 9YRQ]5*vR&3\޻I{h.A%CWSֱ֧fhB'y2$mJ!f.=nk= ' JWJ,}6).DҸ8_/=X9$^b;Vn&&VWC-`뮽{bejRoq._k׭b0#B!B!wO~.]‘#1DOڏR Ԥ n Q ']}THh uw)TFd6HcEkO{m꜑dRh89ۆҽ3T(SVVkMOM㛊F~Ym~k-vU{o)&y*A |zn Q կĶm(B!LB!:}RϞ= /ᇿ'V`0$쨋dsܶVǢ9mIJBθB4-4 )J;L#ΛgqS (e\T0b꤬FAsZk݌6bIrZq*ŽGsZOOxo+WPQXI^:Zjy,-m*& 2BB!:[~mH>O4Yir!LqrmY8R-NJK{0UX2:&Jn͒El^;mePH2/vmL|؞=!Bp!?Ey:tg;7x`( a@u(*x!^`"-`+bhR+ȱ@KT,qKڥTKۂu&Ǿ$f4*X1oС?yV?EiӦMؽ{7iB !Bޕ䥒S G + >-WgfZ6%9IGt s~@B@I !B><}硪x'qnC!5! :WIENDB`pytango-9.2.2/doc/_static/ipython_db.html000066400000000000000000000053151316324373100204340ustar00rootroot00000000000000

    ITango 8.1.1 -- An interactive Tango client.


    Running on top of Python 2.6.6, IPython 1.1 and PyTango 8.1.1


    ITango [1]: db

    Result [1]:


    bcu01ctrl.esrf.fr:10000

    TANGO Database sys/database/2

    Running since 2013-11-12 17:08:54

    Devices defined = 32
    Devices exported = 4
    Device servers defined = 10
    Device servers exported = 2

    Device properties defined = 17 [History lgth = 30]
    Class properties defined = 63 [History lgth = 56]
    Device attribute properties defined = 4 [History lgth = 7]
    Class attribute properties defined = 0 [History lgth = 0]
    Object properties defined = 0 [History lgth = 0]



    ITango [2]:

    pytango-9.2.2/doc/_static/ipython_motor.html000066400000000000000000000073651316324373100212160ustar00rootroot00000000000000

    ITango 8.1.1 -- An interactive Tango client.


    Running on top of Python 2.6.6, IPython 1.1 and PyTango 8.1.1


    ITango [1]: energy = Motor("energy")


    ITango [2]: energy

    Result [2]:


    Name:

    motor/icepapctrl/34

    Alias:

    energy

    Database:

    bcu01ctrl.esrf.fr:10000

    Type:

    Motor

    Server:

    Sardana/energy

    Server host:

    bcu01ctrl.esrf.fr

    Documentation:

    www.sardana-controls.org



    ITango [3]:

    pytango-9.2.2/doc/_static/ipython_serial.html000066400000000000000000000075051316324373100213310ustar00rootroot00000000000000

    ITango 8.1.1 -- An interactive Tango client.


    Running on top of Python 2.6.6, IPython 1.1 and PyTango 8.1.1


    ITango [1]: serial_line = Serial("pc01/tty/1")


    ITango [2]: serial_line

    Result [2]:


    Name:

    pc01/tty/1

    Alias:

    -----

    Database:

    bcu01ctrl.esrf.fr:10000

    Type:

    Serial

    Server:

    Serial/pc01

    Server host:

    pc01.esrf.fr

    Documentation:

    www.tango-controls.org/devices/Serial



    ITango [3]:

    pytango-9.2.2/doc/_static/ipython_tango.html000066400000000000000000000500031316324373100211510ustar00rootroot00000000000000

    ITango 8.1.1 -- An interactive Tango client.


    Running on top of Python 2.6.6, IPython 1.1 and PyTango 8.1.1


    ITango [1]: tango_test = TangoTest("sys/tg_test/1")


    ITango [2]: wave, img = tango_test.wave, tango_test.short_image_ro


    ITango [3]: fig, (axis1, axis2) = plt.subplots(1, 2, figsize=(9, 3));

           ...: axis2.imshow(img); axis2.set_title("Beam");

           ...: axis1.plot(wave); axis1.set_title("Sine");

           ...:

    ITango [4]:

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1 / 2 * t * t : -1 / 2 * (--t * (t - 2) - 1); }, $EaseInCubic: function (t) { return t * t * t; }, $EaseOutCubic: function (t) { return (t -= 1) * t * t + 1; }, $EaseInOutCubic: function (t) { return (t *= 2) < 1 ? 1 / 2 * t * t * t : 1 / 2 * ((t -= 2) * t * t + 2); }, $EaseInQuart: function (t) { return t * t * t * t; }, $EaseOutQuart: function (t) { return -((t -= 1) * t * t * t - 1); }, $EaseInOutQuart: function (t) { return (t *= 2) < 1 ? 1 / 2 * t * t * t * t : -1 / 2 * ((t -= 2) * t * t * t - 2); }, $EaseInQuint: function (t) { return t * t * t * t * t; }, $EaseOutQuint: function (t) { return (t -= 1) * t * t * t * t + 1; }, $EaseInOutQuint: function (t) { return (t *= 2) < 1 ? 1 / 2 * t * t * t * t * t : 1 / 2 * ((t -= 2) * t * t * t * t + 2); }, $EaseInSine: function (t) { return 1 - Math.cos(t * Math.PI / 2); }, $EaseOutSine: function (t) { return Math.sin(t * Math.PI / 2); }, $EaseInOutSine: function (t) { return -1 / 2 * (Math.cos(Math.PI * t) - 1); }, $EaseInExpo: function (t) { return t == 0 ? 0 : Math.pow(2, 10 * (t - 1)); }, $EaseOutExpo: function (t) { return t == 1 ? 1 : -Math.pow(2, -10 * t) + 1; }, $EaseInOutExpo: function (t) { return t == 0 || t == 1 ? t : (t *= 2) < 1 ? 1 / 2 * Math.pow(2, 10 * (t - 1)) : 1 / 2 * (-Math.pow(2, -10 * --t) + 2); }, $EaseInCirc: function (t) { return -(Math.sqrt(1 - t * t) - 1); }, $EaseOutCirc: function (t) { return Math.sqrt(1 - (t -= 1) * t); }, $EaseInOutCirc: function (t) { return (t *= 2) < 1 ? -1 / 2 * (Math.sqrt(1 - t * t) - 1) : 1 / 2 * (Math.sqrt(1 - (t -= 2) * t) + 1); }, $EaseInElastic: function (t) { if (!t || t == 1) return t; var p = .3, s = .075; return -(Math.pow(2, 10 * (t -= 1)) * Math.sin((t - s) * 2 * Math.PI / p)); }, $EaseOutElastic: function (t) { if (!t || t == 1) return t; var p = .3, s = .075; return Math.pow(2, -10 * t) * Math.sin((t - s) * 2 * Math.PI / p) + 1; }, $EaseInOutElastic: function (t) { if (!t || t == 1) return t; var p = .45, s = .1125; return (t *= 2) < 1 ? -.5 * Math.pow(2, 10 * (t -= 1)) * Math.sin((t - s) * 2 * Math.PI / p) : Math.pow(2, -10 * (t -= 1)) * Math.sin((t - s) * 2 * Math.PI / p) * .5 + 1; }, $EaseInBack: function (t) { var s = 1.70158; return t * t * ((s + 1) * t - s); }, $EaseOutBack: function (t) { var s = 1.70158; return (t -= 1) * t * ((s + 1) * t + s) + 1; }, $EaseInOutBack: function (t) { var s = 1.70158; return (t *= 2) < 1 ? 1 / 2 * t * t * (((s *= 1.525) + 1) * t - s) : 1 / 2 * ((t -= 2) * t * (((s *= 1.525) + 1) * t + s) + 2); }, $EaseInBounce: function (t) { return 1 - $JssorEasing$.$EaseOutBounce(1 - t) }, $EaseOutBounce: function (t) { return t < 1 / 2.75 ? 7.5625 * t * t : t < 2 / 2.75 ? 7.5625 * (t -= 1.5 / 2.75) * t + .75 : t < 2.5 / 2.75 ? 7.5625 * (t -= 2.25 / 2.75) * t + .9375 : 7.5625 * (t -= 2.625 / 2.75) * t + .984375; }, $EaseInOutBounce: function (t) { return t < 1 / 2 ? $JssorEasing$.$EaseInBounce(t * 2) * .5 : $JssorEasing$.$EaseOutBounce(t * 2 - 1) * .5 + .5; }, $EaseInWave: function (t) { return 1 - Math.cos(t * Math.PI * 2) }, $EaseOutWave: function (t) { return Math.sin(t * Math.PI * 2); }, $EaseOutJump: function (t) { return 1 - (((t *= 2) < 1) ? (t = 1 - t) * t * t : (t -= 1) * t * t); }, $EaseInJump: function (t) { return ((t *= 2) < 1) ? t * t * t : (t = 2 - t) * t * t; } }; var $JssorDirection$ = window.$JssorDirection$ = { $TO_LEFT: 0x0001, $TO_RIGHT: 0x0002, $TO_TOP: 0x0004, $TO_BOTTOM: 0x0008, $HORIZONTAL: 0x0003, $VERTICAL: 0x000C, $LEFTRIGHT: 0x0003, $TOPBOTOM: 0x000C, $TOPLEFT: 0x0005, $TOPRIGHT: 0x0006, $BOTTOMLEFT: 0x0009, $BOTTOMRIGHT: 0x000A, $AROUND: 0x000F, $GetDirectionHorizontal: function (direction) { return direction & 0x0003; }, $GetDirectionVertical: function (direction) { return direction & 0x000C; }, $ChessHorizontal: function (direction) { return (~direction & 0x0003) + (direction & 0x000C); }, $ChessVertical: function (direction) { return (~direction & 0x000C) + (direction & 0x0003); }, $IsToLeft: function (direction) { return (direction & 0x0003) == 0x0001; }, $IsToRight: function (direction) { return (direction & 0x0003) == 0x0002; }, $IsToTop: function (direction) { return (direction & 0x000C) == 0x0004; }, $IsToBottom: function (direction) { return (direction & 0x000C) == 0x0008; }, $IsHorizontal: function (direction) { return (direction & 0x0003) > 0; }, $IsVertical: function (direction) { return (direction & 0x000C) > 0; } }; var $JssorKeyCode$ = { $BACKSPACE: 8, $COMMA: 188, $DELETE: 46, $DOWN: 40, $END: 35, $ENTER: 13, $ESCAPE: 27, $HOME: 36, $LEFT: 37, $NUMPAD_ADD: 107, $NUMPAD_DECIMAL: 110, $NUMPAD_DIVIDE: 111, $NUMPAD_ENTER: 108, $NUMPAD_MULTIPLY: 106, $NUMPAD_SUBTRACT: 109, $PAGE_DOWN: 34, $PAGE_UP: 33, $PERIOD: 190, $RIGHT: 39, $SPACE: 32, $TAB: 9, $UP: 38 }; var $JssorAlignment$ = { $TopLeft: 0x11, $TopCenter: 0x12, $TopRight: 0x14, $MiddleLeft: 0x21, $MiddleCenter: 0x22, $MiddleRight: 0x24, $BottomLeft: 0x41, $BottomCenter: 0x42, $BottomRight: 0x44, $IsTop: function (aligment) { return aligment & 0x10 > 0; }, $IsMiddle: function (alignment) { return alignment & 0x20 > 0; }, $IsBottom: function (alignment) { return alignment & 0x40 > 0; }, $IsLeft: function (alignment) { return alignment & 0x01 > 0; }, $IsCenter: function (alignment) { return alignment & 0x02 > 0; }, $IsRight: function (alignment) { return alignment & 0x04 > 0; } }; var $JssorMatrix$; var $JssorAnimator$; // $Jssor$ is a static class, so make it singleton instance var $Jssor$ = window.$Jssor$ = new function () { // Fields var _This = this; var REGEX_WHITESPACE_GLOBAL = /\S+/g; var ROWSER_UNKNOWN = 0; var BROWSER_IE = 1; var BROWSER_FIREFOX = 2; var BROWSER_FIREFOX = 3; var BROWSER_CHROME = 4; var BROWSER_OPERA = 5; //var arrActiveX = ["Msxml2.XMLHTTP", "Msxml3.XMLHTTP", "Microsoft.XMLHTTP"]; var browser = 0; var browserRuntimeVersion = 0; var browserEngineVersion = 0; var browserJavascriptVersion = 0; var webkitVersion = 0; var app = navigator.appName; var ver = navigator.appVersion; var ua = navigator.userAgent; var _DocElmt = document.documentElement; var _TransformProperty; function DetectBrowser() { if (!browser) { if (app == "Microsoft Internet Explorer" && !!window.attachEvent && !!window.ActiveXObject) { var ieOffset = ua.indexOf("MSIE"); browser = BROWSER_IE; browserEngineVersion = ParseFloat(ua.substring(ieOffset + 5, ua.indexOf(";", ieOffset))); //check IE javascript version /*@cc_on browserJavascriptVersion = @_jscript_version; @*/ // update: for intranet sites and compat view list sites, IE sends // an IE7 User-Agent to the server to be interoperable, and even if // the page requests a later IE version, IE will still report the // IE7 UA to JS. we should be robust to self //var docMode = document.documentMode; //if (typeof docMode !== "undefined") { // browserRuntimeVersion = docMode; //} browserRuntimeVersion = document.documentMode || browserEngineVersion; } else if (app == "Netscape" && !!window.addEventListener) { var ffOffset = ua.indexOf("Firefox"); var saOffset = ua.indexOf("Safari"); var chOffset = ua.indexOf("Chrome"); var webkitOffset = ua.indexOf("AppleWebKit"); if (ffOffset >= 0) { browser = BROWSER_FIREFOX; browserRuntimeVersion = ParseFloat(ua.substring(ffOffset + 8)); } else if (saOffset >= 0) { var slash = ua.substring(0, saOffset).lastIndexOf("/"); browser = (chOffset >= 0) ? BROWSER_CHROME : BROWSER_FIREFOX; browserRuntimeVersion = ParseFloat(ua.substring(slash + 1, saOffset)); } if (webkitOffset >= 0) webkitVersion = ParseFloat(ua.substring(webkitOffset + 12)); } else { var match = /(opera)(?:.*version|)[ \/]([\w.]+)/i.exec(ua); if (match) { browser = BROWSER_OPERA; browserRuntimeVersion = ParseFloat(match[2]); } } } } function IsBrowserIE() { DetectBrowser(); return browser == BROWSER_IE; } function IsBrowserIeQuirks() { return IsBrowserIE() && (browserRuntimeVersion < 6 || document.compatMode == "BackCompat"); //Composite to "CSS1Compat" } function IsBrowserFireFox() { DetectBrowser(); return browser == BROWSER_FIREFOX; } function IsBrowserSafari() { DetectBrowser(); return browser == BROWSER_FIREFOX; } function IsBrowserChrome() { DetectBrowser(); return browser == BROWSER_CHROME; } function IsBrowserOpera() { DetectBrowser(); return browser == BROWSER_OPERA; } function IsBrowserBadTransform() { return IsBrowserSafari() && (webkitVersion > 534) && (webkitVersion < 535); } function IsBrowserSafeHWA() { return IsBrowserSafari() && (webkitVersion < 535); } function IsBrowserIe9Earlier() { return IsBrowserIE() && browserRuntimeVersion < 9; } function GetTransformProperty(elmt) { if (!_TransformProperty) { // Note that in some versions of IE9 it is critical that // msTransform appear in this list before MozTransform each(['transform', 'WebkitTransform', 'msTransform', 'MozTransform', 'OTransform'], function (property) { if (elmt.style[property] != undefined) { _TransformProperty = property; return true; } }); _TransformProperty = _TransformProperty || "transform"; } return _TransformProperty; } // Helpers function getOffsetParent(elmt, isFixed) { // IE and Opera "fixed" position elements don't have offset parents. // regardless, if it's fixed, its offset parent is the body. if (isFixed && elmt != document.body) { return document.body; } else { return elmt.offsetParent; } } function toString(obj) { return Object.prototype.toString.call(obj); } // [[Class]] -> type pairs var class2type; function each(object, callback) { if (toString(object) == "[object Array]") { for (var i = 0; i < object.length; i++) { if (callback(object[i], i, object)) { return true; } } } else { for (var name in object) { if (callback(object[name], name, object)) { return true; } } } } function GetClass2Type() { if (!class2type) { class2type = {}; each(["Boolean", "Number", "String", "Function", "Array", "Date", "RegExp", "Object"], function (name) { class2type["[object " + name + "]"] = name.toLowerCase(); }); } return class2type; } function type(obj) { return obj == null ? String(obj) : GetClass2Type()[toString(obj)] || "object"; } function isPlainObject(obj) { // Must be an Object. // Because of IE, we also have to check the presence of the constructor property. // Make sure that DOM nodes and window objects don't pass through, as well if (!obj || type(obj) !== "object" || obj.nodeType || _This.$IsWindow(obj)) { return false; } var hasOwn = Object.prototype.hasOwnProperty; try { // Not own constructor property must be Object if (obj.constructor && !hasOwn.call(obj, "constructor") && !hasOwn.call(obj.constructor.prototype, "isPrototypeOf")) { return false; } } catch (e) { // IE8,9 Will throw exceptions on certain host objects #9897 return false; } // Own properties are enumerated firstly, so to speed up, // if last one is own, then all properties are own. var key; for (key in obj) { } return key === undefined || hasOwn.call(obj, key); } function Delay(code, delay) { setTimeout(code, delay || 0); } function RemoveByReg(str, reg) { var m = reg.exec(str); if (m) { var header = str.substr(0, m.index); var tailer = str.substr(m.lastIndex + 1, str.length - (m.lastIndex + 1)); str = header + tailer; } return str; } function BuildNewCss(oldCss, removeRegs, replaceValue) { var css = (!oldCss || oldCss == "inherit") ? "" : oldCss; each(removeRegs, function (removeReg) { var m = removeReg.exec(css); if (m) { var header = css.substr(0, m.index); var tailer = css.substr(m.lastIndex + 1, css.length - (m.lastIndex + 1)); css = header + tailer; } }); css = replaceValue + (css.indexOf(" ") != 0 ? " " : "") + css; return css; } function SetStyleFilterIE(elmt, value) { if (browserRuntimeVersion < 9) { elmt.style.filter = value; } } function SetStyleMatrixIE(elmt, matrix, offset) { //matrix is not for ie9+ running in ie8- mode if (browserJavascriptVersion < 9) { var oldFilterValue = elmt.style.filter; var matrixReg = new RegExp(/[\s]*progid:DXImageTransform\.Microsoft\.Matrix\([^\)]*\)/g); var matrixValue = matrix ? "progid:DXImageTransform.Microsoft.Matrix(" + "M11=" + matrix[0][0] + ", M12=" + matrix[0][1] + ", M21=" + matrix[1][0] + ", M22=" + matrix[1][1] + ", SizingMethod='auto expand')" : ""; var newFilterValue = BuildNewCss(oldFilterValue, [matrixReg], matrixValue); SetStyleFilterIE(elmt, newFilterValue); _This.$CssMarginTop(elmt, offset.y); _This.$CssMarginLeft(elmt, offset.x); } } // Methods _This.$IsBrowserIE = IsBrowserIE; _This.$IsBrowserIeQuirks = IsBrowserIeQuirks; _This.$IsBrowserFireFox = IsBrowserFireFox; _This.$IsBrowserSafari = IsBrowserSafari; _This.$IsBrowserChrome = IsBrowserChrome; _This.$IsBrowserOpera = IsBrowserOpera; _This.$IsBrowserBadTransform = IsBrowserBadTransform; _This.$IsBrowserSafeHWA = IsBrowserSafeHWA; _This.$IsBrowserIe9Earlier = IsBrowserIe9Earlier; _This.$BrowserVersion = function () { return browserRuntimeVersion; }; _This.$BrowserEngineVersion = function () { return browserEngineVersion || browserRuntimeVersion; }; _This.$WebKitVersion = function () { return webkitVersion; }; _This.$Delay = Delay; _This.$Inherit = function (instance, baseClass) { baseClass.apply(instance, [].slice.call(arguments, 2)); return Extend({}, instance); }; function Construct(instance, constructor) { instance.constructor === Construct.caller && instance.$Construct && instance.$Construct(); } _This.$Construct = Construct; _This.$GetElement = function (elmt) { if (_This.$IsString(elmt)) { elmt = document.getElementById(elmt); } return elmt; }; function GetEvent(event) { return event || window.event; } GetEvent = GetEvent; _This.$EventSrc = function (event) { event = GetEvent(event); return event.target || event.srcElement || document; }; _This.$EventDst = function (event) { event = GetEvent(event); return event.relatedTarget || event.toElement; }; _This.$MousePosition = function (event) { event = GetEvent(event); var body = document.body; return { x: event.pageX || event.clientX + (_DocElmt.scrollLeft || body.scrollLeft || 0) - (_DocElmt.clientLeft || body.clientLeft || 0) || 0, y: event.pageY || event.clientY + (_DocElmt.scrollTop || body.scrollTop || 0) - (_DocElmt.clientTop || body.clientTop || 0) || 0 }; }; _This.$PageScroll = function () { var body = document.body; return { x: (window.pageXOffset || _DocElmt.scrollLeft || body.scrollLeft || 0) - (_DocElmt.clientLeft || body.clientLeft || 0), y: (window.pageYOffset || _DocElmt.scrollTop || body.scrollTop || 0) - (_DocElmt.clientTop || body.clientTop || 0) }; }; _This.$WindowSize = function () { var body = document.body; return { x: body.clientWidth || _DocElmt.clientWidth, y: body.clientHeight || _DocElmt.clientHeight }; }; //_This.$GetElementPosition = function (elmt) { // elmt = _This.$GetElement(elmt); // var result = new $JssorPoint$(); // // technique from: // // http://www.quirksmode.org/js/findpos.html // // with special check for "fixed" elements. // while (elmt) { // result.x += elmt.offsetLeft; // result.y += elmt.offsetTop; // var isFixed = _This.$GetElementStyle(elmt).position == "fixed"; // if (isFixed) { // result = result.$Plus(_This.$PageScroll(window)); // } // elmt = getOffsetParent(elmt, isFixed); // } // return result; //}; //_This.$GetMouseScroll = function (event) { // event = GetEvent(event); // var delta = 0; // default value // // technique from: // // http://blog.paranoidferret.com/index.php/2007/10/31/javascript-tutorial-the-scroll-wheel/ // if (typeof (event.wheelDelta) == "number") { // delta = event.wheelDelta; // } else if (typeof (event.detail) == "number") { // delta = event.detail * -1; // } else { // $JssorDebug$.$Fail("Unknown event mouse scroll, no known technique."); // } // // normalize value to [-1, 1] // return delta ? delta / Math.abs(delta) : 0; //}; //_This.$MakeAjaxRequest = function (url, callback) { // var async = typeof (callback) == "function"; // var req = null; // if (async) { // var actual = callback; // var callback = function () { // Delay($Jssor$.$CreateCallback(null, actual, req), 1); // }; // } // if (window.ActiveXObject) { // for (var i = 0; i < arrActiveX.length; i++) { // try { // req = new ActiveXObject(arrActiveX[i]); // break; // } catch (e) { // continue; // } // } // } else if (window.XMLHttpRequest) { // req = new XMLHttpRequest(); // } // if (!req) { // $JssorDebug$.$Fail("Browser doesn't support XMLHttpRequest."); // } // if (async) { // req.onreadystatechange = function () { // if (req.readyState == 4) { // // prevent memory leaks by breaking circular reference now // req.onreadystatechange = new Function(); // callback(); // } // }; // } // try { // req.open("GET", url, async); // req.send(null); // } catch (e) { // $JssorDebug$.$Log(e.name + " while making AJAX request: " + e.message); // req.onreadystatechange = null; // req = null; // if (async) { // callback(); // } // } // return async ? null : req; //}; //_This.$ParseXml = function (string) { // var xmlDoc = null; // if (window.ActiveXObject) { // try { // xmlDoc = new ActiveXObject("Microsoft.XMLDOM"); // xmlDoc.async = false; // xmlDoc.loadXML(string); // } catch (e) { // $JssorDebug$.$Log(e.name + " while parsing XML (ActiveX): " + e.message); // } // } else if (window.DOMParser) { // try { // var parser = new DOMParser(); // xmlDoc = parser.parseFromString(string, "text/xml"); // } catch (e) { // $JssorDebug$.$Log(e.name + " while parsing XML (DOMParser): " + e.message); // } // } else { // $JssorDebug$.$Fail("Browser doesn't support XML DOM."); // } // return xmlDoc; //}; function Css(elmt, name, value) { /// /// access css /// $Jssor$.$Css(elmt, name); //get css value /// $Jssor$.$Css(elmt, name, value); //set css value /// /// /// the element to access css /// /// /// the name of css property /// /// /// the value to set /// if (value != undefined) { elmt.style[name] = value; } else { var style = elmt.currentStyle || elmt.style; value = style[name]; if (value == "" && window.getComputedStyle) { style = elmt.ownerDocument.defaultView.getComputedStyle(elmt, null); style && (value = style.getPropertyValue(name) || style[name]); } return value; } } function CssN(elmt, name, value, isDimensional) { /// /// access css as numeric /// $Jssor$.$CssN(elmt, name); //get css value /// $Jssor$.$CssN(elmt, name, value); //set css value /// /// /// the element to access css /// /// /// the name of css property /// /// /// the value to set /// if (value != undefined) { isDimensional && (value += "px"); Css(elmt, name, value); } else { return ParseFloat(Css(elmt, name)); } } function CssP(elmt, name, value) { /// /// access css in pixel as numeric, like 'top', 'left', 'width', 'height' /// $Jssor$.$CssP(elmt, name); //get css value /// $Jssor$.$CssP(elmt, name, value); //set css value /// /// /// the element to access css /// /// /// the name of css property /// /// /// the value to set /// return CssN(elmt, name, value, true); } function CssProxy(name, numericOrDimension) { /// /// create proxy to access css, CssProxy(name[, numericOrDimension]); /// /// /// the element to access css /// /// /// not set: access original css, 1: access css as numeric, 2: access css in pixel as numeric /// var isDimensional = numericOrDimension & 2; var cssAccessor = numericOrDimension ? CssN : Css; return function (elmt, value) { return cssAccessor(elmt, name, value, isDimensional); }; } function GetStyleOpacity(elmt) { if (IsBrowserIE() && browserEngineVersion < 9) { var match = /opacity=([^)]*)/.exec(elmt.style.filter || ""); return match ? (ParseFloat(match[1]) / 100) : 1; } else return ParseFloat(elmt.style.opacity || "1"); } function SetStyleOpacity(elmt, opacity, ie9EarlierForce) { if (IsBrowserIE() && browserEngineVersion < 9) { //var filterName = "filter"; // browserEngineVersion < 8 ? "filter" : "-ms-filter"; var finalFilter = elmt.style.filter || ""; // for CSS filter browsers (IE), remove alpha filter if it's unnecessary. // update: doing _This always since IE9 beta seems to have broken the // behavior if we rely on the programmatic filters collection. var alphaReg = new RegExp(/[\s]*alpha\([^\)]*\)/g); // important: note the lazy star! _This protects against // multiple filters; we don't want to delete the other ones. // update: also trimming extra whitespace around filter. var ieOpacity = Math.round(100 * opacity); var alphaFilter = ""; if (ieOpacity < 100 || ie9EarlierForce) { alphaFilter = "alpha(opacity=" + ieOpacity + ") "; //elmt.style["-ms-filter"] = "progid:DXImageTransform.Microsoft.Alpha(opacity=" + ieOpacity + ") "; } var newFilterValue = BuildNewCss(finalFilter, [alphaReg], alphaFilter); SetStyleFilterIE(elmt, newFilterValue); } //if (!IsBrowserIE() || browserEngineVersion >= 9) else { elmt.style.opacity = opacity == 1 ? "" : Math.round(opacity * 100) / 100; } } function SetStyleTransformInternal(elmt, transform) { var rotate = transform.$Rotate || 0; var scale = transform.$Scale == undefined ? 1 : transform.$Scale; if (IsBrowserIe9Earlier()) { var matrix = _This.$CreateMatrix(rotate / 180 * Math.PI, scale, scale); SetStyleMatrixIE(elmt, (!rotate && scale == 1) ? null : matrix, _This.$GetMatrixOffset(matrix, transform.$OriginalWidth, transform.$OriginalHeight)); } else { //rotate(15deg) scale(.5) translateZ(0) var transformProperty = GetTransformProperty(elmt); if (transformProperty) { var transformValue = "rotate(" + rotate % 360 + "deg) scale(" + scale + ")"; if (IsBrowserChrome() && webkitVersion > 535) transformValue += " perspective(2000px)"; elmt.style[transformProperty] = transformValue; } } } _This.$SetStyleTransform = function (elmt, transform) { if (IsBrowserBadTransform()) { Delay(_This.$CreateCallback(null, SetStyleTransformInternal, elmt, transform)); } else { SetStyleTransformInternal(elmt, transform); } }; _This.$SetStyleTransformOrigin = function (elmt, transformOrigin) { var transformProperty = GetTransformProperty(elmt); if (transformProperty) elmt.style[transformProperty + "Origin"] = transformOrigin; }; _This.$CssScale = function (elmt, scale) { if (IsBrowserIE() && browserEngineVersion < 9 || (browserEngineVersion < 10 && IsBrowserIeQuirks())) { elmt.style.zoom = (scale == 1) ? "" : scale; } else { var transformProperty = GetTransformProperty(elmt); if (transformProperty) { //rotate(15deg) scale(.5) var transformValue = "scale(" + scale + ")"; var oldTransformValue = elmt.style[transformProperty]; var scaleReg = new RegExp(/[\s]*scale\(.*?\)/g); var newTransformValue = BuildNewCss(oldTransformValue, [scaleReg], transformValue); elmt.style[transformProperty] = newTransformValue; } } }; _This.$EnableHWA = function (elmt) { if (!elmt.style[GetTransformProperty(elmt)] || elmt.style[GetTransformProperty(elmt)] == "none") elmt.style[GetTransformProperty(elmt)] = "perspective(2000px)"; }; _This.$DisableHWA = function (elmt) { //if (force || elmt.style[GetTransformProperty(elmt)] == "perspective(2000px)") elmt.style[GetTransformProperty(elmt)] = "none"; }; var ie8OffsetWidth = 0; var ie8OffsetHeight = 0; //var ie8WindowResizeCallbackHandlers; //var ie8LastVerticalScrollbar; //var toggleInfo = ""; //function Ie8WindowResizeFilter(window, handler) { // var trigger = true; // var checkElement = (IsBrowserIeQuirks() ? window.document.body : window.document.documentElement); // if (checkElement) { // //check vertical bar // //var hasVerticalBar = checkElement.scrollHeight > checkElement.clientHeight; // //var verticalBarToggle = hasVerticalBar != ie8LastVerticalScrollbar; // //ie8LastVerticalScrollbar = hasVerticalBar; // var widthChange = checkElement.offsetWidth - ie8OffsetWidth; // var heightChange = checkElement.offsetHeight - ie8OffsetHeight; // if (widthChange || heightChange) { // ie8OffsetWidth += widthChange; // ie8OffsetHeight += heightChange; // } // else // trigger = false; // } // trigger && handler(); //} //_This.$OnWindowResize = function (window, handler) { // if (IsBrowserIE() && browserEngineVersion < 9) { // if (!ie8WindowResizeCallbackHandlers) { // ie8WindowResizeCallbackHandlers = [handler]; // handler = _This.$CreateCallback(null, Ie8WindowResizeFilter, window); // } // else { // ie8WindowResizeCallbackHandlers.push(handler); // return; // } // } // _This.$AddEvent(window, "resize", handler); //}; _This.$WindowResizeFilter = function (window, handler) { return IsBrowserIe9Earlier() ? function () { var trigger = true; var checkElement = (IsBrowserIeQuirks() ? window.document.body : window.document.documentElement); if (checkElement) { //check vertical bar //var hasVerticalBar = checkElement.scrollHeight > checkElement.clientHeight; //var verticalBarToggle = hasVerticalBar != ie8LastVerticalScrollbar; //ie8LastVerticalScrollbar = hasVerticalBar; var widthChange = checkElement.offsetWidth - ie8OffsetWidth; var heightChange = checkElement.offsetHeight - ie8OffsetHeight; if (widthChange || heightChange) { ie8OffsetWidth += widthChange; ie8OffsetHeight += heightChange; } else trigger = false; } trigger && handler(); } : handler; }; _This.$MouseOverOutFilter = function (handler, target) { /// /// The target element to detect mouse over/out events. (for ie < 9 compatibility) /// $JssorDebug$.$Execute(function () { if (!target) { throw new Error("Null reference, parameter \"target\"."); } }); return function (event) { event = GetEvent(event); var eventName = event.type; var related = event.relatedTarget || (eventName == "mouseout" ? event.toElement : event.fromElement); if (!related || (related !== target && !_This.$IsChild(target, related))) { handler(event); } }; }; _This.$AddEvent = function (elmt, eventName, handler, useCapture) { elmt = _This.$GetElement(elmt); // technique from: // http://blog.paranoidferret.com/index.php/2007/08/10/javascript-working-with-events/ if (elmt.addEventListener) { if (eventName == "mousewheel") { elmt.addEventListener("DOMMouseScroll", handler, useCapture); } // we are still going to add the mousewheel -- not a mistake! // _This is for opera, since it uses onmousewheel but needs addEventListener. elmt.addEventListener(eventName, handler, useCapture); } else if (elmt.attachEvent) { elmt.attachEvent("on" + eventName, handler); if (useCapture && elmt.setCapture) { elmt.setCapture(); } } $JssorDebug$.$Execute(function () { if (!elmt.addEventListener && !elmt.attachEvent) { $JssorDebug$.$Fail("Unable to attach event handler, no known technique."); } }); }; _This.$RemoveEvent = function (elmt, eventName, handler, useCapture) { elmt = _This.$GetElement(elmt); // technique from: // http://blog.paranoidferret.com/index.php/2007/08/10/javascript-working-with-events/ if (elmt.removeEventListener) { if (eventName == "mousewheel") { elmt.removeEventListener("DOMMouseScroll", handler, useCapture); } // we are still going to remove the mousewheel -- not a mistake! // _This is for opera, since it uses onmousewheel but needs removeEventListener. elmt.removeEventListener(eventName, handler, useCapture); } else if (elmt.detachEvent) { elmt.detachEvent("on" + eventName, handler); if (useCapture && elmt.releaseCapture) { elmt.releaseCapture(); } } }; _This.$FireEvent = function (elmt, eventName) { //var document = elmt.document; $JssorDebug$.$Execute(function () { if (!document.createEvent && !document.createEventObject) { $JssorDebug$.$Fail("Unable to fire event, no known technique."); } if (!elmt.dispatchEvent && !elmt.fireEvent) { $JssorDebug$.$Fail("Unable to fire event, no known technique."); } }); var evento; if (document.createEvent) { evento = document.createEvent("HTMLEvents"); evento.initEvent(eventName, false, false); elmt.dispatchEvent(evento); } else { var ieEventName = "on" + eventName; evento = document.createEventObject(); //event.eventType = ieEventName; //event.eventName = ieEventName; elmt.fireEvent(ieEventName, evento); } }; _This.$AddEventBrowserMouseUp = function (handler, userCapture) { _This.$AddEvent((IsBrowserIe9Earlier()) ? document : window, "mouseup", handler, userCapture); }; _This.$RemoveEventBrowserMouseUp = function (handler, userCapture) { _This.$RemoveEvent((IsBrowserIe9Earlier()) ? document : window, "mouseup", handler, userCapture); }; //_This.$AddEventBrowserMouseDown = function (handler, userCapture) { // _This.$AddEvent((IsBrowserIe9Earlier()) ? document : window, "mousedown", handler, userCapture); //}; //_This.$RemoveEventBrowserMouseDown = function (handler, userCapture) { // _This.$RemoveEvent((IsBrowserIe9Earlier()) ? document : window, "mousedown", handler, userCapture); //}; _This.$CancelEvent = function (event) { event = GetEvent(event); // technique from: // http://blog.paranoidferret.com/index.php/2007/08/10/javascript-working-with-events/ if (event.preventDefault) { event.preventDefault(); // W3C for preventing default } event.cancel = true; // legacy for preventing default event.returnValue = false; // IE for preventing default }; _This.$StopEvent = function (event) { event = GetEvent(event); // technique from: // http://blog.paranoidferret.com/index.php/2007/08/10/javascript-working-with-events/ if (event.stopPropagation) { event.stopPropagation(); // W3C for stopping propagation } event.cancelBubble = true; // IE for stopping propagation }; _This.$CreateCallback = function (object, method) { // create callback args var initialArgs = [].slice.call(arguments, 2); // create closure to apply method var callback = function () { // concatenate new args, but make a copy of initialArgs first var args = initialArgs.concat([].slice.call(arguments, 0)); return method.apply(object, args); }; //$JssorDebug$.$LiveStamp(callback, "callback_" + ($Jssor$.$GetNow() & 0xFFFFFF)); return callback; }; var _Freeer; _This.$FreeElement = function (elmt) { if (!_Freeer) _Freeer = _This.$CreateDiv(); if (elmt) { $Jssor$.$AppendChild(_Freeer, elmt); $Jssor$.$ClearInnerHtml(_Freeer); } }; _This.$InnerText = function (elmt, text) { if (text == undefined) return elmt.textContent || elmt.innerText; var textNode = document.createTextNode(text); _This.$ClearInnerHtml(elmt); elmt.appendChild(textNode); }; _This.$InnerHtml = function (elmt, html) { if (html == undefined) return elmt.innerHTML; elmt.innerHTML = html; }; _This.$GetClientRect = function (elmt) { var rect = elmt.getBoundingClientRect(); return { x: rect.left, y: rect.top, w: rect.right - rect.left, h: rect.bottom - rect.top }; }; _This.$ClearInnerHtml = function (elmt) { elmt.innerHTML = ""; }; _This.$EncodeHtml = function (text) { var div = _This.$CreateDiv(); _This.$InnerText(div, text); return _This.$InnerHtml(div); }; _This.$DecodeHtml = function (html) { var div = _This.$CreateDiv(); _This.$InnerHtml(div, html); return _This.$InnerText(div); }; _This.$SelectElement = function (elmt) { var userSelection; if (window.getSelection) { //W3C default userSelection = window.getSelection(); } var theRange = null; if (document.createRange) { theRange = document.createRange(); theRange.selectNode(elmt); } else { theRange = document.body.createTextRange(); theRange.moveToElementText(elmt); theRange.select(); } //set user selection if (userSelection) userSelection.addRange(theRange); }; _This.$DeselectElements = function () { if (document.selection) { document.selection.empty(); } else if (window.getSelection) { window.getSelection().removeAllRanges(); } }; _This.$Children = function (elmt) { var children = []; for (var tmpEl = elmt.firstChild; tmpEl; tmpEl = tmpEl.nextSibling) { if (tmpEl.nodeType == 1) { children.push(tmpEl); } } return children; }; function FindFirstChild(elmt, attrValue, attrName, deep) { if (!attrName) attrName = "u"; for (elmt = elmt ? elmt.firstChild : null; elmt; elmt = elmt.nextSibling) { if (elmt.nodeType == 1) { if (AttributeEx(elmt, attrName) == attrValue) return elmt; if (deep) { var childRet = FindFirstChild(elmt, attrValue, attrName, deep); if (childRet) return childRet; } } } } _This.$FindFirstChild = FindFirstChild; function FindChildren(elmt, attrValue, attrName, deep) { if (!attrName) attrName = "u"; var ret = []; for (elmt = elmt ? elmt.firstChild : null; elmt; elmt = elmt.nextSibling) { if (elmt.nodeType == 1) { if (AttributeEx(elmt, attrName) == attrValue) ret.push(elmt); if (deep) { var childRet = FindChildren(elmt, attrValue, attrName, deep); if (childRet.length) ret = ret.concat(childRet); } } } return ret; } _This.$FindChildren = FindChildren; function FindFirstChildByTag(elmt, tagName, deep) { for (elmt = elmt ? elmt.firstChild : null; elmt; elmt = elmt.nextSibling) { if (elmt.nodeType == 1) { if (elmt.tagName == tagName) return elmt; if (deep) { var childRet = FindFirstChildByTag(elmt, tagName, deep); if (childRet) return childRet; } } } } _This.$FindFirstChildByTag = FindFirstChildByTag; function FindChildrenByTag(elmt, tagName, deep) { var ret = []; for (elmt = elmt ? elmt.firstChild : null; elmt; elmt = elmt.nextSibling) { if (elmt.nodeType == 1) { if (!tagName || elmt.tagName == tagName) ret.push(elmt); if (deep) { var childRet = FindChildrenByTag(elmt, tagName, true); if (childRet.length) ret = ret.concat(childRet); } } } return ret; } _This.$FindChildrenByTag = FindChildrenByTag; _This.$GetElementsByTag = function (elmt, tagName) { return elmt.getElementsByTagName(tagName); }; function Extend(target) { for (var i = 1; i < arguments.length; i++) { var options = arguments[i]; // Only deal with non-null/undefined values if (options) { // Extend the base object for (var name in options) { target[name] = options[name]; } } } // Return the modified object return target; } _This.$Extend = Extend; function Unextend(target, options) { $JssorDebug$.$Assert(options); var unextended = {}; // Extend the base object for (var name in target) { if (target[name] != options[name]) { unextended[name] = target[name]; } } // Return the modified object return unextended; } _This.$Unextend = Unextend; _This.$IsUndefined = function (obj) { return type(obj) == "undefined"; }; _This.$IsFunction = function (obj) { return type(obj) == "function"; }; _This.$IsArray = function (obj) { return type(obj) == "array"; }; _This.$IsString = function (obj) { return type(obj) == "string"; }; _This.$IsNumeric = function (obj) { return !isNaN(ParseFloat(obj)) && isFinite(obj); }; _This.$IsWindow = function (obj) { return obj && obj == obj.window; }; _This.$Type = type; // args is for internal usage only _This.$Each = each; _This.$IsPlainObject = isPlainObject; function CreateElement(tagName) { return document.createElement(tagName); } _This.$CreateElement = CreateElement; _This.$CreateDiv = function () { return CreateElement("DIV", document); }; _This.$CreateSpan = function () { return CreateElement("SPAN", document); }; _This.$EmptyFunction = function () { }; function Attribute(elmt, name, value) { if (value == undefined) return elmt.getAttribute(name); elmt.setAttribute(name, value); } function AttributeEx(elmt, name) { return Attribute(elmt, name) || Attribute(elmt, "data-" + name); } _This.$Attribute = Attribute; _This.$AttributeEx = AttributeEx; function ClassName(elmt, className) { if (className == undefined) return elmt.className; elmt.className = className; } _This.$ClassName = ClassName; function ToHash(array) { var hash = {}; each(array, function (item) { hash[item] = item; }); return hash; } _This.$ToHash = ToHash; function Join(separator, strings) { /// /// The element to show the dialog around /// /// /// The element to show the dialog around /// var joined = ""; each(strings, function (str) { joined && (joined += separator); joined += str; }); return joined; } _This.$Join = Join; _This.$AddClass = function (elmt, className) { var newClassName = ClassName(elmt) + " " + className; ClassName(elmt, Join(" ", ToHash(newClassName.match(REGEX_WHITESPACE_GLOBAL)))); }; _This.$RemoveClass = function (elmt, className) { ClassName(elmt, Join(" ", _This.$Unextend(ToHash(ClassName(elmt).match(REGEX_WHITESPACE_GLOBAL)), ToHash(className.match(REGEX_WHITESPACE_GLOBAL))))); }; _This.$ParentNode = function (elmt) { return elmt.parentNode; }; _This.$HideElement = function (elmt) { _This.$CssDisplay(elmt, "none"); }; _This.$HideElements = function (elmts) { for (var i = 0; i < elmts.length; i++) { _This.$HideElement(elmts[i]); } }; _This.$ShowElement = function (elmt, show) { _This.$CssDisplay(elmt, show == false ? "none" : ""); }; _This.$ShowElements = function (elmts) { for (var i = 0; i < elmts.length; i++) { _This.$ShowElement(elmts[i]); } }; _This.$RemoveAttribute = function (elmt, attrbuteName) { elmt.removeAttribute(attrbuteName); }; _This.$CanClearClip = function () { return IsBrowserIE() && browserRuntimeVersion < 10; }; _This.$SetStyleClip = function (elmt, clip) { if (clip) { elmt.style.clip = "rect(" + Math.round(clip.$Top) + "px " + Math.round(clip.$Right) + "px " + Math.round(clip.$Bottom) + "px " + Math.round(clip.$Left) + "px)"; } else { var cssText = elmt.style.cssText; var clipRegs = [ new RegExp(/[\s]*clip: rect\(.*?\)[;]?/i), new RegExp(/[\s]*cliptop: .*?[;]?/i), new RegExp(/[\s]*clipright: .*?[;]?/i), new RegExp(/[\s]*clipbottom: .*?[;]?/i), new RegExp(/[\s]*clipleft: .*?[;]?/i) ]; var newCssText = BuildNewCss(cssText, clipRegs, ""); $Jssor$.$CssCssText(elmt, newCssText); } }; _This.$GetNow = function () { return new Date().getTime(); }; _This.$AppendChild = function (elmt, child) { elmt.appendChild(child); }; _This.$AppendChildren = function (elmt, children) { each(children, function (child) { _This.$AppendChild(elmt, child); }); }; _This.$InsertBefore = function (elmt, child, refObject) { elmt.insertBefore(child, refObject); }; _This.$InsertAdjacentHtml = function (elmt, where, text) { elmt.insertAdjacentHTML(where, text); }; _This.$RemoveChild = function (elmt, child) { elmt.removeChild(child); }; _This.$RemoveChildren = function (elmt, children) { each(children, function (child) { _This.$RemoveChild(elmt, child); }); }; _This.$ClearChildren = function (elmt) { _This.$RemoveChildren(elmt, _This.$Children(elmt)); }; _This.$ParseInt = function (str, radix) { return parseInt(str, radix || 10); }; function ParseFloat(str) { return parseFloat(str); } _This.$ParseFloat = ParseFloat; _This.$IsChild = function (elmtA, elmtB) { var body = document.body; while (elmtB && elmtA != elmtB && body != elmtB) { try { elmtB = elmtB.parentNode; } catch (e) { // Firefox sometimes fires events for XUL elements, which throws // a "permission denied" error. so this is not a child. return false; } } return elmtA == elmtB; }; function CloneNode(elmt, deep) { return elmt.cloneNode(deep); } _This.$CloneNode = CloneNode; function TranslateTransition(transition) { if (transition) { var flyDirection = transition.$FlyDirection; if (flyDirection & 1) { transition.x = transition.$ScaleHorizontal || 1; } if (flyDirection & 2) { transition.x = -transition.$ScaleHorizontal || -1; } if (flyDirection & 4) { transition.y = transition.$ScaleVertical || 1; } if (flyDirection & 8) { transition.y = -transition.$ScaleVertical || -1; } TranslateTransition(transition.$Brother); } } _This.$TranslateTransitions = function (transitions) { /// /// For backward compatibility only. /// if (transitions) { for (var i = 0; i < transitions.length; i++) { TranslateTransition(transitions[i]); } for (var name in transitions) { TranslateTransition(transitions[name]); } } }; function LoadImageCallback(callback, image, abort) { image.onload = null; image.abort = null; if (callback) callback(image, abort); } _This.$LoadImage = function (src, callback) { if (IsBrowserOpera() && browserRuntimeVersion < 11.6 || !src) { LoadImageCallback(callback, null); } else { var image = new Image(); image.onload = _This.$CreateCallback(null, LoadImageCallback, callback, image); image.onabort = _This.$CreateCallback(null, LoadImageCallback, callback, image, true); image.src = src; } }; _This.$LoadImages = function (imageElmts, mainImageElmt, callback) { var _ImageLoading = imageElmts.length + 1; function LoadImageCompleteEventHandler(image, abort) { _ImageLoading--; if (mainImageElmt && image && image.src == mainImageElmt.src) mainImageElmt = image; !_ImageLoading && callback && callback(mainImageElmt); } each(imageElmts, function (imageElmt) { $Jssor$.$LoadImage(imageElmt.src, LoadImageCompleteEventHandler); }); LoadImageCompleteEventHandler(); }; _This.$BuildElement = function (template, tagName, replacer, createCopy) { if (createCopy) template = CloneNode(template, true); var templateHolders = $Jssor$.$GetElementsByTag(template, tagName); for (var j = templateHolders.length - 1; j > -1; j--) { var templateHolder = templateHolders[j]; var replaceItem = CloneNode(replacer, true); ClassName(replaceItem, ClassName(templateHolder)); $Jssor$.$CssCssText(replaceItem, templateHolder.style.cssText); var thumbnailPlaceHolderParent = $Jssor$.$ParentNode(templateHolder); $Jssor$.$InsertBefore(thumbnailPlaceHolderParent, replaceItem, templateHolder); $Jssor$.$RemoveChild(thumbnailPlaceHolderParent, templateHolder); } return template; }; var _MouseDownButtons; function JssorButtonEx(elmt) { var _Self = this; var _OriginClassName; var _IsMouseDown; //class name 'dn' var _IsActive; //class name 'av' var _IsDisabled; //class name 'ds' function Highlight() { var className = _OriginClassName; if (_IsDisabled) { className += 'ds'; } else if (_IsMouseDown) { className += 'dn'; } else if (_IsActive) { className += "av"; } ClassName(elmt, className); } function OnMouseDown(event) { if (_IsDisabled) { _This.$CancelEvent(event); } else { _MouseDownButtons.push(_Self); _IsMouseDown = true; Highlight(); } } _Self.$MouseUp = function () { /// /// Internal member function, do not use it. /// /// _IsMouseDown = false; Highlight(); }; _Self.$Activate = function (activate) { if (activate != undefined) { _IsActive = activate; Highlight(); } else { return _IsActive; } }; _Self.$Enable = function (enable) { if (enable != undefined) { _IsDisabled = !enable; Highlight(); } else { return !_IsDisabled; } }; //JssorButtonEx Constructor { elmt = _This.$GetElement(elmt); if (!_MouseDownButtons) { _This.$AddEventBrowserMouseUp(function () { var oldMouseDownButtons = _MouseDownButtons; _MouseDownButtons = []; each(oldMouseDownButtons, function (button) { button.$MouseUp(); }); }); _MouseDownButtons = []; } _OriginClassName = ClassName(elmt); $Jssor$.$AddEvent(elmt, "mousedown", OnMouseDown); } } _This.$Buttonize = function (elmt) { return new JssorButtonEx(elmt); }; _This.$Css = Css; _This.$CssN = CssN; _This.$CssP = CssP; _This.$CssOverflow = CssProxy("overflow"); _This.$CssTop = CssProxy("top", 2); _This.$CssLeft = CssProxy("left", 2); _This.$CssWidth = CssProxy("width", 2); _This.$CssHeight = CssProxy("height", 2); _This.$CssMarginLeft = CssProxy("marginLeft", 2); _This.$CssMarginTop = CssProxy("marginTop", 2); _This.$CssPosition = CssProxy("position"); _This.$CssDisplay = CssProxy("display"); _This.$CssZIndex = CssProxy("zIndex", 1); _This.$CssFloat = function (elmt, float) { return Css(elmt, IsBrowserIE() ? "styleFloat" : "cssFloat", float); }; _This.$CssOpacity = function (elmt, opacity, ie9EarlierForce) { if (opacity != undefined) { SetStyleOpacity(elmt, opacity, ie9EarlierForce); } else { return GetStyleOpacity(elmt); } }; _This.$CssCssText = function (elmt, text) { if (text != undefined) { elmt.style.cssText = text; } else { return elmt.style.cssText; } }; var _StyleGetter = { $Opacity: _This.$CssOpacity, $Top: _This.$CssTop, $Left: _This.$CssLeft, $Width: _This.$CssWidth, $Height: _This.$CssHeight, $Position: _This.$CssPosition, $Display: _This.$CssDisplay, $ZIndex: _This.$CssZIndex }; //var _StyleGetter = { // $Opacity: _This.$GetStyleOpacity, // $Top: _This.$GetStyleTop, // $Left: _This.$GetStyleLeft, // $Width: _This.$GetStyleWidth, // $Height: _This.$GetStyleHeight, // $Position: _This.$GetStylePosition, // $Display: _This.$GetStyleDisplay, // $ZIndex: _This.$GetStyleZIndex //}; var _StyleSetterReserved; //var _StyleSetterReserved = { // $Opacity: _This.$SetStyleOpacity, // $Top: _This.$SetStyleTop, // $Left: _This.$SetStyleLeft, // $Width: _This.$SetStyleWidth, // $Height: _This.$SetStyleHeight, // $Display: _This.$SetStyleDisplay, // $Clip: _This.$SetStyleClip, // $MarginLeft: _This.$SetStyleMarginLeft, // $MarginTop: _This.$SetStyleMarginTop, // $Transform: _This.$SetStyleTransform, // $Position: _This.$SetStylePosition, // $ZIndex: _This.$SetStyleZIndex //}; function StyleSetter() { if (!_StyleSetterReserved) { _StyleSetterReserved = Extend({ $MarginTop: _This.$CssMarginTop, $MarginLeft: _This.$CssMarginLeft, $Clip: _This.$SetStyleClip, $Transform: _This.$SetStyleTransform }, _StyleGetter); } return _StyleSetterReserved; } function StyleSetterEx() { StyleSetter(); //For Compression Only _StyleSetterReserved.$Transform = _StyleSetterReserved.$Transform; return _StyleSetterReserved; } _This.$StyleSetter = StyleSetter; _This.$StyleSetterEx = StyleSetterEx; _This.$GetStyles = function (elmt, originStyles) { StyleSetter(); var styles = {}; each(originStyles, function (value, key) { if (_StyleGetter[key]) { styles[key] = _StyleGetter[key](elmt); } }); return styles; }; _This.$SetStyles = function (elmt, styles) { var styleSetter = StyleSetter(); each(styles, function (value, key) { styleSetter[key] && styleSetter[key](elmt, value); }); }; _This.$SetStylesEx = function (elmt, styles) { StyleSetterEx(); _This.$SetStyles(elmt, styles); }; $JssorMatrix$ = new function () { var _ThisMatrix = this; function Multiply(ma, mb) { var acs = ma[0].length; var rows = ma.length; var cols = mb[0].length; var matrix = []; for (var r = 0; r < rows; r++) { var row = matrix[r] = []; for (var c = 0; c < cols; c++) { var unitValue = 0; for (var ac = 0; ac < acs; ac++) { unitValue += ma[r][ac] * mb[ac][c]; } row[c] = unitValue; } } return matrix; } _ThisMatrix.$ScaleX = function (matrix, sx) { return _ThisMatrix.$ScaleXY(matrix, sx, 0); }; _ThisMatrix.$ScaleY = function (matrix, sy) { return _ThisMatrix.$ScaleXY(matrix, 0, sy); }; _ThisMatrix.$ScaleXY = function (matrix, sx, sy) { return Multiply(matrix, [[sx, 0], [0, sy]]); }; _ThisMatrix.$TransformPoint = function (matrix, p) { var pMatrix = Multiply(matrix, [[p.x], [p.y]]); return new $JssorPoint$(pMatrix[0][0], pMatrix[1][0]); }; }; _This.$CreateMatrix = function (alpha, scaleX, scaleY) { var cos = Math.cos(alpha); var sin = Math.sin(alpha); //var r11 = cos; //var r21 = sin; //var r12 = -sin; //var r22 = cos; //var m11 = cos * scaleX; //var m12 = -sin * scaleY; //var m21 = sin * scaleX; //var m22 = cos * scaleY; return [[cos * scaleX, -sin * scaleY], [sin * scaleX, cos * scaleY]]; }; _This.$GetMatrixOffset = function (matrix, width, height) { var p1 = $JssorMatrix$.$TransformPoint(matrix, new $JssorPoint$(-width / 2, -height / 2)); var p2 = $JssorMatrix$.$TransformPoint(matrix, new $JssorPoint$(width / 2, -height / 2)); var p3 = $JssorMatrix$.$TransformPoint(matrix, new $JssorPoint$(width / 2, height / 2)); var p4 = $JssorMatrix$.$TransformPoint(matrix, new $JssorPoint$(-width / 2, height / 2)); return new $JssorPoint$(Math.min(p1.x, p2.x, p3.x, p4.x) + width / 2, Math.min(p1.y, p2.y, p3.y, p4.y) + height / 2); }; }; //for backward compatibility //var $JssorUtils$ = window.$JssorUtils$ = $Jssor$; //$JssorObject$ var $JssorObject$ = window.$JssorObject$ = function () { var _ThisObject = this; // Fields var _Listeners = []; // dictionary of eventName --> array of handlers var _Listenees = []; // Private Methods function AddListener(eventName, handler) { $JssorDebug$.$Execute(function () { if (eventName == undefined || eventName == null) throw new Error("param 'eventName' is null or empty."); if (typeof (handler) != "function") { throw "param 'handler' must be a function."; } $Jssor$.$Each(_Listeners, function (listener) { if (listener.$EventName == eventName && listener.$Handler === handler) { throw new Error("The handler listened to the event already, cannot listen to the same event of the same object with the same handler twice."); } }); }); _Listeners.push({ $EventName: eventName, $Handler: handler }); } function RemoveListener(eventName, handler) { $JssorDebug$.$Execute(function () { if (eventName == undefined || eventName == null) throw new Error("param 'eventName' is null or empty."); if (typeof (handler) != "function") { throw "param 'handler' must be a function."; } }); $Jssor$.$Each(_Listeners, function (listener, index) { if (listener.$EventName == eventName && listener.$Handler === handler) { _Listeners.splice(index, 1); } }); } function ClearListeners() { _Listeners = []; } function ClearListenees() { $Jssor$.$Each(_Listenees, function (listenee) { $Jssor$.$RemoveEvent(listenee.$Obj, listenee.$EventName, listenee.$Handler); }); _Listenees = []; } //Protected Methods _ThisObject.$Listen = function (obj, eventName, handler, useCapture) { $JssorDebug$.$Execute(function () { if (!obj) throw new Error("param 'obj' is null or empty."); if (eventName == undefined || eventName == null) throw new Error("param 'eventName' is null or empty."); if (typeof (handler) != "function") { throw "param 'handler' must be a function."; } $Jssor$.$Each(_Listenees, function (listenee) { if (listenee.$Obj === obj && listenee.$EventName == eventName && listenee.$Handler === handler) { throw new Error("The handler listened to the event already, cannot listen to the same event of the same object with the same handler twice."); } }); }); $Jssor$.$AddEvent(obj, eventName, handler, useCapture); _Listenees.push({ $Obj: obj, $EventName: eventName, $Handler: handler }); }; _ThisObject.$Unlisten = function (obj, eventName, handler) { $JssorDebug$.$Execute(function () { if (!obj) throw new Error("param 'obj' is null or empty."); if (eventName == undefined || eventName == null) throw new Error("param 'eventName' is null or empty."); if (typeof (handler) != "function") { throw "param 'handler' must be a function."; } }); $Jssor$.$Each(_Listenees, function (listenee, index) { if (listenee.$Obj === obj && listenee.$EventName == eventName && listenee.$Handler === handler) { $Jssor$.$RemoveEvent(obj, eventName, handler); _Listenees.splice(index, 1); } }); }; _ThisObject.$UnlistenAll = ClearListenees; // Public Methods _ThisObject.$On = _ThisObject.addEventListener = AddListener; _ThisObject.$Off = _ThisObject.removeEventListener = RemoveListener; _ThisObject.$TriggerEvent = function (eventName) { var args = [].slice.call(arguments, 1); $Jssor$.$Each(_Listeners, function (listener) { try { listener.$EventName == eventName && listener.$Handler.apply(window, args); } catch (e) { // handler threw an error, ignore, go on to next one $JssorDebug$.$Error(e.name + " while executing " + eventName + " handler: " + e.message, e); } }); }; _ThisObject.$Destroy = function () { ClearListenees(); ClearListeners(); for (var name in _ThisObject) delete _ThisObject[name]; }; $JssorDebug$.$C_AbstractClass(_ThisObject); }; $JssorAnimator$ = function (delay, duration, options, elmt, fromStyles, toStyles) { delay = delay || 0; var _ThisAnimator = this; var _AutoPlay; var _Hiden; var _CombineMode; var _PlayToPosition; var _PlayDirection; var _NoStop; var _TimeStampLastFrame = 0; var _SubEasings; var _SubRounds; var _SubDurings; var _Callback; var _Position_Current = 0; var _Position_Display = 0; var _Hooked; var _Position_InnerBegin = delay; var _Position_InnerEnd = delay + duration; var _Position_OuterBegin; var _Position_OuterEnd; var _LoopLength; var _NestedAnimators = []; var _StyleSetter; function GetPositionRange(position, begin, end) { var range = 0; if (position < begin) range = -1; else if (position > end) range = 1; return range; } function GetInnerPositionRange(position) { return GetPositionRange(position, _Position_InnerBegin, _Position_InnerEnd); } function GetOuterPositionRange(position) { return GetPositionRange(position, _Position_OuterBegin, _Position_OuterEnd); } function Shift(offset) { _Position_OuterBegin += offset; _Position_OuterEnd += offset; _Position_InnerBegin += offset; _Position_InnerEnd += offset; _Position_Current += offset; _Position_Display += offset; $Jssor$.$Each(_NestedAnimators, function (animator) { animator, animator.$Shift(offset); }); } function Locate(position, relative) { var offset = position - _Position_OuterBegin + delay * relative; Shift(offset); //$JssorDebug$.$Execute(function () { // _ThisAnimator.$Position_InnerBegin = _Position_InnerBegin; // _ThisAnimator.$Position_InnerEnd = _Position_InnerEnd; // _ThisAnimator.$Position_OuterBegin = _Position_OuterBegin; // _ThisAnimator.$Position_OuterEnd = _Position_OuterEnd; //}); return _Position_OuterEnd; } function GoToPosition(positionOuter, force) { var trimedPositionOuter = positionOuter; if (_LoopLength && (trimedPositionOuter >= _Position_OuterEnd || trimedPositionOuter <= _Position_OuterBegin)) { trimedPositionOuter = ((trimedPositionOuter - _Position_OuterBegin) % _LoopLength + _LoopLength) % _LoopLength + _Position_OuterBegin; } if (!_Hooked || _NoStop || force || _Position_Current != trimedPositionOuter) { var positionToDisplay = Math.min(trimedPositionOuter, _Position_OuterEnd); positionToDisplay = Math.max(positionToDisplay, _Position_OuterBegin); if (!_Hooked || _NoStop || force || positionToDisplay != _Position_Display) { if (toStyles) { var currentStyles = toStyles; if (fromStyles) { var interPosition = (positionToDisplay - _Position_InnerBegin) / (duration || 1); if (options.$Optimize && $Jssor$.$IsBrowserChrome() && duration) { interPosition = Math.round(interPosition / 16 * duration) * 16 / duration; } if (options.$Reverse) interPosition = 1 - interPosition; currentStyles = {}; for (var key in toStyles) { var round = _SubRounds[key] || 1; var during = _SubDurings[key] || [0, 1]; var propertyInterPosition = (interPosition - during[0]) / during[1]; propertyInterPosition = Math.min(Math.max(propertyInterPosition, 0), 1); propertyInterPosition = propertyInterPosition * round; var floorPosition = Math.floor(propertyInterPosition); if (propertyInterPosition != floorPosition) propertyInterPosition -= floorPosition; var easing = _SubEasings[key] || _SubEasings.$Default; var easingValue = easing(propertyInterPosition); var currentPropertyValue; var value = fromStyles[key]; var toValue = toStyles[key]; if ($Jssor$.$IsNumeric(toValue)) { currentPropertyValue = value + (toValue - value) * easingValue; } else { currentPropertyValue = $Jssor$.$Extend({ $Offset: {} }, fromStyles[key]); $Jssor$.$Each(toValue.$Offset, function (rectX, n) { var offsetValue = rectX * easingValue; currentPropertyValue.$Offset[n] = offsetValue; currentPropertyValue[n] += offsetValue; }); } currentStyles[key] = currentPropertyValue; } } if (fromStyles.$Zoom) { currentStyles.$Transform = { $Rotate: currentStyles.$Rotate || 0, $Scale: currentStyles.$Zoom, $OriginalWidth: options.$OriginalWidth, $OriginalHeight: options.$OriginalHeight }; } if (toStyles.$Clip && options.$Move) { var styleFrameNClipOffset = currentStyles.$Clip.$Offset; var offsetY = (styleFrameNClipOffset.$Top || 0) + (styleFrameNClipOffset.$Bottom || 0); var offsetX = (styleFrameNClipOffset.$Left || 0) + (styleFrameNClipOffset.$Right || 0); currentStyles.$Left = (currentStyles.$Left || 0) + offsetX; currentStyles.$Top = (currentStyles.$Top || 0) + offsetY; currentStyles.$Clip.$Left -= offsetX; currentStyles.$Clip.$Right -= offsetX; currentStyles.$Clip.$Top -= offsetY; currentStyles.$Clip.$Bottom -= offsetY; } if (currentStyles.$Clip && $Jssor$.$CanClearClip() && !currentStyles.$Clip.$Top && !currentStyles.$Clip.$Left && (currentStyles.$Clip.$Right == options.$OriginalWidth) && (currentStyles.$Clip.$Bottom == options.$OriginalHeight)) currentStyles.$Clip = null; $Jssor$.$Each(currentStyles, function (value, key) { _StyleSetter[key] && _StyleSetter[key](elmt, value); }); } _ThisAnimator.$OnInnerOffsetChange(_Position_Display - _Position_InnerBegin, positionToDisplay - _Position_InnerBegin); } _Position_Display = positionToDisplay; $Jssor$.$Each(_NestedAnimators, function (animator, i) { var nestedAnimator = positionOuter < _Position_Current ? _NestedAnimators[_NestedAnimators.length - i - 1] : animator; nestedAnimator.$GoToPosition(positionOuter, force); }); var positionOld = _Position_Current; var positionNew = positionOuter; _Position_Current = trimedPositionOuter; _Hooked = true; _ThisAnimator.$OnPositionChange(positionOld, positionNew); } } function Join(animator, combineMode) { /// /// Combine another animator as nested animator /// /// /// An instance of $JssorAnimator$ /// /// /// 0: parallel - place the animator parallel to this animator. /// 1: chain - chain the animator at the _Position_InnerEnd of this animator. /// $JssorDebug$.$Execute(function () { if (combineMode !== 0 && combineMode !== 1) $JssorDebug$.$Fail("Argument out of range, the value of 'combineMode' should be either 0 or 1."); }); if (combineMode) animator.$Locate(_Position_OuterEnd, 1); _Position_OuterEnd = Math.max(_Position_OuterEnd, animator.$GetPosition_OuterEnd()); _NestedAnimators.push(animator); } function PlayFrame() { if (_AutoPlay) { var now = $Jssor$.$GetNow(); //var timeOffset = Math.min(now - _TimeStampLastFrame, $Jssor$.$IsBrowserOpera() ? 80 : 20); var timeOffset = Math.min(now - _TimeStampLastFrame, 80); var timePosition = _Position_Current + timeOffset * _PlayDirection; _TimeStampLastFrame = now; if (timePosition * _PlayDirection >= _PlayToPosition * _PlayDirection) timePosition = _PlayToPosition; GoToPosition(timePosition); if (!_NoStop && timePosition * _PlayDirection >= _PlayToPosition * _PlayDirection) { Stop(_Callback); } else { $Jssor$.$Delay(PlayFrame, options.$Interval); } } } function PlayToPosition(toPosition, callback, noStop) { if (!_AutoPlay) { _AutoPlay = true; _NoStop = noStop _Callback = callback; toPosition = Math.max(toPosition, _Position_OuterBegin); toPosition = Math.min(toPosition, _Position_OuterEnd); _PlayToPosition = toPosition; _PlayDirection = _PlayToPosition < _Position_Current ? -1 : 1; _ThisAnimator.$OnStart(); _TimeStampLastFrame = $Jssor$.$GetNow(); PlayFrame(); } } function Stop(callback) { if (_AutoPlay) { _NoStop = _AutoPlay = _Callback = false; _ThisAnimator.$OnStop(); if (callback) callback(); } } _ThisAnimator.$Play = function (positionLength, callback, noStop) { PlayToPosition(positionLength ? _Position_Current + positionLength : _Position_OuterEnd, callback, noStop); }; _ThisAnimator.$PlayToPosition = PlayToPosition; _ThisAnimator.$PlayToBegin = function (callback, noStop) { PlayToPosition(_Position_OuterBegin, callback, noStop); }; _ThisAnimator.$PlayToEnd = function (callback, noStop) { PlayToPosition(_Position_OuterEnd, callback, noStop); }; _ThisAnimator.$Stop = Stop; _ThisAnimator.$Continue = function (toPosition) { PlayToPosition(toPosition); }; _ThisAnimator.$GetPosition = function () { return _Position_Current; }; _ThisAnimator.$GetPlayToPosition = function () { return _PlayToPosition; }; _ThisAnimator.$GetPosition_Display = function () { return _Position_Display; }; _ThisAnimator.$GoToPosition = GoToPosition; _ThisAnimator.$GoToBegin = function () { GoToPosition(_Position_OuterBegin, true); }; _ThisAnimator.$GoToEnd = function () { GoToPosition(_Position_OuterEnd, true); }; _ThisAnimator.$Move = function (offset) { GoToPosition(_Position_Current + offset); }; _ThisAnimator.$CombineMode = function () { return _CombineMode; }; _ThisAnimator.$GetDuration = function () { return duration; }; _ThisAnimator.$IsPlaying = function () { return _AutoPlay; }; _ThisAnimator.$IsOnTheWay = function () { return _Position_Current > _Position_InnerBegin && _Position_Current <= _Position_InnerEnd; }; _ThisAnimator.$SetLoopLength = function (length) { _LoopLength = length; }; _ThisAnimator.$Locate = Locate; _ThisAnimator.$Shift = Shift; _ThisAnimator.$Join = Join; _ThisAnimator.$Combine = function (animator) { /// /// Combine another animator parallel to this animator /// /// /// An instance of $JssorAnimator$ /// Join(animator, 0); }; _ThisAnimator.$Chain = function (animator) { /// /// Chain another animator at the _Position_InnerEnd of this animator /// /// /// An instance of $JssorAnimator$ /// Join(animator, 1); }; _ThisAnimator.$GetPosition_InnerBegin = function () { /// /// Internal member function, do not use it. /// /// /// return _Position_InnerBegin; }; _ThisAnimator.$GetPosition_InnerEnd = function () { /// /// Internal member function, do not use it. /// /// /// return _Position_InnerEnd; }; _ThisAnimator.$GetPosition_OuterBegin = function () { /// /// Internal member function, do not use it. /// /// /// return _Position_OuterBegin; }; _ThisAnimator.$GetPosition_OuterEnd = function () { /// /// Internal member function, do not use it. /// /// /// return _Position_OuterEnd; }; _ThisAnimator.$OnPositionChange = _ThisAnimator.$OnStart = _ThisAnimator.$OnStop = _ThisAnimator.$OnInnerOffsetChange = $Jssor$.$EmptyFunction; _ThisAnimator.$Version = $Jssor$.$GetNow(); //Constructor 1 { options = $Jssor$.$Extend({ $Interval: 16 }, options); //Sodo statement, for development time intellisence only $JssorDebug$.$Execute(function () { options = $Jssor$.$Extend({ $LoopLength: undefined, $Setter: undefined, $Easing: undefined }, options); }); _LoopLength = options.$LoopLength; _StyleSetter = $Jssor$.$Extend({}, $Jssor$.$StyleSetter(), options.$Setter); _Position_OuterBegin = _Position_InnerBegin = delay; _Position_OuterEnd = _Position_InnerEnd = delay + duration; var _SubRounds = options.$Round || {}; var _SubDurings = options.$During || {}; _SubEasings = $Jssor$.$Extend({ $Default: $Jssor$.$IsFunction(options.$Easing) && options.$Easing || $JssorEasing$.$EaseSwing }, options.$Easing); } }; function $JssorPlayerClass$() { var _ThisPlayer = this; var _PlayerControllers = []; function PlayerController(playerElement) { var _SelfPlayerController = this; var _PlayerInstance; var _PlayerInstantces = []; function OnPlayerInstanceDataAvailable(event) { var srcElement = $Jssor$.$EventSrc(event); _PlayerInstance = srcElement.pInstance; $Jssor$.$RemoveEvent(srcElement, "dataavailable", OnPlayerInstanceDataAvailable); $Jssor$.$Each(_PlayerInstantces, function (playerInstance) { if (playerInstance != _PlayerInstance) { playerInstance.$Remove(); } }); playerElement.pTagName = _PlayerInstance.tagName; _PlayerInstantces = null; } function HandlePlayerInstance(playerInstanceElement) { var playerHandler; if (!playerInstanceElement.pInstance) { var playerHandlerAttribute = $Jssor$.$AttributeEx(playerInstanceElement, "pHandler"); if ($JssorPlayer$[playerHandlerAttribute]) { $Jssor$.$AddEvent(playerInstanceElement, "dataavailable", OnPlayerInstanceDataAvailable); playerHandler = new $JssorPlayer$[playerHandlerAttribute](playerElement, playerInstanceElement); _PlayerInstantces.push(playerHandler); $JssorDebug$.$Execute(function () { if ($Jssor$.$Type(playerHandler.$Remove) != "function") { $JssorDebug$.$Fail("'pRemove' interface not implemented for player handler '" + playerHandlerAttribute + "'."); } }); } } return playerHandler; } _SelfPlayerController.$InitPlayerController = function () { if (!playerElement.pInstance && !HandlePlayerInstance(playerElement)) { var playerInstanceElements = $Jssor$.$Children(playerElement); $Jssor$.$Each(playerInstanceElements, function (playerInstanceElement) { HandlePlayerInstance(playerInstanceElement); }); } }; } _ThisPlayer.$EVT_SWITCH = 21; _ThisPlayer.$FetchPlayers = function (elmt) { elmt = elmt || document.body; var playerElements = $Jssor$.$FindChildren(elmt, "player", null, true); $Jssor$.$Each(playerElements, function (playerElement) { if (!_PlayerControllers[playerElement.pId]) { playerElement.pId = _PlayerControllers.length; _PlayerControllers.push(new PlayerController(playerElement)); } var playerController = _PlayerControllers[playerElement.pId]; playerController.$InitPlayerController(); }); }; }pytango-9.2.2/doc/_static/jssor.slider.js000066400000000000000000005146411316324373100203750ustar00rootroot00000000000000/// /* * Jssor.Slider 18.0 * http://www.jssor.com/ * * TERMS OF USE - Jssor.Slider * * Copyright 2014 Jssor * * Permission is hereby granted, free of charge, to any person obtaining * a copy of this software and associated documentation files (the * "Software"), to deal in the Software without restriction, including * without limitation the rights to use, copy, modify, merge, publish, * distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to * the following conditions: * * The above copyright notice and this permission notice shall be * included in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE * LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION * OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION * WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ var $JssorSlider$; var $JssorSlideshowFormations$ = window.$JssorSlideshowFormations$ = {}; var $JssorSlideshowRunner$; new function () { //Constants +++++++ var COLUMN_INCREASE = 0; var COLUMN_DECREASE = 1; var ROW_INCREASE = 2; var ROW_DECREASE = 3; var DIRECTION_HORIZONTAL = 0x0003; var DIRECTION_VERTICAL = 0x000C; var TO_LEFT = 0x0001; var TO_RIGHT = 0x0002; var TO_TOP = 0x0004; var TO_BOTTOM = 0x0008; var FROM_LEFT = 0x0100; var FROM_TOP = 0x0200; var FROM_RIGHT = 0x0400; var FROM_BOTTOM = 0x0800; var ASSEMBLY_BOTTOM_LEFT = FROM_BOTTOM + TO_LEFT; var ASSEMBLY_BOTTOM_RIGHT = FROM_BOTTOM + TO_RIGHT; var ASSEMBLY_TOP_LEFT = FROM_TOP + TO_LEFT; var ASSEMBLY_TOP_RIGHT = FROM_TOP + TO_RIGHT; var ASSEMBLY_LEFT_TOP = FROM_LEFT + TO_TOP; var ASSEMBLY_LEFT_BOTTOM = FROM_LEFT + TO_BOTTOM; var ASSEMBLY_RIGHT_TOP = FROM_RIGHT + TO_TOP; var ASSEMBLY_RIGHT_BOTTOM = FROM_RIGHT + TO_BOTTOM; //Constants ------- //Formation Definition +++++++ function isToLeft(roadValue) { return (roadValue & TO_LEFT) == TO_LEFT; } function isToRight(roadValue) { return (roadValue & TO_RIGHT) == TO_RIGHT; } function isToTop(roadValue) { return (roadValue & TO_TOP) == TO_TOP; } function isToBottom(roadValue) { return (roadValue & TO_BOTTOM) == TO_BOTTOM; } function PushFormationOrder(arr, order, formationItem) { formationItem.push(order); arr[order] = arr[order] || []; arr[order].push(formationItem); } $JssorSlideshowFormations$.$FormationStraight = function (transition) { var cols = transition.$Cols; var rows = transition.$Rows; var formationDirection = transition.$Assembly; var count = transition.$Count; var a = []; var i = 0; var col = 0; var r = 0; var cl = cols - 1; var rl = rows - 1; var il = count - 1; var cr; var order; for (r = 0; r < rows; r++) { for (col = 0; col < cols; col++) { cr = r + ',' + col; switch (formationDirection) { case ASSEMBLY_BOTTOM_LEFT: order = il - (col * rows + (rl - r)); break; case ASSEMBLY_RIGHT_TOP: order = il - (r * cols + (cl - col)); break; case ASSEMBLY_TOP_LEFT: order = il - (col * rows + r); case ASSEMBLY_LEFT_TOP: order = il - (r * cols + col); break; case ASSEMBLY_BOTTOM_RIGHT: order = col * rows + r; break; case ASSEMBLY_LEFT_BOTTOM: order = r * cols + (cl - col); break; case ASSEMBLY_TOP_RIGHT: order = col * rows + (rl - r); break; default: order = r * cols + col; break; //ASSEMBLY_RIGHT_BOTTOM } PushFormationOrder(a, order, [r, col]); } } return a; }; $JssorSlideshowFormations$.$FormationSwirl = function (transition) { var cols = transition.$Cols; var rows = transition.$Rows; var formationDirection = transition.$Assembly; var count = transition.$Count; var a = []; var hit = []; var i = 0; var col = 0; var r = 0; var cl = cols - 1; var rl = rows - 1; var il = count - 1; var cr; var courses; var course = 0; switch (formationDirection) { case ASSEMBLY_BOTTOM_LEFT: col = cl; r = 0; courses = [ROW_INCREASE, COLUMN_DECREASE, ROW_DECREASE, COLUMN_INCREASE]; break; case ASSEMBLY_RIGHT_TOP: col = 0; r = rl; courses = [COLUMN_INCREASE, ROW_DECREASE, COLUMN_DECREASE, ROW_INCREASE]; break; case ASSEMBLY_TOP_LEFT: col = cl; r = rl; courses = [ROW_DECREASE, COLUMN_DECREASE, ROW_INCREASE, COLUMN_INCREASE]; break; case ASSEMBLY_LEFT_TOP: col = cl; r = rl; courses = [COLUMN_DECREASE, ROW_DECREASE, COLUMN_INCREASE, ROW_INCREASE]; break; case ASSEMBLY_BOTTOM_RIGHT: col = 0; r = 0; courses = [ROW_INCREASE, COLUMN_INCREASE, ROW_DECREASE, COLUMN_DECREASE]; break; case ASSEMBLY_LEFT_BOTTOM: col = cl; r = 0; courses = [COLUMN_DECREASE, ROW_INCREASE, COLUMN_INCREASE, ROW_DECREASE]; break; case ASSEMBLY_TOP_RIGHT: col = 0; r = rl; courses = [ROW_DECREASE, COLUMN_INCREASE, ROW_INCREASE, COLUMN_DECREASE]; break; default: col = 0; r = 0; courses = [COLUMN_INCREASE, ROW_INCREASE, COLUMN_DECREASE, ROW_DECREASE]; break; //ASSEMBLY_RIGHT_BOTTOM } i = 0; while (i < count) { cr = r + ',' + col; if (col >= 0 && col < cols && r >= 0 && r < rows && !hit[cr]) { //a[cr] = i++; hit[cr] = true; PushFormationOrder(a, i++, [r, col]); } else { switch (courses[course++ % courses.length]) { case COLUMN_INCREASE: col--; break; case ROW_INCREASE: r--; break; case COLUMN_DECREASE: col++; break; case ROW_DECREASE: r++; break; } } switch (courses[course % courses.length]) { case COLUMN_INCREASE: col++; break; case ROW_INCREASE: r++; break; case COLUMN_DECREASE: col--; break; case ROW_DECREASE: r--; break; } } return a; }; $JssorSlideshowFormations$.$FormationZigZag = function (transition) { var cols = transition.$Cols; var rows = transition.$Rows; var formationDirection = transition.$Assembly; var count = transition.$Count; var a = []; var i = 0; var col = 0; var r = 0; var cl = cols - 1; var rl = rows - 1; var il = count - 1; var cr; var courses; var course = 0; switch (formationDirection) { case ASSEMBLY_BOTTOM_LEFT: col = cl; r = 0; courses = [ROW_INCREASE, COLUMN_DECREASE, ROW_DECREASE, COLUMN_DECREASE]; break; case ASSEMBLY_RIGHT_TOP: col = 0; r = rl; courses = [COLUMN_INCREASE, ROW_DECREASE, COLUMN_DECREASE, ROW_DECREASE]; break; case ASSEMBLY_TOP_LEFT: col = cl; r = rl; courses = [ROW_DECREASE, COLUMN_DECREASE, ROW_INCREASE, COLUMN_DECREASE]; break; case ASSEMBLY_LEFT_TOP: col = cl; r = rl; courses = [COLUMN_DECREASE, ROW_DECREASE, COLUMN_INCREASE, ROW_DECREASE]; break; case ASSEMBLY_BOTTOM_RIGHT: col = 0; r = 0; courses = [ROW_INCREASE, COLUMN_INCREASE, ROW_DECREASE, COLUMN_INCREASE]; break; case ASSEMBLY_LEFT_BOTTOM: col = cl; r = 0; courses = [COLUMN_DECREASE, ROW_INCREASE, COLUMN_INCREASE, ROW_INCREASE]; break; case ASSEMBLY_TOP_RIGHT: col = 0; r = rl; courses = [ROW_DECREASE, COLUMN_INCREASE, ROW_INCREASE, COLUMN_INCREASE]; break; default: col = 0; r = 0; courses = [COLUMN_INCREASE, ROW_INCREASE, COLUMN_DECREASE, ROW_INCREASE]; break; //ASSEMBLY_RIGHT_BOTTOM } i = 0; while (i < count) { cr = r + ',' + col; if (col >= 0 && col < cols && r >= 0 && r < rows && typeof (a[cr]) == 'undefined') { PushFormationOrder(a, i++, [r, col]); //a[cr] = i++; switch (courses[course % courses.length]) { case COLUMN_INCREASE: col++; break; case ROW_INCREASE: r++; break; case COLUMN_DECREASE: col--; break; case ROW_DECREASE: r--; break; } } else { switch (courses[course++ % courses.length]) { case COLUMN_INCREASE: col--; break; case ROW_INCREASE: r--; break; case COLUMN_DECREASE: col++; break; case ROW_DECREASE: r++; break; } switch (courses[course++ % courses.length]) { case COLUMN_INCREASE: col++; break; case ROW_INCREASE: r++; break; case COLUMN_DECREASE: col--; break; case ROW_DECREASE: r--; break; } } } return a; }; $JssorSlideshowFormations$.$FormationStraightStairs = function (transition) { var cols = transition.$Cols; var rows = transition.$Rows; var formationDirection = transition.$Assembly; var count = transition.$Count; var a = []; var i = 0; var col = 0; var r = 0; var cl = cols - 1; var rl = rows - 1; var il = count - 1; var cr; switch (formationDirection) { case ASSEMBLY_BOTTOM_LEFT: case ASSEMBLY_TOP_RIGHT: case ASSEMBLY_TOP_LEFT: case ASSEMBLY_BOTTOM_RIGHT: var C = 0; var R = 0; break; case ASSEMBLY_LEFT_BOTTOM: case ASSEMBLY_RIGHT_TOP: case ASSEMBLY_LEFT_TOP: case ASSEMBLY_RIGHT_BOTTOM: var C = cl; var R = 0; break; default: formationDirection = ASSEMBLY_RIGHT_BOTTOM; var C = cl; var R = 0; break; } col = C; r = R; while (i < count) { cr = r + ',' + col; if (isToTop(formationDirection) || isToRight(formationDirection)) { PushFormationOrder(a, il - i++, [r, col]); //a[cr] = il - i++; } else { PushFormationOrder(a, i++, [r, col]); //a[cr] = i++; } switch (formationDirection) { case ASSEMBLY_BOTTOM_LEFT: case ASSEMBLY_TOP_RIGHT: col--; r++; break; case ASSEMBLY_TOP_LEFT: case ASSEMBLY_BOTTOM_RIGHT: col++; r--; break; case ASSEMBLY_LEFT_BOTTOM: case ASSEMBLY_RIGHT_TOP: col--; r--; break; case ASSEMBLY_RIGHT_BOTTOM: case ASSEMBLY_LEFT_TOP: default: col++; r++; break; } if (col < 0 || r < 0 || col > cl || r > rl) { switch (formationDirection) { case ASSEMBLY_BOTTOM_LEFT: case ASSEMBLY_TOP_RIGHT: C++; break; case ASSEMBLY_LEFT_BOTTOM: case ASSEMBLY_RIGHT_TOP: case ASSEMBLY_TOP_LEFT: case ASSEMBLY_BOTTOM_RIGHT: R++; break; case ASSEMBLY_RIGHT_BOTTOM: case ASSEMBLY_LEFT_TOP: default: C--; break; } if (C < 0 || R < 0 || C > cl || R > rl) { switch (formationDirection) { case ASSEMBLY_BOTTOM_LEFT: case ASSEMBLY_TOP_RIGHT: C = cl; R++; break; case ASSEMBLY_TOP_LEFT: case ASSEMBLY_BOTTOM_RIGHT: R = rl; C++; break; case ASSEMBLY_LEFT_BOTTOM: case ASSEMBLY_RIGHT_TOP: R = rl; C--; break; case ASSEMBLY_RIGHT_BOTTOM: case ASSEMBLY_LEFT_TOP: default: C = 0; R++; break; } if (R > rl) R = rl; else if (R < 0) R = 0; else if (C > cl) C = cl; else if (C < 0) C = 0; } r = R; col = C; } } return a; }; $JssorSlideshowFormations$.$FormationSquare = function (transition) { var cols = transition.$Cols || 1; var rows = transition.$Rows || 1; var arr = []; var i = 0; var col; var r; var dc; var dr; var cr; dc = cols < rows ? (rows - cols) / 2 : 0; dr = cols > rows ? (cols - rows) / 2 : 0; cr = Math.round(Math.max(cols / 2, rows / 2)) + 1; for (col = 0; col < cols; col++) { for (r = 0; r < rows; r++) PushFormationOrder(arr, cr - Math.min(col + 1 + dc, r + 1 + dr, cols - col + dc, rows - r + dr), [r, col]); } return arr; }; $JssorSlideshowFormations$.$FormationRectangle = function (transition) { var cols = transition.$Cols || 1; var rows = transition.$Rows || 1; var arr = []; var i = 0; var col; var r; var cr; cr = Math.round(Math.min(cols / 2, rows / 2)) + 1; for (col = 0; col < cols; col++) { for (r = 0; r < rows; r++) PushFormationOrder(arr, cr - Math.min(col + 1, r + 1, cols - col, rows - r), [r, col]); } return arr; }; $JssorSlideshowFormations$.$FormationRandom = function (transition) { var a = []; var r, col, i; for (r = 0; r < transition.$Rows; r++) { for (col = 0; col < transition.$Cols; col++) PushFormationOrder(a, Math.ceil(100000 * Math.random()) % 13, [r, col]); } return a; }; $JssorSlideshowFormations$.$FormationCircle = function (transition) { var cols = transition.$Cols || 1; var rows = transition.$Rows || 1; var arr = []; var i = 0; var col; var r; var hc = cols / 2 - 0.5; var hr = rows / 2 - 0.5; for (col = 0; col < cols; col++) { for (r = 0; r < rows; r++) PushFormationOrder(arr, Math.round(Math.sqrt(Math.pow(col - hc, 2) + Math.pow(r - hr, 2))), [r, col]); } return arr; }; $JssorSlideshowFormations$.$FormationCross = function (transition) { var cols = transition.$Cols || 1; var rows = transition.$Rows || 1; var arr = []; var i = 0; var col; var r; var hc = cols / 2 - 0.5; var hr = rows / 2 - 0.5; for (col = 0; col < cols; col++) { for (r = 0; r < rows; r++) PushFormationOrder(arr, Math.round(Math.min(Math.abs(col - hc), Math.abs(r - hr))), [r, col]); } return arr; }; $JssorSlideshowFormations$.$FormationRectangleCross = function (transition) { var cols = transition.$Cols || 1; var rows = transition.$Rows || 1; var arr = []; var i = 0; var col; var r; var hc = cols / 2 - 0.5; var hr = rows / 2 - 0.5; var cr = Math.max(hc, hr) + 1; for (col = 0; col < cols; col++) { for (r = 0; r < rows; r++) PushFormationOrder(arr, Math.round(cr - Math.max(hc - Math.abs(col - hc), hr - Math.abs(r - hr))) - 1, [r, col]); } return arr; }; function GetFormation(transition) { var formationInstance = transition.$Formation(transition); return transition.$Reverse ? formationInstance.reverse() : formationInstance; } //GetFormation //var _PrototypeTransitions = []; function EnsureTransitionInstance(options, slideshowInterval) { var _SlideshowTransition = { $Interval: slideshowInterval, //Delay to play next frame $Duration: 1, //Duration to finish the entire transition $Delay: 0, //Delay to assembly blocks $Cols: 1, //Number of columns $Rows: 1, //Number of rows $Opacity: 0, //Fade block or not $Zoom: 0, //Zoom block or not $Clip: 0, //Clip block or not $Move: false, //Move block or not $SlideOut: false, //Slide the previous slide out to display next slide instead //$FlyDirection: 0, //Specify fly transform with direction $Reverse: false, //Reverse the assembly or not $Formation: $JssorSlideshowFormations$.$FormationRandom, //Shape that assembly blocks as $Assembly: ASSEMBLY_RIGHT_BOTTOM, //The way to assembly blocks $ChessMode: { $Column: 0, $Row: 0 }, //Chess move or fly direction $Easing: $JssorEasing$.$EaseSwing, //Specify variation of speed during transition $Round: {}, $Blocks: [], $During: {} }; $Jssor$.$Extend(_SlideshowTransition, options); _SlideshowTransition.$Count = _SlideshowTransition.$Cols * _SlideshowTransition.$Rows; if ($Jssor$.$IsFunction(_SlideshowTransition.$Easing)) _SlideshowTransition.$Easing = { $Default: _SlideshowTransition.$Easing }; _SlideshowTransition.$FramesCount = Math.ceil(_SlideshowTransition.$Duration / _SlideshowTransition.$Interval); _SlideshowTransition.$EasingInstance = GetEasing(_SlideshowTransition); _SlideshowTransition.$GetBlocks = function (width, height) { width /= _SlideshowTransition.$Cols; height /= _SlideshowTransition.$Rows; var wh = width + 'x' + height; if (!_SlideshowTransition.$Blocks[wh]) { _SlideshowTransition.$Blocks[wh] = { $Width: width, $Height: height }; for (var col = 0; col < _SlideshowTransition.$Cols; col++) { for (var r = 0; r < _SlideshowTransition.$Rows; r++) _SlideshowTransition.$Blocks[wh][r + ',' + col] = { $Top: r * height, $Right: col * width + width, $Bottom: r * height + height, $Left: col * width }; } } return _SlideshowTransition.$Blocks[wh]; }; if (_SlideshowTransition.$Brother) { _SlideshowTransition.$Brother = EnsureTransitionInstance(_SlideshowTransition.$Brother, slideshowInterval); _SlideshowTransition.$SlideOut = true; } return _SlideshowTransition; } function GetEasing(transition) { var easing = transition.$Easing; if (!easing.$Default) easing.$Default = $JssorEasing$.$EaseSwing; var duration = transition.$FramesCount; var cache = easing.$Cache; if (!cache) { var enumerator = $Jssor$.$Extend({}, transition.$Easing, transition.$Round); cache = easing.$Cache = {}; $Jssor$.$Each(enumerator, function (v, easingName) { var easingFunction = easing[easingName] || easing.$Default; var round = transition.$Round[easingName] || 1; if (!$Jssor$.$IsArray(easingFunction.$Cache)) easingFunction.$Cache = []; var easingFunctionCache = easingFunction.$Cache[duration] = easingFunction.$Cache[duration] || []; if (!easingFunctionCache[round]) { easingFunctionCache[round] = [0]; for (var t = 1; t <= duration; t++) { var tRound = t / duration * round; var tRoundFloor = Math.floor(tRound); if (tRound != tRoundFloor) tRound -= tRoundFloor; easingFunctionCache[round][t] = easingFunction(tRound); } } cache[easingName] = easingFunctionCache; }); } return cache; } //GetEasing //Formation Definition ------- function JssorSlideshowPlayer(slideContainer, slideElement, slideTransition, beginTime, slideContainerWidth, slideContainerHeight) { var _Self = this; var _Block; var _StartStylesArr = {}; var _AnimationStylesArrs = {}; var _AnimationBlockItems = []; var _StyleStart; var _StyleEnd; var _StyleDif; var _ChessModeColumn = slideTransition.$ChessMode.$Column || 0; var _ChessModeRow = slideTransition.$ChessMode.$Row || 0; var _Blocks = slideTransition.$GetBlocks(slideContainerWidth, slideContainerHeight); var _FormationInstance = GetFormation(slideTransition); var _MaxOrder = _FormationInstance.length - 1; var _Period = slideTransition.$Duration + slideTransition.$Delay * _MaxOrder; var _EndTime = beginTime + _Period; var _SlideOut = slideTransition.$SlideOut; var _IsIn; _EndTime += $Jssor$.$IsBrowserChrome() ? 260 : 50; _Self.$EndTime = _EndTime; _Self.$ShowFrame = function (time) { time -= beginTime; var isIn = time < _Period; if (isIn || _IsIn) { _IsIn = isIn; if (!_SlideOut) time = _Period - time; var frameIndex = Math.ceil(time / slideTransition.$Interval); $Jssor$.$Each(_AnimationStylesArrs, function (value, index) { var itemFrameIndex = Math.max(frameIndex, value.$Min); itemFrameIndex = Math.min(itemFrameIndex, value.length - 1); if (value.$LastFrameIndex != itemFrameIndex) { if (!value.$LastFrameIndex && !_SlideOut) { $Jssor$.$ShowElement(_AnimationBlockItems[index]); } else if (itemFrameIndex == value.$Max && _SlideOut) { $Jssor$.$HideElement(_AnimationBlockItems[index]); } value.$LastFrameIndex = itemFrameIndex; $Jssor$.$SetStylesEx(_AnimationBlockItems[index], value[itemFrameIndex]); } }); } }; function DisableHWA(elmt) { $Jssor$.$DisableHWA(elmt); var children = $Jssor$.$Children(elmt); $Jssor$.$Each(children, function (child) { DisableHWA(child); }); } //constructor { slideElement = $Jssor$.$CloneNode(slideElement, true); DisableHWA(slideElement); if ($Jssor$.$IsBrowserIe9Earlier()) { var hasImage = !slideElement["no-image"]; var slideChildElements = $Jssor$.$FindChildrenByTag(slideElement, null, true); $Jssor$.$Each(slideChildElements, function (slideChildElement) { if (hasImage || slideChildElement["jssor-slider"]) $Jssor$.$CssOpacity(slideChildElement, $Jssor$.$CssOpacity(slideChildElement), true); }); } $Jssor$.$Each(_FormationInstance, function (formationItems, order) { $Jssor$.$Each(formationItems, function (formationItem) { var row = formationItem[0]; var col = formationItem[1]; { var columnRow = row + ',' + col; var chessHorizontal = false; var chessVertical = false; var chessRotate = false; if (_ChessModeColumn && col % 2) { if ($JssorDirection$.$IsHorizontal(_ChessModeColumn)) { chessHorizontal = !chessHorizontal; } if ($JssorDirection$.$IsVertical(_ChessModeColumn)) { chessVertical = !chessVertical; } if (_ChessModeColumn & 16) chessRotate = !chessRotate; } if (_ChessModeRow && row % 2) { if ($JssorDirection$.$IsHorizontal(_ChessModeRow)) { chessHorizontal = !chessHorizontal; } if ($JssorDirection$.$IsVertical(_ChessModeRow)) { chessVertical = !chessVertical; } if (_ChessModeRow & 16) chessRotate = !chessRotate; } slideTransition.$Top = slideTransition.$Top || (slideTransition.$Clip & 4); slideTransition.$Bottom = slideTransition.$Bottom || (slideTransition.$Clip & 8); slideTransition.$Left = slideTransition.$Left || (slideTransition.$Clip & 1); slideTransition.$Right = slideTransition.$Right || (slideTransition.$Clip & 2); var topBenchmark = chessVertical ? slideTransition.$Bottom : slideTransition.$Top; var bottomBenchmark = chessVertical ? slideTransition.$Top : slideTransition.$Bottom; var leftBenchmark = chessHorizontal ? slideTransition.$Right : slideTransition.$Left; var rightBenchmark = chessHorizontal ? slideTransition.$Left : slideTransition.$Right; //$JssorDebug$.$Execute(function () { // topBenchmark = bottomBenchmark = leftBenchmark = rightBenchmark = false; //}); slideTransition.$Clip = topBenchmark || bottomBenchmark || leftBenchmark || rightBenchmark; _StyleDif = {}; _StyleEnd = { $Top: 0, $Left: 0, $Opacity: 1, $Width: slideContainerWidth, $Height: slideContainerHeight }; _StyleStart = $Jssor$.$Extend({}, _StyleEnd); _Block = $Jssor$.$Extend({}, _Blocks[columnRow]); if (slideTransition.$Opacity) { _StyleEnd.$Opacity = 2 - slideTransition.$Opacity; } if (slideTransition.$ZIndex) { _StyleEnd.$ZIndex = slideTransition.$ZIndex; _StyleStart.$ZIndex = 0; } var allowClip = slideTransition.$Cols * slideTransition.$Rows > 1 || slideTransition.$Clip; if (slideTransition.$Zoom || slideTransition.$Rotate) { var allowRotate = true; if ($Jssor$.$IsBrowserIE() && $Jssor$.$BrowserEngineVersion() < 9) { if (slideTransition.$Cols * slideTransition.$Rows > 1) allowRotate = false; else allowClip = false; } if (allowRotate) { _StyleEnd.$Zoom = slideTransition.$Zoom ? slideTransition.$Zoom - 1 : 1; _StyleStart.$Zoom = 1; if ($Jssor$.$IsBrowserIe9Earlier() || $Jssor$.$IsBrowserOpera()) _StyleEnd.$Zoom = Math.min(_StyleEnd.$Zoom, 2); var rotate = slideTransition.$Rotate; //if (rotate == true) // rotate = 1; _StyleEnd.$Rotate = rotate * 360 * ((chessRotate) ? -1 : 1); _StyleStart.$Rotate = 0; } } if (allowClip) { if (slideTransition.$Clip) { var clipScale = slideTransition.$ScaleClip || 1; var blockOffset = _Block.$Offset = {}; if (topBenchmark && bottomBenchmark) { blockOffset.$Top = _Blocks.$Height / 2 * clipScale; blockOffset.$Bottom = -blockOffset.$Top; } else if (topBenchmark) { blockOffset.$Bottom = -_Blocks.$Height * clipScale; } else if (bottomBenchmark) { blockOffset.$Top = _Blocks.$Height * clipScale; } if (leftBenchmark && rightBenchmark) { blockOffset.$Left = _Blocks.$Width / 2 * clipScale; blockOffset.$Right = -blockOffset.$Left; } else if (leftBenchmark) { blockOffset.$Right = -_Blocks.$Width * clipScale; } else if (rightBenchmark) { blockOffset.$Left = _Blocks.$Width * clipScale; } } _StyleDif.$Clip = _Block; _StyleStart.$Clip = _Blocks[columnRow]; } //fly { var chessHor = chessHorizontal ? 1 : -1; var chessVer = chessVertical ? 1 : -1; if (slideTransition.x) _StyleEnd.$Left += slideContainerWidth * slideTransition.x * chessHor; if (slideTransition.y) _StyleEnd.$Top += slideContainerHeight * slideTransition.y * chessVer; } $Jssor$.$Each(_StyleEnd, function (propertyEnd, property) { if ($Jssor$.$IsNumeric(propertyEnd)) { if (propertyEnd != _StyleStart[property]) { _StyleDif[property] = propertyEnd - _StyleStart[property]; } } }); _StartStylesArr[columnRow] = _SlideOut ? _StyleStart : _StyleEnd; var animationStylesArr = []; var virtualFrameCount = Math.round(order * slideTransition.$Delay / slideTransition.$Interval); _AnimationStylesArrs[columnRow] = new Array(virtualFrameCount); _AnimationStylesArrs[columnRow].$Min = virtualFrameCount; var framesCount = slideTransition.$FramesCount; for (var frameN = 0; frameN <= framesCount; frameN++) { var styleFrameN = {}; $Jssor$.$Each(_StyleDif, function (propertyDiff, property) { var propertyEasings = slideTransition.$EasingInstance[property] || slideTransition.$EasingInstance.$Default; var propertyEasingArray = propertyEasings[slideTransition.$Round[property] || 1]; var propertyDuring = slideTransition.$During[property] || [0, 1]; var propertyFrameN = (frameN / framesCount - propertyDuring[0]) / propertyDuring[1] * framesCount; propertyFrameN = Math.round(Math.min(framesCount, Math.max(propertyFrameN, 0))); var propertyEasingValue = propertyEasingArray[propertyFrameN]; if ($Jssor$.$IsNumeric(propertyDiff)) { styleFrameN[property] = _StyleStart[property] + propertyDiff * propertyEasingValue; } else { var value = styleFrameN[property] = $Jssor$.$Extend({}, _StyleStart[property]); value.$Offset = []; $Jssor$.$Each(propertyDiff.$Offset, function (rectX, n) { var offsetValue = rectX * propertyEasingValue; value.$Offset[n] = offsetValue; value[n] += offsetValue; }); } }); if (_StyleStart.$Zoom) { styleFrameN.$Transform = { $Rotate: styleFrameN.$Rotate || 0, $Scale: styleFrameN.$Zoom, $OriginalWidth: slideContainerWidth, $OriginalHeight: slideContainerHeight }; } if (styleFrameN.$Clip && slideTransition.$Move) { var styleFrameNClipOffset = styleFrameN.$Clip.$Offset; var offsetY = (styleFrameNClipOffset.$Top || 0) + (styleFrameNClipOffset.$Bottom || 0); var offsetX = (styleFrameNClipOffset.$Left || 0) + (styleFrameNClipOffset.$Right || 0); styleFrameN.$Left = (styleFrameN.$Left || 0) + offsetX; styleFrameN.$Top = (styleFrameN.$Top || 0) + offsetY; styleFrameN.$Clip.$Left -= offsetX; styleFrameN.$Clip.$Right -= offsetX; styleFrameN.$Clip.$Top -= offsetY; styleFrameN.$Clip.$Bottom -= offsetY; } styleFrameN.$ZIndex = styleFrameN.$ZIndex || 1; _AnimationStylesArrs[columnRow].push(styleFrameN); } } //for }); }); _FormationInstance.reverse(); $Jssor$.$Each(_FormationInstance, function (formationItems) { $Jssor$.$Each(formationItems, function (formationItem) { var row = formationItem[0]; var col = formationItem[1]; var columnRow = row + ',' + col; var image = slideElement; if (col || row) image = $Jssor$.$CloneNode(slideElement, true); $Jssor$.$SetStyles(image, _StartStylesArr[columnRow]); $Jssor$.$CssOverflow(image, "hidden"); $Jssor$.$CssPosition(image, "absolute"); slideContainer.$AddClipElement(image); _AnimationBlockItems[columnRow] = image; $Jssor$.$ShowElement(image, _SlideOut); }); }); } } //JssorSlideshowRunner++++++++ var _SlideshowRunnerCount = 1; $JssorSlideshowRunner$ = window.$JssorSlideshowRunner$ = function (slideContainer, slideContainerWidth, slideContainerHeight, slideshowOptions, handleTouchEventOnly) { var _SelfSlideshowRunner = this; //var _State = 0; //-1 fullfill, 0 clean, 1 initializing, 2 stay, 3 playing var _EndTime; var _SliderFrameCount; var _SlideshowPlayerBelow; var _SlideshowPlayerAbove; var _PrevItem; var _SlideItem; var _TransitionIndex = 0; var _TransitionsOrder = slideshowOptions.$TransitionsOrder; var _SlideshowTransition; var _SlideshowPerformance = 16; function SlideshowProcessor() { var _SelfSlideshowProcessor = this; var _CurrentTime = 0; $JssorAnimator$.call(_SelfSlideshowProcessor, 0, _EndTime); _SelfSlideshowProcessor.$OnPositionChange = function (oldPosition, newPosition) { if ((newPosition - _CurrentTime) > _SlideshowPerformance) { _CurrentTime = newPosition; _SlideshowPlayerAbove && _SlideshowPlayerAbove.$ShowFrame(newPosition); _SlideshowPlayerBelow && _SlideshowPlayerBelow.$ShowFrame(newPosition); } }; _SelfSlideshowProcessor.$Transition = _SlideshowTransition; } //member functions _SelfSlideshowRunner.$GetTransition = function (slideCount) { var n = 0; var transitions = slideshowOptions.$Transitions; var transitionCount = transitions.length; if (_TransitionsOrder) { /*Sequence*/ if (transitionCount > slideCount && ($Jssor$.$IsBrowserChrome() || $Jssor$.$IsBrowserSafari() || $Jssor$.$IsBrowserFireFox())) { transitionCount -= transitionCount % slideCount; } n = _TransitionIndex++ % transitionCount; } else { /*Random*/ n = Math.floor(Math.random() * transitionCount); } transitions[n] && (transitions[n].$Index = n); return transitions[n]; }; _SelfSlideshowRunner.$Initialize = function (slideIndex, prevIndex, slideItem, prevItem, slideshowTransition) { $JssorDebug$.$Execute(function () { if (_SlideshowPlayerBelow) { $JssorDebug$.$Fail("slideshow runner has not been cleared."); } }); _SlideshowTransition = slideshowTransition; slideshowTransition = EnsureTransitionInstance(slideshowTransition, _SlideshowPerformance); _SlideItem = slideItem; _PrevItem = prevItem; var prevSlideElement = prevItem.$Item; var currentSlideElement = slideItem.$Item; prevSlideElement["no-image"] = !prevItem.$Image; currentSlideElement["no-image"] = !slideItem.$Image; var slideElementAbove = prevSlideElement; var slideElementBelow = currentSlideElement; var slideTransitionAbove = slideshowTransition; var slideTransitionBelow = slideshowTransition.$Brother || EnsureTransitionInstance({}, _SlideshowPerformance); if (!slideshowTransition.$SlideOut) { slideElementAbove = currentSlideElement; slideElementBelow = prevSlideElement; } var shift = slideTransitionBelow.$Shift || 0; _SlideshowPlayerBelow = new JssorSlideshowPlayer(slideContainer, slideElementBelow, slideTransitionBelow, Math.max(shift - slideTransitionBelow.$Interval, 0), slideContainerWidth, slideContainerHeight); _SlideshowPlayerAbove = new JssorSlideshowPlayer(slideContainer, slideElementAbove, slideTransitionAbove, Math.max(slideTransitionBelow.$Interval - shift, 0), slideContainerWidth, slideContainerHeight); _SlideshowPlayerBelow.$ShowFrame(0); _SlideshowPlayerAbove.$ShowFrame(0); _EndTime = Math.max(_SlideshowPlayerBelow.$EndTime, _SlideshowPlayerAbove.$EndTime); _SelfSlideshowRunner.$Index = slideIndex; }; _SelfSlideshowRunner.$Clear = function () { slideContainer.$Clear(); _SlideshowPlayerBelow = null; _SlideshowPlayerAbove = null; }; _SelfSlideshowRunner.$GetProcessor = function () { var slideshowProcessor = null; if (_SlideshowPlayerAbove) slideshowProcessor = new SlideshowProcessor(); return slideshowProcessor; }; //Constructor { if ($Jssor$.$IsBrowserIe9Earlier() || $Jssor$.$IsBrowserOpera() || (handleTouchEventOnly && $Jssor$.$WebKitVersion() < 537)) { _SlideshowPerformance = 32; } $JssorObject$.call(_SelfSlideshowRunner); $JssorAnimator$.call(_SelfSlideshowRunner, -10000000, 10000000); $JssorDebug$.$LiveStamp(_SelfSlideshowRunner, "slideshow_runner_" + _SlideshowRunnerCount++); } }; //JssorSlideshowRunner-------- //JssorSlider function JssorSlider(elmt, options) { var _SelfSlider = this; //private classes function Conveyor() { var _SelfConveyor = this; $JssorAnimator$.call(_SelfConveyor, -100000000, 200000000); _SelfConveyor.$GetCurrentSlideInfo = function () { var positionDisplay = _SelfConveyor.$GetPosition_Display(); var virtualIndex = Math.floor(positionDisplay); var slideIndex = GetRealIndex(virtualIndex); var slidePosition = positionDisplay - Math.floor(positionDisplay); return { $Index: slideIndex, $VirtualIndex: virtualIndex, $Position: slidePosition }; }; _SelfConveyor.$OnPositionChange = function (oldPosition, newPosition) { var index = Math.floor(newPosition); if (index != newPosition && newPosition > oldPosition) index++; ResetNavigator(index, true); _SelfSlider.$TriggerEvent(JssorSlider.$EVT_POSITION_CHANGE, GetRealIndex(newPosition), GetRealIndex(oldPosition), newPosition, oldPosition); }; } //Carousel function Carousel() { var _SelfCarousel = this; $JssorAnimator$.call(_SelfCarousel, 0, 0, { $LoopLength: _SlideCount }); //Carousel Constructor { $Jssor$.$Each(_SlideItems, function (slideItem) { (_Loop & 1) && slideItem.$SetLoopLength(_SlideCount); _SelfCarousel.$Chain(slideItem); slideItem.$Shift(_ParkingPosition / _StepLength); }); } } //Carousel //Slideshow function Slideshow() { var _SelfSlideshow = this; var _Wrapper = _SlideContainer.$Elmt; $JssorAnimator$.call(_SelfSlideshow, -1, 2, { $Easing: $JssorEasing$.$EaseLinear, $Setter: { $Position: SetPosition }, $LoopLength: _SlideCount }, _Wrapper, { $Position: 1 }, { $Position: -1 }); _SelfSlideshow.$Wrapper = _Wrapper; //Slideshow Constructor { $JssorDebug$.$Execute(function () { $Jssor$.$Attribute(_SlideContainer.$Elmt, "debug-id", "slide_container"); }); } } //Slideshow //CarouselPlayer function CarouselPlayer(carousel, slideshow) { var _SelfCarouselPlayer = this; var _FromPosition; var _ToPosition; var _Duration; var _StandBy; var _StandByPosition; $JssorAnimator$.call(_SelfCarouselPlayer, -100000000, 200000000); _SelfCarouselPlayer.$OnStart = function () { _IsSliding = true; _LoadingTicket = null; //EVT_SWIPE_START _SelfSlider.$TriggerEvent(JssorSlider.$EVT_SWIPE_START, GetRealIndex(_Conveyor.$GetPosition()), _Conveyor.$GetPosition()); }; _SelfCarouselPlayer.$OnStop = function () { _IsSliding = false; _StandBy = false; var currentSlideInfo = _Conveyor.$GetCurrentSlideInfo(); //EVT_SWIPE_END _SelfSlider.$TriggerEvent(JssorSlider.$EVT_SWIPE_END, GetRealIndex(_Conveyor.$GetPosition()), _Conveyor.$GetPosition()); if (!currentSlideInfo.$Position) { OnPark(currentSlideInfo.$VirtualIndex, _CurrentSlideIndex); } }; _SelfCarouselPlayer.$OnPositionChange = function (oldPosition, newPosition) { var toPosition; if (_StandBy) toPosition = _StandByPosition; else { toPosition = _ToPosition; if (_Duration) { var interPosition = newPosition / _Duration; if ($Jssor$.$IsBrowserChrome() || $Jssor$.$IsBrowserFireFox()) { Math.round(interPosition * 16 / _Duration) / 16 * _Duration; interPosition = parseFloat(interPosition.toFixed(4)); } toPosition = _Options.$SlideEasing(interPosition) * (_ToPosition - _FromPosition) + _FromPosition; } } _Conveyor.$GoToPosition(toPosition); }; _SelfCarouselPlayer.$PlayCarousel = function (fromPosition, toPosition, duration, callback) { $JssorDebug$.$Execute(function () { if (_SelfCarouselPlayer.$IsPlaying()) $JssorDebug$.$Fail("The carousel is already playing."); }); _FromPosition = fromPosition; _ToPosition = toPosition; _Duration = duration; _Conveyor.$GoToPosition(fromPosition); _SelfCarouselPlayer.$GoToPosition(0); _SelfCarouselPlayer.$PlayToPosition(duration, callback); }; _SelfCarouselPlayer.$StandBy = function (standByPosition) { _StandBy = true; _StandByPosition = standByPosition; _SelfCarouselPlayer.$Play(standByPosition, null, true); }; _SelfCarouselPlayer.$SetStandByPosition = function (standByPosition) { _StandByPosition = standByPosition; }; _SelfCarouselPlayer.$MoveCarouselTo = function (position) { _Conveyor.$GoToPosition(position); }; //CarouselPlayer Constructor { _Conveyor = new Conveyor(); _Conveyor.$Combine(carousel); _Conveyor.$Combine(slideshow); } } //CarouselPlayer //SlideContainer function SlideContainer() { var _Self = this; var elmt = CreatePanel(); $Jssor$.$CssZIndex(elmt, 0); _Self.$Elmt = elmt; _Self.$AddClipElement = function (clipElement) { $Jssor$.$AppendChild(elmt, clipElement); $Jssor$.$ShowElement(elmt); }; _Self.$Clear = function () { $Jssor$.$HideElement(elmt); $Jssor$.$ClearInnerHtml(elmt); }; } //SlideContainer //SlideItem function SlideItem(slideElmt, slideIndex) { var _SelfSlideItem = this; var _CaptionSliderIn; var _CaptionSliderOut; var _CaptionSliderCurrent; var _IsCaptionSliderPlayingWhenDragStart; var _Wrapper; var _BaseElement = slideElmt; var _LoadingScreen; var _ImageItem; var _ImageElmts = []; var _LinkItemOrigin; var _LinkItem; var _ImageLoading; var _ImageLoaded; var _ImageLazyLoading; var _ContentRefreshed; var _Processor; var _PlayerInstanceElement; var _PlayerInstance; var _SequenceNumber; //for debug only $JssorAnimator$.call(_SelfSlideItem, -_DisplayPieces, _DisplayPieces + 1, { $SlideItemAnimator: true }); function ResetCaptionSlider(fresh) { _CaptionSliderOut && _CaptionSliderOut.$Revert(); _CaptionSliderIn && _CaptionSliderIn.$Revert(); RefreshContent(slideElmt, fresh); _ContentRefreshed = true; _CaptionSliderIn = new _CaptionSliderOptions.$Class(slideElmt, _CaptionSliderOptions, 1); $JssorDebug$.$LiveStamp(_CaptionSliderIn, "caption_slider_" + _CaptionSliderCount + "_in"); _CaptionSliderOut = new _CaptionSliderOptions.$Class(slideElmt, _CaptionSliderOptions); $JssorDebug$.$LiveStamp(_CaptionSliderOut, "caption_slider_" + _CaptionSliderCount + "_out"); $JssorDebug$.$Execute(function () { _CaptionSliderCount++; }); _CaptionSliderOut.$GoToBegin(); _CaptionSliderIn.$GoToBegin(); } function EnsureCaptionSliderVersion() { if (_CaptionSliderIn.$Version < _CaptionSliderOptions.$Version) { ResetCaptionSlider(); } } //event handling begin function LoadImageCompleteEventHandler(completeCallback, loadingScreen, image) { if (!_ImageLoaded) { _ImageLoaded = true; if (_ImageItem && image) { var imageWidth = image.width; var imageHeight = image.height; var fillWidth = imageWidth; var fillHeight = imageHeight; if (imageWidth && imageHeight && _Options.$FillMode) { //0 stretch, 1 contain (keep aspect ratio and put all inside slide), 2 cover (keep aspect ratio and cover whole slide), 4 actual size, 5 contain for large image, actual size for small image, default value is 0 if (_Options.$FillMode & 3 && (!(_Options.$FillMode & 4) || imageWidth > _SlideWidth || imageHeight > _SlideHeight)) { var fitHeight = false; var ratio = _SlideWidth / _SlideHeight * imageHeight / imageWidth; if (_Options.$FillMode & 1) { fitHeight = (ratio > 1); } else if (_Options.$FillMode & 2) { fitHeight = (ratio < 1); } fillWidth = fitHeight ? imageWidth * _SlideHeight / imageHeight : _SlideWidth; fillHeight = fitHeight ? _SlideHeight : imageHeight * _SlideWidth / imageWidth; } $Jssor$.$CssWidth(_ImageItem, fillWidth); $Jssor$.$CssHeight(_ImageItem, fillHeight); $Jssor$.$CssTop(_ImageItem, (_SlideHeight - fillHeight) / 2); $Jssor$.$CssLeft(_ImageItem, (_SlideWidth - fillWidth) / 2); } $Jssor$.$CssPosition(_ImageItem, "absolute"); _SelfSlider.$TriggerEvent(JssorSlider.$EVT_LOAD_END, slideItem); } } $Jssor$.$HideElement(loadingScreen); completeCallback && completeCallback(_SelfSlideItem); } function LoadSlideshowImageCompleteEventHandler(nextIndex, nextItem, slideshowTransition, loadingTicket) { if (loadingTicket == _LoadingTicket && _CurrentSlideIndex == slideIndex && _AutoPlay) { if (!_Frozen) { var nextRealIndex = GetRealIndex(nextIndex); _SlideshowRunner.$Initialize(nextRealIndex, slideIndex, nextItem, _SelfSlideItem, slideshowTransition); nextItem.$HideContentForSlideshow(); _Slideshow.$Locate(nextRealIndex, 1); _Slideshow.$GoToPosition(nextRealIndex); _CarouselPlayer.$PlayCarousel(nextIndex, nextIndex, 0); } } } function SlideReadyEventHandler(loadingTicket) { if (loadingTicket == _LoadingTicket && _CurrentSlideIndex == slideIndex) { if (!_Processor) { var slideshowProcessor = null; if (_SlideshowRunner) { if (_SlideshowRunner.$Index == slideIndex) slideshowProcessor = _SlideshowRunner.$GetProcessor(); else _SlideshowRunner.$Clear(); } EnsureCaptionSliderVersion(); _Processor = new Processor(slideIndex, slideshowProcessor, _SelfSlideItem.$GetCaptionSliderIn(), _SelfSlideItem.$GetCaptionSliderOut()); _Processor.$SetPlayer(_PlayerInstance); } !_Processor.$IsPlaying() && _Processor.$Replay(); } } function ParkEventHandler(currentIndex, previousIndex) { if (currentIndex == slideIndex) { if (currentIndex != previousIndex) _SlideItems[previousIndex] && _SlideItems[previousIndex].$ParkOut(); else _Processor && _Processor.$AdjustIdleOnPark(); _PlayerInstance && _PlayerInstance.$Enable(); //park in var loadingTicket = _LoadingTicket = $Jssor$.$GetNow(); _SelfSlideItem.$LoadImage($Jssor$.$CreateCallback(null, SlideReadyEventHandler, loadingTicket)); } else { var distance = Math.abs(slideIndex - currentIndex); var loadRange = _DisplayPieces + _Options.$LazyLoading; if (!_ImageLazyLoading || distance <= loadRange || _SlideCount - distance <= loadRange) { _SelfSlideItem.$LoadImage(); } } } function SwipeStartEventHandler() { if (_CurrentSlideIndex == slideIndex && _Processor) { _Processor.$Stop(); _PlayerInstance && _PlayerInstance.$Quit(); _PlayerInstance && _PlayerInstance.$Disable(); _Processor.$OpenSlideshowPanel(); } } function FreezeEventHandler() { if (_CurrentSlideIndex == slideIndex && _Processor) { _Processor.$Stop(); } } function LinkClickEventHandler(event) { if (_LastDragSucceded) { $Jssor$.$CancelEvent(event); } else { _SelfSlider.$TriggerEvent(JssorSlider.$EVT_CLICK, slideIndex, event); } } function PlayerAvailableEventHandler() { _PlayerInstance = _PlayerInstanceElement.pInstance; _Processor && _Processor.$SetPlayer(_PlayerInstance); } _SelfSlideItem.$LoadImage = function (completeCallback, loadingScreen) { loadingScreen = loadingScreen || _LoadingScreen; if (_ImageElmts.length && !_ImageLoaded) { $Jssor$.$ShowElement(loadingScreen); if (!_ImageLoading) { _ImageLoading = true; _SelfSlider.$TriggerEvent(JssorSlider.$EVT_LOAD_START); $Jssor$.$Each(_ImageElmts, function (imageElmt) { if (!imageElmt.src) { imageElmt.src = $Jssor$.$AttributeEx(imageElmt, "src2"); $Jssor$.$CssDisplay(imageElmt, imageElmt["display-origin"]); } }); } $Jssor$.$LoadImages(_ImageElmts, _ImageItem, $Jssor$.$CreateCallback(null, LoadImageCompleteEventHandler, completeCallback, loadingScreen)); } else { LoadImageCompleteEventHandler(completeCallback, loadingScreen); } }; _SelfSlideItem.$GoForNextSlide = function () { if (_SlideshowRunner) { var slideshowTransition = _SlideshowRunner.$GetTransition(_SlideCount); if (slideshowTransition) { var loadingTicket = _LoadingTicket = $Jssor$.$GetNow(); var nextIndex = slideIndex + _PlayReverse; var nextItem = _SlideItems[GetRealIndex(nextIndex)]; return nextItem.$LoadImage($Jssor$.$CreateCallback(null, LoadSlideshowImageCompleteEventHandler, nextIndex, nextItem, slideshowTransition, loadingTicket), _LoadingScreen); } } PlayTo(_CurrentSlideIndex + _Options.$AutoPlaySteps * _PlayReverse); }; _SelfSlideItem.$TryActivate = function () { ParkEventHandler(slideIndex, slideIndex); }; _SelfSlideItem.$ParkOut = function () { //park out _PlayerInstance && _PlayerInstance.$Quit(); _PlayerInstance && _PlayerInstance.$Disable(); _SelfSlideItem.$UnhideContentForSlideshow(); _Processor && _Processor.$Abort(); _Processor = null; ResetCaptionSlider(); }; //for debug only _SelfSlideItem.$StampSlideItemElements = function (stamp) { stamp = _SequenceNumber + "_" + stamp; $JssorDebug$.$Execute(function () { if (_ImageItem) $Jssor$.$Attribute(_ImageItem, "debug-id", stamp + "_slide_item_image_id"); $Jssor$.$Attribute(slideElmt, "debug-id", stamp + "_slide_item_item_id"); }); $JssorDebug$.$Execute(function () { $Jssor$.$Attribute(_Wrapper, "debug-id", stamp + "_slide_item_wrapper_id"); }); $JssorDebug$.$Execute(function () { $Jssor$.$Attribute(_LoadingScreen, "debug-id", stamp + "_loading_container_id"); }); }; _SelfSlideItem.$HideContentForSlideshow = function () { $Jssor$.$HideElement(slideElmt); }; _SelfSlideItem.$UnhideContentForSlideshow = function () { $Jssor$.$ShowElement(slideElmt); }; _SelfSlideItem.$EnablePlayer = function () { _PlayerInstance && _PlayerInstance.$Enable(); }; function RefreshContent(elmt, fresh, level) { if (elmt["jssor-slider"]) return; level = level || 0; if (!_ContentRefreshed) { if (elmt.tagName == "IMG") { _ImageElmts.push(elmt); if (!elmt.src) { _ImageLazyLoading = true; elmt["display-origin"] = $Jssor$.$CssDisplay(elmt); $Jssor$.$HideElement(elmt); } } if ($Jssor$.$IsBrowserIe9Earlier()) { $Jssor$.$CssZIndex(elmt, ($Jssor$.$CssZIndex(elmt) || 0) + 1); } if (_Options.$HWA && $Jssor$.$WebKitVersion() > 0) { //if ((_HandleTouchEventOnly && ($Jssor$.$WebKitVersion() < 534 || !_SlideshowEnabled)) || (!_HandleTouchEventOnly && $Jssor$.$WebKitVersion() < 535)) { // $Jssor$.$EnableHWA(elmt); //} if (!_HandleTouchEventOnly || ($Jssor$.$WebKitVersion() < 534 || !_SlideshowEnabled)) { $Jssor$.$EnableHWA(elmt); } } } var childElements = $Jssor$.$Children(elmt); $Jssor$.$Each(childElements, function (childElement, i) { var uAttribute = $Jssor$.$AttributeEx(childElement, "u"); if (uAttribute == "player" && !_PlayerInstanceElement) { _PlayerInstanceElement = childElement; if (_PlayerInstanceElement.pInstance) { PlayerAvailableEventHandler(); } else { $Jssor$.$AddEvent(_PlayerInstanceElement, "dataavailable", PlayerAvailableEventHandler); } } if (uAttribute == "caption") { if (!$Jssor$.$IsBrowserIE() && !fresh) { var captionElement = $Jssor$.$CloneNode(childElement, true); $Jssor$.$InsertBefore(elmt, captionElement, childElement); $Jssor$.$RemoveChild(elmt, childElement); childElement = captionElement; fresh = true; } } else if (!_ContentRefreshed && !level && !_ImageItem && $Jssor$.$AttributeEx(childElement, "u") == "image") { _ImageItem = childElement; if (_ImageItem) { if (_ImageItem.tagName == "A") { _LinkItemOrigin = _ImageItem; $Jssor$.$SetStyles(_LinkItemOrigin, _StyleDef); _LinkItem = $Jssor$.$CloneNode(_ImageItem, false); //cancel click event on     element when a drag of slide succeeded $Jssor$.$AddEvent(_LinkItem, "click", LinkClickEventHandler); $Jssor$.$SetStyles(_LinkItem, _StyleDef); $Jssor$.$CssDisplay(_LinkItem, "block"); $Jssor$.$CssOpacity(_LinkItem, 0); $Jssor$.$Css(_LinkItem, "backgroundColor", "#000"); _ImageItem = $Jssor$.$FindFirstChildByTag(_ImageItem, "IMG"); $JssorDebug$.$Execute(function () { if (!_ImageItem) { $JssorDebug$.$Error("slide html code definition error, no 'IMG' found in a 'image with link' slide.\r\n" + elmt.outerHTML); } }); } _ImageItem.border = 0; $Jssor$.$SetStyles(_ImageItem, _StyleDef); } } RefreshContent(childElement, fresh, level + 1); }); } _SelfSlideItem.$OnInnerOffsetChange = function (oldOffset, newOffset) { var slidePosition = _DisplayPieces - newOffset; SetPosition(_Wrapper, slidePosition); //following lines are for future usage, not ready yet //if (!_IsDragging || !_IsCaptionSliderPlayingWhenDragStart) { // var _DealWithParallax; // if (IsCurrentSlideIndex(slideIndex)) { // if (_CaptionSliderOptions.$PlayOutMode == 2) // _DealWithParallax = true; // } // else { // if (!_CaptionSliderOptions.$PlayInMode) { // //PlayInMode: 0 none // _CaptionSliderIn.$GoToEnd(); // } // //else if (_CaptionSliderOptions.$PlayInMode == 1) { // // //PlayInMode: 1 chain // // _CaptionSliderIn.$GoToBegin(); // //} // else if (_CaptionSliderOptions.$PlayInMode == 2) { // //PlayInMode: 2 parallel // _DealWithParallax = true; // } // } // if (_DealWithParallax) { // _CaptionSliderIn.$GoToPosition((_CaptionSliderIn.$GetPosition_OuterEnd() - _CaptionSliderIn.$GetPosition_OuterBegin()) * Math.abs(newOffset - 1) * .8 + _CaptionSliderIn.$GetPosition_OuterBegin()); // } //} }; _SelfSlideItem.$GetCaptionSliderIn = function () { return _CaptionSliderIn; }; _SelfSlideItem.$GetCaptionSliderOut = function () { return _CaptionSliderOut; }; _SelfSlideItem.$Index = slideIndex; $JssorObject$.call(_SelfSlideItem); //SlideItem Constructor { var thumb = $Jssor$.$FindFirstChild(slideElmt, "thumb"); if (thumb) { _SelfSlideItem.$Thumb = $Jssor$.$CloneNode(thumb, true); $Jssor$.$RemoveAttribute(thumb, "id"); $Jssor$.$HideElement(thumb); } $Jssor$.$ShowElement(slideElmt); _LoadingScreen = $Jssor$.$CloneNode(_LoadingContainer, true); $Jssor$.$CssZIndex(_LoadingScreen, 1000); //cancel click event on element when a drag of slide succeeded $Jssor$.$AddEvent(slideElmt, "click", LinkClickEventHandler); ResetCaptionSlider(true); _SelfSlideItem.$Image = _ImageItem; _SelfSlideItem.$Link = _LinkItem; _SelfSlideItem.$Item = slideElmt; _SelfSlideItem.$Wrapper = _Wrapper = slideElmt; $Jssor$.$AppendChild(_Wrapper, _LoadingScreen); _SelfSlider.$On(203, ParkEventHandler); _SelfSlider.$On(28, FreezeEventHandler); _SelfSlider.$On(24, SwipeStartEventHandler); $JssorDebug$.$Execute(function () { _SequenceNumber = _SlideItemCreatedCount++; }); $JssorDebug$.$Execute(function () { $Jssor$.$Attribute(_Wrapper, "debug-id", "slide-" + slideIndex); }); } } //SlideItem //Processor function Processor(slideIndex, slideshowProcessor, captionSliderIn, captionSliderOut) { var _SelfProcessor = this; var _ProgressBegin = 0; var _SlideshowBegin = 0; var _SlideshowEnd; var _CaptionInBegin; var _IdleBegin; var _IdleEnd; var _ProgressEnd; var _IsSlideshowRunning; var _IsRollingBack; var _PlayerInstance; var _IsPlayerOnService; var slideItem = _SlideItems[slideIndex]; $JssorAnimator$.call(_SelfProcessor, 0, 0); function UpdateLink() { $Jssor$.$ClearChildren(_LinkContainer); if (_ShowLink && _IsSlideshowRunning && slideItem.$Link) { $Jssor$.$AppendChild(_LinkContainer, slideItem.$Link); } $Jssor$.$ShowElement(_LinkContainer, _IsSlideshowRunning || !slideItem.$Image); } function ProcessCompleteEventHandler() { if (_IsRollingBack) { _IsRollingBack = false; _SelfSlider.$TriggerEvent(JssorSlider.$EVT_ROLLBACK_END, slideIndex, _IdleEnd, _ProgressBegin, _IdleBegin, _IdleEnd, _ProgressEnd); _SelfProcessor.$GoToPosition(_IdleBegin); } _SelfProcessor.$Replay(); } function PlayerSwitchEventHandler(isOnService) { _IsPlayerOnService = isOnService; _SelfProcessor.$Stop(); _SelfProcessor.$Replay(); } _SelfProcessor.$Replay = function () { var currentPosition = _SelfProcessor.$GetPosition_Display(); if (!_IsDragging && !_IsSliding && !_IsPlayerOnService && _CurrentSlideIndex == slideIndex) { if (!currentPosition) { if (_SlideshowEnd && !_IsSlideshowRunning) { _IsSlideshowRunning = true; _SelfProcessor.$OpenSlideshowPanel(true); _SelfSlider.$TriggerEvent(JssorSlider.$EVT_SLIDESHOW_START, slideIndex, _ProgressBegin, _SlideshowBegin, _SlideshowEnd, _ProgressEnd); } UpdateLink(); } var toPosition; var stateEvent = JssorSlider.$EVT_STATE_CHANGE; if (currentPosition != _ProgressEnd) { if (currentPosition == _IdleEnd) { toPosition = _ProgressEnd; } else if (currentPosition == _IdleBegin) { toPosition = _IdleEnd; } else if (!currentPosition) { toPosition = _IdleBegin; } else if (currentPosition > _IdleEnd) { _IsRollingBack = true; toPosition = _IdleEnd; stateEvent = JssorSlider.$EVT_ROLLBACK_START; } else { //continue from break (by drag or lock) toPosition = _SelfProcessor.$GetPlayToPosition(); } } _SelfSlider.$TriggerEvent(stateEvent, slideIndex, currentPosition, _ProgressBegin, _IdleBegin, _IdleEnd, _ProgressEnd); var allowAutoPlay = _AutoPlay && (!_HoverToPause || _HoverStatus); if (currentPosition == _ProgressEnd) { allowAutoPlay && slideItem.$GoForNextSlide(); } else if (allowAutoPlay || currentPosition != _IdleEnd) { _SelfProcessor.$PlayToPosition(toPosition, ProcessCompleteEventHandler); } } }; _SelfProcessor.$AdjustIdleOnPark = function () { if (_IdleEnd == _ProgressEnd && _IdleEnd == _SelfProcessor.$GetPosition_Display()) _SelfProcessor.$GoToPosition(_IdleBegin); }; _SelfProcessor.$Abort = function () { _SlideshowRunner && _SlideshowRunner.$Index == slideIndex && _SlideshowRunner.$Clear(); var currentPosition = _SelfProcessor.$GetPosition_Display(); if (currentPosition < _ProgressEnd) { _SelfSlider.$TriggerEvent(JssorSlider.$EVT_STATE_CHANGE, slideIndex, -currentPosition -1, _ProgressBegin, _IdleBegin, _IdleEnd, _ProgressEnd); } }; _SelfProcessor.$OpenSlideshowPanel = function (open) { if (slideshowProcessor) { $Jssor$.$CssOverflow(_SlideshowPanel, open && slideshowProcessor.$Transition.$Outside ? "" : "hidden"); } }; _SelfProcessor.$OnInnerOffsetChange = function (oldPosition, newPosition) { if (_IsSlideshowRunning && newPosition >= _SlideshowEnd) { _IsSlideshowRunning = false; UpdateLink(); slideItem.$UnhideContentForSlideshow(); _SlideshowRunner.$Clear(); _SelfSlider.$TriggerEvent(JssorSlider.$EVT_SLIDESHOW_END, slideIndex, _ProgressBegin, _SlideshowBegin, _SlideshowEnd, _ProgressEnd); } _SelfSlider.$TriggerEvent(JssorSlider.$EVT_PROGRESS_CHANGE, slideIndex, newPosition, _ProgressBegin, _IdleBegin, _IdleEnd, _ProgressEnd); }; _SelfProcessor.$SetPlayer = function (playerInstance) { if (playerInstance && !_PlayerInstance) { _PlayerInstance = playerInstance; playerInstance.$On($JssorPlayer$.$EVT_SWITCH, PlayerSwitchEventHandler); } }; //Processor Constructor { if (slideshowProcessor) { _SelfProcessor.$Chain(slideshowProcessor); } _SlideshowEnd = _SelfProcessor.$GetPosition_OuterEnd(); _CaptionInBegin = _SelfProcessor.$GetPosition_OuterEnd(); _SelfProcessor.$Chain(captionSliderIn); _IdleBegin = captionSliderIn.$GetPosition_OuterEnd(); _IdleEnd = _IdleBegin + _Options.$AutoPlayInterval; captionSliderOut.$Shift(_IdleEnd); _SelfProcessor.$Combine(captionSliderOut); _ProgressEnd = _SelfProcessor.$GetPosition_OuterEnd(); } } //Processor //private classes function SetPosition(elmt, position) { var orientation = _DragOrientation > 0 ? _DragOrientation : _PlayOrientation; var x = _StepLengthX * position * (orientation & 1); var y = _StepLengthY * position * ((orientation >> 1) & 1); if ($Jssor$.$IsBrowserChrome()) { x = x.toFixed(3); y = y.toFixed(3); } else { x = Math.round(x); y = Math.round(y); } if ($Jssor$.$IsBrowserIE() && $Jssor$.$BrowserVersion() >= 10 && $Jssor$.$BrowserVersion() < 11) { elmt.style.msTransform = "translate(" + x + "px, " + y + "px)"; } else if ($Jssor$.$IsBrowserChrome() && $Jssor$.$BrowserVersion() >= 30 && $Jssor$.$BrowserVersion() < 34) { elmt.style.WebkitTransition = "transform 0s"; elmt.style.WebkitTransform = "translate3d(" + x + "px, " + y + "px, 0px) perspective(2000px)"; } else { $Jssor$.$CssLeft(elmt, x); $Jssor$.$CssTop(elmt, y); } } //Event handling begin function OnMouseDown(event) { var tagName = $Jssor$.$EventSrc(event).tagName; if (!_DragOrientationRegistered && tagName != "INPUT" && tagName != "TEXTAREA" && tagName != "SELECT" && RegisterDrag()) { OnDragStart(event); } } function Freeze() { _CarouselPlaying_OnFreeze = _IsSliding; _PlayToPosition_OnFreeze = _CarouselPlayer.$GetPlayToPosition(); _Position_OnFreeze = _Conveyor.$GetPosition(); if (_IsDragging || !_HoverStatus && (_HoverToPause & 12)) { _CarouselPlayer.$Stop(); _SelfSlider.$TriggerEvent(JssorSlider.$EVT_FREEZE); } } function Unfreeze(byDrag) { if (!_IsDragging && (_HoverStatus || !(_HoverToPause & 12)) && !_CarouselPlayer.$IsPlaying()) { var currentPosition = _Conveyor.$GetPosition(); var toPosition = Math.ceil(_Position_OnFreeze); if (byDrag && Math.abs(_DragOffsetTotal) >= _Options.$MinDragOffsetToSlide) { toPosition = Math.ceil(currentPosition); toPosition += _DragIndexAdjust; } if (!(_Loop & 1)) { toPosition = Math.min(_SlideCount - _DisplayPieces, Math.max(toPosition, 0)); } var t = Math.abs(toPosition - currentPosition); t = 1 - Math.pow(1 - t, 5); if (!_LastDragSucceded && _CarouselPlaying_OnFreeze) { _CarouselPlayer.$Continue(_PlayToPosition_OnFreeze); } else if (currentPosition == toPosition) { _CurrentSlideItem.$EnablePlayer(); _CurrentSlideItem.$TryActivate(); } else { _CarouselPlayer.$PlayCarousel(currentPosition, toPosition, t * _SlideDuration); } } } function OnDragStart(event) { _IsDragging = true; _DragInvalid = false; _LoadingTicket = null; $Jssor$.$AddEvent(document, _MoveEvent, OnDragMove); _LastTimeMoveByDrag = $Jssor$.$GetNow() - 50; _LastDragSucceded = 0; Freeze(); if (!_CarouselPlaying_OnFreeze) _DragOrientation = 0; if (_HandleTouchEventOnly) { var touchPoint = event.touches[0]; _DragStartMouseX = touchPoint.clientX; _DragStartMouseY = touchPoint.clientY; } else { var mousePoint = $Jssor$.$MousePosition(event); _DragStartMouseX = mousePoint.x; _DragStartMouseY = mousePoint.y; $Jssor$.$CancelEvent(event); } _DragOffsetTotal = 0; _DragOffsetLastTime = 0; _DragIndexAdjust = 0; //Trigger EVT_DRAGSTART _SelfSlider.$TriggerEvent(JssorSlider.$EVT_DRAG_START, GetRealIndex(_Position_OnFreeze), _Position_OnFreeze, event); } function OnDragMove(event) { if (_IsDragging && (!$Jssor$.$IsBrowserIe9Earlier() || event.button)) { var actionPoint; if (_HandleTouchEventOnly) { var touches = event.touches; if (touches && touches.length > 0) { actionPoint = new $JssorPoint$(touches[0].clientX, touches[0].clientY); } } else { actionPoint = $Jssor$.$MousePosition(event); } if (actionPoint) { var distanceX = actionPoint.x - _DragStartMouseX; var distanceY = actionPoint.y - _DragStartMouseY; if (Math.floor(_Position_OnFreeze) != _Position_OnFreeze) _DragOrientation = _DragOrientation || (_PlayOrientation & _DragOrientationRegistered); if ((distanceX || distanceY) && !_DragOrientation) { if (_DragOrientationRegistered == 3) { if (Math.abs(distanceY) > Math.abs(distanceX)) { _DragOrientation = 2; } else _DragOrientation = 1; } else { _DragOrientation = _DragOrientationRegistered; } if (_HandleTouchEventOnly && _DragOrientation == 1 && Math.abs(distanceY) - Math.abs(distanceX) > 3) { _DragInvalid = true; } } if (_DragOrientation) { var distance = distanceY; var stepLength = _StepLengthY; if (_DragOrientation == 1) { distance = distanceX; stepLength = _StepLengthX; } if (!(_Loop & 1)) { if (distance > 0) { var normalDistance = stepLength * _CurrentSlideIndex; var sqrtDistance = distance - normalDistance; if (sqrtDistance > 0) { distance = normalDistance + Math.sqrt(sqrtDistance) * 5; } } if (distance < 0) { var normalDistance = stepLength * (_SlideCount - _DisplayPieces - _CurrentSlideIndex); var sqrtDistance = -distance - normalDistance; if (sqrtDistance > 0) { distance = -normalDistance - Math.sqrt(sqrtDistance) * 5; } } } if (_DragOffsetTotal - _DragOffsetLastTime < -2) { _DragIndexAdjust = 0; } else if (_DragOffsetTotal - _DragOffsetLastTime > 2) { _DragIndexAdjust = -1; } _DragOffsetLastTime = _DragOffsetTotal; _DragOffsetTotal = distance; _PositionToGoByDrag = _Position_OnFreeze - _DragOffsetTotal / stepLength / (_ScaleRatio || 1); if (_DragOffsetTotal && _DragOrientation && !_DragInvalid) { $Jssor$.$CancelEvent(event); if (!_IsSliding) { _CarouselPlayer.$StandBy(_PositionToGoByDrag); } else _CarouselPlayer.$SetStandByPosition(_PositionToGoByDrag); } else if ($Jssor$.$IsBrowserIe9Earlier()) { $Jssor$.$CancelEvent(event); } } } } else { OnDragEnd(event); } } function OnDragEnd(event) { UnregisterDrag(); if (_IsDragging) { _IsDragging = false; _LastTimeMoveByDrag = $Jssor$.$GetNow(); $Jssor$.$RemoveEvent(document, _MoveEvent, OnDragMove); _LastDragSucceded = _DragOffsetTotal; _LastDragSucceded && $Jssor$.$CancelEvent(event); _CarouselPlayer.$Stop(); var currentPosition = _Conveyor.$GetPosition(); //Trigger EVT_DRAG_END _SelfSlider.$TriggerEvent(JssorSlider.$EVT_DRAG_END, GetRealIndex(currentPosition), currentPosition, GetRealIndex(_Position_OnFreeze), _Position_OnFreeze, event); Unfreeze(true); Freeze(); } } //Event handling end function SetCurrentSlideIndex(index) { _PrevSlideItem = _SlideItems[_CurrentSlideIndex]; _PreviousSlideIndex = _CurrentSlideIndex; _CurrentSlideIndex = GetRealIndex(index); _CurrentSlideItem = _SlideItems[_CurrentSlideIndex]; ResetNavigator(index); return _CurrentSlideIndex; } function OnPark(slideIndex, prevIndex) { _DragOrientation = 0; SetCurrentSlideIndex(slideIndex); //Trigger EVT_PARK _SelfSlider.$TriggerEvent(JssorSlider.$EVT_PARK, GetRealIndex(slideIndex), prevIndex); } function ResetNavigator(index, temp) { _TempSlideIndex = index; $Jssor$.$Each(_Navigators, function (navigator) { navigator.$SetCurrentIndex(GetRealIndex(index), index, temp); }); } function RegisterDrag() { var dragRegistry = JssorSlider.$DragRegistry || 0; var dragOrientation = _DragEnabled; if (_HandleTouchEventOnly) (dragOrientation & 1) && (dragOrientation &= 1); JssorSlider.$DragRegistry |= dragOrientation; return (_DragOrientationRegistered = dragOrientation & ~dragRegistry); } function UnregisterDrag() { if (_DragOrientationRegistered) { JssorSlider.$DragRegistry &= ~_DragEnabled; _DragOrientationRegistered = 0; } } function CreatePanel() { var div = $Jssor$.$CreateDiv(); $Jssor$.$SetStyles(div, _StyleDef); $Jssor$.$CssPosition(div, "absolute"); return div; } function GetRealIndex(index) { return (index % _SlideCount + _SlideCount) % _SlideCount; } function IsCurrentSlideIndex(index) { return GetRealIndex(index) == _CurrentSlideIndex; } function IsPreviousSlideIndex(index) { return GetRealIndex(index) == _PreviousSlideIndex; } //Navigation Request Handler function NavigationClickHandler(index, relative) { if (relative) { if (!_Loop) { //Stop at threshold index = Math.min(Math.max(index + _TempSlideIndex, 0), _SlideCount - _DisplayPieces); relative = false; } else if (_Loop & 2) { //Rewind index = GetRealIndex(index + _TempSlideIndex); relative = false; } } PlayTo(index, _Options.$SlideDuration, relative); } function ShowNavigators() { $Jssor$.$Each(_Navigators, function (navigator) { navigator.$Show(navigator.$Options.$ChanceToShow > _HoverStatus); }); } function MainContainerMouseLeaveEventHandler() { if (!_HoverStatus) { //$JssorDebug$.$Log("mouseleave"); _HoverStatus = 1; ShowNavigators(); if (!_IsDragging) { (_HoverToPause & 12) && Unfreeze(); (_HoverToPause & 3) && _SlideItems[_CurrentSlideIndex].$TryActivate(); } } } function MainContainerMouseEnterEventHandler() { if (_HoverStatus) { //$JssorDebug$.$Log("mouseenter"); _HoverStatus = 0; ShowNavigators(); _IsDragging || !(_HoverToPause & 12) || Freeze(); } } function AdjustSlidesContainerSize() { _StyleDef = { $Width: _SlideWidth, $Height: _SlideHeight, $Top: 0, $Left: 0 }; $Jssor$.$Each(_SlideElmts, function (slideElmt, i) { $Jssor$.$SetStyles(slideElmt, _StyleDef); $Jssor$.$CssPosition(slideElmt, "absolute"); $Jssor$.$CssOverflow(slideElmt, "hidden"); $Jssor$.$HideElement(slideElmt); }); $Jssor$.$SetStyles(_LoadingContainer, _StyleDef); } function PlayToOffset(offset, slideDuration) { PlayTo(offset, slideDuration, true); } function PlayTo(slideIndex, slideDuration, relative) { /// /// PlayTo( slideIndex [, slideDuration] ); //Play slider to position 'slideIndex' within a period calculated base on 'slideDuration'. /// /// /// slide slideIndex or position will be playing to /// /// /// base slide duration in milliseconds to calculate the whole duration to complete this play request. /// default value is '$SlideDuration' value which is specified when initialize the slider. /// /// http://msdn.microsoft.com/en-us/library/vstudio/bb385682.aspx /// http://msdn.microsoft.com/en-us/library/vstudio/hh542720.aspx if (_CarouselEnabled && (!_IsDragging || _Options.$NaviQuitDrag)) { _IsSliding = true; _IsDragging = false; _CarouselPlayer.$Stop(); { //Slide Duration if (slideDuration == undefined) slideDuration = _SlideDuration; var positionDisplay = _Carousel.$GetPosition_Display(); var positionTo = slideIndex; if (relative) { positionTo = positionDisplay + slideIndex; if (slideIndex > 0) positionTo = Math.ceil(positionTo); else positionTo = Math.floor(positionTo); } if (!(_Loop & 1)) { positionTo = GetRealIndex(positionTo); positionTo = Math.max(0, Math.min(positionTo, _SlideCount - _DisplayPieces)); } var positionOffset = (positionTo - positionDisplay) % _SlideCount; positionTo = positionDisplay + positionOffset; var duration = positionDisplay == positionTo ? 0 : slideDuration * Math.abs(positionOffset); duration = Math.min(duration, slideDuration * _DisplayPieces * 1.5); _CarouselPlayer.$PlayCarousel(positionDisplay, positionTo, duration || 1); } } } //private functions //member functions _SelfSlider.$PlayTo = PlayTo; _SelfSlider.$GoTo = function (slideIndex) { /// /// instance.$GoTo( slideIndex ); //Go to the specifed slide immediately with no play. /// PlayTo(slideIndex, 1); }; _SelfSlider.$Next = function () { /// /// instance.$Next(); //Play the slider to next slide. /// PlayToOffset(1); }; _SelfSlider.$Prev = function () { /// /// instance.$Prev(); //Play the slider to previous slide. /// PlayToOffset(-1); }; _SelfSlider.$Pause = function () { /// /// instance.$Pause(); //Pause the slider, prevent it from auto playing. /// _AutoPlay = false; }; _SelfSlider.$Play = function () { /// /// instance.$Play(); //Start auto play if the slider is currently paused. /// if (!_AutoPlay) { _AutoPlay = true; _SlideItems[_CurrentSlideIndex] && _SlideItems[_CurrentSlideIndex].$TryActivate(); } }; _SelfSlider.$SetSlideshowTransitions = function (transitions) { /// /// instance.$SetSlideshowTransitions( transitions ); //Reset slideshow transitions for the slider. /// $JssorDebug$.$Execute(function () { if (!transitions || !transitions.length) { $JssorDebug$.$Error("Can not set slideshow transitions, no transitions specified."); } }); $Jssor$.$TranslateTransitions(transitions); //for old transition compatibility _Options.$SlideshowOptions.$Transitions = transitions; }; _SelfSlider.$SetCaptionTransitions = function (transitions) { /// /// instance.$SetCaptionTransitions( transitions ); //Reset caption transitions for the slider. /// $JssorDebug$.$Execute(function () { if (!transitions || !transitions.length) { $JssorDebug$.$Error("Can not set caption transitions, no transitions specified"); } }); $Jssor$.$TranslateTransitions(transitions); //for old transition compatibility _CaptionSliderOptions.$CaptionTransitions = transitions; _CaptionSliderOptions.$Version = $Jssor$.$GetNow(); }; _SelfSlider.$SlidesCount = function () { /// /// instance.$SlidesCount(); //Retrieve slides count of the slider. /// return _SlideElmts.length; }; _SelfSlider.$CurrentIndex = function () { /// /// instance.$CurrentIndex(); //Retrieve current slide index of the slider. /// return _CurrentSlideIndex; }; _SelfSlider.$IsAutoPlaying = function () { /// /// instance.$IsAutoPlaying(); //Retrieve auto play status of the slider. /// return _AutoPlay; }; _SelfSlider.$IsDragging = function () { /// /// instance.$IsDragging(); //Retrieve drag status of the slider. /// return _IsDragging; }; _SelfSlider.$IsSliding = function () { /// /// instance.$IsSliding(); //Retrieve right<-->left sliding status of the slider. /// return _IsSliding; }; _SelfSlider.$IsMouseOver = function () { /// /// instance.$IsMouseOver(); //Retrieve mouse over status of the slider. /// return !_HoverStatus; }; _SelfSlider.$LastDragSucceded = function () { /// /// instance.$IsLastDragSucceded(); //Retrieve last drag succeded status, returns 0 if failed, returns drag offset if succeded /// return _LastDragSucceded; }; function OriginalWidth() { /// /// instance.$OriginalWidth(); //Retrieve original width of the slider. /// return $Jssor$.$CssWidth(_ScaleWrapper || elmt); } function OriginalHeight() { /// /// instance.$OriginalHeight(); //Retrieve original height of the slider. /// return $Jssor$.$CssHeight(_ScaleWrapper || elmt); } _SelfSlider.$OriginalWidth = _SelfSlider.$GetOriginalWidth = OriginalWidth; _SelfSlider.$OriginalHeight = _SelfSlider.$GetOriginalHeight = OriginalHeight; function Scale(dimension, isHeight) { /// /// instance.$ScaleWidth(); //Retrieve scaled dimension the slider currently displays. /// instance.$ScaleWidth( dimension ); //Scale the slider to new width and keep aspect ratio. /// if (dimension == undefined) return $Jssor$.$CssWidth(elmt); $JssorDebug$.$Execute(function () { if (!dimension || dimension < 0) { $JssorDebug$.$Fail("'$ScaleWidth' error, 'dimension' should be positive value."); } }); if (!_ScaleWrapper) { $JssorDebug$.$Execute(function () { var originalWidthStr = $Jssor$.$Css(elmt, "width"); var originalHeightStr = $Jssor$.$Css(elmt, "height"); var originalWidth = $Jssor$.$CssP(elmt, "width"); var originalHeight = $Jssor$.$CssP(elmt, "height"); if (!originalWidthStr) { $JssorDebug$.$Fail("Cannot scale jssor slider, 'dimension' of 'outer container' not specified. Please specify 'dimension' in pixel. e.g. 'dimension: 600px;'"); } if (!originalHeightStr) { $JssorDebug$.$Fail("Cannot scale jssor slider, 'height' of 'outer container' not specified. Please specify 'height' in pixel. e.g. 'height: 300px;'"); } if (originalWidthStr.indexOf('%') != -1) { $JssorDebug$.$Fail("Cannot scale jssor slider, 'dimension' of 'outer container' not valid. Please specify 'dimension' in pixel. e.g. 'dimension: 600px;'"); } if (originalHeightStr.indexOf('%') != -1) { $JssorDebug$.$Fail("Cannot scale jssor slider, 'height' of 'outer container' not valid. Please specify 'height' in pixel. e.g. 'height: 300px;'"); } if (!originalWidth) { $JssorDebug$.$Fail("Cannot scale jssor slider, 'dimension' of 'outer container' not valid. 'dimension' of 'outer container' should be positive number. e.g. 'dimension: 600px;'"); } if (!originalHeight) { $JssorDebug$.$Fail("Cannot scale jssor slider, 'height' of 'outer container' not valid. 'height' of 'outer container' should be positive number. e.g. 'height: 300px;'"); } }); //var innerWrapper = $Jssor$.$CloneNode(elmt, false); //$Jssor$.$RemoveAttribute(innerWrapper, "id"); var innerWrapper = $Jssor$.$CreateDiv(document); $Jssor$.$CssCssText(innerWrapper, $Jssor$.$CssCssText(elmt)); $Jssor$.$ClassName(innerWrapper, $Jssor$.$ClassName(elmt)); $Jssor$.$CssPosition(innerWrapper, "relative"); $Jssor$.$CssTop(innerWrapper, 0); $Jssor$.$CssLeft(innerWrapper, 0); $Jssor$.$CssOverflow(innerWrapper, "visible"); //_ScaleWrapper = $Jssor$.$CloneNode(elmt, false); //$Jssor$.$RemoveAttribute(_ScaleWrapper, "id"); //$Jssor$.$CssCssText(_ScaleWrapper, ""); _ScaleWrapper = $Jssor$.$CreateDiv(document); $Jssor$.$CssPosition(_ScaleWrapper, "absolute"); $Jssor$.$CssTop(_ScaleWrapper, 0); $Jssor$.$CssLeft(_ScaleWrapper, 0); $Jssor$.$CssWidth(_ScaleWrapper, $Jssor$.$CssWidth(elmt)); $Jssor$.$CssHeight(_ScaleWrapper, $Jssor$.$CssHeight(elmt)); $Jssor$.$SetStyleTransformOrigin(_ScaleWrapper, "0 0"); $Jssor$.$AppendChild(_ScaleWrapper, innerWrapper); var children = $Jssor$.$Children(elmt); $Jssor$.$AppendChild(elmt, _ScaleWrapper); $Jssor$.$Css(elmt, "backgroundImage", ""); var noMoveElmts = { "navigator": _BulletNavigatorOptions && _BulletNavigatorOptions.$Scale == false, "arrowleft": _ArrowNavigatorOptions && _ArrowNavigatorOptions.$Scale == false, "arrowright": _ArrowNavigatorOptions && _ArrowNavigatorOptions.$Scale == false, "thumbnavigator": _ThumbnailNavigatorOptions && _ThumbnailNavigatorOptions.$Scale == false, "thumbwrapper": _ThumbnailNavigatorOptions && _ThumbnailNavigatorOptions.$Scale == false }; $Jssor$.$Each(children, function (child) { $Jssor$.$AppendChild(noMoveElmts[$Jssor$.$AttributeEx(child, "u")] ? elmt : innerWrapper, child); }); $Jssor$.$ShowElement(innerWrapper); $Jssor$.$ShowElement(_ScaleWrapper); } $JssorDebug$.$Execute(function () { if (!_InitialScrollWidth) { _InitialScrollWidth = _SelfSlider.$Elmt.scrollWidth; } }); _ScaleRatio = dimension / (isHeight? $Jssor$.$CssHeight : $Jssor$.$CssWidth)(_ScaleWrapper); $Jssor$.$CssScale(_ScaleWrapper, _ScaleRatio); $Jssor$.$CssWidth(elmt, isHeight ? (_ScaleRatio * OriginalWidth()) : dimension); $Jssor$.$CssHeight(elmt, isHeight ? dimension : (_ScaleRatio * OriginalHeight())); $Jssor$.$Each(_Navigators, function (navigator) { navigator.$Relocate(); }); } _SelfSlider.$ScaleHeight = _SelfSlider.$GetScaleHeight = function (height) { /// /// instance.$ScaleHeight(); //Retrieve scaled height the slider currently displays. /// instance.$ScaleHeight( dimension ); //Scale the slider to new height and keep aspect ratio. /// if (height == undefined) return $Jssor$.$CssHeight(elmt); Scale(height, true); }; _SelfSlider.$ScaleWidth = _SelfSlider.$SetScaleWidth = _SelfSlider.$GetScaleWidth = Scale; _SelfSlider.$GetVirtualIndex = function (index) { var parkingIndex = Math.ceil(GetRealIndex(_ParkingPosition / _StepLength)); var displayIndex = GetRealIndex(index - _CurrentSlideIndex + parkingIndex); if (displayIndex > _DisplayPieces) { if (index - _CurrentSlideIndex > _SlideCount / 2) index -= _SlideCount; else if (index - _CurrentSlideIndex <= -_SlideCount / 2) index += _SlideCount; } else { index = _CurrentSlideIndex + displayIndex - parkingIndex; } return index; }; //member functions $JssorObject$.call(this); //initialize member variables _SelfSlider.$Elmt = elmt = $Jssor$.$GetElement(elmt); //initialize member variables var _InitialScrollWidth; //for debug only var _CaptionSliderCount = 1; //for debug only $JssorDebug$.$Execute(function () { var outerContainerElmt = $Jssor$.$GetElement(elmt); if (!outerContainerElmt) $JssorDebug$.$Fail("Outer container '" + elmt + "' not found."); }); var _Options = $Jssor$.$Extend({ $FillMode: 0, //[Optional] The way to fill image in slide, 0 stretch, 1 contain (keep aspect ratio and put all inside slide), 2 cover (keep aspect ratio and cover whole slide), 4 actual size, 5 contain for large image, actual size for small image, default value is 0 $LazyLoading: 1, //[Optional] For image with lazy loading format (), by default it will be loaded only when the slide comes. //But an integer value (maybe 0, 1, 2 or 3) indicates that how far of nearby slides should be loaded immediately as well, default value is 1. $StartIndex: 0, //[Optional] Index of slide to display when initialize, default value is 0 $AutoPlay: false, //[Optional] Whether to auto play, default value is false $Loop: 1, //[Optional] Enable loop(circular) of carousel or not, 0: stop, 1: loop, 2 rewind, default value is 1 $HWA: true, //[Optional] Enable hardware acceleration or not, default value is true $NaviQuitDrag: true, $AutoPlaySteps: 1, //[Optional] Steps to go of every play (this options applys only when slideshow disabled), default value is 1 $AutoPlayInterval: 3000, //[Optional] Interval to play next slide since the previous stopped if a slideshow is auto playing, default value is 3000 $PauseOnHover: 1, //[Optional] Whether to pause when mouse over if a slider is auto playing, 0 no pause, 1 pause for desktop, 2 pause for touch device, 3 pause for desktop and touch device, 4 freeze for desktop, 8 freeze for touch device, 12 freeze for desktop and touch device, default value is 1 $SlideDuration: 500, //[Optional] Specifies default duration (swipe) for slide in milliseconds, default value is 400 $SlideEasing: $JssorEasing$.$EaseOutQuad, //[Optional] Specifies easing for right to left animation, default value is $JssorEasing$.$EaseOutQuad $MinDragOffsetToSlide: 20, //[Optional] Minimum drag offset that trigger slide, default value is 20 $SlideSpacing: 0, //[Optional] Space between each slide in pixels, default value is 0 $DisplayPieces: 1, //[Optional] Number of pieces to display (the slideshow would be disabled if the value is set to greater than 1), default value is 1 $ParkingPosition: 0, //[Optional] The offset position to park slide (this options applys only when slideshow disabled), default value is 0. $UISearchMode: 1, //[Optional] The way (0 parellel, 1 recursive, default value is recursive) to search UI components (slides container, loading screen, navigator container, arrow navigator container, thumbnail navigator container etc. $PlayOrientation: 1, //[Optional] Orientation to play slide (for auto play, navigation), 1 horizental, 2 vertical, 5 horizental reverse, 6 vertical reverse, default value is 1 $DragOrientation: 1 //[Optional] Orientation to drag slide, 0 no drag, 1 horizental, 2 vertical, 3 both, default value is 1 (Note that the $DragOrientation should be the same as $PlayOrientation when $DisplayPieces is greater than 1, or parking position is not 0) }, options); //Sodo statement for development time intellisence only $JssorDebug$.$Execute(function () { _Options = $Jssor$.$Extend({ $ArrowKeyNavigation: undefined, $SlideWidth: undefined, $SlideHeight: undefined, $SlideshowOptions: undefined, $CaptionSliderOptions: undefined, $BulletNavigatorOptions: undefined, $ArrowNavigatorOptions: undefined, $ThumbnailNavigatorOptions: undefined }, _Options); }); var _PlayOrientation = _Options.$PlayOrientation & 3; var _PlayReverse = (_Options.$PlayOrientation & 4) / -4 || 1; var _SlideshowOptions = _Options.$SlideshowOptions; var _CaptionSliderOptions = $Jssor$.$Extend({ $Class: $JssorCaptionSliderBase$, $PlayInMode: 1, $PlayOutMode: 1 }, _Options.$CaptionSliderOptions); $Jssor$.$TranslateTransitions(_CaptionSliderOptions.$CaptionTransitions); //for old transition compatibility var _BulletNavigatorOptions = _Options.$BulletNavigatorOptions; var _ArrowNavigatorOptions = _Options.$ArrowNavigatorOptions; var _ThumbnailNavigatorOptions = _Options.$ThumbnailNavigatorOptions; $JssorDebug$.$Execute(function () { if (_SlideshowOptions && !_SlideshowOptions.$Class) { $JssorDebug$.$Fail("Option $SlideshowOptions error, class not specified."); } }); $JssorDebug$.$Execute(function () { if (_Options.$CaptionSliderOptions && !_Options.$CaptionSliderOptions.$Class) { $JssorDebug$.$Fail("Option $CaptionSliderOptions error, class not specified."); } }); $JssorDebug$.$Execute(function () { if (_BulletNavigatorOptions && !_BulletNavigatorOptions.$Class) { $JssorDebug$.$Fail("Option $BulletNavigatorOptions error, class not specified."); } }); $JssorDebug$.$Execute(function () { if (_ArrowNavigatorOptions && !_ArrowNavigatorOptions.$Class) { $JssorDebug$.$Fail("Option $ArrowNavigatorOptions error, class not specified."); } }); $JssorDebug$.$Execute(function () { if (_ThumbnailNavigatorOptions && !_ThumbnailNavigatorOptions.$Class) { $JssorDebug$.$Fail("Option $ThumbnailNavigatorOptions error, class not specified."); } }); var _UISearchMode = _Options.$UISearchMode; var _ScaleWrapper; var _SlidesContainer = $Jssor$.$FindFirstChild(elmt, "slides", null, _UISearchMode); var _LoadingContainer = $Jssor$.$FindFirstChild(elmt, "loading", null, _UISearchMode) || $Jssor$.$CreateDiv(document); var _BulletNavigatorContainer = $Jssor$.$FindFirstChild(elmt, "navigator", null, _UISearchMode); var _ArrowLeft = $Jssor$.$FindFirstChild(elmt, "arrowleft", null, _UISearchMode); var _ArrowRight = $Jssor$.$FindFirstChild(elmt, "arrowright", null, _UISearchMode); var _ThumbnailNavigatorContainer = $Jssor$.$FindFirstChild(elmt, "thumbnavigator", null, _UISearchMode); $JssorDebug$.$Execute(function () { //if (_BulletNavigatorOptions && !_BulletNavigatorContainer) { // throw new Error("$BulletNavigatorOptions specified but bullet navigator container (
    1 && _Options.$DragOrientation && _Options.$DragOrientation != _PlayOrientation) $JssorDebug$.$Fail("Option $DragOrientation error, it should be 0 or the same of $PlayOrientation when $DisplayPieces is greater than 1."); if (!$Jssor$.$IsNumeric(_Options.$ParkingPosition)) $JssorDebug$.$Fail("Option $ParkingPosition error, it should be a numeric value."); if (_Options.$ParkingPosition && _Options.$DragOrientation && _Options.$DragOrientation != _PlayOrientation) $JssorDebug$.$Fail("Option $DragOrientation error, it should be 0 or the same of $PlayOrientation when $ParkingPosition is not equal to 0."); }); var _StyleDef; var _SlideElmts = []; { var slideElmts = $Jssor$.$Children(_SlidesContainer); $Jssor$.$Each(slideElmts, function (slideElmt) { if (slideElmt.tagName == "DIV" && !$Jssor$.$AttributeEx(slideElmt, "u")) { _SlideElmts.push(slideElmt); } }); } $JssorDebug$.$Execute(function () { if (_SlideElmts.length < 1) { $JssorDebug$.$Error("Slides html code definition error, there must be at least 1 slide to initialize a slider."); } }); var _SlideItemCreatedCount = 0; //for debug only var _SlideItemReleasedCount = 0; //for debug only var _PreviousSlideIndex; var _CurrentSlideIndex = -1; var _TempSlideIndex; var _PrevSlideItem; var _CurrentSlideItem; var _SlideCount = _SlideElmts.length; var _SlideWidth = _Options.$SlideWidth || _SlidesContainerWidth; var _SlideHeight = _Options.$SlideHeight || _SlidesContainerHeight; var _SlideSpacing = _Options.$SlideSpacing; var _StepLengthX = _SlideWidth + _SlideSpacing; var _StepLengthY = _SlideHeight + _SlideSpacing; var _StepLength = (_PlayOrientation & 1) ? _StepLengthX : _StepLengthY; var _DisplayPieces = Math.min(_Options.$DisplayPieces, _SlideCount); var _SlideshowPanel; var _CurrentBoardIndex = 0; var _DragOrientation; var _DragOrientationRegistered; var _DragInvalid; var _HandleTouchEventOnly; var _Navigators = []; var _BulletNavigator; var _ArrowNavigator; var _ThumbnailNavigator; var _ShowLink; var _Frozen; var _AutoPlay; var _AutoPlaySteps = _Options.$AutoPlaySteps; var _HoverToPause = _Options.$PauseOnHover; var _AutoPlayInterval = _Options.$AutoPlayInterval; var _SlideDuration = _Options.$SlideDuration; var _SlideshowRunnerClass; var _TransitionsOrder; var _SlideshowEnabled; var _ParkingPosition; var _CarouselEnabled = _DisplayPieces < _SlideCount; var _Loop = _CarouselEnabled ? _Options.$Loop : 0; var _DragEnabled; var _LastDragSucceded; var _HoverStatus = 1; //0 Hovering, 1 Not hovering //Variable Definition var _IsSliding; var _IsDragging; var _LoadingTicket; //The X position of mouse/touch when a drag start var _DragStartMouseX = 0; //The Y position of mouse/touch when a drag start var _DragStartMouseY = 0; var _DragOffsetTotal; var _DragOffsetLastTime; var _DragIndexAdjust; var _Carousel; var _Conveyor; var _Slideshow; var _CarouselPlayer; var _SlideContainer = new SlideContainer(); var _ScaleRatio; //$JssorSlider$ Constructor { _AutoPlay = _Options.$AutoPlay; _SelfSlider.$Options = options; AdjustSlidesContainerSize(); elmt["jssor-slider"] = true; //_SlideshowPanel = CreatePanel(); //$Jssor$.$CssZIndex(elmt, $Jssor$.$CssZIndex(elmt)); //$Jssor$.$CssLeft(_SlideshowPanel, $Jssor$.$CssLeft(_SlidesContainer)); //$Jssor$.$CssZIndex(_SlidesContainer, $Jssor$.$CssZIndex(_SlidesContainer)); //$Jssor$.$CssTop(_SlideshowPanel, $Jssor$.$CssTop(_SlidesContainer)); $Jssor$.$CssZIndex(_SlidesContainer, $Jssor$.$CssZIndex(_SlidesContainer) || 0); $Jssor$.$CssPosition(_SlidesContainer, "absolute"); _SlideshowPanel = $Jssor$.$CloneNode(_SlidesContainer); $Jssor$.$InsertBefore($Jssor$.$ParentNode(_SlidesContainer), _SlideshowPanel, _SlidesContainer); if (_SlideshowOptions) { _ShowLink = _SlideshowOptions.$ShowLink; _SlideshowRunnerClass = _SlideshowOptions.$Class; $JssorDebug$.$Execute(function () { if (!_SlideshowOptions.$Transitions || !_SlideshowOptions.$Transitions.length) { $JssorDebug$.$Error("Invalid '$SlideshowOptions', no '$Transitions' specified."); } }); $Jssor$.$TranslateTransitions(_SlideshowOptions.$Transitions); //for old transition compatibility _SlideshowEnabled = _DisplayPieces == 1 && _SlideCount > 1 && _SlideshowRunnerClass && (!$Jssor$.$IsBrowserIE() || $Jssor$.$BrowserVersion() >= 8); } _ParkingPosition = (_SlideshowEnabled || _DisplayPieces >= _SlideCount || !(_Loop & 1)) ? 0 : _Options.$ParkingPosition; _DragEnabled = ((_DisplayPieces > 1 || _ParkingPosition) ? _PlayOrientation : -1) & _Options.$DragOrientation; //SlideBoard var _SlideboardElmt = _SlidesContainer; var _SlideItems = []; var _SlideshowRunner; var _LinkContainer; var _DownEvent = "mousedown"; var _MoveEvent = "mousemove"; var _UpEvent = "mouseup"; var _CancelEvent; var _LastTimeMoveByDrag; var _Position_OnFreeze; var _CarouselPlaying_OnFreeze; var _PlayToPosition_OnFreeze; var _PositionToGoByDrag; //SlideBoard Constructor { var msPrefix; if (window.navigator.pointerEnabled || (msPrefix = window.navigator.msPointerEnabled)) { _DownEvent = msPrefix ? "MSPointerDown" : "pointerdown"; _MoveEvent = msPrefix ? "MSPointerMove" : "pointermove"; _UpEvent = msPrefix ? "MSPointerUp" : "pointerup"; _CancelEvent = msPrefix ? "MSPointerCancel" : "pointercancel"; if (_DragEnabled) { var touchAction = "none"; if (_DragEnabled == 1) { touchAction = "pan-y"; } else if (_DragEnabled == 2) { touchAction = "pan-x"; } $Jssor$.$Css(_SlideboardElmt, msPrefix ? "msTouchAction" : "touchAction", touchAction); } } else if ("ontouchstart" in window || "createTouch" in document) { _HandleTouchEventOnly = true; _DownEvent = "touchstart"; _MoveEvent = "touchmove"; _UpEvent = "touchend"; _CancelEvent = "touchcancel"; } _Slideshow = new Slideshow(); if (_SlideshowEnabled) _SlideshowRunner = new _SlideshowRunnerClass(_SlideContainer, _SlideWidth, _SlideHeight, _SlideshowOptions, _HandleTouchEventOnly); $Jssor$.$AppendChild(_SlideshowPanel, _Slideshow.$Wrapper); $Jssor$.$CssOverflow(_SlidesContainer, "hidden"); //link container { _LinkContainer = CreatePanel(); $Jssor$.$Css(_LinkContainer, "backgroundColor", "#000"); $Jssor$.$CssOpacity(_LinkContainer, 0); $Jssor$.$InsertBefore(_SlideboardElmt, _LinkContainer, _SlideboardElmt.firstChild); } for (var i = 0; i < _SlideElmts.length; i++) { var slideElmt = _SlideElmts[i]; var slideItem = new SlideItem(slideElmt, i); _SlideItems.push(slideItem); } $Jssor$.$HideElement(_LoadingContainer); $JssorDebug$.$Execute(function () { $Jssor$.$Attribute(_LoadingContainer, "debug-id", "loading-container"); }); _Carousel = new Carousel() _CarouselPlayer = new CarouselPlayer(_Carousel, _Slideshow); $JssorDebug$.$Execute(function () { $Jssor$.$Attribute(_SlideboardElmt, "debug-id", "slide-board"); }); if (_DragEnabled) { $Jssor$.$AddEvent(_SlidesContainer, _DownEvent, OnMouseDown); $Jssor$.$AddEvent(document, _UpEvent, OnDragEnd); _CancelEvent && $Jssor$.$AddEvent(document, _CancelEvent, OnDragEnd); } } //SlideBoard _HoverToPause &= (_HandleTouchEventOnly ? 10 : 5); //Bullet Navigator if (_BulletNavigatorContainer && _BulletNavigatorOptions) { _BulletNavigator = new _BulletNavigatorOptions.$Class(_BulletNavigatorContainer, _BulletNavigatorOptions, OriginalWidth(), OriginalHeight()); _Navigators.push(_BulletNavigator); } //Arrow Navigator if (_ArrowNavigatorOptions && _ArrowLeft && _ArrowRight) { _ArrowNavigator = new _ArrowNavigatorOptions.$Class(_ArrowLeft, _ArrowRight, _ArrowNavigatorOptions, OriginalWidth(), OriginalHeight()); _Navigators.push(_ArrowNavigator); } //Thumbnail Navigator if (_ThumbnailNavigatorContainer && _ThumbnailNavigatorOptions) { _ThumbnailNavigatorOptions.$StartIndex = _Options.$StartIndex; _ThumbnailNavigator = new _ThumbnailNavigatorOptions.$Class(_ThumbnailNavigatorContainer, _ThumbnailNavigatorOptions); _Navigators.push(_ThumbnailNavigator); } $Jssor$.$Each(_Navigators, function (navigator) { navigator.$Reset(_SlideCount, _SlideItems, _LoadingContainer); navigator.$On($JssorNavigatorEvents$.$NAVIGATIONREQUEST, NavigationClickHandler); }); Scale(OriginalWidth()); $Jssor$.$AddEvent(elmt, "mouseout", $Jssor$.$MouseOverOutFilter(MainContainerMouseLeaveEventHandler, elmt)); $Jssor$.$AddEvent(elmt, "mouseover", $Jssor$.$MouseOverOutFilter(MainContainerMouseEnterEventHandler, elmt)); ShowNavigators(); //Keyboard Navigation if (_Options.$ArrowKeyNavigation) { $Jssor$.$AddEvent(document, "keydown", function (e) { if (e.keyCode == $JssorKeyCode$.$LEFT) { //Arrow Left PlayToOffset(-1); } else if (e.keyCode == $JssorKeyCode$.$RIGHT) { //Arrow Right PlayToOffset(1); } }); } var startPosition = _Options.$StartIndex; if (!(_Loop & 1)) { startPosition = Math.max(0, Math.min(startPosition, _SlideCount - _DisplayPieces)); } _CarouselPlayer.$PlayCarousel(startPosition, startPosition, 0); } } //Jssor Slider //JssorSlider.$ASSEMBLY_BOTTOM_LEFT = ASSEMBLY_BOTTOM_LEFT; //JssorSlider.$ASSEMBLY_BOTTOM_RIGHT = ASSEMBLY_BOTTOM_RIGHT; //JssorSlider.$ASSEMBLY_TOP_LEFT = ASSEMBLY_TOP_LEFT; //JssorSlider.$ASSEMBLY_TOP_RIGHT = ASSEMBLY_TOP_RIGHT; //JssorSlider.$ASSEMBLY_LEFT_TOP = ASSEMBLY_LEFT_TOP; //JssorSlider.$ASSEMBLY_LEFT_BOTTOM = ASSEMBLY_LEFT_BOTTOM; //JssorSlider.$ASSEMBLY_RIGHT_TOP = ASSEMBLY_RIGHT_TOP; //JssorSlider.$ASSEMBLY_RIGHT_BOTTOM = ASSEMBLY_RIGHT_BOTTOM; JssorSlider.$EVT_CLICK = 21; JssorSlider.$EVT_DRAG_START = 22; JssorSlider.$EVT_DRAG_END = 23; JssorSlider.$EVT_SWIPE_START = 24; JssorSlider.$EVT_SWIPE_END = 25; JssorSlider.$EVT_LOAD_START = 26; JssorSlider.$EVT_LOAD_END = 27; JssorSlider.$EVT_FREEZE = 28; JssorSlider.$EVT_POSITION_CHANGE = 202; JssorSlider.$EVT_PARK = 203; JssorSlider.$EVT_SLIDESHOW_START = 206; JssorSlider.$EVT_SLIDESHOW_END = 207; JssorSlider.$EVT_PROGRESS_CHANGE = 208; JssorSlider.$EVT_STATE_CHANGE = 209; JssorSlider.$EVT_ROLLBACK_START = 210; JssorSlider.$EVT_ROLLBACK_END = 211; window.$JssorSlider$ = $JssorSlider$ = JssorSlider; //(function ($) { // jQuery.fn.jssorSlider = function (options) { // return this.each(function () { // return $(this).data('jssorSlider') || $(this).data('jssorSlider', new JssorSlider(this, options)); // }); // }; //})(jQuery); //window.jQuery && (jQuery.fn.jssorSlider = function (options) { // return this.each(function () { // return jQuery(this).data('jssorSlider') || jQuery(this).data('jssorSlider', new JssorSlider(this, options)); // }); //}); }; //$JssorBulletNavigator$ var $JssorNavigatorEvents$ = { $NAVIGATIONREQUEST: 1, $INDEXCHANGE: 2, $RESET: 3 }; var $JssorBulletNavigator$ = window.$JssorBulletNavigator$ = function (elmt, options, containerWidth, containerHeight) { var self = this; $JssorObject$.call(self); elmt = $Jssor$.$GetElement(elmt); var _Count; var _Length; var _Width; var _Height; var _CurrentIndex; var _CurrentInnerIndex = 0; var _Options; var _Steps; var _Lanes; var _SpacingX; var _SpacingY; var _Orientation; var _ItemPrototype; var _PrototypeWidth; var _PrototypeHeight; var _ButtonElements = []; var _Buttons = []; function Highlight(index) { if (index != -1) _Buttons[index].$Activate(index == _CurrentInnerIndex); } function OnNavigationRequest(index) { self.$TriggerEvent($JssorNavigatorEvents$.$NAVIGATIONREQUEST, index * _Steps); } self.$Elmt = elmt; self.$GetCurrentIndex = function () { return _CurrentIndex; }; self.$SetCurrentIndex = function (index) { if (index != _CurrentIndex) { var lastInnerIndex = _CurrentInnerIndex; var innerIndex = Math.floor(index / _Steps); _CurrentInnerIndex = innerIndex; _CurrentIndex = index; Highlight(lastInnerIndex); Highlight(innerIndex); //self.$TriggerEvent($JssorNavigatorEvents$.$INDEXCHANGE, index); } }; self.$Show = function (show) { $Jssor$.$ShowElement(elmt, show); }; var _Located; self.$Relocate = function (force) { if (!_Located || _Options.$Scale == false) { if (_Options.$AutoCenter & 1) { $Jssor$.$CssLeft(elmt, (containerWidth - _Width) / 2); } if (_Options.$AutoCenter & 2) { $Jssor$.$CssTop(elmt, (containerHeight - _Height) / 2); } _Located = true; } }; var _Initialized; self.$Reset = function (length) { if (!_Initialized) { _Length = length; _Count = Math.ceil(length / _Steps); _CurrentInnerIndex = 0; var itemOffsetX = _PrototypeWidth + _SpacingX; var itemOffsetY = _PrototypeHeight + _SpacingY; var maxIndex = Math.ceil(_Count / _Lanes) - 1; _Width = _PrototypeWidth + itemOffsetX * (!_Orientation ? maxIndex : _Lanes - 1); _Height = _PrototypeHeight + itemOffsetY * (_Orientation ? maxIndex : _Lanes - 1); $Jssor$.$CssWidth(elmt, _Width); $Jssor$.$CssHeight(elmt, _Height); //self.$Relocate(true); for (var buttonIndex = 0; buttonIndex < _Count; buttonIndex++) { var numberDiv = $Jssor$.$CreateSpan(); $Jssor$.$InnerText(numberDiv, buttonIndex + 1); var div = $Jssor$.$BuildElement(_ItemPrototype, "NumberTemplate", numberDiv, true); $Jssor$.$CssPosition(div, "absolute"); var columnIndex = buttonIndex % (maxIndex + 1); $Jssor$.$CssLeft(div, !_Orientation ? itemOffsetX * columnIndex : buttonIndex % _Lanes * itemOffsetX); $Jssor$.$CssTop(div, _Orientation ? itemOffsetY * columnIndex : Math.floor(buttonIndex / (maxIndex + 1)) * itemOffsetY); $Jssor$.$AppendChild(elmt, div); _ButtonElements[buttonIndex] = div; if (_Options.$ActionMode & 1) $Jssor$.$AddEvent(div, "click", $Jssor$.$CreateCallback(null, OnNavigationRequest, buttonIndex)); if (_Options.$ActionMode & 2) $Jssor$.$AddEvent(div, "mouseover", $Jssor$.$MouseOverOutFilter($Jssor$.$CreateCallback(null, OnNavigationRequest, buttonIndex), div)); _Buttons[buttonIndex] = $Jssor$.$Buttonize(div); } //self.$TriggerEvent($JssorNavigatorEvents$.$RESET); _Initialized = true; } }; //JssorBulletNavigator Constructor { self.$Options = _Options = $Jssor$.$Extend({ $SpacingX: 0, $SpacingY: 0, $Orientation: 1, $ActionMode: 1 }, options); //Sodo statement for development time intellisence only $JssorDebug$.$Execute(function () { _Options = $Jssor$.$Extend({ $Steps: undefined, $Lanes: undefined }, _Options); }); _ItemPrototype = $Jssor$.$FindFirstChild(elmt, "prototype"); $JssorDebug$.$Execute(function () { if (!_ItemPrototype) $JssorDebug$.$Fail("Navigator item prototype not defined."); if (isNaN($Jssor$.$CssWidth(_ItemPrototype))) { $JssorDebug$.$Fail("Width of 'navigator item prototype' not specified."); } if (isNaN($Jssor$.$CssHeight(_ItemPrototype))) { $JssorDebug$.$Fail("Height of 'navigator item prototype' not specified."); } }); _PrototypeWidth = $Jssor$.$CssWidth(_ItemPrototype); _PrototypeHeight = $Jssor$.$CssHeight(_ItemPrototype); $Jssor$.$RemoveChild(elmt, _ItemPrototype); _Steps = _Options.$Steps || 1; _Lanes = _Options.$Lanes || 1; _SpacingX = _Options.$SpacingX; _SpacingY = _Options.$SpacingY; _Orientation = _Options.$Orientation - 1; } }; var $JssorArrowNavigator$ = window.$JssorArrowNavigator$ = function (arrowLeft, arrowRight, options, containerWidth, containerHeight) { var self = this; $JssorObject$.call(self); $JssorDebug$.$Execute(function () { //var arrowLeft = $Jssor$.$FindFirstChild(elmt, "arrowleft", null, uiSearchMode); //var arrowRight = $Jssor$.$FindFirstChild(elmt, "arrowright", null, uiSearchMode); if (!arrowLeft) $JssorDebug$.$Fail("Option '$ArrowNavigatorOptions' spepcified, but UI 'arrowleft' not defined. Define 'arrowleft' to enable direct navigation, or remove option '$ArrowNavigatorOptions' to disable direct navigation."); if (!arrowRight) $JssorDebug$.$Fail("Option '$ArrowNavigatorOptions' spepcified, but UI 'arrowright' not defined. Define 'arrowright' to enable direct navigation, or remove option '$ArrowNavigatorOptions' to disable direct navigation."); if (isNaN($Jssor$.$CssWidth(arrowLeft))) { $JssorDebug$.$Fail("Width of 'arrow left' not specified."); } if (isNaN($Jssor$.$CssWidth(arrowRight))) { $JssorDebug$.$Fail("Width of 'arrow right' not specified."); } if (isNaN($Jssor$.$CssHeight(arrowLeft))) { $JssorDebug$.$Fail("Height of 'arrow left' not specified."); } if (isNaN($Jssor$.$CssHeight(arrowRight))) { $JssorDebug$.$Fail("Height of 'arrow right' not specified."); } }); //var arrowLeft = $Jssor$.$FindFirstChild(elmt, "arrowleft", null, uiSearchMode); //var arrowRight = $Jssor$.$FindFirstChild(elmt, "arrowright", null, uiSearchMode); var _Length; var _CurrentIndex; var _Options; var _Steps; var _ArrowWidth = $Jssor$.$CssWidth(arrowLeft); var _ArrowHeight = $Jssor$.$CssHeight(arrowLeft); function OnNavigationRequest(steps) { self.$TriggerEvent($JssorNavigatorEvents$.$NAVIGATIONREQUEST, steps, true); } self.$GetCurrentIndex = function () { return _CurrentIndex; }; self.$SetCurrentIndex = function (index, virtualIndex, temp) { if (temp) { _CurrentIndex = virtualIndex; } else { _CurrentIndex = index; } //self.$TriggerEvent($JssorNavigatorEvents$.$INDEXCHANGE, index); }; self.$Show = function (show) { $Jssor$.$ShowElement(arrowLeft, show); $Jssor$.$ShowElement(arrowRight, show); }; var _Located; self.$Relocate = function (force) { if (!_Located || _Options.$Scale == false) { if (_Options.$AutoCenter & 1) { $Jssor$.$CssLeft(arrowLeft, (containerWidth - _ArrowWidth) / 2); $Jssor$.$CssLeft(arrowRight, (containerWidth - _ArrowWidth) / 2); } if (_Options.$AutoCenter & 2) { $Jssor$.$CssTop(arrowLeft, (containerHeight - _ArrowHeight) / 2); $Jssor$.$CssTop(arrowRight, (containerHeight - _ArrowHeight) / 2); } _Located = true; } }; var _Initialized; self.$Reset = function (length) { _Length = length; _CurrentIndex = 0; if (!_Initialized) { //self.$Relocate(true); $Jssor$.$AddEvent(arrowLeft, "click", $Jssor$.$CreateCallback(null, OnNavigationRequest, -_Steps)); $Jssor$.$AddEvent(arrowRight, "click", $Jssor$.$CreateCallback(null, OnNavigationRequest, _Steps)); $Jssor$.$Buttonize(arrowLeft); $Jssor$.$Buttonize(arrowRight); _Initialized = true; } //self.$TriggerEvent($JssorNavigatorEvents$.$RESET); }; //JssorArrowNavigator Constructor { self.$Options = _Options = $Jssor$.$Extend({ $Steps: 1 }, options); _Steps = _Options.$Steps; } }; //$JssorThumbnailNavigator$ var $JssorThumbnailNavigator$ = window.$JssorThumbnailNavigator$ = function (elmt, options) { var _Self = this; var _Length; var _Count; var _CurrentIndex; var _Options; var _NavigationItems = []; var _Width; var _Height; var _Lanes; var _SpacingX; var _SpacingY; var _PrototypeWidth; var _PrototypeHeight; var _DisplayPieces; var _Slider; var _CurrentMouseOverIndex = -1; var _SlidesContainer; var _ThumbnailPrototype; $JssorObject$.call(_Self); elmt = $Jssor$.$GetElement(elmt); function NavigationItem(item, index) { var self = this; var _Wrapper; var _Button; var _Thumbnail; function Highlight(mouseStatus) { _Button.$Activate(_CurrentIndex == index); } function OnNavigationRequest(event) { if (!_Slider.$LastDragSucceded()) { var tail = _Lanes - index % _Lanes; var slideVirtualIndex = _Slider.$GetVirtualIndex((index + tail) / _Lanes - 1); var itemVirtualIndex = slideVirtualIndex * _Lanes + _Lanes - tail; _Self.$TriggerEvent($JssorNavigatorEvents$.$NAVIGATIONREQUEST, itemVirtualIndex); } //$JssorDebug$.$Log("navigation request"); } $JssorDebug$.$Execute(function () { self.$Wrapper = undefined; }); self.$Index = index; self.$Highlight = Highlight; //NavigationItem Constructor { _Thumbnail = item.$Thumb || item.$Image || $Jssor$.$CreateDiv(); self.$Wrapper = _Wrapper = $Jssor$.$BuildElement(_ThumbnailPrototype, "ThumbnailTemplate", _Thumbnail, true); _Button = $Jssor$.$Buttonize(_Wrapper); if (_Options.$ActionMode & 1) $Jssor$.$AddEvent(_Wrapper, "click", OnNavigationRequest); if (_Options.$ActionMode & 2) $Jssor$.$AddEvent(_Wrapper, "mouseover", $Jssor$.$MouseOverOutFilter(OnNavigationRequest, _Wrapper)); } } _Self.$GetCurrentIndex = function () { return _CurrentIndex; }; _Self.$SetCurrentIndex = function (index, virtualIndex, temp) { var oldIndex = _CurrentIndex; _CurrentIndex = index; if (oldIndex != -1) _NavigationItems[oldIndex].$Highlight(); _NavigationItems[index].$Highlight(); if (!temp) { _Slider.$PlayTo(_Slider.$GetVirtualIndex(Math.floor(virtualIndex / _Lanes))); } }; _Self.$Show = function (show) { $Jssor$.$ShowElement(elmt, show); }; _Self.$Relocate = $Jssor$.$EmptyFunction; var _Initialized; _Self.$Reset = function (length, items, loadingContainer) { if (!_Initialized) { _Length = length; _Count = Math.ceil(_Length / _Lanes); _CurrentIndex = -1; _DisplayPieces = Math.min(_DisplayPieces, items.length); var horizontal = _Options.$Orientation & 1; var slideWidth = _PrototypeWidth + (_PrototypeWidth + _SpacingX) * (_Lanes - 1) * (1 - horizontal); var slideHeight = _PrototypeHeight + (_PrototypeHeight + _SpacingY) * (_Lanes - 1) * horizontal; var slidesContainerWidth = slideWidth + (slideWidth + _SpacingX) * (_DisplayPieces - 1) * horizontal; var slidesContainerHeight = slideHeight + (slideHeight + _SpacingY) * (_DisplayPieces - 1) * (1 - horizontal); $Jssor$.$CssPosition(_SlidesContainer, "absolute"); $Jssor$.$CssOverflow(_SlidesContainer, "hidden"); if (_Options.$AutoCenter & 1) { $Jssor$.$CssLeft(_SlidesContainer, (_Width - slidesContainerWidth) / 2); } if (_Options.$AutoCenter & 2) { $Jssor$.$CssTop(_SlidesContainer, (_Height - slidesContainerHeight) / 2); } //$JssorDebug$.$Execute(function () { // if (!_Options.$AutoCenter) { // var slidesContainerTop = $Jssor$.$CssTop(_SlidesContainer); // var slidesContainerLeft = $Jssor$.$CssLeft(_SlidesContainer); // if (isNaN(slidesContainerTop)) { // $JssorDebug$.$Fail("Position 'top' wrong specification of thumbnail navigator slides container (
    ...
    ), \r\nwhen option $ThumbnailNavigatorOptions.$AutoCenter set to 0, it should be specified by inline style in pixels (like
    )"); // } // if (isNaN(slidesContainerLeft)) { // $JssorDebug$.$Fail("Position 'left' wrong specification of thumbnail navigator slides container (
    ...
    ), \r\nwhen option $ThumbnailNavigatorOptions.$AutoCenter set to 0, it should be specified by inline style in pixels (like
    )"); // } // } //}); $Jssor$.$CssWidth(_SlidesContainer, slidesContainerWidth); $Jssor$.$CssHeight(_SlidesContainer, slidesContainerHeight); var slideItemElmts = []; $Jssor$.$Each(items, function (item, index) { var navigationItem = new NavigationItem(item, index); var navigationItemWrapper = navigationItem.$Wrapper; var columnIndex = Math.floor(index / _Lanes); var laneIndex = index % _Lanes; $Jssor$.$CssLeft(navigationItemWrapper, (_PrototypeWidth + _SpacingX) * laneIndex * (1 - horizontal)); $Jssor$.$CssTop(navigationItemWrapper, (_PrototypeHeight + _SpacingY) * laneIndex * horizontal); if (!slideItemElmts[columnIndex]) { slideItemElmts[columnIndex] = $Jssor$.$CreateDiv(); $Jssor$.$AppendChild(_SlidesContainer, slideItemElmts[columnIndex]); } $Jssor$.$AppendChild(slideItemElmts[columnIndex], navigationItemWrapper); _NavigationItems.push(navigationItem); }); var thumbnailSliderOptions = $Jssor$.$Extend({ $AutoPlay: false, $NaviQuitDrag: false, $SlideWidth: slideWidth, $SlideHeight: slideHeight, $SlideSpacing: _SpacingX * horizontal + _SpacingY * (1 - horizontal), $MinDragOffsetToSlide: 12, $SlideDuration: 200, $PauseOnHover: 1, $PlayOrientation: _Options.$Orientation, $DragOrientation: _Options.$DisableDrag ? 0 : _Options.$Orientation }, _Options); _Slider = new $JssorSlider$(elmt, thumbnailSliderOptions); _Initialized = true; } //_Self.$TriggerEvent($JssorNavigatorEvents$.$RESET); }; //JssorThumbnailNavigator Constructor { _Self.$Options = _Options = $Jssor$.$Extend({ $SpacingX: 3, $SpacingY: 3, $DisplayPieces: 1, $Orientation: 1, $AutoCenter: 3, $ActionMode: 1 }, options); //Sodo statement for development time intellisence only $JssorDebug$.$Execute(function () { _Options = $Jssor$.$Extend({ $Lanes: undefined, $Width: undefined, $Height: undefined }, _Options); }); _Width = $Jssor$.$CssWidth(elmt); _Height = $Jssor$.$CssHeight(elmt); $JssorDebug$.$Execute(function () { if (!_Width) $JssorDebug$.$Fail("width of 'thumbnavigator' container not specified."); if (!_Height) $JssorDebug$.$Fail("height of 'thumbnavigator' container not specified."); }); _SlidesContainer = $Jssor$.$FindFirstChild(elmt, "slides"); _ThumbnailPrototype = $Jssor$.$FindFirstChild(_SlidesContainer, "prototype"); $JssorDebug$.$Execute(function () { if (!_ThumbnailPrototype) $JssorDebug$.$Fail("prototype of 'thumbnavigator' not defined."); }); _PrototypeWidth = $Jssor$.$CssWidth(_ThumbnailPrototype); _PrototypeHeight = $Jssor$.$CssHeight(_ThumbnailPrototype); $Jssor$.$RemoveChild(_SlidesContainer, _ThumbnailPrototype); _Lanes = _Options.$Lanes || 1; _SpacingX = _Options.$SpacingX; _SpacingY = _Options.$SpacingY; _DisplayPieces = _Options.$DisplayPieces; } }; //$JssorCaptionSlider$ function $JssorCaptionSliderBase$() { $JssorAnimator$.call(this, 0, 0); this.$Revert = $Jssor$.$EmptyFunction; } var $JssorCaptionSlider$ = window.$JssorCaptionSlider$ = function (container, captionSlideOptions, playIn) { $JssorDebug$.$Execute(function () { if (!captionSlideOptions.$CaptionTransitions) { $JssorDebug$.$Error("'$CaptionSliderOptions' option error, '$CaptionSliderOptions.$CaptionTransitions' not specified."); } //else if (!$Jssor$.$IsArray(captionSlideOptions.$CaptionTransitions)) { // $JssorDebug$.$Error("'$CaptionSliderOptions' option error, '$CaptionSliderOptions.$CaptionTransitions' is not an array."); //} }); var _Self = this; var _ImmediateOutCaptionHanger; var _PlayMode = playIn ? captionSlideOptions.$PlayInMode : captionSlideOptions.$PlayOutMode; var _CaptionTransitions = captionSlideOptions.$CaptionTransitions; var _CaptionTuningFetcher = { $Transition: "t", $Delay: "d", $Duration: "du", x: "x", y: "y", $Rotate: "r", $Zoom: "z", $Opacity: "f", $BeginTime: "b" }; var _CaptionTuningTransfer = { $Default: function (value, tuningValue) { if (!isNaN(tuningValue.$Value)) value = tuningValue.$Value; else value *= tuningValue.$Percent; return value; }, $Opacity: function (value, tuningValue) { return this.$Default(value - 1, tuningValue); } }; _CaptionTuningTransfer.$Zoom = _CaptionTuningTransfer.$Opacity; $JssorAnimator$.call(_Self, 0, 0); function GetCaptionItems(element, level) { var itemsToPlay = []; var lastTransitionName; var namedTransitions = []; var namedTransitionOrders = []; //$JssorDebug$.$Execute(function () { // var debugInfoElement = $Jssor$.$GetElement("debugInfo"); // if (debugInfoElement && playIn) { // var text = $Jssor.$InnerHtml(debugInfoElement) + "
    "; // $Jssor$.$InnerHtml(debugInfoElement, text); // } //}); function FetchRawTransition(captionElmt, index) { var rawTransition = {}; $Jssor$.$Each(_CaptionTuningFetcher, function (fetchAttribute, fetchProperty) { var attributeValue = $Jssor$.$AttributeEx(captionElmt, fetchAttribute + (index || "")); if (attributeValue) { var propertyValue = {}; if (fetchAttribute == "t") { //if (($Jssor$.$IsBrowserChrome() || $Jssor$.$IsBrowserSafari() || $Jssor$.$IsBrowserFireFox()) && attributeValue == "*") { // attributeValue = Math.floor(Math.random() * captionSlideOptions.$CaptionTransitions.length); // $Jssor$.$Attribute(captionElmt, fetchAttribute + (index || ""), attributeValue); //} propertyValue.$Value = attributeValue; } else if (attributeValue.indexOf("%") + 1) propertyValue.$Percent = $Jssor$.$ParseFloat(attributeValue) / 100; else propertyValue.$Value = $Jssor$.$ParseFloat(attributeValue); rawTransition[fetchProperty] = propertyValue; } }); return rawTransition; } function GetRandomTransition() { //return _CaptionTransitions.length && _CaptionTransitions[Math.floor(Math.random() * 42737 / (i + 1)) % _CaptionTransitions.length]; return _CaptionTransitions[Math.floor(Math.random() * _CaptionTransitions.length)]; } function EvaluateCaptionTransition(transitionName) { var transition; if (transitionName == "*") { transition = GetRandomTransition(); } else if (transitionName) { //indexed transition allowed, just the same as named transition var tempTransition = _CaptionTransitions[$Jssor$.$ParseInt(transitionName)] || _CaptionTransitions[transitionName]; if ($Jssor$.$IsArray(tempTransition)) { if (transitionName != lastTransitionName) { lastTransitionName = transitionName; namedTransitionOrders[transitionName] = 0; namedTransitions[transitionName] = tempTransition[Math.floor(Math.random() * tempTransition.length)]; } else { namedTransitionOrders[transitionName]++; } tempTransition = namedTransitions[transitionName]; if ($Jssor$.$IsArray(tempTransition)) { tempTransition = tempTransition.length && tempTransition[namedTransitionOrders[transitionName] % tempTransition.length]; if ($Jssor$.$IsArray(tempTransition)) { //got transition from array level 3, random for all captions tempTransition = tempTransition[Math.floor(Math.random() * tempTransition.length)]; } //else { // //got transition from array level 2, in sequence for all adjacent captions with same name specified // transition = tempTransition; //} } //else { // //got transition from array level 1, random but same for all adjacent captions with same name specified // transition = tempTransition; //} } //else { // //got transition directly from a simple transition object // transition = tempTransition; //} transition = tempTransition; if ($Jssor$.$IsString(transition)) transition = EvaluateCaptionTransition(transition); } return transition; } var captionElmts = $Jssor$.$Children(element); $Jssor$.$Each(captionElmts, function (captionElmt, i) { var transitionsWithTuning = []; transitionsWithTuning.$Elmt = captionElmt; var isCaption = $Jssor$.$AttributeEx(captionElmt, "u") == "caption"; $Jssor$.$Each(playIn ? [0, 3] : [2], function (j, k) { if (isCaption) { var transition; var rawTransition; if (j != 2 || !$Jssor$.$AttributeEx(captionElmt, "t3")) { rawTransition = FetchRawTransition(captionElmt, j); if (j == 2 && !rawTransition.$Transition) { rawTransition.$Delay = rawTransition.$Delay || { $Value: 0 }; rawTransition = $Jssor$.$Extend(FetchRawTransition(captionElmt, 0), rawTransition); } } if (rawTransition && rawTransition.$Transition) { transition = EvaluateCaptionTransition(rawTransition.$Transition.$Value); if (transition) { //var transitionWithTuning = $Jssor$.$Extend({ $Delay: 0, $ScaleHorizontal: 1, $ScaleVertical: 1 }, transition); var transitionWithTuning = $Jssor$.$Extend({ $Delay: 0 }, transition); $Jssor$.$Each(rawTransition, function (rawPropertyValue, propertyName) { var tuningPropertyValue = (_CaptionTuningTransfer[propertyName] || _CaptionTuningTransfer.$Default).apply(_CaptionTuningTransfer, [transitionWithTuning[propertyName], rawTransition[propertyName]]); if (!isNaN(tuningPropertyValue)) transitionWithTuning[propertyName] = tuningPropertyValue; }); if (!k) { if (rawTransition.$BeginTime) transitionWithTuning.$BeginTime = rawTransition.$BeginTime.$Value || 0; else if ((_PlayMode) & 2) transitionWithTuning.$BeginTime = 0; } } } transitionsWithTuning.push(transitionWithTuning); } if ((level % 2) && !k) { //transitionsWithTuning.$Children = GetCaptionItems(captionElmt, lastTransitionName, [].concat(namedTransitions), [].concat(namedTransitionOrders), level + 1); transitionsWithTuning.$Children = GetCaptionItems(captionElmt, level + 1); } }); itemsToPlay.push(transitionsWithTuning); }); return itemsToPlay; } function CreateAnimator(item, transition, immediateOut) { var animatorOptions = { $Easing: transition.$Easing, $Round: transition.$Round, $During: transition.$During, $Reverse: playIn && !immediateOut, $Optimize: true }; $JssorDebug$.$Execute(function () { animatorOptions.$CaptionAnimator = true; }); var captionItem = item; var captionParent = $Jssor$.$ParentNode(item); var captionItemWidth = $Jssor$.$CssWidth(captionItem); var captionItemHeight = $Jssor$.$CssHeight(captionItem); var captionParentWidth = $Jssor$.$CssWidth(captionParent); var captionParentHeight = $Jssor$.$CssHeight(captionParent); var toStyles = {}; var fromStyles = {}; var scaleClip = transition.$ScaleClip || 1; //Opacity if (transition.$Opacity) { toStyles.$Opacity = 2 - transition.$Opacity; } animatorOptions.$OriginalWidth = captionItemWidth; animatorOptions.$OriginalHeight = captionItemHeight; //Transform if (transition.$Zoom || transition.$Rotate) { toStyles.$Zoom = transition.$Zoom ? transition.$Zoom - 1 : 1; if ($Jssor$.$IsBrowserIe9Earlier() || $Jssor$.$IsBrowserOpera()) toStyles.$Zoom = Math.min(toStyles.$Zoom, 2); fromStyles.$Zoom = 1; var rotate = transition.$Rotate || 0; toStyles.$Rotate = rotate * 360; fromStyles.$Rotate = 0; } //Clip else if (transition.$Clip) { var fromStyleClip = { $Top: 0, $Right: captionItemWidth, $Bottom: captionItemHeight, $Left: 0 }; var toStyleClip = $Jssor$.$Extend({}, fromStyleClip); var blockOffset = toStyleClip.$Offset = {}; var topBenchmark = transition.$Clip & 4; var bottomBenchmark = transition.$Clip & 8; var leftBenchmark = transition.$Clip & 1; var rightBenchmark = transition.$Clip & 2; if (topBenchmark && bottomBenchmark) { blockOffset.$Top = captionItemHeight / 2 * scaleClip; blockOffset.$Bottom = -blockOffset.$Top; } else if (topBenchmark) blockOffset.$Bottom = -captionItemHeight * scaleClip; else if (bottomBenchmark) blockOffset.$Top = captionItemHeight * scaleClip; if (leftBenchmark && rightBenchmark) { blockOffset.$Left = captionItemWidth / 2 * scaleClip; blockOffset.$Right = -blockOffset.$Left; } else if (leftBenchmark) blockOffset.$Right = -captionItemWidth * scaleClip; else if (rightBenchmark) blockOffset.$Left = captionItemWidth * scaleClip; animatorOptions.$Move = transition.$Move; toStyles.$Clip = toStyleClip; fromStyles.$Clip = fromStyleClip; } //Fly { var toLeft = 0; var toTop = 0; if (transition.x) toLeft -= captionParentWidth * transition.x; if (transition.y) toTop -= captionParentHeight * transition.y; if (toLeft || toTop || animatorOptions.$Move) { toStyles.$Left = toLeft + $Jssor$.$CssLeft(captionItem); toStyles.$Top = toTop + $Jssor$.$CssTop(captionItem); } } //duration var duration = transition.$Duration; fromStyles = $Jssor$.$Extend(fromStyles, $Jssor$.$GetStyles(captionItem, toStyles)); animatorOptions.$Setter = $Jssor$.$StyleSetterEx(); return new $JssorAnimator$(transition.$Delay, duration, animatorOptions, captionItem, fromStyles, toStyles); } function CreateAnimators(streamLineLength, captionItems) { $Jssor$.$Each(captionItems, function (captionItem, i) { $JssorDebug$.$Execute(function () { if (captionItem.length) { var top = $Jssor$.$CssTop(captionItem.$Elmt); var left = $Jssor$.$CssLeft(captionItem.$Elmt); var width = $Jssor$.$CssWidth(captionItem.$Elmt); var height = $Jssor$.$CssHeight(captionItem.$Elmt); var error = null; if (isNaN(top)) error = "Style 'top' for caption not specified. Please always specify caption like 'position: absolute; top: ...px; left: ...px; width: ...px; height: ...px;'."; else if (isNaN(left)) error = "Style 'left' not specified. Please always specify caption like 'position: absolute; top: ...px; left: ...px; width: ...px; height: ...px;'."; else if (isNaN(width)) error = "Style 'width' not specified. Please always specify caption like 'position: absolute; top: ...px; left: ...px; width: ...px; height: ...px;'."; else if (isNaN(height)) error = "Style 'height' not specified. Please always specify caption like 'position: absolute; top: ...px; left: ...px; width: ...px; height: ...px;'."; if (error) $JssorDebug$.$Error("Caption " + (i + 1) + " definition error, \r\n" + error + "\r\n" + captionItem.$Elmt.outerHTML); } }); var animator; var captionElmt = captionItem.$Elmt; var transition = captionItem[0]; var transition3 = captionItem[1]; if (transition) { animator = CreateAnimator(captionElmt, transition); streamLineLength = animator.$Locate(transition.$BeginTime == undefined ? streamLineLength : transition.$BeginTime, 1); } streamLineLength = CreateAnimators(streamLineLength, captionItem.$Children); if (transition3) { var animator3 = CreateAnimator(captionElmt, transition3, 1); animator3.$Locate(streamLineLength, 1); _Self.$Combine(animator3); _ImmediateOutCaptionHanger.$Combine(animator3); } if (animator) _Self.$Combine(animator); }); return streamLineLength; } _Self.$Revert = function () { _Self.$GoToPosition(_Self.$GetPosition_OuterEnd() * (playIn || 0)); _ImmediateOutCaptionHanger.$GoToBegin(); }; //Constructor { _ImmediateOutCaptionHanger = new $JssorAnimator$(0, 0); //var streamLineLength = 0; //var captionItems = GetCaptionItems(container, null, [], [], 1); CreateAnimators(0, _PlayMode ? GetCaptionItems(container, 1) : []); } }; //Event Table //$EVT_CLICK = 21; function(slideIndex[, event]) //$EVT_DRAG_START = 22; function(position[, virtualPosition, event]) //$EVT_DRAG_END = 23; function(position, startPosition[, virtualPosition, virtualStartPosition, event]) //$EVT_SWIPE_START = 24; function(position[, virtualPosition]) //$EVT_SWIPE_END = 25; function(position[, virtualPosition]) //$EVT_LOAD_START = 26; function(slideIndex) //$EVT_LOAD_END = 27; function(slideIndex) //$EVT_POSITION_CHANGE = 202; function(position, fromPosition[, virtualPosition, virtualFromPosition]) //$EVT_PARK = 203; function(slideIndex, fromIndex) //$EVT_PROGRESS_CHANGE = 208; function(slideIndex, progress[, progressBegin, idleBegin, idleEnd, progressEnd]) //$EVT_STATE_CHANGE = 209; function(slideIndex, progress[, progressBegin, idleBegin, idleEnd, progressEnd]) //$EVT_ROLLBACK_START = 210; function(slideIndex, progress[, progressBegin, idleBegin, idleEnd, progressEnd]) //$EVT_ROLLBACK_END = 211; function(slideIndex, progress[, progressBegin, idleBegin, idleEnd, progressEnd]) //$EVT_SLIDESHOW_START = 206; function(slideIndex[, progressBegin, slideshowBegin, slideshowEnd, progressEnd]) //$EVT_SLIDESHOW_END = 207; function(slideIndex[, progressBegin, slideshowBegin, slideshowEnd, progressEnd]) //http://www.jssor.com/development/reference-api.html pytango-9.2.2/doc/_static/logo-medium.png000066400000000000000000005211741316324373100203410ustar00rootroot00000000000000PNG  IHDR_sRGBbKGD pHYs\F\FCAtIME  '3CwtEXtCommentCreated with GIMPW IDATxI IDATM.F"[@OPT,W !  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    Welcome to PyTango documentation!

    PyTango is a python module that exposes to Python the complete Tango C++ API. This means that you can write not only tango applications (scripts, CLIs, GUIs) that access tango device servers but also tango device servers themselves, all of this in pure python.

    Check out the getting started guide to learn how to build and/or install PyTango and after that the quick tour can help you with the first steps in the PyTango world. If you need help understanding what Tango itself really is, you can check the Tango homepage where you will find plenty of documentation, FAQ and tutorials.

    {% endblock %} pytango-9.2.2/doc/_templates/indexsidebar.html000066400000000000000000000011661316324373100214450ustar00rootroot00000000000000

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    8.1.6 pytango-9.2.2/doc/_templates/layout.html000066400000000000000000000010241316324373100203120ustar00rootroot00000000000000{% extends "sphinxdoc/layout.html" %} {% block extrahead %} {% endblock %} {% block rootrellink %}
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    • {% endblock %} pytango-9.2.2/doc/api.rst000066400000000000000000000003661316324373100152650ustar00rootroot00000000000000 .. currentmodule:: tango .. _pytango-api: =========== PyTango API =========== .. automodule:: tango .. toctree:: :maxdepth: 1 data_types client_api/index server_api/index database encoded utilities exception pytango-9.2.2/doc/client_api/000077500000000000000000000000001316324373100160645ustar00rootroot00000000000000pytango-9.2.2/doc/client_api/attribute_proxy.rst000066400000000000000000000001571316324373100220650ustar00rootroot00000000000000AttributeProxy -------------- .. currentmodule:: tango .. autoclass:: tango.AttributeProxy :members: pytango-9.2.2/doc/client_api/device_proxy.rst000066400000000000000000000002221316324373100213120ustar00rootroot00000000000000.. currentmodule:: tango DeviceProxy ----------- .. autoclass:: tango.DeviceProxy :show-inheritance: :members: :inherited-members: pytango-9.2.2/doc/client_api/green.rst000066400000000000000000000006051316324373100177170ustar00rootroot00000000000000 .. pytango-client-green-api: ========= Green API ========= Summary: * :func:`tango.get_green_mode` * :func:`tango.set_green_mode` * :func:`tango.futures.DeviceProxy` * :func:`tango.gevent.DeviceProxy` .. autofunction:: tango.get_green_mode .. autofunction:: tango.set_green_mode .. autofunction:: tango.futures.DeviceProxy .. autofunction:: tango.gevent.DeviceProxy pytango-9.2.2/doc/client_api/group.rst000066400000000000000000000022051316324373100177510ustar00rootroot00000000000000 Group ----- .. currentmodule:: tango .. GroupElement is the base class of Group, but is not the base of anything else. So, I don't include it in the documentation but just add its functions into Group by using :inherited-members: Group class ~~~~~~~~~~~ .. autoclass:: tango.Group :show-inheritance: :inherited-members: :members: GroupReply classes ~~~~~~~~~~~~~~~~~~ Group member functions do not return the same as their DeviceProxy counterparts, but objects that contain them. This is: - *write attribute* family returns tango.GroupReplyList - *read attribute* family returns tango.GroupAttrReplyList - *command inout* family returns tango.GroupCmdReplyList The Group*ReplyList objects are just list-like objects containing :class:`~tango.GroupReply`, :class:`~tango.GroupAttrReply` and :class:`~GroupCmdReply` elements that will be described now. Note also that GroupReply is the base of GroupCmdReply and GroupAttrReply. .. autoclass:: tango.GroupReply :members: .. autoclass:: tango.GroupAttrReply :show-inheritance: :members: .. autoclass:: GroupCmdReply :show-inheritance: :members: pytango-9.2.2/doc/client_api/index.rst000066400000000000000000000002131316324373100177210ustar00rootroot00000000000000Client API ========== .. toctree:: :maxdepth: 2 device_proxy attribute_proxy group green miscellaneous other pytango-9.2.2/doc/client_api/miscellaneous.rst000066400000000000000000000045521316324373100214670ustar00rootroot00000000000000.. currentmodule:: tango API util -------- .. autoclass:: ApiUtil :members: Information classes ------------------- See also `Event configuration information`_ Attribute ~~~~~~~~~ .. autoclass:: AttributeAlarmInfo :members: .. autoclass:: AttributeDimension :members: .. autoclass:: AttributeInfo :members: .. autoclass:: AttributeInfoEx :members: see also :class:`AttributeInfo` .. autoclass:: DeviceAttributeConfig :members: Command ~~~~~~~ .. autoclass:: DevCommandInfo :members: .. autoclass:: CommandInfo :members: Other ~~~~~ .. autoclass:: DeviceInfo :members: .. autoclass:: LockerInfo :members: .. autoclass:: PollDevice :members: Storage classes --------------- Attribute: DeviceAttribute ~~~~~~~~~~~~~~~~~~~~~~~~~~ .. autoclass:: DeviceAttribute :members: Command: DeviceData ~~~~~~~~~~~~~~~~~~~ Device data is the type used internally by Tango to deal with command parameters and return values. You don't usually need to deal with it, as command_inout will automatically convert the parameters from any other type and the result value to another type. You can still use them, using command_inout_raw to get the result in a DeviceData. You also may deal with it when reading command history. .. autoclass:: DeviceData :members: Callback related classes ------------------------ If you subscribe a callback in a DeviceProxy, it will be run with a parameter. This parameter depends will be of one of the following classes depending on the callback type. .. autoclass:: AttrReadEvent :members: .. autoclass:: AttrWrittenEvent :members: .. autoclass:: CmdDoneEvent :members: Event related classes --------------------- Event configuration information ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. autoclass:: AttributeEventInfo :members: .. autoclass:: ArchiveEventInfo :members: .. autoclass:: ChangeEventInfo :members: .. autoclass:: PeriodicEventInfo :members: Event arrived structures ~~~~~~~~~~~~~~~~~~~~~~~~ .. autoclass:: EventData :members: .. autoclass:: AttrConfEventData :members: .. autoclass:: DataReadyEventData :members: History classes --------------- .. autoclass:: DeviceAttributeHistory :show-inheritance: :members: See :class:`DeviceAttribute`. .. autoclass:: DeviceDataHistory :show-inheritance: :members: See :class:`DeviceData`. pytango-9.2.2/doc/client_api/other.rst000066400000000000000000000020401316324373100177330ustar00rootroot00000000000000.. currentmodule:: tango Enumerations & other classes ---------------------------- Enumerations ~~~~~~~~~~~~ .. autoclass:: tango.LockerLanguage .. autoclass:: tango.CmdArgType .. autoclass:: tango.MessBoxType .. autoclass:: tango.PollObjType .. autoclass:: tango.PollCmdCode .. autoclass:: tango..SerialModel .. autoclass:: tango.AttReqType .. autoclass:: tango.LockCmdCode .. autoclass:: tango.LogLevel .. autoclass:: tango.LogTarget .. autoclass:: tango.EventType .. autoclass:: tango.KeepAliveCmdCode .. autoclass:: tango.AccessControlType .. autoclass:: tango.asyn_req_type .. autoclass:: tango.cb_sub_model .. autoclass:: tango.AttrQuality .. autoclass:: tango.AttrWriteType .. autoclass:: tango.AttrDataFormat .. autoclass:: tango.PipeWriteType .. autoclass:: tango.DevSource .. autoclass:: tango.ErrSeverity .. autoclass:: tango.DevState .. autoclass:: tango.DispLevel .. autoclass:: tango.GreenMode Other classes ~~~~~~~~~~~~~ .. autoclass:: tango.Release :members: .. autoclass:: tango.TimeVal :members: pytango-9.2.2/doc/conf.py000066400000000000000000000430341316324373100152600ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ import sys import os import re # If extensions (or modules to document with autodoc) are in another directory, # add these directories to sys.path here. If the directory is relative to the # documentation root, use os.path.abspath to make it absolute, like shown here. sys.path.append(os.path.abspath('../')) sys.path.append(os.path.abspath('./')) # Import tango try: import tango except ImportError: from mock_tango_extension import tango from tango import Release print("Building documentation for PyTango {0}".format(Release.version_long)) print("Using PyTango from: {0}".format(os.path.dirname(tango.__file__))) needs_sphinx = "1.0" # -- General configuration ----------------------------------------------------- # Add any Sphinx extension module names here, as strings. They can be extensions # coming with Sphinx (named 'sphinx.ext.*') or your custom ones. extensions = ['sphinx.ext.pngmath', 'sphinx.ext.autodoc', 'sphinx.ext.doctest', 'sphinx.ext.intersphinx', 'sphinx.ext.todo', 'sphinx.ext.graphviz'] # Add any paths that contain templates here, relative to this directory. templates_path = ['_templates'] # The suffix of source filenames. source_suffix = '.rst' # The encoding of source files. #source_encoding = 'utf-8' # The master toctree document. master_doc = 'contents' # General information about the project. project = u'PyTango' copyright = u"""Except where otherwise noted, content on this site is licensed under a Creative Commons Attribution 3.0 License""" #Ideally we would like to put the following html code for copyright... but how? '''\ Creative Commons License
    PyTango Documentation by ESRF is licensed under a Creative Commons Attribution-Share Alike 3.0 Spain License.''' # The version info for the project you're documenting, acts as replacement for # |version| and |release|, also used in various other places throughout the # built documents. # # The short X.Y version. version = '.'.join(Release.version.split('.')[:2]) # The full version, including alpha/beta/rc tags. release = Release.version_long # The language for content autogenerated by Sphinx. Refer to documentation # for a list of supported languages. #language = None # There are two options for replacing |today|: either, you set today to some # non-false value, then it is used: #today = '' # Else, today_fmt is used as the format for a strftime call. #today_fmt = '%B %d, %Y' # List of documents that shouldn't be included in the build. #unused_docs = [] # List of directories, relative to source directory, that shouldn't be searched # for source files. exclude_trees = ['_build'] # The reST default role (used for this markup: `text`) to use for all documents. #default_role = None # If true, '()' will be appended to :func: etc. cross-reference text. #add_function_parentheses = True # If true, the current module name will be prepended to all description # unit titles (such as .. function::). #add_module_names = True # If true, sectionauthor and moduleauthor directives will be shown in the # output. They are ignored by default. #show_authors = False # The name of the Pygments (syntax highlighting) style to use. pygments_style = 'sphinx' # A list of ignored prefixes for module index sorting. #modindex_common_prefix = [] # -- Options for HTML output --------------------------------------------------- # The theme to use for HTML and HTML Help pages. Major themes that come with # Sphinx are currently 'default' and 'sphinxdoc'. html_theme = 'sphinxdoc' # Theme options are theme-specific and customize the look and feel of a theme # further. For a list of options available for each theme, see the # documentation. #html_theme_options = {} # Add any paths that contain custom themes here, relative to this directory. #html_theme_path = [] html_style = 'pytango.css' # The name for this set of Sphinx documents. If None, it defaults to # " v documentation". #html_title = "PyTango documentation" # A shorter title for the navigation bar. Default is the same as html_title. #html_short_title = "PyTango" # The name of an image file (relative to this directory) to place at the top # of the sidebar. html_logo = '_static/logo.png' # The name of an image file (within the static path) to use as favicon of the # docs. This file should be a Windows icon file (.ico) being 16x16 or 32x32 # pixels large. html_favicon = '_static/logo.ico' # Add any paths that contain custom static files (such as style sheets) here, # relative to this directory. They are copied after the builtin static files, # so a file named "default.css" will overwrite the builtin "default.css". html_static_path = ['_static'] # If not '', a 'Last updated on:' timestamp is inserted at every page bottom, # using the given strftime format. #html_last_updated_fmt = '%b %d, %Y' # If true, SmartyPants will be used to convert quotes and dashes to # typographically correct entities. #html_use_smartypants = True # Custom sidebar templates, maps document names to template names. html_sidebars = {'index': ['indexsidebar.html']} # Additional templates that should be rendered to pages, maps page names to # template names. html_additional_pages = { 'index' : 'index.html' } # If false, no module index is generated. #html_use_modindex = True # If false, no index is generated. #html_use_index = True # If true, the index is split into individual pages for each letter. #html_split_index = False # If true, links to the reST sources are added to the pages. #html_show_sourcelink = True # If true, "Created using Sphinx" is shown in the HTML footer. Default is True. #html_show_sphinx = True # If true, "(C) Copyright ..." is shown in the HTML footer. Default is True. #html_show_copyright = True # If true, an OpenSearch description file will be output, and all pages will # contain a tag referring to it. The value of this option must be the # base URL from which the finished HTML is served. #html_use_opensearch = '' # If nonempty, this is the file name suffix for HTML files (e.g. ".xhtml"). #html_file_suffix = '' # Output file base name for HTML help builder. htmlhelp_basename = 'PyTangodoc' # -- Options for LaTeX output -------------------------------------------------- # Grouping the document tree into LaTeX files. List of tuples # (source start file, target name, title, author, documentclass [howto/manual]). latex_documents = [ ('contents', 'PyTango.tex', u'PyTango Documentation', u'PyTango team', 'manual'), ] # The name of an image file (relative to this directory) to place at the top of # the title page. latex_logo = '_static/logo.png' latex_elements = { 'fontpkg': '\\usepackage{palatino}', 'papersize': 'a4paper', 'pointsize': '10pt', } latex_show_urls = 'no' # For "manual" documents, if this is true, then toplevel headings are parts, # not chapters. #latex_use_parts = False # Additional stuff for the LaTeX preamble. #latex_preamble = '' # Documents to append as an appendix to all manuals. #latex_appendices = [] # If false, no module index is generated. #latex_use_modindex = True # -- Options for RST ----------------------------------------------------------- rst_epilog = """\ .. _Tango: http://www.tango-controls.org .. _Python: http://python.org .. _IPython: http://ipython.org .. _numpy: http://www.numpy.org .. _gevent: http://www.gevent.org .. _asyncio: https://asyncio.readthedocs.io/en/latest/ .. _boost-python: http://www.boost.org/libs/python .. _PyPi: https://pypi.python.org/pypi/pytango .. _issues: https://github.com/tango-controls/pytango/issues .. _PRs: https://github.com/tango-controls/pytango/pulls """ # -- Options for reference to other documentation ------------------------------ intersphinx_mapping = { 'http://docs.python.org/dev': None, 'http://docs.scipy.org/doc/scipy/reference': None, 'http://docs.scipy.org/doc/numpy': None, 'http://ipython.org/ipython-doc/stable': None, 'http://api.mongodb.org/python/current': None, 'http://packages.python.org/CouchDB': None, 'http://pycassa.github.com/pycassa': None, 'http://docs.sqlalchemy.org/en/latest': None, } todo_include_todos = True def copy_spaces(origin): r = '' for x in range(len(origin)): if origin[x] in (' ', '\t'): r += origin[x] else: return r return r def type_to_link(tipus): if tipus[:9] == 'sequence<' and tipus[-1:] == '>': return 'sequence<' + type_to_link(tipus[9:-1]) + '>' #elif tipus in dir(PyTango): else: return ':class:`' + tipus + "`" #else: # return tipus def type_to_pytango_link(tipus): if tipus[:9] == 'sequence<' and tipus[-1:] == '>': return 'sequence<' + type_to_link(tipus[9:-1]) + '>' elif tipus in dir(tango): return ':class:`' + tipus + "`" else: return tipus def possible_type_to_link(text): if len(text) and text[0] == '(' and text[-1] == ')': return '(' + type_to_link(text[1:-1]) +')' return text def parse_typed_line(line): spacesSplit = line.strip().split(' ') first = spacesSplit[0].strip() return possible_type_to_link(first) + ' ' + ' '.join(spacesSplit[1:]) def parse_parameters(line): spaces = copy_spaces(line) miniLine = line.strip() if miniLine[:2] != '- ': return line spl = miniLine[2:].split(':', 1) assert(len(spl) == 2) return spaces + ':' + spl[0].strip() + ': ' + parse_typed_line(spl[1]) def parse_bullet_with_type(line): spaces = copy_spaces(line) miniLine = line.strip() if miniLine[:2] not in ['- ', '* ']: return line spl = miniLine.split(':', 1) if len(spl) != 2: return line return spaces + spl[0] + ': ' + parse_typed_line(spl[1]) def parse_throws(line): words = re.split('(\W+)', line) assert(line == ''.join(words)) return ''.join(map(type_to_pytango_link, words)) # http://codedump.tumblr.com/post/94712647/handling-python-docstring-indentation def docstring_to_lines(docstring): if not docstring: return [] lines = docstring.expandtabs().splitlines() # Determine minimum indentation (first line doesn't count): indent = sys.maxint for line in lines[1:]: stripped = line.lstrip() if stripped: indent = min(indent, len(line) - len(stripped)) # Remove indentation (first line is special): trimmed = [lines[0].strip()] if indent < sys.maxint: for line in lines[1:]: trimmed.append(line[indent:].rstrip()) # Strip off trailing and leading blank lines: while trimmed and not trimmed[-1]: trimmed.pop() while trimmed and not trimmed[0]: trimmed.pop(0) return trimmed def search_ONLY_signature(name, text): lines = docstring_to_lines(text) # There should be ONE signature and must be the FIRST text # Signature is the ONLY starting at position 0 signatureLine = None for ln in range(len(lines)): line = lines[ln] if len(line.strip()) and line[0] != ' ': parentesis = line.split('(', 1) fname = parentesis[0].strip() if len(parentesis)==2 and fname == name.rsplit('.',1)[1]: if signatureLine is not None: # More than one signature! return None signatureLine = ln else: return None # There's a text as FIRST text that's NOT the signature! if signatureLine is None: return None return lines[signatureLine] def split_signature(text): if text is None: return None # split "fname(params)", "returntype" ops = text.split('->') if len(ops) != 2: return None # get rid of "fname" params = ops[0].strip() ret_type = ops[1].strip() p = params.find('(') if p < 0: return None params = params[p:] return params, ret_type _with_only_one_signature_methods = {} def __reformat_lines(app, what, name, obj, options, lines): global _with_only_one_signature_methods if what != 'method': for ln in range(len(lines)): lines[ln] = parse_bullet_with_type(lines[ln]) return toinsert = [] parsingParameters = False parsingThrows = False toinsert.append((0, "")) for ln in range(len(lines)): line = lines[ln] if len(line) and line[0] != ' ': if name in _with_only_one_signature_methods: # This method has one and only one signature. So it will # be displayed by sphinx, there's no need for us to fake # it here... lines[ln] = "" else: parentesis = line.split('(', 1) fname = parentesis[0].strip() if len(parentesis)==2 and fname == name.rsplit('.',1)[1]: sg = split_signature(line) if sg is not None: # Main lines are like small titles (**bold**): lines[ln] = '**' + fname +'** *' + sg[0] + '* **->** ' + type_to_link(sg[1]) # Add an ENTER after the title, to make a different # paragraph. So if I have 2 signatures, there's no problem # with it... toinsert.append((ln+1, "")) ## Main lines are like small titles (**bold**): #lines[ln]='**' + line.strip() + '**' ## Add an ENTER after the title, to make a different ## paragraph. So if I have 2 signatures, there's no problem ## with it... #toinsert.append((ln+1, "")) # Mark the "New in this version" lines... if line.strip()[:14] == "New in PyTango": lines[ln] = copy_spaces(lines[ln]) + "*" + line.strip() + "*" parsingParameters = False parsingThrows = False # Look for special control_words # To replace the actual syntax: "Return : something" # with the one understood by reStructuredText ":Return: something" spl = line.strip().split(':', 1) control_word = spl[0].strip() if ((len(spl) != 2) or (control_word not in ["Parameters", "Return", "Throws", "Example", "See Also" ]) ): if parsingParameters: lines[ln] = parse_parameters(line) elif parsingThrows: lines[ln] = parse_throws(line) continue parsingParameters = False parsingThrows = False spaces = copy_spaces(line) # The Example control word is even more special. I will put # the contents from the following line into a code tag (::) if control_word == 'Example': lines[ln] = spaces + ":" + control_word + ": " + spl[1] toinsert.append((ln+1, "")) toinsert.append((ln+1, spaces + ' ::')) toinsert.append((ln+1, "")) elif control_word == 'Parameters': lines[ln] = spaces + ":Parameters:" + parse_parameters(spl[1]) parsingParameters = True elif control_word == 'Return': lines[ln] = spaces + ":Return: " + parse_typed_line(spl[1]) elif control_word == "Throws": lines[ln] = spaces + ":Throws:" + parse_throws(spl[1]) parsingThrows = True else: lines[ln] = spaces + ":" + control_word + ": " + spl[1] for x in range(len(toinsert)-1, -1, -1): pos, txt = toinsert[x] lines.insert(pos, txt) def __process_signature(app, what, name, obj, options, signature, return_annotation): global _with_only_one_signature_methods if what != 'method': return sg = split_signature(search_ONLY_signature(name, obj.__doc__)) if sg is not None: _with_only_one_signature_methods[name] = True return sg return (signature, return_annotation) def setup(app): # sphinx will call these methods when he finds an object to document. # I want to edit the docstring to adapt its format to something more # beautiful. # I also want to edit the signature because boost methods have no # signature. I will read the signature from the docstring. # The order sphinx will call it is __process_signature, __reformat_lines. # And it is important because I keep some information between the two # processes # Problem is __process_signature works great with python methods... # but is not even called for methods defined by boost. So, as it is, # is useless now. #app.connect('autodoc-process-signature', __process_signature) app.connect('autodoc-process-docstring', __reformat_lines) pytango-9.2.2/doc/contents.rst000066400000000000000000000005411316324373100163440ustar00rootroot00000000000000 .. currentmodule:: tango .. _contents: ======== Contents ======== .. toctree:: :maxdepth: 2 :titlesonly: start quicktour ITango green_modes/green API How to How to contribute FAQ TEP History of changes **Last update:** |today| pytango-9.2.2/doc/data_types.rst000066400000000000000000001111351316324373100166460ustar00rootroot00000000000000.. currentmodule:: tango .. _pytango-data-types: Data types ========== This chapter describes the mapping of data types between Python and Tango. Tango has more data types than Python which is more dynamic. The input and output values of the commands are translated according to the array below. Note that if PyTango is compiled with :py:mod:`numpy` support the numpy type will be the used for the input arguments. Also, it is recomended to use numpy arrays of the appropiate type for output arguments as well, as they tend to be much more efficient. **For scalar types (SCALAR)** +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | Tango data type | Python 2.x type | Python 3.x type (*New in PyTango 8.0*) | +=========================+===========================================================================+===========================================================================+ | DEV_VOID | No data | No data | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_BOOLEAN | :py:obj:`bool` | :py:obj:`bool` | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_SHORT | :py:obj:`int` | :py:obj:`int` | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_LONG | :py:obj:`int` | :py:obj:`int` | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_LONG64 | - :py:obj:`long` (on a 32 bits computer) | :py:obj:`int` | | | - :py:obj:`int` (on a 64 bits computer) | | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_FLOAT | :py:obj:`float` | :py:obj:`float` | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_DOUBLE | :py:obj:`float` | :py:obj:`float` | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_USHORT | :py:obj:`int` | :py:obj:`int` | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_ULONG | :py:obj:`int` | :py:obj:`int` | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_ULONG64 | * :py:obj:`long` (on a 32 bits computer) | :py:obj:`int` | | | * :py:obj:`int` (on a 64 bits computer) | | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEV_STRING | :py:obj:`str` | :py:obj:`str` (decoded with *latin-1*, aka *ISO-8859-1*) | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | sequence of two elements: | sequence of two elements: | | DEV_ENCODED | | | | (*New in PyTango 8.0*) | 0. :py:obj:`str` | 0. :py:obj:`str` (decoded with *latin-1*, aka *ISO-8859-1*) | | | 1. :py:obj:`bytes` (for any value of *extract_as*) | 1. :py:obj:`bytes` (for any value of *extract_as*, except String. | | | | In this case it is :py:obj:`str` (decoded with default python | | | | encoding *utf-8*)) | +-------------------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ **For array types (SPECTRUM/IMAGE)** +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | Tango data type | ExtractAs | Data type (Python 2.x) | Data type (Python 3.x) (*New in PyTango 8.0*) | +=========================+=================+===========================================================================+===========================================================================+ | DEVVAR_CHARARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint8`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint8`) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` <:py:obj:`int`> | :py:class:`list` <:py:obj:`int`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` <:py:obj:`int`> | :py:class:`tuple` <:py:obj:`int`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_SHORTARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint16`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint16`) | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_SHORT + SPECTRUM) | Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_SHORT + IMAGE) | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` <:py:obj:`int`> | :py:class:`list` <:py:obj:`int`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` <:py:obj:`int`> | :py:class:`tuple` <:py:obj:`int`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_LONGARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint32`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint32`) | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_LONG + SPECTRUM) | Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_LONG + IMAGE) | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` <:py:obj:`int`> | :py:class:`list` <:py:obj:`int`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` <:py:obj:`int`> | :py:class:`tuple` <:py:obj:`int`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_LONG64ARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint64`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint64`) | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_LONG64 + SPECTRUM) | Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_LONG64 + IMAGE) | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` | :py:class:`list` <:py:obj:`int`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` | :py:class:`tuple` <:py:obj:`int`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_FLOATARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.float32`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.float32`) | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_FLOAT + SPECTRUM) | Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_FLOAT + IMAGE) | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` <:py:obj:`float`> | :py:class:`list` <:py:obj:`float`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` <:py:obj:`float`> | :py:class:`tuple` <:py:obj:`float`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_DOUBLEARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.float64`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.float64`) | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_DOUBLE + SPECTRUM) | Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_DOUBLE + IMAGE) | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` <:py:obj:`float`> | :py:class:`list` <:py:obj:`float`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` <:py:obj:`float`> | :py:class:`tuple` <:py:obj:`float`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_USHORTARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint16`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint16`) | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_USHORT + SPECTRUM) | Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_USHORT + IMAGE) | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` <:py:obj:`int`> | :py:class:`list` <:py:obj:`int`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` <:py:obj:`int`> | :py:class:`tuple` <:py:obj:`int`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_ULONGARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint32`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint32`) | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_ULONG + SPECTRUM) | Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_ULONG + IMAGE) | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` <:py:obj:`int`> | :py:class:`list` <:py:obj:`int`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` <:py:obj:`int`> | :py:class:`tuple` <:py:obj:`int`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_ULONG64ARRAY | Numpy | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint64`) | :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.uint64`) | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_ULONG64 + SPECTRUM)| Bytes | :py:obj:`bytes` (which is in fact equal to :py:obj:`str`) | :py:obj:`bytes` | | or +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | (DEV_ULONG64 + IMAGE) | ByteArray | :py:obj:`bytearray` | :py:obj:`bytearray` | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | String | :py:obj:`str` | String :py:obj:`str` (decoded with default python encoding *utf-8*!!!) | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | List | :py:class:`list` | :py:class:`list` <:py:obj:`int`> | | +-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | Tuple | :py:class:`tuple` | :py:class:`tuple` <:py:obj:`int`> | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | DEVVAR_STRINGARRAY | | sequence<:py:obj:`str`> | sequence<:py:obj:`str`> | | or | | | (decoded with *latin-1*, aka *ISO-8859-1*) | | (DEV_STRING + SPECTRUM) | | | | | or | | | | | (DEV_STRING + IMAGE) | | | | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | | sequence of two elements: | sequence of two elements: | | DEV_LONGSTRINGARRAY | | | | | | | 0. :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.int32`) or | 0. :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.int32`) or | | | | sequence<:py:obj:`int`> | sequence<:py:obj:`int`> | | | | 1. sequence<:py:obj:`str`> | 1. sequence<:py:obj:`str`> (decoded with *latin-1*, aka *ISO-8859-1*) | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ | | | sequence of two elements: | sequence of two elements: | | DEV_DOUBLESTRINGARRAY | | | | | | | 0. :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.float64`) or | 0. :py:class:`numpy.ndarray` (dtype= :py:obj:`numpy.float64`) or | | | | sequence<:py:obj:`int`> | sequence<:py:obj:`int`> | | | | 1. sequence<:py:obj:`str`> | 1. sequence<:py:obj:`str`> (decoded with *latin-1*, aka *ISO-8859-1*) | +-------------------------+-----------------+---------------------------------------------------------------------------+---------------------------------------------------------------------------+ For SPECTRUM and IMAGES the actual sequence object used depends on the context where the tango data is used, and the availability of :py:mod:`numpy`. 1. for properties the sequence is always a :py:class:`list`. Example:: >>> import tango >>> db = tango.Database() >>> s = db.get_property(["TangoSynchrotrons"]) >>> print type(s) 2. for attribute/command values - :py:class:`numpy.ndarray` if PyTango was compiled with :py:mod:`numpy` support (default) and :py:mod:`numpy` is installed. - :py:class:`list` otherwise .. _pytango-pipe-data-types: Pipe data types --------------- Pipes require different data types. You can think of them as a structured type. A pipe transports data which is called a *blob*. A *blob* consists of name and a list of fields. Each field is called *data element*. Each *data element* consists of a name and a value. *Data element* names must be unique in the same blob. The value can be of any of the SCALAR or SPECTRUM tango data types (except DevEnum). Additionally, the value can be a *blob* itself. In PyTango, a *blob* is represented by a sequence of two elements: * blob name (str) * data is either: * sequence (:py:class:`list`, :py:class:`tuple`, or other) of data elements where each element is a :py:class:`dict` with the following keys: * *name* (mandatory): (str) data element name * *value* (mandatory): data (compatible with any of the SCALAR or SPECTRUM data types except DevEnum). If value is to be a sub-*blob* then it should be sequence of [*blob name*, sequence of data elements] (see above) * *dtype* (optional, mandatory if a DevEncoded is required): see :ref:`Data type equivalence `. If dtype key is not given, PyTango will try to find the proper tango type by inspecting the value. * a :py:class:`dict` where key is the data element name and value is the data element value (compact version) When using the compact dictionary version note that the order of the data elements is lost. If the order is important for you, consider using :py:class:`collections.OrderedDict` instead (if you have python >=2.7. If not you can use ``ordereddict`` backport module available on pypi). Also, in compact mode it is not possible to enforce a specific type. As a consequence, DevEncoded is not supported in compact mode. The description sounds more complicated that it actually is. Here are some practical examples of what you can return in a server as a read request from a pipe:: import numpy as np # plain (one level) blob showing different tango data types # (explicity and implicit): PIPE0 = \ ('BlobCase0', ({'name': 'DE1', 'value': 123,}, # converts to DevLong64 {'name': 'DE2', 'value': np.int32(456),}, # converts to DevLong {'name': 'DE3', 'value': 789, 'dtype': 'int32'}, # converts to DevLong {'name': 'DE4', 'value': np.uint32(123)}, # converts to DevULong {'name': 'DE5', 'value': range(5), 'dtype': ('uint16',)}, # converts to DevVarUShortArray {'name': 'DE6', 'value': [1.11, 2.22], 'dtype': ('float64',)}, # converts to DevVarDoubleArray {'name': 'DE7', 'value': numpy.zeros((100,))}, # converts to DevVarDoubleArray {'name': 'DE8', 'value': True}, # converts to DevBoolean ) ) # similar as above but in compact version (implicit data type conversion): PIPE1 = \ ('BlobCase1', dict(DE1=123, DE2=np.int32(456), DE3=np.int32(789), DE4=np.uint32(123), DE5=np.arange(5, dtype='uint16'), DE6=[1.11, 2.22], DE7=numpy.zeros((100,)), DE8=True) ) # similar as above but order matters so we use an ordered dict: import collections data = collections.OrderedDict() data['DE1'] = 123 data['DE2'] = np.int32(456) data['DE3'] = np.int32(789) data['DE4'] = np.uint32(123) data['DE5'] = np.arange(5, dtype='uint16') data['DE6'] = [1.11, 2.22] data['DE7'] = numpy.zeros((100,)) data['DE8'] = True PIPE2 = 'BlobCase2', data # another plain blob showing string, string array and encoded data types: PIPE3 = \ ('BlobCase3', ({'name': 'stringDE', 'value': 'Hello'}, {'name': 'VectorStringDE', 'value': ('bonjour', 'le', 'monde')}, {'name': 'DevEncodedDE', 'value': ('json', '"isn\'t it?"'), 'dtype': 'bytes'}, ) ) # blob with sub-blob which in turn has a sub-blob PIPE4 = \ ('BlobCase4', ({'name': '1DE', 'value': ('Inner', ({'name': '1_1DE', 'value': 'Grenoble'}, {'name': '1_2DE', 'value': ('InnerInner', ({'name': '1_1_1DE', 'value': np.int32(111)}, {'name': '1_1_2DE', 'value': [3.33]})) }) )}, {'name': '2DE', 'value': (3,4,5,6), 'dtype': ('int32',) }, ) ) pytango-9.2.2/doc/database.rst000066400000000000000000000006671316324373100162640ustar00rootroot00000000000000Database API ============ .. currentmodule:: tango .. autoclass:: tango.Database :members: .. autoclass:: tango.DbDatum :members: .. autoclass:: tango.DbDevExportInfo :members: .. autoclass:: tango.DbDevExportInfo :members: .. autoclass:: tango.DbDevImportInfo :members: .. autoclass:: tango.DbDevInfo :members: .. autoclass:: tango.DbHistory :members: .. autoclass:: tango.DbServerInfo :members: pytango-9.2.2/doc/encoded.rst000066400000000000000000000002531316324373100161100ustar00rootroot00000000000000 .. _encoded: Encoded API =========== *This feature is only possible since PyTango 7.1.4* .. currentmodule:: tango .. autoclass:: tango.EncodedAttribute :members: pytango-9.2.2/doc/environment.yml000066400000000000000000000001011316324373100170340ustar00rootroot00000000000000name: py35 dependencies: - python=3.5 - numpy - gevent - graphvizpytango-9.2.2/doc/exception.rst000066400000000000000000000306401316324373100165100ustar00rootroot00000000000000.. currentmodule:: tango .. highlight:: python :linenothreshold: 4 .. _pytango-exception-api: Exception API ============= Exception definition -------------------- All the exceptions that can be thrown by the underlying Tango C++ API are available in the PyTango python module. Hence a user can catch one of the following exceptions: - :class:`DevFailed` - :class:`ConnectionFailed` - :class:`CommunicationFailed` - :class:`WrongNameSyntax` - :class:`NonDbDevice` - :class:`WrongData` - :class:`NonSupportedFeature` - :class:`AsynCall` - :class:`AsynReplyNotArrived` - :class:`EventSystemFailed` - :class:`NamedDevFailedList` - :class:`DeviceUnlocked` When an exception is caught, the sys.exc_info() function returns a tuple of three values that give information about the exception that is currently being handled. The values returned are (type, value, traceback). Since most functions don't need access to the traceback, the best solution is to use something like exctype, value = sys.exc_info()[:2] to extract only the exception type and value. If one of the Tango exceptions is caught, the exctype will be class name of the exception (DevFailed, .. etc) and the value a tuple of dictionary objects all of which containing the following kind of key-value pairs: - **reason**: a string describing the error type (more readable than the associated error code) - **desc**: a string describing in plain text the reason of the error. - **origin**: a string giving the name of the (C++ API) method which thrown the exception - **severity**: one of the strings WARN, ERR, PANIC giving severity level of the error. :: import tango # How to protect the script from exceptions raised by the Tango try: # Get proxy on a non existing device should throw an exception device = tango.DeviceProxy("non/existing/device") except DevFailed as df: print("Failed to create proxy to non/existing/device:\n%s" % df) Throwing exception in a device server ------------------------------------- The C++ :class:`~tango::Except` class with its most important methods have been wrapped to Python. Therefore, in a Python device server, you have the following methods to throw, re-throw or print a Tango::DevFailed exception : - :meth:`~tango.Except.throw_exception` which is a static method - :meth:`~tango.Except.re_throw_exception` which is also a static method - :meth:`~tango.Except.print_exception` which is also a static method The following code is an example of a command method requesting a command on a sub-device and re-throwing the exception in case of:: try: dev.command_inout("SubDevCommand") except tango.DevFailed as df: tango.Except.re_throw_exception(df, "MyClass_CommandFailed", "Sub device command SubdevCommand failed", "Command()") :line 2: Send the command to the sub device in a try/catch block :line 4-6: Re-throw the exception and add a new level of information in the exception stack Exception API ------------- .. autoclass:: tango.Except :show-inheritance: :members: .. autoclass:: tango.DevError :show-inheritance: :members: .. autoexception:: tango.DevFailed :show-inheritance: :members: .. autoexception:: tango.ConnectionFailed :show-inheritance: This exception is thrown when a problem occurs during the connection establishment between the application and the device. The API is stateless. This means that DeviceProxy constructors filter most of the exception except for cases described in the following table. The desc DevError structure field allows a user to get more precise information. These informations are : **DB_DeviceNotDefined** The name of the device not defined in the database **API_CommandFailed** The device and command name **API_CantConnectToDevice** The device name **API_CorbaException** The name of the CORBA exception, its reason, its locality, its completed flag and its minor code **API_CantConnectToDatabase** The database server host and its port number **API_DeviceNotExported** The device name .. autoexception:: tango.CommunicationFailed :show-inheritance: This exception is thrown when a communication problem is detected during the communication between the client application and the device server. It is a two levels Tango::DevError structure. In case of time-out, the DevError structures fields are: +-------+--------------------+-------------------------------------------------+----------+ | Level | Reason | Desc | Severity | +=======+====================+=================================================+==========+ | 0 | API_CorbaException | CORBA exception fields translated into a string | ERR | +-------+--------------------+-------------------------------------------------+----------+ | 1 | API_DeviceTimedOut | String with time-out value and device name | ERR | +-------+--------------------+-------------------------------------------------+----------+ For all other communication errors, the DevError structures fields are: +-------+-------------------------+----------------------------------------------------+----------+ | Level | Reason | Desc | Severity | +=======+=========================+====================================================+==========+ | 0 | API_CorbaException | CORBA exception fields translated into a string | ERR | +-------+-------------------------+----------------------------------------------------+----------+ | 1 | API_CommunicationFailed | String with device, method, command/attribute name | ERR | +-------+-------------------------+----------------------------------------------------+----------+ .. autoexception:: tango.WrongNameSyntax :show-inheritance: This exception has only one level of Tango::DevError structure. The possible value for the reason field are : **API_UnsupportedProtocol** This error occurs when trying to build a DeviceProxy or an AttributeProxy instance for a device with an unsupported protocol. Refer to the appendix on device naming syntax to get the list of supported database modifier **API_UnsupportedDBaseModifier** This error occurs when trying to build a DeviceProxy or an AttributeProxy instance for a device/attribute with a database modifier unsupported. Refer to the appendix on device naming syntax to get the list of supported database modifier **API_WrongDeviceNameSyntax** This error occurs for all the other error in device name syntax. It is thrown by the DeviceProxy class constructor. **API_WrongAttributeNameSyntax** This error occurs for all the other error in attribute name syntax. It is thrown by the AttributeProxy class constructor. **API_WrongWildcardUsage** This error occurs if there is a bad usage of the wildcard character .. autoexception:: tango.NonDbDevice :show-inheritance: This exception has only one level of Tango::DevError structure. The reason field is set to API_NonDatabaseDevice. This exception is thrown by the API when using the DeviceProxy or AttributeProxy class database access for non-database device. .. autoexception:: tango.WrongData :show-inheritance: This exception has only one level of Tango::DevError structure. The possible value for the reason field are : **API_EmptyDbDatum** This error occurs when trying to extract data from an empty DbDatum object **API_IncompatibleArgumentType** This error occurs when trying to extract data with a type different than the type used to send the data **API_EmptyDeviceAttribute** This error occurs when trying to extract data from an empty DeviceAttribute object **API_IncompatibleAttrArgumentType** This error occurs when trying to extract attribute data with a type different than the type used to send the data **API_EmptyDeviceData** This error occurs when trying to extract data from an empty DeviceData object **API_IncompatibleCmdArgumentType** This error occurs when trying to extract command data with a type different than the type used to send the data .. autoexception:: tango.NonSupportedFeature :show-inheritance: This exception is thrown by the API layer when a request to a feature implemented in Tango device interface release n is requested for a device implementing Tango device interface n-x. There is one possible value for the reason field which is API_UnsupportedFeature. .. autoexception:: tango.AsynCall :show-inheritance: This exception is thrown by the API layer when a the asynchronous model id badly used. This exception has only one level of Tango::DevError structure. The possible value for the reason field are : **API_BadAsynPollId** This error occurs when using an asynchronous request identifier which is not valid any more. **API_BadAsyn** This error occurs when trying to fire callback when no callback has been previously registered **API_BadAsynReqType** This error occurs when trying to get result of an asynchronous request with an asynchronous request identifier returned by a non-coherent asynchronous request (For instance, using the asynchronous request identifier returned by a command_inout_asynch() method with a read_attribute_reply() attribute). .. autoexception:: tango.AsynReplyNotArrived :show-inheritance: This exception is thrown by the API layer when: - a request to get asynchronous reply is made and the reply is not yet arrived - a blocking wait with timeout for asynchronous reply is made and the timeout expired. There is one possible value for the reason field which is API_AsynReplyNotArrived. .. autoexception:: tango.EventSystemFailed :show-inheritance: This exception is thrown by the API layer when subscribing or unsubscribing from an event failed. This exception has only one level of Tango::DevError structure. The possible value for the reason field are : **API_NotificationServiceFailed** This error occurs when the subscribe_event() method failed trying to access the CORBA notification service **API_EventNotFound** This error occurs when you are using an incorrect event_id in the unsubscribe_event() method **API_InvalidArgs** This error occurs when NULL pointers are passed to the subscribe or unsubscribe event methods **API_MethodArgument** This error occurs when trying to subscribe to an event which has already been subsribed to **API_DSFailedRegisteringEvent** This error means that the device server to which the device belongs to failed when it tries to register the event. Most likely, it means that there is no event property defined **API_EventNotFound** Occurs when using a wrong event identifier in the unsubscribe_event method .. autoexception:: tango.DeviceUnlocked :show-inheritance: This exception is thrown by the API layer when a device locked by the process has been unlocked by an admin client. This exception has two levels of Tango::DevError structure. There is only possible value for the reason field which is **API_DeviceUnlocked** The device has been unlocked by another client (administration client) The first level is the message reported by the Tango kernel from the server side. The second layer is added by the client API layer with informations on which API call generates the exception and device name. .. autoexception:: tango.NotAllowed :show-inheritance: .. autoexception:: tango.NamedDevFailedList :show-inheritance: This exception is only thrown by the DeviceProxy::write_attributes() method. In this case, it is necessary to have a new class of exception to transfer the error stack for several attribute(s) which failed during the writing. Therefore, this exception class contains for each attributes which failed : - The name of the attribute - Its index in the vector passed as argumen tof the write_attributes() method - The error stack pytango-9.2.2/doc/faq.rst000066400000000000000000000027431316324373100152640ustar00rootroot00000000000000.. currentmodule:: tango .. _pytango-faq: FAQ === Answers to general Tango questions can be found in the `general tango tutorial `_. Please also check the `general tango how to `_. **How can I report an issue?** Bug reports are very valuable for the community. Please open a new issue on the GitHub issues_ page. **How can I contribute to PyTango and the documentation?** Contribution are always welcome! You can open pull requests on the GitHub PRs_ page. **I got a libbost_python error when I try to import tango module...** For instance:: >>> import tango ImportError: libboost_python.so.1.53.0: cannot open shared object file: No such file or directory You must check that you have the correct boost python installed on your computer. To see which boost python file PyTango needs, type: .. sourcecode:: console $ ldd /usr/lib64/python2.7/site-packages/tango/_tango.so linux-vdso.so.1 => (0x00007ffea7562000) libtango.so.9 => /lib64/libtango.so.9 (0x00007fac04011000) libomniORB4.so.1 => /lib64/libomniORB4.so.1 (0x00007fac03c62000) libboost_python.so.1.53.0 => not found [...] **I have more questions, where can I ask?** The `Tango forum `_ is a good place to get some support. Meet us in the `Python section `_. pytango-9.2.2/doc/green_modes/000077500000000000000000000000001316324373100162445ustar00rootroot00000000000000pytango-9.2.2/doc/green_modes/client_asyncio_mode.rst000066400000000000000000000010151316324373100230020ustar00rootroot00000000000000asyncio mode ~~~~~~~~~~~~ Asyncio_ mode is similar to gevent but it uses explicit coroutines. You can compare gevent and asyncio examples. .. literalinclude:: ../../examples/asyncio_green_mode/asyncio_simple_example.py :linenos: Below you can find a TCP server example, which runs in an asynchronous mode and waits for a device's attribute name from a TCP client, then asks the device for a value and replies to the TCP client. .. literalinclude:: ../../examples/asyncio_green_mode/tcp_server_example.py :linenos:pytango-9.2.2/doc/green_modes/client_futures_mode.rst000066400000000000000000000067261316324373100230500ustar00rootroot00000000000000futures mode ~~~~~~~~~~~~ Using :mod:`concurrent.futures` cooperative mode in PyTango is relatively easy:: >>> from tango.futures import DeviceProxy >>> dev = DeviceProxy("sys/tg_test/1") >>> dev.get_green_mode() tango.GreenMode.Futures >>> print(dev.state()) RUNNING The :func:`tango.futures.DeviceProxy` API is exactly the same as the standard :class:`~tango.DeviceProxy`. The difference is in the semantics of the methods that involve synchronous network calls (constructor included) which may block the execution for a relatively big amount of time. The list of methods that have been modified to accept *futures* semantics are, on the :func:`tango.futures.DeviceProxy`: * Constructor * :meth:`~DeviceProxy.state` * :meth:`~DeviceProxy.status` * :meth:`~DeviceProxy.read_attribute` * :meth:`~DeviceProxy.write_attribute` * :meth:`~DeviceProxy.write_read_attribute` * :meth:`~DeviceProxy.read_attributes` * :meth:`~DeviceProxy.write_attributes` * :meth:`~DeviceProxy.ping` So how does this work in fact? I see no difference from using the *standard* :class:`~tango.DeviceProxy`. Well, this is, in fact, one of the goals: be able to use a *futures* cooperation without changing the API. Behind the scenes the methods mentioned before have been modified to be able to work cooperatively. All of the above methods have been boosted with two extra keyword arguments *wait* and *timeout* which allow to fine tune the behaviour. The *wait* parameter is by default set to `True` meaning wait for the request to finish (the default semantics when not using green mode). If *wait* is set to `True`, the timeout determines the maximum time to wait for the method to execute. The default is `None` which means wait forever. If *wait* is set to `False`, the *timeout* is ignored. If *wait* is set to `True`, the result is the same as executing the *standard* method on a :class:`~tango.DeviceProxy`. If, *wait* is set to `False`, the result will be a :class:`concurrent.futures.Future`. In this case, to get the actual value you will need to do something like:: >>> from tango.futures import DeviceProxy >>> dev = DeviceProxy("sys/tg_test/1") >>> result = dev.state(wait=False) >>> result >>> # this will be the blocking code >>> state = result.result() >>> print(state) RUNNING Here is another example using :meth:`~DeviceProxy.read_attribute`:: >>> from tango.futures import DeviceProxy >>> dev = DeviceProxy("sys/tg_test/1") >>> result = dev.read_attribute('wave', wait=False) >>> result >>> dev_attr = result.result() >>> print(dev_attr) DeviceAttribute[ data_format = tango.AttrDataFormat.SPECTRUM dim_x = 256 dim_y = 0 has_failed = False is_empty = False name = 'wave' nb_read = 256 nb_written = 0 quality = tango.AttrQuality.ATTR_VALID r_dimension = AttributeDimension(dim_x = 256, dim_y = 0) time = TimeVal(tv_nsec = 0, tv_sec = 1383923329, tv_usec = 451821) type = tango.CmdArgType.DevDouble value = array([ -9.61260664e-01, -9.65924853e-01, -9.70294813e-01, -9.74369212e-01, -9.78146810e-01, -9.81626455e-01, -9.84807087e-01, -9.87687739e-01, -9.90267531e-01, ... 5.15044507e-1]) w_dim_x = 0 w_dim_y = 0 w_dimension = AttributeDimension(dim_x = 0, dim_y = 0) w_value = None] pytango-9.2.2/doc/green_modes/client_gevent_mode.rst000066400000000000000000000077041316324373100226400ustar00rootroot00000000000000gevent mode ~~~~~~~~~~~ .. warning:: Before using gevent mode please note that at the time of writing this documentation, *tango.gevent* requires the latest version 1.0 of gevent (which has been released the day before :-P). Using gevent_ cooperative mode in PyTango is relatively easy:: >>> from tango.gevent import DeviceProxy >>> dev = DeviceProxy("sys/tg_test/1") >>> dev.get_green_mode() tango.GreenMode.Gevent >>> print(dev.state()) RUNNING The :func:`tango.gevent.DeviceProxy` API is exactly the same as the standard :class:`~tango.DeviceProxy`. The difference is in the semantics of the methods that involve synchronous network calls (constructor included) which may block the execution for a relatively big amount of time. The list of methods that have been modified to accept *gevent* semantics are, on the :func:`tango.gevent.DeviceProxy`: * Constructor * :meth:`~DeviceProxy.state` * :meth:`~DeviceProxy.status` * :meth:`~DeviceProxy.read_attribute` * :meth:`~DeviceProxy.write_attribute` * :meth:`~DeviceProxy.write_read_attribute` * :meth:`~DeviceProxy.read_attributes` * :meth:`~DeviceProxy.write_attributes` * :meth:`~DeviceProxy.ping` So how does this work in fact? I see no difference from using the *standard* :class:`~tango.DeviceProxy`. Well, this is, in fact, one of the goals: be able to use a gevent cooperation without changing the API. Behind the scenes the methods mentioned before have been modified to be able to work cooperatively with other greenlets. All of the above methods have been boosted with two extra keyword arguments *wait* and *timeout* which allow to fine tune the behaviour. The *wait* parameter is by default set to `True` meaning wait for the request to finish (the default semantics when not using green mode). If *wait* is set to `True`, the timeout determines the maximum time to wait for the method to execute. The default timeout is `None` which means wait forever. If *wait* is set to `False`, the *timeout* is ignored. If *wait* is set to `True`, the result is the same as executing the *standard* method on a :class:`~tango.DeviceProxy`. If, *wait* is set to `False`, the result will be a :class:`gevent.event.AsyncResult`. In this case, to get the actual value you will need to do something like:: >>> from tango.gevent import DeviceProxy >>> dev = DeviceProxy("sys/tg_test/1") >>> result = dev.state(wait=False) >>> result >>> # this will be the blocking code >>> state = result.get() >>> print(state) RUNNING Here is another example using :meth:`~DeviceProxy.read_attribute`:: >>> from tango.gevent import DeviceProxy >>> dev = DeviceProxy("sys/tg_test/1") >>> result = dev.read_attribute('wave', wait=False) >>> result >>> dev_attr = result.get() >>> print(dev_attr) DeviceAttribute[ data_format = tango.AttrDataFormat.SPECTRUM dim_x = 256 dim_y = 0 has_failed = False is_empty = False name = 'wave' nb_read = 256 nb_written = 0 quality = tango.AttrQuality.ATTR_VALID r_dimension = AttributeDimension(dim_x = 256, dim_y = 0) time = TimeVal(tv_nsec = 0, tv_sec = 1383923292, tv_usec = 886720) type = tango.CmdArgType.DevDouble value = array([ -9.61260664e-01, -9.65924853e-01, -9.70294813e-01, -9.74369212e-01, -9.78146810e-01, -9.81626455e-01, -9.84807087e-01, -9.87687739e-01, -9.90267531e-01, ... 5.15044507e-1]) w_dim_x = 0 w_dim_y = 0 w_dimension = AttributeDimension(dim_x = 0, dim_y = 0) w_value = None] .. note:: due to the internal workings of gevent, setting the *wait* flag to `True` (default) doesn't prevent other greenlets from running in *parallel*. This is, in fact, one of the major bonus of working with :mod:`gevent` when compared with :mod:`concurrent.futures` pytango-9.2.2/doc/green_modes/green.rst000066400000000000000000000020461316324373100201000ustar00rootroot00000000000000.. currentmodule:: tango Green mode ========== PyTango supports cooperative green Tango objects. Since version 8.1 two *green* modes have been added: :obj:`~tango.GreenMode.Futures` and :obj:`~tango.GreenMode.Gevent`. In version 9.2.0 another one has been added: :obj:`~tango.GreenMode.Asyncio`. The :obj:`~tango.GreenMode.Futures` uses the standard python module :mod:`concurrent.futures`. The :obj:`~tango.GreenMode.Gevent` mode uses the well known gevent_ library. The newest, :obj:`~tango.GreenMode.Asyncio` mode, uses asyncio_ - a Python library for asynchronous programming (it's featured as a part of a standard Python distribution since version 3.5 of Python; it's available on PyPI for older ones). You can set the PyTango green mode at a global level. Set the environment variable :envvar:`PYTANGO_GREEN_MODE` to either *futures*, *gevent* or *asyncio* (case insensitive). If this environment variable is not defined the PyTango global green mode defaults to *Synchronous*. .. include:: green_modes_client.rst .. include:: green_modes_server.rst pytango-9.2.2/doc/green_modes/green_modes_client.rst000066400000000000000000000022641316324373100226270ustar00rootroot00000000000000Client green modes ------------------ You can also change the active global green mode at any time in your program:: >>> from tango import DeviceProxy, GreenMode >>> from tango import set_green_mode, get_green_mode >>> get_green_mode() tango.GreenMode.Synchronous >>> dev = DeviceProxy("sys/tg_test/1") >>> dev.get_green_mode() tango.GreenMode.Synchronous >>> set_green_mode(GreenMode.Futures) >>> get_green_mode() tango.GreenMode.Futures >>> dev.get_green_mode() tango.GreenMode.Futures As you can see by the example, the global green mode will affect any previously created :class:`DeviceProxy` using the default *DeviceProxy* constructor parameters. You can specificy green mode on a :class:`DeviceProxy` at creation time. You can also change the green mode at any time:: >>> from tango.futures import DeviceProxy >>> dev = DeviceProxy("sys/tg_test/1") >>> dev.get_green_mode() tango.GreenMode.Futures >>> dev.set_green_mode(GreenMode.Synchronous) >>> dev.get_green_mode() tango.GreenMode.Synchronous .. include:: client_futures_mode.rst .. include:: client_gevent_mode.rst .. include:: client_asyncio_mode.rstpytango-9.2.2/doc/green_modes/green_modes_server.rst000066400000000000000000000051061316324373100226550ustar00rootroot00000000000000Server green modes ------------------ .. warning:: Green modes for the server side are still very much experimental. If you encounter any issues, please report them on the GitHub issues_ page. PyTango server API from version 9.2.0 supports two green modes: :obj:`~tango.GreenMode.Gevent` and :obj:`~tango.GreenMode.Asyncio`. Both can be used in writing new device servers in an asynchronous way. gevent mode ~~~~~~~~~~~ This mode lets you convert your existing devices to asynchronous devices easily. You just add `green_mode = tango.GreenMode.Gevent` line to your device class. Consider this example:: class GeventDevice(Device): green_mode = tango.GreenMode.Gevent Every method in your device class will be treated as a coroutine implicitly. This can be beneficial, but also potentially dangerous as it is a lot harder to debug. You should use this green mode with care. :obj:`~tango.GreenMode.Gevent` green mode is useful when you don't want to change too much in your existing code (or you don't feel comfortable with writing syntax of asynchronous calls). Another thing to have in mind is that the Tango monitor lock is present - you can't have two read operations happening concurrently. Any subsequent ones will always have to wait for the first one to finish. Greenlets (a task in a background, but handled within the event loop) can be used. asyncio mode ~~~~~~~~~~~~ The way asyncio green mode on the server side works is it redirects all user code to an event loop. This means that all user methods become coroutines, so in Python > 3.5 you should define them with `async` keyword. In Python < 3.5, you should use a `@coroutine` decorator. This also means that in order to convert existing code of your devices to :obj:`~tango.GreenMode.Asyncio` green mode you will have to introduce at least those changes. But, of course, to truly benefit from this green mode (and asynchronous approach in general), you should introduce more far-fetched changes! The main benefit of asynchronous programing approach is that it lets you control precisely when code is run sequentially without interruptions and when control can be given back to the event loop. It's especially useful if you want to perform some long operations and don't want to prevent clients from accessing other parts of your device (attributes, in particular). This means that in :obj:`~tango.GreenMode.Asyncio` green mode there is no monitor lock! The example below shows how asyncio can be used to write an asynchronous Tango device: .. literalinclude:: ../../examples/asyncio_green_mode/asyncio_device_example.py :linenos: pytango-9.2.2/doc/how-to-contribute.rst000066400000000000000000000041171316324373100201030ustar00rootroot00000000000000.. currentmodule:: tango .. highlight:: python :linenothreshold: 3 .. _how-to-contribute: ================= How to Contribute ================= Everyone is welcome to contribute to PyTango project. If you don't feel comfortable with writing core PyTango we are looking for contributors to documentation or/and tests. Workflow -------- A normal Git workflow is used. You can find how to automate your git branching workflow example_. Good practices: * There is no special policy regarding commit messages. They should be short (50 chars or less) and contain summary of all changes, * A CONTRIBUTING file is required, * Pull requests should be ALWAYS made to develop branch, not to a master branch. reStructuredText and Sphinx --------------------------- Documentation is written in reStructuredText_ and built with Sphinx_ - it's easy to contribute. It also uses autodoc_ importing docstrings from tango package. Theme is not important, a theme prepared for Tango Community can be also used. Source code standard -------------------- All code should be PEP8_ compatible. We have set up checking code quality with Codacy_ which uses PyLint_ under the hood. You can see how well your code is rated on your PR's page. .. note:: The accepted policy is that your code **cannot** introduce more issues than it solves! You can also use other tools for checking PEP8_ compliance for your personal use. One good example of such a tool is Flake8_ which combines PEP8_ and PyFlakes_. There are plugins_ for various IDEs so that you can use your favourite tool easily. .. _example: http://jeffkreeftmeijer.com/2010/why-arent-you-using-git-flow .. _autodoc: https://pypi.python.org/pypi/autodoc .. _PEP8: https://www.python.org/dev/peps/pep-0008 .. _Flake8: https://gitlab.com/pycqa/flake8 .. _PyFlakes: https://github.com/PyCQA/pyflakes .. _plugins: https://gitlab.com/pycqa/flake8/issues/286 .. _reStructuredText: http://docutils.sourceforge.net/rst.html .. _Sphinx: http://www.sphinx-doc.org/en/stable .. _PyLint: https://www.pylint.org .. _Codacy: https://www.codacy.com/app/tango-controls/pytango/dashboard pytango-9.2.2/doc/howto.rst000066400000000000000000001365471316324373100156670ustar00rootroot00000000000000.. currentmodule:: tango .. highlight:: python :linenothreshold: 3 .. _pytango-howto: ====== How to ====== This is a small list of how-tos specific to PyTango. A more general Tango how-to list can be found `here `_. How to contribute ----------------- Everyone is welcome to contribute to PyTango project. If you don't feel comfortable with writing core PyTango we are looking for contributors to documentation or/and tests. It refers to the next section, see :ref:`how-to-contribute`. Check the default TANGO host ---------------------------- The default TANGO host can be defined using the environment variable :envvar:`TANGO_HOST` or in a `tangorc` file (see `Tango environment variables `_ for complete information) To check what is the current value that TANGO uses for the default configuration simple do:: >>> import tango >>> tango.ApiUtil.get_env_var("TANGO_HOST") 'homer.simpson.com:10000' Check TANGO version ------------------- There are two library versions you might be interested in checking: The PyTango version:: >>> import tango >>> tango.__version__ '9.2.2' >>> tango.__version_info__ (9, 2, 2) and the Tango C++ library version that PyTango was compiled with:: >>> import tango >>> tango.constants.TgLibVers '9.2.2' Report a bug ------------ Bugs can be reported as tickets in `TANGO Source forge `_. When making a bug report don't forget to select *PyTango* in **Category**. It is also helpfull if you can put in the ticket description the PyTango information. It can be a dump of: .. sourcecode:: console $ python -c "from tango.utils import info; print(info())" Test the connection to the Device and get it's current state ------------------------------------------------------------ One of the most basic examples is to get a reference to a device and determine if it is running or not:: from tango import DeviceProxy # Get proxy on the tango_test1 device print("Creating proxy to TangoTest device...") tango_test = DeviceProxy("sys/tg_test/1") # ping it print(tango_test.ping()) # get the state print(tango_test.state()) Read and write attributes ------------------------- Basic read/write attribute operations:: from tango import DeviceProxy # Get proxy on the tango_test1 device print("Creating proxy to TangoTest device...") tango_test = DeviceProxy("sys/tg_test/1") # Read a scalar attribute. This will return a tango.DeviceAttribute # Member 'value' contains the attribute value scalar = tango_test.read_attribute("long_scalar") print("Long_scalar value = {0}".format(scalar.value)) # PyTango provides a shorter way: scalar = tango_test.long_scalar.value print("Long_scalar value = {0}".format(scalar)) # Read a spectrum attribute spectrum = tango_test.read_attribute("double_spectrum") # ... or, the shorter version: spectrum = tango_test.double_spectrum # Write a scalar attribute scalar_value = 18 tango_test.write_attribute("long_scalar", scalar_value) # PyTango provides a shorter way: tango_test.long_scalar = scalar_value # Write a spectrum attribute spectrum_value = [1.2, 3.2, 12.3] tango_test.write_attribute("double_spectrum", spectrum_value) # ... or, the shorter version: tango_test.double_spectrum = spectrum_value # Write an image attribute image_value = [ [1, 2], [3, 4] ] tango_test.write_attribute("long_image", image_value) # ... or, the shorter version: tango_test.long_image = image_value Note that if PyTango is compiled with numpy support the values got when reading a spectrum or an image will be numpy arrays. This results in a faster and more memory efficient PyTango. You can also use numpy to specify the values when writing attributes, especially if you know the exact attribute type:: import numpy from tango import DeviceProxy # Get proxy on the tango_test1 device print("Creating proxy to TangoTest device...") tango_test = DeviceProxy("sys/tg_test/1") data_1d_long = numpy.arange(0, 100, dtype=numpy.int32) tango_test.long_spectrum = data_1d_long data_2d_float = numpy.zeros((10,20), dtype=numpy.float64) tango_test.double_image = data_2d_float Execute commands ---------------- As you can see in the following example, when scalar types are used, the Tango binding automagically manages the data types, and writing scripts is quite easy:: from tango import DeviceProxy # Get proxy on the tango_test1 device print("Creating proxy to TangoTest device...") tango_test = DeviceProxy("sys/tg_test/1") # First use the classical command_inout way to execute the DevString command # (DevString in this case is a command of the Tango_Test device) result = tango_test.command_inout("DevString", "First hello to device") print("Result of execution of DevString command = {0}".format(result)) # the same can be achieved with a helper method result = tango_test.DevString("Second Hello to device") print("Result of execution of DevString command = {0}".format(result)) # Please note that argin argument type is automatically managed by python result = tango_test.DevULong(12456) print("Result of execution of DevULong command = {0}".format(result)) Execute commands with more complex types ---------------------------------------- In this case you have to use put your arguments data in the correct python structures:: from tango import DeviceProxy # Get proxy on the tango_test1 device print("Creating proxy to TangoTest device...") tango_test = DeviceProxy("sys/tg_test/1") # The input argument is a DevVarLongStringArray so create the argin # variable containing an array of longs and an array of strings argin = ([1,2,3], ["Hello", "TangoTest device"]) result = tango_test.DevVarLongArray(argin) print("Result of execution of DevVarLongArray command = {0}".format(result)) Work with Groups ---------------- .. todo:: write this how to Handle errors ------------- .. todo:: write this how to .. _pytango-howto-server: For now check :ref:`pytango-exception-api`. Registering devices ------------------- Here is how to define devices in the Tango DataBase:: from tango import Database, DbDevInfo # A reference on the DataBase db = Database() # The 3 devices name we want to create # Note: these 3 devices will be served by the same DServer new_device_name1 = "px1/tdl/mouse1" new_device_name2 = "px1/tdl/mouse2" new_device_name3 = "px1/tdl/mouse3" # Define the Tango Class served by this DServer new_device_info_mouse = DbDevInfo() new_device_info_mouse._class = "Mouse" new_device_info_mouse.server = "ds_Mouse/server_mouse" # add the first device print("Creating device: %s" % new_device_name1) new_device_info_mouse.name = new_device_name1 db.add_device(new_device_info_mouse) # add the next device print("Creating device: %s" % new_device_name2) new_device_info_mouse.name = new_device_name2 db.add_device(new_device_info_mouse) # add the third device print("Creating device: %s" % new_device_name3) new_device_info_mouse.name = new_device_name3 db.add_device(new_device_info_mouse) Setting up device properties ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ A more complex example using python subtilities. The following python script example (containing some functions and instructions manipulating a Galil motor axis device server) gives an idea of how the Tango API should be accessed from Python:: from tango import DeviceProxy # connecting to the motor axis device axis1 = DeviceProxy("microxas/motorisation/galilbox") # Getting Device Properties property_names = ["AxisBoxAttachement", "AxisEncoderType", "AxisNumber", "CurrentAcceleration", "CurrentAccuracy", "CurrentBacklash", "CurrentDeceleration", "CurrentDirection", "CurrentMotionAccuracy", "CurrentOvershoot", "CurrentRetry", "CurrentScale", "CurrentSpeed", "CurrentVelocity", "EncoderMotorRatio", "logging_level", "logging_target", "UserEncoderRatio", "UserOffset"] axis_properties = axis1.get_property(property_names) for prop in axis_properties.keys(): print("%s: %s" % (prop, axis_properties[prop][0])) # Changing Properties axis_properties["AxisBoxAttachement"] = ["microxas/motorisation/galilbox"] axis_properties["AxisEncoderType"] = ["1"] axis_properties["AxisNumber"] = ["6"] axis1.put_property(axis_properties) Write a server -------------- Before reading this chapter you should be aware of the TANGO basic concepts. This chapter does not explain what a Tango device or a device server is. This is explained in details in the `Tango control system manual `_ Since version 8.1, PyTango provides a helper module which simplifies the development of a Tango device server. This helper is provided through the :mod:`tango.server` module. Here is a simple example on how to write a *Clock* device server using the high level API .. code-block:: python :linenos: import time from tango.server import Device, attribute, command, pipe class Clock(Device): @attribute def time(self): return time.time() @command(dtype_in=str, dtype_out=str) def strftime(self, format): return time.strftime(format) @pipe def info(self): return ('Information', dict(manufacturer='Tango', model='PS2000', version_number=123)) if __name__ == "__main__": Clock.run_server() **line 2** import the necessary symbols **line 5** tango device class definition. A Tango device must inherit from :class:`tango.server.Device` **line 7-9** definition of the *time* attribute. By default, attributes are double, scalar, read-only. Check the :class:`~tango.server.attribute` for the complete list of attribute options. **line 11-13** the method *strftime* is exported as a Tango command. In receives a string as argument and it returns a string. If a method is to be exported as a Tango command, it must be decorated as such with the :func:`~tango.server.command` decorator **line 15-20** definition of the *info* pipe. Check the :class:`~tango.server.pipe` for the complete list of pipe options. **line 24** start the Tango run loop. The mandatory argument is a list of python classes that are to be exported as Tango classes. Check :func:`~tango.server.run` for the complete list of options Here is a more complete example on how to write a *PowerSupply* device server using the high level API. The example contains: #. a read-only double scalar attribute called *voltage* #. a read/write double scalar expert attribute *current* #. a read-only double image attribute called *noise* #. a *ramp* command #. a *host* device property #. a *port* class property .. code-block:: python :linenos: from time import time from numpy.random import random_sample from tango import AttrQuality, AttrWriteType, DispLevel from tango.server import Device, attribute, command from tango.server import class_property, device_property class PowerSupply(Device): current = attribute(label="Current", dtype=float, display_level=DispLevel.EXPERT, access=AttrWriteType.READ_WRITE, unit="A", format="8.4f", min_value=0.0, max_value=8.5, min_alarm=0.1, max_alarm=8.4, min_warning=0.5, max_warning=8.0, fget="get_current", fset="set_current", doc="the power supply current") noise = attribute(label="Noise", dtype=((float,),), max_dim_x=1024, max_dim_y=1024, fget="get_noise") host = device_property(dtype=str) port = class_property(dtype=int, default_value=9788) @attribute def voltage(self): self.info_stream("get voltage(%s, %d)" % (self.host, self.port)) return 10.0 def get_current(self): return 2.3456, time(), AttrQuality.ATTR_WARNING def set_current(self, current): print("Current set to %f" % current) def get_noise(self): return random_sample((1024, 1024)) @command(dtype_in=float) def ramp(self, value): print("Ramping up...") if __name__ == "__main__": PowerSupply.run_server() .. _logging: Server logging -------------- This chapter instructs you on how to use the tango logging API (log4tango) to create tango log messages on your device server. The logging system explained here is the Tango Logging Service (TLS). For detailed information on how this logging system works please check: * `3.5 The tango logging service `_ * `9.3 The tango logging service `_ The easiest way to start seeing log messages on your device server console is by starting it with the verbose option. Example:: python PyDsExp.py PyDs1 -v4 This activates the console tango logging target and filters messages with importance level DEBUG or more. The links above provided detailed information on how to configure log levels and log targets. In this document we will focus on how to write log messages on your device server. Basic logging ~~~~~~~~~~~~~ The most basic way to write a log message on your device is to use the :class:`~tango.server.Device` logging related methods: * :meth:`~tango.server.Device.debug_stream` * :meth:`~tango.server.Device.info_stream` * :meth:`~tango.server.Device.warn_stream` * :meth:`~tango.server.Device.error_stream` * :meth:`~tango.server.Device.fatal_stream` Example:: def read_voltage(self): self.info_stream("read voltage attribute") # ... return voltage_value This will print a message like:: 1282206864 [-1215867200] INFO test/power_supply/1 read voltage attribute every time a client asks to read the *voltage* attribute value. The logging methods support argument list feature (since PyTango 8.1). Example:: def read_voltage(self): self.info_stream("read_voltage(%s, %d)", self.host, self.port) # ... return voltage_value Logging with print statement ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ *This feature is only possible since PyTango 7.1.3* It is possible to use the print statement to log messages into the tango logging system. This is achieved by using the python's print extend form sometimes refered to as *print chevron*. Same example as above, but now using *print chevron*:: def read_voltage(self, the_att): print >>self.log_info, "read voltage attribute" # ... return voltage_value Or using the python 3k print function:: def read_Long_attr(self, the_att): print("read voltage attribute", file=self.log_info) # ... return voltage_value Logging with decorators ~~~~~~~~~~~~~~~~~~~~~~~ *This feature is only possible since PyTango 7.1.3* PyTango provides a set of decorators that place automatic log messages when you enter and when you leave a python method. For example:: @tango.DebugIt() def read_Long_attr(self, the_att): the_att.set_value(self.attr_long) will generate a pair of log messages each time a client asks for the 'Long_attr' value. Your output would look something like:: 1282208997 [-1215965504] DEBUG test/pydsexp/1 -> read_Long_attr() 1282208997 [-1215965504] DEBUG test/pydsexp/1 <- read_Long_attr() Decorators exist for all tango log levels: * :class:`tango.DebugIt` * :class:`tango.InfoIt` * :class:`tango.WarnIt` * :class:`tango.ErrorIt` * :class:`tango.FatalIt` The decorators receive three optional arguments: * show_args - shows method arguments in log message (defaults to False) * show_kwargs shows keyword method arguments in log message (defaults to False) * show_ret - shows return value in log message (defaults to False) Example:: @tango.DebugIt(show_args=True, show_ret=True) def IOLong(self, in_data): return in_data * 2 will output something like:: 1282221947 [-1261438096] DEBUG test/pydsexp/1 -> IOLong(23) 1282221947 [-1261438096] DEBUG test/pydsexp/1 46 <- IOLong() Multiple device classes (Python and C++) in a server ---------------------------------------------------- Within the same python interpreter, it is possible to mix several Tango classes. Let's say two of your colleagues programmed two separate Tango classes in two separated python files: A :class:`PLC` class in a :file:`PLC.py`:: # PLC.py from tango.server import Device class PLC(Device): # bla, bla my PLC code if __name__ == "__main__": PLC.run_server() ... and a :class:`IRMirror` in a :file:`IRMirror.py`:: # IRMirror.py from tango.server import Device class IRMirror(Device): # bla, bla my IRMirror code if __name__ == "__main__": IRMirror.run_server() You want to create a Tango server called `PLCMirror` that is able to contain devices from both PLC and IRMirror classes. All you have to do is write a :file:`PLCMirror.py` containing the code:: # PLCMirror.py from tango.server import run from PLC import PLC from IRMirror import IRMirror run([PLC, IRMirror]) It is also possible to add C++ Tango class in a Python device server as soon as: 1. The Tango class is in a shared library 2. It exist a C function to create the Tango class For a Tango class called MyTgClass, the shared library has to be called MyTgClass.so and has to be in a directory listed in the LD_LIBRARY_PATH environment variable. The C function creating the Tango class has to be called _create_MyTgClass_class() and has to take one parameter of type "char \*" which is the Tango class name. Here is an example of the main function of the same device server than before but with one C++ Tango class called SerialLine:: import tango import sys if __name__ == '__main__': py = tango.Util(sys.argv) util.add_class('SerialLine', 'SerialLine', language="c++") util.add_class(PLCClass, PLC, 'PLC') util.add_class(IRMirrorClass, IRMirror, 'IRMirror') U = tango.Util.instance() U.server_init() U.server_run() :Line 6: The C++ class is registered in the device server :Line 7 and 8: The two Python classes are registered in the device server Create attributes dynamically ----------------------------- It is also possible to create dynamic attributes within a Python device server. There are several ways to create dynamic attributes. One of the way, is to create all the devices within a loop, then to create the dynamic attributes and finally to make all the devices available for the external world. In C++ device server, this is typically done within the Class::device_factory() method. In Python device server, this method is generic and the user does not have one. Nevertheless, this generic device_factory method calls a method named dyn_attr() allowing the user to create his dynamic attributes. It is simply necessary to re-define this method within your Class and to create the dynamic attribute within this method: ``dyn_attr(self, dev_list)`` where dev_list is a list containing all the devices created by the generic device_factory() method. There is another point to be noted regarding dynamic attribute within Python device server. The Tango Python device server core checks that for each attribute it exists methods named _read and/or _write and/or is__allowed. Using dynamic attribute, it is not possible to define these methods because attributes name and number are known only at run-time. To address this issue, the Device_3Impl::add_attribute() method has a diferent signature for Python device server which is: ``add_attribute(self, attr, r_meth = None, w_meth = None, is_allo_meth = None)`` attr is an instance of the Attr class, r_meth is the method which has to be executed with the attribute is read, w_meth is the method to be executed when the attribute is written and is_allo_meth is the method to be executed to implement the attribute state machine. The method passed here as argument as to be class method and not object method. Which argument you have to use depends on the type of the attribute (A WRITE attribute does not need a read method). Note, that depending on the number of argument you pass to this method, you may have to use Python keyword argument. The necessary methods required by the Tango Python device server core will be created automatically as a forward to the methods given as arguments. Here is an example of a device which has a TANGO command called *createFloatAttribute*. When called, this command creates a new scalar floating point attribute with the specified name:: from tango import Util, Attr from tango.server import Device, command class MyDevice(Device): @command(dtype_in=str) def CreateFloatAttribute(self, attr_name): attr = Attr(attr_name, tango.DevDouble) self.add_attribute(attr, self.read_General, self.write_General) def read_General(self, attr): self.info_stream("Reading attribute %s", attr.get_name()) attr.set_value(99.99) def write_General(self, attr): self.info_stream("Writting attribute %s", attr.get_name()) Create/Delete devices dynamically --------------------------------- *This feature is only possible since PyTango 7.1.2* Starting from PyTango 7.1.2 it is possible to create devices in a device server "en caliente". This means that you can create a command in your "management device" of a device server that creates devices of (possibly) several other tango classes. There are two ways to create a new device which are described below. Tango imposes a limitation: the tango class(es) of the device(s) that is(are) to be created must have been registered before the server starts. If you use the high level API, the tango class(es) must be listed in the call to :func:`~tango.server.run`. If you use the lower level server API, it must be done using individual calls to :meth:`~tango.Util.add_class`. Dynamic device from a known tango class name ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ If you know the tango class name but you don't have access to the :class:`tango.DeviceClass` (or you are too lazy to search how to get it ;-) the way to do it is call :meth:`~tango.Util.create_device` / :meth:`~tango.Util.delete_device`. Here is an example of implementing a tango command on one of your devices that creates a device of some arbitrary class (the example assumes the tango commands 'CreateDevice' and 'DeleteDevice' receive a parameter of type DevVarStringArray with two strings. No error processing was done on the code for simplicity sake):: from tango import Util from tango.server import Device, command class MyDevice(Device): @command(dtype_in=[str]) def CreateDevice(self, pars): klass_name, dev_name = pars util = Util.instance() util.create_device(klass_name, dev_name, alias=None, cb=None) @command(dtype_in=[str]) def DeleteDevice(self, pars): klass_name, dev_name = pars util = Util.instance() util.delete_device(klass_name, dev_name) An optional callback can be registered that will be executed after the device is registed in the tango database but before the actual device object is created and its init_device method is called. It can be used, for example, to initialize some device properties. Dynamic device from a known tango class ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ If you already have access to the :class:`~tango.DeviceClass` object that corresponds to the tango class of the device to be created you can call directly the :meth:`~tango.DeviceClass.create_device` / :meth:`~tango.DeviceClass.delete_device`. For example, if you wish to create a clone of your device, you can create a tango command called *Clone*:: class MyDevice(tango.Device_4Impl): def fill_new_device_properties(self, dev_name): prop_names = db.get_device_property_list(self.get_name(), "*") prop_values = db.get_device_property(self.get_name(), prop_names.value_string) db.put_device_property(dev_name, prop_values) # do the same for attributes... ... def Clone(self, dev_name): klass = self.get_device_class() klass.create_device(dev_name, alias=None, cb=self.fill_new_device_properties) def DeleteSibling(self, dev_name): klass = self.get_device_class() klass.delete_device(dev_name) Note that the cb parameter is optional. In the example it is given for demonstration purposes only. .. _server: Write a server (original API) ----------------------------- This chapter describes how to develop a PyTango device server using the original PyTango server API. This API mimics the C++ API and is considered low level. You should write a server using this API if you are using code generated by `Pogo tool `_ or if for some reason the high level API helper doesn't provide a feature you need (in that case think of writing a mail to tango mailing list explaining what you cannot do). The main part of a Python device server ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The rule of this part of a Tango device server is to: - Create the :class:`Util` object passing it the Python interpreter command line arguments - Add to this object the list of Tango class(es) which have to be hosted by this interpreter - Initialize the device server - Run the device server loop The following is a typical code for this main function:: if __name__ == '__main__': util = tango.Util(sys.argv) util.add_class(PyDsExpClass, PyDsExp) U = tango.Util.instance() U.server_init() U.server_run() **Line 2** Create the Util object passing it the interpreter command line arguments **Line 3** Add the Tango class *PyDsExp* to the device server. The :meth:`Util.add_class` method of the Util class has two arguments which are the Tango class PyDsExpClass instance and the Tango PyDsExp instance. This :meth:`Util.add_class` method is only available since version 7.1.2. If you are using an older version please use :meth:`Util.add_TgClass` instead. **Line 7** Initialize the Tango device server **Line 8** Run the device server loop The PyDsExpClass class in Python ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The rule of this class is to : - Host and manage data you have only once for the Tango class whatever devices of this class will be created - Define Tango class command(s) - Define Tango class attribute(s) In our example, the code of this Python class looks like:: class PyDsExpClass(tango.DeviceClass): cmd_list = { 'IOLong' : [ [ tango.ArgType.DevLong, "Number" ], [ tango.ArgType.DevLong, "Number * 2" ] ], 'IOStringArray' : [ [ tango.ArgType.DevVarStringArray, "Array of string" ], [ tango.ArgType.DevVarStringArray, "This reversed array"] ], } attr_list = { 'Long_attr' : [ [ tango.ArgType.DevLong , tango.AttrDataFormat.SCALAR , tango.AttrWriteType.READ], { 'min alarm' : 1000, 'max alarm' : 1500 } ], 'Short_attr_rw' : [ [ tango.ArgType.DevShort, tango.AttrDataFormat.SCALAR, tango.AttrWriteType.READ_WRITE ] ] } **Line 1** The PyDsExpClass class has to inherit from the :class:`DeviceClass` class **Line 3 to 7** Definition of the cmd_list :class:`dict` defining commands. The *IOLong* command is defined at lines 3 and 4. The *IOStringArray* command is defined in lines 5 and 6 **Line 9 to 17** Definition of the attr_list :class:`dict` defining attributes. The *Long_attr* attribute is defined at lines 9 to 12 and the *Short_attr_rw* attribute is defined at lines 14 to 16 If you have something specific to do in the class constructor like initializing some specific data member, you will have to code a class constructor. An example of such a contructor is :: def __init__(self, name): tango.DeviceClass.__init__(self, name) self.set_type("TestDevice") The device type is set at line 3. Defining commands ~~~~~~~~~~~~~~~~~ As shown in the previous example, commands have to be defined in a :class:`dict` called *cmd_list* as a data member of the xxxClass class of the Tango class. This :class:`dict` has one element per command. The element key is the command name. The element value is a python list which defines the command. The generic form of a command definition is: ``'cmd_name' : [ [in_type, <"In desc">], [out_type, <"Out desc">], <{opt parameters}>]`` The first element of the value list is itself a list with the command input data type (one of the :class:`tango.ArgType` pseudo enumeration value) and optionally a string describing this input argument. The second element of the value list is also a list with the command output data type (one of the :class:`tango.ArgType` pseudo enumeration value) and optionaly a string describing it. These two elements are mandatory. The third list element is optional and allows additional command definition. The authorized element for this :class:`dict` are summarized in the following array: +-------------------+----------------------+------------------------------------------+ | key | Value | Definition | +===================+======================+==========================================+ | "display level" | DispLevel enum value | The command display level | +-------------------+----------------------+------------------------------------------+ | "polling period" | Any number | The command polling period (mS) | +-------------------+----------------------+------------------------------------------+ | "default command" | True or False | To define that it is the default command | +-------------------+----------------------+------------------------------------------+ Defining attributes ~~~~~~~~~~~~~~~~~~~ As shown in the previous example, attributes have to be defined in a :class:`dict` called **attr_list** as a data member of the xxxClass class of the Tango class. This :class:`dict` has one element per attribute. The element key is the attribute name. The element value is a python :class:`list` which defines the attribute. The generic form of an attribute definition is: ``'attr_name' : [ [mandatory parameters], <{opt parameters}>]`` For any kind of attributes, the mandatory parameters are: ``[attr data type, attr data format, attr data R/W type]`` The attribute data type is one of the possible value for attributes of the :class:`tango.ArgType` pseudo enunmeration. The attribute data format is one of the possible value of the :class:`tango.AttrDataFormat` pseudo enumeration and the attribute R/W type is one of the possible value of the :class:`tango.AttrWriteType` pseudo enumeration. For spectrum attribute, you have to add the maximum X size (a number). For image attribute, you have to add the maximun X and Y dimension (two numbers). The authorized elements for the :class:`dict` defining optional parameters are summarized in the following array: +-------------------+-----------------------------------+------------------------------------------+ | key | value | definition | +===================+===================================+==========================================+ | "display level" | tango.DispLevel enum value | The attribute display level | +-------------------+-----------------------------------+------------------------------------------+ |"polling period" | Any number | The attribute polling period (mS) | +-------------------+-----------------------------------+------------------------------------------+ | "memorized" | "true" or | Define if and how the att. is memorized | | | "true_without_hard_applied" | | +-------------------+-----------------------------------+------------------------------------------+ | "label" | A string | The attribute label | +-------------------+-----------------------------------+------------------------------------------+ | "description" | A string | The attribute description | +-------------------+-----------------------------------+------------------------------------------+ | "unit" | A string | The attribute unit | +-------------------+-----------------------------------+------------------------------------------+ |"standard unit" | A number | The attribute standard unit | +-------------------+-----------------------------------+------------------------------------------+ | "display unit" | A string | The attribute display unit | +-------------------+-----------------------------------+------------------------------------------+ | "format" | A string | The attribute display format | +-------------------+-----------------------------------+------------------------------------------+ | "max value" | A number | The attribute max value | +-------------------+-----------------------------------+------------------------------------------+ | "min value" | A number | The attribute min value | +-------------------+-----------------------------------+------------------------------------------+ | "max alarm" | A number | The attribute max alarm | +-------------------+-----------------------------------+------------------------------------------+ | "min alarm" | A number | The attribute min alarm | +-------------------+-----------------------------------+------------------------------------------+ | "min warning" | A number | The attribute min warning | +-------------------+-----------------------------------+------------------------------------------+ |"max warning" | A number | The attribute max warning | +-------------------+-----------------------------------+------------------------------------------+ | "delta time" | A number | The attribute RDS alarm delta time | +-------------------+-----------------------------------+------------------------------------------+ | "delta val" | A number | The attribute RDS alarm delta val | +-------------------+-----------------------------------+------------------------------------------+ The PyDsExp class in Python ~~~~~~~~~~~~~~~~~~~~~~~~~~~ The rule of this class is to implement methods executed by commands and attributes. In our example, the code of this class looks like:: class PyDsExp(tango.Device_4Impl): def __init__(self,cl,name): tango.Device_4Impl.__init__(self, cl, name) self.info_stream('In PyDsExp.__init__') PyDsExp.init_device(self) def init_device(self): self.info_stream('In Python init_device method') self.set_state(tango.DevState.ON) self.attr_short_rw = 66 self.attr_long = 1246 #------------------------------------------------------------------ def delete_device(self): self.info_stream('PyDsExp.delete_device') #------------------------------------------------------------------ # COMMANDS #------------------------------------------------------------------ def is_IOLong_allowed(self): return self.get_state() == tango.DevState.ON def IOLong(self, in_data): self.info_stream('IOLong', in_data) in_data = in_data * 2 self.info_stream('IOLong returns', in_data) return in_data #------------------------------------------------------------------ def is_IOStringArray_allowed(self): return self.get_state() == tango.DevState.ON def IOStringArray(self, in_data): l = range(len(in_data)-1, -1, -1) out_index=0 out_data=[] for i in l: self.info_stream('IOStringArray <-', in_data[out_index]) out_data.append(in_data[i]) self.info_stream('IOStringArray ->',out_data[out_index]) out_index += 1 self.y = out_data return out_data #------------------------------------------------------------------ # ATTRIBUTES #------------------------------------------------------------------ def read_attr_hardware(self, data): self.info_stream('In read_attr_hardware') def read_Long_attr(self, the_att): self.info_stream("read_Long_attr") the_att.set_value(self.attr_long) def is_Long_attr_allowed(self, req_type): return self.get_state() in (tango.DevState.ON,) def read_Short_attr_rw(self, the_att): self.info_stream("read_Short_attr_rw") the_att.set_value(self.attr_short_rw) def write_Short_attr_rw(self, the_att): self.info_stream("write_Short_attr_rw") self.attr_short_rw = the_att.get_write_value() def is_Short_attr_rw_allowed(self, req_type): return self.get_state() in (tango.DevState.ON,) **Line 1** The PyDsExp class has to inherit from the tango.Device_4Impl **Line 3 to 6** PyDsExp class constructor. Note that at line 6, it calls the *init_device()* method **Line 8 to 12** The init_device() method. It sets the device state (line 9) and initialises some data members **Line 16 to 17** The delete_device() method. This method is not mandatory. You define it only if you have to do something specific before the device is destroyed **Line 23 to 30** The two methods for the *IOLong* command. The first method is called *is_IOLong_allowed()* and it is the command is_allowed method (line 23 to 24). The second method has the same name than the command name. It is the method which executes the command. The command input data type is a Tango long and therefore, this method receives a python integer. **Line 34 to 47** The two methods for the *IOStringArray* command. The first method is its is_allowed method (Line 34 to 35). The second one is the command execution method (Line 37 to 47). The command input data type is a string array. Therefore, the method receives the array in a python list of python strings. **Line 53 to 54** The *read_attr_hardware()* method. Its argument is a Python sequence of Python integer. **Line 56 to 59** The method executed when the *Long_attr* attribute is read. Note that before PyTango 7 it sets the attribute value with the tango.set_attribute_value function. Now the same can be done using the set_value of the attribute object **Line 61 to 62** The is_allowed method for the *Long_attr* attribute. This is an optional method that is called when the attribute is read or written. Not defining it has the same effect as always returning True. The parameter req_type is of type :class:`AttReqtype` which tells if the method is called due to a read or write request. Since this is a read-only attribute, the method will only be called for read requests, obviously. **Line 64 to 67** The method executed when the *Short_attr_rw* attribute is read. **Line 69 to 72** The method executed when the Short_attr_rw attribute is written. Note that before PyTango 7 it gets the attribute value with a call to the Attribute method *get_write_value* with a list as argument. Now the write value can be obtained as the return value of the *get_write_value* call. And in case it is a scalar there is no more the need to extract it from the list. **Line 74 to 75** The is_allowed method for the *Short_attr_rw* attribute. This is an optional method that is called when the attribute is read or written. Not defining it has the same effect as always returning True. The parameter req_type is of type :class:`AttReqtype` which tells if the method is called due to a read or write request. General methods ############### The following array summarizes how the general methods we have in a Tango device server are implemented in Python. +----------------------+-------------------------+-------------+-----------+ | Name | Input par (with "self") |return value | mandatory | +======================+=========================+=============+===========+ | init_device | None | None | Yes | +----------------------+-------------------------+-------------+-----------+ | delete_device | None | None | No | +----------------------+-------------------------+-------------+-----------+ | always_executed_hook | None | None | No | +----------------------+-------------------------+-------------+-----------+ | signal_handler | :py:obj:`int` | None | No | +----------------------+-------------------------+-------------+-----------+ | read_attr_hardware | sequence<:py:obj:`int`> | None | No | +----------------------+-------------------------+-------------+-----------+ Implementing a command ###################### Commands are defined as described above. Nevertheless, some methods implementing them have to be written. These methods names are fixed and depend on command name. They have to be called: - ``is__allowed(self)`` - ``(self, arg)`` For instance, with a command called *MyCmd*, its is_allowed method has to be called `is_MyCmd_allowed` and its execution method has to be called simply *MyCmd*. The following array gives some more info on these methods. +-----------------------+-------------------------+--------------------+-----------+ | Name | Input par (with "self") | return value | mandatory | +=======================+=========================+====================+===========+ | is__allowed | None | Python boolean | No | +-----------------------+-------------------------+--------------------+-----------+ | Cmd_name | Depends on cmd type |Depends on cmd type | Yes | +-----------------------+-------------------------+--------------------+-----------+ Please check :ref:`pytango-data-types` chapter to understand the data types that can be used in command parameters and return values. The following code is an example of how you write code executed when a client calls a command named IOLong:: def is_IOLong_allowed(self): self.debug_stream("in is_IOLong_allowed") return self.get_state() == tango.DevState.ON def IOLong(self, in_data): self.info_stream('IOLong', in_data) in_data = in_data * 2 self.info_stream('IOLong returns', in_data) return in_data **Line 1-3** the is_IOLong_allowed method determines in which conditions the command 'IOLong' can be executed. In this case, the command can only be executed if the device is in 'ON' state. **Line 6** write a log message to the tango INFO stream (click :ref:`here ` for more information about PyTango log system). **Line 7** does something with the input parameter **Line 8** write another log message to the tango INFO stream (click :ref:`here ` for more information about PyTango log system). **Line 9** return the output of executing the tango command Implementing an attribute ######################### Attributes are defined as described in chapter 5.3.2. Nevertheless, some methods implementing them have to be written. These methods names are fixed and depend on attribute name. They have to be called: - ``is__allowed(self, req_type)`` - ``read_(self, attr)`` - ``write_(self, attr)`` For instance, with an attribute called *MyAttr*, its is_allowed method has to be called *is_MyAttr_allowed*, its read method has to be called *read_MyAttr* and its write method has to be called *write_MyAttr*. The *attr* parameter is an instance of :class:`Attr`. Unlike the commands, the is_allowed method for attributes receives a parameter of type :class:`AttReqtype`. Please check :ref:`pytango-data-types` chapter to understand the data types that can be used in attribute. The following code is an example of how you write code executed when a client read an attribute which is called *Long_attr*:: def read_Long_attr(self, the_att): self.info_stream("read attribute name Long_attr") the_att.set_value(self.attr_long) **Line 1** Method declaration with "the_att" being an instance of the Attribute class representing the Long_attr attribute **Line 2** write a log message to the tango INFO stream (click :ref:`here ` for more information about PyTango log system). **Line 3** Set the attribute value using the method set_value() with the attribute value as parameter. The following code is an example of how you write code executed when a client write the Short_attr_rw attribute:: def write_Short_attr_rw(self,the_att): self.info_stream("In write_Short_attr_rw for attribute ",the_att.get_name()) self.attr_short_rw = the_att.get_write_value(data) **Line 1** Method declaration with "the_att" being an instance of the Attribute class representing the Short_attr_rw attribute **Line 2** write a log message to the tango INFO stream (click :ref:`here ` for more information about PyTango log system). **Line 3** Get the value sent by the client using the method get_write_value() and store the value written in the device object. Our attribute is a scalar short attribute so the return value is an int pytango-9.2.2/doc/itango.rst000066400000000000000000000010061316324373100157650ustar00rootroot00000000000000.. highlight:: python :linenothreshold: 4 .. _itango: ====== ITango ====== ITango is a PyTango CLI based on IPython_. It is designed to be used as an IPython profile. .. image:: _static/itango00.png ITango is available since PyTango 7.1.2 and has been moved to a separate project since PyTango 9.2.0: * `package and instructions on PyPI `_ * `sources on GitHub `_ * `documentation on pythonhosted `_ pytango-9.2.2/doc/logo-medium.bmp000066400000000000000000006223261316324373100167060ustar00rootroot00000000000000BM$6(: $F\F\tsw" 03" 6206_c^fjf(-&  9A D"H< %,%(PYyO[y #/0,ttx)>mrx26@,23.]\\w{w/(T$2l,1j,.c) B#9?8Y^Y";&Q"0h+3n.3l.3l-3l-2k-3m.3n.,['iliBeFiev3-0'pFP`,1231>9B8!D3l,2j+2i+2i,2i,3l-2j+'Q!-2:2ZaY$.#'@*X%4m-3l-2j,2i+1i,1i,2j,2i,2i,2i,2j-2k--`(&n3Ztk$$;-,XW\_[m%243>!6.`)3l-2i,2j-2j-2j-2i,1h+2h*3j+2j+'Q"-"GOFPWO$)%N!+^&3m-3m.2j,1g*1g*2g*2h*2h+2i+2j,2i,2g*2h*1i,2i,1i,%N"8:87S^ey3 -*e-041KJO(D'0g,2l.1k-1k.2l/2l/2k.2k.2j-2i,1h+2h+3j,4o.-a("G3$%""#!/ C/b)5o.3l.2k-2j-1i,2h+2h+2h+2h+2h*2h+2h+2i-2j,2h+2g*2g*1h+2j,-a).;-Yy#.P]~ 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;l8F~CCx@DyBBw?>t;9q66n34l13l02m/2l/1l.1l.1k.1k.1k.1k.1k.1k.2k/2k/4m15n27p49p69p6:r8?t@v=@u=@v=@v=@v=?v<@v=Bw?EyBI}FKH6\4'!"+ /9d7H~ECzA@v=>t;=t:=t:=t:=t:?v=Cw@DxAEyBDyAEyBCyABw?Av>Av>Bw?G|DIG9`6&z|y"4N '! -M+DwAF|DDyADxADxADxADyAEyBEyBBw?@v=?u<>t;EyB6]5*  gjg0X^I_<<50Q.GyDI}FH{EH{FI|GI|GI|GEzCDxAFzCFzCDyA8d52uwt=eYp0530U.DxAH{EH|FH|FH{FH{EH{E>h;'C'  Z^Z]zJc$)":!%B#)H(%@#"7 FHEyx^qmprHJG7978;8qrp=cpytango-9.2.2/doc/man/000077500000000000000000000000001316324373100145305ustar00rootroot00000000000000pytango-9.2.2/doc/man/itango.1000066400000000000000000000007031316324373100160730ustar00rootroot00000000000000.TH ITANGO "1" "September 2012" "ITango 8.0.0" "User Commands" .SH NAME PyTango \- manual page for ITango 8.0.0 .SH SYNOPSIS .B usage: \fIitango \fR[\fIIPython options\fR] .SH "SEE ALSO" The documentation for .B IPython The full documentation for .B ITango is maintained as a Texinfo manual. If the .B info and .B ITango programs are properly installed at your site, the command .IP .B info itango .PP should give you access to the complete manual. pytango-9.2.2/doc/mock_tango_extension.py000066400000000000000000000100521316324373100205420ustar00rootroot00000000000000"""Mock the tango._tango extension module. This is useful to build the documentation without building the extension. However this is a bit tricky since the python side relies on what the extension exposes. Here is the list of the mocking aspects that require special attention: - __doc__ should not contain the mock documentation - __mro__ is required for autodoc - __name__ attribute is required - Device_6Impl class should not be accessible - the __base__ attribute for Device_[X]Impl is required - it shoud be possible to set __init__, __getattr__ and __setattr__ methods - tango.base_types.__document_enum needs to be patched before it is called - tango.base_types.__document_method needs to be patched before it is called - the mocks should not have any public methods such as assert_[...] - _tango.constants.TgLibVers is required (e.g. '9.2.2') - _tango._get_tango_lib_release function is required (e.g. lambda: 922) - tango._tango AND tango.constants modules have to be patched - autodoc requires a proper inheritance for the device impl classes Patching tango._tango using sys.modules does not seem to work for python version older than 3.5 (failed with 2.7 and 3.4) """ # Imports import sys from mock import MagicMock __all__ = ['tango'] # Constants TANGO_VERSION = '9.2.2' TANGO_VERSION_INT = int(TANGO_VERSION[::2]) # Extension mock class class ExtensionMock(MagicMock): # Remove the mock documentation __doc__ = None # The method resolution order is required for autodoc __mro__ = object, @property def __name__(self): # __name__ is used for some objects if self._mock_name is None: return '' return self._mock_name.split('.')[-1] def __getattr__(self, name): # Limit device class discovery if name == 'Device_6Impl': raise AttributeError # Regular mock behavior return MagicMock.__getattr__(self, name) def __setattr__(self, name, value): # Ignore unsupported magic methods if name in ["__init__", "__getattr__", "__setattr__", "__str__", "__repr__"]: return # Hook as soon as possible and patch the documentation methods if name == 'side_effect' and self.__name__ == 'AccessControlType': import tango.utils import tango.base_types import tango.device_server tango.utils.__dict__['document_enum'] = document_enum tango.utils.__dict__['document_method'] = document_method tango.base_types.__dict__['__document_enum'] = document_enum tango.device_server.__dict__['__document_method'] = document_method MagicMock.__setattr__(self, name, value) # Remove all public methods for name in dir(ExtensionMock): if not name.startswith('_') and \ callable(getattr(ExtensionMock, name)): setattr(ExtensionMock, name, None) # Patched version of document_enum def document_enum(klass, enum_name, desc, append=True): getattr(klass, enum_name).__doc__ = desc # Patched version of document_enum def document_method(klass, name, doc, add=True): method = lambda self: None method.__doc__ = doc method.__name__ = name setattr(klass, name, method) # Use empty classes for device impl inheritance scheme def set_device_implementations(module): module.DeviceImpl = type('DeviceImpl', (object,), {}) module.Device_2Impl = type('Device_2Impl', (module.DeviceImpl,), {}) module.Device_3Impl = type('Device_3Impl', (module.Device_2Impl,), {}) module.Device_4Impl = type('Device_4Impl', (module.Device_3Impl,), {}) module.Device_5Impl = type('Device_5Impl', (module.Device_4Impl,), {}) # Patch the extension module _tango = ExtensionMock(name='_tango') _tango.constants.TgLibVers = TANGO_VERSION _tango._get_tango_lib_release.return_value = TANGO_VERSION_INT set_device_implementations(_tango) # Patch modules sys.modules['tango._tango'] = _tango sys.modules['tango.constants'] = _tango.constants print('Mocking tango._tango extension module') # Try to import import tango pytango-9.2.2/doc/quicktour.rst000066400000000000000000000214051316324373100165370ustar00rootroot00000000000000.. _pytango-quick-tour: Quick tour ========== This quick tour will guide you through the first steps on using PyTango. Fundamental TANGO concepts -------------------------- Before you begin there are some fundamental TANGO concepts you should be aware of. Tango consists basically of a set of *devices* running somewhere on the network. A device is identified by a unique case insensitive name in the format *//*. Examples: `LAB-01/PowerSupply/01`, `ID21/OpticsHutch/energy`. Each device has a series of *attributes*, *pipes*, *properties* and *commands*. An attribute is identified by a name in a device. It has a value that can be read. Some attributes can also be changed (read-write attributes). Each attribute has a well known, fixed data type. A pipe is a kind of attribute. Unlike attributes, the pipe data type is strucured (in the sence of C struct) and it is dynamic. A property is identified by a name in a device. Usually, devices properties are used to provide a way to configure a device. A command is also identified by a name. A command may or not receive a parameter and may or not return a value when it is executed. Any device has **at least** a *State* and *Status* attributes and *State*, *Status* and *Init* commands. Reading the *State* or *Status* attributes has the same effect as executing the *State* or *Status* commands. Each device as an associated *TANGO Class*. Most of the times the TANGO class has the same name as the object oriented programming class which implements it but that is not mandatory. TANGO devices *live* inside a operating system process called *TANGO Device Server*. This server acts as a container of devices. A device server can host multiple devices of multiple TANGO classes. Devices are, therefore, only accessible when the corresponding TANGO Device Server is running. A special TANGO device server called the *TANGO Database Server* will act as a naming service between TANGO servers and clients. This server has a known address where it can be reached. The machines that run TANGO Device Servers and/or TANGO clients, should export an environment variable called :envvar:`TANGO_HOST` that points to the TANGO Database server address. Example: ``TANGO_HOST=homer.lab.eu:10000`` Minimum setup ------------- This chapter assumes you have already installed PyTango. To explore PyTango you should have a running Tango system. If you are working in a facility/institute that uses Tango, this has probably already been prepared for you. You need to ask your facility/institute tango contact for the :envvar:`TANGO_HOST` variable where Tango system is running. If you are working in an isolate machine you first need to make sure the Tango system is installed and running (see `tango how to `_). Most examples here connect to a device called *sys/tg_test/1* that runs in a TANGO server called *TangoTest* with the instance name *test*. This server comes with the TANGO installation. The TANGO installation also registers the *test* instance. All you have to do is start the TangoTest server on a console:: $ TangoTest test Ready to accept request .. note:: if you receive a message saying that the server is already running, it just means that somebody has already started the test server so you don't need to do anything. Client ------ Finally you can get your hands dirty. The first thing to do is start a python console and import the :mod:`tango` module. The following example shows how to create a proxy to an existing TANGO device, how to read and write attributes and execute commands from a python console:: >>> import tango >>> # create a device object >>> test_device = tango.DeviceProxy("sys/tg_test/1") >>> # every device has a state and status which can be checked with: >>> print(test_device.state()) RUNNING >>> print(test_device.status()) The device is in RUNNING state. >>> # this device has an attribute called "long_scalar". Let's see which value it has... >>> data = test_device.read_attribute("long_scalar") >>> # ...PyTango provides a shortcut to do the same: >>> data = test_device["long_scalar"] >>> # the result of reading an attribute is a DeviceAttribute python object. >>> # It has a member called "value" which contains the value of the attribute >>> data.value 136 >>> # Check the complete DeviceAttribute members: >>> print(data) DeviceAttribute[ data_format = SCALAR dim_x = 1 dim_y = 0 has_failed = False is_empty = False name = 'long_scalar' nb_read = 1 nb_written = 1 quality = ATTR_VALID r_dimension = AttributeDimension(dim_x = 1, dim_y = 0) time = TimeVal(tv_nsec = 0, tv_sec = 1399450183, tv_usec = 323990) type = DevLong value = 136 w_dim_x = 1 w_dim_y = 0 w_dimension = AttributeDimension(dim_x = 1, dim_y = 0) w_value = 0] >>> # PyTango provides a handy pythonic shortcut to read the attribute value: >>> test_device.long_scalar 136 >>> # Setting an attribute value is equally easy: >>> test_device.write_attribute("long_scalar", 8776) >>> # ... and a handy shortcut to do the same exists as well: >>> test_device.long_scalar = 8776 >>> # TangoTest has a command called "DevDouble" which receives a number >>> # as parameter and returns the same number as a result. Let's >>> # execute this command: >>> test_device.command_inout("DevDouble", 45.67) 45.67 >>> # PyTango provides a handy shortcut: it exports commands as device methods: >>> test_device.DevDouble(45.67) 45.67 >>> # Introspection: check the list of attributes: >>> test_device.get_attribute_list() ['ampli', 'boolean_scalar', 'double_scalar', '...', 'State', 'Status'] >>> This is just the tip of the iceberg. Check the :class:`~tango.DeviceProxy` for the complete API. PyTango used to come with an integrated IPython_ based console called :ref:`itango`, now moved to a separate project. It provides helpers to simplify console usage. You can use this console instead of the traditional python console. Be aware, though, that many of the *tricks* you can do in an :ref:`itango` console cannot be done in a python program. Server ------ Since PyTango 8.1 it has become much easier to program a Tango device server. PyTango provides some helpers that allow developers to simplify the programming of a Tango device server. Before creating a server you need to decide: 1. The name of the device server (example: `PowerSupplyDS`). This will be the mandatory name of your python file. 2. The Tango Class name of your device (example: `PowerSupply`). In our example we will use the same name as the python class name. 3. the list of attributes of the device, their data type, access (read-only vs read-write), data_format (scalar, 1D, 2D) 4. the list of commands, their parameters and their result In our example we will write a fake power supply device server. The server will be called `PowerSupplyDS`. There will be a class called `PowerSupply` which will have attributes: * *voltage* (scalar, read-only, numeric) * *current* (scalar, read_write, numeric, expert mode) * *noise* (2D, read-only, numeric) pipes: * *info* (read-only) commands: * *TurnOn* (argument: None, result: None) * *TurnOff* (argument: None, result: None) * *Ramp* (param: scalar, numeric; result: bool) properties: * *host* (string representing the host name of the actual power supply) * *port* (port number in the host with default value = 9788) Here is the code for the :file:`PowerSupplyDS.py` .. literalinclude:: _static/PowerSupplyDS.py :linenos: Check the :ref:`high level server API ` for the complete reference API. The :ref:`write a server how to ` can help as well. Before running this brand new server we need to register it in the Tango system. You can do it with Jive (`Jive->Edit->Create server`): .. image:: _static/jive_powersupply.png ... or in a python script:: >>> import tango >>> dev_info = tango.DbDevInfo() >>> dev_info.server = "PowerSupplyDS/test" >>> dev_info._class = "PowerSupply" >>> dev_info.name = "test/power_supply/1" >>> db = tango.Database() >>> db.add_device(dev_info) After, you can run the server on a console with:: $ python PowerSupplyDS.py test Ready to accept request Now you can access it from a python console:: >>> import tango >>> power_supply = tango.DeviceProxy("test/power/supply/1") >>> power_supply.state() STANDBY >>> power_supply.current = 2.3 >>> power_supply.current 2.3 >>> power_supply.PowerOn() >>> power_supply.Ramp(2.1) True >>> power_supply.state() ON Next steps: Check out the :ref:`pytango-api`. pytango-9.2.2/doc/revision.rst000066400000000000000000002672201316324373100163560ustar00rootroot00000000000000.. _pytango-history-changes: ================== History of changes ================== :Contributers: T\. Coutinho :Last Update: |today| .. _pytango-revisions: Document revisions ------------------- +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | Date | Revision | Description | Author | +==========+==================================================================================+=====================================================+================================+ | 18/07/03 | 1.0 | Initial Version | M\. Ounsy | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 06/10/03 | 2.0 | Extension of the "Getting Started" paragraph | A\. Buteau/M\. Ounsy | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 14/10/03 | 3.0 | Added Exception Handling paragraph | M\. Ounsy | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 13/06/05 | 4.0 | Ported to Latex, added events, AttributeProxy | V\. Forchì | | | | and ApiUtil | | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | | | fixed bug with python 2.5 and and state events | | | 13/06/05 | 4.1 | new Database constructor | V\. Forchì | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 15/01/06 | 5.0 | Added Device Server classes | E\.Taurel | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 15/03/07 | 6.0 | Added AttrInfoEx, AttributeConfig events, 64bits, | T\. Coutinho | | | | write_attribute | | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 21/03/07 | 6.1 | Added groups | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 15/06/07 | `6.2 `_ | Added dynamic attributes doc | E\. Taurel | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 06/05/08 | `7.0 `_ | Update to Tango 6.1. Added DB methods, version info | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 10/07/09 | `8.0 `_ | Update to Tango 7. Major refactoring. Migrated doc | T\. Coutinho/R\. Suñe | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 24/07/09 | `8.1 `_ | Added migration info, added missing API doc | T\. Coutinho/R\. Suñe | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 21/09/09 | `8.2 `_ | Added migration info, release of 7.0.0beta2 | T\. Coutinho/R\. Suñe | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 12/11/09 | `8.3 `_ | Update to Tango 7.1. | T\. Coutinho/R\. Suñe | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | ??/12/09 | `8.4 `_ | Update to PyTango 7.1.0 rc1 | T\. Coutinho/R\. Suñe | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 19/02/10 | `8.5 `_ | Update to PyTango 7.1.1 | T\. Coutinho/R\. Suñe | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 06/08/10 | `8.6 `_ | Update to PyTango 7.1.2 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 05/11/10 | `8.7 `_ | Update to PyTango 7.1.3 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 08/04/11 | `8.8 `_ | Update to PyTango 7.1.4 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 13/04/11 | `8.9 `_ | Update to PyTango 7.1.5 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 14/04/11 | `8.10 `_ | Update to PyTango 7.1.6 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 15/04/11 | `8.11 `_ | Update to PyTango 7.2.0 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 12/12/11 | `8.12 `_ | Update to PyTango 7.2.2 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 24/04/12 | `8.13 `_ | Update to PyTango 7.2.3 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 21/09/12 | `8.14 `_ | Update to PyTango 8.0.0 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 10/10/12 | `8.15 `_ | Update to PyTango 8.0.2 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 20/05/13 | `8.16 `_ | Update to PyTango 8.0.3 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 28/08/13 | `8.13 `_ | Update to PyTango 7.2.4 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 27/11/13 | `8.18 `_ | Update to PyTango 8.1.1 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 16/05/14 | `8.19 `_ | Update to PyTango 8.1.2 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 30/09/14 | `8.20 `_ | Update to PyTango 8.1.4 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 01/10/14 | `8.21 `_ | Update to PyTango 8.1.5 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 05/02/15 | `8.22 `_ | Update to PyTango 8.1.6 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 03/02/16 | `8.23 `_ | Update to PyTango 8.1.8 | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 12/08/16 | 8.24 | Update to PyTango 8.1.9 | V\. Michel | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 26/02/16 | `9.2.0a `_ | Update to PyTango 9.2.0a | T\. Coutinho | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 15/08/16 | `9.2.0 `_ | 9.2.0 Release | V\. Michel | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 23/01/17 | `9.2.1 `_ | 9.2.1 Release | V\. Michel | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ | 27/09/17 | `9.2.2 `_ | 9.2.2 Release | G\. Cuni/V\. Michel/J\. Moldes | +----------+----------------------------------------------------------------------------------+-----------------------------------------------------+--------------------------------+ .. _pytango-version-history: Version history --------------- +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | Version | Changes | +==========+=======================================================================================================================================================================+ | 9.2.2 | 9.2.2 release. | | | | | | Features: | | | - `Pull Request #104: Pipe Events `_ | | | - `Pull Request #106: Implement pipe write (client and server, issue #9) `_ | | | - `Pull Request #122: Dynamic commands `_ | | | - `Pull Request #124: Add forward attribute `_ | | | - `Pull Request #129: Implement mandatory property (issue #30) `_ | | | | | | Changes: | | | - `Pull Request #109: Device Interface Change Events `_ | | | - `Pull Request #113: Adding asyncio green mode documentation and a how-to on contributing `_ | | | - `Pull Request #114: Added PEP8-ified files in tango module. `_ | | | - `Pull Request #115: Commands polling tests (client and server) `_ | | | - `Pull Request #116: Attribute polling tests (client and server) `_ | | | - `Pull Request #117: Use official tango-controls conda channel `_ | | | - `Pull Request #125: Forward attribute example `_ | | | - `Pull Request #134: Linting pytango (with pylint + flake8) `_ | | | - `Pull Request #137: Codacy badge in README and code quality policy in How to Contribute `_ | | | - `Pull Request #143: Added missing PipeEventData & DevIntrChangeEventData `_ | | | | | | Bug fixes: | | | - `Pull Request #85 (issue #84): Fix Gevent ThreadPool exceptions `_ | | | - `Pull Request #94 (issue #93): Fix issues in setup file (GCC-7 build) `_ | | | - `Pull Request #96: Filter badges from the long description `_ | | | - `Pull Request #97: Fix/linker options `_ | | | - `Pull Request #98: Refactor green mode for client and server APIs `_ | | | - `Pull Request #101 (issue #100) check for None and return null string `_ | | | - `Pull Request #102: Update server tests `_ | | | - `Pull Request #103: Cache build objects to optimize travis builds `_ | | | - `Pull Request #112 (issue #111): Use _DeviceClass as tango device class constructor `_ | | | - `Pull Request #128 (issue #127): Set default worker in server.py `_ | | | - `Pull Request #135: Better exception handling in server.run and test context (issue #131) `_ | | | - `Pull Request #142 (issue #142): Added missing PipeEventData & DevIntrChangeEventData `_ | | | - `Pull Request #148 (issue #144): Expose utils helpers `_ | | | - `Pull Request #149: Fix return value of proxy.subscribe_event `_ | | | - `Pull Request #158 (issue #155): Fix timestamp and casing in utils.EventCallback `_ | | | | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 9.2.1 | 9.2.1 release. | | | | | | Features: | | | - `Pull Requests #70: Add test_context and test_utils modules, used for pytango unit-testing `_ | | | | | | Changes: | | | - `Issue #51: Refactor platform specific code in setup file `_ | | | - `Issue #67: Comply with PEP 440 for pre-releases `_ | | | - `Pull Request #70: Add unit-testing for the server API `_ | | | - `Pull Request #70: Configure Travis CI for continuous integration `_ | | | - `Pull Request #76: Add unit-testing for the client API `_ | | | - `Pull Request #78: Update the python version classifiers `_ | | | - `Pull Request #80: Move tango object server to its own module `_ | | | - `Pull Request #90: The metaclass definition for tango devices is no longer mandatory `_ | | | | | | Bug fixes: | | | - `Issue #24: Fix dev_status dangling pointer bug `_ | | | - `Issue #57: Fix dev_state/status to be gevent safe `_ | | | - `Issue #58: Server gevent mode internal call hangs `_ | | | - `Pull Request #62: Several fixes in tango.databaseds `_ | | | - `Pull Request #63: Follow up on issue #21 (Fix Group.get_device method) `_ | | | - `Issue #64: Fix AttributeProxy.__dev_proxy to be initialized with python internals `_ | | | - `Issue #74: Fix hanging with an asynchronous tango server fails to start `_ | | | - `Pull Request #81: Fix DeviceImpl documentation `_ | | | - `Issue #82: Fix attribute completion for device proxies with IPython >= 4 `_ | | | - `Issue #84: Fix gevent threadpool exceptions `_ | | | | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 9.2.0 | 9.2.0 release. | | | | | | Features: | | | | | | - `Issue #37: Add display_level and polling_period as optional arguments to command decorator `_ | | | | | | Bug fixes: | | | | | | - Fix cache problem when using `DeviceProxy` through an `AttributeProxy` | | | - Fix compilation on several platforms | | | - `Issue #19: Defining new members in DeviceProxy has side effects `_ | | | - Fixed bug in `beacon.add_device` | | | - Fix for `get_device_list` if server_name is '*' | | | - Fix `get_device_attribute_property2` if `prop_attr` is not `None` | | | - Accept `StdStringVector` in `put_device_property` | | | - Map 'int' to DevLong64 and 'uint' to DevULong64 | | | - `Issue #22: Fix push_data_ready_event() deadlock `_ | | | - `Issue #28: Fix compilation error for constants.cpp `_ | | | - `Issue #21: Fix Group.get_device method `_ | | | - `Issue #33: Fix internal server documentation `_ | | | | | | Changes: | | | - Move ITango to another project | | | - Use `setuptools` instead of `distutils` | | | - Add `six` as a requirement | | | - Refactor directory structure | | | - Rename `PyTango` module to `tango` (`import PyTango` still works for backward compatibility) | | | - Add a ReST readme for GitHub and PyPI | | | | | | ITango changes (moved to another project): | | | - Fix itango event logger for python 3 | | | - Avoid deprecation warning with IPython 4.x | | | - Use entry points instead of scripts | | | | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 9.2.0a | 9.2 alpha release. Missing: | | | | | | - writtable pipes (client and server) | | | - dynamic commands (server) | | | - device interface change event (client and server) | | | - pipe event (client and server) | | | | | | Bug fixes: | | | | | | - `776: [pytango][8.1.8] SyntaxError: invalid syntax `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.9 | Features: | | | | | | - `PR #2: asyncio support for both client and server API `_ | | | - `PR #6: Expose AutoTangoMonitor and AutoTangoAllowThreads `_ | | | | | | Bug fixes: | | | | | | - `PR #31: Get -l flags from pkg-config `_ | | | - `PR #15: Rename itango script to itango3 for python3 `_ | | | - `PR #14: Avoid deprecation warning with IPython 4.x `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.8 | Features: | | | | | | - `PR #3: Add a run_server class method to Device `_ | | | - `PR #4: Add device inheritance `_ | | | - `110: device property with auto update in database `_ | | | | | | Bug fixes: | | | | | | - `690: Description attribute property `_ | | | - `700: [pytango] useless files in the source distribution `_ | | | - `701: Memory leak in command with list argument `_ | | | - `704: Assertion failure when calling command with string array input type `_ | | | - `705: Support boost_python lib name on Gentoo `_ | | | - `714: Memory leak in PyTango for direct server command calls `_ | | | - `718: OverflowErrors with float types in 8.1.6 `_ | | | - `724: PyTango DeviceProxy.command_inout() memory leaks `_ | | | - `736: pytango FTBFS with python 3.4 `_ | | | - `747: PyTango event callback in gevent mode gets called in non main thread `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.6 | Bug fixes: | | | | | | - `698: PyTango.Util discrepancy `_ | | | - `697: PyTango.server.run does not accept old Device style classes `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.5 | Bug fixes: | | | | | | - `687: [pytango] 8.1.4 unexpected files in the source package `_ | | | - `688: PyTango 8.1.4 new style server commands don't work `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.4 | Features: | | | | | | - `107: Nice to check Tango/PyTango version at runtime `_ | | | | | | Bug fixes: | | | | | | - `659: segmentation fault when unsubscribing from events `_ | | | - `664: problem while installing PyTango 8.1.1 with pip (using pip 1.4.1) `_ | | | - `678: [pytango] 8.1.2 unexpected files in the source package `_ | | | - `679: PyTango.server tries to import missing __builtin__ module on Python 3 `_ | | | - `680: Cannot import PyTango.server.run `_ | | | - `686: Device property substitution for a multi-device server `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.3 | *SKIPPED* | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.2 | Features: | | | | | | - `98: PyTango.server.server_run needs additional post_init_callback parameter `_ | | | - `102: DevEncoded attribute should support a python buffer object `_ | | | - `103: Make creation of *EventData objects possible in PyTango `_ | | | | | | Bug fixes: | | | | | | - `641: python3 error handling issue `_ | | | - `648: PyTango unicode method parameters fail `_ | | | - `649: write_attribute of spectrum/image fails in PyTango without numpy `_ | | | - `650: [pytango] 8.1.1 not compatible with ipyton 1.2.0-rc1 `_ | | | - `651: PyTango segmentation fault when run a DS that use attr_data.py `_ | | | - `660: command_inout_asynch (polling mode) fails `_ | | | - `666: PyTango shutdown sometimes blocks. `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.1 | Features: | | | | | | - Implemented tango C++ 8.1 API | | | | | | Bug fixes: | | | | | | - `527: set_value() for ULong64 `_ | | | - `573: [pytango] python3 error with unregistered device `_ | | | - `611: URGENT fail to write attribute with PyTango 8.0.3 `_ | | | - `612: [pytango][8.0.3] failed to build from source on s390 `_ | | | - `615: Threading problem when setting a DevULong64 attribute `_ | | | - `622: PyTango broken when running on Ubuntu 13 `_ | | | - `626: attribute_history extraction can raised an exception `_ | | | - `628: Problem in installing PyTango 8.0.3 on Scientific Linux 6 `_ | | | - `635: Reading of ULong64 attributes does not work `_ | | | - `636: PyTango log messages are not filtered by level `_ | | | - `637: [pytango] segfault doing write_attribute on Group `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.1.0 | *SKIPPED* | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.0.3 | Features: | | | - `88: Implement Util::server_set_event_loop method in python `_ | | | | | | Bug fixes: | | | | | | - `3576353: [pytango] segfault on 'RestartServer' `_ | | | - `3579062: [pytango] Attribute missing methods `_ | | | - `3586337: [pytango] Some DeviceClass methods are not python safe `_ | | | - `3598514: DeviceProxy.__setattr__ break python's descriptors `_ | | | - `3607779: [pytango] IPython 0.10 error `_ | | | - `598: Import DLL by PyTango failed on windows `_ | | | - `605: [pytango] use distutils.version module `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.0.2 | Bug fixes: | | | | | | - `3570970: [pytango] problem during the python3 building `_ | | | - `3570971: [pytango] itango does not work without qtconsole `_ | | | - `3570972: [pytango] warning/error when building 8.0.0 `_ | | | - `3570975: [pytango] problem during use of python3 version `_ | | | - `3574099: [pytango] compile error with gcc < 4.5 `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.0.1 | *SKIPPED* | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 8.0.0 | Features: | | | | | | - Implemented tango C++ 8.0 API | | | - Python 3k compatible | | | | | | Bug fixes: | | | | | | - `3023857: DevEncoded write attribute not supported `_ | | | - `3521545: [pytango] problem with tango profile `_ | | | - `3530535: PyTango group writting fails `_ | | | - `3564959: EncodedAttribute.encode_xxx() methods don't accept bytearray `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.2.4 | Bug fixes: | | | | | | - `551: [pytango] Some DeviceClass methods are not python safe `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.2.3 | Features: | | | | | | - `3495607: DeviceClass.device_name_factory is missing `_ | | | | | | Bug fixes: | | | | | | - `3103588: documentation of PyTango.Attribute.Group `_ | | | - `3458336: Problem with pytango 7.2.2 `_ | | | - `3463377: PyTango memory leak in read encoded attribute `_ | | | - `3487930: [pytango] wrong python dependency `_ | | | - `3511509: Attribute.set_value_date_quality for encoded does not work `_ | | | - `3514457: [pytango] TANGO_HOST multi-host support `_ | | | - `3520739: command_history(...) in PyTango `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.2.2 | Features: | | | | | | - `3305251: DS dynamic attributes discards some Attr properties `_ | | | - `3365792: DeviceProxy. could be documented `_ | | | - `3386079: add support for ipython 0.11 `_ | | | - `3437654: throw python exception as tango exception `_ | | | - `3447477: spock profile installation `_ | | | | | | Bug fixes: | | | | | | - `3372371: write attribute of DevEncoded doesn't work `_ | | | - `3374026: [pytango] pyflakes warning `_ | | | - `3404771: PyTango.MultiAttribute.get_attribute_list missing `_ | | | - `3405580: PyTango.MultiClassAttribute missing `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.2.1 | *SKIPPED* | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.2.0 | Features: | | | | | | - `3286678: Add missing EncodedAttribute JPEG methods `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.1.6 | Bug fixes: | | | | | | - 7.1.5 distribution is missing some files | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.1.5 | Bug fixes: | | | | | | - `3284174: 7.1.4 does not build with gcc 4.5 and tango 7.2.6 `_ | | | - `3284265: [pytango][7.1.4] a few files without licence and copyright `_ | | | - `3284318: copyleft vs copyright `_ | | | - `3284434: [pytango][doc] few ERROR during the doc generation `_ | | | - `3284435: [pytango][doc] few warning during the doc generation `_ | | | - `3284440: [pytango][spock] the profile can't be installed `_ | | | - `3285185: PyTango Device Server does not load Class Properties values `_ | | | - `3286055: PyTango 7.1.x DS using Tango C++ 7.2.x seg faults on exit `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.1.4 | Features: | | | | | | - `3274309: Generic Callback for events `_ | | | | | | Bug fixes: | | | | | | - `3011775: Seg Faults due to removed dynamic attributes `_ | | | - `3105169: PyTango 7.1.3 does not compile with Tango 7.2.X `_ | | | - `3107243: spock profile does not work with python 2.5 `_ | | | - `3124427: PyTango.WAttribute.set_max_value() changes min value `_ | | | - `3170399: Missing documentation about is__allowed method `_ | | | - `3189082: Missing get_properties() for Attribute class `_ | | | - `3196068: delete_device() not called after server_admin.Kill() `_ | | | - `3257286: Binding crashes when reading a WRITE string attribute `_ | | | - `3267628: DP.read_attribute(, extract=List/tuple) write value is wrong `_ | | | - `3274262: Database.is_multi_tango_host missing `_ | | | - `3274319: EncodedAttribute is missing in PyTango (<= 7.1.3) `_ | | | - `3277269: read_attribute(DevEncoded) is not numpy as expected `_ | | | - `3278946: DeviceAttribute copy constructor is not working `_ | | | | | | Documentation: | | | | | | - Added :ref:`utilities` chapter | | | - Added :ref:`encoded` chapter | | | - Improved :ref:`server` chapter | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.1.3 | Features: | | | | | | - tango logging with print statement | | | - tango logging with decorators | | | - from sourceforge: | | | - `3060380: ApiUtil should be exported to PyTango `_ | | | | | | Bug fixes: | | | | | | - added licence header to all source code files | | | - spock didn't work without TANGO_HOST env. variable (it didn't recognize tangorc) | | | - spock should give a proper message if it tries to be initialized outside ipython | | | | | | - `3048798: licence issue GPL != LGPL `_ | | | - `3073378: DeviceImpl.signal_handler raising exception crashes DS `_ | | | - `3088031: Python DS unable to read DevVarBooleanArray property `_ | | | - `3102776: PyTango 7.1.2 does not work with python 2.4 & boost 1.33.0 `_ | | | - `3102778: Fix compilation warnings in linux `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.1.2 | Features: | | | | | | - `2995964: Dynamic device creation `_ | | | - `3010399: The DeviceClass.get_device_list that exists in C++ is missing `_ | | | - `3023686: Missing DeviceProxy. `_ | | | - `3025396: DeviceImpl is missing some CORBA methods `_ | | | - `3032005: IPython extension for PyTango `_ | | | - `3033476: Make client objects pickable `_ | | | - `3039902: PyTango.Util.add_class would be useful `_ | | | | | | Bug fixes: | | | | | | - `2975940: DS command with DevVarCharArray return type fails `_ | | | - `3000467: DeviceProxy.unlock is LOCKING instead of unlocking! `_ | | | - `3010395: Util.get_device_* methods don't work `_ | | | - `3010425: Database.dev_name does not work `_ | | | - `3016949: command_inout_asynch callback does not work `_ | | | - `3020300: PyTango does not compile with gcc 4.1.x `_ | | | - `3030399: Database put(delete)_attribute_alias generates segfault `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.1.1 | Features: | | | | | | - Improved setup script | | | - Interfaced with PyPI | | | - Cleaned build script warnings due to unclean python C++ macro definitions | | | - `2985993: PyTango numpy command support `_ | | | - `2971217: PyTango.GroupAttrReplyList slicing `_ | | | | | | Bug fixes: | | | | | | - `2983299: Database.put_property() deletes the property `_ | | | - `2953689: can not write_attribute scalar/spectrum/image `_ | | | - `2953030: PyTango doc installation `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.1.0 | Features: | | | | | | - `2908176: read_*, write_* and is_*_allowed() methods can now be defined `_ | | | - `2941036: TimeVal conversion to time and datetime `_ | | | - added str representation on Attr, Attribute, DeviceImpl and DeviceClass | | | | | | Bug fixes: | | | | | | - `2903755: get_device_properties() bug reading DevString properties `_ | | | - `2909927: PyTango.Group.read_attribute() return values `_ | | | - `2914194: DevEncoded does not work `_ | | | - `2916397: PyTango.DeviceAttribute copy constructor does not work `_ | | | - `2936173: PyTango.Group.read_attributes() fails `_ | | | - `2949099: Missing PyTango.Except.print_error_stack `_ | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | 7.1.0rc1 | Features: | | | | | | - v = image_attribute.get_write_value() returns square sequences (arrays of | | | arrays, or numpy objects) now instead of flat lists. Also for spectrum | | | attributes a numpy is returned by default now instead. | | | - image_attribute.set_value(v) accepts numpy arrays now or square sequences | | | instead of just flat lists. So, dim_x and dim_y are useless now. Also the | | | numpy path is faster. | | | - new enum AttrSerialModel | | | - Attribute new methods: set(get)_attr_serial_model, set_change_event, | | | set_archive_event, is_change_event, is_check_change_event, | | | is_archive_criteria, is_check_archive_criteria, remove_configuration | | | - added support for numpy scalars in tango operations like write_attribute | | | (ex: now a DEV_LONG attribute can receive a numpy.int32 argument in a | | | write_attribute method call) | | | | | | Bug fixes: | | | | | | - DeviceImpl.set_value for scalar attributes | | | - DeviceImpl.push_***_event | | | - server commands with DevVar***StringArray as parameter or as return type | | | - in windows,a bug in PyTango.Util prevented servers from starting up | | | - DeviceImpl.get_device_properties for string properties assigns only first | | | character of string to object member instead of entire string | | | - added missing methods to Util | | | - exported SubDevDiag class | | | - error in read/events of attributes of type DevBoolean READ_WRITE | | | - error in automatic unsubscribe events of DeviceProxy when the object | | | disapears (happens only on some compilers with some optimization flags) | | | - fix possible bug when comparing attribute names in DeviceProxy | | | - pretty print of DevFailed -> fix deprecation warning in python 2.6 | | | - device class properties where not properly fetched when there is no | | | property value defined | | | - memory leak when converting DevFailed exceptions from C++ to python | | | - python device server file without extension does not start | | | | | | Documentation: | | | | | | - Improved FAQ | | | - Improved compilation chapter | | | - Improved migration information | +----------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------+ pytango-9.2.2/doc/server_api/000077500000000000000000000000001316324373100161145ustar00rootroot00000000000000pytango-9.2.2/doc/server_api/attribute.rst000066400000000000000000000006621316324373100206550ustar00rootroot00000000000000Attribute classes ================= .. currentmodule:: tango Attr ---- .. autoclass:: tango.Attr :members: Attribute --------- .. autoclass:: tango.Attribute :members: WAttribute ---------- .. autoclass:: tango.WAttribute :members: MultiAttribute -------------- .. autoclass:: tango.MultiAttribute :members: UserDefaultAttrProp ------------------- .. autoclass:: tango.UserDefaultAttrProp :members: pytango-9.2.2/doc/server_api/device.rst000066400000000000000000000002151316324373100201030ustar00rootroot00000000000000Device ====== .. currentmodule:: tango DeviceImpl ---------- .. autoclass:: tango.LatestDeviceImpl :members: :inherited-members: pytango-9.2.2/doc/server_api/device_class.rst000066400000000000000000000001421316324373100212670ustar00rootroot00000000000000DeviceClass =========== .. currentmodule:: tango .. autoclass:: tango.DeviceClass :members: pytango-9.2.2/doc/server_api/index.rst000066400000000000000000000002361316324373100177560ustar00rootroot00000000000000.. currentmodule:: tango Server API ---------- .. toctree:: :maxdepth: 2 server device device_class logging attribute util pytango-9.2.2/doc/server_api/logging.rst000066400000000000000000000006431316324373100202770ustar00rootroot00000000000000Logging decorators ================== .. currentmodule:: tango LogIt ----- .. autoclass:: tango.LogIt :members: DebugIt ------- .. autoclass:: tango.DebugIt :members: InfoIt ------ .. autoclass:: tango.InfoIt :members: WarnIt ------- .. autoclass:: tango.WarnIt :members: ErrorIt ------- .. autoclass:: tango.ErrorIt :members: FatalIt ------- .. autoclass:: tango.FatalIt :members: pytango-9.2.2/doc/server_api/server.rst000066400000000000000000000246001316324373100201560ustar00rootroot00000000000000 .. currentmodule:: tango.server .. _pytango-hlapi: High level server API ===================== .. automodule:: tango.server .. hlist:: * :class:`~tango.server.Device` * :class:`~tango.server.attribute` * :class:`~tango.server.command` * :class:`~tango.server.pipe` * :class:`~tango.server.device_property` * :class:`~tango.server.class_property` * :func:`~tango.server.run` * :func:`~tango.server.server_run` This module provides a high level device server API. It implements :ref:`TEP1 `. It exposes an easier API for developing a Tango device server. Here is a simple example on how to write a *Clock* device server using the high level API:: import time from tango.server import run from tango.server import Device from tango.server import attribute, command class Clock(Device): time = attribute() def read_time(self): return time.time() @command(din_type=str, dout_type=str) def strftime(self, format): return time.strftime(format) if __name__ == "__main__": run((Clock,)) Here is a more complete example on how to write a *PowerSupply* device server using the high level API. The example contains: #. a read-only double scalar attribute called *voltage* #. a read/write double scalar expert attribute *current* #. a read-only double image attribute called *noise* #. a *ramp* command #. a *host* device property #. a *port* class property .. code-block:: python :linenos: from time import time from numpy.random import random_sample from tango import AttrQuality, AttrWriteType, DispLevel from tango.server import Device, attribute, command from tango.server import class_property, device_property class PowerSupply(Device): voltage = attribute() current = attribute(label="Current", dtype=float, display_level=DispLevel.EXPERT, access=AttrWriteType.READ_WRITE, unit="A", format="8.4f", min_value=0.0, max_value=8.5, min_alarm=0.1, max_alarm=8.4, min_warning=0.5, max_warning=8.0, fget="get_current", fset="set_current", doc="the power supply current") noise = attribute(label="Noise", dtype=((float,),), max_dim_x=1024, max_dim_y=1024, fget="get_noise") host = device_property(dtype=str) port = class_property(dtype=int, default_value=9788) def read_voltage(self): self.info_stream("get voltage(%s, %d)" % (self.host, self.port)) return 10.0 def get_current(self): return 2.3456, time(), AttrQuality.ATTR_WARNING def set_current(self, current): print("Current set to %f" % current) def get_noise(self): return random_sample((1024, 1024)) @command(dtype_in=float) def ramp(self, value): print("Ramping up...") if __name__ == "__main__": PowerSupply.run_server() *Pretty cool, uh?* .. _pytango-hlapi-datatypes: .. rubric:: Data types When declaring attributes, properties or commands, one of the most important information is the data type. It is given by the keyword argument *dtype*. In order to provide a more *pythonic* interface, this argument is not restricted to the :obj:`~tango.CmdArgType` options. For example, to define a *SCALAR* :obj:`~tango.CmdArgType.DevLong` attribute you have several possibilities: #. :obj:`int` #. 'int' #. 'int32' #. 'integer' #. :obj:`tango.CmdArgType.DevLong` #. 'DevLong' #. :obj:`numpy.int32` To define a *SPECTRUM* attribute simply wrap the scalar data type in any python sequence: * using a *tuple*: ``(:obj:`int`,)`` or * using a *list*: ``[:obj:`int`]`` or * any other sequence type To define an *IMAGE* attribute simply wrap the scalar data type in any python sequence of sequences: * using a *tuple*: ``((:obj:`int`,),)`` or * using a *list*: ``[[:obj:`int`]]`` or * any other sequence type Below is the complete table of equivalences. ======================================== ======================================== dtype argument converts to tango type ======================================== ======================================== ``None`` ``DevVoid`` ``'None'`` ``DevVoid`` ``DevVoid`` ``DevVoid`` ``'DevVoid'`` ``DevVoid`` ``DevState`` ``DevState`` ``'DevState'`` ``DevState`` :py:obj:`bool` ``DevBoolean`` ``'bool'`` ``DevBoolean`` ``'boolean'`` ``DevBoolean`` ``DevBoolean`` ``DevBoolean`` ``'DevBoolean'`` ``DevBoolean`` :py:obj:`numpy.bool_` ``DevBoolean`` ``'char'`` ``DevUChar`` ``'chr'`` ``DevUChar`` ``'byte'`` ``DevUChar`` ``chr`` ``DevUChar`` ``DevUChar`` ``DevUChar`` ``'DevUChar'`` ``DevUChar`` :py:obj:`numpy.uint8` ``DevUChar`` ``'int16'`` ``DevShort`` ``DevShort`` ``DevShort`` ``'DevShort'`` ``DevShort`` :py:obj:`numpy.int16` ``DevShort`` ``'uint16'`` ``DevUShort`` ``DevUShort`` ``DevUShort`` ``'DevUShort'`` ``DevUShort`` :py:obj:`numpy.uint16` ``DevUShort`` :py:obj:`int` ``DevLong`` ``'int'`` ``DevLong`` ``'int32'`` ``DevLong`` ``DevLong`` ``DevLong`` ``'DevLong'`` ``DevLong`` :py:obj:`numpy.int32` ``DevLong`` ``'uint'`` ``DevULong`` ``'uint32'`` ``DevULong`` ``DevULong`` ``DevULong`` ``'DevULong'`` ``DevULong`` :py:obj:`numpy.uint32` ``DevULong`` ``'int64'`` ``DevLong64`` ``DevLong64`` ``DevLong64`` ``'DevLong64'`` ``DevLong64`` :py:obj:`numpy.int64` ``DevLong64`` ``'uint64'`` ``DevULong64`` ``DevULong64`` ``DevULong64`` ``'DevULong64'`` ``DevULong64`` :py:obj:`numpy.uint64` ``DevULong64`` ``DevInt`` ``DevInt`` ``'DevInt'`` ``DevInt`` ``'float32'`` ``DevFloat`` ``DevFloat`` ``DevFloat`` ``'DevFloat'`` ``DevFloat`` :py:obj:`numpy.float32` ``DevFloat`` :py:obj:`float` ``DevDouble`` ``'double'`` ``DevDouble`` ``'float'`` ``DevDouble`` ``'float64'`` ``DevDouble`` ``DevDouble`` ``DevDouble`` ``'DevDouble'`` ``DevDouble`` :py:obj:`numpy.float64` ``DevDouble`` :py:obj:`str` ``DevString`` ``'str'`` ``DevString`` ``'string'`` ``DevString`` ``'text'`` ``DevString`` ``DevString`` ``DevString`` ``'DevString'`` ``DevString`` :py:obj:`bytearray` ``DevEncoded`` ``'bytearray'`` ``DevEncoded`` ``'bytes'`` ``DevEncoded`` ``DevEncoded`` ``DevEncoded`` ``'DevEncoded'`` ``DevEncoded`` ``DevVarBooleanArray`` ``DevVarBooleanArray`` ``'DevVarBooleanArray'`` ``DevVarBooleanArray`` ``DevVarCharArray`` ``DevVarCharArray`` ``'DevVarCharArray'`` ``DevVarCharArray`` ``DevVarShortArray`` ``DevVarShortArray`` ``'DevVarShortArray'`` ``DevVarShortArray`` ``DevVarLongArray`` ``DevVarLongArray`` ``'DevVarLongArray'`` ``DevVarLongArray`` ``DevVarLong64Array`` ``DevVarLong64Array`` ``'DevVarLong64Array'`` ``DevVarLong64Array`` ``DevVarULong64Array`` ``DevVarULong64Array`` ``'DevVarULong64Array'`` ``DevVarULong64Array`` ``DevVarFloatArray`` ``DevVarFloatArray`` ``'DevVarFloatArray'`` ``DevVarFloatArray`` ``DevVarDoubleArray`` ``DevVarDoubleArray`` ``'DevVarDoubleArray'`` ``DevVarDoubleArray`` ``DevVarUShortArray`` ``DevVarUShortArray`` ``'DevVarUShortArray'`` ``DevVarUShortArray`` ``DevVarULongArray`` ``DevVarULongArray`` ``'DevVarULongArray'`` ``DevVarULongArray`` ``DevVarStringArray`` ``DevVarStringArray`` ``'DevVarStringArray'`` ``DevVarStringArray`` ``DevVarLongStringArray`` ``DevVarLongStringArray`` ``'DevVarLongStringArray'`` ``DevVarLongStringArray`` ``DevVarDoubleStringArray`` ``DevVarDoubleStringArray`` ``'DevVarDoubleStringArray'`` ``DevVarDoubleStringArray`` ``DevPipeBlob`` ``DevPipeBlob`` ``'DevPipeBlob'`` ``DevPipeBlob`` ======================================== ======================================== .. autoclass:: Device :show-inheritance: :inherited-members: :members: .. autoclass:: attribute .. autofunction:: command .. autoclass:: pipe .. autoclass:: device_property .. autoclass:: class_property .. autofunction:: run .. autofunction:: server_run pytango-9.2.2/doc/server_api/util.rst000066400000000000000000000001451316324373100176230ustar00rootroot00000000000000Util ==== .. currentmodule:: tango .. autoclass:: tango.Util :members: :inherited-members: pytango-9.2.2/doc/start.rst000066400000000000000000000056771316324373100156630ustar00rootroot00000000000000.. highlight:: python :linenothreshold: 5 .. _getting-started: Getting started =============== Installing ---------- Linux ~~~~~ PyTango is available on linux as an official debian/ubuntu package: .. sourcecode:: console $ sudo apt-get install python-pytango RPM packages are also available for RHEL & CentOS: .. hlist:: :columns: 2 * `CentOS 6 32bits `_ * `CentOS 6 64bits `_ * `CentOS 7 64bits `_ * `Fedora 23 32bits `_ * `Fedora 23 64bits `_ PyPi ~~~~ You can also install the latest version from `PyPi`_. First, make sure you have the following packages already installed (all of them are available from the major official distribution repositories): * `boost-python`_ (including boost-python-dev) * `numpy`_ Then install PyTango either from pip: .. sourcecode:: console $ pip install PyTango or easy_install: .. sourcecode:: console $ easy_install -U PyTango Windows ~~~~~~~ First, make sure `Python`_ and `numpy`_ are installed. PyTango team provides a limited set of binary PyTango distributables for Windows XP/Vista/7/8. The complete list of binaries can be downloaded from `PyPI`_. Select the proper windows package, download it and finally execute the installion wizard. Compiling --------- Linux ~~~~~ Since PyTango 9 the build system used to compile PyTango is the standard python setuptools. Besides the binaries for the three dependencies mentioned above, you also need the development files for the respective libraries. You can get the latest ``.tar.gz`` from `PyPI`_ or directly the latest SVN checkout: .. sourcecode:: console $ git clone https://github.com/tango-cs/pytango.git $ cd pytango $ python setup.py build $ sudo python setup.py install This will install PyTango in the system python installation directory. (Since PyTango9, :ref:`itango` has been removed to a separate project and it will not be installed with PyTango.) If you whish to install in a different directory, replace the last line with: .. sourcecode:: console $ # private installation to your user (usually ~/.local/lib/python./site-packages) $ python setup.py install --user $ # or specific installation directory $ python setup.py install --prefix=/home/homer/local Windows ~~~~~~~ On windows, PyTango must be built using MS VC++. Since it is rarely needed and the instructions are so complicated, I have choosen to place the how-to in a separate text file. You can find it in the source package under :file:`doc/windows_notes.txt`. Testing ------- To test the installation, import ``tango`` and check ``tango.Release.version``: .. sourcecode:: console $ python -c "import tango; print(tango.Release.version)" 9.2.2 Next steps: Check out the :ref:`pytango-quick-tour`. pytango-9.2.2/doc/tep.rst000066400000000000000000000003361316324373100153010ustar00rootroot00000000000000.. currentmodule:: tango .. _pytango_enhancement_proposals: ============================= PyTango Enhancement Proposals ============================= .. toctree:: :maxdepth: 1 tep/tep-0001 tep/tep-0002 pytango-9.2.2/doc/tep/000077500000000000000000000000001316324373100145455ustar00rootroot00000000000000pytango-9.2.2/doc/tep/DataBase.xmi000066400000000000000000001567531316324373100167510ustar00rootroot00000000000000 pytango-9.2.2/doc/tep/database.py000066400000000000000000003001231316324373100166620ustar00rootroot00000000000000#!/usr/bin/env python # -*- coding:utf-8 -*- ############################################################################## ## license : ##============================================================================ ## ## File : DataBase.py ## ## Project : TANGO ## ## $Author : controls$ ## ## $Revision : $ ## ## $Date : $ ## ## $HeadUrl : $ ##============================================================================ ## This file is generated by POGO ## (Program Obviously used to Generate tango Object) ## ## (c) - Software Engineering Group - ESRF ############################################################################## """This class manage the TANGO database.""" __all__ = ["DataBase", "DataBaseClass", "main"] __docformat__ = 'restructuredtext' import PyTango import sys # Add additional import #----- PROTECTED REGION ID(DataBase.additionnal_import) ENABLED START -----# try: from __future__ import print_function except ImportError: pass #----- PROTECTED REGION END -----# // DataBase.additionnal_import ############################################################################## ## Device States Description ## ## No states for this device ############################################################################## class DataBase (PyTango.Device_4Impl): #--------- Add you global variables here -------------------------- #----- PROTECTED REGION ID(DataBase.global_variables) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.global_variables #------------------------------------------------------------------ # Device constructor #------------------------------------------------------------------ def __init__(self,cl, name): PyTango.Device_4Impl.__init__(self,cl,name) self.debug_stream("In " + self.get_name() + ".__init__()") DataBase.init_device(self) #------------------------------------------------------------------ # Device destructor #------------------------------------------------------------------ def delete_device(self): self.debug_stream("In " + self.get_name() + ".delete_device()") #----- PROTECTED REGION ID(DataBase.delete_device) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.delete_device #------------------------------------------------------------------ # Device initialization #------------------------------------------------------------------ def init_device(self): self.debug_stream("In " + self.get_name() + ".init_device()") self.get_device_properties(self.get_device_class()) self.attr_StoredProcedureRelease_read = '' self.attr_Timing_average_read = [0.0] self.attr_Timing_minimum_read = [0.0] self.attr_Timing_maximum_read = [0.0] self.attr_Timing_calls_read = [0.0] self.attr_Timing_index_read = [''] self.attr_Timing_info_read = [''] #----- PROTECTED REGION ID(DataBase.init_device) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.init_device #------------------------------------------------------------------ # Always excuted hook method #------------------------------------------------------------------ def always_executed_hook(self): self.debug_stream("In " + self.get_name() + ".always_excuted_hook()") #----- PROTECTED REGION ID(DataBase.always_executed_hook) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.always_executed_hook #================================================================== # # DataBase read/write attribute methods # #================================================================== #------------------------------------------------------------------ # Read StoredProcedureRelease attribute #------------------------------------------------------------------ def read_StoredProcedureRelease(self, attr): self.debug_stream("In " + self.get_name() + ".read_StoredProcedureRelease()") #----- PROTECTED REGION ID(DataBase.StoredProcedureRelease_read) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.StoredProcedureRelease_read attr.set_value(self.attr_StoredProcedureRelease_read) #------------------------------------------------------------------ # Read Timing_average attribute #------------------------------------------------------------------ def read_Timing_average(self, attr): self.debug_stream("In " + self.get_name() + ".read_Timing_average()") #----- PROTECTED REGION ID(DataBase.Timing_average_read) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.Timing_average_read attr.set_value(self.attr_Timing_average_read) #------------------------------------------------------------------ # Read Timing_minimum attribute #------------------------------------------------------------------ def read_Timing_minimum(self, attr): self.debug_stream("In " + self.get_name() + ".read_Timing_minimum()") #----- PROTECTED REGION ID(DataBase.Timing_minimum_read) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.Timing_minimum_read attr.set_value(self.attr_Timing_minimum_read) #------------------------------------------------------------------ # Read Timing_maximum attribute #------------------------------------------------------------------ def read_Timing_maximum(self, attr): self.debug_stream("In " + self.get_name() + ".read_Timing_maximum()") #----- PROTECTED REGION ID(DataBase.Timing_maximum_read) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.Timing_maximum_read attr.set_value(self.attr_Timing_maximum_read) #------------------------------------------------------------------ # Read Timing_calls attribute #------------------------------------------------------------------ def read_Timing_calls(self, attr): self.debug_stream("In " + self.get_name() + ".read_Timing_calls()") #----- PROTECTED REGION ID(DataBase.Timing_calls_read) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.Timing_calls_read attr.set_value(self.attr_Timing_calls_read) #------------------------------------------------------------------ # Read Timing_index attribute #------------------------------------------------------------------ def read_Timing_index(self, attr): self.debug_stream("In " + self.get_name() + ".read_Timing_index()") #----- PROTECTED REGION ID(DataBase.Timing_index_read) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.Timing_index_read attr.set_value(self.attr_Timing_index_read) #------------------------------------------------------------------ # Read Timing_info attribute #------------------------------------------------------------------ def read_Timing_info(self, attr): self.debug_stream("In " + self.get_name() + ".read_Timing_info()") #----- PROTECTED REGION ID(DataBase.Timing_info_read) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.Timing_info_read attr.set_value(self.attr_Timing_info_read) #------------------------------------------------------------------ # Read Attribute Hardware #------------------------------------------------------------------ def read_attr_hardware(self, data): self.debug_stream("In " + self.get_name() + ".read_attr_hardware()") #----- PROTECTED REGION ID(DataBase.read_attr_hardware) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.read_attr_hardware #================================================================== # # DataBase command methods # #================================================================== #------------------------------------------------------------------ # DbAddDevice command: #------------------------------------------------------------------ def DbAddDevice(self, argin): """ Add a Tango class device to a specific device server :param argin: Str[0] = Full device server process name Str[1] = Device name Str[2] = Tango class name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbAddDevice()") #----- PROTECTED REGION ID(DataBase.DbAddDevice) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbAddDevice #------------------------------------------------------------------ # DbAddServer command: #------------------------------------------------------------------ def DbAddServer(self, argin): """ Create a device server process entry in database :param argin: Str[0] = Full device server name Str[1] = Device(s) name Str[2] = Tango class name Str[n] = Device name Str[n + 1] = Tango class name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbAddServer()") #----- PROTECTED REGION ID(DataBase.DbAddServer) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbAddServer #------------------------------------------------------------------ # DbDeleteAttributeAlias command: #------------------------------------------------------------------ def DbDeleteAttributeAlias(self, argin): """ Delete an attribute alias. :param argin: Attriibute alias name. :type: PyTango.DevString :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteAttributeAlias()") #----- PROTECTED REGION ID(DataBase.DbDeleteAttributeAlias) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteAttributeAlias #------------------------------------------------------------------ # DbDeleteClassAttribute command: #------------------------------------------------------------------ def DbDeleteClassAttribute(self, argin): """ delete a class attribute and all its properties from database :param argin: Str[0] = Tango class name Str[1] = Attribute name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteClassAttribute()") #----- PROTECTED REGION ID(DataBase.DbDeleteClassAttribute) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteClassAttribute #------------------------------------------------------------------ # DbDeleteClassAttributeProperty command: #------------------------------------------------------------------ def DbDeleteClassAttributeProperty(self, argin): """ delete class attribute properties from database :param argin: Str[0] = Tango class name Str[1] = Attribute name Str[2] = Property name Str[n] = Property name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteClassAttributeProperty()") #----- PROTECTED REGION ID(DataBase.DbDeleteClassAttributeProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteClassAttributeProperty #------------------------------------------------------------------ # DbDeleteClassProperty command: #------------------------------------------------------------------ def DbDeleteClassProperty(self, argin): """ Delete class properties from database :param argin: Str[0] = Tango class name Str[1] = Property name Str[n] = Property name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteClassProperty()") #----- PROTECTED REGION ID(DataBase.DbDeleteClassProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteClassProperty #------------------------------------------------------------------ # DbDeleteDevice command: #------------------------------------------------------------------ def DbDeleteDevice(self, argin): """ Delete a devcie from database :param argin: device name :type: PyTango.DevString :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteDevice()") #----- PROTECTED REGION ID(DataBase.DbDeleteDevice) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteDevice #------------------------------------------------------------------ # DbDeleteDeviceAlias command: #------------------------------------------------------------------ def DbDeleteDeviceAlias(self, argin): """ Delete a device alias. :param argin: device alias name :type: PyTango.DevString :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteDeviceAlias()") #----- PROTECTED REGION ID(DataBase.DbDeleteDeviceAlias) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteDeviceAlias #------------------------------------------------------------------ # DbDeleteDeviceAttribute command: #------------------------------------------------------------------ def DbDeleteDeviceAttribute(self, argin): """ Delete device attribute properties from database :param argin: Str[0] = Device name Str[1] = Attribute name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteDeviceAttribute()") #----- PROTECTED REGION ID(DataBase.DbDeleteDeviceAttribute) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteDeviceAttribute #------------------------------------------------------------------ # DbDeleteDeviceAttributeProperty command: #------------------------------------------------------------------ def DbDeleteDeviceAttributeProperty(self, argin): """ delete a device attribute property from the database :param argin: Str[0] = Device name Str[1] = Attribute name Str[2] = Property name Str[n] = Property name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteDeviceAttributeProperty()") #----- PROTECTED REGION ID(DataBase.DbDeleteDeviceAttributeProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteDeviceAttributeProperty #------------------------------------------------------------------ # DbDeleteDeviceProperty command: #------------------------------------------------------------------ def DbDeleteDeviceProperty(self, argin): """ Delete device property(ies) :param argin: Str[0] = Device name Str[1] = Property name Str[n] = Property name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteDeviceProperty()") #----- PROTECTED REGION ID(DataBase.DbDeleteDeviceProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteDeviceProperty #------------------------------------------------------------------ # DbDeleteProperty command: #------------------------------------------------------------------ def DbDeleteProperty(self, argin): """ Delete free property from database :param argin: Str[0] = Object name Str[1] = Property name Str[n] = Property name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteProperty()") #----- PROTECTED REGION ID(DataBase.DbDeleteProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteProperty #------------------------------------------------------------------ # DbDeleteServer command: #------------------------------------------------------------------ def DbDeleteServer(self, argin): """ Delete server from the database but dont delete device properties :param argin: Device server name :type: PyTango.DevString :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteServer()") #----- PROTECTED REGION ID(DataBase.DbDeleteServer) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteServer #------------------------------------------------------------------ # DbDeleteServerInfo command: #------------------------------------------------------------------ def DbDeleteServerInfo(self, argin): """ delete info related to a Tango devvice server process :param argin: Device server name :type: PyTango.DevString :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteServerInfo()") #----- PROTECTED REGION ID(DataBase.DbDeleteServerInfo) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteServerInfo #------------------------------------------------------------------ # DbExportDevice command: #------------------------------------------------------------------ def DbExportDevice(self, argin): """ Export a device to the database :param argin: Str[0] = Device name Str[1] = CORBA IOR Str[2] = Device server process host name Str[3] = Device server process PID or string ``null`` Str[4] = Device server process version :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbExportDevice()") #----- PROTECTED REGION ID(DataBase.DbExportDevice) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbExportDevice #------------------------------------------------------------------ # DbExportEvent command: #------------------------------------------------------------------ def DbExportEvent(self, argin): """ Export Event channel to database :param argin: Str[0] = event channel name (or factory name) Str[1] = CORBA IOR Str[2] = Notifd host name Str[3] = Notifd pid Str[4] = Notifd version :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbExportEvent()") #----- PROTECTED REGION ID(DataBase.DbExportEvent) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbExportEvent #------------------------------------------------------------------ # DbGetAliasDevice command: #------------------------------------------------------------------ def DbGetAliasDevice(self, argin): """ Get device name from its alias. :param argin: Alias name :type: PyTango.DevString :return: Device name :rtype: PyTango.DevString """ self.debug_stream("In " + self.get_name() + ".DbGetAliasDevice()") argout = '' #----- PROTECTED REGION ID(DataBase.DbGetAliasDevice) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetAliasDevice return argout #------------------------------------------------------------------ # DbGetAttributeAlias command: #------------------------------------------------------------------ def DbGetAttributeAlias(self, argin): """ Get the attribute name for the given alias. If alias not found in database, returns an empty string. :param argin: The attribute alias name :type: PyTango.DevString :return: The attribute name (device/attribute) :rtype: PyTango.DevString """ self.debug_stream("In " + self.get_name() + ".DbGetAttributeAlias()") argout = '' #----- PROTECTED REGION ID(DataBase.DbGetAttributeAlias) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetAttributeAlias return argout #------------------------------------------------------------------ # DbGetAttributeAliasList command: #------------------------------------------------------------------ def DbGetAttributeAliasList(self, argin): """ Get attribute alias list for a specified filter :param argin: attribute alias filter string (eg: att*) :type: PyTango.DevString :return: attribute aliases :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetAttributeAliasList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetAttributeAliasList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetAttributeAliasList return argout #------------------------------------------------------------------ # DbGetClassAttributeList command: #------------------------------------------------------------------ def DbGetClassAttributeList(self, argin): """ Get attrilute list for a given Tango class with a specified filter :param argin: Str[0] = Tango class name Str[1] = Attribute name filter (eg: att*) :type: PyTango.DevVarStringArray :return: Str[0] = Class attribute name Str[n] = Class attribute name :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassAttributeList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassAttributeList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassAttributeList return argout #------------------------------------------------------------------ # DbGetClassAttributeProperty command: #------------------------------------------------------------------ def DbGetClassAttributeProperty(self, argin): """ Get Tango class property(ies) value :param argin: Str[0] = Tango class name Str[1] = Attribute name Str[n] = Attribute name :type: PyTango.DevVarStringArray :return: Str[0] = Tango class name Str[1] = Attribute property number Str[2] = Attribute property 1 name Str[3] = Attribute property 1 value Str[n + 1] = Attribute property 2 name Str[n + 2] = Attribute property 2 value :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassAttributeProperty()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassAttributeProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassAttributeProperty return argout #------------------------------------------------------------------ # DbGetClassAttributeProperty2 command: #------------------------------------------------------------------ def DbGetClassAttributeProperty2(self, argin): """ This command supports array property compared to the old command called DbGetClassAttributeProperty. The old command has not been deleted from the server for compatibility reasons. :param argin: Str[0] = Tango class name Str[1] = Attribute name Str[n] = Attribute name :type: PyTango.DevVarStringArray :return: Str[0] = Tango class name Str[1] = Attribute property number Str[2] = Attribute property 1 name Str[3] = Attribute property 1 value number (array case) Str[4] = Attribute property 1 value Str[n] = Attribute property 1 value (array case) Str[n + 1] = Attribute property 2 name Str[n + 2] = Attribute property 2 value number (array case) Str[n + 3] = Attribute property 2 value Str[n + m] = Attribute property 2 value (array case) :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassAttributeProperty2()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassAttributeProperty2) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassAttributeProperty2 return argout #------------------------------------------------------------------ # DbGetClassAttributePropertyHist command: #------------------------------------------------------------------ def DbGetClassAttributePropertyHist(self, argin): """ Retrieve Tango class attribute property history :param argin: Str[0] = Tango class Str[1] = Attribute name Str[2] = Property name :type: PyTango.DevVarStringArray :return: Str[0] = Attribute name Str[1] = Property name Str[2] = date Str[3] = Property value number (array case) Str[4] = Property value 1 Str[n] = Property value n :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassAttributePropertyHist()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassAttributePropertyHist) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassAttributePropertyHist return argout #------------------------------------------------------------------ # DbGetClassForDevice command: #------------------------------------------------------------------ def DbGetClassForDevice(self, argin): """ Get Tango class for the specified device. :param argin: Device name :type: PyTango.DevString :return: Device Tango class :rtype: PyTango.DevString """ self.debug_stream("In " + self.get_name() + ".DbGetClassForDevice()") argout = '' #----- PROTECTED REGION ID(DataBase.DbGetClassForDevice) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassForDevice return argout #------------------------------------------------------------------ # DbGetClassInheritanceForDevice command: #------------------------------------------------------------------ def DbGetClassInheritanceForDevice(self, argin): """ Get class inheritance for the specified device. :param argin: Device name :type: PyTango.DevString :return: Classes off the specified device. [0] - is the class of the device. [1] - is the class from the device class is inherited. ........and so on :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassInheritanceForDevice()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassInheritanceForDevice) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassInheritanceForDevice return argout #------------------------------------------------------------------ # DbGetClassList command: #------------------------------------------------------------------ def DbGetClassList(self, argin): """ Get Tango class list with a specified filter :param argin: Filter :type: PyTango.DevString :return: Class list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassList return argout #------------------------------------------------------------------ # DbGetClassProperty command: #------------------------------------------------------------------ def DbGetClassProperty(self, argin): """ :param argin: Str[0] = Tango class Str[1] = Property name Str[2] = Property name :type: PyTango.DevVarStringArray :return: Str[0] = Tango class Str[1] = Property number Str[2] = Property name Str[3] = Property value number (array case) Str[4] = Property value Str[n] = Propery value (array case) .... :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassProperty()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassProperty return argout #------------------------------------------------------------------ # DbGetClassPropertyHist command: #------------------------------------------------------------------ def DbGetClassPropertyHist(self, argin): """ Retrieve Tango class property history :param argin: Str[0] = Tango class Str[1] = Property name :type: PyTango.DevVarStringArray :return: Str[0] = Property name Str[1] = date Str[2] = Property value number (array case) Str[3] = Property value 1 Str[n] = Property value n :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassPropertyHist()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassPropertyHist) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassPropertyHist return argout #------------------------------------------------------------------ # DbGetClassPropertyList command: #------------------------------------------------------------------ def DbGetClassPropertyList(self, argin): """ Get property list for a given Tango class with a specified filter :param argin: The filter :type: PyTango.DevString :return: Property name list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetClassPropertyList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetClassPropertyList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetClassPropertyList return argout #------------------------------------------------------------------ # DbGetDeviceAlias command: #------------------------------------------------------------------ def DbGetDeviceAlias(self, argin): """ Return alias for device name if found. :param argin: The device name :type: PyTango.DevString :return: The alias found :rtype: PyTango.DevString """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceAlias()") argout = '' #----- PROTECTED REGION ID(DataBase.DbGetDeviceAlias) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceAlias return argout #------------------------------------------------------------------ # DbGetDeviceAliasList command: #------------------------------------------------------------------ def DbGetDeviceAliasList(self, argin): """ Get device alias name with a specific filter :param argin: The filter :type: PyTango.DevString :return: Device alias list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceAliasList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceAliasList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceAliasList return argout #------------------------------------------------------------------ # DbGetDeviceAttributeList command: #------------------------------------------------------------------ def DbGetDeviceAttributeList(self, argin): """ Return list of attributes matching the wildcard for the specified device :param argin: Str[0] = Device name Str[1] = Wildcard :type: PyTango.DevVarStringArray :return: attribute name list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceAttributeList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceAttributeList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceAttributeList return argout #------------------------------------------------------------------ # DbGetDeviceAttributeProperty command: #------------------------------------------------------------------ def DbGetDeviceAttributeProperty(self, argin): """ Get device attribute property(ies) value :param argin: Str[0] = Device name Str[1] = Attribute name Str[n] = Attribute name :type: PyTango.DevVarStringArray :return: Str[0] = Device name Str[1] = Attribute property number Str[2] = Attribute property 1 name Str[3] = Attribute property 1 value Str[n + 1] = Attribute property 2 name Str[n + 2] = Attribute property 2 value :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceAttributeProperty()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceAttributeProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceAttributeProperty return argout #------------------------------------------------------------------ # DbGetDeviceAttributeProperty2 command: #------------------------------------------------------------------ def DbGetDeviceAttributeProperty2(self, argin): """ Retrieve device attribute properties. This command has the possibility to retrieve device attribute properties which are arrays. It is not possible with the old DbGetDeviceAttributeProperty command. Nevertheless, the old command has not been deleted for compatibility reason :param argin: Str[0] = Device name Str[1] = Attribute name Str[n] = Attribute name :type: PyTango.DevVarStringArray :return: Str[0] = Device name Str[1] = Attribute property number Str[2] = Attribute property 1 name Str[3] = Attribute property 1 value number (array case) Str[4] = Attribute property 1 value Str[n] = Attribute property 1 value (array case) Str[n + 1] = Attribute property 2 name Str[n + 2] = Attribute property 2 value number (array case) Str[n + 3] = Attribute property 2 value Str[n + m] = Attribute property 2 value (array case) :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceAttributeProperty2()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceAttributeProperty2) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceAttributeProperty2 return argout #------------------------------------------------------------------ # DbGetDeviceAttributePropertyHist command: #------------------------------------------------------------------ def DbGetDeviceAttributePropertyHist(self, argin): """ Retrieve device attribute property history :param argin: Str[0] = Device name Str[1] = Attribute name Str[2] = Property name :type: PyTango.DevVarStringArray :return: Str[0] = Attribute name Str[1] = Property name Str[2] = date Str[3] = Property value number (array case) Str[4] = Property value 1 Str[n] = Property value n :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceAttributePropertyHist()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceAttributePropertyHist) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceAttributePropertyHist return argout #------------------------------------------------------------------ # DbGetDeviceClassList command: #------------------------------------------------------------------ def DbGetDeviceClassList(self, argin): """ Get Tango classes/device list embedded in a specific device server :param argin: Device server process name :type: PyTango.DevString :return: Str[0] = Device name Str[1] = Tango class Str[n] = Device name Str[n + 1] = Tango class :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceClassList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceClassList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceClassList return argout #------------------------------------------------------------------ # DbGetDeviceDomainList command: #------------------------------------------------------------------ def DbGetDeviceDomainList(self, argin): """ Get list of device domain name matching the specified :param argin: The wildcard :type: PyTango.DevString :return: Device name domain list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceDomainList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceDomainList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceDomainList return argout #------------------------------------------------------------------ # DbGetDeviceExportedList command: #------------------------------------------------------------------ def DbGetDeviceExportedList(self, argin): """ Get a list of exported devices whose names satisfy the filter (wildcard is :param argin: filter :type: PyTango.DevString :return: list of exported devices :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceExportedList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceExportedList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceExportedList return argout #------------------------------------------------------------------ # DbGetDeviceFamilyList command: #------------------------------------------------------------------ def DbGetDeviceFamilyList(self, argin): """ Get a list of device name families for device name matching the specified wildcard :param argin: The wildcard :type: PyTango.DevString :return: Family list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceFamilyList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceFamilyList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceFamilyList return argout #------------------------------------------------------------------ # DbGetDeviceInfo command: #------------------------------------------------------------------ def DbGetDeviceInfo(self, argin): """ Returns info from DbImportDevice and started/stopped dates. :param argin: Device name :type: PyTango.DevString :return: Str[0] = Device name Str[1] = CORBA IOR Str[2] = Device version Str[3] = Device Server name Str[4] = Device Server process host name Str[5] = Started date (or ? if not set) Str[6] = Stopped date (or ? if not set) Str[7] = Device class Lg[0] = Device exported flag Lg[1] = Device Server process PID (or -1 if not set) :rtype: PyTango.DevVarLongStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceInfo()") argout = [0],[''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceInfo) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceInfo return argout #------------------------------------------------------------------ # DbGetDeviceList command: #------------------------------------------------------------------ def DbGetDeviceList(self, argin): """ Get a list of devices for specified server and class. :param argin: argin[0] : server name argin[1] : class name :type: PyTango.DevVarStringArray :return: The list of devices for specified server and class. :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceList return argout #------------------------------------------------------------------ # DbGetDeviceWideList command: #------------------------------------------------------------------ def DbGetDeviceWideList(self, argin): """ Get a list of devices whose names satisfy the filter. :param argin: filter :type: PyTango.DevString :return: list of exported devices :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceWideList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceWideList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceWideList return argout #------------------------------------------------------------------ # DbGetDeviceMemberList command: #------------------------------------------------------------------ def DbGetDeviceMemberList(self, argin): """ Get a list of device name members for device name matching the specified filter :param argin: The filter :type: PyTango.DevString :return: Device names member list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceMemberList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceMemberList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceMemberList return argout #------------------------------------------------------------------ # DbGetDeviceProperty command: #------------------------------------------------------------------ def DbGetDeviceProperty(self, argin): """ :param argin: Str[0] = Device name Str[1] = Property name Str[n] = Property name :type: PyTango.DevVarStringArray :return: Str[0] = Device name Str[1] = Property number Str[2] = Property name Str[3] = Property value number (array case) Str[4] = Property value 1 Str[n] = Property value n (array case) Str[n + 1] = Property name Str[n + 2] = Property value number (array case) Str[n + 3] = Property value 1 Str[n + m] = Property value m :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceProperty()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceProperty return argout #------------------------------------------------------------------ # DbGetDevicePropertyHist command: #------------------------------------------------------------------ def DbGetDevicePropertyHist(self, argin): """ Retrieve device property history :param argin: Str[0] = Device name Str[2] = Property name :type: PyTango.DevVarStringArray :return: Str[0] = Property name Str[1] = date Str[2] = Property value number (array case) Str[3] = Property value 1 Str[n] = Property value n :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDevicePropertyHist()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDevicePropertyHist) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDevicePropertyHist return argout #------------------------------------------------------------------ # DbGetDevicePropertyList command: #------------------------------------------------------------------ def DbGetDevicePropertyList(self, argin): """ Get property list belonging to the specified device and with name matching the specified filter :param argin: Str[0] = device name Str[1] = Filter :type: PyTango.DevVarStringArray :return: Property name list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDevicePropertyList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDevicePropertyList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDevicePropertyList return argout #------------------------------------------------------------------ # DbGetDeviceServerClassList command: #------------------------------------------------------------------ def DbGetDeviceServerClassList(self, argin): """ Get list of Tango classes for a device server :param argin: device server process name :type: PyTango.DevString :return: list of classes for this device server :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDeviceServerClassList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDeviceServerClassList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDeviceServerClassList return argout #------------------------------------------------------------------ # DbGetExportdDeviceListForClass command: #------------------------------------------------------------------ def DbGetExportdDeviceListForClass(self, argin): """ Query the database for device exported for the specified class. :param argin: Class name :type: PyTango.DevString :return: Device exported list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetExportdDeviceListForClass()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetExportdDeviceListForClass) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetExportdDeviceListForClass return argout #------------------------------------------------------------------ # DbGetHostList command: #------------------------------------------------------------------ def DbGetHostList(self, argin): """ Get host list with name matching the specified filter :param argin: The filter :type: PyTango.DevString :return: Host name list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetHostList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetHostList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetHostList return argout #------------------------------------------------------------------ # DbGetHostServerList command: #------------------------------------------------------------------ def DbGetHostServerList(self, argin): """ Get list of device server process name running on host with name matching the specified filter :param argin: The filter :type: PyTango.DevString :return: Device server process name list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetHostServerList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetHostServerList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetHostServerList return argout #------------------------------------------------------------------ # DbGetHostServersInfo command: #------------------------------------------------------------------ def DbGetHostServersInfo(self, argin): """ Get info about all servers running on specified host, name, mode and level :param argin: Host name :type: PyTango.DevString :return: Server info for all servers running on specified host :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetHostServersInfo()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetHostServersInfo) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetHostServersInfo return argout #------------------------------------------------------------------ # DbGetInstanceNameList command: #------------------------------------------------------------------ def DbGetInstanceNameList(self, argin): """ Returns the instance names found for specified server. :param argin: Server name :type: PyTango.DevString :return: The instance names found for specified server. :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetInstanceNameList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetInstanceNameList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetInstanceNameList return argout #------------------------------------------------------------------ # DbGetObjectList command: #------------------------------------------------------------------ def DbGetObjectList(self, argin): """ Get list of free object defined in database with name matching the specified filter :param argin: The filter :type: PyTango.DevString :return: Object name list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetObjectList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetObjectList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetObjectList return argout #------------------------------------------------------------------ # DbGetProperty command: #------------------------------------------------------------------ def DbGetProperty(self, argin): """ Get free object property :param argin: Str[0] = Object name Str[1] = Property name Str[n] = Property name :type: PyTango.DevVarStringArray :return: Str[0] = Object name Str[1] = Property number Str[2] = Property name Str[3] = Property value number (array case) Str[4] = Property value 1 Str[n] = Property value n (array case) Str[n + 1] = Property name Str[n + 2] = Property value number (array case) Str[n + 3] = Property value 1 Str[n + m] = Property value m :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetProperty()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetProperty return argout #------------------------------------------------------------------ # DbGetPropertyHist command: #------------------------------------------------------------------ def DbGetPropertyHist(self, argin): """ Retrieve object property history :param argin: Str[0] = Object name Str[2] = Property name :type: PyTango.DevVarStringArray :return: Str[0] = Property name Str[1] = date Str[2] = Property value number (array case) Str[3] = Property value 1 Str[n] = Property value n :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetPropertyHist()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetPropertyHist) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetPropertyHist return argout #------------------------------------------------------------------ # DbGetPropertyList command: #------------------------------------------------------------------ def DbGetPropertyList(self, argin): """ Get list of property defined for a free object and matching the specified filter :param argin: Str[0] = Object name Str[1] = filter :type: PyTango.DevVarStringArray :return: Property name list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetPropertyList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetPropertyList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetPropertyList return argout #------------------------------------------------------------------ # DbGetServerInfo command: #------------------------------------------------------------------ def DbGetServerInfo(self, argin): """ Get info about host, mode and level for specified server :param argin: server name :type: PyTango.DevString :return: server info :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetServerInfo()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetServerInfo) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetServerInfo return argout #------------------------------------------------------------------ # DbGetServerList command: #------------------------------------------------------------------ def DbGetServerList(self, argin): """ Get list of device server process defined in database with name matching the specified filter :param argin: The filter :type: PyTango.DevString :return: Device server process name list :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetServerList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetServerList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetServerList return argout #------------------------------------------------------------------ # DbGetServerNameList command: #------------------------------------------------------------------ def DbGetServerNameList(self, argin): """ Returns the list of server names found for the wildcard specified. It returns only the server executable name without instance name as DbGetServerList. :param argin: wildcard for server names. :type: PyTango.DevString :return: server names found. :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetServerNameList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetServerNameList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetServerNameList return argout #------------------------------------------------------------------ # DbImportDevice command: #------------------------------------------------------------------ def DbImportDevice(self, argin): """ Import a device from the database :param argin: Device name (or alias) :type: PyTango.DevString :return: Str[0] = device name Str[1] = CORBA IOR Str[2] = device version Str[3] = device server process name Str[4] = host name Str[5] = Tango class name Lg[0] = Exported flag Lg[1] = Device server process PID :rtype: PyTango.DevVarLongStringArray """ self.debug_stream("In " + self.get_name() + ".DbImportDevice()") argout = [0],[''] #----- PROTECTED REGION ID(DataBase.DbImportDevice) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbImportDevice return argout #------------------------------------------------------------------ # DbImportEvent command: #------------------------------------------------------------------ def DbImportEvent(self, argin): """ Get event channel info from database :param argin: name of event channel or factory :type: PyTango.DevString :return: export information e.g. IOR :rtype: PyTango.DevVarLongStringArray """ self.debug_stream("In " + self.get_name() + ".DbImportEvent()") argout = [0],[''] #----- PROTECTED REGION ID(DataBase.DbImportEvent) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbImportEvent return argout #------------------------------------------------------------------ # DbInfo command: #------------------------------------------------------------------ def DbInfo(self): """ Get miscellaneous numbers on information stored in database :param : :type: PyTango.DevVoid :return: Miscellaneous info like: - Device defined in database - Device marked as exported in database - Device server process defined in database - Device server process marked as exported in database - Device properties defined in database - Class properties defined in database - Device attribute properties defined in database - Class attribute properties defined in database - Object properties defined in database :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbInfo()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbInfo) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbInfo return argout #------------------------------------------------------------------ # DbPutAttributeAlias command: #------------------------------------------------------------------ def DbPutAttributeAlias(self, argin): """ Define an alias for an attribute :param argin: Str[0] = attribute name Str[1] = attribute alias :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutAttributeAlias()") #----- PROTECTED REGION ID(DataBase.DbPutAttributeAlias) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutAttributeAlias #------------------------------------------------------------------ # DbPutClassAttributeProperty command: #------------------------------------------------------------------ def DbPutClassAttributeProperty(self, argin): """ Create/Update class attribute property(ies) in database :param argin: Str[0] = Tango class name Str[1] = Attribute number Str[2] = Attribute name Str[3] = Property number Str[4] = Property name Str[5] = Property value ..... :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutClassAttributeProperty()") #----- PROTECTED REGION ID(DataBase.DbPutClassAttributeProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutClassAttributeProperty #------------------------------------------------------------------ # DbPutClassAttributeProperty2 command: #------------------------------------------------------------------ def DbPutClassAttributeProperty2(self, argin): """ This command adds support for array properties compared to the previous one called DbPutClassAttributeProperty. The old comman is still there for compatibility reason :param argin: Str[0] = Tango class name Str[1] = Attribute number Str[2] = Attribute name Str[3] = Property number Str[4] = Property name Str[5] = Property value number (array case) Str[5] = Property value 1 Str[n] = Property value n (array case) ..... :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutClassAttributeProperty2()") #----- PROTECTED REGION ID(DataBase.DbPutClassAttributeProperty2) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutClassAttributeProperty2 #------------------------------------------------------------------ # DbPutClassProperty command: #------------------------------------------------------------------ def DbPutClassProperty(self, argin): """ Create / Update class property(ies) :param argin: Str[0] = Tango class name Str[1] = Property number Str[2] = Property name Str[3] = Property value number Str[4] = Property value 1 Str[n] = Property value n .... :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutClassProperty()") #----- PROTECTED REGION ID(DataBase.DbPutClassProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutClassProperty #------------------------------------------------------------------ # DbPutDeviceAlias command: #------------------------------------------------------------------ def DbPutDeviceAlias(self, argin): """ Define alias for a given device name :param argin: Str[0] = device name Str[1] = alias name :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutDeviceAlias()") #----- PROTECTED REGION ID(DataBase.DbPutDeviceAlias) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutDeviceAlias #------------------------------------------------------------------ # DbPutDeviceAttributeProperty command: #------------------------------------------------------------------ def DbPutDeviceAttributeProperty(self, argin): """ Create/Update device attribute property(ies) in database :param argin: Str[0] = Device name Str[1] = Attribute number Str[2] = Attribute name Str[3] = Property number Str[4] = Property name Str[5] = Property value ..... :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutDeviceAttributeProperty()") #----- PROTECTED REGION ID(DataBase.DbPutDeviceAttributeProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutDeviceAttributeProperty #------------------------------------------------------------------ # DbPutDeviceAttributeProperty2 command: #------------------------------------------------------------------ def DbPutDeviceAttributeProperty2(self, argin): """ Put device attribute property. This command adds the possibility to have attribute property which are arrays. Not possible with the old DbPutDeviceAttributeProperty command. This old command is not deleted for compatibility reasons. :param argin: Str[0] = Device name Str[1] = Attribute number Str[2] = Attribute name Str[3] = Property number Str[4] = Property name Str[5] = Property value number (array case) Str[5] = Property value 1 Str[n] = Property value n (array case) ..... :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutDeviceAttributeProperty2()") #----- PROTECTED REGION ID(DataBase.DbPutDeviceAttributeProperty2) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutDeviceAttributeProperty2 #------------------------------------------------------------------ # DbPutDeviceProperty command: #------------------------------------------------------------------ def DbPutDeviceProperty(self, argin): """ Create / Update device property(ies) :param argin: Str[0] = Tango device name Str[1] = Property number Str[2] = Property name Str[3] = Property value number Str[4] = Property value 1 Str[n] = Property value n .... :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutDeviceProperty()") #----- PROTECTED REGION ID(DataBase.DbPutDeviceProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutDeviceProperty #------------------------------------------------------------------ # DbPutProperty command: #------------------------------------------------------------------ def DbPutProperty(self, argin): """ Create / Update free object property(ies) :param argin: Str[0] = Object name Str[1] = Property number Str[2] = Property name Str[3] = Property value number Str[4] = Property value 1 Str[n] = Property value n .... :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutProperty()") #----- PROTECTED REGION ID(DataBase.DbPutProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutProperty #------------------------------------------------------------------ # DbPutServerInfo command: #------------------------------------------------------------------ def DbPutServerInfo(self, argin): """ Update server info including host, mode and level :param argin: server info :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbPutServerInfo()") #----- PROTECTED REGION ID(DataBase.DbPutServerInfo) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbPutServerInfo #------------------------------------------------------------------ # DbUnExportDevice command: #------------------------------------------------------------------ def DbUnExportDevice(self, argin): """ Mark a device as non exported in database :param argin: Device name :type: PyTango.DevString :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbUnExportDevice()") #----- PROTECTED REGION ID(DataBase.DbUnExportDevice) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbUnExportDevice #------------------------------------------------------------------ # DbUnExportEvent command: #------------------------------------------------------------------ def DbUnExportEvent(self, argin): """ Mark one event channel as non exported in database :param argin: name of event channel or factory to unexport :type: PyTango.DevString :return: none :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbUnExportEvent()") #----- PROTECTED REGION ID(DataBase.DbUnExportEvent) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbUnExportEvent #------------------------------------------------------------------ # DbUnExportServer command: #------------------------------------------------------------------ def DbUnExportServer(self, argin): """ Mark all devices belonging to a specified device server process as non exported :param argin: Device server name (executable/instance) :type: PyTango.DevString :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbUnExportServer()") #----- PROTECTED REGION ID(DataBase.DbUnExportServer) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbUnExportServer #------------------------------------------------------------------ # ResetTimingValues command: #------------------------------------------------------------------ def ResetTimingValues(self): """ Reset the timing attribute values. :param : :type: PyTango.DevVoid :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".ResetTimingValues()") #----- PROTECTED REGION ID(DataBase.ResetTimingValues) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.ResetTimingValues #------------------------------------------------------------------ # DbGetDataForServerCache command: #------------------------------------------------------------------ def DbGetDataForServerCache(self, argin): """ This command returns all the data needed by a device server process during its startup sequence. The aim of this command is to minimize database access during device server startup sequence. :param argin: Elt[0] = DS name (exec_name/inst_name), Elt[1] = Host name :type: PyTango.DevVarStringArray :return: All the data needed by the device server during its startup sequence. Precise list depend on the device server :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetDataForServerCache()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetDataForServerCache) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetDataForServerCache return argout #------------------------------------------------------------------ # DbDeleteAllDeviceAttributeProperty command: #------------------------------------------------------------------ def DbDeleteAllDeviceAttributeProperty(self, argin): """ Delete all attribute properties for the specified device attribute(s) :param argin: str[0] = device name Str[1]...str[n] = attribute name(s) :type: PyTango.DevVarStringArray :return: :rtype: PyTango.DevVoid """ self.debug_stream("In " + self.get_name() + ".DbDeleteAllDeviceAttributeProperty()") #----- PROTECTED REGION ID(DataBase.DbDeleteAllDeviceAttributeProperty) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbDeleteAllDeviceAttributeProperty #------------------------------------------------------------------ # DbMySqlSelect command: #------------------------------------------------------------------ def DbMySqlSelect(self, argin): """ This is a very low level command. It executes the specified SELECT command on TANGO database and returns its result without filter. :param argin: MySql Select command :type: PyTango.DevString :return: MySql Select command result - svalues : select results - lvalue[n] : =0 if svalue[n] is null else =1 (last lvalue -1) is number of rows, (last lvalue) is number of fields :rtype: PyTango.DevVarLongStringArray """ self.debug_stream("In " + self.get_name() + ".DbMySqlSelect()") argout = [0],[''] #----- PROTECTED REGION ID(DataBase.DbMySqlSelect) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbMySqlSelect return argout #------------------------------------------------------------------ # DbGetCSDbServerList command: #------------------------------------------------------------------ def DbGetCSDbServerList(self): """ Get a list of host:port for all database server defined in the control system :param : :type: PyTango.DevVoid :return: List of host:port with one element for each database server :rtype: PyTango.DevVarStringArray """ self.debug_stream("In " + self.get_name() + ".DbGetCSDbServerList()") argout = [''] #----- PROTECTED REGION ID(DataBase.DbGetCSDbServerList) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetCSDbServerList return argout #------------------------------------------------------------------ # DbGetAttributeAlias2 command: #------------------------------------------------------------------ def DbGetAttributeAlias2(self, argin): """ Get the attribute alias from the attribute name. Returns one empty string if nothing found in database :param argin: The attribute name (dev_name/att_name) :type: PyTango.DevString :return: The attribute alias name (or empty string) :rtype: PyTango.DevString """ self.debug_stream("In " + self.get_name() + ".DbGetAttributeAlias2()") argout = '' #----- PROTECTED REGION ID(DataBase.DbGetAttributeAlias2) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetAttributeAlias2 return argout #------------------------------------------------------------------ # DbGetAliasAttribute command: #------------------------------------------------------------------ def DbGetAliasAttribute(self, argin): """ Get the attribute name from the given alias. If the given alias is not found in database, returns an empty string :param argin: The attribute alias :type: PyTango.DevString :return: The attribute name (dev_name/att_name) :rtype: PyTango.DevString """ self.debug_stream("In " + self.get_name() + ".DbGetAliasAttribute()") argout = '' #----- PROTECTED REGION ID(DataBase.DbGetAliasAttribute) ENABLED START -----# #----- PROTECTED REGION END -----# // DataBase.DbGetAliasAttribute return argout #================================================================== # # DataBaseClass class definition # #================================================================== class DataBaseClass(PyTango.DeviceClass): # Class Properties class_property_list = { } # Device Properties device_property_list = { } # Command definitions cmd_list = { 'DbAddDevice': [[PyTango.DevVarStringArray, "Str[0] = Full device server process name\nStr[1] = Device name\nStr[2] = Tango class name"], [PyTango.DevVoid, "none"]], 'DbAddServer': [[PyTango.DevVarStringArray, "Str[0] = Full device server name\nStr[1] = Device(s) name\nStr[2] = Tango class name\nStr[n] = Device name\nStr[n + 1] = Tango class name"], [PyTango.DevVoid, "none"]], 'DbDeleteAttributeAlias': [[PyTango.DevString, "Attriibute alias name."], [PyTango.DevVoid, "none"]], 'DbDeleteClassAttribute': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute name"], [PyTango.DevVoid, "none"]], 'DbDeleteClassAttributeProperty': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute name\nStr[2] = Property name\nStr[n] = Property name"], [PyTango.DevVoid, "none"]], 'DbDeleteClassProperty': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Property name\nStr[n] = Property name"], [PyTango.DevVoid, "none"]], 'DbDeleteDevice': [[PyTango.DevString, "device name"], [PyTango.DevVoid, "none"]], 'DbDeleteDeviceAlias': [[PyTango.DevString, "device alias name"], [PyTango.DevVoid, "none"]], 'DbDeleteDeviceAttribute': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute name"], [PyTango.DevVoid, "none"]], 'DbDeleteDeviceAttributeProperty': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute name\nStr[2] = Property name\nStr[n] = Property name"], [PyTango.DevVoid, "none"]], 'DbDeleteDeviceProperty': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Property name\nStr[n] = Property name"], [PyTango.DevVoid, "none"]], 'DbDeleteProperty': [[PyTango.DevVarStringArray, "Str[0] = Object name\nStr[1] = Property name\nStr[n] = Property name"], [PyTango.DevVoid, "none"]], 'DbDeleteServer': [[PyTango.DevString, "Device server name"], [PyTango.DevVoid, "none"]], 'DbDeleteServerInfo': [[PyTango.DevString, "Device server name"], [PyTango.DevVoid, "none"]], 'DbExportDevice': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = CORBA IOR\nStr[2] = Device server process host name\nStr[3] = Device server process PID or string ``null``\nStr[4] = Device server process version"], [PyTango.DevVoid, "none"]], 'DbExportEvent': [[PyTango.DevVarStringArray, "Str[0] = event channel name (or factory name)\nStr[1] = CORBA IOR\nStr[2] = Notifd host name\nStr[3] = Notifd pid\nStr[4] = Notifd version"], [PyTango.DevVoid, "none"]], 'DbGetAliasDevice': [[PyTango.DevString, "Alias name"], [PyTango.DevString, "Device name"]], 'DbGetAttributeAlias': [[PyTango.DevString, "The attribute alias name"], [PyTango.DevString, "The attribute name (device/attribute)"]], 'DbGetAttributeAliasList': [[PyTango.DevString, "attribute alias filter string (eg: att*)"], [PyTango.DevVarStringArray, "attribute aliases"]], 'DbGetClassAttributeList': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute name filter (eg: att*)"], [PyTango.DevVarStringArray, "Str[0] = Class attribute name\nStr[n] = Class attribute name"]], 'DbGetClassAttributeProperty': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute name\nStr[n] = Attribute name"], [PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute property number\nStr[2] = Attribute property 1 name\nStr[3] = Attribute property 1 value\nStr[n + 1] = Attribute property 2 name\nStr[n + 2] = Attribute property 2 value"]], 'DbGetClassAttributeProperty2': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute name\nStr[n] = Attribute name"], [PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute property number\nStr[2] = Attribute property 1 name\nStr[3] = Attribute property 1 value number (array case)\nStr[4] = Attribute property 1 value\nStr[n] = Attribute property 1 value (array case)\nStr[n + 1] = Attribute property 2 name\nStr[n + 2] = Attribute property 2 value number (array case)\nStr[n + 3] = Attribute property 2 value\nStr[n + m] = Attribute property 2 value (array case)"]], 'DbGetClassAttributePropertyHist': [[PyTango.DevVarStringArray, "Str[0] = Tango class\nStr[1] = Attribute name\nStr[2] = Property name"], [PyTango.DevVarStringArray, "Str[0] = Attribute name\nStr[1] = Property name\nStr[2] = date\nStr[3] = Property value number (array case)\nStr[4] = Property value 1\nStr[n] = Property value n"]], 'DbGetClassForDevice': [[PyTango.DevString, "Device name"], [PyTango.DevString, "Device Tango class"]], 'DbGetClassInheritanceForDevice': [[PyTango.DevString, "Device name"], [PyTango.DevVarStringArray, "Classes off the specified device.\n[0] - is the class of the device.\n[1] - is the class from the device class is inherited.\n........and so on"]], 'DbGetClassList': [[PyTango.DevString, "Filter"], [PyTango.DevVarStringArray, "Class list"]], 'DbGetClassProperty': [[PyTango.DevVarStringArray, "Str[0] = Tango class\nStr[1] = Property name\nStr[2] = Property name"], [PyTango.DevVarStringArray, "Str[0] = Tango class\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number (array case)\nStr[4] = Property value\nStr[n] = Propery value (array case)\n...."]], 'DbGetClassPropertyHist': [[PyTango.DevVarStringArray, "Str[0] = Tango class\nStr[1] = Property name"], [PyTango.DevVarStringArray, "Str[0] = Property name\nStr[1] = date\nStr[2] = Property value number (array case)\nStr[3] = Property value 1\nStr[n] = Property value n"]], 'DbGetClassPropertyList': [[PyTango.DevString, "The filter"], [PyTango.DevVarStringArray, "Property name list"]], 'DbGetDeviceAlias': [[PyTango.DevString, "The device name"], [PyTango.DevString, "The alias found"]], 'DbGetDeviceAliasList': [[PyTango.DevString, "The filter"], [PyTango.DevVarStringArray, "Device alias list"]], 'DbGetDeviceAttributeList': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Wildcard"], [PyTango.DevVarStringArray, "attribute name list"]], 'DbGetDeviceAttributeProperty': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute name\nStr[n] = Attribute name"], [PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute property number\nStr[2] = Attribute property 1 name\nStr[3] = Attribute property 1 value\nStr[n + 1] = Attribute property 2 name\nStr[n + 2] = Attribute property 2 value"]], 'DbGetDeviceAttributeProperty2': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute name\nStr[n] = Attribute name"], [PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute property number\nStr[2] = Attribute property 1 name\nStr[3] = Attribute property 1 value number (array case)\nStr[4] = Attribute property 1 value\nStr[n] = Attribute property 1 value (array case)\nStr[n + 1] = Attribute property 2 name\nStr[n + 2] = Attribute property 2 value number (array case)\nStr[n + 3] = Attribute property 2 value\nStr[n + m] = Attribute property 2 value (array case)"]], 'DbGetDeviceAttributePropertyHist': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute name\nStr[2] = Property name"], [PyTango.DevVarStringArray, "Str[0] = Attribute name\nStr[1] = Property name\nStr[2] = date\nStr[3] = Property value number (array case)\nStr[4] = Property value 1\nStr[n] = Property value n"]], 'DbGetDeviceClassList': [[PyTango.DevString, "Device server process name"], [PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Tango class\nStr[n] = Device name\nStr[n + 1] = Tango class"]], 'DbGetDeviceDomainList': [[PyTango.DevString, "The wildcard"], [PyTango.DevVarStringArray, "Device name domain list"]], 'DbGetDeviceExportedList': [[PyTango.DevString, "filter"], [PyTango.DevVarStringArray, "list of exported devices"]], 'DbGetDeviceFamilyList': [[PyTango.DevString, "The wildcard"], [PyTango.DevVarStringArray, "Family list"]], 'DbGetDeviceInfo': [[PyTango.DevString, "Device name"], [PyTango.DevVarLongStringArray, "Str[0] = Device name\nStr[1] = CORBA IOR\nStr[2] = Device version\nStr[3] = Device Server name\nStr[4] = Device Server process host name\nStr[5] = Started date (or ? if not set)\nStr[6] = Stopped date (or ? if not set)\nStr[7] = Device class\n\nLg[0] = Device exported flag\nLg[1] = Device Server process PID (or -1 if not set)"]], 'DbGetDeviceList': [[PyTango.DevVarStringArray, "argin[0] : server name\nargin[1] : class name"], [PyTango.DevVarStringArray, "The list of devices for specified server and class."]], 'DbGetDeviceWideList': [[PyTango.DevString, "filter"], [PyTango.DevVarStringArray, "list of exported devices"]], 'DbGetDeviceMemberList': [[PyTango.DevString, "The filter"], [PyTango.DevVarStringArray, "Device names member list"]], 'DbGetDeviceProperty': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Property name\nStr[n] = Property name"], [PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number (array case)\nStr[4] = Property value 1\nStr[n] = Property value n (array case)\nStr[n + 1] = Property name\nStr[n + 2] = Property value number (array case)\nStr[n + 3] = Property value 1\nStr[n + m] = Property value m"]], 'DbGetDevicePropertyHist': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[2] = Property name"], [PyTango.DevVarStringArray, "Str[0] = Property name\nStr[1] = date\nStr[2] = Property value number (array case)\nStr[3] = Property value 1\nStr[n] = Property value n"]], 'DbGetDevicePropertyList': [[PyTango.DevVarStringArray, "Str[0] = device name\nStr[1] = Filter"], [PyTango.DevVarStringArray, "Property name list"]], 'DbGetDeviceServerClassList': [[PyTango.DevString, "device server process name"], [PyTango.DevVarStringArray, "list of classes for this device server"]], 'DbGetExportdDeviceListForClass': [[PyTango.DevString, "Class name"], [PyTango.DevVarStringArray, "Device exported list"]], 'DbGetHostList': [[PyTango.DevString, "The filter"], [PyTango.DevVarStringArray, "Host name list"]], 'DbGetHostServerList': [[PyTango.DevString, "The filter"], [PyTango.DevVarStringArray, "Device server process name list"]], 'DbGetHostServersInfo': [[PyTango.DevString, "Host name"], [PyTango.DevVarStringArray, "Server info for all servers running on specified host"]], 'DbGetInstanceNameList': [[PyTango.DevString, "Server name"], [PyTango.DevVarStringArray, "The instance names found for specified server."]], 'DbGetObjectList': [[PyTango.DevString, "The filter"], [PyTango.DevVarStringArray, "Object name list"]], 'DbGetProperty': [[PyTango.DevVarStringArray, "Str[0] = Object name\nStr[1] = Property name\nStr[n] = Property name"], [PyTango.DevVarStringArray, "Str[0] = Object name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number (array case)\nStr[4] = Property value 1\nStr[n] = Property value n (array case)\nStr[n + 1] = Property name\nStr[n + 2] = Property value number (array case)\nStr[n + 3] = Property value 1\nStr[n + m] = Property value m"]], 'DbGetPropertyHist': [[PyTango.DevVarStringArray, "Str[0] = Object name\nStr[2] = Property name"], [PyTango.DevVarStringArray, "Str[0] = Property name\nStr[1] = date\nStr[2] = Property value number (array case)\nStr[3] = Property value 1\nStr[n] = Property value n"]], 'DbGetPropertyList': [[PyTango.DevVarStringArray, "Str[0] = Object name\nStr[1] = filter"], [PyTango.DevVarStringArray, "Property name list"]], 'DbGetServerInfo': [[PyTango.DevString, "server name"], [PyTango.DevVarStringArray, "server info"]], 'DbGetServerList': [[PyTango.DevString, "The filter"], [PyTango.DevVarStringArray, "Device server process name list"]], 'DbGetServerNameList': [[PyTango.DevString, "wildcard for server names."], [PyTango.DevVarStringArray, "server names found."]], 'DbImportDevice': [[PyTango.DevString, "Device name (or alias)"], [PyTango.DevVarLongStringArray, "Str[0] = device name\nStr[1] = CORBA IOR\nStr[2] = device version\nStr[3] = device server process name\nStr[4] = host name\nStr[5] = Tango class name\n\nLg[0] = Exported flag\nLg[1] = Device server process PID"]], 'DbImportEvent': [[PyTango.DevString, "name of event channel or factory"], [PyTango.DevVarLongStringArray, "export information e.g. IOR"]], 'DbInfo': [[PyTango.DevVoid, "none"], [PyTango.DevVarStringArray, "Miscellaneous info like:\n- Device defined in database\n- Device marked as exported in database\n- Device server process defined in database\n- Device server process marked as exported in database\n- Device properties defined in database\n- Class properties defined in database\n- Device attribute properties defined in database\n- Class attribute properties defined in database\n- Object properties defined in database"]], 'DbPutAttributeAlias': [[PyTango.DevVarStringArray, "Str[0] = attribute name\nStr[1] = attribute alias"], [PyTango.DevVoid, "none"]], 'DbPutClassAttributeProperty': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute number\nStr[2] = Attribute name\nStr[3] = Property number\nStr[4] = Property name\nStr[5] = Property value\n....."], [PyTango.DevVoid, "none"]], 'DbPutClassAttributeProperty2': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Attribute number\nStr[2] = Attribute name\nStr[3] = Property number\nStr[4] = Property name\nStr[5] = Property value number (array case)\nStr[5] = Property value 1\nStr[n] = Property value n (array case)\n....."], [PyTango.DevVoid, "none"]], 'DbPutClassProperty': [[PyTango.DevVarStringArray, "Str[0] = Tango class name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number\nStr[4] = Property value 1\nStr[n] = Property value n\n...."], [PyTango.DevVoid, "none"]], 'DbPutDeviceAlias': [[PyTango.DevVarStringArray, "Str[0] = device name\nStr[1] = alias name"], [PyTango.DevVoid, "none"]], 'DbPutDeviceAttributeProperty': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute number\nStr[2] = Attribute name\nStr[3] = Property number\nStr[4] = Property name\nStr[5] = Property value\n....."], [PyTango.DevVoid, "none"]], 'DbPutDeviceAttributeProperty2': [[PyTango.DevVarStringArray, "Str[0] = Device name\nStr[1] = Attribute number\nStr[2] = Attribute name\nStr[3] = Property number\nStr[4] = Property name\nStr[5] = Property value number (array case)\nStr[5] = Property value 1\nStr[n] = Property value n (array case)\n....."], [PyTango.DevVoid, "none"]], 'DbPutDeviceProperty': [[PyTango.DevVarStringArray, "Str[0] = Tango device name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number\nStr[4] = Property value 1\nStr[n] = Property value n\n...."], [PyTango.DevVoid, "none"]], 'DbPutProperty': [[PyTango.DevVarStringArray, "Str[0] = Object name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number\nStr[4] = Property value 1\nStr[n] = Property value n\n...."], [PyTango.DevVoid, "none"]], 'DbPutServerInfo': [[PyTango.DevVarStringArray, "server info"], [PyTango.DevVoid, "none"]], 'DbUnExportDevice': [[PyTango.DevString, "Device name"], [PyTango.DevVoid, "none"]], 'DbUnExportEvent': [[PyTango.DevString, "name of event channel or factory to unexport"], [PyTango.DevVoid, "none"]], 'DbUnExportServer': [[PyTango.DevString, "Device server name (executable/instance)"], [PyTango.DevVoid, "none"]], 'ResetTimingValues': [[PyTango.DevVoid, "none"], [PyTango.DevVoid, "none"]], 'DbGetDataForServerCache': [[PyTango.DevVarStringArray, "Elt[0] = DS name (exec_name/inst_name), Elt[1] = Host name"], [PyTango.DevVarStringArray, "All the data needed by the device server during its startup sequence. Precise list depend on the device server"]], 'DbDeleteAllDeviceAttributeProperty': [[PyTango.DevVarStringArray, "str[0] = device name\nStr[1]...str[n] = attribute name(s)"], [PyTango.DevVoid, "none"]], 'DbMySqlSelect': [[PyTango.DevString, "MySql Select command"], [PyTango.DevVarLongStringArray, "MySql Select command result\n - svalues : select results\n - lvalue[n] : =0 if svalue[n] is null else =1\n (last lvalue -1) is number of rows, (last lvalue) is number of fields"]], 'DbGetCSDbServerList': [[PyTango.DevVoid, "none"], [PyTango.DevVarStringArray, "List of host:port with one element for each database server"]], 'DbGetAttributeAlias2': [[PyTango.DevString, "The attribute name (dev_name/att_name)"], [PyTango.DevString, "The attribute alias name (or empty string)"]], 'DbGetAliasAttribute': [[PyTango.DevString, "The attribute alias"], [PyTango.DevString, "The attribute name (dev_name/att_name)"]], } # Attribute definitions attr_list = { 'StoredProcedureRelease': [[PyTango.DevString, PyTango.SCALAR, PyTango.READ]], 'Timing_average': [[PyTango.DevDouble, PyTango.SPECTRUM, PyTango.READ, 64]], 'Timing_minimum': [[PyTango.DevDouble, PyTango.SPECTRUM, PyTango.READ, 64]], 'Timing_maximum': [[PyTango.DevDouble, PyTango.SPECTRUM, PyTango.READ, 64]], 'Timing_calls': [[PyTango.DevDouble, PyTango.SPECTRUM, PyTango.READ, 64]], 'Timing_index': [[PyTango.DevString, PyTango.SPECTRUM, PyTango.READ, 64]], 'Timing_info': [[PyTango.DevString, PyTango.SPECTRUM, PyTango.READ, 64]], } #------------------------------------------------------------------ # DataBaseClass Constructor #------------------------------------------------------------------ def __init__(self, name): PyTango.DeviceClass.__init__(self, name) self.set_type(name); print("In DataBase Class constructor") #================================================================== # # DataBase class main method # #================================================================== def main(): try: py = PyTango.Util(sys.argv) py.add_class(DataBaseClass,DataBase,'DataBase') U = PyTango.Util.instance() U.server_init() U.server_run() except PyTango.DevFailed as e: print('-------> Received a DevFailed exception:', e) except Exception as e: print('-------> An unforeseen exception occured....', e) if __name__ == '__main__': main() pytango-9.2.2/doc/tep/tep-0001.rst000066400000000000000000000455761316324373100164660ustar00rootroot00000000000000 .. currentmodule:: tango.server .. _pytango-TEP1: ==================================== TEP 1 - Device Server High Level API ==================================== ================== ==================================================== TEP: 1 ================== ==================================================== Title: Device Server High Level API Version: 2.2.0 Last-Modified: 10-Sep-2014 Author: Tiago Coutinho Status: Active Type: Standards Track Content-Type: text/x-rst Created: 17-Oct-2012 ================== ==================================================== Abstract ======== This TEP aims to define a new high level API for writting device servers. Rationale ========= The code for Tango device servers written in Python often obey a pattern. It would be nice if non tango experts could create tango device servers without having to code some obscure tango related code. It would also be nice if the tango programming interface would be more pythonic. The final goal is to make writting tango device servers as easy as:: class Motor(Device): __metaclass__ = DeviceMeta position = attribute() def read_position(self): return 2.3 @command() def move(self, position): pass if __name__ == "__main__": server_run((Motor,)) Places to simplify =================== After looking at most python device servers one can see some patterns: At `` class level: #. always inherits from latest available DeviceImpl from pogo version #. constructor always does the same: #. calls super constructor #. debug message #. calls init_device #. all methods have debug_stream as first instruction #. init_device does additionaly get_device_properties() #. *read attribute* methods follow the pattern:: def read_Attr(self, attr): self.debug_stream() value = get_value_from_hardware() attr.set_value(value) #. *write attribute* methods follow the pattern:: def write_Attr(self, attr): self.debug_stream() w_value = attr.get_write_value() apply_value_to_hardware(w_value) At `Class` class level: #. A Class class exists for every class #. The Class class only contains attributes, commands and properties descriptions (no logic) #. The attr_list description always follows the same (non explicit) pattern (and so does cmd_list, class_property_list, device_property_list) #. the syntax for attr_list, cmd_list, etc is far from understandable At `main()` level: #. The main() method always does the same: #. create `Util` #. register tango class #. when registering a python class to become a tango class, 99.9% of times the python class name is the same as the tango class name (example: Motor is registered as tango class "Motor") #. call `server_init()` #. call `server_run()` High level API =============== The goals of the high level API are: Maintain all features of low-level API available from high-level API -------------------------------------------------------------------------------- Everything that was done with the low-level API must also be possible to do with the new API. All tango features should be available by direct usage of the new simplified, cleaner high-level API and through direct access to the low-level API. Automatic inheritance from the latest** :class:`~tango.DeviceImpl` -------------------------------------------------------------------------------- Currently Devices need to inherit from a direct Tango device implementation (:class:`~tango.DeviceImpl`, or :class:`~tango.Device_2Impl`, :class:`~tango.Device_3Impl`, :class:`~tango.Device_4Impl`, etc) according to the tango version being used during the development. In order to keep the code up to date with tango, every time a new Tango IDL is released, the code of **every** device server needs to be manually updated to ihnerit from the newest tango version. By inheriting from a new high-level :class:`~tango.server.Device` (which itself automatically *decides* from which DeviceImpl version it should inherit), the device servers are always up to date with the latest tango release without need for manual intervention (see :mod:`tango.server`). Low-level way:: class Motor(PyTango.Device_4Impl): pass High-level way:: class Motor(PyTango.server.Device): pass Default implementation of :class:`~tango.server.Device` constructor -------------------------------------------------------------------------------- 99% of the different device classes which inherit from low level :class:`~tango.DeviceImpl` only implement `__init__` to call their `init_device` (see :mod:`tango.server`). :class:`~tango.server.Device` already calls init_device. Low-level way:: class Motor(PyTango.Device_4Impl): def __init__(self, dev_class, name): PyTango.Device_4Impl.__init__(self, dev_class, name) self.init_device() High-level way:: class Motor(PyTango.server.Device): # Nothing to be done! pass Default implementation of :meth:`~tango.server.Device.init_device` -------------------------------------------------------------------------------- 99% of different device classes which inherit from low level :class:`~tango.DeviceImpl` have an implementation of `init_device` which *at least* calls :meth:`~tango.DeviceImpl.get_device_properties` (see :mod:`tango.server`). :meth:`~tango.server.Device.init_device` already calls :meth:`~tango.server.Device.get_device_properties`. Low-level way:: class Motor(PyTango.Device_4Impl): def init_device(self): self.get_device_properties() High-level way:: class Motor(PyTango.server.Device): # Nothing to be done! pass Remove the need to code :class:`~tango.DeviceClass` -------------------------------------------------------------------------------- 99% of different device servers only need to implement their own subclass of :class:`~tango.DeviceClass` to register the attribute, commands, device and class properties by using the corresponding :obj:`~tango.DeviceClass.attr_list`, :obj:`~tango.DeviceClass.cmd_list`, :obj:`~tango.DeviceClass.device_property_list` and :obj:`~tango.DeviceClass.class_property_list`. With the high-level API we completely remove the need to code the :class:`~tango.DeviceClass` by registering attribute, commands, device and class properties in the :class:`~tango.server.Device` with a more pythonic API (see :mod:`tango.server`) #. Hide `Class` class completely #. simplify `main()` Low-level way:: class Motor(PyTango.Device_4Impl): def read_Position(self, attr): pass class MotorClass(PyTango.DeviceClass): class_property_list = { } device_property_list = { } cmd_list = { } attr_list = { 'Position': [[PyTango.DevDouble, PyTango.SCALAR, PyTango.READ]], } def __init__(self, name): PyTango.DeviceClass.__init__(self, name) self.set_type(name) High-level way:: class Motor(PyTango.server.Device): position = PyTango.server.attribute(dtype=float, ) def read_position(self): pass Pythonic read/write attribute -------------------------------------------------------------------------------- With the low level API, it feels strange for a non tango programmer to have to write:: def read_Position(self, attr): # ... attr.set_value(new_position) def read_Position(self, attr): # ... attr.set_value_date_quality(new_position, time.time(), AttrQuality.CHANGING) A more pythonic away would be:: def read_position(self): # ... self.position = new_position def read_position(self): # ... self.position = new_position, time.time(), AttrQuality.CHANGING Or even:: def read_position(self): # ... return new_position def read_position(self): # ... return new_position, time.time(), AttrQuality.CHANGING Simplify `main()` -------------------------------------------------------------------------------- the typical `main()` method could be greatly simplified. initializing tango, registering tango classes, initializing and running the server loop and managing errors could all be done with the single function call to :func:`~tango.server_run` Low-level way:: def main(): try: py = PyTango.Util(sys.argv) py.add_class(MotorClass,Motor,'Motor') U = PyTango.Util.instance() U.server_init() U.server_run() except PyTango.DevFailed,e: print '-------> Received a DevFailed exception:',e except Exception,e: print '-------> An unforeseen exception occured....',e High-level way:: def main(): classes = Motor, PyTango.server_run(classes) In practice =========== Currently, a pogo generated device server code for a Motor having a double attribute `position` would look like this:: #!/usr/bin/env python # -*- coding:utf-8 -*- ############################################################################## ## license : ##============================================================================ ## ## File : Motor.py ## ## Project : ## ## $Author : t$ ## ## $Revision : $ ## ## $Date : $ ## ## $HeadUrl : $ ##============================================================================ ## This file is generated by POGO ## (Program Obviously used to Generate tango Object) ## ## (c) - Software Engineering Group - ESRF ############################################################################## """""" __all__ = ["Motor", "MotorClass", "main"] __docformat__ = 'restructuredtext' import PyTango import sys # Add additional import #----- PROTECTED REGION ID(Motor.additionnal_import) ENABLED START -----# #----- PROTECTED REGION END -----# // Motor.additionnal_import ############################################################################## ## Device States Description ## ## No states for this device ############################################################################## class Motor (PyTango.Device_4Impl): #--------- Add you global variables here -------------------------- #----- PROTECTED REGION ID(Motor.global_variables) ENABLED START -----# #----- PROTECTED REGION END -----# // Motor.global_variables #------------------------------------------------------------------ # Device constructor #------------------------------------------------------------------ def __init__(self,cl, name): PyTango.Device_4Impl.__init__(self,cl,name) self.debug_stream("In " + self.get_name() + ".__init__()") Motor.init_device(self) #------------------------------------------------------------------ # Device destructor #------------------------------------------------------------------ def delete_device(self): self.debug_stream("In " + self.get_name() + ".delete_device()") #----- PROTECTED REGION ID(Motor.delete_device) ENABLED START -----# #----- PROTECTED REGION END -----# // Motor.delete_device #------------------------------------------------------------------ # Device initialization #------------------------------------------------------------------ def init_device(self): self.debug_stream("In " + self.get_name() + ".init_device()") self.get_device_properties(self.get_device_class()) self.attr_Position_read = 0.0 #----- PROTECTED REGION ID(Motor.init_device) ENABLED START -----# #----- PROTECTED REGION END -----# // Motor.init_device #------------------------------------------------------------------ # Always excuted hook method #------------------------------------------------------------------ def always_executed_hook(self): self.debug_stream("In " + self.get_name() + ".always_excuted_hook()") #----- PROTECTED REGION ID(Motor.always_executed_hook) ENABLED START -----# #----- PROTECTED REGION END -----# // Motor.always_executed_hook #================================================================== # # Motor read/write attribute methods # #================================================================== #------------------------------------------------------------------ # Read Position attribute #------------------------------------------------------------------ def read_Position(self, attr): self.debug_stream("In " + self.get_name() + ".read_Position()") #----- PROTECTED REGION ID(Motor.Position_read) ENABLED START -----# self.attr_Position_read = 1.0 #----- PROTECTED REGION END -----# // Motor.Position_read attr.set_value(self.attr_Position_read) #------------------------------------------------------------------ # Read Attribute Hardware #------------------------------------------------------------------ def read_attr_hardware(self, data): self.debug_stream("In " + self.get_name() + ".read_attr_hardware()") #----- PROTECTED REGION ID(Motor.read_attr_hardware) ENABLED START -----# #----- PROTECTED REGION END -----# // Motor.read_attr_hardware #================================================================== # # Motor command methods # #================================================================== #================================================================== # # MotorClass class definition # #================================================================== class MotorClass(PyTango.DeviceClass): # Class Properties class_property_list = { } # Device Properties device_property_list = { } # Command definitions cmd_list = { } # Attribute definitions attr_list = { 'Position': [[PyTango.DevDouble, PyTango.SCALAR, PyTango.READ]], } #------------------------------------------------------------------ # MotorClass Constructor #------------------------------------------------------------------ def __init__(self, name): PyTango.DeviceClass.__init__(self, name) self.set_type(name); print "In Motor Class constructor" #================================================================== # # Motor class main method # #================================================================== def main(): try: py = PyTango.Util(sys.argv) py.add_class(MotorClass,Motor,'Motor') U = PyTango.Util.instance() U.server_init() U.server_run() except PyTango.DevFailed,e: print '-------> Received a DevFailed exception:',e except Exception,e: print '-------> An unforeseen exception occured....',e if __name__ == '__main__': main() To make things more fair, let's analyse the stripified version of the code instead:: import PyTango import sys class Motor (PyTango.Device_4Impl): def __init__(self,cl, name): PyTango.Device_4Impl.__init__(self,cl,name) self.debug_stream("In " + self.get_name() + ".__init__()") Motor.init_device(self) def delete_device(self): self.debug_stream("In " + self.get_name() + ".delete_device()") def init_device(self): self.debug_stream("In " + self.get_name() + ".init_device()") self.get_device_properties(self.get_device_class()) self.attr_Position_read = 0.0 def always_executed_hook(self): self.debug_stream("In " + self.get_name() + ".always_excuted_hook()") def read_Position(self, attr): self.debug_stream("In " + self.get_name() + ".read_Position()") self.attr_Position_read = 1.0 attr.set_value(self.attr_Position_read) def read_attr_hardware(self, data): self.debug_stream("In " + self.get_name() + ".read_attr_hardware()") class MotorClass(PyTango.DeviceClass): class_property_list = { } device_property_list = { } cmd_list = { } attr_list = { 'Position': [[PyTango.DevDouble, PyTango.SCALAR, PyTango.READ]], } def __init__(self, name): PyTango.DeviceClass.__init__(self, name) self.set_type(name); print "In Motor Class constructor" def main(): try: py = PyTango.Util(sys.argv) py.add_class(MotorClass,Motor,'Motor') U = PyTango.Util.instance() U.server_init() U.server_run() except PyTango.DevFailed,e: print '-------> Received a DevFailed exception:',e except Exception,e: print '-------> An unforeseen exception occured....',e if __name__ == '__main__': main() And the equivalent HLAPI version of the code would be:: #!/usr/bin/env python from PyTango import DebugIt, server_run from PyTango.server import Device, DeviceMeta, attribute class Motor(Device): __metaclass__ = DeviceMeta position = attribute() @DebugIt() def read_position(self): return 1.0 def main(): server_run((Motor,)) if __name__ == "__main__": main() References ========== :mod:`tango.server` Changes ======= from 2.1.0 to 2.2.0 ------------------- Changed module name from *hlapi* to *server* from 2.0.0 to 2.1.0 ------------------- Changed module name from *api2* to *hlapi* (High Level API) From 1.0.0 to 2.0.0 ------------------- * API Changes * changed Attr to attribute * changed Cmd to command * changed Prop to device_property * changed ClassProp to class_property * Included command and properties in the example * Added references to API documentation Copyright ========= This document has been placed in the public domain. pytango-9.2.2/doc/tep/tep-0002.rst000066400000000000000000000414651316324373100164600ustar00rootroot00000000000000 .. currentmodule:: tango.databaseds .. _pytango-TEP2: =================================================== TEP 2 - Tango database serverless =================================================== ================== ==================================================== TEP: 2 ================== ==================================================== Title: Tango database serverless Version: 1.0.0 Last-Modified: 17-Oct-2012 Author: Tiago Coutinho Status: Active Type: Standards Track Content-Type: text/x-rst Created: 17-Oct-2012 Post-History: 17-Oct-2012 ================== ==================================================== Abstract ======== This TEP aims to define a python DataBaseds which doesn't need a database server behind. It would make tango easier to try out by anyone and it could greatly simplify tango installation on small environments (like small, independent laboratories). Motivation ========== I was given a openSUSE laptop so that I could do the presentation for the tango meeting held in FRMII on October 2012. Since I planned to do a demonstration as part of the presentation I installed all mysql libraries, omniorb, tango and pytango on this laptop. During the flight to Munich I realized tango was not working because of a strange mysql server configuration done by the openSUSE distribution. I am not a mysql expert and I couldn't google for a solution. Also it made me angry to have to install all the mysql crap (libmysqlclient, mysqld, mysql-administrator, bla, bla) just to have a demo running. At the time of writting the first version of this TEP I still didn't solve the problem! Shame on me! Also at the same tango meetting during the tango archiving discussions I heard fake whispers or changing the tango archiving from MySQL/Oracle to NoSQL. I started thinking if it could be possible to have an alternative implementation of DataBaseds without the need for a mysql server. Requisites ========== * no dependencies on external packages * no need for a separate database server process (at least, by default) * no need to execute post install scripts to fill database Step 1 - Gather database information ===================================== It turns out that python has a Database API specification (:pep:`249`). Python distribution comes natively (>= 2.6) with not one but several persistency options (:ref:`persistence`): +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | module | Native | Platforms | API | Database | Description | +=================+========+===============+============+=====================+=========================================================================+ | **Native python 2.x** | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`pickle` | Yes | all | dump/load | file | python serialization/marchalling module | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`shelve` | Yes | all | dict | file | high level persistent, dictionary-like object | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`marshal` | Yes | all | dump/load | file | Internal Python object serialization | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`anydbm` | Yes | all | dict | file | Generic access to DBM-style databases. Wrapper for :mod:`dbhash`, | | | | | | | :mod:`gdbm`, :mod:`dbm` or :mod:`dumbdbm` | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`dbm` | Yes | all | dict | file | Simple "database" interface | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`gdbm` | Yes | unix | dict | file | GNU's reinterpretation of dbm | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`dbhash` | Yes | unix? | dict | file | DBM-style interface to the BSD database library (needs :mod:`bsddb`). | | | | | | | **Removed in python 3** | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`bsddb` | Yes | unix? | dict | file | Interface to Berkeley DB library. **Removed in python 3** | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`dumbdbm` | Yes | all | dict | file | Portable DBM implementation | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`sqlite3` | Yes | all | DBAPI2 | file, memory | DB-API 2.0 interface for SQLite databases | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | **Native Python 3.x** | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`pickle` | Yes | all | dump/load | file | python serialization/marchalling module | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`shelve` | Yes | all | dict | file | high level persistent, dictionary-like object | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`marshal` | Yes | all | dump/load | file | Internal Python object serialization | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`dbm` | Yes | all | dict | file | Interfaces to Unix "databases". Wrapper for :mod:`dbm.gnu`, | | | | | | | :mod:`dbm.ndbm`, :mod:`dbm.dumb` | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`dbm.gnu` | Yes | unix | dict | file | GNU's reinterpretation of dbm | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`dbm.ndbm` | Yes | unix | dict | file | Interface based on ndbm | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`dbm.dumb` | Yes | all | dict | file | Portable DBM implementation | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ | :mod:`sqlite3` | Yes | all | DBAPI2 | file, memory | DB-API 2.0 interface for SQLite databases | +-----------------+--------+---------------+------------+---------------------+-------------------------------------------------------------------------+ **third-party DBAPI2** .. hlist:: :columns: 1 * `pyodbc `_ * `mxODBC `_ * `kinterbasdb `_ * `mxODBC Connect `_ * `MySQLdb `_ * `psycopg `_ * `pyPgSQL `_ * `PySQLite `_ * `adodbapi `_ * `pymssql `_ * `sapdbapi `_ * `ibm_db `_ * `InformixDB `_ **third-party NOSQL** *(these may or not have python DBAPI2 interface)* * `CouchDB `_ - :mod:`couchdb.client` * `MongoDB `_ - :mod:`pymongo` - NoSQL database * `Cassandra `_ - :mod:`pycassa` **third-party database abstraction layer** * `SQLAlchemy `_ - :mod:`sqlalchemy` - Python SQL toolkit and Object Relational Mapper Step 2 - Which module to use? ===================================== *herrrr... wrong question!* The first decision I thought it should made is which python module better suites the needs of this TEP. Then I realized I would fall into the same trap as the C++ DataBaseds: hard link the server to a specific database implementation (in their case MySQL). I took a closer look at the tables above and I noticed that python persistent modules come in two flavors: dict and DBAPI2. So naturally the decision I thought it had to be made was: *which flavor to use?* But then I realized both flavors could be used if we properly design the python DataBaseds. Step 3 - Architecture ===================================== If you step back for a moment and look at the big picture you will see that what we need is really just a mapping between the Tango DataBase set of attributes and commands (I will call this `Tango Device DataBase API`) and the python database API oriented to tango (I will call this TDB interface). The TDB interface should be represented by the :class:`ITangoDB`. Concrete databases should implement this interface (example, DBAPI2 interface should be represented by a class :class:`TangoDBAPI2` implementing :class:`ITangoDB`). Connection to a concrete ITangoDB should be done through a factory: :class:`TangoDBFactory` The Tango DataBase device should have no logic. Through basic configuration it should be able to ask the :class:`TangoDBFactory` for a concrete :class:`ITangoDB`. The code of every command and attribute should be simple forward to the :class:`ITangoDB` object (a part of some parameter translation and error handling). .. graphviz:: digraph uml { fontname = "Bitstream Vera Sans" fontsize = 8 node [ fontname = "Bitstream Vera Sans" fontsize = 8 shape = "record" ] edge [ fontname = "Bitstream Vera Sans" fontsize = 8 ] subgraph tangodbPackage { label = "Package tangodb" ITangoDB [ label = "{ITangoDB|+ add_device()=0\l+delete_device()=0\l+export_device()=0\l...}" ] DBAPI2 [ label = "{TangoDBAPI2}" ] Dict [ label = "{TangoDBDict}" ] DBSqlite3 [ label = "{TangoDBSqlite3}" ] mxODBC [ label = "{TangoDBmxODBC}" ] MySQLdb [ label = "{TangoDBMySQLdb}" ] Shelve [ label = "{TangoDBShelve}" ] TangoDBFactory [ label = "{TangoDBFactory|+get_tango_db(): ITangoDB}" ] DBAPI2 -> ITangoDB Dict -> ITangoDB DBSqlite3 -> DBAPI2 mxODBC -> DBAPI2 MySQLdb -> DBAPI2 Shelve -> Dict } DeviceImpl [ label = "{Tango::DeviceImpl}" ] DataBase [ label = "{DataBase|+DbAddDevice()\l+DbDeleteDevice()\l+DbExportDevice()\l...}" ] DataBase -> DeviceImpl } Step 4 - The python DataBaseds ===================================== If we can make a python device server which has the same set of attributes and commands has the existing C++ DataBase (and of course the same semantic behavior), the tango DS and tango clients will never know the difference (BTW, that's one of the beauties of tango). The C++ DataBase consists of around 80 commands and 1 mandatory attribute (the others are used for profiling) so making a python Tango DataBase device from scratch is out of the question. Fortunately, C++ DataBase is one of the few device servers that were developed since the beginning with pogo and were successfully adapted to pogo 8. This means there is a precious :download:`DataBase.xmi` available which can be loaded to pogo and saved as a python version. The result of doing this can be found here :download:`here ` (this file was generated with a beta version of the pogo 8.1 python code generator so it may contain errors). Step 5 - Default database implementation =========================================== The decision to which database implementation should be used should obey the following rules: #. should not require an extra database server process #. should be a native python module #. should implement python DBAPI2 It came to my attention the :mod:`sqlite3` module would be perfect as a default database implementation. This module comes with python since version 2.5 and is available in all platforms. It implements the DBAPI2 interface and can store persistently in a common OS file or even in memory. There are many free scripts on the web to translate a mysql database to sqlite3 so one can use an existing mysql tango database and directly use it with the python DataBaseds with sqlite3 implementation. Development ================= The development is being done in PyTango SVN trunk in the :mod:`tango.databaseds` module. You can checkout with:: $ svn co https://tango-cs.svn.sourceforge.net/svnroot/tango-cs/bindings/PyTango/trunk PyTango-trunk Disadvantages =============== A serverless, file based, database has some disadvantages when compared to the mysql solution: * Not possible to distribute load between Tango DataBase DS and database server (example: run the Tango DS in one machine and the database server in another) * Not possible to have two Tango DataBase DS pointing to the same database * Harder to upgrade to newer version of sql tables (specially if using dict based database) Bare in mind the purpose of this TED is to simplify the process of trying tango and to ease installation and configuration on small environments (like small, independent laboratories). References ============ * http://wiki.python.org/moin/DbApiCheatSheet * http://wiki.python.org/moin/DbApiModuleComparison * http://wiki.python.org/moin/DatabaseProgramming * http://wiki.python.org/moin/DbApiFaq * :pep:`249` * http://wiki.python.org/moin/ExtendingTheDbApi * http://wiki.python.org/moin/DbApi3 pytango-9.2.2/doc/utilities.rst000066400000000000000000000020211316324373100165150ustar00rootroot00000000000000.. _utilities: The Utilities API ================= .. currentmodule:: tango.utils .. autoclass:: tango.utils.EventCallback :members: :undoc-members: .. autofunction:: tango.utils.is_pure_str .. autofunction:: tango.utils.is_seq .. autofunction:: tango.utils.is_non_str_seq .. autofunction:: tango.utils.is_integer .. autofunction:: tango.utils.is_number .. autofunction:: tango.utils.is_bool .. autofunction:: tango.utils.is_scalar_type .. autofunction:: tango.utils.is_array_type .. autofunction:: tango.utils.is_numerical_type .. autofunction:: tango.utils.is_int_type .. autofunction:: tango.utils.is_float_type .. autofunction:: tango.utils.is_bool_type .. autofunction:: tango.utils.is_binary_type .. autofunction:: tango.utils.is_str_type .. autofunction:: tango.utils.obj_2_str .. autofunction:: tango.utils.seqStr_2_obj .. autofunction:: tango.utils.scalar_to_array_type .. autofunction:: tango.utils.get_home .. autofunction:: tango.utils.requires_pytango .. autofunction:: tango.utils.requires_tango pytango-9.2.2/doc/windows_notes.txt000066400000000000000000000151211316324373100174200ustar00rootroot00000000000000Windows ~~~~~~~ On windows, PyTango must be built using MS VC++. ... which is good fun specially if you only have express edition and multiple python versions to build with! .. warning:: The next chapters are internal notes I have gathered along the years to overcome windows limitations/problems in order to be able to compile PyTango. They are not for the weak of heart, seriously! Pre-requisites ############## **Python** Python must be installed in the following directory structure: \\\\ Where: - is a python base directory choosen by you (ex: :file:`C:\\Python`) - **must** be either *win32* or *x64* - **must** be *26*, *27*, *31*, *32*, *33* Example: Assuming you choose *C:\\Python* as PythonBaseDir, if you want to build PyTango for python 2.7 on 64 bits you must install python in :file:`C:\\python\\x64\\27`. **Visual C++** Python recommends compiling any python libraries using the same compiler version. So, depending on the python version(s) you want PyTango to be build, you need VC++ 9.0 (2008) or/and VC++ 10.0 (2010). Here is the table of compilers and corresponding Visual C++ version used by CPython: +----------------------+--------------+ | Visual C++ version | Compiler | +======================+==============+ | Visual C++ 4.x | MSC_VER=1000 | +----------------------+--------------+ | Visual C++ 5 | MSC_VER=1100 | +----------------------+--------------+ | Visual C++ 6 | MSC_VER=1200 | +----------------------+--------------+ | Visual C++ .NET | MSC_VER=1300 | +----------------------+--------------+ | Visual C++ .NET 2003 | MSC_VER=1310 | +----------------------+--------------+ | Visual C++ 2005 | MSC_VER=1400 | +----------------------+--------------+ | Visual C++ 2008 | MSC_VER=1500 | +----------------------+--------------+ | Visual C++ 2010 | MSC_VER=1600 | +----------------------+--------------+ | Visual C++ 2011 | MSC_VER=1700 | +----------------------+--------------+ +----------+--------------+-----------------------------+ | version | architecture | VC++ | +==========+==============+=============================+ | 2.6.6 | 32 bits | MSC 1500 (Visual C++ 2008) | +----------+--------------+-----------------------------+ | 2.6.6 | 64 bits | MSC 1500 (Visual C++ 2008) | +----------+--------------+-----------------------------+ | 2.7.3 | 32 bits | MSC 1500 (Visual C++ 2008) | +----------+--------------+-----------------------------+ | 2.7.3 | 64 bits | MSC 1500 (Visual C++ 2008) | +----------+--------------+-----------------------------+ | 3.1.4 | 32 bits | MSC 1500 (Visual C++ 2008) | +----------+--------------+-----------------------------+ | 3.1.4 | 64 bits | MSC 1500 (Visual C++ 2008) | +----------+--------------+-----------------------------+ | 3.2.3 | 32 bits | MSC 1500 (Visual C++ 2008) | +----------+--------------+-----------------------------+ | 3.2.3 | 64 bits | MSC 1500 (Visual C++ 2008) | +----------+--------------+-----------------------------+ | 3.3.0 | 32 bits | MSC 1600 (Visual C++ 2010) | +----------+--------------+-----------------------------+ | 3.3.0 | 64 bits | MSC 1600 (Visual C++ 2010) | +----------+--------------+-----------------------------+ **Visual C++ 9.0 (2008) express quick install guide** 1. Download and install VC++ 9.0 (2008) Express Edition 2. If you need to compile in 64 bits platform 2.1. Download and install Windows 7 SDK for .NET Framework 3.5 SP1 [a.k.a. Windows SDK 7.0] (**not** Windows SDK 7.1!) 2.2. The vcvarsall.bat in VC++ 2008 Express looks for the x86_amd64 :file:`vcvarsx86_amd64.bat` in all the wrong places. The easiest way to work around that is to navigate to the :file:`VC\\bin` directory of your VC++ 2008 installation (in my case :file:`C:\\Program Files (x86)\\Microsoft Visual Studio 9.0\\VC\\bin`). Copy :file:`vcvarsx86_amd64.bat`, and paste into the :file:`VC\\bin\\x86_amd64 subdirectory`. **Visual C++ 10.0 (2010) express quick install guide** 1. Download and install VC++ 10.0 (2010) Express Edition 2. If you need to compile in 64 bits platform follow the instructions **in the order they appear** (not doing so may lead to `KB2519277 `_ problem) 2.1. Visual Studio 2010 SP1 2.2. Download and install Windows 7 SDK for .NET Framework 4.0 [a.k.a. Windows SDK 7.1] 2.3. VC++ 2010 doesn't come with vcvarsx86_amd64.bat. But in this case, since the environment setting tool is different than in VC++ 2008, all you have to do is create a file called vcvarsx86_amd64.bat in VC\\bin\\x86_amd64 directory of your VC++ 2010 installation (in my case C:\\Program Files (x86)\\Microsoft Visual Studio 10.0\\VC\\bin\\x86_amd64) with the following content: @CALL "C:\\Program Files\\Microsoft SDKs\\Windows\\v7.1\\Bin\\SetEnv.Cmd" /Release /x64 (adapt to your Windows SDK installation directory) **Boost python** Boost python DLL, lib and header files must be installed for the specific platform(s) and python version(s) you which to build PyTango on. The directory structure for the boost headers: \\include The directory structure for the boost libraries: \\multi\\release\\\\\\\\\\ Where: - the boost base directory (ex: C:\Boost-1.53.0) - may be either *msvc-9.0* or *msvc-10.0* - **must** be either *win32* or *x64* - **must** be either *static* or *shared* - **must** be either *static* or *shared* (if Link==static, RuntimeLink can only be *static*) - **must** be *26*, *27*, *31*, *32*, *33* **Boost python multi platform compilation quick build guide** - Download boost source code from http://wwww.boost.org - Extract boost to a directory (ex: c:\\workspace\\boost-1.53.0) - Download and place `boost_python_install.py <>` in your boost extract directory (ex: c:\\workspace\\boost-1.53.0\\boost_python_install.py) (adapt python versions you which to build) - Place the user-config.jam file in %HOMEPATH%%HOMEDIR% (adapt paths and python versions to your system) - Open a console - Switch to the boost directory - Execute this script using python (ex: C:\\Python\\win32\\26\\python.exe boost_python_install.py) **Tango** TODO pytango-9.2.2/examples/000077500000000000000000000000001316324373100150265ustar00rootroot00000000000000pytango-9.2.2/examples/Clock/000077500000000000000000000000001316324373100160615ustar00rootroot00000000000000pytango-9.2.2/examples/Clock/Clock.py000066400000000000000000000004741316324373100174730ustar00rootroot00000000000000import time from PyTango.server import Device, attribute, command class Clock(Device): @attribute def time(self): return time.time() @command(dtype_in=str, dtype_out=str) def strftime(self, format): return time.strftime(format) if __name__ == "__main__": Clock.run_server() pytango-9.2.2/examples/Clock/ClockDS.py000066400000000000000000000021671316324373100177230ustar00rootroot00000000000000#!/usr/bin/env python """ Clock Device server showing how to write a TANGO server with a Clock device which has attributes: - time: read-only scalar float - gmtime: read-only sequence (spectrum) of integers commands: - ctime: in: float parameter; returns a string - mktime: in: sequence (spectrum) of 9 integers; returns a float """ import time from PyTango.server import Device, attribute, command class Clock(Device): @attribute(dtype=float) def time(self): return time.time() gmtime = attribute(dtype=(int,), max_dim_x=9) def read_gmtime(self): return time.gmtime() @command(dtype_in=float, dtype_out=str) def ctime(self, seconds): """ Convert a time in seconds since the Epoch to a string in local time. This is equivalent to asctime(localtime(seconds)). When the time tuple is not present, current time as returned by localtime() is used. """ return time.ctime(seconds) @command(dtype_in=(int,), dtype_out=float) def mktime(self, tupl): return time.mktime(tupl) if __name__ == "__main__": Clock.run_server() pytango-9.2.2/examples/Clock/client.py000066400000000000000000000016141316324373100177130ustar00rootroot00000000000000#!/usr/bin/env python # -*- coding: utf-8 -*- # ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2013-2015 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ Simple client to show how to connect to a Clock device from ClockDS usage: client clock_dev_name """ import sys import PyTango if len(sys.argv) != 2: print "must provide one and only one clock device name" sys.exit(1) clock = PyTango.DeviceProxy(sys.argv[1]) t = clock.time gmt = clock.gmtime print(t) print(gmt) print(clock.ctime(t)) print(clock.mktime(gmt)) pytango-9.2.2/examples/TuringMachine/000077500000000000000000000000001316324373100175635ustar00rootroot00000000000000pytango-9.2.2/examples/TuringMachine/TuringMachine.py000066400000000000000000000040171316324373100226740ustar00rootroot00000000000000import json from PyTango import DevState from PyTango.server import Device from PyTango.server import attribute, command, device_property class TuringMachine(Device): blank_symbol = device_property(dtype=str, default_value=" ") initial_state = device_property(dtype=str, default_value="init") def init_device(self): Device.init_device(self) self.__tape = {} self.__head = 0 self.__state = self.initial_state self.__final_states = [] self.__transition_function = None self.set_state(DevState.RUNNING) @attribute(dtype=(str,)) def final_states(self): return self.__final_states @final_states.write def final_states(self, final_states): self.__final_states = final_states @attribute(dtype=str) def transition_function(self): return self.__transition_function @transition_function.write def transition_function(self, func_str): self.__transition_function = tf = {} for k, v in json.loads(func_str).items(): tf[tuple(str(k).split(","))] = map(str, v) print(tf) @attribute(dtype=str) def tape(self): s, keys = "", self.__tape.keys() min_used, max_used = min(keys), max(keys) for i in range(min_used, max_used): s += self.__tape.get(i, self.__blank_symbol) return s @command def step(self): char_under_head = self.__tape.get(self.__head, self.blank_symbol) x = self.__state, char_under_head if x in self.__transition_function: y = self.__transition_function[x] self.__tape[self.__head] = y[1] if y[2] == "R": self.__head += 1 elif y[2] == "L": self.__head -= 1 self.__state = y[0] print(self.__state) def dev_state(self): if self.__state in self.__final_states: return DevState.ON else: return DevState.RUNNING if __name__ == "__main__": TuringMachine.run_server() pytango-9.2.2/examples/TuringMachine/turing_client.py000066400000000000000000000010001316324373100227720ustar00rootroot00000000000000from turing_machine import TuringMachine transition_function = {("init","0"):("init", "1", "R"), ("init","1"):("init", "0", "R"), ("init"," "):("final"," ", "N"), } t = TuringMachine("010011 ", final_states=["final"], transition_function=transition_function) print("Input on Tape:") print(t.get_tape_str()) while not t.final(): t.step() print("Result of the Turing machine calculation:") print(t.get_tape_str()) pytango-9.2.2/examples/asyncio_green_mode/000077500000000000000000000000001316324373100206575ustar00rootroot00000000000000pytango-9.2.2/examples/asyncio_green_mode/__init__.py000066400000000000000000000000451316324373100227670ustar00rootroot00000000000000__all__ = ['asyncio_device_example'] pytango-9.2.2/examples/asyncio_green_mode/asyncio_device_example.py000066400000000000000000000014421316324373100257310ustar00rootroot00000000000000"""Demo Tango Device Server using asyncio green mode""" import asyncio from tango import DevState, GreenMode from tango.server import Device, command, attribute class AsyncioDevice(Device): green_mode = GreenMode.Asyncio async def init_device(self): await super().init_device() self.set_state(DevState.ON) @command async def long_running_command(self): loop = asyncio.get_event_loop() future = loop.create_task(self.coroutine_target()) async def coroutine_target(self): self.set_state(DevState.INSERT) await asyncio.sleep(15) self.set_state(DevState.EXTRACT) @attribute async def test_attribute(self): await asyncio.sleep(2) return 42 if __name__ == '__main__': AsyncioDevice.run_server() pytango-9.2.2/examples/asyncio_green_mode/asyncio_simple_example.py000066400000000000000000000004271316324373100257650ustar00rootroot00000000000000import asyncio from tango.asyncio import DeviceProxy async def asyncio_example(): dev = await DeviceProxy("sys/tg_test/1") print(dev.get_green_mode()) print(await dev.state()) loop = asyncio.get_event_loop() loop.run_until_complete(asyncio_example()) loop.close() pytango-9.2.2/examples/asyncio_green_mode/tcp_server_example.py000066400000000000000000000035361316324373100251270ustar00rootroot00000000000000"""A simple TCP server for Tango attributes. It runs on all interfaces on port 8888: $ python tango_tcp_server.py Serving on 0.0.0.0 port 8888 It can be accessed using netcat: $ ncat localhost 8888 >>> sys/tg_test/1/ampli 0.0 >>> sys/tg_test/1/state RUNNING >>> sys/tg_test/1/nope DevFailed[ DevError[ desc = Attribute nope is not supported by device sys/tg_test/1 origin = AttributeProxy::real_constructor() reason = API_UnsupportedAttribute severity = ERR] ] >>> ... """ import asyncio from tango.asyncio import AttributeProxy async def handle_echo(reader, writer): # Write the cursor writer.write(b'>>> ') # Loop over client request async for line in reader: request = line.decode().strip() # Get attribute value using asyncio green mode try: proxy = await AttributeProxy(request) attr_value = await proxy.read() reply = str(attr_value.value) # Catch exception if something goes wrong except Exception as exc: reply = str(exc) # Reply to client writer.write(reply.encode() + b'\n' + b'>>> ') # Close communication writer.close() async def start_serving(): server = await asyncio.start_server(handle_echo, '0.0.0.0', 8888) print('Serving on {} port {}'.format(*server.sockets[0].getsockname())) return server async def stop_serving(server): server.close() await server.wait_closed() def main(): # Start the server loop = asyncio.get_event_loop() server = loop.run_until_complete(start_serving()) # Serve requests until Ctrl+C is pressed try: loop.run_forever() except KeyboardInterrupt: pass # Close the server loop.run_until_complete(stop_serving(server)) loop.close() if __name__ == '__main__': main() pytango-9.2.2/examples/dynamic/000077500000000000000000000000001316324373100164525ustar00rootroot00000000000000pytango-9.2.2/examples/dynamic/common/000077500000000000000000000000001316324373100177425ustar00rootroot00000000000000pytango-9.2.2/examples/dynamic/common/__init__.py000066400000000000000000000000001316324373100220410ustar00rootroot00000000000000pytango-9.2.2/examples/dynamic/common/roi.py000066400000000000000000000004371316324373100211110ustar00rootroot00000000000000class ROI: def __init__(self, x, y, w, h): self.x = x self.y = y self.w = w self.h = h def __repr__(self): return str(self) def __str__(self): txt = "ROI(x={o.x}, y={o.y}, w={o.w}, h={o.h})".format(o=self) return txt pytango-9.2.2/examples/dynamic/dynamic_client.py000066400000000000000000000013171316324373100220100ustar00rootroot00000000000000import PyTango.client my_object = PyTango.client.Object("my_object") print("my_object.bla = {0}".format(my_object.bla)) print("my_object.ble = {0}".format(my_object.ble)) print("my_object.bli = {0}".format(my_object.bli)) print("my_object.array = {0}".format(my_object.array)) r1 = my_object.func1() print("my_object.func1() = {0}".format(r1)) r2 = my_object.func2(96.44) print("my_object.func2(96.44) = {0}".format(r2)) r3 = my_object.func3(45.86, 'hello', d=False, c='world') print("my_object.func3(45.86, 'hello', d=False, c='world') = {0}".format(r3)) r4 = my_object.func4() print("my_object.func4() = {0}".format(r4)) r5 = my_object.zeros((500, 1000)) print("my_object.zeros((500, 1000)) = {0}".format(r5)) pytango-9.2.2/examples/dynamic/dynamic_server.py000066400000000000000000000016641316324373100220450ustar00rootroot00000000000000import numpy from PyTango.server import Server from common.roi import ROI class MyClass: def __init__(self): self.bla = 55.6 self.ble = 11 self.bli = False self.array = numpy.ones((1000,1000)) self.buff = bytearray(100000*"Hello ") self.__rois = {} def func1(self): return "executed func1" def func2(self, v): return 2*v def func3(self, a, b, c=1, d=3): """Just some documentation""" return "done func3" def add_roi(self, name, roi): self.__rois[name] = roi server.register_object(roi, name) def remove_roi(self, name): del self.__rois[name] # no need to unregister object import logging logging.basicConfig(level=logging.DEBUG) my_object = MyClass() a_roi = ROI(0,0,0,0) server = Server("Dynamic") server.register_object(my_object, "dynamic_object") server.register_object(a_roi, "dummy_roi") server.run() pytango-9.2.2/examples/fwdAttr/000077500000000000000000000000001316324373100164415ustar00rootroot00000000000000pytango-9.2.2/examples/fwdAttr/FwdServer.py000066400000000000000000000015621316324373100207260ustar00rootroot00000000000000import tango from tango.server import Device from tango.server import attribute __all__ = ["FwdServer", "main"] class FwdServer(Device): """ Start this server: python FwdServer.py myFwdServer Start the server containing the root attribute. Then using jive select the Attribute properties from myFwdServer Select you forwarded attribute and add the value to __root_att e.g. __root_att -> x/y/z/root_attribute_name Now restart the FwdServer """ def init_device(self): Device.init_device(self) self._current = 0.0 self.set_state(tango.DevState.ON) voltage = attribute(name="voltage", label='Voltage', forwarded=True) @attribute(label='Current', dtype='float') def current(self): return self._current # ---------- # Run server # ---------- if __name__ == '__main__': FwdServer.run_server() pytango-9.2.2/examples/interfacechangeEvents/000077500000000000000000000000001316324373100213215ustar00rootroot00000000000000pytango-9.2.2/examples/interfacechangeEvents/ClassFactory.cpp000066400000000000000000000036341316324373100244300ustar00rootroot00000000000000/*----- PROTECTED REGION ID(IfchangeServer::ClassFactory.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : ClassFactory.cpp // // description : C++ source for the class_factory method of the DServer // device class. This method is responsible for the creation of // all class singleton for a device server. It is called // at device server startup. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include #include // Add class header files if needed /** * Create IfchangeServer Class singleton and store it in DServer object. */ void Tango::DServer::class_factory() { // Add method class init if needed add_class(IfchangeServer_ns::IfchangeServerClass::init("IfchangeServer")); } /*----- PROTECTED REGION END -----*/ // IfchangeServer::ClassFactory.cpp pytango-9.2.2/examples/interfacechangeEvents/IfchangeClient.py000066400000000000000000000035161316324373100245430ustar00rootroot00000000000000from __future__ import print_function import time import tango class EventManager(): def __init__(self, dp): self._deviceProxy = dp if dp is not None: print("Subscribed to Interface Change Events") self._event_id = dp.subscribe_event( tango.EventType.INTERFACE_CHANGE_EVENT, self) def unsubscribe(self): self._deviceProxy.unsubscribe_event(self._event_id) def push_event(self, ev): print("Event -----push_event-----------------") print("Timestamp: ", ev.reception_date) print("Event type: ", ev.event) print("Device server: ", ev.device) print("Event error: ", ev.err) if ev.err: print("Caught pipe exception") err = ev.errors[0] print("Error desc: ", err.desc) print("Error origin: ", err.origin) print("Error reason: ", err.reason) print("Error severity: ", err.severity) else: if ev.cmd_list is not None: print("Number of commands ", len(ev.cmd_list)) for i in range(len(ev.cmd_list)): cmdInfo = ev.cmd_list[i] print("cmd -----> ", cmdInfo.cmd_name) else: print("Number of commands 0") if ev.att_list is not None: print("Number of attributes ", len(ev.att_list)) for i in range(len(ev.att_list)): attInfo = ev.att_list[i] print("att -----> ", attInfo.name) else: print("Number of attributes 0") print("Device started ", ev.dev_started) def main(): dev = tango.DeviceProxy('ifchangeServer/tango/1') EventManager(dev) time.sleep(3000.0) if __name__ == '__main__': main() pytango-9.2.2/examples/interfacechangeEvents/IfchangeServer.cpp000066400000000000000000000261041316324373100247230ustar00rootroot00000000000000/*----- PROTECTED REGION ID(IfchangeServer.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : IfchangeServer.cpp // // description : C++ source for the IfchangeServer class and its commands. // The class is derived from Device. It represents the // CORBA servant object which will be accessed from the // network. All commands which can be executed on the // IfchangeServer are implemented in this file. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include #include /*----- PROTECTED REGION END -----*/ // IfchangeServer.cpp /** * IfchangeServer class description: * */ //================================================================ // The following table gives the correspondence // between command and method names. // // Command name | Method name //================================================================ // State | Inherited (no method) // Status | Inherited (no method) // Add_dynamic | add_dynamic // Delete_Dynamic | delete__dynamic //================================================================ //================================================================ // Attributes managed is: //================================================================ // busy | Tango::DevBoolean Scalar //================================================================ namespace IfchangeServer_ns { /*----- PROTECTED REGION ID(IfchangeServer::namespace_starting) ENABLED START -----*/ // static initializations /*----- PROTECTED REGION END -----*/ // IfchangeServer::namespace_starting //-------------------------------------------------------- /** * Method : IfchangeServer::IfchangeServer() * Description : Constructors for a Tango device * implementing the classIfchangeServer */ //-------------------------------------------------------- IfchangeServer::IfchangeServer(Tango::DeviceClass *cl, string &s) : TANGO_BASE_CLASS(cl, s.c_str()) { /*----- PROTECTED REGION ID(IfchangeServer::constructor_1) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // IfchangeServer::constructor_1 } //-------------------------------------------------------- IfchangeServer::IfchangeServer(Tango::DeviceClass *cl, const char *s) : TANGO_BASE_CLASS(cl, s) { /*----- PROTECTED REGION ID(IfchangeServer::constructor_2) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // IfchangeServer::constructor_2 } //-------------------------------------------------------- IfchangeServer::IfchangeServer(Tango::DeviceClass *cl, const char *s, const char *d) : TANGO_BASE_CLASS(cl, s, d) { /*----- PROTECTED REGION ID(IfchangeServer::constructor_3) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // IfchangeServer::constructor_3 } //-------------------------------------------------------- /** * Method : IfchangeServer::delete_device() * Description : will be called at device destruction or at init command */ //-------------------------------------------------------- void IfchangeServer::delete_device() { DEBUG_STREAM << "IfchangeServer::delete_device() " << device_name << endl; /*----- PROTECTED REGION ID(IfchangeServer::delete_device) ENABLED START -----*/ // Delete device allocated objects /*----- PROTECTED REGION END -----*/ // IfchangeServer::delete_device delete[] attr_busy_read; } //-------------------------------------------------------- /** * Method : IfchangeServer::init_device() * Description : will be called at device initialization. */ //-------------------------------------------------------- void IfchangeServer::init_device() { DEBUG_STREAM << "IfchangeServer::init_device() create device " << device_name << endl; /*----- PROTECTED REGION ID(IfchangeServer::init_device_before) ENABLED START -----*/ // Initialization before get_device_property() call /*----- PROTECTED REGION END -----*/ // IfchangeServer::init_device_before // No device property to be read from database attr_busy_read = new Tango::DevBoolean[1]; /*----- PROTECTED REGION ID(IfchangeServer::init_device) ENABLED START -----*/ set_status("ON"); set_state(Tango::ON); // Initialize device /*----- PROTECTED REGION END -----*/ // IfchangeServer::init_device } //-------------------------------------------------------- /** * Method : IfchangeServer::always_executed_hook() * Description : method always executed before any command is executed */ //-------------------------------------------------------- void IfchangeServer::always_executed_hook() { DEBUG_STREAM << "IfchangeServer::always_executed_hook() " << device_name << endl; /*----- PROTECTED REGION ID(IfchangeServer::always_executed_hook) ENABLED START -----*/ // code always executed before all requests /*----- PROTECTED REGION END -----*/ // IfchangeServer::always_executed_hook } //-------------------------------------------------------- /** * Method : IfchangeServer::read_attr_hardware() * Description : Hardware acquisition for attributes */ //-------------------------------------------------------- void IfchangeServer::read_attr_hardware(TANGO_UNUSED(vector &attr_list)) { DEBUG_STREAM << "IfchangeServer::read_attr_hardware(vector &attr_list) entering... " << endl; /*----- PROTECTED REGION ID(IfchangeServer::read_attr_hardware) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServer::read_attr_hardware } //-------------------------------------------------------- /** * Read attribute busy related method * Description: * * Data type: Tango::DevBoolean * Attr type: Scalar */ //-------------------------------------------------------- void IfchangeServer::read_busy(Tango::Attribute &attr) { DEBUG_STREAM << "IfchangeServer::read_busy(Tango::Attribute &attr) entering... " << endl; /*----- PROTECTED REGION ID(IfchangeServer::read_busy) ENABLED START -----*/ // Set the attribute value *attr_busy_read = true; attr.set_value(attr_busy_read); /*----- PROTECTED REGION END -----*/ // IfchangeServer::read_busy } //-------------------------------------------------------- /** * Read attribute ioattr related method * Description: * * Data type: Tango::DevDouble * Attr type: Scalar */ //-------------------------------------------------------- void IfchangeServer::read_ioattr(Tango::Attribute &attr) { DEBUG_STREAM << "IfchangeServer::read_ioattr(Tango::Attribute &attr) entering... " << endl; Tango::DevDouble *att_value = get_ioattr_data_ptr(attr.get_name()); /*----- PROTECTED REGION ID(IfchangeServer::read_ioattr) ENABLED START -----*/ // Set the attribute value attr.set_value(att_value); /*----- PROTECTED REGION END -----*/ // IfchangeServer::read_ioattr } //-------------------------------------------------------- /** * Method : IfchangeServer::add_dynamic_attributes() * Description : Create the dynamic attributes if any * for specified device. */ //-------------------------------------------------------- void IfchangeServer::add_dynamic_attributes() { // Example to add dynamic attribute: // Copy inside the following protected area to create instance(s) at startup. // add_ioattr_dynamic_attribute("MyioattrAttribute"); /*----- PROTECTED REGION ID(IfchangeServer::add_dynamic_attributes) ENABLED START -----*/ // Add your own code to create and add dynamic attributes if any /*----- PROTECTED REGION END -----*/ // IfchangeServer::add_dynamic_attributes } //-------------------------------------------------------- /** * Command Add_dynamic related method * Description: * */ //-------------------------------------------------------- void IfchangeServer::add_dynamic() { DEBUG_STREAM << "IfchangeServer::Add_dynamic() - " << device_name << endl; /*----- PROTECTED REGION ID(IfchangeServer::add_dynamic) ENABLED START -----*/ add_iocmd_dynamic_command("test_dynamic_Command", true); add_ioattr_dynamic_attribute("test_dynamic_Attribute"); // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServer::add_dynamic } //-------------------------------------------------------- /** * Command Delete_Dynamic related method * Description: * */ //-------------------------------------------------------- void IfchangeServer::delete__dynamic() { DEBUG_STREAM << "IfchangeServer::Delete_Dynamic() - " << device_name << endl; /*----- PROTECTED REGION ID(IfchangeServer::delete__dynamic) ENABLED START -----*/ remove_iocmd_dynamic_command("test_dynamic_Command"); remove_ioattr_dynamic_attribute("test_dynamic_Attribute"); // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServer::delete__dynamic } //-------------------------------------------------------- /** * Command iocmd related method * Description: * */ //-------------------------------------------------------- void IfchangeServer::iocmd(Tango::Command &command) { DEBUG_STREAM << "IfchangeServer::" << command.get_name() << " - " << device_name << endl; /*----- PROTECTED REGION ID(IfchangeServer::iocmd) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServer::iocmd } //-------------------------------------------------------- /** * Method : IfchangeServer::add_dynamic_commands() * Description : Create the dynamic commands if any * for specified device. */ //-------------------------------------------------------- void IfchangeServer::add_dynamic_commands() { // Example to add dynamic command: // Copy inside the folowing protected area to instanciate at startup. // add_iocmd_dynamic_command("MyiocmdCommand", true); /*----- PROTECTED REGION ID(IfchangeServer::add_dynamic_commands) ENABLED START -----*/ // Add your own code to create and add dynamic commands if any /*----- PROTECTED REGION END -----*/ // IfchangeServer::add_dynamic_commands } /*----- PROTECTED REGION ID(IfchangeServer::namespace_ending) ENABLED START -----*/ // Additional Methods /*----- PROTECTED REGION END -----*/ // IfchangeServer::namespace_ending } // namespace pytango-9.2.2/examples/interfacechangeEvents/IfchangeServer.h000066400000000000000000000131021316324373100243620ustar00rootroot00000000000000/*----- PROTECTED REGION ID(IfchangeServer.h) ENABLED START -----*/ //============================================================================= // // file : IfchangeServer.h // // description : Include file for the IfchangeServer class // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #ifndef IfchangeServer_H #define IfchangeServer_H #include /*----- PROTECTED REGION END -----*/ // IfchangeServer.h /** * IfchangeServer class description: * */ namespace IfchangeServer_ns { /*----- PROTECTED REGION ID(IfchangeServer::Additional Class Declarations) ENABLED START -----*/ // Additional Class Declarations /*----- PROTECTED REGION END -----*/ // IfchangeServer::Additional Class Declarations class IfchangeServer : public TANGO_BASE_CLASS { /*----- PROTECTED REGION ID(IfchangeServer::Data Members) ENABLED START -----*/ // Add your own data members /*----- PROTECTED REGION END -----*/ // IfchangeServer::Data Members // Attribute data members public: Tango::DevBoolean *attr_busy_read; // Constructors and destructors public: /** * Constructs a newly device object. * * @param cl Class. * @param s Device Name */ IfchangeServer(Tango::DeviceClass *cl,string &s); /** * Constructs a newly device object. * * @param cl Class. * @param s Device Name */ IfchangeServer(Tango::DeviceClass *cl,const char *s); /** * Constructs a newly device object. * * @param cl Class. * @param s Device name * @param d Device description. */ IfchangeServer(Tango::DeviceClass *cl,const char *s,const char *d); /** * The device object destructor. */ ~IfchangeServer() {delete_device();}; // Miscellaneous methods public: /* * will be called at device destruction or at init command. */ void delete_device(); /* * Initialize the device */ virtual void init_device(); /* * Always executed method before execution command method. */ virtual void always_executed_hook(); // Attribute methods public: //-------------------------------------------------------- /* * Method : IfchangeServer::read_attr_hardware() * Description : Hardware acquisition for attributes. */ //-------------------------------------------------------- virtual void read_attr_hardware(vector &attr_list); /** * Attribute busy related methods * Description: * * Data type: Tango::DevBoolean * Attr type: Scalar */ virtual void read_busy(Tango::Attribute &attr); virtual bool is_busy_allowed(Tango::AttReqType type); // Dynamic attribute methods public: /** * Attribute ioattr related methods * Description: * * Data type: Tango::DevDouble * Attr type: Scalar */ virtual void read_ioattr(Tango::Attribute &attr); virtual bool is_ioattr_allowed(Tango::AttReqType type); void add_ioattr_dynamic_attribute(string attname); void remove_ioattr_dynamic_attribute(string attname); Tango::DevDouble *get_ioattr_data_ptr(string &name); map ioattr_data; //-------------------------------------------------------- /** * Method : IfchangeServer::add_dynamic_attributes() * Description : Add dynamic attributes if any. */ //-------------------------------------------------------- void add_dynamic_attributes(); // Command related methods public: /** * Command Add_dynamic related method * Description: * */ virtual void add_dynamic(); virtual bool is_Add_dynamic_allowed(const CORBA::Any &any); /** * Command Delete_Dynamic related method * Description: * */ virtual void delete__dynamic(); virtual bool is_Delete_Dynamic_allowed(const CORBA::Any &any); // Dynamic commands methods public: /** * Command iocmd related method * Description: * */ virtual void iocmd(Tango::Command &command); virtual bool is_iocmd_allowed(const CORBA::Any &any); void add_iocmd_dynamic_command(string cmdname, bool device); void remove_iocmd_dynamic_command(string cmdname); //-------------------------------------------------------- /** * Method : IfchangeServer::add_dynamic_commands() * Description : Add dynamic commands if any. */ //-------------------------------------------------------- void add_dynamic_commands(); /*----- PROTECTED REGION ID(IfchangeServer::Additional Method prototypes) ENABLED START -----*/ // Additional Method prototypes /*----- PROTECTED REGION END -----*/ // IfchangeServer::Additional Method prototypes }; /*----- PROTECTED REGION ID(IfchangeServer::Additional Classes Definitions) ENABLED START -----*/ // Additional Classes Definitions /*----- PROTECTED REGION END -----*/ // IfchangeServer::Additional Classes Definitions } // End of namespace #endif // IfchangeServer_H pytango-9.2.2/examples/interfacechangeEvents/IfchangeServer.py000066400000000000000000000036521316324373100245740ustar00rootroot00000000000000import logging import tango from tango.server import Device from tango.server import DispLevel from tango.server import attribute, command class IfchangeServer(Device): def init_device(self): Device.init_device(self) logging.basicConfig(level=logging.DEBUG) self._current = 0.0 self.set_state(tango.DevState.ON) @attribute(label='Sequence Counter', dtype='int', description="Sequence counter") def seq_counter(self): return 456 @attribute(label='Voltage', dtype='float', description="voltage") def volts(self): return 3.142 def read_current(self): print ("read current method ", self._current) return self._current def write_current(self, curr): self._current = curr print ("set current to ", self._current) def start(self, argin): print ("start method") return 3142 @command(dtype_in=str, doc_in='name of dynamic attribute to add') def add_dyn_attr(self, name): attr = attribute(name=name, dtype='float', fget=self.read_current, fset=self.write_current) self.add_attribute(attr) @command(dtype_in=str, doc_in='name of dynamic attribute to delete') def delete_dyn_attr(self, name): self._remove_attribute(name) @command def add_dyn_cmd(self): device_level = True cmd = command(f=self.start, dtype_in=str, dtype_out=int, doc_in='description of input', doc_out='description of output', display_level=DispLevel.EXPERT, polling_period=5.1) self.add_command(cmd, device_level) @command(dtype_in=str, doc_in='name of dynamic command to delete') def delete_dyn_cmd(self, name): self._remove_command(name, False, True) # ---------- # Run server # ---------- if __name__ == '__main__': IfchangeServer.run_server() pytango-9.2.2/examples/interfacechangeEvents/IfchangeServer.xmi000066400000000000000000000110431316324373100247320ustar00rootroot00000000000000 pytango-9.2.2/examples/interfacechangeEvents/IfchangeServerClass.cpp000066400000000000000000000515211316324373100257120ustar00rootroot00000000000000/*----- PROTECTED REGION ID(IfchangeServerClass.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; static const char *TagName = "$Name: $"; static const char *CvsPath = "$Source: $"; static const char *SvnPath = "$HeadURL: $"; static const char *HttpServer = "http://www.esrf.eu/computing/cs/tango/tango_doc/ds_doc/"; //============================================================================= // // file : IfchangeServerClass.cpp // // description : C++ source for the IfchangeServerClass. // A singleton class derived from DeviceClass. // It implements the command and attribute list // and all properties and methods required // by the IfchangeServer once per process. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include /*----- PROTECTED REGION END -----*/ // IfchangeServerClass.cpp //------------------------------------------------------------------- /** * Create IfchangeServerClass singleton and * return it in a C function for Python usage */ //------------------------------------------------------------------- extern "C" { #ifdef _TG_WINDOWS_ __declspec(dllexport) #endif Tango::DeviceClass *_create_IfchangeServer_class(const char *name) { return IfchangeServer_ns::IfchangeServerClass::init(name); } } namespace IfchangeServer_ns { //=================================================================== // Initialize pointer for singleton pattern //=================================================================== IfchangeServerClass *IfchangeServerClass::_instance = NULL; //-------------------------------------------------------- /** * method : IfchangeServerClass::IfchangeServerClass(string &s) * description : constructor for the IfchangeServerClass * * @param s The class name */ //-------------------------------------------------------- IfchangeServerClass::IfchangeServerClass(string &s):Tango::DeviceClass(s) { cout2 << "Entering IfchangeServerClass constructor" << endl; set_default_property(); write_class_property(); /*----- PROTECTED REGION ID(IfchangeServerClass::constructor) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::constructor cout2 << "Leaving IfchangeServerClass constructor" << endl; } //-------------------------------------------------------- /** * method : IfchangeServerClass::~IfchangeServerClass() * description : destructor for the IfchangeServerClass */ //-------------------------------------------------------- IfchangeServerClass::~IfchangeServerClass() { /*----- PROTECTED REGION ID(IfchangeServerClass::destructor) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::destructor _instance = NULL; } //-------------------------------------------------------- /** * method : IfchangeServerClass::init * description : Create the object if not already done. * Otherwise, just return a pointer to the object * * @param name The class name */ //-------------------------------------------------------- IfchangeServerClass *IfchangeServerClass::init(const char *name) { if (_instance == NULL) { try { string s(name); _instance = new IfchangeServerClass(s); } catch (bad_alloc &) { throw; } } return _instance; } //-------------------------------------------------------- /** * method : IfchangeServerClass::instance * description : Check if object already created, * and return a pointer to the object */ //-------------------------------------------------------- IfchangeServerClass *IfchangeServerClass::instance() { if (_instance == NULL) { cerr << "Class is not initialised !!" << endl; exit(-1); } return _instance; } //=================================================================== // Command execution method calls //=================================================================== //-------------------------------------------------------- /** * method : Add_dynamicClass::execute() * description : method to trigger the execution of the command. * * @param device The device on which the command must be executed * @param in_any The command input data * * returns The command output data (packed in the Any object) */ //-------------------------------------------------------- CORBA::Any *Add_dynamicClass::execute(Tango::DeviceImpl *device, TANGO_UNUSED(const CORBA::Any &in_any)) { cout2 << "Add_dynamicClass::execute(): arrived" << endl; ((static_cast(device))->add_dynamic()); return new CORBA::Any(); } //-------------------------------------------------------- /** * method : Delete_DynamicClass::execute() * description : method to trigger the execution of the command. * * @param device The device on which the command must be executed * @param in_any The command input data * * returns The command output data (packed in the Any object) */ //-------------------------------------------------------- CORBA::Any *Delete_DynamicClass::execute(Tango::DeviceImpl *device, TANGO_UNUSED(const CORBA::Any &in_any)) { cout2 << "Delete_DynamicClass::execute(): arrived" << endl; ((static_cast(device))->delete__dynamic()); return new CORBA::Any(); } //-------------------------------------------------------- /** * method : iocmdClass::execute() * description : method to trigger the execution of the command. * * @param device The device on which the command must be executed * @param in_any The command input data * * returns The command output data (packed in the Any object) */ //-------------------------------------------------------- CORBA::Any *iocmdClass::execute(Tango::DeviceImpl *device, TANGO_UNUSED(const CORBA::Any &in_any)) { cout2 << "iocmdClass::execute(): arrived" << endl; ((static_cast(device))->iocmd(*this)); return new CORBA::Any(); } //=================================================================== // Properties management //=================================================================== //-------------------------------------------------------- /** * Method : IfchangeServerClass::get_class_property() * Description : Get the class property for specified name. */ //-------------------------------------------------------- Tango::DbDatum IfchangeServerClass::get_class_property(string &prop_name) { for (unsigned int i=0 ; i vect_data; // Set Default Class Properties // Set Default device Properties } //-------------------------------------------------------- /** * Method : IfchangeServerClass::write_class_property() * Description : Set class description fields as property in database */ //-------------------------------------------------------- void IfchangeServerClass::write_class_property() { // First time, check if database used if (Tango::Util::_UseDb == false) return; Tango::DbData data; string classname = get_name(); string header; string::size_type start, end; // Put title Tango::DbDatum title("ProjectTitle"); string str_title(""); title << str_title; data.push_back(title); // Put Description Tango::DbDatum description("Description"); vector str_desc; str_desc.push_back(""); description << str_desc; data.push_back(description); // put cvs or svn location string filename("IfchangeServer"); filename += "Class.cpp"; // check for cvs information string src_path(CvsPath); start = src_path.find("/"); if (start!=string::npos) { end = src_path.find(filename); if (end>start) { string strloc = src_path.substr(start, end-start); // Check if specific repository start = strloc.find("/cvsroot/"); if (start!=string::npos && start>0) { string repository = strloc.substr(0, start); if (repository.find("/segfs/")!=string::npos) strloc = "ESRF:" + strloc.substr(start, strloc.length()-start); } Tango::DbDatum cvs_loc("cvs_location"); cvs_loc << strloc; data.push_back(cvs_loc); } } // check for svn information else { string src_path(SvnPath); start = src_path.find("://"); if (start!=string::npos) { end = src_path.find(filename); if (end>start) { header = "$HeadURL: "; start = header.length(); string strloc = src_path.substr(start, (end-start)); Tango::DbDatum svn_loc("svn_location"); svn_loc << strloc; data.push_back(svn_loc); } } } // Get CVS or SVN revision tag // CVS tag string tagname(TagName); header = "$Name: "; start = header.length(); string endstr(" $"); end = tagname.find(endstr); if (end!=string::npos && end>start) { string strtag = tagname.substr(start, end-start); Tango::DbDatum cvs_tag("cvs_tag"); cvs_tag << strtag; data.push_back(cvs_tag); } // SVN tag string svnpath(SvnPath); header = "$HeadURL: "; start = header.length(); end = svnpath.find(endstr); if (end!=string::npos && end>start) { string strloc = svnpath.substr(start, end-start); string tagstr ("/tags/"); start = strloc.find(tagstr); if ( start!=string::npos ) { start = start + tagstr.length(); end = strloc.find(filename); string strtag = strloc.substr(start, end-start-1); Tango::DbDatum svn_tag("svn_tag"); svn_tag << strtag; data.push_back(svn_tag); } } // Get URL location string httpServ(HttpServer); if (httpServ.length()>0) { Tango::DbDatum db_doc_url("doc_url"); db_doc_url << httpServ; data.push_back(db_doc_url); } // Put inheritance Tango::DbDatum inher_datum("InheritedFrom"); vector inheritance; inheritance.push_back("TANGO_BASE_CLASS"); inher_datum << inheritance; data.push_back(inher_datum); // Call database and and values get_db_class()->put_property(data); } //=================================================================== // Factory methods //=================================================================== //-------------------------------------------------------- /** * Method : IfchangeServerClass::device_factory() * Description : Create the device object(s) * and store them in the device list */ //-------------------------------------------------------- void IfchangeServerClass::device_factory(const Tango::DevVarStringArray *devlist_ptr) { /*----- PROTECTED REGION ID(IfchangeServerClass::device_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::device_factory_before // Create devices and add it into the device list for (unsigned long i=0 ; ilength() ; i++) { cout4 << "Device name : " << (*devlist_ptr)[i].in() << endl; device_list.push_back(new IfchangeServer(this, (*devlist_ptr)[i])); } // Manage dynamic attributes if any erase_dynamic_attributes(devlist_ptr, get_class_attr()->get_attr_list()); // Export devices to the outside world for (unsigned long i=1 ; i<=devlist_ptr->length() ; i++) { // Add dynamic attributes if any IfchangeServer *dev = static_cast(device_list[device_list.size()-i]); dev->add_dynamic_attributes(); dev->add_dynamic_commands(); // Check before if database used. if ((Tango::Util::_UseDb == true) && (Tango::Util::_FileDb == false)) export_device(dev); else export_device(dev, dev->get_name().c_str()); } /*----- PROTECTED REGION ID(IfchangeServerClass::device_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::device_factory_after } //-------------------------------------------------------- /** * Method : IfchangeServerClass::attribute_factory() * Description : Create the attribute object(s) * and store them in the attribute list */ //-------------------------------------------------------- void IfchangeServerClass::attribute_factory(vector &att_list) { /*----- PROTECTED REGION ID(IfchangeServerClass::attribute_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::attribute_factory_before // Attribute : busy busyAttrib *busy = new busyAttrib(); Tango::UserDefaultAttrProp busy_prop; // description not set for busy // label not set for busy // unit not set for busy // standard_unit not set for busy // display_unit not set for busy // format not set for busy // max_value not set for busy // min_value not set for busy // max_alarm not set for busy // min_alarm not set for busy // max_warning not set for busy // min_warning not set for busy // delta_t not set for busy // delta_val not set for busy busy->set_default_properties(busy_prop); // Not Polled busy->set_disp_level(Tango::OPERATOR); // Not Memorized att_list.push_back(busy); // Create a list of static attributes create_static_attribute_list(get_class_attr()->get_attr_list()); /*----- PROTECTED REGION ID(IfchangeServerClass::attribute_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::attribute_factory_after } //-------------------------------------------------------- /** * Method : IfchangeServerClass::pipe_factory() * Description : Create the pipe object(s) * and store them in the pipe list */ //-------------------------------------------------------- void IfchangeServerClass::pipe_factory() { /*----- PROTECTED REGION ID(IfchangeServerClass::pipe_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::pipe_factory_before /*----- PROTECTED REGION ID(IfchangeServerClass::pipe_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::pipe_factory_after } //-------------------------------------------------------- /** * Method : IfchangeServerClass::command_factory() * Description : Create the command object(s) * and store them in the command list */ //-------------------------------------------------------- void IfchangeServerClass::command_factory() { /*----- PROTECTED REGION ID(IfchangeServerClass::command_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::command_factory_before // Command Add_dynamic Add_dynamicClass *pAdd_dynamicCmd = new Add_dynamicClass("Add_dynamic", Tango::DEV_VOID, Tango::DEV_VOID, "", "", Tango::OPERATOR); command_list.push_back(pAdd_dynamicCmd); // Command Delete_Dynamic Delete_DynamicClass *pDelete_DynamicCmd = new Delete_DynamicClass("Delete_Dynamic", Tango::DEV_VOID, Tango::DEV_VOID, "", "", Tango::OPERATOR); command_list.push_back(pDelete_DynamicCmd); /*----- PROTECTED REGION ID(IfchangeServerClass::command_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::command_factory_after } //=================================================================== // Dynamic attributes related methods //=================================================================== //-------------------------------------------------------- /** * method : IfchangeServerClass::create_static_attribute_list * description : Create the a list of static attributes * * @param att_list the ceated attribute list */ //-------------------------------------------------------- void IfchangeServerClass::create_static_attribute_list(vector &att_list) { for (unsigned long i=0 ; iget_name()); transform(att_name.begin(), att_name.end(), att_name.begin(), ::tolower); defaultAttList.push_back(att_name); } cout2 << defaultAttList.size() << " attributes in default list" << endl; /*----- PROTECTED REGION ID(IfchangeServerClass::create_static_att_list) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::create_static_att_list } //-------------------------------------------------------- /** * method : IfchangeServerClass::erase_dynamic_attributes * description : delete the dynamic attributes if any. * * @param devlist_ptr the device list pointer * @param list of all attributes */ //-------------------------------------------------------- void IfchangeServerClass::erase_dynamic_attributes(const Tango::DevVarStringArray *devlist_ptr, vector &att_list) { Tango::Util *tg = Tango::Util::instance(); for (unsigned long i=0 ; ilength() ; i++) { Tango::DeviceImpl *dev_impl = tg->get_device_by_name(((string)(*devlist_ptr)[i]).c_str()); IfchangeServer *dev = static_cast (dev_impl); vector &dev_att_list = dev->get_device_attr()->get_attribute_list(); vector::iterator ite_att; for (ite_att=dev_att_list.begin() ; ite_att != dev_att_list.end() ; ++ite_att) { string att_name((*ite_att)->get_name_lower()); if ((att_name == "state") || (att_name == "status")) continue; vector::iterator ite_str = find(defaultAttList.begin(), defaultAttList.end(), att_name); if (ite_str == defaultAttList.end()) { cout2 << att_name << " is a UNWANTED dynamic attribute for device " << (*devlist_ptr)[i] << endl; Tango::Attribute &att = dev->get_device_attr()->get_attr_by_name(att_name.c_str()); dev->remove_attribute(att_list[att.get_attr_idx()], true, false); --ite_att; } } } /*----- PROTECTED REGION ID(IfchangeServerClass::erase_dynamic_attributes) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::erase_dynamic_attributes } //-------------------------------------------------------- /** * Method : IfchangeServerClass::get_attr_by_name() * Description : returns Tango::Attr * object found by name */ //-------------------------------------------------------- Tango::Attr *IfchangeServerClass::get_attr_object_by_name(vector &att_list, string attname) { vector::iterator it; for (it=att_list.begin() ; itget_name()==attname) return (*it); // Attr does not exist return NULL; } /*----- PROTECTED REGION ID(IfchangeServerClass::Additional Methods) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::Additional Methods } // namespace pytango-9.2.2/examples/interfacechangeEvents/IfchangeServerClass.h000066400000000000000000000160131316324373100253540ustar00rootroot00000000000000/*----- PROTECTED REGION ID(IfchangeServerClass.h) ENABLED START -----*/ //============================================================================= // // file : IfchangeServerClass.h // // description : Include for the IfchangeServer root class. // This class is the singleton class for // the IfchangeServer device class. // It contains all properties and methods which the // IfchangeServer requires only once e.g. the commands. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #ifndef IfchangeServerClass_H #define IfchangeServerClass_H #include #include /*----- PROTECTED REGION END -----*/ // IfchangeServerClass.h namespace IfchangeServer_ns { /*----- PROTECTED REGION ID(IfchangeServerClass::classes for dynamic creation) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::classes for dynamic creation //========================================= // Define classes for attributes //========================================= // Attribute busy class definition class busyAttrib: public Tango::Attr { public: busyAttrib():Attr("busy", Tango::DEV_BOOLEAN, Tango::READ) {}; ~busyAttrib() {}; virtual void read(Tango::DeviceImpl *dev,Tango::Attribute &att) {(static_cast(dev))->read_busy(att);} virtual bool is_allowed(Tango::DeviceImpl *dev,Tango::AttReqType ty) {return (static_cast(dev))->is_busy_allowed(ty);} }; //========================================= // Define classes for dynamic attributes //========================================= // Attribute ioattr class definition class ioattrAttrib: public Tango::Attr { public: ioattrAttrib(const string &att_name):Attr(att_name.c_str(), Tango::DEV_DOUBLE, Tango::READ) {}; ~ioattrAttrib() {}; virtual void read(Tango::DeviceImpl *dev,Tango::Attribute &att) {(static_cast(dev))->read_ioattr(att);} virtual bool is_allowed(Tango::DeviceImpl *dev,Tango::AttReqType ty) {return (static_cast(dev))->is_ioattr_allowed(ty);} }; //========================================= // Define classes for commands //========================================= // Command Add_dynamic class definition class Add_dynamicClass : public Tango::Command { public: Add_dynamicClass(const char *name, Tango::CmdArgType in, Tango::CmdArgType out, const char *in_desc, const char *out_desc, Tango::DispLevel level) :Command(name,in,out,in_desc,out_desc, level) {}; Add_dynamicClass(const char *name, Tango::CmdArgType in, Tango::CmdArgType out) :Command(name,in,out) {}; ~Add_dynamicClass() {}; virtual CORBA::Any *execute (Tango::DeviceImpl *dev, const CORBA::Any &any); virtual bool is_allowed (Tango::DeviceImpl *dev, const CORBA::Any &any) {return (static_cast(dev))->is_Add_dynamic_allowed(any);} }; // Command Delete_Dynamic class definition class Delete_DynamicClass : public Tango::Command { public: Delete_DynamicClass(const char *name, Tango::CmdArgType in, Tango::CmdArgType out, const char *in_desc, const char *out_desc, Tango::DispLevel level) :Command(name,in,out,in_desc,out_desc, level) {}; Delete_DynamicClass(const char *name, Tango::CmdArgType in, Tango::CmdArgType out) :Command(name,in,out) {}; ~Delete_DynamicClass() {}; virtual CORBA::Any *execute (Tango::DeviceImpl *dev, const CORBA::Any &any); virtual bool is_allowed (Tango::DeviceImpl *dev, const CORBA::Any &any) {return (static_cast(dev))->is_Delete_Dynamic_allowed(any);} }; //========================================= // Define classes for dynamic commands //========================================= // Command iocmd class definition class iocmdClass : public Tango::Command { public: iocmdClass(const char *name, Tango::CmdArgType in, Tango::CmdArgType out, const char *in_desc, const char *out_desc, Tango::DispLevel level) :Command(name,in,out,in_desc,out_desc, level) {}; iocmdClass(const char *name, Tango::CmdArgType in, Tango::CmdArgType out) :Command(name,in,out) {}; ~iocmdClass() {}; virtual CORBA::Any *execute (Tango::DeviceImpl *dev, const CORBA::Any &any); virtual bool is_allowed (Tango::DeviceImpl *dev, const CORBA::Any &any) {return (static_cast(dev))->is_iocmd_allowed(any);} }; /** * The IfchangeServerClass singleton definition */ #ifdef _TG_WINDOWS_ class __declspec(dllexport) IfchangeServerClass : public Tango::DeviceClass #else class IfchangeServerClass : public Tango::DeviceClass #endif { /*----- PROTECTED REGION ID(IfchangeServerClass::Additionnal DServer data members) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServerClass::Additionnal DServer data members public: // write class properties data members Tango::DbData cl_prop; Tango::DbData cl_def_prop; Tango::DbData dev_def_prop; // Method prototypes static IfchangeServerClass *init(const char *); static IfchangeServerClass *instance(); ~IfchangeServerClass(); Tango::DbDatum get_class_property(string &); Tango::DbDatum get_default_device_property(string &); Tango::DbDatum get_default_class_property(string &); protected: IfchangeServerClass(string &); static IfchangeServerClass *_instance; void command_factory(); void attribute_factory(vector &); void pipe_factory(); void write_class_property(); void set_default_property(); void get_class_property(); string get_cvstag(); string get_cvsroot(); private: void device_factory(const Tango::DevVarStringArray *); void create_static_attribute_list(vector &); void erase_dynamic_attributes(const Tango::DevVarStringArray *,vector &); vector defaultAttList; Tango::Attr *get_attr_object_by_name(vector &att_list, string attname); }; } // End of namespace #endif // IfchangeServer_H pytango-9.2.2/examples/interfacechangeEvents/IfchangeServerDynAttrUtils.cpp000066400000000000000000000142421316324373100272520ustar00rootroot00000000000000/*----- PROTECTED REGION ID(IfchangeServer::DynAttrUtils.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : IfchangeServerDynAttrUtils.cpp // // description : Dynamic attributes utilities file for the IfchangeServer class // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include #include /*----- PROTECTED REGION END -----*/ // IfchangeServer::DynAttrUtils.cpp //================================================================ // Attributes managed is: //================================================================ // ioattr | Tango::DevDouble Scalar //================================================================ // For compatibility reason, this file (IfchangeServerDynAttrUtils) // manage also the dynamic command utilities. //================================================================ // The following table gives the correspondence // between command and method names. // // Command name | Method name //================================================================ // iocmd | iocmd //================================================================ namespace IfchangeServer_ns { //============================================================= // Add/Remove dynamic attribute methods //============================================================= //-------------------------------------------------------- /** * Add a ioattr dynamic attribute. * * parameter attname: attribute name to be cretated and added. */ //-------------------------------------------------------- void IfchangeServer::add_ioattr_dynamic_attribute(string attname) { // Attribute : ioattr ioattrAttrib *ioattr = new ioattrAttrib(attname); Tango::UserDefaultAttrProp ioattr_prop; // description not set for ioattr // label not set for ioattr // unit not set for ioattr // standard_unit not set for ioattr // display_unit not set for ioattr // format not set for ioattr // max_value not set for ioattr // min_value not set for ioattr // max_alarm not set for ioattr // min_alarm not set for ioattr // max_warning not set for ioattr // min_warning not set for ioattr // delta_t not set for ioattr // delta_val not set for ioattr /*----- PROTECTED REGION ID(IfchangeServer::att_ioattr_dynamic_attribute) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServer::att_ioattr_dynamic_attribute ioattr->set_default_properties(ioattr_prop); // Not Polled ioattr->set_disp_level(Tango::OPERATOR); // Not Memorized ioattr_data.insert(make_pair(attname, 0.0)); add_attribute(ioattr); } //-------------------------------------------------------- /** * remove a ioattr dynamic attribute. * * parameter attname: attribute name to be removed. */ //-------------------------------------------------------- void IfchangeServer::remove_ioattr_dynamic_attribute(string attname) { remove_attribute(attname, true); map::iterator ite; if ((ite=ioattr_data.find(attname))!=ioattr_data.end()) { /*----- PROTECTED REGION ID(IfchangeServer::remove_ioattr_dynamic_attribute) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServer::remove_ioattr_dynamic_attribute ioattr_data.erase(ite); } } //============================================================ // Tool methods to get pointer on attribute data buffer //============================================================ //-------------------------------------------------------- /** * Return a pointer on ioattr data. * * parameter attname: the specified attribute name. */ //-------------------------------------------------------- Tango::DevDouble *IfchangeServer::get_ioattr_data_ptr(string &name) { map::iterator ite; if ((ite=ioattr_data.find(name))==ioattr_data.end()) { TangoSys_OMemStream tms; tms << "Dynamic attribute " << name << " has not been created"; Tango::Except::throw_exception( (const char *)"ATTRIBUTE_NOT_FOUND", tms.str().c_str(), (const char *)"IfchangeServer::get_ioattr_data_ptr()"); } return &(ite->second); } //============================================================= // Add/Remove dynamic command methods //============================================================= //-------------------------------------------------------- /** * Add a iocmd dynamic command. * * parameter cmdname: command name to be cretated and added. * parameter device: Set this flag to true if the command must be added for only this device. */ //-------------------------------------------------------- void IfchangeServer::add_iocmd_dynamic_command(string cmdname, bool device) { iocmdClass *piocmdCmd = new iocmdClass(cmdname.c_str(), Tango::DEV_VOID, Tango::DEV_VOID, "", "", Tango::OPERATOR); add_command(piocmdCmd, device); } //-------------------------------------------------------- /** * remove a iocmd dynamic command. * * parameter cmdname: command name to be removed. */ //-------------------------------------------------------- void IfchangeServer::remove_iocmd_dynamic_command(string cmdname) { remove_command(cmdname, true); } } // namespace pytango-9.2.2/examples/interfacechangeEvents/IfchangeServerStateMachine.cpp000066400000000000000000000116551316324373100272160ustar00rootroot00000000000000/*----- PROTECTED REGION ID(IfchangeServerStateMachine.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : IfchangeServerStateMachine.cpp // // description : State machine file for the IfchangeServer class // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include /*----- PROTECTED REGION END -----*/ // IfchangeServer::IfchangeServerStateMachine.cpp //================================================================ // States | Description //================================================================ namespace IfchangeServer_ns { //================================================= // Attributes Allowed Methods //================================================= //-------------------------------------------------------- /** * Method : IfchangeServer::is_busy_allowed() * Description : Execution allowed for busy attribute */ //-------------------------------------------------------- bool IfchangeServer::is_busy_allowed(TANGO_UNUSED(Tango::AttReqType type)) { // Not any excluded states for busy attribute in read access. /*----- PROTECTED REGION ID(IfchangeServer::busyStateAllowed_READ) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServer::busyStateAllowed_READ return true; } //-------------------------------------------------------- /** * Method : IfchangeServer::is_ioattr_allowed() * Description : Execution allowed for ioattr attribute */ //-------------------------------------------------------- bool IfchangeServer::is_ioattr_allowed(TANGO_UNUSED(Tango::AttReqType type)) { // Not any excluded states for ioattr attribute in read access. /*----- PROTECTED REGION ID(IfchangeServer::ioattrStateAllowed_READ) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServer::ioattrStateAllowed_READ return true; } //================================================= // Commands Allowed Methods //================================================= //-------------------------------------------------------- /** * Method : IfchangeServer::is_Add_dynamic_allowed() * Description : Execution allowed for Add_dynamic attribute */ //-------------------------------------------------------- bool IfchangeServer::is_Add_dynamic_allowed(TANGO_UNUSED(const CORBA::Any &any)) { // Not any excluded states for Add_dynamic command. /*----- PROTECTED REGION ID(IfchangeServer::Add_dynamicStateAllowed) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServer::Add_dynamicStateAllowed return true; } //-------------------------------------------------------- /** * Method : IfchangeServer::is_Delete_Dynamic_allowed() * Description : Execution allowed for Delete_Dynamic attribute */ //-------------------------------------------------------- bool IfchangeServer::is_Delete_Dynamic_allowed(TANGO_UNUSED(const CORBA::Any &any)) { // Not any excluded states for Delete_Dynamic command. /*----- PROTECTED REGION ID(IfchangeServer::Delete_DynamicStateAllowed) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServer::Delete_DynamicStateAllowed return true; } //-------------------------------------------------------- /** * Method : IfchangeServer::is_iocmd_allowed() * Description : Execution allowed for iocmd attribute */ //-------------------------------------------------------- bool IfchangeServer::is_iocmd_allowed(TANGO_UNUSED(const CORBA::Any &any)) { // Not any excluded states for iocmd command. /*----- PROTECTED REGION ID(IfchangeServer::iocmdStateAllowed) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // IfchangeServer::iocmdStateAllowed return true; } /*----- PROTECTED REGION ID(IfchangeServer::IfchangeServerStateAllowed.AdditionalMethods) ENABLED START -----*/ // Additional Methods /*----- PROTECTED REGION END -----*/ // IfchangeServer::IfchangeServerStateAllowed.AdditionalMethods } // End of namespace pytango-9.2.2/examples/interfacechangeEvents/Makefile000066400000000000000000000117471316324373100227730ustar00rootroot00000000000000#============================================================================= # # file : Makefile # # description : Makefile to generate a TANGO device server. # # project : IfchangeServer # # $Author: $ # # $Revision: $ # $Date: $ # #============================================================================= # This file is generated by POGO # (Program Obviously used to Generate tango Object) #============================================================================= # # #============================================================================= # MAKE_ENV is the path to find common environment to buil project # MAKE_ENV = /usr/local/share/pogo/preferences #============================================================================= # PACKAGE_NAME is the name of the library/device/exe you want to build # PACKAGE_NAME = IfchangeServer MAJOR_VERS = 1 MINOR_VERS = 0 RELEASE = Release_$(MAJOR_VERS)_$(MINOR_VERS) # #============================================================================= # # RELEASE_TYPE # # - DEBUG : debug symbols - no optimization # # - OPTIMIZED : no debug symbols - optimization level set to O2 # #----------------------------------------------------------------------------- RELEASE_TYPE = DEBUG #============================================================================= # OUTPUT_TYPE can be one of the following : # - 'STATIC_LIB' for a static library (.a) # - 'SHARED_LIB' for a dynamic library (.so) # - 'DEVICE' for a device server (will automatically include and link # with Tango dependencies) # - 'SIMPLE_EXE' for an executable with no dependency (for exemple the test tool # of a library with no Tango dependencies) # OUTPUT_TYPE = DEVICE #============================================================================= # OUTPUT_DIR is the directory which contains the build result. # if not set, the standard location is : # - ./shlib if OUTPUT_TYPE is SHARED_LIB # - ./lib if OUTPUT_TYPE is STATIC_LIB # - ./bin for others # #OUTPUT_DIR = #============================================================================= # INC_DIR_USER is the list of all include path needed by your sources # - for a device server, tango dependencies are automatically appended # - '-I ../include' and '-I .' are automatically appended in all cases # INC_DIR_USER= -I . #============================================================================= # LIB_DIR_USER is the list of user library directories # - for a device server, tango libraries directories are automatically appended # - '-L ../lib' is automatically appended in all cases # LIB_DIR_USER= #============================================================================= # LFLAGS_USR is the list of user link flags # - for a device server, tango libraries directories are automatically appended # - '-ldl -lpthread' is automatically appended in all cases # # !!! ATTENTION !!! # Be aware that the order matters. # For example if you must link with libA, and if libA depends itself on libB # you must use '-lA -lB' in this order as link flags, otherwise you will get # 'undefined reference' errors # #LFLAGS_USR+= #============================================================================= # CXXFLAGS_USR lists the compilation flags specific for your library/device/exe # This is the place where to put your compile-time macros using '-Dmy_macro' # # -DACE_HAS_EXCEPTIONS -D__ACE_INLINE__ for ACE # #CXXFLAGS_USR+= -Wall #============================================================================= # TANGO_REQUIRED # - TRUE : your project depends on TANGO # - FALSE : your project does not depend on TANGO #----------------------------------------------------------------------------- # - NOTE : if PROJECT_TYPE is set to DEVICE, TANGO will be auto. added #----------------------------------------------------------------------------- TANGO_REQUIRED = TRUE #============================================================================= # include Standard TANGO compilation options # include $(MAKE_ENV)/tango.opt #============================================================================= # POST_PROCESSING: action to be done after normal make. # e.g.: change executable file name, ..... #POST_PROCESSING = \ # mv bin/$(BIN_DIR)/$(PACKAGE_NAME) bin/$(BIN_DIR)/$(PACKAGE_NAME)_DS #============================================================================= # SVC_OBJS is the list of all objects needed to make the output # SVC_INCL = $(PACKAGE_NAME).h $(PACKAGE_NAME)Class.h SVC_OBJS = \ $(LIB_OBJS) \ $(OBJDIR)/ClassFactory.o \ $(OBJDIR)/main.o LIB_OBJS = \ $(OBJDIR)/$(PACKAGE_NAME).o \ $(OBJDIR)/$(PACKAGE_NAME)Class.o \ $(OBJDIR)/$(PACKAGE_NAME)StateMachine.o \ $(OBJDIR)/$(PACKAGE_NAME)DynAttrUtils.o \ $(ADDITIONAL_OBJS) SVC_INHERITANCE_OBJ = \ #============================================================================= # include common targets # include $(MAKE_ENV)/common_target.opt pytango-9.2.2/examples/interfacechangeEvents/Makefile.bck000066400000000000000000000117471316324373100235310ustar00rootroot00000000000000#============================================================================= # # file : Makefile # # description : Makefile to generate a TANGO device server. # # project : IfchangeServer # # $Author: $ # # $Revision: $ # $Date: $ # #============================================================================= # This file is generated by POGO # (Program Obviously used to Generate tango Object) #============================================================================= # # #============================================================================= # MAKE_ENV is the path to find common environment to buil project # MAKE_ENV = /usr/local/share/pogo/preferences #============================================================================= # PACKAGE_NAME is the name of the library/device/exe you want to build # PACKAGE_NAME = IfchangeServer MAJOR_VERS = 1 MINOR_VERS = 0 RELEASE = Release_$(MAJOR_VERS)_$(MINOR_VERS) # #============================================================================= # # RELEASE_TYPE # # - DEBUG : debug symbols - no optimization # # - OPTIMIZED : no debug symbols - optimization level set to O2 # #----------------------------------------------------------------------------- RELEASE_TYPE = DEBUG #============================================================================= # OUTPUT_TYPE can be one of the following : # - 'STATIC_LIB' for a static library (.a) # - 'SHARED_LIB' for a dynamic library (.so) # - 'DEVICE' for a device server (will automatically include and link # with Tango dependencies) # - 'SIMPLE_EXE' for an executable with no dependency (for exemple the test tool # of a library with no Tango dependencies) # OUTPUT_TYPE = DEVICE #============================================================================= # OUTPUT_DIR is the directory which contains the build result. # if not set, the standard location is : # - ./shlib if OUTPUT_TYPE is SHARED_LIB # - ./lib if OUTPUT_TYPE is STATIC_LIB # - ./bin for others # #OUTPUT_DIR = #============================================================================= # INC_DIR_USER is the list of all include path needed by your sources # - for a device server, tango dependencies are automatically appended # - '-I ../include' and '-I .' are automatically appended in all cases # INC_DIR_USER= -I . #============================================================================= # LIB_DIR_USER is the list of user library directories # - for a device server, tango libraries directories are automatically appended # - '-L ../lib' is automatically appended in all cases # LIB_DIR_USER= #============================================================================= # LFLAGS_USR is the list of user link flags # - for a device server, tango libraries directories are automatically appended # - '-ldl -lpthread' is automatically appended in all cases # # !!! ATTENTION !!! # Be aware that the order matters. # For example if you must link with libA, and if libA depends itself on libB # you must use '-lA -lB' in this order as link flags, otherwise you will get # 'undefined reference' errors # #LFLAGS_USR+= #============================================================================= # CXXFLAGS_USR lists the compilation flags specific for your library/device/exe # This is the place where to put your compile-time macros using '-Dmy_macro' # # -DACE_HAS_EXCEPTIONS -D__ACE_INLINE__ for ACE # #CXXFLAGS_USR+= -Wall #============================================================================= # TANGO_REQUIRED # - TRUE : your project depends on TANGO # - FALSE : your project does not depend on TANGO #----------------------------------------------------------------------------- # - NOTE : if PROJECT_TYPE is set to DEVICE, TANGO will be auto. added #----------------------------------------------------------------------------- TANGO_REQUIRED = TRUE #============================================================================= # include Standard TANGO compilation options # include $(MAKE_ENV)/tango.opt #============================================================================= # POST_PROCESSING: action to be done after normal make. # e.g.: change executable file name, ..... #POST_PROCESSING = \ # mv bin/$(BIN_DIR)/$(PACKAGE_NAME) bin/$(BIN_DIR)/$(PACKAGE_NAME)_DS #============================================================================= # SVC_OBJS is the list of all objects needed to make the output # SVC_INCL = $(PACKAGE_NAME).h $(PACKAGE_NAME)Class.h SVC_OBJS = \ $(LIB_OBJS) \ $(OBJDIR)/ClassFactory.o \ $(OBJDIR)/main.o LIB_OBJS = \ $(OBJDIR)/$(PACKAGE_NAME).o \ $(OBJDIR)/$(PACKAGE_NAME)Class.o \ $(OBJDIR)/$(PACKAGE_NAME)StateMachine.o \ $(OBJDIR)/$(PACKAGE_NAME)DynAttrUtils.o \ $(ADDITIONAL_OBJS) SVC_INHERITANCE_OBJ = \ #============================================================================= # include common targets # include $(MAKE_ENV)/common_target.opt pytango-9.2.2/examples/interfacechangeEvents/main.cpp000066400000000000000000000051561316324373100227600ustar00rootroot00000000000000/*----- PROTECTED REGION ID(IfchangeServer::main.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : main.cpp // // description : C++ source for the IfchangeServer device server main. // The main rule is to initialise (and create) the Tango // system and to create the DServerClass singleton. // The main should be the same for every Tango device server. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include // Check if crash reporting is used. #if defined(ENABLE_CRASH_REPORT) # include #else # define DECLARE_CRASH_HANDLER # define INSTALL_CRASH_HANDLER #endif DECLARE_CRASH_HANDLER; int main(int argc,char *argv[]) { INSTALL_CRASH_HANDLER try { // Initialise the device server //---------------------------------------- Tango::Util *tg = Tango::Util::init(argc,argv); // Create the device server singleton // which will create everything //---------------------------------------- tg->server_init(false); // Run the endless loop //---------------------------------------- cout << "Ready to accept request" << endl; tg->server_run(); } catch (bad_alloc &) { cout << "Can't allocate memory to store device object !!!" << endl; cout << "Exiting" << endl; } catch (CORBA::Exception &e) { Tango::Except::print_exception(e); cout << "Received a CORBA_Exception" << endl; cout << "Exiting" << endl; } Tango::Util::instance()->server_cleanup(); return(0); } /*----- PROTECTED REGION END -----*/ // IfchangeServer::main.cpp pytango-9.2.2/examples/mandatory/000077500000000000000000000000001316324373100170245ustar00rootroot00000000000000pytango-9.2.2/examples/mandatory/MandatoryPropertyServer.py000066400000000000000000000011561316324373100242730ustar00rootroot00000000000000from __future__ import print_function from tango import DevState from tango.server import Device, device_property class MandatoryPropertyServer(Device): Hostname = device_property( dtype='str', mandatory=True, doc='The controller host address') Port = device_property( dtype='int', default_value=3456, doc='The controller port number') def init_device(self): Device.init_device(self) print('Port: ', self.Port) print('Host: ', self.Hostname) self.set_state(DevState.ON) if __name__ == '__main__': MandatoryPropertyServer.run_server() pytango-9.2.2/examples/many/000077500000000000000000000000001316324373100157725ustar00rootroot00000000000000pytango-9.2.2/examples/many/many_client.py000066400000000000000000000006241316324373100206500ustar00rootroot00000000000000from time import time import tango.client N = 100 obj_names = ["obj%04d" % i for i in range(N)] start = time() objs = map(tango.client.Object, obj_names) dt = time() - start print "Took %fs to create %d objects (avg %fs/object)" % (dt, N, dt/N) start = time() res = [ obj.func3(1,2) for obj in objs ] dt = time() - start print "Took %fs to call func3 on %d objects (avg %fs/object)" % (dt, N, dt/N) pytango-9.2.2/examples/many/many_server.py000066400000000000000000000012621316324373100206770ustar00rootroot00000000000000from PyTango.server import Server class MyClass: def __init__(self): self.bla = 55.6 self.ble = 11 self.bli = False def func1(self): return "executed func1" def func2(self, v): return 2*v def func3(self, a, b, c=1, d=3): """Just some documentation""" return "done func3" def func(self, nap_time): import time time.sleep(nap_time) return "Finished sleep for {0}s".format(nap_time) server = Server("many", server_type="Server") N = 100 objs = [] for i in range(N): name = "obj%04d" % i obj = MyClass() objs.append(obj) server.register_object(obj, name) server.run() pytango-9.2.2/examples/multi/000077500000000000000000000000001316324373100161605ustar00rootroot00000000000000pytango-9.2.2/examples/multi/multi_client.py000066400000000000000000000014041316324373100212210ustar00rootroot00000000000000import PyTango.client my_object = PyTango.client.Object("multi_my_object") print("my_object.bla = {0}".format(my_object.bla)) print("my_object.ble = {0}".format(my_object.ble)) print("my_object.bli = {0}".format(my_object.bli)) r1 = my_object.func1() print("my_object.func1() = {0}".format(r1)) r2 = my_object.func2(96.44) print("my_object.func2(96.44) = {0}".format(r2)) r3 = my_object.func3(45.86, 'hello', d=False, c='world') print("my_object.func3(45.86, 'hello', d=False, c='world') = {0}".format(r3)) another_object = PyTango.client.Object("multi_another_object") r1 = another_object.is_valid() print("another_object.is_valid() = {0}".format(r1)) r2 = another_object.lets_go("hello, world!") print("another_object.lets_go('hello, world!') = {0}".format(r2)) pytango-9.2.2/examples/multi/multi_server.py000066400000000000000000000017001316324373100212500ustar00rootroot00000000000000from PyTango.server import Server class MyClass: def __init__(self): self.bla = 55.6 self.ble = 11 self.bli = False def func1(self): return "executed func1" def func2(self, v): return 2*v def func3(self, a, b, c=1, d=3): """Just some documentation""" return "done func3" class AnotherClass: def __init__(self, valid=True): self.__valid = valid def is_valid(self): return self.__valid def lets_go(self, p1): return "lets_go done!", p1 def fft(self, a, n=None, axis=-1): import numpy.fft return numpy.fft.fft(a, n=n, axis=axis) def array(self, a): return a my_object = MyClass() another_object = AnotherClass(valid=False) server = Server("multi", server_type="Server") server.register_object(my_object, "multi_my_object") server.register_object(another_object, "multi_another_object") server.run() pytango-9.2.2/examples/pipeEvents/000077500000000000000000000000001316324373100171505ustar00rootroot00000000000000pytango-9.2.2/examples/pipeEvents/ClassFactory.cpp000066400000000000000000000036001316324373100222500ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServer::ClassFactory.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : ClassFactory.cpp // // description : C++ source for the class_factory method of the DServer // device class. This method is responsible for the creation of // all class singleton for a device server. It is called // at device server startup. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include #include // Add class header files if needed /** * Create PipeServer Class singleton and store it in DServer object. */ void Tango::DServer::class_factory() { // Add method class init if needed add_class(PipeServer_ns::PipeServerClass::init("PipeServer")); } /*----- PROTECTED REGION END -----*/ // PipeServer::ClassFactory.cpp pytango-9.2.2/examples/pipeEvents/Makefile000066400000000000000000000116671316324373100206230ustar00rootroot00000000000000#============================================================================= # # file : Makefile # # description : Makefile to generate a TANGO device server. # # project : PipeServer # # $Author: $ # # $Revision: $ # $Date: $ # #============================================================================= # This file is generated by POGO # (Program Obviously used to Generate tango Object) #============================================================================= # # #============================================================================= # MAKE_ENV is the path to find common environment to buil project # MAKE_ENV = /usr/local/share/pogo/preferences #============================================================================= # PACKAGE_NAME is the name of the library/device/exe you want to build # PACKAGE_NAME = PipeServer MAJOR_VERS = 1 MINOR_VERS = 0 RELEASE = Release_$(MAJOR_VERS)_$(MINOR_VERS) # #============================================================================= # # RELEASE_TYPE # # - DEBUG : debug symbols - no optimization # # - OPTIMIZED : no debug symbols - optimization level set to O2 # #----------------------------------------------------------------------------- RELEASE_TYPE = DEBUG #============================================================================= # OUTPUT_TYPE can be one of the following : # - 'STATIC_LIB' for a static library (.a) # - 'SHARED_LIB' for a dynamic library (.so) # - 'DEVICE' for a device server (will automatically include and link # with Tango dependencies) # - 'SIMPLE_EXE' for an executable with no dependency (for exemple the test tool # of a library with no Tango dependencies) # OUTPUT_TYPE = DEVICE #============================================================================= # OUTPUT_DIR is the directory which contains the build result. # if not set, the standard location is : # - ./shlib if OUTPUT_TYPE is SHARED_LIB # - ./lib if OUTPUT_TYPE is STATIC_LIB # - ./bin for others # #OUTPUT_DIR = #============================================================================= # INC_DIR_USER is the list of all include path needed by your sources # - for a device server, tango dependencies are automatically appended # - '-I ../include' and '-I .' are automatically appended in all cases # INC_DIR_USER= -I . #============================================================================= # LIB_DIR_USER is the list of user library directories # - for a device server, tango libraries directories are automatically appended # - '-L ../lib' is automatically appended in all cases # #LIB_DIR_USER= #============================================================================= # LFLAGS_USR is the list of user link flags # - for a device server, tango libraries directories are automatically appended # - '-ldl -lpthread' is automatically appended in all cases # # !!! ATTENTION !!! # Be aware that the order matters. # For example if you must link with libA, and if libA depends itself on libB # you must use '-lA -lB' in this order as link flags, otherwise you will get # 'undefined reference' errors # #LFLAGS_USR+= #============================================================================= # CXXFLAGS_USR lists the compilation flags specific for your library/device/exe # This is the place where to put your compile-time macros using '-Dmy_macro' # # -DACE_HAS_EXCEPTIONS -D__ACE_INLINE__ for ACE # CXXFLAGS_USR+= -std=c++11 #============================================================================= # TANGO_REQUIRED # - TRUE : your project depends on TANGO # - FALSE : your project does not depend on TANGO #----------------------------------------------------------------------------- # - NOTE : if PROJECT_TYPE is set to DEVICE, TANGO will be auto. added #----------------------------------------------------------------------------- TANGO_REQUIRED = TRUE #============================================================================= # include Standard TANGO compilation options # include $(MAKE_ENV)/tango.opt #============================================================================= # POST_PROCESSING: action to be done after normal make. # e.g.: change executable file name, ..... #POST_PROCESSING = \ # mv bin/$(BIN_DIR)/$(PACKAGE_NAME) bin/$(BIN_DIR)/$(PACKAGE_NAME)_DS #============================================================================= # SVC_OBJS is the list of all objects needed to make the output # SVC_INCL = $(PACKAGE_NAME).h $(PACKAGE_NAME)Class.h SVC_OBJS = \ $(LIB_OBJS) \ $(OBJDIR)/ClassFactory.o \ $(OBJDIR)/main.o LIB_OBJS = \ $(OBJDIR)/$(PACKAGE_NAME).o \ $(OBJDIR)/$(PACKAGE_NAME)Class.o \ $(OBJDIR)/$(PACKAGE_NAME)StateMachine.o \ $(ADDITIONAL_OBJS) SVC_INHERITANCE_OBJ = \ #============================================================================= # include common targets # include $(MAKE_ENV)/common_target.opt pytango-9.2.2/examples/pipeEvents/PipeEventClient.py000066400000000000000000000031741316324373100225650ustar00rootroot00000000000000import time import tango from tango import EventType class EventManager(): def __init__(self, dp): self._deviceProxy = dp if dp is not None: print "Subscribed to TestPipe" self._event_id = dp.subscribe_event("TestPipe", EventType.PIPE_EVENT, self) def unsubscribe(self): self._deviceProxy.unsubscribe_event(self._event_id) def push_event(self, ev): print "Event -----push_event-----------------" print "Timestamp: ", ev.reception_date print "Pipe name: ", ev.pipe_name print "Event type: ", ev.event print "Device server: ", ev.device print "Event error: ", ev.err if ev.err: print "Caught pipe exception" err = ev.errors[0] print "Error desc: ", err.desc print "Error origin: ", err.origin print "Error reason: ", err.reason print "Error severity: ", err.severity else: print "Nb data elts: ", ev.pipe_value.data_elt_nb print "Event name: ", ev.pipe_value.name print "Root blob name: ", ev.pipe_value.root_blob_name print "Elements names: ", ev.pipe_value.data_elt_names nb_elt = ev.pipe_value.data_elt_nb for i in range(nb_elt): print "Elements: ", ev.pipe_value.data[i] def main(): dev = tango.DeviceProxy('pipeServer/tango/1') print dev EventManager(dev) time.sleep(3000.0) if __name__ == '__main__': main() pytango-9.2.2/examples/pipeEvents/PipeServer.cpp000066400000000000000000000347241316324373100217520ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServer.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : PipeServer.cpp // // description : C++ source for the PipeServer class and its commands. // The class is derived from Device. It represents the // CORBA servant object which will be accessed from the // network. All commands which can be executed on the // PipeServer are implemented in this file. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include #include /*----- PROTECTED REGION END -----*/ // PipeServer.cpp /** * PipeServer class description: * */ //================================================================ // The following table gives the correspondence // between command and method names. // // Command name | Method name //================================================================ // State | Inherited (no method) // Status | Inherited (no method) // cmd_push_pipe_event | cmd_push_pipe_event //================================================================ //================================================================ // Attributes managed is: //================================================================ //================================================================ namespace PipeServer_ns { /*----- PROTECTED REGION ID(PipeServer::namespace_starting) ENABLED START -----*/ // static initializations /*----- PROTECTED REGION END -----*/ // PipeServer::namespace_starting //-------------------------------------------------------- /** * Method : PipeServer::PipeServer() * Description : Constructors for a Tango device * implementing the classPipeServer */ //-------------------------------------------------------- PipeServer::PipeServer(Tango::DeviceClass *cl, string &s) : TANGO_BASE_CLASS(cl, s.c_str()) { /*----- PROTECTED REGION ID(PipeServer::constructor_1) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // PipeServer::constructor_1 } //-------------------------------------------------------- PipeServer::PipeServer(Tango::DeviceClass *cl, const char *s) : TANGO_BASE_CLASS(cl, s) { /*----- PROTECTED REGION ID(PipeServer::constructor_2) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // PipeServer::constructor_2 } //-------------------------------------------------------- PipeServer::PipeServer(Tango::DeviceClass *cl, const char *s, const char *d) : TANGO_BASE_CLASS(cl, s, d) { /*----- PROTECTED REGION ID(PipeServer::constructor_3) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // PipeServer::constructor_3 } //-------------------------------------------------------- /** * Method : PipeServer::delete_device() * Description : will be called at device destruction or at init command */ //-------------------------------------------------------- void PipeServer::delete_device() { DEBUG_STREAM << "PipeServer::delete_device() " << device_name << endl; /*----- PROTECTED REGION ID(PipeServer::delete_device) ENABLED START -----*/ // Delete device allocated objects /*----- PROTECTED REGION END -----*/ // PipeServer::delete_device } //-------------------------------------------------------- /** * Method : PipeServer::init_device() * Description : will be called at device initialization. */ //-------------------------------------------------------- void PipeServer::init_device() { DEBUG_STREAM << "PipeServer::init_device() create device " << device_name << endl; /*----- PROTECTED REGION ID(PipeServer::init_device_before) ENABLED START -----*/ // Initialization before get_device_property() call /*----- PROTECTED REGION END -----*/ // PipeServer::init_device_before // No device property to be read from database /*----- PROTECTED REGION ID(PipeServer::init_device) ENABLED START -----*/ // Initialize device /*----- PROTECTED REGION END -----*/ // PipeServer::init_device } //-------------------------------------------------------- /** * Method : PipeServer::always_executed_hook() * Description : method always executed before any command is executed */ //-------------------------------------------------------- void PipeServer::always_executed_hook() { DEBUG_STREAM << "PipeServer::always_executed_hook() " << device_name << endl; /*----- PROTECTED REGION ID(PipeServer::always_executed_hook) ENABLED START -----*/ // code always executed before all requests /*----- PROTECTED REGION END -----*/ // PipeServer::always_executed_hook } //-------------------------------------------------------- /** * Method : PipeServer::read_attr_hardware() * Description : Hardware acquisition for attributes */ //-------------------------------------------------------- void PipeServer::read_attr_hardware(TANGO_UNUSED(vector &attr_list)) { DEBUG_STREAM << "PipeServer::read_attr_hardware(vector &attr_list) entering... " << endl; /*----- PROTECTED REGION ID(PipeServer::read_attr_hardware) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServer::read_attr_hardware } //-------------------------------------------------------- /** * Method : PipeServer::add_dynamic_attributes() * Description : Create the dynamic attributes if any * for specified device. */ //-------------------------------------------------------- void PipeServer::add_dynamic_attributes() { /*----- PROTECTED REGION ID(PipeServer::add_dynamic_attributes) ENABLED START -----*/ // Add your own code to create and add dynamic attributes if any /*----- PROTECTED REGION END -----*/ // PipeServer::add_dynamic_attributes } //-------------------------------------------------------- /** * Read pipe TestPipe related method * Description: */ //-------------------------------------------------------- void PipeServer::read_TestPipe(Tango::Pipe &pipe) { DEBUG_STREAM << "PipeServer::read_TestPipe(Tango::Pipe &pipe) entering... " << endl; /*----- PROTECTED REGION ID(PipeServer::read_TestPipe) ENABLED START -----*/ vector de_names; de_names.push_back("x"); de_names.push_back("y"); de_names.push_back("width"); de_names.push_back("height"); pipe.set_data_elt_names(de_names); Tango::DevFloat y,width,height; Tango::DevFloat x = 5.9; y=6.0; width=30.0; height=45.0; string root_name = "theBlob"; pipe.set_root_blob_name(root_name); pipe << x << y << width << height; /*----- PROTECTED REGION END -----*/ // PipeServer::read_TestPipe } //-------------------------------------------------------- /** * Write pipe TestPipe related method * Description: */ //-------------------------------------------------------- void PipeServer::write_TestPipe(Tango::WPipe &pipe) { DEBUG_STREAM << "PipeServer::write_TestPipe(Tango::WPipe &pipe) entering... " << endl; /*----- PROTECTED REGION ID(PipeServer::write_TestPipe) ENABLED START -----*/ cout << "root blob name " << pipe.get_root_blob_name() << endl; cout << "nb of data elements " << pipe.get_data_elt_nb() << endl; try { for (auto i=0; i data; pipe >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEV_BOOLEAN) { Tango::DataElement data; pipe >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEV_STRING) { Tango::DataElement data; pipe >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEV_LONG64) { Tango::DataElement data; pipe >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEV_STATE) { Tango::DataElement data; pipe >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEVVAR_DOUBLEARRAY) { std::vector data; pipe >> data; for (std::vector::iterator it = data.begin() ; it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEVVAR_LONG64ARRAY) { std::vector data; pipe >> data; for (std::vector::iterator it = data.begin() ; it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEVVAR_STATEARRAY) { std::vector data; pipe >> data; for (std::vector::iterator it = data.begin() ; it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEVVAR_STRINGARRAY) { std::vector data; pipe >> data; for (std::vector::iterator it = data.begin() ; it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEVVAR_BOOLEANARRAY) { std::vector data; pipe >> data; for (std::vector::iterator it = data.begin() ; it != data.end(); ++it) cout << *it << " "; cout << endl; } } } catch (exception &e) { cout << "Exception: " << e.what() << endl; } // Add your own code here /*----- PROTECTED REGION END -----*/ // PipeServer::write_TestPipe } //-------------------------------------------------------- /** * Command cmd_push_pipe_event related method * Description: * * @param argin */ //-------------------------------------------------------- void PipeServer::cmd_push_pipe_event(Tango::DevShort argin) { DEBUG_STREAM << "PipeServer::cmd_push_pipe_event() - " << device_name << endl; /*----- PROTECTED REGION ID(PipeServer::cmd_push_pipe_event) ENABLED START -----*/ if (argin == 0) { Tango::DevicePipeBlob dpb("PipeEventCase0"); vector de_inner_inner_names; de_inner_inner_names.push_back("InnerInnerFirstDE"); de_inner_inner_names.push_back("InneraaaaaaaInnerSecondDE"); inner_inner_blob.set_data_elt_names(de_inner_inner_names); inner_inner_blob.set_name("InnerInner"); dl = 111; v_db.clear(); v_db.push_back(3.33); v_db.push_back(3.33); inner_inner_blob["InneraaaaaaaInnerSecondDE"] << v_db; inner_inner_blob["InnerInnerFirstDE"] << dl; vector de_inner_names; de_inner_names.push_back("InnerFirstDE"); de_inner_names.push_back("InnerSecondDE"); de_inner_names.push_back("InnerThirdDE"); inner_blob.set_data_elt_names(de_inner_names); inner_blob.set_name("Inner"); inner_str = "Grenoble"; inner_bool = true; inner_blob << inner_str << inner_inner_blob << inner_bool; vector de_names; de_names.push_back("1DE"); de_names.push_back("2DE"); dpb.set_data_elt_names(de_names); v_dl.clear(); v_dl.push_back(3); v_dl.push_back(4); v_dl.push_back(5); v_dl.push_back(6); dpb << inner_blob << v_dl; this->push_pipe_event("TestPipe",&dpb); } else if (argin == 1) { Tango::DevicePipeBlob dpb("PipeEventCase1"); vector de_names; de_names.push_back("Another_1DE"); de_names.push_back("Another_2DE"); dpb.set_data_elt_names(de_names); v_dl.clear(); v_dl.push_back(2); string str("Barcelona"); dpb << v_dl << str; this->push_pipe_event("TestPipe",&dpb); } else if (argin == 2) { Tango::DevicePipeBlob dpb("PipeEventCase2"); vector de_names; de_names.push_back("Qwerty_1DE"); de_names.push_back("Azerty_2DE"); dpb.set_data_elt_names(de_names); std::vector v_df; v_df.clear(); v_df.push_back(3.142); v_df.push_back(6.284); v_df.push_back(12.568); v_df.push_back(25.136); string str("Barcelona"); dpb << str << v_df; #ifdef WIN32 struct _timeb tv; tv.time = 10; tv.millitm = 0; this->push_pipe_event("TestPipe",&dpb,tv); #else struct timeval tv; tv.tv_sec = 10; tv.tv_usec = 0; this->push_pipe_event("TestPipe",&dpb,tv); #endif } else if (argin == 3) { Tango::DevErrorList del; del.length(1); del[0].reason = CORBA::string_dup("aaa"); del[0].desc = CORBA::string_dup("bbb"); del[0].origin = CORBA::string_dup("ccc"); Tango::DevFailed df(del); this->push_pipe_event("TestPipe",&df); } else if (argin == 4) { Tango::DevicePipeBlob dpb("PipeEventCase4"); vector de_names; de_names.push_back("Lunes"); de_names.push_back("Martes"); dpb.set_data_elt_names(de_names); string str("Girona"); v_dl.clear(); for (int loop = 0;loop < 3000;loop++) v_dl.push_back(loop); dpb << str << v_dl; this->push_pipe_event("TestPipe",&dpb); } /*----- PROTECTED REGION END -----*/ // PipeServer::cmd_push_pipe_event } //-------------------------------------------------------- /** * Method : PipeServer::add_dynamic_commands() * Description : Create the dynamic commands if any * for specified device. */ //-------------------------------------------------------- void PipeServer::add_dynamic_commands() { /*----- PROTECTED REGION ID(PipeServer::add_dynamic_commands) ENABLED START -----*/ // Add your own code to create and add dynamic commands if any /*----- PROTECTED REGION END -----*/ // PipeServer::add_dynamic_commands } /*----- PROTECTED REGION ID(PipeServer::namespace_ending) ENABLED START -----*/ // Additional Methods /*----- PROTECTED REGION END -----*/ // PipeServer::namespace_ending } // namespace pytango-9.2.2/examples/pipeEvents/PipeServer.h000066400000000000000000000113021316324373100214020ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServer.h) ENABLED START -----*/ //============================================================================= // // file : PipeServer.h // // description : Include file for the PipeServer class // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #ifndef PipeServer_H #define PipeServer_H #include /*----- PROTECTED REGION END -----*/ // PipeServer.h /** * PipeServer class description: * */ namespace PipeServer_ns { /*----- PROTECTED REGION ID(PipeServer::Additional Class Declarations) ENABLED START -----*/ // Additional Class Declarations /*----- PROTECTED REGION END -----*/ // PipeServer::Additional Class Declarations class PipeServer : public TANGO_BASE_CLASS { /*----- PROTECTED REGION ID(PipeServer::Data Members) ENABLED START -----*/ // Add your own data members Tango::DevLong dl; vector v_db; Tango::DevicePipeBlob inner_inner_blob; Tango::DevicePipeBlob inner_blob; string inner_str; Tango::DevBoolean inner_bool; vector v_dl; /*----- PROTECTED REGION END -----*/ // PipeServer::Data Members // Constructors and destructors public: /** * Constructs a newly device object. * * @param cl Class. * @param s Device Name */ PipeServer(Tango::DeviceClass *cl,string &s); /** * Constructs a newly device object. * * @param cl Class. * @param s Device Name */ PipeServer(Tango::DeviceClass *cl,const char *s); /** * Constructs a newly device object. * * @param cl Class. * @param s Device name * @param d Device description. */ PipeServer(Tango::DeviceClass *cl,const char *s,const char *d); /** * The device object destructor. */ ~PipeServer() {delete_device();}; // Miscellaneous methods public: /* * will be called at device destruction or at init command. */ void delete_device(); /* * Initialize the device */ virtual void init_device(); /* * Always executed method before execution command method. */ virtual void always_executed_hook(); // Attribute methods public: //-------------------------------------------------------- /* * Method : PipeServer::read_attr_hardware() * Description : Hardware acquisition for attributes. */ //-------------------------------------------------------- virtual void read_attr_hardware(vector &attr_list); //-------------------------------------------------------- /** * Method : PipeServer::add_dynamic_attributes() * Description : Add dynamic attributes if any. */ //-------------------------------------------------------- void add_dynamic_attributes(); // pipe related methods public: // Pipe TestPipe bool is_TestPipe_allowed(Tango::PipeReqType); void read_TestPipe(Tango::Pipe &); void write_TestPipe(Tango::WPipe &); // Command related methods public: /** * Command cmd_push_pipe_event related method * Description: * * @param argin */ virtual void cmd_push_pipe_event(Tango::DevShort argin); virtual bool is_cmd_push_pipe_event_allowed(const CORBA::Any &any); //-------------------------------------------------------- /** * Method : PipeServer::add_dynamic_commands() * Description : Add dynamic commands if any. */ //-------------------------------------------------------- void add_dynamic_commands(); /*----- PROTECTED REGION ID(PipeServer::Additional Method prototypes) ENABLED START -----*/ // Additional Method prototypes /*----- PROTECTED REGION END -----*/ // PipeServer::Additional Method prototypes }; /*----- PROTECTED REGION ID(PipeServer::Additional Classes Definitions) ENABLED START -----*/ // Additional Classes Definitions /*----- PROTECTED REGION END -----*/ // PipeServer::Additional Classes Definitions } // End of namespace #endif // PipeServer_H pytango-9.2.2/examples/pipeEvents/PipeServer.py000066400000000000000000000056161316324373100216160ustar00rootroot00000000000000 import tango from tango import DevState from tango import GreenMode from tango.server import Device from tango.server import command, pipe class PipeServer(Device): def init_device(self): Device.init_device(self) self.rootBlobName = 'theBlob' self.__blob = self.rootBlobName, dict(x=5, y=7, width=101, height=230) self._send_task = None @pipe(label="Test pipe", fisallowed="is_TestPipe_allowed") def TestPipe(self): return self.__blob def is_TestPipe_allowed(self, pipeReqType): """ pipeReqType is either READ_REQ or WRITE_REQ.""" if pipeReqType == tango.AttReqType.READ_REQ: return self.get_state() not in [DevState.FAULT, DevState.OFF] else: return self.get_state() not in [DevState.FAULT, DevState.OFF, DevState.MOVING] @command(dtype_in=('int'), doc_in="Pipe event test case 0 - 4") def cmd_push_pipe_event(self, argin): if argin == 0: float_list = [3.33, 3.34, 3.35, 3.36] inner_int_list = [11, 12, 13, 14, 15] inner_inner_data = [("InnerInnerFirstDE", 111), ("InnerInnerSecondDE", float_list), ("InnerInnerThirdDE", inner_int_list)] inner_inner_blob = ("InnerInner", dict(inner_inner_data)) inner_data = [("InnerFirstDE", "Grenoble"), ("InnerSecondDE", inner_inner_blob), ("InnerThirdDE", True)] inner_blob = ("Inner", dict(inner_data)) int_list = [3, 4, 5, 6] pipe_data = [("1DE", inner_blob), ("2DE", int_list)] blob = ("PipeEvent0", dict(pipe_data)) self.push_pipe_event("TestPipe", blob) elif argin == 1: pipeData = [("Another_1DE", 2), ("Another_2DE", "Barcelona"), ("Another_3DE", 45.67)] blob = "PipeEventCase1", dict(pipeData) self.push_pipe_event("TestPipe", blob) elif argin == 2: float_list = [3.142, 6.284, 12.568] string_list = ["ESRF", "Alba", "MAXIV"] pipeData = [("Qwerty_1DE", "Barcelona"), ("Azerty_2DE", float_list), ("Xserty", string_list)] blob = "PipeEventCase2", dict(pipeData) self.push_pipe_event("TestPipe", blob) elif argin == 3: print "not coded yet" elif argin == 4: alist = [k for k in range(30)] pipeData = [("Lunes", "Girona"), ("Martes", alist)] blob = "PipeEventCase4", dict(pipeData) self.push_pipe_event("TestPipe", blob) else: print "Invalid test case: Use 0-4" # # Run server # if __name__ == '__main__': PipeServer.run_server(green_mode=GreenMode.Gevent) pytango-9.2.2/examples/pipeEvents/PipeServer.xmi000066400000000000000000000047201316324373100217560ustar00rootroot00000000000000 pytango-9.2.2/examples/pipeEvents/PipeServerClass.cpp000066400000000000000000000452001316324373100227270ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServerClass.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; static const char *TagName = "$Name: $"; static const char *CvsPath = "$Source: $"; static const char *SvnPath = "$HeadURL: $"; static const char *HttpServer = "http://www.esrf.eu/computing/cs/tango/tango_doc/ds_doc/"; //============================================================================= // // file : PipeServerClass.cpp // // description : C++ source for the PipeServerClass. // A singleton class derived from DeviceClass. // It implements the command and attribute list // and all properties and methods required // by the PipeServer once per process. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include /*----- PROTECTED REGION END -----*/ // PipeServerClass.cpp //------------------------------------------------------------------- /** * Create PipeServerClass singleton and * return it in a C function for Python usage */ //------------------------------------------------------------------- extern "C" { #ifdef _TG_WINDOWS_ __declspec(dllexport) #endif Tango::DeviceClass *_create_PipeServer_class(const char *name) { return PipeServer_ns::PipeServerClass::init(name); } } namespace PipeServer_ns { //=================================================================== // Initialize pointer for singleton pattern //=================================================================== PipeServerClass *PipeServerClass::_instance = NULL; //-------------------------------------------------------- /** * method : PipeServerClass::PipeServerClass(string &s) * description : constructor for the PipeServerClass * * @param s The class name */ //-------------------------------------------------------- PipeServerClass::PipeServerClass(string &s):Tango::DeviceClass(s) { cout2 << "Entering PipeServerClass constructor" << endl; set_default_property(); write_class_property(); /*----- PROTECTED REGION ID(PipeServerClass::constructor) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::constructor cout2 << "Leaving PipeServerClass constructor" << endl; } //-------------------------------------------------------- /** * method : PipeServerClass::~PipeServerClass() * description : destructor for the PipeServerClass */ //-------------------------------------------------------- PipeServerClass::~PipeServerClass() { /*----- PROTECTED REGION ID(PipeServerClass::destructor) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::destructor _instance = NULL; } //-------------------------------------------------------- /** * method : PipeServerClass::init * description : Create the object if not already done. * Otherwise, just return a pointer to the object * * @param name The class name */ //-------------------------------------------------------- PipeServerClass *PipeServerClass::init(const char *name) { if (_instance == NULL) { try { string s(name); _instance = new PipeServerClass(s); } catch (bad_alloc &) { throw; } } return _instance; } //-------------------------------------------------------- /** * method : PipeServerClass::instance * description : Check if object already created, * and return a pointer to the object */ //-------------------------------------------------------- PipeServerClass *PipeServerClass::instance() { if (_instance == NULL) { cerr << "Class is not initialised !!" << endl; exit(-1); } return _instance; } //=================================================================== // Command execution method calls //=================================================================== //-------------------------------------------------------- /** * method : cmd_push_pipe_eventClass::execute() * description : method to trigger the execution of the command. * * @param device The device on which the command must be executed * @param in_any The command input data * * returns The command output data (packed in the Any object) */ //-------------------------------------------------------- CORBA::Any *cmd_push_pipe_eventClass::execute(Tango::DeviceImpl *device, const CORBA::Any &in_any) { cout2 << "cmd_push_pipe_eventClass::execute(): arrived" << endl; Tango::DevShort argin; extract(in_any, argin); ((static_cast(device))->cmd_push_pipe_event(argin)); return new CORBA::Any(); } //=================================================================== // Properties management //=================================================================== //-------------------------------------------------------- /** * Method : PipeServerClass::get_class_property() * Description : Get the class property for specified name. */ //-------------------------------------------------------- Tango::DbDatum PipeServerClass::get_class_property(string &prop_name) { for (unsigned int i=0 ; i vect_data; // Set Default Class Properties // Set Default device Properties } //-------------------------------------------------------- /** * Method : PipeServerClass::write_class_property() * Description : Set class description fields as property in database */ //-------------------------------------------------------- void PipeServerClass::write_class_property() { // First time, check if database used if (Tango::Util::_UseDb == false) return; Tango::DbData data; string classname = get_name(); string header; string::size_type start, end; // Put title Tango::DbDatum title("ProjectTitle"); string str_title(""); title << str_title; data.push_back(title); // Put Description Tango::DbDatum description("Description"); vector str_desc; str_desc.push_back(""); description << str_desc; data.push_back(description); // put cvs or svn location string filename("PipeServer"); filename += "Class.cpp"; // check for cvs information string src_path(CvsPath); start = src_path.find("/"); if (start!=string::npos) { end = src_path.find(filename); if (end>start) { string strloc = src_path.substr(start, end-start); // Check if specific repository start = strloc.find("/cvsroot/"); if (start!=string::npos && start>0) { string repository = strloc.substr(0, start); if (repository.find("/segfs/")!=string::npos) strloc = "ESRF:" + strloc.substr(start, strloc.length()-start); } Tango::DbDatum cvs_loc("cvs_location"); cvs_loc << strloc; data.push_back(cvs_loc); } } // check for svn information else { string src_path(SvnPath); start = src_path.find("://"); if (start!=string::npos) { end = src_path.find(filename); if (end>start) { header = "$HeadURL: "; start = header.length(); string strloc = src_path.substr(start, (end-start)); Tango::DbDatum svn_loc("svn_location"); svn_loc << strloc; data.push_back(svn_loc); } } } // Get CVS or SVN revision tag // CVS tag string tagname(TagName); header = "$Name: "; start = header.length(); string endstr(" $"); end = tagname.find(endstr); if (end!=string::npos && end>start) { string strtag = tagname.substr(start, end-start); Tango::DbDatum cvs_tag("cvs_tag"); cvs_tag << strtag; data.push_back(cvs_tag); } // SVN tag string svnpath(SvnPath); header = "$HeadURL: "; start = header.length(); end = svnpath.find(endstr); if (end!=string::npos && end>start) { string strloc = svnpath.substr(start, end-start); string tagstr ("/tags/"); start = strloc.find(tagstr); if ( start!=string::npos ) { start = start + tagstr.length(); end = strloc.find(filename); string strtag = strloc.substr(start, end-start-1); Tango::DbDatum svn_tag("svn_tag"); svn_tag << strtag; data.push_back(svn_tag); } } // Get URL location string httpServ(HttpServer); if (httpServ.length()>0) { Tango::DbDatum db_doc_url("doc_url"); db_doc_url << httpServ; data.push_back(db_doc_url); } // Put inheritance Tango::DbDatum inher_datum("InheritedFrom"); vector inheritance; inheritance.push_back("TANGO_BASE_CLASS"); inher_datum << inheritance; data.push_back(inher_datum); // Call database and and values get_db_class()->put_property(data); } //=================================================================== // Factory methods //=================================================================== //-------------------------------------------------------- /** * Method : PipeServerClass::device_factory() * Description : Create the device object(s) * and store them in the device list */ //-------------------------------------------------------- void PipeServerClass::device_factory(const Tango::DevVarStringArray *devlist_ptr) { /*----- PROTECTED REGION ID(PipeServerClass::device_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::device_factory_before // Create devices and add it into the device list for (unsigned long i=0 ; ilength() ; i++) { cout4 << "Device name : " << (*devlist_ptr)[i].in() << endl; device_list.push_back(new PipeServer(this, (*devlist_ptr)[i])); } // Manage dynamic attributes if any erase_dynamic_attributes(devlist_ptr, get_class_attr()->get_attr_list()); // Export devices to the outside world for (unsigned long i=1 ; i<=devlist_ptr->length() ; i++) { // Add dynamic attributes if any PipeServer *dev = static_cast(device_list[device_list.size()-i]); dev->add_dynamic_attributes(); // Check before if database used. if ((Tango::Util::_UseDb == true) && (Tango::Util::_FileDb == false)) export_device(dev); else export_device(dev, dev->get_name().c_str()); } /*----- PROTECTED REGION ID(PipeServerClass::device_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::device_factory_after } //-------------------------------------------------------- /** * Method : PipeServerClass::attribute_factory() * Description : Create the attribute object(s) * and store them in the attribute list */ //-------------------------------------------------------- void PipeServerClass::attribute_factory(vector &att_list) { /*----- PROTECTED REGION ID(PipeServerClass::attribute_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::attribute_factory_before // Create a list of static attributes create_static_attribute_list(get_class_attr()->get_attr_list()); /*----- PROTECTED REGION ID(PipeServerClass::attribute_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::attribute_factory_after } //-------------------------------------------------------- /** * Method : PipeServerClass::pipe_factory() * Description : Create the pipe object(s) * and store them in the pipe list */ //-------------------------------------------------------- void PipeServerClass::pipe_factory() { /*----- PROTECTED REGION ID(PipeServerClass::pipe_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::pipe_factory_before Tango::UserDefaultPipeProp udpp; TestPipeClass *pTestPipe = new TestPipeClass("TestPipe",Tango::OPERATOR); udpp.set_description(""); udpp.set_label(""); pTestPipe->set_default_properties(udpp); pipe_list.push_back(pTestPipe); /*----- PROTECTED REGION ID(PipeServerClass::pipe_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::pipe_factory_after } //-------------------------------------------------------- /** * Method : PipeServerClass::command_factory() * Description : Create the command object(s) * and store them in the command list */ //-------------------------------------------------------- void PipeServerClass::command_factory() { /*----- PROTECTED REGION ID(PipeServerClass::command_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::command_factory_before // Command cmd_push_pipe_event cmd_push_pipe_eventClass *pcmd_push_pipe_eventCmd = new cmd_push_pipe_eventClass("cmd_push_pipe_event", Tango::DEV_SHORT, Tango::DEV_VOID, "", "", Tango::OPERATOR); command_list.push_back(pcmd_push_pipe_eventCmd); /*----- PROTECTED REGION ID(PipeServerClass::command_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::command_factory_after } //=================================================================== // Dynamic attributes related methods //=================================================================== //-------------------------------------------------------- /** * method : PipeServerClass::create_static_attribute_list * description : Create the a list of static attributes * * @param att_list the ceated attribute list */ //-------------------------------------------------------- void PipeServerClass::create_static_attribute_list(vector &att_list) { for (unsigned long i=0 ; iget_name()); transform(att_name.begin(), att_name.end(), att_name.begin(), ::tolower); defaultAttList.push_back(att_name); } cout2 << defaultAttList.size() << " attributes in default list" << endl; /*----- PROTECTED REGION ID(PipeServerClass::create_static_att_list) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::create_static_att_list } //-------------------------------------------------------- /** * method : PipeServerClass::erase_dynamic_attributes * description : delete the dynamic attributes if any. * * @param devlist_ptr the device list pointer * @param list of all attributes */ //-------------------------------------------------------- void PipeServerClass::erase_dynamic_attributes(const Tango::DevVarStringArray *devlist_ptr, vector &att_list) { Tango::Util *tg = Tango::Util::instance(); for (unsigned long i=0 ; ilength() ; i++) { Tango::DeviceImpl *dev_impl = tg->get_device_by_name(((string)(*devlist_ptr)[i]).c_str()); PipeServer *dev = static_cast (dev_impl); vector &dev_att_list = dev->get_device_attr()->get_attribute_list(); vector::iterator ite_att; for (ite_att=dev_att_list.begin() ; ite_att != dev_att_list.end() ; ++ite_att) { string att_name((*ite_att)->get_name_lower()); if ((att_name == "state") || (att_name == "status")) continue; vector::iterator ite_str = find(defaultAttList.begin(), defaultAttList.end(), att_name); if (ite_str == defaultAttList.end()) { cout2 << att_name << " is a UNWANTED dynamic attribute for device " << (*devlist_ptr)[i] << endl; Tango::Attribute &att = dev->get_device_attr()->get_attr_by_name(att_name.c_str()); dev->remove_attribute(att_list[att.get_attr_idx()], true, false); --ite_att; } } } /*----- PROTECTED REGION ID(PipeServerClass::erase_dynamic_attributes) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::erase_dynamic_attributes } //-------------------------------------------------------- /** * Method : PipeServerClass::get_attr_by_name() * Description : returns Tango::Attr * object found by name */ //-------------------------------------------------------- Tango::Attr *PipeServerClass::get_attr_object_by_name(vector &att_list, string attname) { vector::iterator it; for (it=att_list.begin() ; itget_name()==attname) return (*it); // Attr does not exist return NULL; } /*----- PROTECTED REGION ID(PipeServerClass::Additional Methods) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::Additional Methods } // namespace pytango-9.2.2/examples/pipeEvents/PipeServerClass.h000066400000000000000000000116401316324373100223750ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServerClass.h) ENABLED START -----*/ //============================================================================= // // file : PipeServerClass.h // // description : Include for the PipeServer root class. // This class is the singleton class for // the PipeServer device class. // It contains all properties and methods which the // PipeServer requires only once e.g. the commands. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #ifndef PipeServerClass_H #define PipeServerClass_H #include #include /*----- PROTECTED REGION END -----*/ // PipeServerClass.h namespace PipeServer_ns { /*----- PROTECTED REGION ID(PipeServerClass::classes for dynamic creation) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::classes for dynamic creation //========================================= // Define classes for pipes //========================================= // Pipe TestPipe class definition class TestPipeClass: public Tango::WPipe { public: TestPipeClass(const string &name, Tango::DispLevel level) :WPipe(name, level) {}; ~TestPipeClass() {}; virtual bool is_allowed (Tango::DeviceImpl *dev,Tango::PipeReqType _prt) {return (static_cast(dev))->is_TestPipe_allowed(_prt);} virtual void read(Tango::DeviceImpl *dev) {(static_cast(dev))->read_TestPipe(*this);} virtual void write(Tango::DeviceImpl *dev) {(static_cast(dev))->write_TestPipe(*this);} }; //========================================= // Define classes for commands //========================================= // Command cmd_push_pipe_event class definition class cmd_push_pipe_eventClass : public Tango::Command { public: cmd_push_pipe_eventClass(const char *name, Tango::CmdArgType in, Tango::CmdArgType out, const char *in_desc, const char *out_desc, Tango::DispLevel level) :Command(name,in,out,in_desc,out_desc, level) {}; cmd_push_pipe_eventClass(const char *name, Tango::CmdArgType in, Tango::CmdArgType out) :Command(name,in,out) {}; ~cmd_push_pipe_eventClass() {}; virtual CORBA::Any *execute (Tango::DeviceImpl *dev, const CORBA::Any &any); virtual bool is_allowed (Tango::DeviceImpl *dev, const CORBA::Any &any) {return (static_cast(dev))->is_cmd_push_pipe_event_allowed(any);} }; /** * The PipeServerClass singleton definition */ #ifdef _TG_WINDOWS_ class __declspec(dllexport) PipeServerClass : public Tango::DeviceClass #else class PipeServerClass : public Tango::DeviceClass #endif { /*----- PROTECTED REGION ID(PipeServerClass::Additionnal DServer data members) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::Additionnal DServer data members public: // write class properties data members Tango::DbData cl_prop; Tango::DbData cl_def_prop; Tango::DbData dev_def_prop; // Method prototypes static PipeServerClass *init(const char *); static PipeServerClass *instance(); ~PipeServerClass(); Tango::DbDatum get_class_property(string &); Tango::DbDatum get_default_device_property(string &); Tango::DbDatum get_default_class_property(string &); protected: PipeServerClass(string &); static PipeServerClass *_instance; void command_factory(); void attribute_factory(vector &); void pipe_factory(); void write_class_property(); void set_default_property(); void get_class_property(); string get_cvstag(); string get_cvsroot(); private: void device_factory(const Tango::DevVarStringArray *); void create_static_attribute_list(vector &); void erase_dynamic_attributes(const Tango::DevVarStringArray *,vector &); vector defaultAttList; Tango::Attr *get_attr_object_by_name(vector &att_list, string attname); }; } // End of namespace #endif // PipeServer_H pytango-9.2.2/examples/pipeEvents/PipeServerStateMachine.cpp000066400000000000000000000071471316324373100242370ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServerStateMachine.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : PipeServerStateMachine.cpp // // description : State machine file for the PipeServer class // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include /*----- PROTECTED REGION END -----*/ // PipeServer::PipeServerStateMachine.cpp //================================================================ // States | Description //================================================================ namespace PipeServer_ns { //================================================= // Attributes Allowed Methods //================================================= //================================================= // pipe Allowed Methods //================================================= //-------------------------------------------------------- /** * Method : PipeServer::is_TestPipe_allowed() * Description : Execution allowed for TestPipe pipe */ //-------------------------------------------------------- bool PipeServer::is_TestPipe_allowed(TANGO_UNUSED(Tango::PipeReqType type)) { // Not any excluded states for TestPipe pipe in Write access. /*----- PROTECTED REGION ID(PipeServer::TestPipeStateAllowed_WRITE) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServer::TestPipeStateAllowed_WRITE // Not any excluded states for TestPipe pipe in read access. /*----- PROTECTED REGION ID(PipeServer::TestPipeStateAllowed_READ) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServer::TestPipeStateAllowed_READ return true; } //================================================= // Commands Allowed Methods //================================================= //-------------------------------------------------------- /** * Method : PipeServer::is_cmd_push_pipe_event_allowed() * Description : Execution allowed for cmd_push_pipe_event attribute */ //-------------------------------------------------------- bool PipeServer::is_cmd_push_pipe_event_allowed(TANGO_UNUSED(const CORBA::Any &any)) { // Not any excluded states for cmd_push_pipe_event command. /*----- PROTECTED REGION ID(PipeServer::cmd_push_pipe_eventStateAllowed) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServer::cmd_push_pipe_eventStateAllowed return true; } /*----- PROTECTED REGION ID(PipeServer::PipeServerStateAllowed.AdditionalMethods) ENABLED START -----*/ // Additional Methods /*----- PROTECTED REGION END -----*/ // PipeServer::PipeServerStateAllowed.AdditionalMethods } // End of namespace pytango-9.2.2/examples/pipeEvents/main.cpp000066400000000000000000000051421316324373100206020ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServer::main.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : main.cpp // // description : C++ source for the PipeServer device server main. // The main rule is to initialise (and create) the Tango // system and to create the DServerClass singleton. // The main should be the same for every Tango device server. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include // Check if crash reporting is used. #if defined(ENABLE_CRASH_REPORT) # include #else # define DECLARE_CRASH_HANDLER # define INSTALL_CRASH_HANDLER #endif DECLARE_CRASH_HANDLER; int main(int argc,char *argv[]) { INSTALL_CRASH_HANDLER try { // Initialise the device server //---------------------------------------- Tango::Util *tg = Tango::Util::init(argc,argv); // Create the device server singleton // which will create everything //---------------------------------------- tg->server_init(false); // Run the endless loop //---------------------------------------- cout << "Ready to accept request" << endl; tg->server_run(); } catch (bad_alloc &) { cout << "Can't allocate memory to store device object !!!" << endl; cout << "Exiting" << endl; } catch (CORBA::Exception &e) { Tango::Except::print_exception(e); cout << "Received a CORBA_Exception" << endl; cout << "Exiting" << endl; } Tango::Util::instance()->server_cleanup(); return(0); } /*----- PROTECTED REGION END -----*/ // PipeServer::main.cpp pytango-9.2.2/examples/pipes/000077500000000000000000000000001316324373100161465ustar00rootroot00000000000000pytango-9.2.2/examples/pipes/ClassFactory.cpp000066400000000000000000000036001316324373100212460ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServer::ClassFactory.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : ClassFactory.cpp // // description : C++ source for the class_factory method of the DServer // device class. This method is responsible for the creation of // all class singleton for a device server. It is called // at device server startup. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include #include // Add class header files if needed /** * Create PipeServer Class singleton and store it in DServer object. */ void Tango::DServer::class_factory() { // Add method class init if needed add_class(PipeServer_ns::PipeServerClass::init("PipeServer")); } /*----- PROTECTED REGION END -----*/ // PipeServer::ClassFactory.cpp pytango-9.2.2/examples/pipes/Makefile000066400000000000000000000116671316324373100176210ustar00rootroot00000000000000#============================================================================= # # file : Makefile # # description : Makefile to generate a TANGO device server. # # project : PipeServer # # $Author: $ # # $Revision: $ # $Date: $ # #============================================================================= # This file is generated by POGO # (Program Obviously used to Generate tango Object) #============================================================================= # # #============================================================================= # MAKE_ENV is the path to find common environment to buil project # MAKE_ENV = /usr/local/share/pogo/preferences #============================================================================= # PACKAGE_NAME is the name of the library/device/exe you want to build # PACKAGE_NAME = PipeServer MAJOR_VERS = 1 MINOR_VERS = 0 RELEASE = Release_$(MAJOR_VERS)_$(MINOR_VERS) # #============================================================================= # # RELEASE_TYPE # # - DEBUG : debug symbols - no optimization # # - OPTIMIZED : no debug symbols - optimization level set to O2 # #----------------------------------------------------------------------------- RELEASE_TYPE = DEBUG #============================================================================= # OUTPUT_TYPE can be one of the following : # - 'STATIC_LIB' for a static library (.a) # - 'SHARED_LIB' for a dynamic library (.so) # - 'DEVICE' for a device server (will automatically include and link # with Tango dependencies) # - 'SIMPLE_EXE' for an executable with no dependency (for exemple the test tool # of a library with no Tango dependencies) # OUTPUT_TYPE = DEVICE #============================================================================= # OUTPUT_DIR is the directory which contains the build result. # if not set, the standard location is : # - ./shlib if OUTPUT_TYPE is SHARED_LIB # - ./lib if OUTPUT_TYPE is STATIC_LIB # - ./bin for others # #OUTPUT_DIR = #============================================================================= # INC_DIR_USER is the list of all include path needed by your sources # - for a device server, tango dependencies are automatically appended # - '-I ../include' and '-I .' are automatically appended in all cases # INC_DIR_USER= -I . #============================================================================= # LIB_DIR_USER is the list of user library directories # - for a device server, tango libraries directories are automatically appended # - '-L ../lib' is automatically appended in all cases # #LIB_DIR_USER= #============================================================================= # LFLAGS_USR is the list of user link flags # - for a device server, tango libraries directories are automatically appended # - '-ldl -lpthread' is automatically appended in all cases # # !!! ATTENTION !!! # Be aware that the order matters. # For example if you must link with libA, and if libA depends itself on libB # you must use '-lA -lB' in this order as link flags, otherwise you will get # 'undefined reference' errors # #LFLAGS_USR+= #============================================================================= # CXXFLAGS_USR lists the compilation flags specific for your library/device/exe # This is the place where to put your compile-time macros using '-Dmy_macro' # # -DACE_HAS_EXCEPTIONS -D__ACE_INLINE__ for ACE # CXXFLAGS_USR+= -std=c++11 #============================================================================= # TANGO_REQUIRED # - TRUE : your project depends on TANGO # - FALSE : your project does not depend on TANGO #----------------------------------------------------------------------------- # - NOTE : if PROJECT_TYPE is set to DEVICE, TANGO will be auto. added #----------------------------------------------------------------------------- TANGO_REQUIRED = TRUE #============================================================================= # include Standard TANGO compilation options # include $(MAKE_ENV)/tango.opt #============================================================================= # POST_PROCESSING: action to be done after normal make. # e.g.: change executable file name, ..... #POST_PROCESSING = \ # mv bin/$(BIN_DIR)/$(PACKAGE_NAME) bin/$(BIN_DIR)/$(PACKAGE_NAME)_DS #============================================================================= # SVC_OBJS is the list of all objects needed to make the output # SVC_INCL = $(PACKAGE_NAME).h $(PACKAGE_NAME)Class.h SVC_OBJS = \ $(LIB_OBJS) \ $(OBJDIR)/ClassFactory.o \ $(OBJDIR)/main.o LIB_OBJS = \ $(OBJDIR)/$(PACKAGE_NAME).o \ $(OBJDIR)/$(PACKAGE_NAME)Class.o \ $(OBJDIR)/$(PACKAGE_NAME)StateMachine.o \ $(ADDITIONAL_OBJS) SVC_INHERITANCE_OBJ = \ #============================================================================= # include common targets # include $(MAKE_ENV)/common_target.opt pytango-9.2.2/examples/pipes/PipeClient.py000066400000000000000000000016661316324373100205650ustar00rootroot00000000000000import tango from tango import DevState dev = tango.DeviceProxy('pipeServer/tango/1') blob = dev.read_pipe('TestPipe') print 'PipeClient.py: ', blob blob = ('pipeWriteTest0', dict(x=5.9, y=15.1, anInt=-169, str="the test", truth=False, state=DevState.FAULT)) dev.write_pipe('TestPipe', blob) float_list = [3.33, 3.34, 3.35, 3.36] inner_int_list = [11, 12, 13, 14, 15] inner_inner_data = [("InnerInnerFirstDE", 111), ("InnerInnerSecondDE", float_list), ("InnerInnerThirdDE", inner_int_list)] inner_inner_blob = ("InnerInner", dict(inner_inner_data)) inner_data = [("InnerFirstDE", "Grenoble"), ("InnerSecondDE", inner_inner_blob), ("InnerThirdDE", True)] inner_blob = ("Inner", dict(inner_data)) int_list = [3, 4, 5, 6] pipe_data = [("1DE", inner_blob), ("2DE", int_list)] blob = ("PipeWriteTest1", dict(pipe_data)) dev.write_pipe('TestPipe', blob) pytango-9.2.2/examples/pipes/PipeServer.cpp000066400000000000000000000265241316324373100207470ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServer.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : PipeServer.cpp // // description : C++ source for the PipeServer class and its commands. // The class is derived from Device. It represents the // CORBA servant object which will be accessed from the // network. All commands which can be executed on the // PipeServer are implemented in this file. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include #include /*----- PROTECTED REGION END -----*/ // PipeServer.cpp /** * PipeServer class description: * */ //================================================================ // The following table gives the correspondence // between command and method names. // // Command name | Method name //================================================================ // State | Inherited (no method) // Status | Inherited (no method) //================================================================ //================================================================ // Attributes managed is: //================================================================ //================================================================ namespace PipeServer_ns { /*----- PROTECTED REGION ID(PipeServer::namespace_starting) ENABLED START -----*/ // static initializations /*----- PROTECTED REGION END -----*/ // PipeServer::namespace_starting //-------------------------------------------------------- /** * Method : PipeServer::PipeServer() * Description : Constructors for a Tango device * implementing the classPipeServer */ //-------------------------------------------------------- PipeServer::PipeServer(Tango::DeviceClass *cl, string &s) : TANGO_BASE_CLASS(cl, s.c_str()) { /*----- PROTECTED REGION ID(PipeServer::constructor_1) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // PipeServer::constructor_1 } //-------------------------------------------------------- PipeServer::PipeServer(Tango::DeviceClass *cl, const char *s) : TANGO_BASE_CLASS(cl, s) { /*----- PROTECTED REGION ID(PipeServer::constructor_2) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // PipeServer::constructor_2 } //-------------------------------------------------------- PipeServer::PipeServer(Tango::DeviceClass *cl, const char *s, const char *d) : TANGO_BASE_CLASS(cl, s, d) { /*----- PROTECTED REGION ID(PipeServer::constructor_3) ENABLED START -----*/ init_device(); /*----- PROTECTED REGION END -----*/ // PipeServer::constructor_3 } //-------------------------------------------------------- /** * Method : PipeServer::delete_device() * Description : will be called at device destruction or at init command */ //-------------------------------------------------------- void PipeServer::delete_device() { DEBUG_STREAM << "PipeServer::delete_device() " << device_name << endl; /*----- PROTECTED REGION ID(PipeServer::delete_device) ENABLED START -----*/ // Delete device allocated objects /*----- PROTECTED REGION END -----*/ // PipeServer::delete_device } //-------------------------------------------------------- /** * Method : PipeServer::init_device() * Description : will be called at device initialization. */ //-------------------------------------------------------- void PipeServer::init_device() { DEBUG_STREAM << "PipeServer::init_device() create device " << device_name << endl; /*----- PROTECTED REGION ID(PipeServer::init_device_before) ENABLED START -----*/ // Initialization before get_device_property() call /*----- PROTECTED REGION END -----*/ // PipeServer::init_device_before // No device property to be read from database /*----- PROTECTED REGION ID(PipeServer::init_device) ENABLED START -----*/ // Initialize device /*----- PROTECTED REGION END -----*/ // PipeServer::init_device } //-------------------------------------------------------- /** * Method : PipeServer::always_executed_hook() * Description : method always executed before any command is executed */ //-------------------------------------------------------- void PipeServer::always_executed_hook() { DEBUG_STREAM << "PipeServer::always_executed_hook() " << device_name << endl; /*----- PROTECTED REGION ID(PipeServer::always_executed_hook) ENABLED START -----*/ // code always executed before all requests /*----- PROTECTED REGION END -----*/ // PipeServer::always_executed_hook } //-------------------------------------------------------- /** * Method : PipeServer::read_attr_hardware() * Description : Hardware acquisition for attributes */ //-------------------------------------------------------- void PipeServer::read_attr_hardware(TANGO_UNUSED(vector &attr_list)) { DEBUG_STREAM << "PipeServer::read_attr_hardware(vector &attr_list) entering... " << endl; /*----- PROTECTED REGION ID(PipeServer::read_attr_hardware) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServer::read_attr_hardware } //-------------------------------------------------------- /** * Method : PipeServer::add_dynamic_attributes() * Description : Create the dynamic attributes if any * for specified device. */ //-------------------------------------------------------- void PipeServer::add_dynamic_attributes() { /*----- PROTECTED REGION ID(PipeServer::add_dynamic_attributes) ENABLED START -----*/ // Add your own code to create and add dynamic attributes if any /*----- PROTECTED REGION END -----*/ // PipeServer::add_dynamic_attributes } //-------------------------------------------------------- /** * Read pipe TestPipe related method * Description: */ //-------------------------------------------------------- void PipeServer::read_TestPipe(Tango::Pipe &pipe) { DEBUG_STREAM << "PipeServer::read_TestPipe(Tango::Pipe &pipe) entering... " << endl; /*----- PROTECTED REGION ID(PipeServer::read_TestPipe) ENABLED START -----*/ vector de_names; de_names.push_back("x"); de_names.push_back("y"); de_names.push_back("width"); de_names.push_back("height"); pipe.set_data_elt_names(de_names); Tango::DevFloat y,width,height; Tango::DevFloat x = 5.9; y=6.0; width=30.0; height=45.0; string root_name = "theBlob"; pipe.set_root_blob_name(root_name); pipe << x << y << width << height; /*----- PROTECTED REGION END -----*/ // PipeServer::read_TestPipe } //-------------------------------------------------------- /** * Write pipe TestPipe related method * Description: */ //-------------------------------------------------------- void PipeServer::write_TestPipe(Tango::WPipe &pipe) { DEBUG_STREAM << "PipeServer::write_TestPipe(Tango::WPipe &pipe) entering... " << endl; /*----- PROTECTED REGION ID(PipeServer::write_TestPipe) ENABLED START -----*/ cout << "root blob name " << pipe.get_root_blob_name() << endl; cout << "nb of data elements " << pipe.get_data_elt_nb() << endl; try { extract(pipe); } catch (exception &e) { cout << "Exception: " << e.what() << endl; } // Add your own code here /*----- PROTECTED REGION END -----*/ // PipeServer::write_TestPipe } //-------------------------------------------------------- /** * Method : PipeServer::add_dynamic_commands() * Description : Create the dynamic commands if any * for specified device. */ //-------------------------------------------------------- void PipeServer::add_dynamic_commands() { /*----- PROTECTED REGION ID(PipeServer::add_dynamic_commands) ENABLED START -----*/ // Add your own code to create and add dynamic commands if any /*----- PROTECTED REGION END -----*/ // PipeServer::add_dynamic_commands } /*----- PROTECTED REGION ID(PipeServer::namespace_ending) ENABLED START -----*/ template void PipeServer::extract(T& obj) { for (unsigned i = 0; i < obj.get_data_elt_nb(); i++) { cout << "name " << obj.get_data_elt_name(i) << endl; } for (unsigned i = 0; i < obj.get_data_elt_nb(); i++) { cout << "name " << obj.get_data_elt_name(i) << endl; int data_type = obj.get_data_elt_type(i); cout << "data_type " << data_type << endl; if (data_type == Tango::DEV_DOUBLE) { Tango::DataElement data; obj >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEV_BOOLEAN) { Tango::DataElement data; obj >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEV_STRING) { Tango::DataElement < std::string > data; obj >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEV_LONG64) { Tango::DataElement < int64_t > data; obj >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEV_STATE) { Tango::DataElement < Tango::DevState > data; obj >> data; cout << "value " << data.value << endl; } else if (data_type == Tango::DEVVAR_DOUBLEARRAY) { std::vector data; obj >> data; for (std::vector::iterator it = data.begin(); it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEVVAR_LONG64ARRAY) { std::vector < int64_t > data; obj >> data; for (std::vector::iterator it = data.begin(); it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEVVAR_STATEARRAY) { std::vector < Tango::DevState > data; obj >> data; for (std::vector::iterator it = data.begin(); it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEVVAR_STRINGARRAY) { std::vector < std::string > data; obj >> data; for (std::vector::iterator it = data.begin(); it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEVVAR_BOOLEANARRAY) { std::vector data; obj >> data; for (std::vector::iterator it = data.begin(); it != data.end(); ++it) cout << *it << " "; cout << endl; } else if (data_type == Tango::DEV_PIPE_BLOB) { cout << "Found inner blob" << endl; Tango::DevicePipeBlob blob; obj >> blob; extract (blob); } } } // Additional Methods /*----- PROTECTED REGION END -----*/ // PipeServer::namespace_ending } // namespace pytango-9.2.2/examples/pipes/PipeServer.h000066400000000000000000000104601316324373100204040ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServer.h) ENABLED START -----*/ //============================================================================= // // file : PipeServer.h // // description : Include file for the PipeServer class // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #ifndef PipeServer_H #define PipeServer_H #include /*----- PROTECTED REGION END -----*/ // PipeServer.h /** * PipeServer class description: * */ namespace PipeServer_ns { /*----- PROTECTED REGION ID(PipeServer::Additional Class Declarations) ENABLED START -----*/ // Additional Class Declarations /*----- PROTECTED REGION END -----*/ // PipeServer::Additional Class Declarations class PipeServer : public TANGO_BASE_CLASS { /*----- PROTECTED REGION ID(PipeServer::Data Members) ENABLED START -----*/ // Add your own data members /*----- PROTECTED REGION END -----*/ // PipeServer::Data Members // Constructors and destructors public: /** * Constructs a newly device object. * * @param cl Class. * @param s Device Name */ PipeServer(Tango::DeviceClass *cl,string &s); /** * Constructs a newly device object. * * @param cl Class. * @param s Device Name */ PipeServer(Tango::DeviceClass *cl,const char *s); /** * Constructs a newly device object. * * @param cl Class. * @param s Device name * @param d Device description. */ PipeServer(Tango::DeviceClass *cl,const char *s,const char *d); /** * The device object destructor. */ ~PipeServer() {delete_device();}; // Miscellaneous methods public: /* * will be called at device destruction or at init command. */ void delete_device(); /* * Initialize the device */ virtual void init_device(); /* * Always executed method before execution command method. */ virtual void always_executed_hook(); // Attribute methods public: //-------------------------------------------------------- /* * Method : PipeServer::read_attr_hardware() * Description : Hardware acquisition for attributes. */ //-------------------------------------------------------- virtual void read_attr_hardware(vector &attr_list); //-------------------------------------------------------- /** * Method : PipeServer::add_dynamic_attributes() * Description : Add dynamic attributes if any. */ //-------------------------------------------------------- void add_dynamic_attributes(); // pipe related methods public: // Pipe TestPipe bool is_TestPipe_allowed(Tango::PipeReqType); void read_TestPipe(Tango::Pipe &); void write_TestPipe(Tango::WPipe &); // Command related methods public: //-------------------------------------------------------- /** * Method : PipeServer::add_dynamic_commands() * Description : Add dynamic commands if any. */ //-------------------------------------------------------- void add_dynamic_commands(); /*----- PROTECTED REGION ID(PipeServer::Additional Method prototypes) ENABLED START -----*/ // Additional Method prototypes template void extract(T& obj); /*----- PROTECTED REGION END -----*/ // PipeServer::Additional Method prototypes }; /*----- PROTECTED REGION ID(PipeServer::Additional Classes Definitions) ENABLED START -----*/ // Additional Classes Definitions /*----- PROTECTED REGION END -----*/ // PipeServer::Additional Classes Definitions } // End of namespace #endif // PipeServer_H pytango-9.2.2/examples/pipes/PipeServer.py000066400000000000000000000021721316324373100206060ustar00rootroot00000000000000import tango from tango.server import Device from tango.server import pipe from tango import DevState class PipeServer(Device): def init_device(self): Device.init_device(self) self.rootBlobName = 'theBlob' self.__blob = self.rootBlobName, dict(x=0.3, y=10.22, width=105.1, height=206.6) @pipe(label="Test pipe", fisallowed="is_TestPipe_allowed") def TestPipe(self): return self.__blob @TestPipe.write def TestPipe(self, blob): self.__blob = blob print blob def is_TestPipe_allowed(self, pipeReqType): """ pipeReqType is either READ_REQ or WRITE_REQ.""" if pipeReqType == tango.AttReqType.READ_REQ: return self.get_state() not in [DevState.FAULT, DevState.OFF] else: return self.get_state() not in [DevState.FAULT, DevState.OFF, DevState.MOVING] # ---------- # Run server # ---------- if __name__ == '__main__': PipeServer.run_server() pytango-9.2.2/examples/pipes/PipeServer.xmi000066400000000000000000000040511316324373100207510ustar00rootroot00000000000000 pytango-9.2.2/examples/pipes/PipeServerClass.cpp000066400000000000000000000432401316324373100217270ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServerClass.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; static const char *TagName = "$Name: $"; static const char *CvsPath = "$Source: $"; static const char *SvnPath = "$HeadURL: $"; static const char *HttpServer = "http://www.esrf.eu/computing/cs/tango/tango_doc/ds_doc/"; //============================================================================= // // file : PipeServerClass.cpp // // description : C++ source for the PipeServerClass. // A singleton class derived from DeviceClass. // It implements the command and attribute list // and all properties and methods required // by the PipeServer once per process. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include /*----- PROTECTED REGION END -----*/ // PipeServerClass.cpp //------------------------------------------------------------------- /** * Create PipeServerClass singleton and * return it in a C function for Python usage */ //------------------------------------------------------------------- extern "C" { #ifdef _TG_WINDOWS_ __declspec(dllexport) #endif Tango::DeviceClass *_create_PipeServer_class(const char *name) { return PipeServer_ns::PipeServerClass::init(name); } } namespace PipeServer_ns { //=================================================================== // Initialize pointer for singleton pattern //=================================================================== PipeServerClass *PipeServerClass::_instance = NULL; //-------------------------------------------------------- /** * method : PipeServerClass::PipeServerClass(string &s) * description : constructor for the PipeServerClass * * @param s The class name */ //-------------------------------------------------------- PipeServerClass::PipeServerClass(string &s):Tango::DeviceClass(s) { cout2 << "Entering PipeServerClass constructor" << endl; set_default_property(); write_class_property(); /*----- PROTECTED REGION ID(PipeServerClass::constructor) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::constructor cout2 << "Leaving PipeServerClass constructor" << endl; } //-------------------------------------------------------- /** * method : PipeServerClass::~PipeServerClass() * description : destructor for the PipeServerClass */ //-------------------------------------------------------- PipeServerClass::~PipeServerClass() { /*----- PROTECTED REGION ID(PipeServerClass::destructor) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::destructor _instance = NULL; } //-------------------------------------------------------- /** * method : PipeServerClass::init * description : Create the object if not already done. * Otherwise, just return a pointer to the object * * @param name The class name */ //-------------------------------------------------------- PipeServerClass *PipeServerClass::init(const char *name) { if (_instance == NULL) { try { string s(name); _instance = new PipeServerClass(s); } catch (bad_alloc &) { throw; } } return _instance; } //-------------------------------------------------------- /** * method : PipeServerClass::instance * description : Check if object already created, * and return a pointer to the object */ //-------------------------------------------------------- PipeServerClass *PipeServerClass::instance() { if (_instance == NULL) { cerr << "Class is not initialised !!" << endl; exit(-1); } return _instance; } //=================================================================== // Command execution method calls //=================================================================== //=================================================================== // Properties management //=================================================================== //-------------------------------------------------------- /** * Method : PipeServerClass::get_class_property() * Description : Get the class property for specified name. */ //-------------------------------------------------------- Tango::DbDatum PipeServerClass::get_class_property(string &prop_name) { for (unsigned int i=0 ; i vect_data; // Set Default Class Properties // Set Default device Properties } //-------------------------------------------------------- /** * Method : PipeServerClass::write_class_property() * Description : Set class description fields as property in database */ //-------------------------------------------------------- void PipeServerClass::write_class_property() { // First time, check if database used if (Tango::Util::_UseDb == false) return; Tango::DbData data; string classname = get_name(); string header; string::size_type start, end; // Put title Tango::DbDatum title("ProjectTitle"); string str_title(""); title << str_title; data.push_back(title); // Put Description Tango::DbDatum description("Description"); vector str_desc; str_desc.push_back(""); description << str_desc; data.push_back(description); // put cvs or svn location string filename("PipeServer"); filename += "Class.cpp"; // check for cvs information string src_path(CvsPath); start = src_path.find("/"); if (start!=string::npos) { end = src_path.find(filename); if (end>start) { string strloc = src_path.substr(start, end-start); // Check if specific repository start = strloc.find("/cvsroot/"); if (start!=string::npos && start>0) { string repository = strloc.substr(0, start); if (repository.find("/segfs/")!=string::npos) strloc = "ESRF:" + strloc.substr(start, strloc.length()-start); } Tango::DbDatum cvs_loc("cvs_location"); cvs_loc << strloc; data.push_back(cvs_loc); } } // check for svn information else { string src_path(SvnPath); start = src_path.find("://"); if (start!=string::npos) { end = src_path.find(filename); if (end>start) { header = "$HeadURL: "; start = header.length(); string strloc = src_path.substr(start, (end-start)); Tango::DbDatum svn_loc("svn_location"); svn_loc << strloc; data.push_back(svn_loc); } } } // Get CVS or SVN revision tag // CVS tag string tagname(TagName); header = "$Name: "; start = header.length(); string endstr(" $"); end = tagname.find(endstr); if (end!=string::npos && end>start) { string strtag = tagname.substr(start, end-start); Tango::DbDatum cvs_tag("cvs_tag"); cvs_tag << strtag; data.push_back(cvs_tag); } // SVN tag string svnpath(SvnPath); header = "$HeadURL: "; start = header.length(); end = svnpath.find(endstr); if (end!=string::npos && end>start) { string strloc = svnpath.substr(start, end-start); string tagstr ("/tags/"); start = strloc.find(tagstr); if ( start!=string::npos ) { start = start + tagstr.length(); end = strloc.find(filename); string strtag = strloc.substr(start, end-start-1); Tango::DbDatum svn_tag("svn_tag"); svn_tag << strtag; data.push_back(svn_tag); } } // Get URL location string httpServ(HttpServer); if (httpServ.length()>0) { Tango::DbDatum db_doc_url("doc_url"); db_doc_url << httpServ; data.push_back(db_doc_url); } // Put inheritance Tango::DbDatum inher_datum("InheritedFrom"); vector inheritance; inheritance.push_back("TANGO_BASE_CLASS"); inher_datum << inheritance; data.push_back(inher_datum); // Call database and and values get_db_class()->put_property(data); } //=================================================================== // Factory methods //=================================================================== //-------------------------------------------------------- /** * Method : PipeServerClass::device_factory() * Description : Create the device object(s) * and store them in the device list */ //-------------------------------------------------------- void PipeServerClass::device_factory(const Tango::DevVarStringArray *devlist_ptr) { /*----- PROTECTED REGION ID(PipeServerClass::device_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::device_factory_before // Create devices and add it into the device list for (unsigned long i=0 ; ilength() ; i++) { cout4 << "Device name : " << (*devlist_ptr)[i].in() << endl; device_list.push_back(new PipeServer(this, (*devlist_ptr)[i])); } // Manage dynamic attributes if any erase_dynamic_attributes(devlist_ptr, get_class_attr()->get_attr_list()); // Export devices to the outside world for (unsigned long i=1 ; i<=devlist_ptr->length() ; i++) { // Add dynamic attributes if any PipeServer *dev = static_cast(device_list[device_list.size()-i]); dev->add_dynamic_attributes(); // Check before if database used. if ((Tango::Util::_UseDb == true) && (Tango::Util::_FileDb == false)) export_device(dev); else export_device(dev, dev->get_name().c_str()); } /*----- PROTECTED REGION ID(PipeServerClass::device_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::device_factory_after } //-------------------------------------------------------- /** * Method : PipeServerClass::attribute_factory() * Description : Create the attribute object(s) * and store them in the attribute list */ //-------------------------------------------------------- void PipeServerClass::attribute_factory(vector &att_list) { /*----- PROTECTED REGION ID(PipeServerClass::attribute_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::attribute_factory_before // Create a list of static attributes create_static_attribute_list(get_class_attr()->get_attr_list()); /*----- PROTECTED REGION ID(PipeServerClass::attribute_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::attribute_factory_after } //-------------------------------------------------------- /** * Method : PipeServerClass::pipe_factory() * Description : Create the pipe object(s) * and store them in the pipe list */ //-------------------------------------------------------- void PipeServerClass::pipe_factory() { /*----- PROTECTED REGION ID(PipeServerClass::pipe_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::pipe_factory_before Tango::UserDefaultPipeProp udpp; TestPipeClass *pTestPipe = new TestPipeClass("TestPipe",Tango::OPERATOR); udpp.set_description(""); udpp.set_label(""); pTestPipe->set_default_properties(udpp); pipe_list.push_back(pTestPipe); /*----- PROTECTED REGION ID(PipeServerClass::pipe_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::pipe_factory_after } //-------------------------------------------------------- /** * Method : PipeServerClass::command_factory() * Description : Create the command object(s) * and store them in the command list */ //-------------------------------------------------------- void PipeServerClass::command_factory() { /*----- PROTECTED REGION ID(PipeServerClass::command_factory_before) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::command_factory_before /*----- PROTECTED REGION ID(PipeServerClass::command_factory_after) ENABLED START -----*/ // Add your own code /*----- PROTECTED REGION END -----*/ // PipeServerClass::command_factory_after } //=================================================================== // Dynamic attributes related methods //=================================================================== //-------------------------------------------------------- /** * method : PipeServerClass::create_static_attribute_list * description : Create the a list of static attributes * * @param att_list the ceated attribute list */ //-------------------------------------------------------- void PipeServerClass::create_static_attribute_list(vector &att_list) { for (unsigned long i=0 ; iget_name()); transform(att_name.begin(), att_name.end(), att_name.begin(), ::tolower); defaultAttList.push_back(att_name); } cout2 << defaultAttList.size() << " attributes in default list" << endl; /*----- PROTECTED REGION ID(PipeServerClass::create_static_att_list) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::create_static_att_list } //-------------------------------------------------------- /** * method : PipeServerClass::erase_dynamic_attributes * description : delete the dynamic attributes if any. * * @param devlist_ptr the device list pointer * @param list of all attributes */ //-------------------------------------------------------- void PipeServerClass::erase_dynamic_attributes(const Tango::DevVarStringArray *devlist_ptr, vector &att_list) { Tango::Util *tg = Tango::Util::instance(); for (unsigned long i=0 ; ilength() ; i++) { Tango::DeviceImpl *dev_impl = tg->get_device_by_name(((string)(*devlist_ptr)[i]).c_str()); PipeServer *dev = static_cast (dev_impl); vector &dev_att_list = dev->get_device_attr()->get_attribute_list(); vector::iterator ite_att; for (ite_att=dev_att_list.begin() ; ite_att != dev_att_list.end() ; ++ite_att) { string att_name((*ite_att)->get_name_lower()); if ((att_name == "state") || (att_name == "status")) continue; vector::iterator ite_str = find(defaultAttList.begin(), defaultAttList.end(), att_name); if (ite_str == defaultAttList.end()) { cout2 << att_name << " is a UNWANTED dynamic attribute for device " << (*devlist_ptr)[i] << endl; Tango::Attribute &att = dev->get_device_attr()->get_attr_by_name(att_name.c_str()); dev->remove_attribute(att_list[att.get_attr_idx()], true, false); --ite_att; } } } /*----- PROTECTED REGION ID(PipeServerClass::erase_dynamic_attributes) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::erase_dynamic_attributes } //-------------------------------------------------------- /** * Method : PipeServerClass::get_attr_by_name() * Description : returns Tango::Attr * object found by name */ //-------------------------------------------------------- Tango::Attr *PipeServerClass::get_attr_object_by_name(vector &att_list, string attname) { vector::iterator it; for (it=att_list.begin() ; itget_name()==attname) return (*it); // Attr does not exist return NULL; } /*----- PROTECTED REGION ID(PipeServerClass::Additional Methods) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::Additional Methods } // namespace pytango-9.2.2/examples/pipes/PipeServerClass.h000066400000000000000000000100161316324373100213670ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServerClass.h) ENABLED START -----*/ //============================================================================= // // file : PipeServerClass.h // // description : Include for the PipeServer root class. // This class is the singleton class for // the PipeServer device class. // It contains all properties and methods which the // PipeServer requires only once e.g. the commands. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #ifndef PipeServerClass_H #define PipeServerClass_H #include #include /*----- PROTECTED REGION END -----*/ // PipeServerClass.h namespace PipeServer_ns { /*----- PROTECTED REGION ID(PipeServerClass::classes for dynamic creation) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::classes for dynamic creation //========================================= // Define classes for pipes //========================================= // Pipe TestPipe class definition class TestPipeClass: public Tango::WPipe { public: TestPipeClass(const string &name, Tango::DispLevel level) :WPipe(name, level) {}; ~TestPipeClass() {}; virtual bool is_allowed (Tango::DeviceImpl *dev,Tango::PipeReqType _prt) {return (static_cast(dev))->is_TestPipe_allowed(_prt);} virtual void read(Tango::DeviceImpl *dev) {(static_cast(dev))->read_TestPipe(*this);} virtual void write(Tango::DeviceImpl *dev) {(static_cast(dev))->write_TestPipe(*this);} }; /** * The PipeServerClass singleton definition */ #ifdef _TG_WINDOWS_ class __declspec(dllexport) PipeServerClass : public Tango::DeviceClass #else class PipeServerClass : public Tango::DeviceClass #endif { /*----- PROTECTED REGION ID(PipeServerClass::Additionnal DServer data members) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServerClass::Additionnal DServer data members public: // write class properties data members Tango::DbData cl_prop; Tango::DbData cl_def_prop; Tango::DbData dev_def_prop; // Method prototypes static PipeServerClass *init(const char *); static PipeServerClass *instance(); ~PipeServerClass(); Tango::DbDatum get_class_property(string &); Tango::DbDatum get_default_device_property(string &); Tango::DbDatum get_default_class_property(string &); protected: PipeServerClass(string &); static PipeServerClass *_instance; void command_factory(); void attribute_factory(vector &); void pipe_factory(); void write_class_property(); void set_default_property(); void get_class_property(); string get_cvstag(); string get_cvsroot(); private: void device_factory(const Tango::DevVarStringArray *); void create_static_attribute_list(vector &); void erase_dynamic_attributes(const Tango::DevVarStringArray *,vector &); vector defaultAttList; Tango::Attr *get_attr_object_by_name(vector &att_list, string attname); }; } // End of namespace #endif // PipeServer_H pytango-9.2.2/examples/pipes/PipeServerStateMachine.cpp000066400000000000000000000060121316324373100232230ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServerStateMachine.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : PipeServerStateMachine.cpp // // description : State machine file for the PipeServer class // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include /*----- PROTECTED REGION END -----*/ // PipeServer::PipeServerStateMachine.cpp //================================================================ // States | Description //================================================================ namespace PipeServer_ns { //================================================= // Attributes Allowed Methods //================================================= //================================================= // pipe Allowed Methods //================================================= //-------------------------------------------------------- /** * Method : PipeServer::is_TestPipe_allowed() * Description : Execution allowed for TestPipe pipe */ //-------------------------------------------------------- bool PipeServer::is_TestPipe_allowed(TANGO_UNUSED(Tango::PipeReqType type)) { // Not any excluded states for TestPipe pipe in Write access. /*----- PROTECTED REGION ID(PipeServer::TestPipeStateAllowed_WRITE) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServer::TestPipeStateAllowed_WRITE // Not any excluded states for TestPipe pipe in read access. /*----- PROTECTED REGION ID(PipeServer::TestPipeStateAllowed_READ) ENABLED START -----*/ /*----- PROTECTED REGION END -----*/ // PipeServer::TestPipeStateAllowed_READ return true; } //================================================= // Commands Allowed Methods //================================================= /*----- PROTECTED REGION ID(PipeServer::PipeServerStateAllowed.AdditionalMethods) ENABLED START -----*/ // Additional Methods /*----- PROTECTED REGION END -----*/ // PipeServer::PipeServerStateAllowed.AdditionalMethods } // End of namespace pytango-9.2.2/examples/pipes/__init__.py000066400000000000000000000000001316324373100202450ustar00rootroot00000000000000pytango-9.2.2/examples/pipes/main.cpp000066400000000000000000000051421316324373100176000ustar00rootroot00000000000000/*----- PROTECTED REGION ID(PipeServer::main.cpp) ENABLED START -----*/ static const char *RcsId = "$Id: $"; //============================================================================= // // file : main.cpp // // description : C++ source for the PipeServer device server main. // The main rule is to initialise (and create) the Tango // system and to create the DServerClass singleton. // The main should be the same for every Tango device server. // // project : // // This file is part of Tango device class. // // Tango is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // Tango is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with Tango. If not, see . // // $Author: $ // // $Revision: $ // $Date: $ // // $HeadURL: $ // //============================================================================= // This file is generated by POGO // (Program Obviously used to Generate tango Object) //============================================================================= #include // Check if crash reporting is used. #if defined(ENABLE_CRASH_REPORT) # include #else # define DECLARE_CRASH_HANDLER # define INSTALL_CRASH_HANDLER #endif DECLARE_CRASH_HANDLER; int main(int argc,char *argv[]) { INSTALL_CRASH_HANDLER try { // Initialise the device server //---------------------------------------- Tango::Util *tg = Tango::Util::init(argc,argv); // Create the device server singleton // which will create everything //---------------------------------------- tg->server_init(false); // Run the endless loop //---------------------------------------- cout << "Ready to accept request" << endl; tg->server_run(); } catch (bad_alloc &) { cout << "Can't allocate memory to store device object !!!" << endl; cout << "Exiting" << endl; } catch (CORBA::Exception &e) { Tango::Except::print_exception(e); cout << "Received a CORBA_Exception" << endl; cout << "Exiting" << endl; } Tango::Util::instance()->server_cleanup(); return(0); } /*----- PROTECTED REGION END -----*/ // PipeServer::main.cpp pytango-9.2.2/examples/simple/000077500000000000000000000000001316324373100163175ustar00rootroot00000000000000pytango-9.2.2/examples/simple/common/000077500000000000000000000000001316324373100176075ustar00rootroot00000000000000pytango-9.2.2/examples/simple/common/__init__.py000066400000000000000000000000001316324373100217060ustar00rootroot00000000000000pytango-9.2.2/examples/simple/common/roi.py000066400000000000000000000004371316324373100207560ustar00rootroot00000000000000class ROI: def __init__(self, x, y, w, h): self.x = x self.y = y self.w = w self.h = h def __repr__(self): return str(self) def __str__(self): txt = "ROI(x={o.x}, y={o.y}, w={o.w}, h={o.h})".format(o=self) return txt pytango-9.2.2/examples/simple/simple_client.py000066400000000000000000000013171316324373100215220ustar00rootroot00000000000000import PyTango.client my_object = PyTango.client.Object("my_object") print("my_object.bla = {0}".format(my_object.bla)) print("my_object.ble = {0}".format(my_object.ble)) print("my_object.bli = {0}".format(my_object.bli)) print("my_object.array = {0}".format(my_object.array)) r1 = my_object.func1() print("my_object.func1() = {0}".format(r1)) r2 = my_object.func2(96.44) print("my_object.func2(96.44) = {0}".format(r2)) r3 = my_object.func3(45.86, 'hello', d=False, c='world') print("my_object.func3(45.86, 'hello', d=False, c='world') = {0}".format(r3)) r4 = my_object.func4() print("my_object.func4() = {0}".format(r4)) r5 = my_object.zeros((500, 1000)) print("my_object.zeros((500, 1000)) = {0}".format(r5)) pytango-9.2.2/examples/simple/simple_server.py000066400000000000000000000017051316324373100215530ustar00rootroot00000000000000import numpy from PyTango.server import Server from common.roi import ROI class MyClass: def __init__(self): self.bla = 55.6 self.ble = 11 self.bli = False self.array = numpy.ones((1000,1000)) self.buff = bytearray(100000*"Hello ") def func1(self): return "executed func1" def func2(self, v): return 2*v def func3(self, a, b, c=1, d=3): """Just some documentation""" return "done func3" def func4(self): roi1 = ROI(10, 20, 640, 480) roi2 = ROI(0, 0, 1024, 768) return roi1.__dict__ def zeros(self, shape, dtype='float'): import numpy return numpy.zeros(shape, dtype=dtype) def func5(self, nap_time): import time time.sleep(nap_time) return "Finished sleep for {0}s".format(nap_time) my_object = MyClass() server = Server("Bla") server.register_object(my_object, "my_object") server.run() pytango-9.2.2/ext/000077500000000000000000000000001316324373100140105ustar00rootroot00000000000000pytango-9.2.2/ext/api_util.cpp000066400000000000000000000044021316324373100163220ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "pyutils.h" using namespace boost::python; namespace PyApiUtil { inline object get_env_var(const char *name) { std::string value; if (Tango::ApiUtil::get_env_var(name, value) == 0) { return str(value); } return object(); } }; void (Tango::ApiUtil::*get_asynch_replies1)() = &Tango::ApiUtil::get_asynch_replies; void (Tango::ApiUtil::*get_asynch_replies2)(long) = &Tango::ApiUtil::get_asynch_replies; bool (Tango::ApiUtil::*in_server1)() = &Tango::ApiUtil::in_server; void (Tango::ApiUtil::*in_server2)(bool) = &Tango::ApiUtil::in_server; void export_api_util() { class_("ApiUtil", no_init) .def("instance", &Tango::ApiUtil::instance, return_value_policy()) .staticmethod("instance") .def("pending_asynch_call", &Tango::ApiUtil::pending_asynch_call) .def("get_asynch_replies", get_asynch_replies1) .def("get_asynch_replies", get_asynch_replies2) .def("set_asynch_cb_sub_model", &Tango::ApiUtil::set_asynch_cb_sub_model) .def("get_asynch_cb_sub_model", &Tango::ApiUtil::get_asynch_cb_sub_model) .def("get_env_var", &PyApiUtil::get_env_var) .staticmethod("get_env_var") .def("is_notifd_event_consumer_created", &Tango::ApiUtil::is_notifd_event_consumer_created) .def("is_zmq_event_consumer_created", &Tango::ApiUtil::is_zmq_event_consumer_created) .def("get_user_connect_timeout", &Tango::ApiUtil::get_user_connect_timeout) .def("get_ip_from_if", &Tango::ApiUtil::get_ip_from_if) ; } pytango-9.2.2/ext/archive_event_info.cpp000066400000000000000000000021101316324373100203430ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_archive_event_info() { class_("ArchiveEventInfo") .enable_pickling() .def_readwrite("archive_rel_change", &Tango::ArchiveEventInfo::archive_rel_change) .def_readwrite("archive_abs_change", &Tango::ArchiveEventInfo::archive_abs_change) .def_readwrite("archive_period", &Tango::ArchiveEventInfo::archive_period) .def_readwrite("extensions", &Tango::ArchiveEventInfo::extensions) ; } pytango-9.2.2/ext/attr_conf_event_data.cpp000066400000000000000000000050641316324373100206720ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "exception.h" using namespace boost::python; extern boost::python::object PyTango_DevFailed; namespace PyAttrConfEventData { static boost::shared_ptr makeAttrConfEventData() { Tango::AttrConfEventData *result = new Tango::AttrConfEventData; return boost::shared_ptr(result); } static void set_errors(Tango::AttrConfEventData &event_data, boost::python::object &dev_failed) { Tango::DevFailed df; boost::python::object errors = dev_failed.attr("args"); sequencePyDevError_2_DevErrorList(errors.ptr(), event_data.errors); } }; void export_attr_conf_event_data() { class_("AttrConfEventData", init()) .def("__init__", boost::python::make_constructor(PyAttrConfEventData::makeAttrConfEventData)) // The original Tango::AttrConfEventData structure has a 'device' field. // However, if we returned this directly we would get a different // python device each time. So we are doing our weird things to make // sure the device returned is the same where the read action was // performed. So we don't return Tango::AttrConfEventData::device directly. // See callback.cpp .setattr("device",object()) .def_readwrite("attr_name", &Tango::AttrConfEventData::attr_name) .def_readwrite("event", &Tango::AttrConfEventData::event) .setattr("attr_conf",object()) .def_readwrite("err", &Tango::AttrConfEventData::err) .def_readwrite("reception_date", &Tango::AttrConfEventData::reception_date) .add_property("errors", make_getter(&Tango::AttrConfEventData::errors, return_value_policy()), &PyAttrConfEventData::set_errors) .def("get_date", &Tango::AttrConfEventData::get_date, return_internal_reference<>()) ; } pytango-9.2.2/ext/attribute_alarm_info.cpp000066400000000000000000000024151316324373100207100ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_attribute_alarm_info() { class_("AttributeAlarmInfo") .enable_pickling() .def_readwrite("min_alarm", &Tango::AttributeAlarmInfo::min_alarm) .def_readwrite("max_alarm", &Tango::AttributeAlarmInfo::max_alarm) .def_readwrite("min_warning", &Tango::AttributeAlarmInfo::min_warning) .def_readwrite("max_warning", &Tango::AttributeAlarmInfo::max_warning) .def_readwrite("delta_t", &Tango::AttributeAlarmInfo::delta_t) .def_readwrite("delta_val", &Tango::AttributeAlarmInfo::delta_val) .def_readwrite("extensions", &Tango::AttributeAlarmInfo::extensions) ; } pytango-9.2.2/ext/attribute_dimension.cpp000066400000000000000000000015421316324373100205660ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_attribute_dimension() { class_("AttributeDimension") .def_readonly("dim_x", &Tango::AttributeDimension::dim_x) .def_readonly("dim_y", &Tango::AttributeDimension::dim_y) ; } pytango-9.2.2/ext/attribute_event_info.cpp000066400000000000000000000017271316324373100207420ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_attribute_event_info() { class_("AttributeEventInfo") .enable_pickling() .def_readwrite("ch_event", &Tango::AttributeEventInfo::ch_event) .def_readwrite("per_event", &Tango::AttributeEventInfo::per_event) .def_readwrite("arch_event", &Tango::AttributeEventInfo::arch_event) ; } pytango-9.2.2/ext/attribute_info.cpp000066400000000000000000000016231316324373100175340ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_attribute_info() { class_ > ("AttributeInfo") .def(init()) .enable_pickling() .def_readwrite("disp_level", &Tango::AttributeInfo::disp_level) ; } pytango-9.2.2/ext/attribute_info_ex.cpp000066400000000000000000000023661316324373100202350ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_attribute_info_ex() { class_ > ("AttributeInfoEx") .def(init()) .enable_pickling() .def_readwrite("root_attr_name", &Tango::AttributeInfoEx::root_attr_name) .def_readwrite("memorized", &Tango::AttributeInfoEx::memorized) .def_readwrite("enum_labels", &Tango::AttributeInfoEx::enum_labels) .def_readwrite("alarms", &Tango::AttributeInfoEx::alarms) .def_readwrite("events", &Tango::AttributeInfoEx::events) .def_readwrite("sys_extensions", &Tango::AttributeInfoEx::sys_extensions) ; } pytango-9.2.2/ext/attribute_proxy.cpp000066400000000000000000000102271316324373100177620ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" namespace bopy = boost::python; extern const char *param_must_be_seq; extern const char *unreachable_code; extern const char *non_string_seq; namespace PyAttributeProxy { struct PickleSuite : bopy::pickle_suite { static bopy::tuple getinitargs(Tango::AttributeProxy& self) { Tango::DeviceProxy* dev = self.get_device_proxy(); std::string ret = dev->get_db_host() + ":" + dev->get_db_port() + "/" + dev->dev_name() + "/" + self.name(); return bopy::make_tuple(ret); } }; static boost::shared_ptr makeAttributeProxy1(const std::string& name) { return boost::shared_ptr(new Tango::AttributeProxy(name.c_str())); } static boost::shared_ptr makeAttributeProxy2(const Tango::DeviceProxy *dev, const std::string& name) { return boost::shared_ptr(new Tango::AttributeProxy(dev, name.c_str())); } } void export_attribute_proxy() { // The following function declarations are necessary to be able to cast // the function parameters from string& to const string&, otherwise python // will not recognize the method calls void (Tango::AttributeProxy::*get_property_)(std::string &, Tango::DbData &) = &Tango::AttributeProxy::get_property; void (Tango::AttributeProxy::*delete_property_)(std::string &) = &Tango::AttributeProxy::delete_property; bopy::class_ AttributeProxy("__AttributeProxy", bopy::init()) ; AttributeProxy .def("__init__", boost::python::make_constructor(PyAttributeProxy::makeAttributeProxy1)) .def("__init__", boost::python::make_constructor(PyAttributeProxy::makeAttributeProxy2)) // // Pickle // .def_pickle(PyAttributeProxy::PickleSuite()) // // general methods // .def("name", &Tango::AttributeProxy::name, ( arg_("self") )) .def("get_device_proxy", &Tango::AttributeProxy::get_device_proxy, ( arg_("self") ), bopy::return_internal_reference<1>()) // // property methods // .def("_get_property", (void (Tango::AttributeProxy::*) (const std::string &, Tango::DbData &)) get_property_, ( arg_("self"), arg_("propname"), arg_("propdata") ) ) .def("_get_property", (void (Tango::AttributeProxy::*) (std::vector&, Tango::DbData &)) &Tango::AttributeProxy::get_property, ( arg_("self"), arg_("propnames"), arg_("propdata") ) ) .def("_get_property", (void (Tango::AttributeProxy::*) (Tango::DbData &)) &Tango::AttributeProxy::get_property, ( arg_("self"), arg_("propdata") ) ) .def("_put_property", &Tango::AttributeProxy::put_property, ( arg_("self"), arg_("propdata") ) ) .def("_delete_property", (void (Tango::AttributeProxy::*) (const std::string &)) delete_property_, ( arg_("self"), arg_("propname") ) ) .def("_delete_property", (void (Tango::AttributeProxy::*) (StdStringVector &)) &Tango::AttributeProxy::delete_property, ( arg_("self"), arg_("propnames") ) ) .def("_delete_property", (void (Tango::AttributeProxy::*) (Tango::DbData &)) &Tango::AttributeProxy::delete_property, ( arg_("self"), arg_("propdata") ) ) ; } pytango-9.2.2/ext/base_types.cpp000066400000000000000000000372131316324373100166600ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" #include "fast_from_py.h" #include "base_types_numpy.hpp" using namespace boost::python; // from tango_const.h void export_poll_device(); // from devapi.h void export_locker_info(); //TODO void export_locking_thread(); void export_dev_command_info(); void export_attribute_dimension(); void export_command_info(); void export_device_info(); void export_device_attribute_config(); void export_attribute_info(); void export_attribute_alarm_info(); void export_change_event_info(); void export_periodic_event_info(); void export_archive_event_info(); void export_attribute_event_info(); void export_attribute_info_ex(); void export_device_data(); void export_device_attribute(); void export_device_data_history(); void export_device_attribute_history(); void export_device_pipe(); void export_pipe_info(); void export_dev_error(); void export_time_val(); // // Necessary equality operators for having vectors exported to python // namespace Tango { inline bool operator==(const Tango::DbDatum& dd1, const Tango::DbDatum& dd2) { return dd1.name == dd2.name && dd1.value_string == dd2.value_string; } inline bool operator==(const Tango::DbDevInfo& di1, const Tango::DbDevInfo& di2) { return di1.name == di2.name && di1._class == di2._class && di1.server == di2.server; } inline bool operator==(const Tango::DbDevImportInfo& dii1, const Tango::DbDevImportInfo& dii2) { return dii1.name == dii2.name && dii1.exported == dii2.exported && dii1.ior == dii2.ior && dii1.version == dii2.version; } inline bool operator==(const Tango::DbDevExportInfo& dei1, const Tango::DbDevExportInfo& dei2) { return dei1.name == dei2.name && dei1.ior == dei2.ior && dei1.host == dei2.host && dei1.version == dei2.version && dei1.pid == dei2.pid; } inline bool operator==(const Tango::DbHistory& dh1_, const Tango::DbHistory& dh2_) { Tango::DbHistory &dh1 = const_cast(dh1_); Tango::DbHistory &dh2 = const_cast(dh2_); return dh1.get_name() == dh2.get_name() && dh1.get_attribute_name() == dh2.get_attribute_name() && dh1.is_deleted() == dh2.is_deleted(); } inline bool operator==(const Tango::GroupReply& dh1_, const Tango::GroupReply& dh2_) { /// @todo ? return false; } inline bool operator==(const Tango::TimeVal& tv1, const Tango::TimeVal& tv2) { return tv1.tv_sec == tv2.tv_sec && tv1.tv_usec == tv2.tv_usec && tv1.tv_nsec == tv2.tv_nsec; } inline bool operator==(const Tango::DeviceData& dd1_, const Tango::DeviceData& dd2_) { Tango::DeviceData &dd1 = const_cast(dd1_); Tango::DeviceData &dd2 = const_cast(dd2_); return //dh1.any == dh2.any && dd1.exceptions() == dd2.exceptions(); } inline bool operator==(const Tango::DeviceDataHistory& ddh1_, const Tango::DeviceDataHistory& ddh2_) { Tango::DeviceDataHistory &ddh1 = const_cast(ddh1_); Tango::DeviceDataHistory &ddh2 = const_cast(ddh2_); return operator==((Tango::DeviceData)ddh1, (Tango::DeviceData)ddh2) && ddh1.failed() == ddh2.failed() && ddh1.date() == ddh2.date(); //&& //ddh1.errors() == ddh2.errors(); } inline bool operator==(const Tango::PipeInfo& pi1, const Tango::PipeInfo& pi2) { return pi1.name == pi2.name && pi1.description == pi2.description && pi1.label == pi2.label && pi1.disp_level == pi2.disp_level && pi1.writable == pi2.writable && pi1.extensions == pi2.extensions; } } /** * Converter from python sequence to CORBA sequence */ template struct convert_PySequence_to_CORBA_Sequence { convert_PySequence_to_CORBA_Sequence() { // Register converter from python sequence to CorbaSequence boost::python::converter::registry::push_back( &convertible, &construct, boost::python::type_id()); } // Check if given Python object is convertible to a sequence. // If so, return obj, otherwise return 0 static void* convertible(PyObject* obj) { return (PySequence_Check(obj)) ? obj : NULL; } static void construct(PyObject* obj, boost::python::converter::rvalue_from_python_stage1_data* data) { typedef boost::python::converter::rvalue_from_python_storage CorbaSequence_storage; void* const storage = reinterpret_cast(data)->storage.bytes; CorbaSequence *ptr = new (storage) CorbaSequence(); convert2array(object(handle<>(obj)), *ptr); data->convertible = storage; } }; #if PY_VERSION_HEX < 0x03000000 bool is_str(PyObject* obj) { return PyString_Check(obj) || PyUnicode_Check(obj); } struct StdString_from_python_str_unicode { StdString_from_python_str_unicode() { boost::python::converter::registry::push_back( &convertible, &construct, boost::python::type_id()); } // Determine if obj_ptr can be converted in a std::string static void* convertible(PyObject* obj) { if (!is_str(obj)) { return 0; } return obj; } // Convert obj_ptr into a std::string static void construct(PyObject* obj, boost::python::converter::rvalue_from_python_stage1_data* data) { bool decref = false; if (PyUnicode_Check(obj)) { decref = true; obj = PyUnicode_AsLatin1String(obj); } const char* value = PyBytes_AsString(obj); // Grab pointer to memory into which to construct the new std::string void* storage = ( (boost::python::converter::rvalue_from_python_storage*) data)->storage.bytes; // in-place construct the new std::string using the character data // extraced from the python object new (storage) std::string(value); // Stash the memory chunk pointer for later use by boost.python data->convertible = storage; if (decref) Py_DECREF(obj); } }; #endif // PY_VERSION_HEX < 0x03000000 int raise_asynch_exception(long thread_id, boost::python::object exp_klass) { return PyThreadState_SetAsyncExc(thread_id, exp_klass.ptr()); } void export_base_types() { enum_("ExtractAs") .value("Numpy", PyTango::ExtractAsNumpy) .value("ByteArray", PyTango::ExtractAsByteArray) .value("Bytes", PyTango::ExtractAsBytes) .value("Tuple", PyTango::ExtractAsTuple) .value("List", PyTango::ExtractAsList) .value("String", PyTango::ExtractAsString) .value("Nothing", PyTango::ExtractAsNothing) ; enum_("GreenMode") .value("Synchronous", PyTango::GreenModeSynchronous) .value("Futures", PyTango::GreenModeFutures) .value("Gevent", PyTango::GreenModeGevent) .value("Asyncio", PyTango::GreenModeAsyncio) ; enum_("_ImageFormat") .value("RawImage", PyTango::RawImage) .value("JpegImage", PyTango::JpegImage) ; // Export some std types // vector_indexing_suite<*, true | false>: // - true: Make a copy of the original value each time the vector // is accessed. We have a struct like this: // struct V { int value; } // and the object is: // std::vector vec = { 69 }; // wrapped in python and we do: // vec[0].value = 3 // vec[0].unexisting = 7 // print vec[0].value // >> 69 ( 3 is stored in the obj created the first vec[0]) // print vec[0].unexisting // >> exception (unexisting is stored in the other obj) // If the C struct has a 'value' field, it will // - false: Make a new proxy object of the original value each time // the vector is accessed. With the same example: // vec[0].value = 3 // vec[0].unexisting = 7 // print vec[0].value // >> 3 (It's another proxy obj, but modifiyes the same // internal C object) // print vec[0].unexisting // >> exception (unexisting is stored in the other obj) class_("StdStringVector") .def(vector_indexing_suite()); class_("StdLongVector") .def(vector_indexing_suite()); class_("StdDoubleVector") .def(vector_indexing_suite()); class_("CommandInfoList") .def(vector_indexing_suite()); class_("AttributeInfoList") .def(vector_indexing_suite()); class_("AttributeInfoListEx") .def(vector_indexing_suite()); class_("PipeInfoList") .def(vector_indexing_suite()); class_ >("AttrList") .def(vector_indexing_suite, true>()); class_ >("AttributeList") .def(vector_indexing_suite, true>()); class_ >("PipeList") .def(vector_indexing_suite, true>()); //class_("EventDataList") // .def(vector_indexing_suite()); class_("DbData") .def(vector_indexing_suite()); class_("DbDevInfos") .def(vector_indexing_suite()); class_("DbDevExportInfos") .def(vector_indexing_suite()); class_("DbDevImportInfos") .def(vector_indexing_suite()); class_ >("DbHistoryList") .def(vector_indexing_suite, true>()); class_ >("DeviceDataList") .def(vector_indexing_suite, true>()); class_("DeviceDataHistoryList") .def(vector_indexing_suite()); typedef std::vector StdGroupReplyVector_; class_< StdGroupReplyVector_ >("StdGroupReplyVector") .def(vector_indexing_suite()); typedef std::vector StdGroupCmdReplyVector_; class_< StdGroupCmdReplyVector_ >("StdGroupCmdReplyVector") .def(vector_indexing_suite()); typedef std::vector StdGroupAttrReplyVector_; class_< StdGroupAttrReplyVector_ >("StdGroupAttrReplyVector") .def(vector_indexing_suite()); to_python_converter(); //to_python_converter<_CORBA_String_member, CORBA_String_member_to_str2>(); to_python_converter<_CORBA_String_element, CORBA_String_element_to_str>(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter >(); to_python_converter(); //to_python_converter(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_PySequence_to_CORBA_Sequence(); convert_numpy_to_integer(); convert_numpy_to_integer(); convert_numpy_to_integer(); convert_numpy_to_float(); convert_numpy_to_float(); convert_numpy_to_integer(); convert_numpy_to_integer(); convert_numpy_to_integer(); convert_numpy_to_integer(); #if PY_VERSION_HEX < 0x03000000 StdString_from_python_str_unicode(); #endif // from tango_const.h export_poll_device(); // from devapi.h export_locker_info(); //TODO export_locking_thread(); export_dev_command_info(); export_attribute_dimension(); export_command_info(); export_device_info(); export_device_attribute_config(); export_attribute_info(); export_attribute_alarm_info(); export_change_event_info(); export_periodic_event_info(); export_archive_event_info(); export_attribute_event_info(); export_attribute_info_ex(); export_device_data(); export_device_attribute(); export_device_data_history(); export_device_attribute_history(); export_device_pipe(); export_pipe_info(); export_dev_error(); export_time_val(); def("raise_asynch_exception", &raise_asynch_exception); def("_get_tango_lib_release", &Tango::_convert_tango_lib_release); } pytango-9.2.2/ext/base_types_numpy.hpp000066400000000000000000000070611316324373100201130ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #ifdef DISABLE_PYTANGO_NUMPY template struct convert_numpy_to_integer { convert_numpy_to_integer() {} }; template struct convert_numpy_to_float { convert_numpy_to_float() {} }; #else template struct convert_numpy_to_integer { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; static const long NumpyType = TANGO_const2numpy(tangoTypeConst); convert_numpy_to_integer() { boost::python::converter::registry::push_back( &convertible, &construct, boost::python::type_id()); } static void* convertible(PyObject* obj) { if (!PyArray_CheckScalar(obj)) return 0; PyArray_Descr* type = PyArray_DescrFromScalar(obj); if (PyDataType_ISINTEGER(type)) { return obj; } return 0; } static void construct(PyObject* obj, boost::python::converter::rvalue_from_python_stage1_data* data) { typedef boost::python::converter::rvalue_from_python_storage tango_storage; void* const storage = reinterpret_cast(data)->storage.bytes; TangoScalarType *ptr = new (storage) TangoScalarType(); PyObject* native_obj = PyObject_CallMethod(obj, const_cast("__int__"), NULL); if (native_obj == NULL) { boost::python::throw_error_already_set(); } from_py::convert(native_obj, *ptr); Py_DECREF(native_obj); data->convertible = storage; } }; template struct convert_numpy_to_float { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; static const long NumpyType = TANGO_const2numpy(tangoTypeConst); convert_numpy_to_float() { boost::python::converter::registry::push_back( &convertible, &construct, boost::python::type_id()); } static void* convertible(PyObject* obj) { if (!PyArray_CheckScalar(obj)) return 0; PyArray_Descr* type = PyArray_DescrFromScalar(obj); if (PyDataType_ISINTEGER(type) || PyDataType_ISFLOAT(type)) { return obj; } return 0; } static void construct(PyObject* obj, boost::python::converter::rvalue_from_python_stage1_data* data) { typedef boost::python::converter::rvalue_from_python_storage tango_storage; void* const storage = reinterpret_cast(data)->storage.bytes; TangoScalarType *ptr = new (storage) TangoScalarType(); PyObject* native_obj = PyObject_CallMethod(obj, const_cast("__float__"), NULL); if (native_obj == NULL) { boost::python::throw_error_already_set(); } from_py::convert(native_obj, *ptr); Py_DECREF(native_obj); data->convertible = storage; } }; #endif pytango-9.2.2/ext/callback.cpp000066400000000000000000000356451316324373100162650ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" #include "callback.h" #include "device_attribute.h" #include "exception.h" #include "device_pipe.h" using namespace boost::python; struct PyCmdDoneEvent { object device; object cmd_name; object argout; object argout_raw; object err; object errors; object ext; }; struct PyAttrReadEvent { object device; object attr_names; object argout; object err; object errors; object ext; }; struct PyAttrWrittenEvent { object device; object attr_names; object err; object errors; object ext; }; static void copy_most_fields(PyCallBackAutoDie* self, const Tango::CmdDoneEvent* ev, PyCmdDoneEvent* py_ev) { // py_ev->device py_ev->cmd_name = object(ev->cmd_name); py_ev->argout_raw = object(ev->argout); py_ev->err = object(ev->err); py_ev->errors = object(ev->errors); // py_ev->ext = object(ev->ext); } static void copy_most_fields(PyCallBackAutoDie* self, const Tango::AttrReadEvent* ev, PyAttrReadEvent* py_ev) { // py_ev->device py_ev->attr_names = object(ev->attr_names); PyDeviceAttribute::AutoDevAttrVector dev_attr_vec(ev->argout); py_ev->argout = PyDeviceAttribute::convert_to_python( \ dev_attr_vec, *ev->device, self->m_extract_as); py_ev->err = object(ev->err); py_ev->errors = object(ev->errors); // py_ev->ext = object(ev->ext); } static void copy_most_fields(PyCallBackAutoDie* self, const Tango::AttrWrittenEvent* ev, PyAttrWrittenEvent* py_ev) { // py_ev->device py_ev->attr_names = object(ev->attr_names); py_ev->err = object(ev->err); py_ev->errors = object(ev->errors); // py_ev->ext = object(ev->ext); } /*static*/ object PyCallBackAutoDie::py_on_callback_parent_fades; /*static*/ std::map PyCallBackAutoDie::s_weak2ob; PyCallBackAutoDie::~PyCallBackAutoDie() { if (this->m_weak_parent) { PyCallBackAutoDie::s_weak2ob.erase(this->m_weak_parent); boost::python::xdecref(this->m_weak_parent); } } /*static*/ void PyCallBackAutoDie::init() { object py_scope = boost::python::scope(); def ("__on_callback_parent_fades", on_callback_parent_fades); PyCallBackAutoDie::py_on_callback_parent_fades = py_scope.attr("__on_callback_parent_fades"); } void PyCallBackAutoDie::on_callback_parent_fades(PyObject* weakobj) { PyObject* ob = PyCallBackAutoDie::s_weak2ob[weakobj]; if (!ob) return; // while (ob->ob_refcnt) boost::python::xdecref(ob); } void PyCallBackAutoDie::set_autokill_references(object &py_self, object &py_parent) { if (m_self == 0) m_self = py_self.ptr(); assert(m_self == py_self.ptr()); PyObject* recb = PyCallBackAutoDie::py_on_callback_parent_fades.ptr(); this->m_weak_parent = PyWeakref_NewRef(py_parent.ptr(), recb); if (!this->m_weak_parent) throw_error_already_set(); boost::python::incref(this->m_self); PyCallBackAutoDie::s_weak2ob[this->m_weak_parent] = py_self.ptr(); } void PyCallBackAutoDie::unset_autokill_references() { boost::python::decref(m_self); } template static void _run_virtual_once(PyCallBackAutoDie* self, OriginalT * ev, const char* virt_fn_name) { AutoPythonGIL gil; try { CopyT* py_ev = new CopyT(); object py_value = object( handle<>( to_python_indirect< CopyT*, detail::make_owning_holder>()(py_ev) ) ); // - py_ev->device = object(ev->device); No, we use m_weak_parent // so we get exactly the same python object... if (self->m_weak_parent) { PyObject* parent = PyWeakref_GET_OBJECT(self->m_weak_parent); if (parent && parent != Py_None) { py_ev->device = object(handle<>(borrowed(parent))); } } copy_most_fields(self, ev, py_ev); self->get_override(virt_fn_name)(py_value); } catch (...) { self->unset_autokill_references(); /// @todo yes, I want the exception to go to Tango and then wathever. But it will make a memory leak bcos tangoc++ is not handling exceptions properly!! (proxy_asyn_cb.cpp, void Connection::Cb_ReadAttr_Request(CORBA::Request_ptr req,Tango::CallBack *cb_ptr)) /// and the same for cmd_ended, attr_read & attr_written /// @bug See previous todo. If TangoC++ is fixed, it'll become a bug: delete ev; /// @todo or maybe it's just that I am not supposed to re-throw the exception? (still a bug in tangoc++). Then also get rid of the "delete ev" line! throw; } self->unset_autokill_references(); }; /*virtual*/ void PyCallBackAutoDie::cmd_ended(Tango::CmdDoneEvent * ev) { _run_virtual_once(this, ev, "cmd_ended"); }; /*virtual*/ void PyCallBackAutoDie::attr_read(Tango::AttrReadEvent *ev) { _run_virtual_once(this, ev, "attr_read"); }; /*virtual*/ void PyCallBackAutoDie::attr_written(Tango::AttrWrittenEvent *ev) { _run_virtual_once(this, ev, "attr_written"); }; PyCallBackPushEvent::~PyCallBackPushEvent() { boost::python::xdecref(this->m_weak_device); } void PyCallBackPushEvent::set_device(object &py_device) { this->m_weak_device = PyWeakref_NewRef(py_device.ptr(), 0); if (!this->m_weak_device) throw_error_already_set(); } namespace { template void copy_device(OriginalT* ev, object py_ev, object py_device) { if (py_device.ptr() != Py_None) py_ev.attr("device") = py_device; else py_ev.attr("device") = object(ev->device); } template static void _push_event(PyCallBackPushEvent* self, OriginalT * ev) { // If the event is received after python dies but before the process // finishes then discard the event if (!Py_IsInitialized()) { cout4 << "Tango event (" << ev->event << ") received for after python shutdown. " << "Event will be ignored" << std::endl; return; } AutoPythonGIL gil; // Make a copy of ev in python // (the original will be deleted by TangoC++ on return) object py_ev(ev); OriginalT* ev_copy = extract(py_ev); // If possible, reuse the original DeviceProxy object py_device; if (self->m_weak_device) { PyObject* py_c_device = PyWeakref_GET_OBJECT(self->m_weak_device); if (py_c_device && py_c_device != Py_None) { py_device = object(handle<>(borrowed(py_c_device))); } } try { PyCallBackPushEvent::fill_py_event(ev_copy, py_ev, py_device, self->m_extract_as); } SAFE_CATCH_REPORT("PyCallBackPushEvent::fill_py_event") try { self->get_override("push_event")(py_ev); } SAFE_CATCH_INFORM("push_event") }; } boost::python::object PyCallBackPushEvent::get_override(const char* name) { return boost::python::wrapper::get_override(name); } void PyCallBackPushEvent::fill_py_event(Tango::EventData* ev, object & py_ev, object py_device, PyTango::ExtractAs extract_as) { copy_device(ev, py_ev, py_device); /// @todo on error extracting, we could save the error in DeviceData /// instead of throwing it...? // Save a copy of attr_value, so we can still access it after // the execution of the callback (Tango will delete the original!) // I originally was 'stealing' the reference to TangoC++: I got // attr_value and set it to 0... But now TangoC++ is not deleting // attr_value pointer but its own copy, so my efforts are useless. if (ev->attr_value) { #ifdef PYTANGO_HAS_UNIQUE_PTR Tango::DeviceAttribute *attr = new Tango::DeviceAttribute; (*attr) = std::move(*ev->attr_value); #else Tango::DeviceAttribute *attr = new Tango::DeviceAttribute(*ev->attr_value); #endif py_ev.attr("attr_value") = PyDeviceAttribute::convert_to_python(attr, *ev->device, extract_as); } // ev->attr_value = 0; // Do not delete, python will. } void PyCallBackPushEvent::fill_py_event(Tango::AttrConfEventData* ev, object & py_ev, object py_device, PyTango::ExtractAs extract_as) { copy_device(ev, py_ev, py_device); if (ev->attr_conf) { py_ev.attr("attr_conf") = *ev->attr_conf; } } void PyCallBackPushEvent::fill_py_event(Tango::DataReadyEventData* ev, object & py_ev, object py_device, PyTango::ExtractAs extract_as) { copy_device(ev, py_ev, py_device); } void PyCallBackPushEvent::fill_py_event(Tango::PipeEventData* ev, object & py_ev, object py_device, PyTango::ExtractAs extract_as) { copy_device(ev, py_ev, py_device); if (ev->pipe_value) { #ifdef PYTANGO_HAS_UNIQUE_PTR Tango::DevicePipe *pipe_value = new Tango::DevicePipe; (*pipe_value) = std::move(*ev->pipe_value); #else Tango::DevicePipe *pipe_value = new Tango::DevicePipe(*ev->pipe_value); #endif py_ev.attr("pipe_value") = PyTango::DevicePipe::convert_to_python(pipe_value, extract_as); } } void PyCallBackPushEvent::fill_py_event(Tango::DevIntrChangeEventData* ev, object & py_ev, object py_device, PyTango::ExtractAs extract_as) { copy_device(ev, py_ev, py_device); py_ev.attr("cmd_list") = ev->cmd_list; py_ev.attr("att_list") = ev->att_list; } /*virtual*/ void PyCallBackPushEvent::push_event(Tango::EventData *ev) { _push_event(this, ev); } /*virtual*/ void PyCallBackPushEvent::push_event(Tango::AttrConfEventData *ev) { _push_event(this, ev); } /*virtual*/ void PyCallBackPushEvent::push_event(Tango::DataReadyEventData *ev) { _push_event(this, ev); } /*virtual*/ void PyCallBackPushEvent::push_event(Tango::PipeEventData *ev) { _push_event(this, ev); } /*virtual*/ void PyCallBackPushEvent::push_event(Tango::DevIntrChangeEventData *ev) { _push_event(this, ev); } void export_callback() { PyCallBackAutoDie::init(); /// @todo move somewhere else, another file i tal... class_ CmdDoneEvent("CmdDoneEvent", no_init); CmdDoneEvent .def_readonly("device", &PyCmdDoneEvent::device) .def_readonly("cmd_name", &PyCmdDoneEvent::cmd_name) .def_readonly("argout_raw", &PyCmdDoneEvent::argout_raw) .def_readonly("argout", &PyCmdDoneEvent::argout) .def_readonly("err", &PyCmdDoneEvent::err) .def_readonly("errors", &PyCmdDoneEvent::errors) .def_readonly("ext", &PyCmdDoneEvent::ext) ; class_ AttrReadEvent("AttrReadEvent", no_init); AttrReadEvent .def_readonly("device", &PyAttrReadEvent::device) .def_readonly("attr_names", &PyAttrReadEvent::attr_names) .def_readonly("argout", &PyAttrReadEvent::argout) .def_readonly("err", &PyAttrReadEvent::err) .def_readonly("errors", &PyAttrReadEvent::errors) .def_readonly("ext", &PyAttrReadEvent::ext) ; class_ AttrWrittenEvent( "AttrWrittenEvent", no_init); AttrWrittenEvent .def_readonly("device", &PyAttrWrittenEvent::device) .def_readonly("attr_names", &PyAttrWrittenEvent::attr_names) .def_readonly("err", &PyAttrWrittenEvent::err) .def_readonly("errors", &PyAttrWrittenEvent::errors) .def_readonly("ext", &PyAttrWrittenEvent::ext) ; class_ CallBackAutoDie( "__CallBackAutoDie", "INTERNAL CLASS - DO NOT USE IT", init<>()) ; CallBackAutoDie .def("cmd_ended", &PyCallBackAutoDie::cmd_ended, "This method is defined as being empty and must be overloaded by the user when the asynchronous callback model is used. This is the method which will be executed when the server reply from a command_inout is received in both push and pull sub-mode.") .def("attr_read", &PyCallBackAutoDie::attr_read, "This method is defined as being empty and must be overloaded by the user when the asynchronous callback model is used. This is the method which will be executed when the server reply from a read_attribute(s) is received in both push and pull sub-mode.") .def("attr_written", &PyCallBackAutoDie::attr_written, "This method is defined as being empty and must be overloaded by the user when the asynchronous callback model is used. This is the method which will be executed when the server reply from a write_attribute(s) is received in both push and pull sub-mode. ") ; class_ CallBackPushEvent( "__CallBackPushEvent", "INTERNAL CLASS - DO NOT USE IT", init<>()) ; CallBackPushEvent .def("push_event", (void (PyCallBackAutoDie::*)(Tango::EventData*))&PyCallBackAutoDie::push_event, "This method is defined as being empty and must be overloaded by the user when events are used. This is the method which will be executed when the server send event(s) to the client. ") .def("push_event", (void (PyCallBackAutoDie::*)(Tango::AttrConfEventData*))&PyCallBackAutoDie::push_event, "This method is defined as being empty and must be overloaded by the user when events are used. This is the method which will be executed when the server send attribute configuration change event(s) to the client. ") .def("push_event", (void (PyCallBackAutoDie::*)(Tango::DataReadyEventData*))&PyCallBackAutoDie::push_event, "This method is defined as being empty and must be overloaded by the user when events are used. This is the method which will be executed when the server send attribute data ready event(s) to the client. ") .def("push_event", (void (PyCallBackAutoDie::*)(Tango::PipeEventData*))&PyCallBackAutoDie::push_event, "This method is defined as being empty and must be overloaded by the user when events are used. This is the method which will be executed when the server send pipe event(s) to the client. ") .def("push_event", (void (PyCallBackAutoDie::*)(Tango::DevIntrChangeEventData*))&PyCallBackAutoDie::push_event, "This method is defined as being empty and must be overloaded by the user when events are used. This is the method which will be executed when the server send device interface change event(s) to the client. ") ; } pytango-9.2.2/ext/callback.h000066400000000000000000000111121316324373100157110ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include "defs.h" /// Tango expects an object for callbacks derived from Tango::CallBack. /// For read_attribute_asynch, write_attribute_asynch, the callback object /// should be available until the callback is run. Then it can disappear. /// Also if we forget about a DeviceProxy we don't need the callback anymore. /// For event subscription however, the requirements are different. The C++ /// callback can be called way after the original DeviceProxy has disappered. /// So for this case, the callback should live forever. As we don't want it, /// we implemented the deletion of the callback in the DeviceProxy destructor /// itself, after performing an unsubscribe. /// @todo this is for cmd_ended, attr_read and attr_written. push_event are not done! class PyCallBackAutoDie : public Tango::CallBack , public boost::python::wrapper { public: PyCallBackAutoDie() : m_self(0), m_weak_parent(0), m_extract_as(PyTango::ExtractAsNumpy) {} virtual ~PyCallBackAutoDie(); //! It is the PyCallBackAutoDie object itself, as seen from python PyObject* m_self; //! The object that will call this callback, so we can //! monitor if it disappears, we are not needed anymore. PyObject* m_weak_parent; PyTango::ExtractAs m_extract_as; static std::map s_weak2ob; static boost::python::object py_on_callback_parent_fades; static void on_callback_parent_fades(PyObject* weakobj); static void init(); void set_autokill_references(boost::python::object &py_self, boost::python::object &py_parent); void unset_autokill_references(); void set_extract_as(PyTango::ExtractAs extract_as) { this->m_extract_as = extract_as; } boost::python::object get_override(const char* name) { return boost::python::wrapper::get_override(name); } virtual void cmd_ended(Tango::CmdDoneEvent * ev); virtual void attr_read(Tango::AttrReadEvent *ev); virtual void attr_written(Tango::AttrWrittenEvent *ev); // virtual void push_event(Tango::EventData *ev); // virtual void push_event(Tango::AttrConfEventData *ev); // virtual void push_event(Tango::DataReadyEventData *ev); }; class PyCallBackPushEvent : public Tango::CallBack , public boost::python::wrapper { public: PyCallBackPushEvent() : m_weak_device(0), m_extract_as(PyTango::ExtractAsNumpy) {} virtual ~PyCallBackPushEvent(); //! The object that will call this callback (DeviceProxy), so we can //! monitor if it disappears, we are not needed anymore. PyObject* m_weak_device; PyTango::ExtractAs m_extract_as; void set_device(boost::python::object &py_device); void set_extract_as(PyTango::ExtractAs extract_as) { this->m_extract_as = extract_as; } boost::python::object get_override(const char* name); // virtual void cmd_ended(Tango::CmdDoneEvent * ev); // virtual void attr_read(Tango::AttrReadEvent *ev); // virtual void attr_written(Tango::AttrWrittenEvent *ev); virtual void push_event(Tango::EventData *ev); virtual void push_event(Tango::AttrConfEventData *ev); virtual void push_event(Tango::DataReadyEventData *ev); virtual void push_event(Tango::PipeEventData *ev); virtual void push_event(Tango::DevIntrChangeEventData *ev); static void fill_py_event(Tango::EventData* ev, boost::python::object & py_ev, boost::python::object py_device, PyTango::ExtractAs extract_as); static void fill_py_event(Tango::AttrConfEventData* ev, boost::python::object & py_ev, boost::python::object py_device, PyTango::ExtractAs extract_as); static void fill_py_event(Tango::DataReadyEventData* ev, boost::python::object & py_ev, boost::python::object py_device, PyTango::ExtractAs extract_as); static void fill_py_event(Tango::PipeEventData* ev, boost::python::object & py_ev, boost::python::object py_device, PyTango::ExtractAs extract_as); static void fill_py_event(Tango::DevIntrChangeEventData* ev, boost::python::object & py_ev, boost::python::object py_device, PyTango::ExtractAs extract_as); }; pytango-9.2.2/ext/change_event_info.cpp000066400000000000000000000017171316324373100201630ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_change_event_info() { class_("ChangeEventInfo") .enable_pickling() .def_readwrite("rel_change", &Tango::ChangeEventInfo::rel_change) .def_readwrite("abs_change", &Tango::ChangeEventInfo::abs_change) .def_readwrite("extensions", &Tango::ChangeEventInfo::extensions) ; } pytango-9.2.2/ext/command_info.cpp000066400000000000000000000014621316324373100171500ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_command_info() { class_ >("CommandInfo") .def_readonly("disp_level", &Tango::CommandInfo::disp_level) ; } pytango-9.2.2/ext/connection.cpp000066400000000000000000000131671316324373100166630ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" #include "callback.h" namespace PyConnection { using namespace boost::python; static Tango::DeviceData command_inout(Tango::Connection& self, const string & cmd_name, const Tango::DeviceData &argin) { AutoPythonAllowThreads guard; return self.command_inout(const_cast(cmd_name), const_cast(argin)); } static long command_inout_asynch_id(Tango::Connection& self, const string &cmd_name, const Tango::DeviceData &argin, bool forget) { AutoPythonAllowThreads guard; return self.command_inout_asynch(const_cast(cmd_name), const_cast(argin), forget); } static Tango::DeviceData command_inout_reply(Tango::Connection& self, long id) { AutoPythonAllowThreads guard; return self.command_inout_reply(id); } static Tango::DeviceData command_inout_reply(Tango::Connection& self, long id, long timeout) { AutoPythonAllowThreads guard; return self.command_inout_reply(id, timeout); } static void command_inout_asynch_cb(object py_self, const string & cmd_name, const Tango::DeviceData &argin, object py_cb) { Tango::Connection* self = extract(py_self); PyCallBackAutoDie* cb = extract(py_cb); cb->set_autokill_references(py_cb, py_self); try { AutoPythonAllowThreads guard; self->command_inout_asynch(const_cast(cmd_name), const_cast(argin), *cb); } catch (...) { cb->unset_autokill_references(); throw; } } static void get_asynch_replies(Tango::Connection& self) { AutoPythonAllowThreads guard; self.get_asynch_replies(); } static void get_asynch_replies(Tango::Connection& self, long call_timeout) { AutoPythonAllowThreads guard; self.get_asynch_replies(call_timeout); } str get_fqdn() { string fqdn; Tango::Connection::get_fqdn(fqdn); return str(fqdn.c_str()); } } void export_connection() { using namespace boost::python; class_ Connection("Connection", no_init) ; Connection .def("dev_name", pure_virtual(&Tango::Connection::dev_name)) .def("get_db_host", &Tango::Connection::get_db_host, return_value_policy()) .def("get_db_port", &Tango::Connection::get_db_port, return_value_policy()) .def("get_db_port_num", &Tango::Connection::get_db_port_num) .def("get_from_env_var", &Tango::Connection::get_from_env_var) .def("get_fqdn", &PyConnection::get_fqdn) .staticmethod("get_fqdn") .def("is_dbase_used", &Tango::Connection::is_dbase_used) .def("get_dev_host", &Tango::Connection::get_dev_host, return_value_policy()) .def("get_dev_port", &Tango::Connection::get_dev_port, return_value_policy()) .def("connect", &Tango::Connection::connect) .def("reconnect", &Tango::Connection::reconnect) .def("get_idl_version", &Tango::Connection::get_idl_version) .def("set_timeout_millis", &Tango::Connection::set_timeout_millis) .def("get_timeout_millis", &Tango::Connection::get_timeout_millis) .def("get_source", &Tango::Connection::get_source) .def("set_source", &Tango::Connection::set_source) .def("get_transparency_reconnection", &Tango::Connection::get_transparency_reconnection) .def("set_transparency_reconnection", &Tango::Connection::set_transparency_reconnection) .def("__command_inout", &PyConnection::command_inout) .def("__command_inout_asynch_id", &PyConnection::command_inout_asynch_id) .def("__command_inout_asynch_cb", &PyConnection::command_inout_asynch_cb) .def("command_inout_reply_raw", (Tango::DeviceData (*)(Tango::Connection&, long)) &PyConnection::command_inout_reply) .def("command_inout_reply_raw", (Tango::DeviceData (*)(Tango::Connection&, long, long)) &PyConnection::command_inout_reply) // // Asynchronous methods // .def("get_asynch_replies", (void (*) (Tango::Connection&)) &PyConnection::get_asynch_replies) .def("get_asynch_replies", (void (*) (Tango::Connection&,long)) &PyConnection::get_asynch_replies) .def("cancel_asynch_request", &Tango::Connection::cancel_asynch_request) .def("cancel_all_polling_asynch_request", &Tango::Connection::cancel_all_polling_asynch_request) // // Control access related methods // .def("get_access_control", &Tango::Connection::get_access_control) .def("set_access_control", &Tango::Connection::set_access_control) .def("get_access_right", &Tango::Connection::get_access_right) ; } pytango-9.2.2/ext/constants.cpp000066400000000000000000000400401316324373100165260ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "tango_numpy.h" #include "tgutils.h" using namespace boost::python; long TANGO_VERSION_HEX; void export_constants() { object consts_module(handle<>(borrowed(PyImport_AddModule("tango.constants")))); scope().attr("constants") = consts_module; scope consts_scope = consts_module; consts_scope.attr("__doc__") = "module containing several Tango constants.\n" "\nNew in PyTango 7.0.0"; #ifdef DISABLE_PYTANGO_NUMPY consts_scope.attr("NUMPY_SUPPORT") = false; consts_scope.attr("NUMPY_VERSION") = "0.0.0"; #else consts_scope.attr("NUMPY_SUPPORT") = true; #ifdef PYTANGO_NUMPY_VERSION consts_scope.attr("NUMPY_VERSION") = PYTANGO_NUMPY_VERSION; #else consts_scope.attr("NUMPY_VERSION") = "0.0.0"; #endif #endif consts_scope.attr("PY_MAJOR_VERSION") = PY_MAJOR_VERSION; consts_scope.attr("PY_MINOR_VERSION") = PY_MINOR_VERSION; consts_scope.attr("PY_MICRO_VERSION") = PY_MICRO_VERSION; consts_scope.attr("PY_VERSION") = PY_VERSION; consts_scope.attr("PY_VERSION_HEX") = PY_VERSION_HEX; consts_scope.attr("BOOST_MAJOR_VERSION") = BOOST_VERSION / 100000; consts_scope.attr("BOOST_MINOR_VERSION") = BOOST_VERSION / 100 % 1000; consts_scope.attr("BOOST_PATCH_VERSION") = BOOST_VERSION % 100; // missing BOOST_VERSION => do it in python // // From tango_const.h // // // Some general interest define // consts_scope.attr("TANGO_VERSION_MAJOR") = TANGO_VERSION_MAJOR; consts_scope.attr("TANGO_VERSION_MINOR") = TANGO_VERSION_MINOR; consts_scope.attr("TANGO_VERSION_PATCH") = TANGO_VERSION_PATCH; consts_scope.attr("TANGO_VERSION_NB") = TANGO_VERSION_NB; consts_scope.attr("TANGO_VERSION") = Tango::TgLibVers; consts_scope.attr("TgLibVers") = Tango::TgLibVers; consts_scope.attr("TgLibMajorVers") = Tango::TgLibMajorVers; consts_scope.attr("TgLibVersNb") = Tango::TgLibVersNb; consts_scope.attr("DevVersion") = Tango::DevVersion; consts_scope.attr("DefaultMaxSeq") = Tango::DefaultMaxSeq; consts_scope.attr("DefaultBlackBoxDepth") = Tango::DefaultBlackBoxDepth; consts_scope.attr("DefaultPollRingDepth") = Tango::DefaultPollRingDepth; consts_scope.attr("InitialOutput") =Tango:: InitialOutput; consts_scope.attr("DSDeviceDomain") = Tango::DSDeviceDomain; consts_scope.attr("DefaultDocUrl") = Tango::DefaultDocUrl; consts_scope.attr("EnvVariable") = Tango::EnvVariable; consts_scope.attr("WindowsEnvVariable") = Tango::WindowsEnvVariable; consts_scope.attr("DbObjName") = Tango::DbObjName; // Changed in tango 8 from DescNotSet to NotSet. We keep the old constant // to try to maintain backward compatibility consts_scope.attr("DescNotSet") = Tango::NotSet; consts_scope.attr("NotSet") = Tango::NotSet; consts_scope.attr("ResNotDefined") = Tango::ResNotDefined; consts_scope.attr("MessBoxTitle") = Tango::MessBoxTitle; consts_scope.attr("StatusNotSet") = Tango::StatusNotSet; consts_scope.attr("TangoHostNotSet") = Tango::TangoHostNotSet; consts_scope.attr("RootAttNotDef") = Tango::RootAttNotDef; consts_scope.attr("DefaultWritAttrProp") = Tango::DefaultWritAttrProp; consts_scope.attr("AllAttr") = Tango::AllAttr; consts_scope.attr("AllAttr_3") = Tango::AllAttr_3; consts_scope.attr("AllPipe") = Tango::AllPipe; consts_scope.attr("AllCmd") = Tango::AllCmd; consts_scope.attr("PollCommand") = Tango::PollCommand; consts_scope.attr("PollAttribute") = Tango::PollAttribute; consts_scope.attr("LOCAL_POLL_REQUEST") = Tango::LOCAL_POLL_REQUEST; consts_scope.attr("LOCAL_REQUEST_STR_SIZE") = Tango::LOCAL_REQUEST_STR_SIZE; consts_scope.attr("MIN_POLL_PERIOD") = Tango::MIN_POLL_PERIOD; consts_scope.attr("DELTA_T") = Tango::DELTA_T; consts_scope.attr("MIN_DELTA_WORK") = Tango::MIN_DELTA_WORK; consts_scope.attr("TIME_HEARTBEAT") = Tango::TIME_HEARTBEAT; consts_scope.attr("POLL_LOOP_NB") = Tango::POLL_LOOP_NB; consts_scope.attr("ONE_SECOND") = Tango::ONE_SECOND; consts_scope.attr("DISCARD_THRESHOLD") = Tango::DISCARD_THRESHOLD; consts_scope.attr("DEFAULT_TIMEOUT") = Tango::DEFAULT_TIMEOUT; consts_scope.attr("DEFAULT_POLL_OLD_FACTOR") = Tango::DEFAULT_POLL_OLD_FACTOR; consts_scope.attr("TG_IMP_MINOR_TO") = Tango::TG_IMP_MINOR_TO; consts_scope.attr("TG_IMP_MINOR_DEVFAILED") = Tango::TG_IMP_MINOR_DEVFAILED; consts_scope.attr("TG_IMP_MINOR_NON_DEVFAILED") = Tango::TG_IMP_MINOR_NON_DEVFAILED; consts_scope.attr("TANGO_PY_MOD_NAME") = Tango::TANGO_PY_MOD_NAME; consts_scope.attr("DATABASE_CLASS") = Tango::DATABASE_CLASS; consts_scope.attr("TANGO_FLOAT_PRECISION") = Tango::TANGO_FLOAT_PRECISION; consts_scope.attr("NoClass") = Tango::NoClass; // // Event related define // consts_scope.attr("EVENT_HEARTBEAT_PERIOD") = Tango::EVENT_HEARTBEAT_PERIOD; consts_scope.attr("EVENT_RESUBSCRIBE_PERIOD") = Tango::EVENT_RESUBSCRIBE_PERIOD; consts_scope.attr("DEFAULT_EVENT_PERIOD") = Tango::DEFAULT_EVENT_PERIOD; consts_scope.attr("DELTA_PERIODIC") = Tango::DELTA_PERIODIC; consts_scope.attr("DELTA_PERIODIC_LONG") = Tango::DELTA_PERIODIC_LONG; consts_scope.attr("HEARTBEAT") = Tango::HEARTBEAT; // // ZMQ event system related define // consts_scope.attr("ZMQ_EVENT_PROT_VERSION") = Tango::ZMQ_EVENT_PROT_VERSION; consts_scope.attr("HEARTBEAT_METHOD_NAME") = Tango::HEARTBEAT_METHOD_NAME; consts_scope.attr("EVENT_METHOD_NAME") = Tango::EVENT_METHOD_NAME; consts_scope.attr("HEARTBEAT_EVENT_NAME") = Tango::HEARTBEAT_EVENT_NAME; consts_scope.attr("CTRL_SOCK_ENDPOINT") = Tango::CTRL_SOCK_ENDPOINT; consts_scope.attr("MCAST_PROT") = Tango::MCAST_PROT; consts_scope.attr("MCAST_HOPS") = Tango::MCAST_HOPS; consts_scope.attr("PGM_RATE") = Tango::PGM_RATE; consts_scope.attr("PGM_IVL") = Tango::PGM_IVL; consts_scope.attr("MAX_SOCKET_SUB") = Tango::MAX_SOCKET_SUB; consts_scope.attr("PUB_HWM") = Tango::PUB_HWM; consts_scope.attr("SUB_HWM") = Tango::SUB_HWM; consts_scope.attr("SUB_SEND_HWM") = Tango::SUB_SEND_HWM; consts_scope.attr("NOTIFD_CHANNEL") = Tango::NOTIFD_CHANNEL; // // Locking feature related defines // consts_scope.attr("DEFAULT_LOCK_VALIDITY") = Tango::DEFAULT_LOCK_VALIDITY; consts_scope.attr("DEVICE_UNLOCKED_REASON") = Tango::DEVICE_UNLOCKED_REASON; consts_scope.attr("MIN_LOCK_VALIDITY") = Tango::MIN_LOCK_VALIDITY; consts_scope.attr("TG_LOCAL_HOST") = Tango::TG_LOCAL_HOST; // // Client timeout as defined by omniORB4.0.0 // consts_scope.attr("CLNT_TIMEOUT_STR") = Tango::CLNT_TIMEOUT_STR; consts_scope.attr("CLNT_TIMEOUT") = Tango::CLNT_TIMEOUT; consts_scope.attr("NARROW_CLNT_TIMEOUT") = Tango::NARROW_CLNT_TIMEOUT; // // Connection and call timeout for database device // consts_scope.attr("DB_CONNECT_TIMEOUT") = Tango::DB_CONNECT_TIMEOUT; consts_scope.attr("DB_RECONNECT_TIMEOUT") = Tango::DB_RECONNECT_TIMEOUT; consts_scope.attr("DB_TIMEOUT") = Tango::DB_TIMEOUT; consts_scope.attr("DB_START_PHASE_RETRIES") = Tango::DB_START_PHASE_RETRIES; // // Time to wait before trying to reconnect after // a connevtion failure // consts_scope.attr("RECONNECTION_DELAY") = Tango::RECONNECTION_DELAY; // // Access Control related defines // WARNING: these string are also used within the Db stored procedure // introduced in Tango V6.1. If you chang eit here, don't forget to // also update the stored procedure // consts_scope.attr("CONTROL_SYSTEM") = Tango::CONTROL_SYSTEM; consts_scope.attr("SERVICE_PROP_NAME") = Tango::SERVICE_PROP_NAME; consts_scope.attr("ACCESS_SERVICE") = Tango::ACCESS_SERVICE; // // Polling threads pool related defines // consts_scope.attr("DEFAULT_POLLING_THREADS_POOL_SIZE") = Tango::DEFAULT_POLLING_THREADS_POOL_SIZE; // // Max transfer size 256 MBytes (in byte). Needed by omniORB // consts_scope.attr("MAX_TRANSFER_SIZE") = Tango::MAX_TRANSFER_SIZE; // // Max GIOP connection per server . Needed by omniORB // consts_scope.attr("MAX_GIOP_PER_SERVER") = Tango::MAX_GIOP_PER_SERVER; // // Tango name length // consts_scope.attr("MaxServerNameLength") = Tango::MaxServerNameLength; consts_scope.attr("MaxDevPropLength") = Tango::MaxDevPropLength; // // For forwarded attribute implementation // consts_scope.attr("MIN_IDL_CONF5") = Tango::MIN_IDL_CONF5; consts_scope.attr("MIN_IDL_DEV_INTR") = Tango::MIN_IDL_DEV_INTR; consts_scope.attr("ALL_EVENTS") = Tango::ALL_EVENTS; // -------------------------------------------------------- // // Files used to retrieve env. variables // consts_scope.attr("USER_ENV_VAR_FILE") = Tango::USER_ENV_VAR_FILE; consts_scope.attr("kLogTargetConsole") = Tango::kLogTargetConsole; consts_scope.attr("kLogTargetFile") = Tango::kLogTargetFile; consts_scope.attr("kLogTargetDevice") = Tango::kLogTargetDevice; consts_scope.attr("kLogTargetSep") = Tango::kLogTargetSep; consts_scope.attr("AlrmValueNotSpec") = Tango::AlrmValueNotSpec; consts_scope.attr("AssocWritNotSpec") = Tango::AssocWritNotSpec; consts_scope.attr("LabelNotSpec") = Tango::LabelNotSpec; consts_scope.attr("DescNotSpec") = Tango::DescNotSpec; consts_scope.attr("UnitNotSpec") = Tango::UnitNotSpec; consts_scope.attr("StdUnitNotSpec") = Tango::StdUnitNotSpec; consts_scope.attr("DispUnitNotSpec") = Tango::DispUnitNotSpec; #ifdef FormatNotSpec consts_scope.attr("FormatNotSpec") = Tango::FormatNotSpec; #else consts_scope.attr("FormatNotSpec") = Tango::FormatNotSpec_FL; #endif consts_scope.attr("FormatNotSpec_FL") = Tango::FormatNotSpec_FL; consts_scope.attr("FormatNotSpec_INT") = Tango::FormatNotSpec_INT; consts_scope.attr("FormatNotSpec_STR") = Tango::FormatNotSpec_STR; consts_scope.attr("NotANumber") = Tango::NotANumber; consts_scope.attr("MemNotUsed") = Tango::MemNotUsed; consts_scope.attr("MemAttrPropName") = Tango::MemAttrPropName; #ifdef TANGO_LONG64 consts_scope.attr("TANGO_LONG32") = false; consts_scope.attr("TANGO_LONG64") = true; #else consts_scope.attr("TANGO_LONG32") = true; consts_scope.attr("TANGO_LONG64") = false; #endif consts_scope.attr("API_AttrConfig") = Tango::API_AttrConfig; consts_scope.attr("API_AttrEventProp") = Tango::API_AttrEventProp; consts_scope.attr("API_AttrIncorrectDataNumber") = Tango::API_AttrIncorrectDataNumber; consts_scope.attr("API_AttrNoAlarm") = Tango::API_AttrNoAlarm; consts_scope.attr("API_AttrNotAllowed") = Tango::API_AttrNotAllowed; consts_scope.attr("API_AttrNotFound") = Tango::API_AttrNotFound; consts_scope.attr("API_AttrNotWritable") = Tango::API_AttrNotWritable; consts_scope.attr("API_AttrOptProp") = Tango::API_AttrOptProp; consts_scope.attr("API_AttrPropValueNotSet") = Tango::API_AttrPropValueNotSet; consts_scope.attr("API_AttrValueNotSet") = Tango::API_AttrValueNotSet; consts_scope.attr("API_AttrWrongDefined") = Tango::API_AttrWrongDefined; consts_scope.attr("API_AttrWrongMemValue") = Tango::API_AttrWrongMemValue; consts_scope.attr("API_BadConfigurationProperty") = Tango::API_BadConfigurationProperty; consts_scope.attr("API_BlackBoxArgument") = Tango::API_BlackBoxArgument; consts_scope.attr("API_BlackBoxEmpty") = Tango::API_BlackBoxEmpty; consts_scope.attr("API_CannotCheckAccessControl") = Tango::API_CannotCheckAccessControl; consts_scope.attr("API_CannotOpenFile") = Tango::API_CannotOpenFile; consts_scope.attr("API_CantActivatePOAManager") = Tango::API_CantActivatePOAManager; consts_scope.attr("API_CantCreateClassPoa") = Tango::API_CantCreateClassPoa; consts_scope.attr("API_CantCreateLockingThread") = Tango::API_CantCreateLockingThread; consts_scope.attr("API_CantFindLockingThread") = Tango::API_CantFindLockingThread; consts_scope.attr("API_CantGetClientIdent") = Tango::API_CantGetClientIdent; consts_scope.attr("API_CantGetDevObjectId") = Tango::API_CantGetDevObjectId; consts_scope.attr("API_CantInstallSignal") = Tango::API_CantInstallSignal; consts_scope.attr("API_CantRetrieveClass") = Tango::API_CantRetrieveClass; consts_scope.attr("API_CantRetrieveClassList") = Tango::API_CantRetrieveClassList; consts_scope.attr("API_CantStoreDeviceClass") = Tango::API_CantStoreDeviceClass; consts_scope.attr("API_ClassNotFound") = Tango::API_ClassNotFound; consts_scope.attr("API_CmdArgumentTypeNotSupported") = Tango::API_CmdArgumentTypeNotSupported; consts_scope.attr("API_CommandNotAllowed") = Tango::API_CommandNotAllowed; consts_scope.attr("API_CommandNotFound") = Tango::API_CommandNotFound; consts_scope.attr("API_CorbaSysException") = Tango::API_CorbaSysException; consts_scope.attr("API_CorruptedDatabase") = Tango::API_CorruptedDatabase; consts_scope.attr("API_DatabaseAccess") = Tango::API_DatabaseAccess; consts_scope.attr("API_DeviceLocked") = Tango::API_DeviceLocked; consts_scope.attr("API_DeviceNotFound") = Tango::API_DeviceNotFound; consts_scope.attr("API_DeviceNotLocked") = Tango::API_DeviceNotLocked; consts_scope.attr("API_DeviceUnlockable") = Tango::API_DeviceUnlockable; consts_scope.attr("API_DeviceUnlocked") = Tango::API_DeviceUnlocked; consts_scope.attr("API_EventSupplierNotConstructed") = Tango::API_EventSupplierNotConstructed; consts_scope.attr("API_IncoherentDbData") = Tango::API_IncoherentDbData; consts_scope.attr("API_IncoherentDevData") = Tango::API_IncoherentDevData; consts_scope.attr("API_IncoherentValues") = Tango::API_IncoherentValues; consts_scope.attr("API_IncompatibleAttrDataType") = Tango::API_IncompatibleAttrDataType; consts_scope.attr("API_IncompatibleCmdArgumentType") = Tango::API_IncompatibleCmdArgumentType; consts_scope.attr("API_InitMethodNotFound") = Tango::API_InitMethodNotFound; consts_scope.attr("API_InitNotPublic") = Tango::API_InitNotPublic; consts_scope.attr("API_InitThrowsException") = Tango::API_InitThrowsException; consts_scope.attr("API_JavaRuntimeSecurityException") = Tango::API_JavaRuntimeSecurityException; consts_scope.attr("API_MemoryAllocation") = Tango::API_MemoryAllocation; consts_scope.attr("API_MethodArgument") = Tango::API_MethodArgument; consts_scope.attr("API_MethodNotFound") = Tango::API_MethodNotFound; consts_scope.attr("API_MissedEvents") = Tango::API_MissedEvents; consts_scope.attr("API_NotSupportedFeature") = Tango::API_NotSupportedFeature; consts_scope.attr("API_NtDebugWindowError") = Tango::API_NtDebugWindowError; consts_scope.attr("API_OverloadingNotSupported") = Tango::API_OverloadingNotSupported; consts_scope.attr("API_PolledDeviceNotInPoolConf") = Tango::API_PolledDeviceNotInPoolConf; consts_scope.attr("API_PolledDeviceNotInPoolMap") = Tango::API_PolledDeviceNotInPoolMap; consts_scope.attr("API_PollingThreadNotFound") = Tango::API_PollingThreadNotFound; consts_scope.attr("API_ReadOnlyMode") = Tango::API_ReadOnlyMode; consts_scope.attr("API_SignalOutOfRange") = Tango::API_SignalOutOfRange; consts_scope.attr("API_SystemCallFailed") = Tango::API_SystemCallFailed; consts_scope.attr("API_WAttrOutsideLimit") = Tango::API_WAttrOutsideLimit; consts_scope.attr("API_WizardConfError") = Tango::API_WizardConfError; consts_scope.attr("API_WrongEventData") = Tango::API_WrongEventData; consts_scope.attr("API_WrongHistoryDataBuffer") = Tango::API_WrongHistoryDataBuffer; consts_scope.attr("API_WrongLockingStatus") = Tango::API_WrongLockingStatus; consts_scope.attr("API_ZmqInitFailed") = Tango::API_ZmqInitFailed; } pytango-9.2.2/ext/data_ready_event_data.cpp000066400000000000000000000054241316324373100210100ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "exception.h" using namespace boost::python; extern boost::python::object PyTango_DevFailed; struct PyDataReadyEventData { static inline Tango::DeviceProxy* get_device(Tango::DataReadyEventData &self) { return self.device; } static boost::shared_ptr makeDataReadyEventData() { Tango::DataReadyEventData *result = new Tango::DataReadyEventData; return boost::shared_ptr(result); } static void set_errors(Tango::DataReadyEventData &event_data, boost::python::object &dev_failed) { Tango::DevFailed df; boost::python::object errors = dev_failed.attr("args"); sequencePyDevError_2_DevErrorList(errors.ptr(), event_data.errors); } }; void export_data_ready_event_data() { class_("DataReadyEventData", init()) .def("__init__", boost::python::make_constructor(PyDataReadyEventData::makeDataReadyEventData)) // The original Tango::EventData structure has a 'device' field. // However, if we returned this directly we would get a different // python device each time. So we are doing our weird things to make // sure the device returned is the same where the read action was // performed. So we don't return Tango::EventData::device directly. // See callback.cpp .setattr("device",object()) .def_readwrite("attr_name", &Tango::DataReadyEventData::attr_name) .def_readwrite("event", &Tango::DataReadyEventData::event) .def_readwrite("attr_data_type", &Tango::DataReadyEventData::attr_data_type) .def_readwrite("ctr", &Tango::DataReadyEventData::ctr) .def_readwrite("err", &Tango::DataReadyEventData::err) .def_readwrite("reception_date", &Tango::DataReadyEventData::reception_date) .add_property("errors", make_getter(&Tango::DataReadyEventData::errors, return_value_policy()), &PyDataReadyEventData::set_errors) .def("get_date", &Tango::DataReadyEventData::get_date, return_internal_reference<>()) ; } pytango-9.2.2/ext/database.cpp000066400000000000000000000536171316324373100162740ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" extern const char *param_must_be_seq; extern const char *unreachable_code; extern const char *non_string_seq; const char *param_numb_or_str_numb = "Second parameter must be an int or a " "string representing an int"; struct PyDatabase { struct PickleSuite : bopy::pickle_suite { static bopy::tuple getinitargs(Tango::Database& self) { std::string& host = self.get_db_host(); std::string& port = self.get_db_port(); if (host.size() > 0 && port.size() > 0) { return bopy::make_tuple(host, port); } else return bopy::make_tuple(); } }; static inline boost::shared_ptr makeDatabase_host_port1(const std::string &host, int port) { return boost::shared_ptr (new Tango::Database(const_cast(host), port)); } static inline boost::shared_ptr makeDatabase_host_port2(const std::string &host, const std::string &port_str) { std::istringstream port_stream(port_str); int port = 0; if(!(port_stream >> port)) { raise_(PyExc_TypeError, param_numb_or_str_numb); } return boost::shared_ptr (new Tango::Database(const_cast(host), port)); } static inline boost::shared_ptr makeDatabase_file(const std::string &filename) { return boost::shared_ptr (new Tango::Database(const_cast(filename))); } static inline boost::python::str get_device_alias(Tango::Database& self, const std::string &alias) { std::string devname; self.get_device_alias(alias, devname); return boost::python::str(devname); } static inline boost::python::str get_alias(Tango::Database& self, const std::string &devname) { std::string alias; self.get_alias(devname, alias); return boost::python::str(alias); } static inline void get_device_property_list2(Tango::Database& self, const std::string &devname, const std::string &wildcard, StdStringVector &d) { self.get_device_property_list(const_cast(devname), wildcard, d); } static inline boost::python::str get_attribute_alias(Tango::Database& self, const std::string &alias) { std::string attrname; self.get_attribute_alias(alias, attrname); return boost::python::str(attrname); } static inline void export_event(Tango::Database& self, const boost::python::object &obj) { Tango::DevVarStringArray par; convert2array(obj, par); self.export_event(&par); } static inline boost::python::str dev_name(Tango::Database& self) { Tango::Connection *conn = static_cast(&self); return boost::python::str(conn->dev_name()); } //static inline boost::python::str get_file_name(Tango::Database& self) //{ // return boost::python::str(self.get_file_name()); //} static inline boost::python::str get_device_from_alias(Tango::Database& self, const std::string &input) { std::string output; self.get_device_from_alias(input, output); return boost::python::str(output); } static inline boost::python::str get_alias_from_device(Tango::Database& self, const std::string &input) { std::string output; self.get_alias_from_device(input, output); return boost::python::str(output); } static inline boost::python::str get_attribute_from_alias(Tango::Database& self, const std::string &input) { std::string output; self.get_attribute_from_alias(input, output); return boost::python::str(output); } static inline boost::python::str get_alias_from_attribute(Tango::Database& self, const std::string &input) { std::string output; self.get_alias_from_attribute(input, output); return boost::python::str(output); } }; void export_database() { // The following function declarations are necessary to be able to cast // the function parameters from string& to const string&, otherwise python // will not recognize the method calls Tango::DbDatum (Tango::Database::*get_host_list_)(std::string &) = &Tango::Database::get_host_list; Tango::DbDatum (Tango::Database::*get_services_)(std::string &, std::string &) = &Tango::Database::get_services; Tango::DbDatum (Tango::Database::*get_device_service_list_)(std::string &) = &Tango::Database::get_device_service_list; void (Tango::Database::*register_service_)(std::string &, std::string &, std::string &) = &Tango::Database::register_service; void (Tango::Database::*unregister_service_)(std::string &, std::string &) = &Tango::Database::unregister_service; Tango::DbDatum (Tango::Database::*get_device_name_)(std::string &, std::string &) = &Tango::Database::get_device_name; Tango::DbDatum (Tango::Database::*get_device_exported_)(std::string &) = &Tango::Database::get_device_exported; Tango::DbDatum (Tango::Database::*get_device_domain_)(std::string &) = &Tango::Database::get_device_domain; Tango::DbDatum (Tango::Database::*get_device_family_)(std::string &) = &Tango::Database::get_device_family; Tango::DbDatum (Tango::Database::*get_device_member_)(std::string &) = &Tango::Database::get_device_member; Tango::DbDatum (Tango::Database::*get_device_alias_list_)(std::string &) = &Tango::Database::get_device_alias_list; std::string (Tango::Database::*get_class_for_device_)(std::string &) = &Tango::Database::get_class_for_device; Tango::DbDatum (Tango::Database::*get_class_inheritance_for_device_)(std::string &) = &Tango::Database::get_class_inheritance_for_device; Tango::DbDatum (Tango::Database::*get_device_exported_for_class_)(std::string &) = &Tango::Database::get_device_exported_for_class; void (Tango::Database::*put_device_alias_)(std::string &, std::string &) = &Tango::Database::put_device_alias; void (Tango::Database::*delete_device_alias_)(std::string &) = &Tango::Database::delete_device_alias; void (Tango::Database::*add_server_)(std::string &, Tango::DbDevInfos &) = &Tango::Database::add_server; void (Tango::Database::*delete_server_)(std::string &) = &Tango::Database::delete_server; void (Tango::Database::*unexport_server_)(std::string &) = &Tango::Database::unexport_server; Tango::DbServerInfo (Tango::Database::*get_server_info_)(std::string &) = &Tango::Database::get_server_info; void (Tango::Database::*delete_server_info_)(std::string &) = &Tango::Database::delete_server_info; Tango::DbDatum (Tango::Database::*get_server_class_list_)(std::string &) = &Tango::Database::get_server_class_list; Tango::DbDatum (Tango::Database::*get_instance_name_list_)(std::string &) = &Tango::Database::get_instance_name_list; Tango::DbDatum (Tango::Database::*get_server_list_)(std::string &) = &Tango::Database::get_server_list; Tango::DbDatum (Tango::Database::*get_host_server_list_)(std::string &) = &Tango::Database::get_host_server_list; Tango::DbDatum (Tango::Database::*get_device_class_list_)(std::string &) = &Tango::Database::get_device_class_list; Tango::DbHistoryList (Tango::Database::*get_property_history_)(std::string &, std::string &) = &Tango::Database::get_property_history; Tango::DbDatum (Tango::Database::*get_object_list_)(std::string &) = &Tango::Database::get_object_list; Tango::DbDatum (Tango::Database::*get_object_property_list_)(std::string &, std::string &) = &Tango::Database::get_object_property_list; Tango::DbHistoryList (Tango::Database::*get_device_property_history_)(std::string &, std::string &) = &Tango::Database::get_device_property_history; Tango::DbDatum (Tango::Database::*get_device_property_list1_)(std::string &, std::string &) = &Tango::Database::get_device_property_list; Tango::DbHistoryList (Tango::Database::*get_device_attribute_property_history_)(std::string &, std::string &, std::string &) = &Tango::Database::get_device_attribute_property_history; Tango::DbHistoryList (Tango::Database::*get_class_property_history_)(std::string &, std::string &) = &Tango::Database::get_class_property_history; Tango::DbDatum (Tango::Database::*get_class_list_)(std::string &) = &Tango::Database::get_class_list; Tango::DbDatum (Tango::Database::*get_class_property_list_)(std::string &) = &Tango::Database::get_class_property_list; Tango::DbHistoryList (Tango::Database::*get_class_attribute_property_history_)(std::string &, std::string &, std::string &) = &Tango::Database::get_class_attribute_property_history; Tango::DbDatum (Tango::Database::*get_class_attribute_list_)(std::string &, std::string &) = &Tango::Database::get_class_attribute_list; Tango::DbDevImportInfo (Tango::Database::*import_device_)(std::string &) = &Tango::Database::import_device; Tango::DbDevFullInfo (Tango::Database::*get_device_info_)(std::string &) = &Tango::Database::get_device_info; Tango::DbDatum (Tango::Database::*get_attribute_alias_list_)(std::string &) = &Tango::Database::get_attribute_alias_list; void (Tango::Database::*put_attribute_alias_)(std::string &, std::string &) = &Tango::Database::put_attribute_alias; void (Tango::Database::*delete_attribute_alias_)(std::string &) = &Tango::Database::delete_attribute_alias; bopy::class_ > Database("Database", bopy::init<>()) ; Database .def(bopy::init()) .def("__init__", bopy::make_constructor(PyDatabase::makeDatabase_host_port1)) .def("__init__", bopy::make_constructor(PyDatabase::makeDatabase_host_port2)) .def("__init__", bopy::make_constructor(PyDatabase::makeDatabase_file)) // // Pickle // .def_pickle(PyDatabase::PickleSuite()) // // general methods // .def("dev_name", &PyDatabase::dev_name) .def("write_filedatabase", &Tango::Database::write_filedatabase) .def("reread_filedatabase", &Tango::Database::write_filedatabase) .def("build_connection", &Tango::Database::write_filedatabase) .def("check_tango_host", &Tango::Database::check_tango_host) .def("check_access_control", &Tango::Database::check_access_control) .def("is_control_access_checked", &Tango::Database::is_control_access_checked) .def("set_access_checked", &Tango::Database::set_access_checked) .def("get_access_except_errors", &Tango::Database::get_access_except_errors, bopy::return_internal_reference<1>()) .def("is_multi_tango_host", &Tango::Database::is_multi_tango_host) .def("get_file_name", &Tango::Database::get_file_name, bopy::return_value_policy()) // // General methods // .def("get_info",&Tango::Database::get_info) .def("get_host_list", (Tango::DbDatum (Tango::Database::*) ()) &Tango::Database::get_host_list) .def("get_host_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_host_list_) .def("get_services", (Tango::DbDatum (Tango::Database::*) (const std::string &, const std::string &)) get_services_) .def("get_device_service_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_device_service_list_) .def("register_service", (void (Tango::Database::*) (const std::string &, const std::string &, const std::string &)) register_service_) .def("unregister_service", (void (Tango::Database::*) (const std::string &, const std::string &)) unregister_service_) // // Device methods // .def("add_device", &Tango::Database::add_device) .def("delete_device", &Tango::Database::delete_device) .def("import_device", (Tango::DbDevImportInfo (Tango::Database::*) (const std::string &)) import_device_) .def("export_device", &Tango::Database::export_device) .def("unexport_device", &Tango::Database::unexport_device) .def("get_device_info", (Tango::DbDevFullInfo (Tango::Database::*) (const std::string &)) get_device_info_) .def("get_device_name", (Tango::DbDatum (Tango::Database::*) (const string &, const string &)) get_device_name_) .def("get_device_exported", (Tango::DbDatum (Tango::Database::*) (const string &)) get_device_exported_) .def("get_device_domain", (Tango::DbDatum (Tango::Database::*) (const string &)) get_device_domain_) .def("get_device_family", (Tango::DbDatum (Tango::Database::*) (const string &)) get_device_family_) .def("get_device_member", (Tango::DbDatum (Tango::Database::*) (const string &)) get_device_member_) .def("get_device_alias", &PyDatabase::get_device_alias) .def("get_alias", &PyDatabase::get_alias) .def("get_device_alias_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_device_alias_list_) .def("get_class_for_device", (std::string (Tango::Database::*) (const std::string &)) get_class_for_device_) .def("get_class_inheritance_for_device", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_class_inheritance_for_device_) .def("get_device_exported_for_class", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_device_exported_for_class_) .def("put_device_alias", (void (Tango::Database::*) (const std::string &, const std::string &)) put_device_alias_) .def("delete_device_alias", (void (Tango::Database::*) (const std::string &)) delete_device_alias_) // // server methods // .def("_add_server", (void (Tango::Database::*) (const std::string &, Tango::DbDevInfos &)) add_server_) .def("delete_server", (void (Tango::Database::*) (const std::string &)) delete_server_) .def("_export_server", &Tango::Database::export_server) .def("unexport_server", (void (Tango::Database::*) (const std::string &)) unexport_server_) .def("rename_server", &Tango::Database::rename_server, ( arg_("self"), arg_("old_ds_name"), arg_("new_ds_name") )) .def("get_server_info", (Tango::DbServerInfo (Tango::Database::*) (const std::string &)) get_server_info_) .def("put_server_info", &Tango::Database::put_server_info, ( arg_("self"), arg_("info") )) .def("delete_server_info", (void (Tango::Database::*) (const std::string &)) delete_server_info_) .def("get_server_class_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_server_class_list_) .def("get_server_name_list", &Tango::Database::get_server_name_list) .def("get_instance_name_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_instance_name_list_) .def("get_server_list", (Tango::DbDatum (Tango::Database::*) ()) &Tango::Database::get_server_list) .def("get_server_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_server_list_) .def("get_host_server_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_host_server_list_) .def("get_device_class_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_device_class_list_) .def("get_server_release", &Tango::Database::get_server_release) // // property methods // .def("_get_property", (void (Tango::Database::*) (std::string, Tango::DbData &)) &Tango::Database::get_property) .def("_get_property_forced", &Tango::Database::get_property_forced) .def("_put_property", &Tango::Database::put_property) .def("_delete_property", &Tango::Database::delete_property) .def("get_property_history", (Tango::DbHistoryList (Tango::Database::*) (const std::string &, const std::string &)) get_property_history_) .def("get_object_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_object_list_) .def("get_object_property_list", (Tango::DbDatum (Tango::Database::*) (const std::string &, const std::string &)) get_object_property_list_) .def("_get_device_property", (void (Tango::Database::*) (std::string, Tango::DbData &)) &Tango::Database::get_device_property) .def("_put_device_property", &Tango::Database::put_device_property) .def("_delete_device_property", &Tango::Database::delete_device_property) .def("get_device_property_history", (Tango::DbHistoryList (Tango::Database::*) (const std::string &, const std::string &)) get_device_property_history_) .def("_get_device_property_list", (Tango::DbDatum (Tango::Database::*) (const std::string &, const std::string &)) get_device_property_list1_) .def("_get_device_property_list", &PyDatabase::get_device_property_list2) .def("_get_device_attribute_property", (void (Tango::Database::*) (std::string, Tango::DbData &)) &Tango::Database::get_device_attribute_property) .def("_put_device_attribute_property", &Tango::Database::put_device_attribute_property) .def("_delete_device_attribute_property", &Tango::Database::delete_device_attribute_property) .def("get_device_attribute_property_history", (Tango::DbHistoryList (Tango::Database::*) (const std::string &, const std::string &, const std::string &)) get_device_attribute_property_history_) .def("_get_class_property", (void (Tango::Database::*) (std::string, Tango::DbData &)) &Tango::Database::get_class_property) .def("_put_class_property", &Tango::Database::put_class_property) .def("_delete_class_property", &Tango::Database::delete_class_property) .def("get_class_property_history", (Tango::DbHistoryList (Tango::Database::*) (const std::string &, const std::string &)) get_class_property_history_) .def("get_class_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_class_list_) .def("get_class_property_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_class_property_list_) .def("_get_class_attribute_property", (void (Tango::Database::*) (std::string, Tango::DbData &)) &Tango::Database::get_class_attribute_property) .def("_put_class_attribute_property", &Tango::Database::put_class_attribute_property) .def("_delete_class_attribute_property", &Tango::Database::delete_class_attribute_property) .def("get_class_attribute_property_history", (Tango::DbHistoryList (Tango::Database::*) (const std::string &, const std::string &, const std::string &)) get_class_attribute_property_history_) .def("get_class_attribute_list", (Tango::DbDatum (Tango::Database::*) (const std::string &, const std::string &)) get_class_attribute_list_) // // Attribute methods // .def("get_attribute_alias", &PyDatabase::get_attribute_alias) .def("get_attribute_alias_list", (Tango::DbDatum (Tango::Database::*) (const std::string &)) get_attribute_alias_list_) .def("put_attribute_alias", (void (Tango::Database::*) (const std::string &, const std::string &)) put_attribute_alias_) .def("delete_attribute_alias", (void (Tango::Database::*) (const std::string &)) delete_attribute_alias_) // // event methods // .def("export_event", &PyDatabase::export_event) .def("unexport_event", (void (Tango::Database::*) (const std::string &)) &Tango::Database::unexport_event) // alias methods .def("get_device_from_alias", &PyDatabase::get_device_from_alias) .def("get_alias_from_device", &PyDatabase::get_alias_from_device) .def("get_attribute_from_alias", &PyDatabase::get_attribute_from_alias) .def("get_alias_from_attribute", &PyDatabase::get_alias_from_attribute) ; } pytango-9.2.2/ext/db.cpp000066400000000000000000000103101316324373100150740ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" using namespace boost::python; void export_database(); namespace PyDbServerData { static inline boost::python::str get_name(Tango::DbServerData &self) { return boost::python::str(self.get_name()); } }; void export_db() { // Note: DbDatum in python is extended to support the python sequence API // in the file ../PyTango/db.py. This way the DbDatum behaves like a // sequence of strings. This allows the user to work with a DbDatum as // if it was working with the old list of strings class_("DbDatum", init<>()) .def(init()) .def(init()) .def_readwrite("name", &Tango::DbDatum::name) .def_readwrite("value_string", &Tango::DbDatum::value_string) .def("size", &Tango::DbDatum::size) .def("is_empty", &Tango::DbDatum::is_empty) ; class_("DbDevExportInfo") .def_readwrite("name", &Tango::DbDevExportInfo::name) .def_readwrite("ior", &Tango::DbDevExportInfo::ior) .def_readwrite("host", &Tango::DbDevExportInfo::host) .def_readwrite("version", &Tango::DbDevExportInfo::version) .def_readwrite("pid", &Tango::DbDevExportInfo::pid) ; class_("DbDevImportInfo") .def_readonly("name", &Tango::DbDevImportInfo::name) .def_readonly("exported", &Tango::DbDevImportInfo::exported) .def_readonly("ior", &Tango::DbDevImportInfo::ior) .def_readonly("version", &Tango::DbDevImportInfo::version) ; class_ >("DbDevFullInfo") .def_readonly("class_name", &Tango::DbDevFullInfo::class_name) .def_readonly("ds_full_name", &Tango::DbDevFullInfo::ds_full_name) .def_readonly("started_date", &Tango::DbDevFullInfo::started_date) .def_readonly("stopped_date", &Tango::DbDevFullInfo::stopped_date) .def_readonly("pid", &Tango::DbDevFullInfo::pid) ; class_("DbDevInfo") .def_readwrite("name", &Tango::DbDevInfo::name) .def_readwrite("_class", &Tango::DbDevInfo::_class) .def_readwrite("klass", &Tango::DbDevInfo::_class) .def_readwrite("server", &Tango::DbDevInfo::server) ; class_("DbHistory", init()) .def(init()) .def("get_name", &Tango::DbHistory::get_name) .def("get_attribute_name", &Tango::DbHistory::get_attribute_name) .def("get_date", &Tango::DbHistory::get_date) .def("get_value", &Tango::DbHistory::get_value) .def("is_deleted", &Tango::DbHistory::is_deleted) ; class_("DbServerInfo") .def_readwrite("name", &Tango::DbServerInfo::name) .def_readwrite("host", &Tango::DbServerInfo::host) .def_readwrite("mode", &Tango::DbServerInfo::mode) .def_readwrite("level", &Tango::DbServerInfo::level) ; class_("DbServerData", init()) .def("get_name", &PyDbServerData::get_name) .def("put_in_database", &Tango::DbServerData::put_in_database) .def("already_exist", &Tango::DbServerData::already_exist) .def("remove", (void (Tango::DbServerData::*) ()) &Tango::DbServerData::remove) .def("remove", (void (Tango::DbServerData::*) (const std::string &)) &Tango::DbServerData::remove) ; export_database(); } pytango-9.2.2/ext/defs.h000066400000000000000000000031301316324373100150770ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include typedef std::vector StdStringVector; typedef std::vector StdLongVector; typedef std::vector StdDoubleVector; /* HAS_UNIQUE_PTR definition comes from tango. It tells PyTango if Tango itself is using the new C++0x unique_ptr or not. In PyTango we try to use the same as TangoC++ whenever possible. */ #ifdef PYTANGO_HAS_UNIQUE_PTR #define unique_pointer std::unique_ptr #else #define unique_pointer std::auto_ptr #endif /* #ifdef HAS_UNIQUE_PTR typedef std::unique_ptr unique_pointer; #else typedef std::auto_ptr unique_pointer; #endif */ namespace PyTango { enum ExtractAs { ExtractAsNumpy, ExtractAsByteArray, ExtractAsBytes, ExtractAsTuple, ExtractAsList, ExtractAsString, ExtractAsPyTango3, ExtractAsNothing }; enum ImageFormat { RawImage, JpegImage }; enum GreenMode { GreenModeSynchronous, GreenModeFutures, GreenModeGevent, GreenModeAsyncio }; } pytango-9.2.2/ext/dev_command_info.cpp000066400000000000000000000024431316324373100200060ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_dev_command_info() { typedef Tango::CmdArgType Tango::_DevCommandInfo::* MemCmdArgType; class_("DevCommandInfo") .def_readonly("cmd_name", &Tango::DevCommandInfo::cmd_name) .def_readonly("cmd_tag", &Tango::DevCommandInfo::cmd_tag) .def_readonly("in_type", reinterpret_cast(&Tango::DevCommandInfo::in_type)) .def_readonly("out_type", reinterpret_cast(&Tango::DevCommandInfo::out_type)) .def_readonly("in_type_desc", &Tango::DevCommandInfo::in_type_desc) .def_readonly("out_type_desc", &Tango::DevCommandInfo::out_type_desc) ; } pytango-9.2.2/ext/dev_error.cpp000066400000000000000000000041531316324373100165060ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pyutils.h" #include namespace PyDevError { static void from_str_to_char(PyObject* in, CORBA::String_member& out) { if (PyUnicode_Check(in)) { PyObject *bytes_in = PyUnicode_AsLatin1String(in); out = CORBA::string_dup(PyBytes_AsString(bytes_in)); Py_DECREF(bytes_in); } else { out = CORBA::string_dup(PyBytes_AsString(in)); } } static inline PyObject* get_reason(Tango::DevError &self) { return from_char_to_str(self.reason); } static inline void set_reason(Tango::DevError &self, PyObject *str) { PyDevError::from_str_to_char(str, self.reason); } static inline PyObject* get_desc(Tango::DevError &self) { return from_char_to_str(self.desc); } static inline void set_desc(Tango::DevError &self, PyObject *str) { PyDevError::from_str_to_char(str, self.desc); } static inline PyObject* get_origin(Tango::DevError &self) { return from_char_to_str(self.origin); } static inline void set_origin(Tango::DevError &self, PyObject *str) { PyDevError::from_str_to_char(str, self.origin); } }; void export_dev_error() { bopy::class_("DevError") .enable_pickling() .add_property("reason", &PyDevError::get_reason, &PyDevError::set_reason) .def_readwrite("severity", &Tango::DevError::severity) .add_property("desc", &PyDevError::get_desc, &PyDevError::set_desc) .add_property("origin", &PyDevError::get_origin, &PyDevError::set_origin) ; } pytango-9.2.2/ext/device_attribute.cpp000066400000000000000000000746371316324373100200570ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "device_attribute.h" #include "pytgutils.h" #include "tango_numpy.h" #include "fast_from_py.h" using namespace boost::python; extern const char *non_valid_image; extern const char *non_valid_spectrum; // Why am I storing 'type' as a python attribute with object::attr // instead of as a property calling DeviceAttribute::get_type here? // Because after 'extract'ing, any call to get_type() will fail. Same // for "value" and "w_value". And for has_failed and is_empty... static const char* value_attr_name = "value"; static const char* w_value_attr_name = "w_value"; static const char* type_attr_name = "type"; static const char* is_empty_attr_name = "is_empty"; static const char* has_failed_attr_name = "has_failed"; template struct python_tangocpp { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; static inline void to_cpp(const bopy::object & py_value, TangoScalarType & result) { result = bopy::extract(py_value); } static inline bopy::object to_python(const TangoScalarType & value) { return bopy::object(value); } }; template<> struct python_tangocpp { static const long tangoTypeConst = Tango::DEV_STRING; typedef TANGO_const2type(tangoTypeConst) TangoScalarType; static inline void to_cpp(const bopy::object & py_value, TangoScalarType & result) { result = CORBA::string_dup(bopy::extract(py_value)); } static inline bopy::object to_python(const TangoScalarType & value) { return bopy::object(std::string(value)); } }; #ifndef DISABLE_PYTANGO_NUMPY # include "device_attribute_numpy.hpp" #endif #define EXTRACT_VALUE(self, value_ptr) \ try { \ self >> value_ptr; \ } catch (Tango::DevFailed &e ) { \ if (strcmp(e.errors[0].reason.in(),"API_EmptyDeviceAttribute") != 0) \ throw; \ } namespace PyDeviceAttribute { template static inline void _update_value_as_bin(Tango::DeviceAttribute &self, bopy::object py_value, bool read_only) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; typedef typename TANGO_const2arraytype(tangoTypeConst) TangoArrayType; // Extract the actual data from Tango::DeviceAttribute (self) TangoArrayType* value_ptr = 0; EXTRACT_VALUE(self, value_ptr) unique_pointer guard_value_ptr(value_ptr); py_value.attr(w_value_attr_name) = bopy::object(); if (value_ptr == 0) { if (read_only) { py_value.attr(value_attr_name) = bopy::object(bopy::handle<>(_PyObject_New(&PyBytes_Type))); } else { py_value.attr(value_attr_name) = bopy::object(bopy::handle<>(_PyObject_New(&PyByteArray_Type))); } return; } TangoScalarType* buffer = value_ptr->get_buffer(); const char *ch_ptr = reinterpret_cast(buffer); Py_ssize_t nb_bytes = (Py_ssize_t)value_ptr->length() * sizeof(TangoScalarType); PyObject* data_ptr = NULL; if (read_only) { data_ptr = PyBytes_FromStringAndSize(ch_ptr, nb_bytes); } else { data_ptr = PyByteArray_FromStringAndSize(ch_ptr, nb_bytes); } py_value.attr(value_attr_name) = bopy::object(bopy::handle<>(data_ptr)); } template<> inline void _update_value_as_bin(Tango::DeviceAttribute &self, bopy::object py_value, bool read_only) { Tango::DevVarEncodedArray* value_ptr; EXTRACT_VALUE(self, value_ptr) unique_pointer guard(value_ptr); Tango::DevEncoded* buffer = value_ptr->get_buffer(); Tango::DevEncoded& r_buffer = buffer[0]; bopy::str r_encoded_format(r_buffer.encoded_format); Tango::DevVarCharArray& r_encoded_data_array = r_buffer.encoded_data; char* r_ch_ptr = (char*) r_encoded_data_array.get_buffer(); Py_ssize_t r_size = r_encoded_data_array.length(); PyObject* r_encoded_data_ptr = NULL; if (read_only) { r_encoded_data_ptr = PyBytes_FromStringAndSize(r_ch_ptr, r_size); } else { r_encoded_data_ptr = PyByteArray_FromStringAndSize(r_ch_ptr, r_size); } bopy::object r_encoded_data = bopy::object(bopy::handle<>(r_encoded_data_ptr)); py_value.attr(value_attr_name) = bopy::make_tuple(r_encoded_format, r_encoded_data); if (self.get_written_dim_x() > 0) { bool is_write_type = self.get_written_dim_x() && (value_ptr->length() < 2); if (is_write_type) { bopy::object w_encoded_format(r_encoded_format); bopy::object w_encoded_data(r_encoded_data); py_value.attr(w_value_attr_name) = bopy::make_tuple(w_encoded_format, w_encoded_data); } else { Tango::DevEncoded& w_buffer = buffer[1]; bopy::str w_encoded_format(w_buffer.encoded_format); Tango::DevVarCharArray& w_encoded_data_array = w_buffer.encoded_data; char* w_ch_ptr = (char*) w_encoded_data_array.get_buffer(); PyObject* w_encoded_data_ptr = NULL; PyByteArray_FromStringAndSize(w_ch_ptr, w_encoded_data_array.length()); Py_ssize_t w_size = w_encoded_data_array.length(); if (read_only) { w_encoded_data_ptr = PyBytes_FromStringAndSize(w_ch_ptr, w_size); } else { w_encoded_data_ptr = PyByteArray_FromStringAndSize(w_ch_ptr, w_size); } bopy::object w_encoded_data = bopy::object(bopy::handle<>(w_encoded_data_ptr)); py_value.attr(value_attr_name) = bopy::make_tuple(w_encoded_format, w_encoded_data); } } else { py_value.attr(w_value_attr_name) = bopy::object(); } } template<> inline void _update_value_as_bin(Tango::DeviceAttribute &self, bopy::object py_value, bool read_only) { assert(false); } template static inline void _update_value_as_string(Tango::DeviceAttribute &self, bopy::object py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; typedef typename TANGO_const2arraytype(tangoTypeConst) TangoArrayType; // Extract the actual data from Tango::DeviceAttribute (self) TangoArrayType* value_ptr = 0; EXTRACT_VALUE(self, value_ptr) unique_pointer guard_value_ptr(value_ptr); if (value_ptr == 0) { py_value.attr(value_attr_name) = bopy::str(); py_value.attr(w_value_attr_name) = bopy::object(); return; } TangoScalarType* buffer = value_ptr->get_buffer(); const char* ch_ptr = reinterpret_cast(buffer); size_t nb_bytes = value_ptr->length() * sizeof(TangoScalarType); py_value.attr(value_attr_name) = bopy::str(ch_ptr, (size_t)nb_bytes); py_value.attr(w_value_attr_name) = bopy::object(); } template<> inline void _update_value_as_string(Tango::DeviceAttribute &self, bopy::object py_value) { Tango::DevVarEncodedArray* value_ptr; EXTRACT_VALUE(self, value_ptr) unique_pointer guard(value_ptr); Tango::DevEncoded* buffer = value_ptr->get_buffer(); Tango::DevEncoded& r_buffer = buffer[0]; bopy::str r_encoded_format(r_buffer.encoded_format); Tango::DevVarCharArray& r_encoded_data_array = r_buffer.encoded_data; char* r_ch_ptr = (char*)r_encoded_data_array.get_buffer(); bopy::str r_encoded_data(r_ch_ptr, r_encoded_data_array.length()); py_value.attr(value_attr_name) = bopy::make_tuple(r_encoded_format, r_encoded_data); if (self.get_written_dim_x() > 0) { bool is_write_type = self.get_written_dim_x() && (value_ptr->length() < 2); if (is_write_type) { bopy::object w_encoded_format(r_encoded_format); bopy::object w_encoded_data(r_encoded_data); py_value.attr(w_value_attr_name) = bopy::make_tuple(w_encoded_format, w_encoded_data); } else { Tango::DevEncoded& w_buffer = buffer[1]; bopy::str w_encoded_format(w_buffer.encoded_format); Tango::DevVarCharArray& w_encoded_data_array = w_buffer.encoded_data; char* w_ch_ptr = (char*)w_encoded_data_array.get_buffer(); bopy::str w_encoded_data(w_ch_ptr, w_encoded_data_array.length()); py_value.attr(w_value_attr_name) = bopy::make_tuple(w_encoded_format, w_encoded_data); } } else { py_value.attr(w_value_attr_name) = bopy::object(); } } template<> inline void _update_value_as_string(Tango::DeviceAttribute &self, bopy::object py_value) { assert(false); } template static inline void _update_scalar_values(Tango::DeviceAttribute &self, bopy::object py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; if (self.get_written_dim_x() > 0) { std::vector val; self.extract_read(val); // In the following lines, the cast is absolutely necessary because // vector may not be a vector at // compile time. For example, for vector, the compiler // may create a std::_Bit_reference type. py_value.attr(value_attr_name) = bopy::object((TangoScalarType)val[0]); self.extract_set(val); py_value.attr(w_value_attr_name) = bopy::object((TangoScalarType)val[0]); } else { TangoScalarType rvalue; EXTRACT_VALUE(self, rvalue) py_value.attr(value_attr_name) = bopy::object(rvalue); py_value.attr(w_value_attr_name) = bopy::object(); } } template<> inline void _update_scalar_values(Tango::DeviceAttribute &self, bopy::object py_value) { _update_value_as_string(self, py_value); } template<> inline void _update_scalar_values(Tango::DeviceAttribute &self, bopy::object py_value) { if (self.get_written_dim_x() > 0) { std::vector r_val, w_val; self.extract_read(r_val); py_value.attr(value_attr_name) = object(r_val[0]); self.extract_set(w_val); py_value.attr(w_value_attr_name) = object(w_val[0]); } else { std::string rvalue; EXTRACT_VALUE(self, rvalue) py_value.attr(value_attr_name) = object(rvalue); py_value.attr(w_value_attr_name) = object(); } } template<> inline void _update_scalar_values(Tango::DeviceAttribute &self, bopy::object py_value) { assert(false); } template static inline void _update_array_values_as_lists(Tango::DeviceAttribute &self, bool isImage, bopy::object py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; typedef typename TANGO_const2arraytype(tangoTypeConst) TangoArrayType; // Extract the actual data from Tango::DeviceAttribute (self) TangoArrayType* value_ptr = 0; EXTRACT_VALUE(self, value_ptr) unique_pointer guard_value_ptr(value_ptr); if (value_ptr == 0) { // Empty device attribute py_value.attr(value_attr_name) = bopy::list(); py_value.attr(w_value_attr_name) = object(); return; } TangoScalarType* buffer = value_ptr->get_buffer(); int total_length = value_ptr->length(); // Determine if the attribute is AttrWriteType.WRITE int read_size =0, write_size = 0; if (isImage) { read_size = self.get_dim_x() * self.get_dim_y(); write_size = self.get_written_dim_x() * self.get_written_dim_y(); } else { read_size = self.get_dim_x(); write_size = self.get_written_dim_x(); } bool is_write_type = (read_size + write_size) > total_length; // Convert to a list of lists long offset = 0; for(int it=1; it>=0; --it) { // 2 iterations: read part/write part if ((!it) && is_write_type) { py_value.attr(w_value_attr_name) = py_value.attr(value_attr_name); continue; } bopy::list result; if (isImage) { const int dim_x = it? self.get_dim_x() : self.get_written_dim_x(); const int dim_y = it? self.get_dim_y() : self.get_written_dim_y(); for (int y=0; y < dim_y; ++y) { bopy::list row; for (int x=0; x < dim_x; ++x) row.append(python_tangocpp::to_python(buffer[offset + x + y*dim_x])); result.append(row); } offset += dim_x*dim_y; } else { const int dim_x = it? self.get_dim_x() : self.get_written_dim_x(); for (int x=0; x < dim_x; ++x) result.append(python_tangocpp::to_python(buffer[offset + x])); offset += dim_x; } py_value.attr(it? value_attr_name : w_value_attr_name) = result; } } template<> inline void _update_array_values_as_lists(Tango::DeviceAttribute &self, bool isImage, bopy::object py_value) { assert(false); } template static void _update_array_values_as_tuples(Tango::DeviceAttribute &self, bool isImage, bopy::object py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; typedef typename TANGO_const2arraytype(tangoTypeConst) TangoArrayType; // Extract the actual data from Tango::DeviceAttribute (self) TangoArrayType* value_ptr = 0; EXTRACT_VALUE(self, value_ptr) unique_pointer guard_value_ptr(value_ptr); if (value_ptr == 0) { // Empty device attribute py_value.attr(value_attr_name) = bopy::tuple(); py_value.attr(w_value_attr_name) = object(); return; } TangoScalarType* buffer = value_ptr->get_buffer(); int total_length = value_ptr->length(); // Determine if the attribute is AttrWriteType.WRITE int read_size =0, write_size = 0; if (isImage) { read_size = self.get_dim_x() * self.get_dim_y(); write_size = self.get_written_dim_x() * self.get_written_dim_y(); } else { read_size = self.get_dim_x(); write_size = self.get_written_dim_x(); } bool is_write_type = (read_size + write_size) > total_length; // Convert to a tuple of tuples long offset = 0; for(int it=1; it>=0; --it) { // 2 iterations: read part/write part if ((!it) && is_write_type) { py_value.attr(w_value_attr_name) = py_value.attr(value_attr_name); continue; } object result_guard; if (isImage) { const int dim_x = it? self.get_dim_x() : self.get_written_dim_x(); const int dim_y = it? self.get_dim_y() : self.get_written_dim_y(); PyObject * result = PyTuple_New(dim_y); if (!result) bopy::throw_error_already_set(); result_guard = object(handle<>(result)); for (int y=0; y < dim_y; ++y) { PyObject * row = PyTuple_New(dim_x); if (!row) bopy::throw_error_already_set(); object row_guard = object(handle<>(row)); for (int x=0; x < dim_x; ++x) { object el = python_tangocpp::to_python(buffer[offset + x + y*dim_x]); PyTuple_SetItem(row, x, el.ptr()); incref(el.ptr()); } PyTuple_SetItem(result, y, row); incref(row); } offset += dim_x*dim_y; } else { const int dim_x = it? self.get_dim_x() : self.get_written_dim_x(); PyObject * result = PyTuple_New(dim_x); if (!result) bopy::throw_error_already_set(); result_guard = object(handle<>(result)); for (int x=0; x < dim_x; ++x) { object el = python_tangocpp::to_python(buffer[offset +x]); PyTuple_SetItem(result, x, el.ptr()); incref(el.ptr()); } offset += dim_x; } py_value.attr(it? value_attr_name : w_value_attr_name) = result_guard; } } template<> inline void _update_array_values_as_tuples(Tango::DeviceAttribute &self, bool isImage, bopy::object py_value) { assert(false); } void update_values(Tango::DeviceAttribute &self, bopy::object& py_value, PyTango::ExtractAs extract_as/*=ExtractAsNumpy*/) { // We do not want is_empty to launch an exception!! self.reset_exceptions(Tango::DeviceAttribute::isempty_flag); // self.get_type() already does self.is_empty() const int data_type = self.get_type(); const bool is_empty = data_type < 0; const bool has_failed = self.has_failed(); Tango::AttrDataFormat data_format = self.get_data_format(); py_value.attr(is_empty_attr_name) = object(is_empty); py_value.attr(has_failed_attr_name) = object(has_failed); py_value.attr(type_attr_name) = object(static_cast(data_type)); if (has_failed || is_empty) { // In none of this cases 'data_type' is valid so we cannot extract py_value.attr(value_attr_name) = object(); py_value.attr(w_value_attr_name) = object(); return; } bool is_image = false; switch (data_format) { case Tango::SCALAR: if (data_type == Tango::DEV_ENCODED) { switch (extract_as) { default: case PyTango::ExtractAsNumpy: case PyTango::ExtractAsTuple: case PyTango::ExtractAsList: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_scalar_values, self, py_value); break; case PyTango::ExtractAsBytes: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_value_as_bin, self, py_value, true); break; case PyTango::ExtractAsByteArray: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_value_as_bin, self, py_value, false); break; case PyTango::ExtractAsString: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_value_as_string, self, py_value); break; case PyTango::ExtractAsNothing: break; } } else { if (extract_as != PyTango::ExtractAsNothing) { TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_scalar_values, self, py_value); } } break; case Tango::IMAGE: is_image = true; case Tango::SPECTRUM: switch (extract_as) { default: case PyTango::ExtractAsNumpy: # ifndef DISABLE_PYTANGO_NUMPY TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_array_values, self, is_image, py_value); break; # endif case PyTango::ExtractAsTuple: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_array_values_as_tuples, self, is_image, py_value); break; case PyTango::ExtractAsList: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_array_values_as_lists, self, is_image, py_value); break; case PyTango::ExtractAsBytes: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_value_as_bin, self, py_value, true); break; case PyTango::ExtractAsByteArray: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_value_as_bin, self, py_value, false); break; case PyTango::ExtractAsString: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(data_type, _update_value_as_string, self, py_value); break; case PyTango::ExtractAsNothing: break; } break; case Tango::FMT_UNKNOWN: default: raise_(PyExc_ValueError, "Can't extract data because: self.get_data_format()=FMT_UNKNOWN"); assert(false); } } template static inline void _fill_list_attribute(Tango::DeviceAttribute & dev_attr, const bool isImage, const bopy::object & py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; typedef typename TANGO_const2arraytype(tangoTypeConst) TangoArrayType; CORBA::ULong dim_x, dim_y, nelems; // -- Check the dimensions if (isImage) { dim_y = static_cast(boost::python::len(py_value)); dim_x = static_cast(boost::python::len(py_value[0])); nelems = dim_x * dim_y; } else { dim_x = static_cast(boost::python::len(py_value)); dim_y = 0; nelems = dim_x; } // -- Allocate memory unique_pointer value; TangoScalarType* buffer = TangoArrayType::allocbuf(nelems); try { value.reset(new TangoArrayType(nelems, nelems, buffer, true)); } catch(...) { TangoArrayType::freebuf(buffer); throw; } // -- Copy the sequence to the newly created buffer if (isImage) { for(CORBA::ULong y = 0; y < dim_y; ++y) { object py_sub = py_value[y]; CORBA::ULong len_py_sub = static_cast(boost::python::len(py_sub)); if (len_py_sub != dim_x) raise_(PyExc_TypeError, non_valid_image); for(CORBA::ULong x = 0; x < dim_x; ++x) { python_tangocpp::to_cpp(py_sub[x], buffer[x + y*dim_x]); } } } else { for(CORBA::ULong x = 0; x < dim_x; ++x) { python_tangocpp::to_cpp(py_value[x], buffer[x]); } } // -- Insert it into the dev_attr dev_attr.insert(value.get(), dim_x, dim_y); // -- Final cleaning value.release(); // Do not delete value, it is handled by dev_attr now! } template<> inline void _fill_list_attribute(Tango::DeviceAttribute & dev_attr, const bool isImage, const bopy::object & py_value) { /// @todo really? This is really not gonna happen? // Unsupported assert(false); } static inline bopy::object undefined_attribute(Tango::DeviceAttribute* self) { return object(); // None } void reset_values(Tango::DeviceAttribute & self, int data_type, Tango::AttrDataFormat data_format, bopy::object py_value) { bool isImage = false; switch(data_format) { case Tango::SCALAR: TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID( data_type, _fill_scalar_attribute, self, py_value ); break; case Tango::IMAGE: isImage = true; case Tango::SPECTRUM: // Why on earth? Why do we define _fill_numpy_attribute instead // of just using _fill_list_attribute, if the latter accepts // anything with operators "[]" and "len" defined? // Well it seems that PyArray_GETITEM does something diferent // and I get a value transformed into a python basic type, // while py_value[y][x] gives me a numpy type (ej: numpy.bool_). // Then the conversions between numpy types to c++ are not // defined by boost while the conversions between python // standard types and C++ are. # ifdef DISABLE_PYTANGO_NUMPY { TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID( data_type, _fill_list_attribute, self, isImage, py_value ); } # else { if (PyArray_Check(py_value.ptr())) TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID( data_type, _fill_numpy_attribute, self, isImage, py_value ); else TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID( data_type, _fill_list_attribute, self, isImage, py_value ); } # endif break; default: raise_(PyExc_TypeError, "unsupported data_format."); } } void reset(Tango::DeviceAttribute & self, const Tango::AttributeInfo &attr_info, bopy::object py_value) { self.set_name(attr_info.name.c_str()); reset_values(self, attr_info.data_type, attr_info.data_format, py_value); } void reset(Tango::DeviceAttribute & self, const std::string &attr_name, Tango::DeviceProxy &dev_proxy, bopy::object py_value) { self.set_name(attr_name.c_str()); Tango::AttributeInfoEx attr_info; { AutoPythonAllowThreads guard; try { attr_info = dev_proxy.get_attribute_config(attr_name); } catch(...) {} } reset_values(self, attr_info.data_type, attr_info.data_format, py_value); } }; void export_device_attribute() { class_ DeviceAttribute("DeviceAttribute", init<>()) ; scope da_scope = DeviceAttribute; enum_("except_flags") .value("isempty_flag", Tango::DeviceAttribute::isempty_flag) .value("wrongtype_flag", Tango::DeviceAttribute::wrongtype_flag) .value("failed_flag", Tango::DeviceAttribute::failed_flag) .value("numFlags", Tango::DeviceAttribute::numFlags) ; DeviceAttribute .def(init()) .def_readwrite("name", &Tango::DeviceAttribute::name) .def_readwrite("quality", &Tango::DeviceAttribute::quality) .def_readwrite("time", &Tango::DeviceAttribute::time) .add_property("dim_x", &Tango::DeviceAttribute::get_dim_x) .add_property("dim_y", &Tango::DeviceAttribute::get_dim_y) .add_property("w_dim_x", &Tango::DeviceAttribute::get_written_dim_x) .add_property("w_dim_y", &Tango::DeviceAttribute::get_written_dim_y) .add_property("r_dimension", &Tango::DeviceAttribute::get_r_dimension) .add_property("w_dimension", &Tango::DeviceAttribute::get_w_dimension) .add_property("nb_read", &Tango::DeviceAttribute::get_nb_read) .add_property("nb_written", &Tango::DeviceAttribute::get_nb_written) .add_property("data_format", &Tango::DeviceAttribute::get_data_format) .def("get_date", &Tango::DeviceAttribute::get_date, return_internal_reference<>()) .def("get_err_stack", &Tango::DeviceAttribute::get_err_stack, return_value_policy()) .def("set_w_dim_x", &Tango::DeviceAttribute::set_w_dim_x) .def("set_w_dim_y", &Tango::DeviceAttribute::set_w_dim_y) ; } pytango-9.2.2/ext/device_attribute.h000066400000000000000000000212221316324373100175020ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include #include #include #include "pyutils.h" #include "defs.h" #include "pytgutils.h" #include "tango_numpy.h" #include "fast_from_py.h" namespace PyDeviceAttribute { /// @name Types /// @{ typedef unique_pointer > AutoDevAttrVector; /// @} template static void _update_array_values_as_tuples(Tango::DeviceAttribute &self, bool isImage, boost::python::object py_value); /// Set the value of a DeviceAttribute from python (useful for write*) void reset(Tango::DeviceAttribute& self, const Tango::AttributeInfo &attr_info, boost::python::object py_value); void reset(Tango::DeviceAttribute & self, const std::string &attr_name, Tango::DeviceProxy &dev_proxy, boost::python::object py_value); void update_values(Tango::DeviceAttribute &self, boost::python::object& py_value, PyTango::ExtractAs extract_as=PyTango::ExtractAsNumpy); template void update_data_format(Tango::DeviceProxy & dev_proxy, TDeviceAttribute* first, size_t nelems) { // Older devices do not send arg_format. So we try to discover it from // dim_x and dim_y. It is not perfect, sometimes we will get SCALAR for // SPECTRUM with size 1 for example. In that case, we must ask tango // for the actual value. TDeviceAttribute* p = first; std::vector attr_names; for (size_t n =0; n < nelems; ++n, ++p) { if ( (p->data_format != Tango::FMT_UNKNOWN) || (p->has_failed()) ) continue; if ( (p->get_dim_x() == 1) && (p->get_dim_y() == 0 ) ) { attr_names.push_back(p->name); } else if (p->get_dim_y() == 0) { p->data_format = Tango::SPECTRUM; } else { p->data_format = Tango::IMAGE; } } if (attr_names.size()) { unique_pointer attr_infos; { AutoPythonAllowThreads guard; p = first; try { attr_infos.reset(dev_proxy.get_attribute_config_ex(attr_names)); for (size_t n=0, m=0; n < nelems; ++n, ++p) { if ((p->data_format == Tango::FMT_UNKNOWN) && (!p->has_failed())) { p->data_format = (*attr_infos)[m++].data_format; } } } catch(Tango::DevFailed &) { // if we fail to get info about the missing attributes from // the server (because it as shutdown, for example) we assume // that they are SCALAR since dim_x is 1 for (size_t n=0; n < nelems; ++n, ++p) { if ((p->data_format == Tango::FMT_UNKNOWN) && (!p->has_failed())) { p->data_format = Tango::SCALAR; } } } } } return; } /// @param self The DeviceAttribute instance that the new python object /// will represent. It must be allocated with new. The new python object /// will handle it's destruction. There's never any reason to delete it /// manually after a call to this: Even if this function fails, the /// responsibility of destroying it will already be in py_value side or /// the object will already be destroyed. template boost::python::object convert_to_python(TDeviceAttribute* self, PyTango::ExtractAs extract_as) { using namespace boost::python; object py_value; try { py_value = object( handle<>( to_python_indirect< TDeviceAttribute*, detail::make_owning_holder>()(self))); } catch (...) { delete self; throw; } update_values(*self, py_value, extract_as); return py_value; } /// See the other convert_to_python version. Here we get a vector of /// DeviceAttributes. The responsibility to deallocate it is always from /// the caller (we will make a copy). This responsibility is unavoidable /// as we get a reference to auto_ptr -> the caller must use an auto_ptr, /// so the memory will finally be deleted. template boost::python::object convert_to_python(const unique_pointer >& dev_attr_vec, Tango::DeviceProxy & dev_proxy, PyTango::ExtractAs extract_as) { if (dev_attr_vec->empty()) { boost::python::list ls; return ls; } update_data_format(dev_proxy, &(*dev_attr_vec)[0], dev_attr_vec->size()); // Convert the c++ vector of DeviceAttribute into a pythonic list boost::python::list ls; typename std::vector::const_iterator i, e = dev_attr_vec->end(); for (i = dev_attr_vec->begin(); i != e; ++i) ls.append( convert_to_python(new TDeviceAttribute(*i), extract_as) ); return ls; } /// Convert a DeviceAttribute to python (useful for read*) /// @param dev_attr Should be a pointer allocated with new. You can forget /// about deallocating this object (python will do it) even /// if the call to convert_to_python fails. /// @param dev_proxy Device proxy where the value was got. DeviceAttribute /// sent by older tango versions do not have all the /// necessary information to extract the values, so we /// may need to ask. /// @param extract_as See ExtractAs enum. template boost::python::object convert_to_python(TDeviceAttribute* dev_attr, Tango::DeviceProxy & dev_proxy, PyTango::ExtractAs extract_as) { update_data_format(dev_proxy, dev_attr, 1); return convert_to_python(dev_attr, extract_as); } template static inline void _fill_scalar_attribute(Tango::DeviceAttribute & dev_attr, const boost::python::object & py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType value; from_py::convert(py_value.ptr(), value); dev_attr << const_cast(value); } template<> inline void _fill_scalar_attribute(Tango::DeviceAttribute & dev_attr, const boost::python::object & py_value) { std::string value = boost::python::extract(py_value); dev_attr << value; } template<> inline void _fill_scalar_attribute(Tango::DeviceAttribute & dev_attr, const boost::python::object & py_value) { /// @todo test it!! /// @todo Now I am accepting 2 strings: encoded_format, encoded_data. This /// is far from a good solution, but its something... if (boost::python::len(py_value) != 2) { raise_(PyExc_TypeError, "Expecting a tuple of strings: encoded_format, encoded_data"); } boost::python::object encoded_format_str = py_value[0]; boost::python::object encoded_data_str = py_value[1]; /// @todo not sure... second parameter of insert is a reference, does it /// mean anything? Does he pretend to take ownership of the pointer or /// is he making another copy? what should I do? char* encoded_format = const_cast((boost::python::extract(encoded_format_str)())); Py_ssize_t encoded_data_len = boost::python::len(encoded_data_str); unsigned char* encoded_data = reinterpret_cast(const_cast((boost::python::extract(encoded_data_str)()))); // void insert(char *&,unsigned char *&,unsigned int); dev_attr.insert(encoded_format, encoded_data, static_cast(encoded_data_len)); //std::string value = boost::python::extract(py_value); //dev_attr << value; } } pytango-9.2.2/ext/device_attribute_config.cpp000066400000000000000000000051531316324373100213670ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" void export_device_attribute_config() { bopy::class_("DeviceAttributeConfig") .def(bopy::init()) .enable_pickling() // .def_pickle(PyDeviceAttributeConfig::PickleSuite()) .def_readwrite("name", &Tango::DeviceAttributeConfig::name) .def_readwrite("writable", &Tango::DeviceAttributeConfig::writable) .def_readwrite("data_format", &Tango::DeviceAttributeConfig::data_format) .def_readwrite("data_type", &Tango::DeviceAttributeConfig::data_type) .def_readwrite("max_dim_x", &Tango::DeviceAttributeConfig::max_dim_x) .def_readwrite("max_dim_y", &Tango::DeviceAttributeConfig::max_dim_y) .def_readwrite("description", &Tango::DeviceAttributeConfig::description) //.def_readwrite("label", &Tango::DeviceAttributeConfig::label) .add_property("label", bopy::make_getter(&Tango::DeviceAttributeConfig::label, bopy::return_value_policy()), bopy::make_setter(&Tango::DeviceAttributeConfig::label, bopy::return_value_policy())) .def_readwrite("unit", &Tango::DeviceAttributeConfig::unit) .def_readwrite("standard_unit", &Tango::DeviceAttributeConfig::standard_unit) .def_readwrite("display_unit", &Tango::DeviceAttributeConfig::display_unit) .def_readwrite("format", &Tango::DeviceAttributeConfig::format) .def_readwrite("min_value", &Tango::DeviceAttributeConfig::min_value) .def_readwrite("max_value", &Tango::DeviceAttributeConfig::max_value) .def_readwrite("min_alarm", &Tango::DeviceAttributeConfig::min_alarm) .def_readwrite("max_alarm", &Tango::DeviceAttributeConfig::max_alarm) .def_readwrite("writable_attr_name", &Tango::DeviceAttributeConfig::writable_attr_name) .def_readwrite("extensions", &Tango::DeviceAttributeConfig::extensions) ; } pytango-9.2.2/ext/device_attribute_history.cpp000066400000000000000000000017321316324373100216220ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_device_attribute_history() { class_ > DeviceAttributeHistory("DeviceAttributeHistory", init<>()); DeviceAttributeHistory .def(init()) .def("has_failed", &Tango::DeviceAttributeHistory::has_failed) ; } pytango-9.2.2/ext/device_attribute_numpy.hpp000066400000000000000000000243031316324373100212750ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ // This header file is just some template functions moved apart from // device_attribute.cpp, and should only be included there. #pragma once namespace PyDeviceAttribute { /// This callback is run to delete Tango::DevVarXArray* objects. /// It is called by python. The array was associated with an attribute /// value object that is not being used anymore. /// @param ptr_ The array object. /// @param type_ The type of the array objects. We need it to convert ptr_ /// to the proper type before deleting it. ex: Tango::DEV_SHORT. #ifdef PYCAPSULE_OLD template static void _dev_var_x_array_deleter(void * ptr_) { TANGO_DO_ON_ATTRIBUTE_DATA_TYPE_ID(type, delete static_cast(ptr_); ); } #else template static void _dev_var_x_array_deleter(PyObject* obj) { void * ptr_ = PyCapsule_GetPointer(obj, NULL); TANGO_DO_ON_ATTRIBUTE_DATA_TYPE_ID(type, delete static_cast(ptr_); ); } template<> inline void _dev_var_x_array_deleter(PyObject* obj) { // Unsupported assert(false); } #endif template static inline void _update_array_values(Tango::DeviceAttribute &self, bool isImage, object py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; typedef typename TANGO_const2arraytype(tangoTypeConst) TangoArrayType; // Extract the actual data from Tango::DeviceAttribute (self) TangoArrayType* value_ptr = 0; try { self >> value_ptr; } catch (Tango::DevFailed &e ) { if (strcmp(e.errors[0].reason.in(),"API_EmptyDeviceAttribute") != 0) throw; } static const int typenum = TANGO_const2numpy(tangoTypeConst); if (value_ptr == 0) { // Empty device attribute PyObject* value = PyArray_SimpleNew(0, 0, typenum); if (!value) throw_error_already_set(); py_value.attr(value_attr_name) = object(handle<>(value)); py_value.attr(w_value_attr_name) = object(); return; } TangoScalarType* buffer = value_ptr->get_buffer(); npy_intp dims[2]; int nd = 1; size_t write_part_offset = 0; if (isImage) { nd = 2; dims[1] = self.get_dim_x(); dims[0] = self.get_dim_y(); write_part_offset = dims[1] * dims[0]; } else { nd = 1; dims[0] = self.get_dim_x(); write_part_offset = dims[0]; } // Create a new numpy.ndarray() object. It uses ch_ptr as the data, // so no costy memory copies when handling big images. char *ch_ptr = reinterpret_cast(buffer); PyObject* array = PyArray_SimpleNewFromData(nd, dims, typenum, ch_ptr); if (!array) { delete value_ptr; throw_error_already_set(); } // Create the numpy array for the write part. It will be stored in // another place. PyObject* warray = 0; if (self.get_written_dim_x() != 0) { if (isImage) { nd = 2; dims[1] = self.get_written_dim_x(); dims[0] = self.get_written_dim_y(); } else { nd = 1; dims[0] = self.get_written_dim_x(); } char* w_ch_ptr = reinterpret_cast( buffer + write_part_offset ); warray = PyArray_SimpleNewFromData(nd, dims, typenum, w_ch_ptr); if (!warray) { Py_XDECREF(array); delete value_ptr; throw_error_already_set(); } } // numpy.ndarray() does not own it's memory, so we need to manage it. // We can assign a 'base' object that will be informed (decref'd) when // the last copy of numpy.ndarray() disappears. // PyCObject is intended for that kind of things. It's seen as a // black box object from python. We assign him a function to be called // when it is deleted -> the function deletes the data. PyObject* guard = PyCapsule_New( static_cast(value_ptr), NULL, _dev_var_x_array_deleter); if (!guard ) { Py_XDECREF(array); Py_XDECREF(warray); delete value_ptr; throw_error_already_set(); } PyArray_BASE(array) = guard; py_value.attr(value_attr_name) = boost::python::object(boost::python::handle<>(array)); // The original C api object storing the data is the same for the // read data and the write data. so, both array and warray share // the same 'base' (guard). Thus, the data will not be deleted until // neither is accessed anymore. if (warray) { Py_INCREF(guard); PyArray_BASE(warray) = guard; py_value.attr(w_value_attr_name) = boost::python::object(boost::python::handle<>(warray)); } else py_value.attr(w_value_attr_name) = object(); // py_value.attr("__internal_data") = object(handle<>(borrowed(guard))); } template<> inline void _update_array_values(Tango::DeviceAttribute &self, bool isImage, object py_value) { _update_array_values_as_tuples(self, isImage, py_value); } template<> inline void _update_array_values(Tango::DeviceAttribute &self, bool isImage, object py_value) { /// @todo Sure, it is not necessary? assert(false); } // template // static inline void _update_array_values(PythonDeviceAttribute &self, bool isImage) // { // return _update_array_values_numpy(self, isImage); // } template static inline void _fill_numpy_attribute(Tango::DeviceAttribute & dev_attr, const bool isImage, const object & py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; typedef typename TANGO_const2arraytype(tangoTypeConst) TangoArrayType; // -- Check dimensions Py_ssize_t dim_x=0, dim_y=0, nelems=0; bool ok; switch (PyArray_NDIM(py_value.ptr())) { case 2: // -- Image ok = isImage; dim_x = PyArray_DIM(py_value.ptr(), 1); dim_y = PyArray_DIM(py_value.ptr(), 0); nelems = dim_x*dim_y; break; case 1: // -- Spectrum ok = !isImage; dim_x = PyArray_DIM(py_value.ptr(), 0); dim_y = 0; nelems = dim_x; break; default: // -- WTF?!!? ok = false; break; } if (!ok) raise_(PyExc_TypeError, isImage? non_valid_image : non_valid_spectrum); // -- Allocate memory for the new data object unique_pointer value; CORBA::ULong unelems = static_cast(nelems); TangoScalarType* buffer = TangoArrayType::allocbuf(unelems); try { value.reset(new TangoArrayType(unelems, unelems, buffer, true)); } catch(...) { TangoArrayType::freebuf(buffer); throw; } // -- Copy from numpy.array to TangoArrayType... PyArrayIterObject *iter; PyObject *array = py_value.ptr(); iter = (PyArrayIterObject *)PyArray_IterNew(array); if (!iter) throw_error_already_set(); handle<> _h((PyObject *)iter); object iter_guard(_h); if (isImage) { // Why not use PyArray_ITER_NEXT() instead of PyArray_ITER_GOTO()? // We could do a single while(iter->index < iter->size) instead // of the double "for". // I did this and it worked in the sense that it went across // the correct number of elements but... I did not know the // x and y position it corresponded! Yes, 'iter' has a coordinates // field, but it was always [0,0], never updated!! npy_intp coordinates[2]; npy_intp &x = coordinates[1]; npy_intp &y = coordinates[0]; npy_intp ndim_x = static_cast(dim_x); npy_intp ndim_y = static_cast(dim_y); for (y=0; y < ndim_y; ++y) { for (x=0; x < ndim_x; ++x) { PyArray_ITER_GOTO(iter, coordinates); PyObject* dataObj = PyArray_GETITEM(array, iter->dataptr); const object py_data = object( handle<>( dataObj ) ); buffer[y*ndim_x + x] = extract(py_data); } } } else { for (Py_ssize_t x=0; x < dim_x; ++x) { PyObject* dataObj = PyArray_GETITEM(array, iter->dataptr); const object py_data = object( handle<>( dataObj ) ); buffer[x] = extract(py_data); PyArray_ITER_NEXT(iter); } } // -- Insert into device attribute dev_attr.insert( value.get(), static_cast(dim_x), static_cast(dim_y) ); // -- Final cleaning... value.release(); // Do not delete value, it is handled by dev_attr now! } template<> inline void _fill_numpy_attribute(Tango::DeviceAttribute & dev_attr, const bool isImage, const object & py_value) { // Unsupported assert(false); } } pytango-9.2.2/ext/device_data.cpp000066400000000000000000000206461316324373100167540ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" #include "fast_from_py.h" using namespace boost::python; #ifndef DISABLE_PYTANGO_NUMPY # include "to_py_numpy.hpp" #endif namespace PyDeviceData { Tango::CmdArgType get_type(Tango::DeviceData &self) { /// @todo This should change in Tango itself, get_type should not return int!! return static_cast(self.get_type()); } /// @name Scalar Insertion /// @{ template void insert_scalar(Tango::DeviceData &self, object py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType value; from_py::convert(py_value.ptr(), value); self << value; } template <> void insert_scalar(Tango::DeviceData &self, object py_value) { PyObject* py_value_ptr = py_value.ptr(); if(PyUnicode_Check(py_value_ptr)) { PyObject* obj_bytes_ptr = PyUnicode_AsLatin1String(py_value_ptr); Tango::DevString value = PyBytes_AsString(obj_bytes_ptr); self << value; Py_DECREF(obj_bytes_ptr); } else { Tango::DevString value = PyBytes_AsString(py_value_ptr); self << value; } } template <> void insert_scalar(Tango::DeviceData &self, object py_value) { object p0 = py_value[0]; object p1 = py_value[1]; const char* encoded_format = extract (p0.ptr()); const char* encoded_data = extract (p1.ptr()); CORBA::ULong nb = static_cast(boost::python::len(p1)); Tango::DevVarCharArray arr(nb, nb, (CORBA::Octet*)encoded_data, false); Tango::DevEncoded val; val.encoded_format = CORBA::string_dup(encoded_format); val.encoded_data = arr; self << val; } template <> void insert_scalar(Tango::DeviceData &self, object py_value) { raise_(PyExc_TypeError, "Trying to insert a value in a DEV_VOID DeviceData!"); } template <> void insert_scalar(Tango::DeviceData &self, object py_value) { assert(false); } /// @} // ~Scalar Insertion // ----------------------------------------------------------------------- /// @name Array Insertion /// @{ template void insert_array(Tango::DeviceData &self, object py_value) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; // self << val; -->> This ends up doing: // inline void operator << (DevVarUShortArray* datum) // { any.inout() <<= datum;} // So: // - We loose ownership of the pointer, should not remove it // - it's a CORBA object who gets ownership, not a buggy Tango // thing. So the last parameter to fast_convert2array is false TangoArrayType* val = fast_convert2array(py_value); self << val; } /// @} // ~Array Insertion // ----------------------------------------------------------------------- /// @name Scalar Extraction /// @{ template object extract_scalar(Tango::DeviceData &self) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; /// @todo CONST_DEV_STRING ell el tracta com DEV_STRING TangoScalarType val; self >> val; return boost::python::object(val); } template <> object extract_scalar(Tango::DeviceData &self) { return boost::python::object(); } template <> object extract_scalar(Tango::DeviceData &self) { typedef std::string TangoScalarType; TangoScalarType val; self >> val; return boost::python::object(val); } template <> object extract_scalar(Tango::DeviceData &self) { assert(false); return bopy::object(); } /// @} // ~Scalar Extraction // ----------------------------------------------------------------------- /// @name Array extraction /// @{ template object extract_array(Tango::DeviceData &self, object &py_self, PyTango::ExtractAs extract_as) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; // const is the pointed, not the pointer. So cannot modify the data. // And that's because the data is still inside "self" after extracting. // This also means that we are not supposed to "delete" tmp_ptr. const TangoArrayType* tmp_ptr; self >> tmp_ptr; switch (extract_as) { default: case PyTango::ExtractAsNumpy: # ifndef DISABLE_PYTANGO_NUMPY return to_py_numpy(tmp_ptr, py_self); # endif case PyTango::ExtractAsList: case PyTango::ExtractAsPyTango3: return to_py_list(tmp_ptr); case PyTango::ExtractAsTuple: return to_py_tuple(tmp_ptr); case PyTango::ExtractAsString: /// @todo case PyTango::ExtractAsNothing: return object(); } } template <> object extract_array(Tango::DeviceData &self, object &py_self, PyTango::ExtractAs extract_as) { assert(False); return object(); } /// @} // ~Array Extraction // ----------------------------------------------------------------------- object extract(object py_self, PyTango::ExtractAs extract_as) { Tango::DeviceData &self = boost::python::extract(py_self); TANGO_DO_ON_DEVICE_DATA_TYPE_ID(self.get_type(), return extract_scalar(self); , return extract_array(self, py_self, extract_as); ); return object(); } void insert(Tango::DeviceData &self, long data_type, object py_value) { TANGO_DO_ON_DEVICE_DATA_TYPE_ID(data_type, insert_scalar(self, py_value); , insert_array(self, py_value); ); } } void export_device_data() { class_ DeviceData("DeviceData", init<>()) ; scope scope_dd = DeviceData; /// @todo get rid of except_flags everywhere... or really use and export them everywhere! enum_("except_flags") .value("isempty_flag", Tango::DeviceData::isempty_flag) .value("wrongtype_flag", Tango::DeviceData::wrongtype_flag) .value("numFlags", Tango::DeviceData::numFlags) ; DeviceData .def(init()) .def("extract", &PyDeviceData::extract, ( arg_("self"), arg_("extract_as")=PyTango::ExtractAsNumpy )) .def("insert", &PyDeviceData::insert, (arg_("self"), arg_("data_type"), arg_("value"))) /// @todo do not throw exceptions!! .def("is_empty", &Tango::DeviceData::is_empty) // TODO // void exceptions(bitset fl) {exceptions_flags = fl;} // bitset exceptions() {return exceptions_flags;} // void reset_exceptions(except_flags fl) {exceptions_flags.reset((size_t)fl);} // void set_exceptions(except_flags fl) {exceptions_flags.set((size_t)fl);} .def("get_type", &PyDeviceData::get_type) ; } pytango-9.2.2/ext/device_data_history.cpp000066400000000000000000000022331316324373100205250ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_device_data_history() { class_ > DeviceDataHistory("DeviceDataHistory", init<>()); DeviceDataHistory .def(init()) .def("has_failed", &Tango::DeviceDataHistory::has_failed) .def("get_date", &Tango::DeviceDataHistory::get_date, return_internal_reference<>()) .def("get_err_stack", &Tango::DeviceDataHistory::get_err_stack, return_value_policy()) ; } pytango-9.2.2/ext/device_info.cpp000066400000000000000000000021321316324373100167640ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_device_info() { class_("DeviceInfo") .def_readonly("dev_class", &Tango::DeviceInfo::dev_class) .def_readonly("server_id", &Tango::DeviceInfo::server_id) .def_readonly("server_host", &Tango::DeviceInfo::server_host) .def_readonly("server_version", &Tango::DeviceInfo::server_version) .def_readonly("doc_url", &Tango::DeviceInfo::doc_url) .def_readonly("dev_type", &Tango::DeviceInfo::dev_type) ; } pytango-9.2.2/ext/device_pipe.cpp000066400000000000000000000341351316324373100167760ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "device_pipe.h" #include "tgutils.h" #include "pytgutils.h" #include "tango_numpy.h" #include "fast_from_py.h" #ifndef DISABLE_PYTANGO_NUMPY # include "to_py_numpy.hpp" #endif namespace PyTango { namespace DevicePipe { template bopy::object __update_scalar_values(Tango::DevicePipe& self, size_t elt_idx) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType val; bopy::str name(self.get_data_elt_name(elt_idx)); self >> val; bopy::object data(val); return bopy::make_tuple(name, data); } template<> bopy::object __update_scalar_values(Tango::DevicePipe& self, size_t elt_idx) { bopy::str name(self.get_data_elt_name(elt_idx)); return bopy::make_tuple(name, bopy::object()); } template<> bopy::object __update_scalar_values(Tango::DevicePipe& self, size_t elt_idx) { typedef std::string TangoScalarType; TangoScalarType val; bopy::str name(self.get_data_elt_name(elt_idx)); self >> val; bopy::object data(val); return bopy::make_tuple(name, data); } template<> bopy::object __update_scalar_values(Tango::DevicePipe& self, size_t elt_idx) { Tango::DevicePipeBlob val; bopy::str name(self.get_data_elt_name(elt_idx)); self >> val; bopy::object data = extract(val, PyTango::ExtractAsNumpy); return bopy::make_tuple(name, data); } template bopy::object __update_array_values(Tango::DevicePipe &self, bopy::object &py_self, size_t elt_idx, PyTango::ExtractAs extract_as) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; TangoArrayType tmp_arr; self >> (&tmp_arr); bopy::object data; switch (extract_as) { default: case PyTango::ExtractAsNumpy: # ifndef DISABLE_PYTANGO_NUMPY data = to_py_numpy(&tmp_arr, py_self); tmp_arr.get_buffer(1); break; # endif case PyTango::ExtractAsList: case PyTango::ExtractAsPyTango3: data = to_py_list(&tmp_arr); break; case PyTango::ExtractAsTuple: data = to_py_tuple(&tmp_arr); break; case PyTango::ExtractAsString: /// @todo case PyTango::ExtractAsNothing: data = bopy::object(); break; } bopy::str name(self.get_data_elt_name(elt_idx)); return bopy::make_tuple(name, data); } template <> bopy::object __update_array_values(Tango::DevicePipe &self, bopy::object &py_self, size_t elt_idx, PyTango::ExtractAs extract_as) { assert(false); return bopy::object(); } template <> bopy::object __update_array_values(Tango::DevicePipe &self, bopy::object &py_self, size_t elt_idx, PyTango::ExtractAs extract_as) { assert(false); return bopy::object(); } bopy::object update_value(Tango::DevicePipe &self, bopy::object& py_self, size_t elt_idx, PyTango::ExtractAs extract_as) { const int elt_type = self.get_data_elt_type(elt_idx); TANGO_DO_ON_DEVICE_DATA_TYPE_ID(elt_type, return __update_scalar_values(self, elt_idx); , return __update_array_values(self, py_self, elt_idx, extract_as); ); return bopy::object(); } void update_values(Tango::DevicePipe& self, bopy::object& py_self, PyTango::ExtractAs extract_as /*=PyTango::ExtractAsNumpy*/) { // We do not want is_empty to launch an exception!! //self.reset_exceptions(Tango::DevicePipe::isempty_flag); //py_self.attr("name") = self.get_name(); bopy::list data; py_self.attr("data") = data; size_t elt_nb = self.get_data_elt_nb(); for(size_t elt_idx = 0; elt_idx < elt_nb; ++elt_idx) { data.append(update_value(self, py_self, elt_idx, extract_as)); } } /////////////////////////////////////////////////////////////////////////////////////////// template bopy::object __extract_scalar(T& obj, size_t elt_idx) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType val; obj >> val; return bopy::object(val); } template<> bopy::object __extract_scalar(Tango::DevicePipe& obj, size_t elt_idx) { return bopy::object(); } template<> bopy::object __extract_scalar(Tango::DevicePipe& obj, size_t elt_idx) { std::string val; obj >> val; return bopy::object(val); } template<> bopy::object __extract_scalar(Tango::DevicePipe& obj, size_t elt_idx) { Tango::DevicePipeBlob val; obj >> val; // TODO: propagate extract_as return extract(val, PyTango::ExtractAsNumpy); } template<> bopy::object __extract_scalar(Tango::DevicePipeBlob& obj, size_t elt_idx) { return bopy::object(); } template<> bopy::object __extract_scalar(Tango::DevicePipeBlob& obj, size_t elt_idx) { std::string val; obj >> val; return bopy::object(val); } template<> bopy::object __extract_scalar(Tango::DevicePipeBlob& obj, size_t elt_idx) { Tango::DevicePipeBlob val; obj >> val; // TODO: propagate extract_as return extract(val, PyTango::ExtractAsNumpy); } template bopy::object extract_scalar(Tango::DevicePipe& self, size_t elt_idx) { return __extract_scalar(self, elt_idx); } template bopy::object extract_scalar(Tango::DevicePipeBlob& self, size_t elt_idx) { return __extract_scalar(self, elt_idx); } template bopy::object __extract_array(T& obj, size_t elt_idx, PyTango::ExtractAs extract_as) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; TangoArrayType tmp_arr; obj >> (&tmp_arr); bopy::object data; switch (extract_as) { default: case PyTango::ExtractAsNumpy: # ifndef DISABLE_PYTANGO_NUMPY data = to_py_numpy(&tmp_arr, 1); break; # endif case PyTango::ExtractAsList: case PyTango::ExtractAsPyTango3: data = to_py_list(&tmp_arr); break; case PyTango::ExtractAsTuple: data = to_py_tuple(&tmp_arr); break; case PyTango::ExtractAsString: /// @todo case PyTango::ExtractAsNothing: data = bopy::object(); break; } return data; } template <> bopy::object __extract_array (Tango::DevicePipe& pipe, size_t elt_idx, PyTango::ExtractAs extract_as) { assert(false); return bopy::object(); } template <> bopy::object __extract_array (Tango::DevicePipe& pipe, size_t elt_idx, PyTango::ExtractAs extract_as) { assert(false); return bopy::object(); } template <> bopy::object __extract_array (Tango::DevicePipeBlob& blob, size_t elt_idx, PyTango::ExtractAs extract_as) { assert(false); return bopy::object(); } template <> bopy::object __extract_array (Tango::DevicePipeBlob& blob, size_t elt_idx, PyTango::ExtractAs extract_as) { assert(false); return bopy::object(); } template bopy::object extract_array(Tango::DevicePipe& self, size_t elt_idx, PyTango::ExtractAs extract_as) { return __extract_array(self, elt_idx, extract_as); } template bopy::object extract_array(Tango::DevicePipeBlob& self, size_t elt_idx, PyTango::ExtractAs extract_as) { return __extract_array(self, elt_idx, extract_as); } template bopy::object __extract_item(T& obj, size_t elt_idx, PyTango::ExtractAs extract_as) { const int elt_type = obj.get_data_elt_type(elt_idx); TANGO_DO_ON_DEVICE_DATA_TYPE_ID(elt_type, return extract_scalar(obj, elt_idx); , return extract_array(obj, elt_idx, extract_as); ); return bopy::object(); } template bopy::object __extract(T& obj, PyTango::ExtractAs extract_as) { bopy::list data; size_t elt_nb = obj.get_data_elt_nb(); for(size_t elt_idx = 0; elt_idx < elt_nb; ++elt_idx) { bopy::dict elem; elem["name"] = obj.get_data_elt_name(elt_idx); elem["dtype"] = static_cast(obj.get_data_elt_type(elt_idx)); elem["value"] = __extract_item(obj, elt_idx, extract_as); data.append(elem); } return data; } bopy::object extract(Tango::DevicePipeBlob& blob, PyTango::ExtractAs extract_as) { bopy::object name = bopy::str(blob.get_name()); bopy::object value = __extract(blob, extract_as); return bopy::make_tuple(name, value); } bopy::object extract(Tango::DevicePipe& device_pipe, PyTango::ExtractAs extract_as=PyTango::ExtractAsNumpy) { bopy::object name = bopy::str(device_pipe.get_root_blob_name()); bopy::object value = __extract(device_pipe, extract_as); return bopy::make_tuple(name, value); } } } void export_device_pipe() { bopy::class_ DevicePipe("DevicePipe"); bopy::scope dp_scope = DevicePipe; DevicePipe .def(bopy::init<>()) .def(bopy::init()) .def(bopy::init()) .def(bopy::init()) .add_property("name", bopy::make_function(&Tango::DevicePipe::get_name, bopy::return_value_policy ()), &Tango::DevicePipe::set_name) .add_property("root_blob_name", bopy::make_function(&Tango::DevicePipe::get_root_blob_name, bopy::return_value_policy ()), &Tango::DevicePipe::set_root_blob_name) .add_property("data_elt_nb", &Tango::DevicePipe::get_data_elt_nb, &Tango::DevicePipe::set_data_elt_nb) .add_property("data_elt_names", &Tango::DevicePipe::get_data_elt_names, &Tango::DevicePipe::set_data_elt_names) .def("get_data_elt_name", &Tango::DevicePipe::get_data_elt_name) .def("get_data_elt_type", &Tango::DevicePipe::get_data_elt_type) .def("extract", (bopy::object (*) (Tango::DevicePipe &, PyTango::ExtractAs)) PyTango::DevicePipe::extract) .def("extract", (bopy::object (*) (Tango::DevicePipeBlob &, PyTango::ExtractAs)) PyTango::DevicePipe::extract) ; } pytango-9.2.2/ext/device_pipe.h000066400000000000000000000033111316324373100164330ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include #include "defs.h" #include "pyutils.h" namespace PyTango { namespace DevicePipe { bopy::object extract(Tango::DevicePipeBlob& blob, PyTango::ExtractAs extract_as=PyTango::ExtractAsNumpy); void update_values(Tango::DevicePipe& self, bopy::object& py_value, PyTango::ExtractAs extract_as=PyTango::ExtractAsNumpy); template bopy::object convert_to_python(TDevicePipe* self, PyTango::ExtractAs extract_as) { bopy::object py_value; try { py_value = bopy::object( bopy::handle<>( bopy::to_python_indirect< TDevicePipe*, bopy::detail::make_owning_holder>() (self))); } catch (...) { delete self; throw; } update_values(*self, py_value, extract_as); return py_value; } } } pytango-9.2.2/ext/device_proxy.cpp000066400000000000000000001241121316324373100172150ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "device_attribute.h" #include "device_pipe.h" #include "callback.h" #include "defs.h" #include "pytgutils.h" #include #include "pipe.h" #include "fast_from_py.h" extern const char *param_must_be_seq; extern const char *unreachable_code; extern const char *non_string_seq; BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(lock_overloads, Tango::DeviceProxy::lock, 0, 1); BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(unlock_overloads, Tango::DeviceProxy::unlock, 0, 1); namespace PyDeviceProxy { struct PickleSuite : bopy::pickle_suite { static bopy::tuple getinitargs(Tango::DeviceProxy& self) { std::string ret = self.get_db_host() + ":" + self.get_db_port() + "/" + self.dev_name(); return bopy::make_tuple(ret); } }; static inline Tango::DevState state(Tango::DeviceProxy& self) { AutoPythonAllowThreads guard; return self.state(); } static inline std::string status(Tango::DeviceProxy& self) { AutoPythonAllowThreads guard; return self.status(); } static inline int ping(Tango::DeviceProxy& self) { AutoPythonAllowThreads guard; return self.ping(); } static inline void pylist_to_devattrs(Tango::DeviceProxy& self, bopy::object &py_list, std::vector &dev_attrs) { std::vector attr_names; std::vector py_values; Py_ssize_t size = len(py_list); // Fill attr_names and py_values for (Py_ssize_t n = 0; n < size; ++n) { bopy::object tup = py_list[n]; std::string attr_name = bopy::extract(tup[0]); attr_names.push_back(attr_name); py_values.push_back(tup[1]); } // Get attr_info for all the attr_names unique_pointer attr_infos; { AutoPythonAllowThreads guard; attr_infos.reset(self.get_attribute_config_ex(attr_names)); } // Now prepare dev_attrs with attr_infos and py_values dev_attrs.resize(size); for (long n = 0; n < size; ++n) { PyDeviceAttribute::reset(dev_attrs[n], (*attr_infos)[n], py_values[n]); } } Tango::DevicePipe read_pipe(Tango::DeviceProxy& self, const std::string & pipe_name) { AutoPythonAllowThreads guard; return self.read_pipe(pipe_name); } //------------------------- copy from pipe.cpp ------------------------------------------------------- static void throw_wrong_python_data_type(const std::string &name, const char *method) { TangoSys_OMemStream o; o << "Wrong Python type for pipe " << name << ends; Tango::Except::throw_exception("PyDs_WrongPythonDataTypeForPipe", o.str(), method); } template void append_scalar_encoded(T& obj, const std::string &name, bopy::object& py_value) { bopy::object p0 = py_value[0]; bopy::object p1 = py_value[1]; const char* encoded_format = bopy::extract (p0.ptr()); PyObject* data_ptr = p1.ptr(); Py_buffer view; if (PyObject_GetBuffer(data_ptr, &view, PyBUF_FULL_RO) < 0) { throw_wrong_python_data_type(obj.get_name(), "append_scalar_encoded"); } CORBA::ULong nb = static_cast(view.len); Tango::DevVarCharArray arr(nb, nb, (CORBA::Octet*)view.buf, false); Tango::DevEncoded value; value.encoded_format = CORBA::string_dup(encoded_format); value.encoded_data = arr; obj << value; PyBuffer_Release(&view); } template void __append_scalar(T &obj, const std::string &name, bopy::object& py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType tg_value; from_py::convert(py_value, tg_value); // if you use this line of code you will get an unresolved // reference for T = don't know why! // obj << tg_value; Tango::DataElement data_elt(name, tg_value); obj << data_elt; } template void append_scalar(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { __append_scalar(pipe, name, py_value); } template<> void append_scalar(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_scalar"); } template<> void append_scalar(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_scalar"); } template<> void append_scalar(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { append_scalar_encoded(pipe, name, py_value); } template void append_scalar(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { __append_scalar(blob, name, py_value); } template<> void append_scalar(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_scalar"); } template<> void append_scalar(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_scalar"); } template<> void append_scalar(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { append_scalar_encoded(blob, name, py_value); } // ------------- // Array version // ------------- template void __append_array(T& obj, const std::string &name, bopy::object& py_value) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; TangoArrayType* value = fast_convert2array(py_value); obj << value; } template void append_array(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { __append_array(pipe, name, py_value); } template<> void append_array(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_array"); } template void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { __append_array(blob, name, py_value); } template<> void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_array"); } template void __append(T& obj, const std::string& name, bopy::object& py_value, const Tango::CmdArgType dtype) { TANGO_DO_ON_DEVICE_DATA_TYPE_ID(dtype, append_scalar(obj, name, py_value); , append_array(obj, name, py_value); ); } template void __set_value(T& obj, bopy::object& py_value) { // need to fill item names first because in case it is a sub-blob, // the Tango C++ API doesnt't provide a way to do it bopy::ssize_t n = bopy::len(py_value); std::vector < std::string > elem_names; for (size_t i = 0; i < n; ++i) { string s = bopy::extract < std::string > (py_value[i]["name"]); elem_names.push_back(bopy::extract(py_value[i]["name"])); } obj.set_data_elt_names(elem_names); for (size_t i = 0; i < n; ++i) { bopy::object item = py_value[i]; std::string item_name = bopy::extract(item["name"]); bopy::object py_item_data = item["value"]; Tango::CmdArgType item_dtype = bopy::extract(item["dtype"]); if (item_dtype == Tango::DEV_PIPE_BLOB) // a sub-blob { std::string blob_name = bopy::extract < std::string > (py_item_data[0]); bopy::object py_blob_data = py_item_data[1]; Tango::DevicePipeBlob blob(blob_name); __set_value(blob, py_blob_data); obj << blob; } else { __append(obj, item_name, py_item_data, item_dtype); } } } void set_value(Tango::DevicePipe& pipe, bopy::object& py_value) { __set_value(pipe, py_value); } //---------------------- end of copy from pipe.cpp ------------------------------------------------- static void write_pipe(Tango::DeviceProxy& self, const std::string & pipe_name, const std::string & root_blob_name, bopy::object py_value) { Tango::DevicePipe device_pipe(pipe_name, root_blob_name); set_value(device_pipe, py_value); // interface to c++ method AutoPythonAllowThreads guard; self.write_pipe(device_pipe); } static bopy::object read_attribute(Tango::DeviceProxy& self, const std::string & attr_name, PyTango::ExtractAs extract_as) { // Even if there's an exception in convert_to_python, the // DeviceAttribute will be deleted there, so we don't need to worry. Tango::DeviceAttribute* dev_attr = 0; { AutoPythonAllowThreads guard; dev_attr = \ new Tango::DeviceAttribute(self.read_attribute(attr_name.c_str())); } return PyDeviceAttribute::convert_to_python(dev_attr, self, extract_as); } static inline bopy::object read_attributes(Tango::DeviceProxy& self, bopy::object py_attr_names, PyTango::ExtractAs extract_as) { CSequenceFromPython attr_names(py_attr_names); PyDeviceAttribute::AutoDevAttrVector dev_attr_vec; { AutoPythonAllowThreads guard; dev_attr_vec.reset(self.read_attributes(*attr_names)); } return PyDeviceAttribute::convert_to_python(dev_attr_vec, self, extract_as); } static inline void write_attribute(Tango::DeviceProxy& self, const Tango::AttributeInfo & attr_info, bopy::object py_value) { Tango::DeviceAttribute da; PyDeviceAttribute::reset(da, attr_info, py_value); AutoPythonAllowThreads guard; self.write_attribute(da); } static inline void write_attribute(Tango::DeviceProxy& self, const string & attr_name, bopy::object py_value) { Tango::DeviceAttribute dev_attr; PyDeviceAttribute::reset(dev_attr, attr_name, self, py_value); { AutoPythonAllowThreads guard; self.write_attribute(dev_attr); } } static inline void write_attributes(Tango::DeviceProxy& self, bopy::object py_list) { std::vector dev_attrs; pylist_to_devattrs(self, py_list, dev_attrs); AutoPythonAllowThreads guard; self.write_attributes(dev_attrs); } static inline bopy::object write_read_attribute(Tango::DeviceProxy& self, const string & attr_name, bopy::object py_value, PyTango::ExtractAs extract_as) { Tango::DeviceAttribute w_dev_attr; unique_pointer r_dev_attr; // Prepare dev_attr structure PyDeviceAttribute::reset(w_dev_attr, attr_name, self, py_value); // Do the actual write_read_attribute thing... { AutoPythonAllowThreads guard; Tango::DeviceAttribute da = self.write_read_attribute(w_dev_attr); r_dev_attr.reset(new Tango::DeviceAttribute(da)); } // Convert the result back to python return PyDeviceAttribute::convert_to_python(r_dev_attr.release(), self, extract_as); } static bopy::object write_read_attributes(Tango::DeviceProxy& self, bopy::object py_name_val_list, bopy::object py_attr_names, PyTango::ExtractAs extract_as) { // Convert write std::vector dev_attrs; pylist_to_devattrs(self, py_name_val_list, dev_attrs); // Convert read CSequenceFromPython attr_names(py_attr_names); PyDeviceAttribute::AutoDevAttrVector dev_attr_vec; // Do the actual write_read_attributes thing... { AutoPythonAllowThreads guard; dev_attr_vec.reset(self.write_read_attributes(dev_attrs, *attr_names)); } // Convert the result back to python return PyDeviceAttribute::convert_to_python(dev_attr_vec, self, extract_as); } static bopy::object command_history(Tango::DeviceProxy& self, const std::string& cmd_name, int depth) { std::vector* device_data_hist = NULL; bopy::list ret; { AutoPythonAllowThreads guard; device_data_hist = self.command_history(const_cast(cmd_name), depth); } vector::iterator it = device_data_hist->begin(); for(;it != device_data_hist->end(); ++it) { Tango::DeviceDataHistory& hist = *it; ret.append(hist); } delete device_data_hist; return ret; } static inline bopy::object attribute_history(Tango::DeviceProxy& self, const std::string & attr_name, int depth, PyTango::ExtractAs extract_as) { unique_pointer< vector > att_hist; { AutoPythonAllowThreads guard; att_hist.reset(self.attribute_history(const_cast(attr_name), depth)); } return PyDeviceAttribute::convert_to_python(att_hist, self, extract_as); } static inline long read_attributes_asynch(Tango::DeviceProxy& self, bopy::object py_attr_names) { CSequenceFromPython attr_names(py_attr_names); AutoPythonAllowThreads guard; return self.read_attributes_asynch(*attr_names); } static inline bopy::object read_attributes_reply(Tango::DeviceProxy& self, long id, PyTango::ExtractAs extract_as) { PyDeviceAttribute::AutoDevAttrVector dev_attr_vec; { AutoPythonAllowThreads guard; dev_attr_vec.reset(self.read_attributes_reply(id)); } return PyDeviceAttribute::convert_to_python(dev_attr_vec, self, extract_as); } static inline bopy::object read_attributes_reply(Tango::DeviceProxy& self, long id, long timeout, PyTango::ExtractAs extract_as) { PyDeviceAttribute::AutoDevAttrVector dev_attr_vec; { AutoPythonAllowThreads guard; dev_attr_vec.reset(self.read_attributes_reply(id, timeout)); } return PyDeviceAttribute::convert_to_python(dev_attr_vec, self, extract_as); } static inline long write_attributes_asynch(Tango::DeviceProxy& self, bopy::object py_list) { std::vector dev_attrs; pylist_to_devattrs(self, py_list, dev_attrs); AutoPythonAllowThreads guard; return self.write_attributes_asynch(dev_attrs); } static inline void write_attributes_reply(Tango::DeviceProxy& self, long id, long timestamp) { AutoPythonAllowThreads guard; self.write_attributes_reply(id, timestamp); } static inline void write_attributes_reply(Tango::DeviceProxy& self, long id) { AutoPythonAllowThreads guard; self.write_attributes_reply(id); } static inline void read_attributes_asynch(bopy::object py_self, bopy::object py_attr_names, bopy::object py_cb, PyTango::ExtractAs extract_as) { Tango::DeviceProxy* self = bopy::extract(py_self); CSequenceFromPython attr_names(py_attr_names); PyCallBackAutoDie* cb = bopy::extract(py_cb); cb->set_autokill_references(py_cb, py_self); cb->set_extract_as(extract_as); try { AutoPythonAllowThreads guard; self->read_attributes_asynch(*attr_names, *cb); } catch (...) { cb->unset_autokill_references(); throw; } } static inline void write_attributes_asynch(bopy::object py_self, bopy::object py_list, bopy::object py_cb) { Tango::DeviceProxy* self = bopy::extract(py_self); std::vector dev_attrs; pylist_to_devattrs(*self, py_list, dev_attrs); PyCallBackAutoDie* cb = bopy::extract(py_cb); cb->set_autokill_references(py_cb, py_self); try { AutoPythonAllowThreads guard; self->write_attributes_asynch(dev_attrs, *cb); } catch (...) { cb->unset_autokill_references(); throw; } } static int subscribe_event_global( bopy::object py_self, Tango::EventType event, bopy::object py_cb, bool stateless) { Tango::DeviceProxy& self = bopy::extract(py_self); PyCallBackPushEvent* cb = 0; if (bopy::extract(py_cb).check()) { cb = bopy::extract(py_cb); cb->set_device(py_self); AutoPythonAllowThreads guard; return self.subscribe_event(event, cb, stateless); } } static int subscribe_event_attrib( bopy::object py_self, const string &attr_name, Tango::EventType event, bopy::object py_cb_or_queuesize, bopy::object &py_filters, bool stateless, PyTango::ExtractAs extract_as ) { Tango::DeviceProxy& self = bopy::extract(py_self); CSequenceFromPython filters(py_filters); PyCallBackPushEvent* cb = 0; int event_queue_size = 0; if (bopy::extract(py_cb_or_queuesize).check()) { cb = bopy::extract(py_cb_or_queuesize); cb->set_device(py_self); cb->set_extract_as(extract_as); AutoPythonAllowThreads guard; return self.subscribe_event(attr_name, event, cb, *filters, stateless); } else { event_queue_size = bopy::extract(py_cb_or_queuesize); AutoPythonAllowThreads guard; return self.subscribe_event(attr_name, event, event_queue_size, *filters, stateless); } } static void unsubscribe_event(Tango::DeviceProxy& self, int event) { // If the callback is running, unsubscribe_event will lock // until it finishes. So we MUST release GIL to avoid a deadlock AutoPythonAllowThreads guard; self.unsubscribe_event(event); } template static bopy::object get_events__aux(bopy::object py_self, int event_id, PyTango::ExtractAs extract_as=PyTango::ExtractAsNumpy) { Tango::DeviceProxy &self = bopy::extract(py_self); EDList event_list; self.get_events(event_id, event_list); bopy::list r; for (size_t i=0; i < event_list.size(); ++i) { ED* event_data = event_list[i]; bopy::object py_ev(bopy::handle<>( bopy::to_python_indirect< ED*, bopy::detail::make_owning_holder>()(event_data))); // EventDataList deletes EventData's on destructor, so once // we are handling it somewhere else (as an bopy::object) we must // unset the reference event_list[i] = 0; PyCallBackPushEvent::fill_py_event(event_data, py_ev, py_self, extract_as); r.append(py_ev); } return r; } static void get_events__callback(bopy::object py_self, int event_id, PyCallBackPushEvent *cb, PyTango::ExtractAs extract_as) { Tango::DeviceProxy& self = bopy::extract(py_self); cb->set_device(py_self); cb->set_extract_as(extract_as); self.get_events(event_id, cb); } static bopy::object get_events__attr_conf(bopy::object py_self, int event_id) { return get_events__aux (py_self, event_id); } static bopy::object get_events__data(bopy::object py_self, int event_id, PyTango::ExtractAs extract_as) { return get_events__aux (py_self, event_id, extract_as); } static bopy::object get_events__data_ready(bopy::object py_self, int event_id) { return get_events__aux (py_self, event_id); } static bopy::object get_events__pipe_data(bopy::object py_self, int event_id, PyTango::ExtractAs extract_as) { return get_events__aux(py_self, event_id, extract_as); } static bopy::object get_events__devintr_change_data(bopy::object py_self, int event_id, PyTango::ExtractAs extract_as) { return get_events__aux(py_self, event_id, extract_as); } static boost::shared_ptr makeDeviceProxy1(const std::string& name) { Tango::DeviceProxy* dp = NULL; { AutoPythonAllowThreads guard; dp = new Tango::DeviceProxy(name.c_str()); } return boost::shared_ptr(dp); } static boost::shared_ptr makeDeviceProxy2(const std::string& name, bool b) { Tango::DeviceProxy* dp = NULL; { AutoPythonAllowThreads guard; dp = new Tango::DeviceProxy(name.c_str(), b); } return boost::shared_ptr(dp); } }; void export_device_proxy() { // The following function declarations are necessary to be able to cast // the function parameters from string& to const string&, otherwise python // will not recognize the method calls void (Tango::DeviceProxy::*get_property_)(std::string &, Tango::DbData &) = &Tango::DeviceProxy::get_property; void (Tango::DeviceProxy::*delete_property_)(std::string &) = &Tango::DeviceProxy::delete_property; bopy::class_ > DeviceProxy("DeviceProxy", bopy::init<>()) ; DeviceProxy .def(bopy::init()) .def(bopy::init()) .def(bopy::init()) .def("__init__", boost::python::make_constructor(PyDeviceProxy::makeDeviceProxy1)) .def("__init__", boost::python::make_constructor(PyDeviceProxy::makeDeviceProxy2)) // // Pickle // .def_pickle(PyDeviceProxy::PickleSuite()) // // general methods // .def("dev_name", &Tango::DeviceProxy::dev_name) .def("info", &Tango::DeviceProxy::info, ( arg_("self") ), bopy::return_internal_reference<1>() ) .def("get_device_db", &Tango::DeviceProxy::get_device_db, bopy::return_value_policy()) .def("_status", &PyDeviceProxy::status, ( arg_("self") ) ) .def("_state", &PyDeviceProxy::state, ( arg_("self") ) ) .def("adm_name", &Tango::DeviceProxy::adm_name, ( arg_("self") ) ) .def("description", &Tango::DeviceProxy::description, ( arg_("self") ) ) .def("name", &Tango::DeviceProxy::name, ( arg_("self") ) ) .def("alias", &Tango::DeviceProxy::alias, ( arg_("self") ) ) .def("get_tango_lib_version", &Tango::DeviceProxy::get_tango_lib_version, ( arg_("self") ) ) .def("_ping", &PyDeviceProxy::ping, ( arg_("self") ) ) .def("black_box", &Tango::DeviceProxy::black_box, ( arg_("self"), arg_("n") ), bopy::return_value_policy() ) // // command methods // .def("get_command_list", &Tango::DeviceProxy::get_command_list, ( arg_("self") ), bopy::return_value_policy() ) .def("_get_command_config", (Tango::CommandInfoList* (Tango::DeviceProxy::*)(StdStringVector &)) &Tango::DeviceProxy::get_command_config, ( arg_("self"), arg_("attr_names") ), bopy::return_value_policy() ) .def("_get_command_config", (Tango::CommandInfo (Tango::DeviceProxy::*)(const std::string&)) &Tango::DeviceProxy::get_command_config, ( arg_("self"), arg_("attr_name") ) ) .def("command_query", &Tango::DeviceProxy::command_query, ( arg_("self"), arg_("command") ) ) .def("command_list_query", &Tango::DeviceProxy::command_list_query, ( arg_("self") ), bopy::return_value_policy() ) .def("import_info", &Tango::DeviceProxy::import_info, ( arg_("self") ) ) // // property methods // .def("_get_property", (void (Tango::DeviceProxy::*) (const std::string &, Tango::DbData &)) get_property_, ( arg_("self"), arg_("propname"), arg_("propdata") ) ) .def("_get_property", (void (Tango::DeviceProxy::*) (std::vector&, Tango::DbData &)) &Tango::DeviceProxy::get_property, ( arg_("self"), arg_("propnames"), arg_("propdata") ) ) .def("_get_property", (void (Tango::DeviceProxy::*) (Tango::DbData &)) &Tango::DeviceProxy::get_property, ( arg_("self"), arg_("propdata") ) ) .def("_put_property", &Tango::DeviceProxy::put_property, ( arg_("self"), arg_("propdata") ) ) .def("_delete_property", (void (Tango::DeviceProxy::*) (const std::string &)) delete_property_, ( arg_("self"), arg_("propname") ) ) .def("_delete_property", (void (Tango::DeviceProxy::*) (StdStringVector &)) &Tango::DeviceProxy::delete_property, ( arg_("self"), arg_("propnames") ) ) .def("_delete_property", (void (Tango::DeviceProxy::*) (Tango::DbData &)) &Tango::DeviceProxy::delete_property, ( arg_("self"), arg_("propdata") ) ) .def("_get_property_list", &Tango::DeviceProxy::get_property_list, ( arg_("self"), arg_("filter"), arg_("array") ) ) // // pipe methods // .def("get_pipe_list", &Tango::DeviceProxy::get_pipe_list, ( arg_("self") ), bopy::return_value_policy() ) .def("_get_pipe_config", (Tango::PipeInfoList* (Tango::DeviceProxy::*)(StdStringVector &)) &Tango::DeviceProxy::get_pipe_config, bopy::return_value_policy() ) .def("_get_pipe_config", (Tango::PipeInfo (Tango::DeviceProxy::*)(const std::string&)) &Tango::DeviceProxy::get_pipe_config, ( arg_("self"), arg_("pipe_name") ) ) .def("_set_pipe_config", (void (Tango::DeviceProxy::*)(Tango::PipeInfoList &)) &Tango::DeviceProxy::set_pipe_config, ( arg_("self"), arg_("seq") ) ) // // this should define the c++ signature Tango::DevicePipe read_pipe(Tango::DeviceProxy& self, const std::string & pipe_name) // .def("__read_pipe", &PyDeviceProxy::read_pipe, ( arg_("self"), arg_("pipe_name") ) ) // // this should define the c++ signature write_pipe(Tango::DeviceProxy& self, Tango::DevicePipe& pipe_data) // .def("__write_pipe", &PyDeviceProxy::write_pipe, ( arg_("self"), arg_("pipe_data") ) ) // // attribute methods // .def("get_attribute_list", &Tango::DeviceProxy::get_attribute_list, ( arg_("self") ), bopy::return_value_policy() ) .def("_get_attribute_config", (Tango::AttributeInfoList* (Tango::DeviceProxy::*)(StdStringVector &)) &Tango::DeviceProxy::get_attribute_config, ( arg_("self"), arg_("attr_names") ), bopy::return_value_policy() ) .def("_get_attribute_config", (Tango::AttributeInfoEx (Tango::DeviceProxy::*)(const std::string&)) &Tango::DeviceProxy::get_attribute_config, ( arg_("self"), arg_("attr_name") ) ) .def("_get_attribute_config_ex", &Tango::DeviceProxy::get_attribute_config_ex, ( arg_("self"), arg_("attr_names") ), bopy::return_value_policy() ) .def("attribute_query", &Tango::DeviceProxy::attribute_query, ( arg_("self"), arg_("attr_name") ) ) .def("attribute_list_query", &Tango::DeviceProxy::attribute_list_query, ( arg_("self") ), bopy::return_value_policy() ) .def("attribute_list_query_ex", &Tango::DeviceProxy::attribute_list_query_ex, ( arg_("self") ), bopy::return_value_policy() ) .def("_set_attribute_config", (void (Tango::DeviceProxy::*)(Tango::AttributeInfoList &)) &Tango::DeviceProxy::set_attribute_config, ( arg_("self"), arg_("seq") ) ) .def("_set_attribute_config", (void (Tango::DeviceProxy::*)(Tango::AttributeInfoListEx &)) &Tango::DeviceProxy::set_attribute_config, ( arg_("self"), arg_("seq") ) ) .def("_read_attribute", &PyDeviceProxy::read_attribute, ( arg_("self"), arg_("attr_name"), arg_("extract_as")=PyTango::ExtractAsNumpy ) ) .def("_read_attributes", &PyDeviceProxy::read_attributes, ( arg_("self"), arg_("attr_names"), arg_("extract_as")=PyTango::ExtractAsNumpy ) ) .def("_write_attribute", (void (*)(Tango::DeviceProxy&, const string &, bopy::object )) &PyDeviceProxy::write_attribute, ( arg_("self"), arg_("attr_name"), arg_("value") ) ) .def("_write_attribute", (void (*)(Tango::DeviceProxy&, const Tango::AttributeInfo &, bopy::object )) &PyDeviceProxy::write_attribute, ( arg_("self"), arg_("attr_info"), arg_("value") ) ) .def("_write_attributes", &PyDeviceProxy::write_attributes, ( arg_("self"), arg_("name_val") ) ) .def("_write_read_attribute", &PyDeviceProxy::write_read_attribute, ( arg_("self"), arg_("attr_name"), arg_("value"), arg_("extract_as")=PyTango::ExtractAsNumpy ) ) .def("_write_read_attributes", &PyDeviceProxy::write_read_attributes, ( arg_("self"), arg_("attr_in"), arg_("attr_read_names"), arg_("extract_as")=PyTango::ExtractAsNumpy ) ) // // history methods // .def("command_history", &PyDeviceProxy::command_history, (arg_("self"), arg_("cmd_name"), arg_("depth"))) .def("attribute_history", &PyDeviceProxy::attribute_history, ( arg_("self"), arg_("attr_name"), arg_("depth"), arg_("extract_as")=PyTango::ExtractAsNumpy ) ) // // Polling administration methods // .def("polling_status", &Tango::DeviceProxy::polling_status, ( arg_("self") ), bopy::return_value_policy() ) .def("poll_command", (void (Tango::DeviceProxy::*)(const char *, int)) &Tango::DeviceProxy::poll_command, ( arg_("self"), arg_("cmd_name"), arg_("period") ) ) .def("poll_attribute", (void (Tango::DeviceProxy::*)(const char *, int)) &Tango::DeviceProxy::poll_attribute, ( arg_("self"), arg_("attr_name"), arg_("period") ) ) .def("get_command_poll_period", (int (Tango::DeviceProxy::*)(const char *)) &Tango::DeviceProxy::get_command_poll_period, ( arg_("self"), arg_("cmd_name") ) ) .def("get_attribute_poll_period", (int (Tango::DeviceProxy::*)(const char *)) &Tango::DeviceProxy::get_attribute_poll_period, ( arg_("self"), arg_("attr_name") ) ) .def("is_command_polled", (bool (Tango::DeviceProxy::*)(const char *)) &Tango::DeviceProxy::is_command_polled, ( arg_("self"), arg_("cmd_name") ) ) .def("is_attribute_polled", (bool (Tango::DeviceProxy::*)(const char *)) &Tango::DeviceProxy::is_attribute_polled, ( arg_("self"), arg_("attr_name") ) ) .def("stop_poll_command", (void (Tango::DeviceProxy::*)(const char *)) &Tango::DeviceProxy::stop_poll_command, ( arg_("self"), arg_("cmd_name") ) ) .def("stop_poll_attribute", (void (Tango::DeviceProxy::*)(const char *)) &Tango::DeviceProxy::stop_poll_attribute, ( arg_("self"), arg_("attr_name") ) ) // // Asynchronous methods // .def("__read_attributes_asynch", (long (*) (Tango::DeviceProxy &, bopy::object)) &PyDeviceProxy::read_attributes_asynch, ( arg_("self"), arg_("attr_names") ) ) .def("read_attributes_reply", (bopy::object (*) (Tango::DeviceProxy &, long, PyTango::ExtractAs)) &PyDeviceProxy::read_attributes_reply, ( arg_("self"), arg_("id"), arg_("extract_as")=PyTango::ExtractAsNumpy ) ) .def("read_attributes_reply", (bopy::object (*) (Tango::DeviceProxy &, long, long, PyTango::ExtractAs)) &PyDeviceProxy::read_attributes_reply, ( arg_("self"), arg_("id"), arg_("timeout"), arg_("extract_as")=PyTango::ExtractAsNumpy ) ) .def("pending_asynch_call", &Tango::DeviceProxy::pending_asynch_call, ( arg_("self"), arg_("req_type") ) ) .def("__write_attributes_asynch", (long (*) (Tango::DeviceProxy &, bopy::object)) &PyDeviceProxy::write_attributes_asynch, ( arg_("self"), arg_("values") ) ) .def("write_attributes_reply", (void (*) (Tango::DeviceProxy &, long)) &PyDeviceProxy::write_attributes_reply, ( arg_("self"), arg_("id") ) ) .def("write_attributes_reply", (void (*) (Tango::DeviceProxy &, long, long)) &PyDeviceProxy::write_attributes_reply, ( arg_("self"), arg_("id"), arg_("timeout") ) ) .def("__read_attributes_asynch", (void (*) (bopy::object, bopy::object, bopy::object, PyTango::ExtractAs)) &PyDeviceProxy::read_attributes_asynch, ( arg_("self"), arg_("attr_names"), arg_("callback"), arg_("extract_as")=PyTango::ExtractAsNumpy ) ) .def("__write_attributes_asynch", (void (*) (bopy::object, bopy::object, bopy::object)) &PyDeviceProxy::write_attributes_asynch, ( arg_("self"), arg_("values"), arg_("callback") ) ) // // Logging administration methods // .def("add_logging_target", (void (Tango::DeviceProxy::*)(const std::string &)) &Tango::DeviceProxy::add_logging_target, ( arg_("self"), arg_("target_type_target_name") ) ) .def("remove_logging_target", (void (Tango::DeviceProxy::*)(const std::string &)) &Tango::DeviceProxy::remove_logging_target, ( arg_("self"), arg_("target_type_target_name") ) ) .def("get_logging_target", &Tango::DeviceProxy::get_logging_target, ( arg_("self") ) ) .def("get_logging_level", &Tango::DeviceProxy::get_logging_level, ( arg_("self") ) ) .def("set_logging_level", &Tango::DeviceProxy::set_logging_level, ( arg_("self"), arg_("level") )) // // Event methods // .def("__subscribe_event", &PyDeviceProxy::subscribe_event_global, ( arg_("self"), arg_("event"), arg_("cb_or_queuesize") )) .def("__subscribe_event", &PyDeviceProxy::subscribe_event_attrib, ( arg_("self"), arg_("attr_name"), arg_("event"), arg_("cb_or_queuesize"), arg_("filters")=bopy::list(), arg_("stateless")=false, arg_("extract_as")=PyTango::ExtractAsNumpy ) ) .def("__unsubscribe_event", &PyDeviceProxy::unsubscribe_event ) .def("__get_callback_events", PyDeviceProxy::get_events__callback, ( arg_("self"), arg_("event_id"), arg_("callback"), arg_("extract_as")=PyTango::ExtractAsNumpy) ) .def("__get_attr_conf_events", PyDeviceProxy::get_events__attr_conf, ( arg_("self"), arg_("event_id")) ) .def("__get_data_events", PyDeviceProxy::get_events__data, ( arg_("self"), arg_("event_id"), arg_("extract_as")=PyTango::ExtractAsNumpy )) .def("__get_data_ready_events", PyDeviceProxy::get_events__data_ready, ( arg_("self"), arg_("event_id")) ) .def("__get_pipe_events", PyDeviceProxy::get_events__pipe_data, ( arg_("self"), arg_("event_id"), arg_("extract_as")=PyTango::ExtractAsNumpy )) .def("__get_devintr_change_events", PyDeviceProxy::get_events__devintr_change_data, ( arg_("self"), arg_("event_id")) ) // methods to access data in event queues .def("event_queue_size", &Tango::DeviceProxy::event_queue_size, ( arg_("self"), arg_("event_id") ) ) .def("get_last_event_date", &Tango::DeviceProxy::get_last_event_date, ( arg_("self"), arg_("event_id") ) ) .def("is_event_queue_empty", &Tango::DeviceProxy::is_event_queue_empty, ( arg_("self"), arg_("event_id") ) ) // // Locking methods // .def("lock", &Tango::DeviceProxy::lock, lock_overloads( ( arg_("lock_validity") ))) .def("unlock", &Tango::DeviceProxy::unlock, unlock_overloads( arg_("force"))) .def("locking_status", &Tango::DeviceProxy::locking_status, ( arg_("self") )) .def("is_locked", &Tango::DeviceProxy::is_locked, ( arg_("self") )) .def("is_locked_by_me", &Tango::DeviceProxy::is_locked_by_me, ( arg_("self") )) .def("get_locker", &Tango::DeviceProxy::get_locker, ( arg_("self"), arg_("lockinfo") )) /// This is to be used by the python layer of this api... //.setattr("__subscribed_events", bopy::dict()) ; } pytango-9.2.2/ext/devintr_change_event_data.cpp000066400000000000000000000055141316324373100216730ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "exception.h" using namespace boost::python; extern boost::python::object PyTango_DevFailed; namespace PyDevIntrChangeEventData { static boost::shared_ptr makeDevIntrChangeEventData() { Tango::DevIntrChangeEventData *result = new Tango::DevIntrChangeEventData; return boost::shared_ptr(result); } static void set_errors(Tango::DevIntrChangeEventData &event_data, boost::python::object &dev_failed) { Tango::DevFailed df; boost::python::object errors = dev_failed.attr("args"); sequencePyDevError_2_DevErrorList(errors.ptr(), event_data.errors); } }; // end PyDevIntrChangeEventData void export_devintr_change_event_data() { class_("DevIntrChangeEventData", init()) .def("__init__", boost::python::make_constructor(PyDevIntrChangeEventData::makeDevIntrChangeEventData)) // The original Tango::DevIntrChangeEventData structure has a 'device' field. // However, if we returned this directly we would get a different // python device each time. So we are doing our weird things to make // sure the device returned is the same where the read action was // performed. So we don't return Tango::DevIntrChangeEventData::device directly. // See callback.cpp .setattr("device",object()) .def_readwrite("event", &Tango::DevIntrChangeEventData::event) .def_readwrite("device_name", &Tango::DevIntrChangeEventData::device_name) .setattr("cmd_list", object()) .setattr("att_list", object()) .def_readwrite("dev_started", &Tango::DevIntrChangeEventData::dev_started) .def_readwrite("err", &Tango::DevIntrChangeEventData::err) .def_readwrite("reception_date", &Tango::DevIntrChangeEventData::reception_date) .def_readwrite("err", &Tango::DevIntrChangeEventData::err) .add_property("errors", make_getter(&Tango::DevIntrChangeEventData::errors, return_value_policy()), &PyDevIntrChangeEventData::set_errors) .def("get_date", &Tango::DevIntrChangeEventData::get_date, return_internal_reference<>()) ; } pytango-9.2.2/ext/enums.cpp000066400000000000000000000237471316324373100156600ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_enums() { enum_("LockerLanguage") .value("CPP", Tango::CPP) .value("JAVA", Tango::JAVA) ; enum_("CmdArgType") .value(Tango::CmdArgTypeName[Tango::DEV_VOID], Tango::DEV_VOID) .value(Tango::CmdArgTypeName[Tango::DEV_BOOLEAN], Tango::DEV_BOOLEAN) .value(Tango::CmdArgTypeName[Tango::DEV_SHORT], Tango::DEV_SHORT) .value(Tango::CmdArgTypeName[Tango::DEV_LONG], Tango::DEV_LONG) .value(Tango::CmdArgTypeName[Tango::DEV_FLOAT], Tango::DEV_FLOAT) .value(Tango::CmdArgTypeName[Tango::DEV_DOUBLE], Tango::DEV_DOUBLE) .value(Tango::CmdArgTypeName[Tango::DEV_USHORT], Tango::DEV_USHORT) .value(Tango::CmdArgTypeName[Tango::DEV_ULONG], Tango::DEV_ULONG) .value(Tango::CmdArgTypeName[Tango::DEV_STRING], Tango::DEV_STRING) .value(Tango::CmdArgTypeName[Tango::DEVVAR_CHARARRAY], Tango::DEVVAR_CHARARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_SHORTARRAY], Tango::DEVVAR_SHORTARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_LONGARRAY], Tango::DEVVAR_LONGARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_FLOATARRAY], Tango::DEVVAR_FLOATARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_DOUBLEARRAY], Tango::DEVVAR_DOUBLEARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_USHORTARRAY], Tango::DEVVAR_USHORTARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_ULONGARRAY], Tango::DEVVAR_ULONGARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_STRINGARRAY], Tango::DEVVAR_STRINGARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_LONGSTRINGARRAY], Tango::DEVVAR_LONGSTRINGARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_DOUBLESTRINGARRAY], Tango::DEVVAR_DOUBLESTRINGARRAY) .value(Tango::CmdArgTypeName[Tango::DEV_STATE], Tango::DEV_STATE) .value(Tango::CmdArgTypeName[Tango::CONST_DEV_STRING], Tango::CONST_DEV_STRING) .value(Tango::CmdArgTypeName[Tango::DEVVAR_BOOLEANARRAY], Tango::DEVVAR_BOOLEANARRAY) .value(Tango::CmdArgTypeName[Tango::DEV_UCHAR], Tango::DEV_UCHAR) .value(Tango::CmdArgTypeName[Tango::DEV_LONG64], Tango::DEV_LONG64) .value(Tango::CmdArgTypeName[Tango::DEV_ULONG64], Tango::DEV_ULONG64) .value(Tango::CmdArgTypeName[Tango::DEVVAR_LONG64ARRAY], Tango::DEVVAR_LONG64ARRAY) .value(Tango::CmdArgTypeName[Tango::DEVVAR_ULONG64ARRAY], Tango::DEVVAR_ULONG64ARRAY) .value(Tango::CmdArgTypeName[Tango::DEV_INT], Tango::DEV_INT) .value(Tango::CmdArgTypeName[Tango::DEV_ENCODED], Tango::DEV_ENCODED) .value(Tango::CmdArgTypeName[Tango::DEV_ENUM], Tango::DEV_ENUM) .value(Tango::CmdArgTypeName[Tango::DEV_PIPE_BLOB], Tango::DEV_PIPE_BLOB) .value(Tango::CmdArgTypeName[Tango::DEVVAR_STATEARRAY], Tango::DEVVAR_STATEARRAY) .export_values() ; enum_("MessBoxType") .value("STOP", Tango::STOP) .value("INFO", Tango::INFO) ; enum_("PollObjType") .value("POLL_CMD", Tango::POLL_CMD) .value("POLL_ATTR", Tango::POLL_ATTR) .value("EVENT_HEARTBEAT", Tango::EVENT_HEARTBEAT) .value("STORE_SUBDEV", Tango::STORE_SUBDEV) ; enum_("PollCmdCode") .value("POLL_ADD_OBJ", Tango::POLL_ADD_OBJ) .value("POLL_REM_OBJ", Tango::POLL_REM_OBJ) .value("POLL_START", Tango::POLL_START) .value("POLL_STOP", Tango::POLL_STOP) .value("POLL_UPD_PERIOD", Tango::POLL_UPD_PERIOD) .value("POLL_REM_DEV", Tango::POLL_REM_DEV) .value("POLL_EXIT", Tango::POLL_EXIT) .value("POLL_REM_EXT_TRIG_OBJ", Tango::POLL_REM_EXT_TRIG_OBJ) .value("POLL_ADD_HEARTBEAT", Tango::POLL_ADD_HEARTBEAT) .value("POLL_REM_HEARTBEAT", Tango::POLL_REM_HEARTBEAT) ; enum_("SerialModel") .value("BY_DEVICE",Tango::BY_DEVICE) .value("BY_CLASS",Tango::BY_CLASS) .value("BY_PROCESS",Tango::BY_PROCESS) .value("NO_SYNC",Tango::NO_SYNC) ; enum_("AttReqType") .value("READ_REQ",Tango::READ_REQ) .value("WRITE_REQ",Tango::WRITE_REQ) ; enum_("LockCmdCode") .value("LOCK_ADD_DEV", Tango::LOCK_ADD_DEV) .value("LOCK_REM_DEV", Tango::LOCK_REM_DEV) .value("LOCK_UNLOCK_ALL_EXIT", Tango::LOCK_UNLOCK_ALL_EXIT) .value("LOCK_EXIT", Tango::LOCK_EXIT) ; #ifdef TANGO_HAS_LOG4TANGO enum_("LogLevel") .value("LOG_OFF", Tango::LOG_OFF) .value("LOG_FATAL", Tango::LOG_FATAL) .value("LOG_ERROR", Tango::LOG_ERROR) .value("LOG_WARN", Tango::LOG_WARN) .value("LOG_INFO", Tango::LOG_INFO) .value("LOG_DEBUG", Tango::LOG_DEBUG) ; enum_("LogTarget") .value("LOG_CONSOLE", Tango::LOG_CONSOLE) .value("LOG_FILE", Tango::LOG_FILE) .value("LOG_DEVICE", Tango::LOG_DEVICE) ; #endif // TANGO_HAS_LOG4TANGO enum_("EventType") .value("CHANGE_EVENT", Tango::CHANGE_EVENT) .value("QUALITY_EVENT", Tango::QUALITY_EVENT) .value("PERIODIC_EVENT", Tango::PERIODIC_EVENT) .value("ARCHIVE_EVENT", Tango::ARCHIVE_EVENT) .value("USER_EVENT", Tango::USER_EVENT) .value("ATTR_CONF_EVENT", Tango::ATTR_CONF_EVENT) .value("DATA_READY_EVENT", Tango::DATA_READY_EVENT) .value("INTERFACE_CHANGE_EVENT", Tango::INTERFACE_CHANGE_EVENT) .value("PIPE_EVENT", Tango::PIPE_EVENT) ; enum_("AttrSerialModel") .value("ATTR_NO_SYNC", Tango::ATTR_NO_SYNC) .value("ATTR_BY_KERNEL", Tango::ATTR_BY_KERNEL) .value("ATTR_BY_USER", Tango::ATTR_BY_USER) ; enum_("KeepAliveCmdCode") .value("EXIT_TH", Tango::EXIT_TH) ; enum_("AccessControlType") .value("ACCESS_READ", Tango::ACCESS_READ) .value("ACCESS_WRITE", Tango::ACCESS_WRITE) ; enum_("asyn_req_type") .value("POLLING", Tango::POLLING) .value("CALLBACK", Tango::CALL_BACK) .value("ALL_ASYNCH", Tango::ALL_ASYNCH) ; enum_("cb_sub_model") .value("PUSH_CALLBACK", Tango::PUSH_CALLBACK) .value("PULL_CALLBACK", Tango::PULL_CALLBACK) ; // // Tango IDL // enum_("AttrQuality") .value("ATTR_VALID", Tango::ATTR_VALID) .value("ATTR_INVALID", Tango::ATTR_INVALID) .value("ATTR_ALARM", Tango::ATTR_ALARM) .value("ATTR_CHANGING", Tango::ATTR_CHANGING) .value("ATTR_WARNING", Tango::ATTR_WARNING) ; enum_("AttrWriteType") .value("READ", Tango::READ) .value("READ_WITH_WRITE", Tango::READ_WITH_WRITE) .value("WRITE", Tango::WRITE) .value("READ_WRITE", Tango::READ_WRITE) .value("WT_UNKNOWN", Tango::READ_WRITE) .export_values() ; enum_("AttrDataFormat") .value("SCALAR", Tango::SCALAR) .value("SPECTRUM", Tango::SPECTRUM) .value("IMAGE", Tango::IMAGE) .value("FMT_UNKNOWN", Tango::FMT_UNKNOWN) .export_values() ; enum_("DevSource") .value("DEV", Tango::DEV) .value("CACHE", Tango::CACHE) .value("CACHE_DEV", Tango::CACHE_DEV) ; enum_("ErrSeverity") .value("WARN", Tango::WARN) .value("ERR", Tango::ERR) .value("PANIC", Tango::PANIC) ; enum_("DevState") .value(Tango::DevStateName[Tango::ON], Tango::ON) .value(Tango::DevStateName[Tango::OFF], Tango::OFF) .value(Tango::DevStateName[Tango::CLOSE], Tango::CLOSE) .value(Tango::DevStateName[Tango::OPEN], Tango::OPEN) .value(Tango::DevStateName[Tango::INSERT], Tango::INSERT) .value(Tango::DevStateName[Tango::EXTRACT], Tango::EXTRACT) .value(Tango::DevStateName[Tango::MOVING], Tango::MOVING) .value(Tango::DevStateName[Tango::STANDBY], Tango::STANDBY) .value(Tango::DevStateName[Tango::FAULT], Tango::FAULT) .value(Tango::DevStateName[Tango::INIT], Tango::INIT) .value(Tango::DevStateName[Tango::RUNNING], Tango::RUNNING) .value(Tango::DevStateName[Tango::ALARM], Tango::ALARM) .value(Tango::DevStateName[Tango::DISABLE], Tango::DISABLE) .value(Tango::DevStateName[Tango::UNKNOWN], Tango::UNKNOWN) ; enum_("DispLevel") .value("OPERATOR", Tango::OPERATOR) .value("EXPERT", Tango::EXPERT) .value("DL_UNKNOWN", Tango::DL_UNKNOWN) ; enum_("PipeWriteType") .value("PIPE_READ", Tango::PIPE_READ) .value("PIPE_READ_WRITE", Tango::PIPE_READ_WRITE) .value("PIPE_WT_UNKNOWN", Tango::PIPE_WT_UNKNOWN) ; enum_("PipeSerialModel") .value("PIPE_NO_SYNC", Tango::PIPE_NO_SYNC) .value("PIPE_BY_KERNEL", Tango::PIPE_BY_KERNEL) .value("PIPE_BY_USER", Tango::PIPE_BY_USER) ; scope().attr("PipeReqType") = scope().attr("AttReqType"); enum_("AttrMemorizedType") .value("NOT_KNOWN", Tango::NOT_KNOWN) .value("NONE", Tango::NONE) .value("MEMORIZED", Tango::MEMORIZED) .value("MEMORIZED_WRITE_INIT", Tango::MEMORIZED_WRITE_INIT) ; } pytango-9.2.2/ext/event_data.cpp000066400000000000000000000056011316324373100166300ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "exception.h" using namespace boost::python; extern boost::python::object PyTango_DevFailed; namespace PyEventData { static boost::shared_ptr makeEventData() { Tango::EventData *result = new Tango::EventData; result->attr_value = new Tango::DeviceAttribute(); return boost::shared_ptr(result); } static void set_errors(Tango::EventData &event_data, boost::python::object &error) { PyObject* error_ptr = error.ptr(); if (PyObject_IsInstance(error_ptr, PyTango_DevFailed.ptr())) { Tango::DevFailed df; boost::python::object error_list = error.attr("args"); sequencePyDevError_2_DevErrorList(error_list.ptr(), event_data.errors); } else { sequencePyDevError_2_DevErrorList(error_ptr, event_data.errors); } } }; void export_event_data() { class_("EventData", init()) .def("__init__", boost::python::make_constructor(PyEventData::makeEventData)) // The original Tango::EventData structure has a 'device' field. // However, if we returned this directly we would get a different // python device each time. So we are doing our weird things to make // sure the device returned is the same where the read action was // performed. So we don't return Tango::EventData::device directly. // See callback.cpp .setattr("device", object()) .def_readwrite("attr_name", &Tango::EventData::attr_name) .def_readwrite("event", &Tango::EventData::event) // The original Tango::EventData structure has "get_attr_value" but // we can't refer it directly here because we have to extract value // and so on. // See callback.cpp .setattr("attr_value", object()) .def_readwrite("err", &Tango::EventData::err) .def_readwrite("reception_date", &Tango::EventData::reception_date) .add_property("errors", make_getter(&Tango::EventData::errors, return_value_policy()), &PyEventData::set_errors) .def("get_date", &Tango::EventData::get_date, return_internal_reference<>()) ; } pytango-9.2.2/ext/exception.cpp000066400000000000000000000440651316324373100165230ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" #include "exception.h" using namespace boost::python; // Useful constants for exceptions const char *param_must_be_seq = "Parameter must be a string or a python " "sequence (e.x.: a tuple or a list)"; const char *unreachable_code = "Code should be unreachable"; const char *non_string_seq = "Parameter must be a non string sequence " "(e.x.: a tuple or a list)"; const char *non_valid_image = "Parameter must be an IMAGE. This is a sequence" " of sequences (with all the sub-sequences having" " the same length) or a bidimensional numpy.array"; const char *non_valid_spectrum = "Parameter must be an SPECTRUM. This is a" " sequence of scalar values or a unidimensional" " numpy.array"; boost::python::object PyTango_DevFailed, PyTango_ConnectionFailed, PyTango_CommunicationFailed, PyTango_WrongNameSyntax, PyTango_NonDbDevice, PyTango_WrongData, PyTango_NonSupportedFeature, PyTango_AsynCall, PyTango_AsynReplyNotArrived, PyTango_EventSystemFailed, PyTango_DeviceUnlocked, PyTango_NotAllowed; namespace Tango { inline bool operator==(const Tango::NamedDevFailed& df1, const Tango::NamedDevFailed& df2) { /// @todo ? err_stack ? return (df1.name == df2.name) && (df1.idx_in_call == df2.idx_in_call); } } void sequencePyDevError_2_DevErrorList(PyObject *value, Tango::DevErrorList &del) { long len = max((int)PySequence_Size(value), 0); del.length(len); for (long loop = 0; loop < len; ++loop) { PyObject *item = PySequence_GetItem(value, loop); Tango::DevError &dev_error = extract(item); del[loop].desc = CORBA::string_dup(dev_error.desc); del[loop].reason = CORBA::string_dup(dev_error.reason); del[loop].origin = CORBA::string_dup(dev_error.origin); del[loop].severity = dev_error.severity; Py_XDECREF(item); } } void PyDevFailed_2_DevFailed(PyObject *value, Tango::DevFailed &df) { if (PyObject_IsInstance(value, PyTango_DevFailed.ptr())) { PyObject *args = PyObject_GetAttrString(value, "args"); if (PySequence_Check(args) == 0) { Py_XDECREF(args); Tango::Except::throw_exception( (const char *)"PyDs_BadDevFailedException", (const char *)"A badly formed exception has been received", (const char *)"PyDevFailed_2_DevFailed"); } else { sequencePyDevError_2_DevErrorList(args, df.errors); Py_DECREF(args); } } else { sequencePyDevError_2_DevErrorList(value, df.errors); } } void throw_python_dev_failed() { PyObject *type, *value, *traceback; PyErr_Fetch(&type, &value, &traceback); if (value == NULL) { Py_XDECREF(type); Py_XDECREF(traceback); Tango::Except::throw_exception( (const char *)"PyDs_BadDevFailedException", (const char *)"A badly formed exception has been received", (const char *)"throw_python_dev_failed"); } Tango::DevFailed df; try { PyDevFailed_2_DevFailed(value, df); } catch(...) { Py_XDECREF(type); Py_XDECREF(value); Py_XDECREF(traceback); throw; } Py_XDECREF(type); Py_XDECREF(value); Py_XDECREF(traceback); throw df; } Tango::DevFailed to_dev_failed(PyObject *type, PyObject *value, PyObject *traceback) { bool from_fetch = false; if ((type == NULL) || (value == NULL) || (traceback == NULL) || (type == Py_None) || (value == Py_None) || (traceback == Py_None)) { PyErr_Fetch(&type, &value, &traceback); from_fetch = true; } Tango::DevErrorList dev_err; dev_err.length(1); if (value == NULL) { // // Send a default exception in case Python does not send us information // dev_err[0].origin = CORBA::string_dup("Py_to_dev_failed"); dev_err[0].desc = CORBA::string_dup("A badly formed exception has been received"); dev_err[0].reason = CORBA::string_dup("PyDs_BadPythonException"); dev_err[0].severity = Tango::ERR; } else { // // Populate a one level DevFailed exception // PyObject *tracebackModule = PyImport_ImportModule("traceback"); if (tracebackModule != NULL) { // // Format the traceback part of the Python exception // and store it in the origin part of the Tango exception // PyObject *tbList_ptr = PyObject_CallMethod( tracebackModule, (char *)"format_tb", (char *)"O", traceback == NULL ? Py_None : traceback); boost::python::object tbList = object(handle<>(tbList_ptr)); boost::python::str origin = str("").join(tbList); char const* origin_ptr = boost::python::extract(origin); dev_err[0].origin = CORBA::string_dup(origin_ptr); // // Format the exec and value part of the Python exception // and store it in the desc part of the Tango exception // tbList_ptr = PyObject_CallMethod( tracebackModule, (char *)"format_exception_only", (char *)"OO", type, value == NULL ? Py_None : value); tbList = object(handle<>(tbList_ptr)); boost::python::str desc = str("").join(tbList); char const* desc_ptr = boost::python::extract(desc); dev_err[0].desc = CORBA::string_dup(desc_ptr); Py_DECREF(tracebackModule); dev_err[0].reason = CORBA::string_dup("PyDs_PythonError"); dev_err[0].severity = Tango::ERR; } else { // // Send a default exception because we can't format the // different parts of the Python's one ! // dev_err[0].origin = CORBA::string_dup("Py_to_dev_failed"); dev_err[0].desc = CORBA::string_dup("Can't import Python traceback module. Can't extract info from Python exception"); dev_err[0].reason = CORBA::string_dup("PyDs_PythonError"); dev_err[0].severity = Tango::ERR; } } if(from_fetch) { Py_XDECREF(type); Py_XDECREF(value); Py_XDECREF(traceback); } return Tango::DevFailed(dev_err); } void throw_python_generic_exception(PyObject *type, PyObject *value, PyObject *traceback) { throw to_dev_failed(type, value, traceback); } void handle_python_exception(boost::python::error_already_set &eas) { if (PyErr_ExceptionMatches(PyTango_DevFailed.ptr())) { throw_python_dev_failed(); } else { throw_python_generic_exception(); } } struct convert_PyDevFailed_to_DevFailed { convert_PyDevFailed_to_DevFailed() { boost::python::converter::registry::push_back( &convertible, &construct, boost::python::type_id()); } // Check if given Python object is convertible to a DevFailed. // If so, return obj, otherwise return 0 static void* convertible(PyObject* obj) { if (PyObject_IsInstance(obj, PyTango_DevFailed.ptr())) return obj; return 0; } // Construct a vec3f object from the given Python object, and // store it in the stage1 (?) data. static void construct(PyObject* obj, boost::python::converter::rvalue_from_python_stage1_data* data) { typedef boost::python::converter::rvalue_from_python_storage DevFailed_storage; void* const storage = reinterpret_cast(data)->storage.bytes; Tango::DevFailed *df_ptr = new (storage) Tango::DevFailed(); PyDevFailed_2_DevFailed(obj, *df_ptr); data->convertible = storage; } }; void _translate_dev_failed(const Tango::DevFailed &dev_failed, boost::python::object py_dev_failed) { boost::python::object py_errors(dev_failed.errors); PyErr_SetObject(py_dev_failed.ptr(), py_errors.ptr()); } void translate_dev_failed(const Tango::DevFailed &dev_failed) { _translate_dev_failed(dev_failed, PyTango_DevFailed); } void translate_connection_failed(const Tango::ConnectionFailed &dev_failed) { _translate_dev_failed(dev_failed, PyTango_ConnectionFailed); } void translate_communication_failed(const Tango::CommunicationFailed &dev_failed) { _translate_dev_failed(dev_failed, PyTango_CommunicationFailed); } void translate_wrong_name_syntax(const Tango::WrongNameSyntax &dev_failed) { _translate_dev_failed(dev_failed, PyTango_WrongNameSyntax); } void translate_non_db_device(const Tango::NonDbDevice &dev_failed) { _translate_dev_failed(dev_failed, PyTango_NonDbDevice); } void translate_wrong_data(const Tango::WrongData &dev_failed) { _translate_dev_failed(dev_failed, PyTango_WrongData); } void translate_non_supported_feature(const Tango::NonSupportedFeature &dev_failed) { _translate_dev_failed(dev_failed, PyTango_NonSupportedFeature); } void translate_asyn_call(const Tango::AsynCall &dev_failed) { _translate_dev_failed(dev_failed, PyTango_AsynCall); } void translate_asyn_reply_not_arrived(const Tango::AsynReplyNotArrived &dev_failed) { _translate_dev_failed(dev_failed, PyTango_AsynReplyNotArrived); } void translate_event_system_failed(const Tango::EventSystemFailed &dev_failed) { _translate_dev_failed(dev_failed, PyTango_EventSystemFailed); } void translate_device_unlocked(const Tango::DeviceUnlocked &dev_failed) { _translate_dev_failed(dev_failed, PyTango_DeviceUnlocked); } void translate_not_allowed(const Tango::NotAllowed &dev_failed) { _translate_dev_failed(dev_failed, PyTango_NotAllowed); } namespace PyExcept { inline void throw_exception(const char *a, const char *b, const char *c) { Tango::Except::throw_exception(a, b, c); } inline void throw_exception_severity(const char *a, const char *b, const char *c, Tango::ErrSeverity d) { Tango::Except::throw_exception(a ,b, c, d); } inline void re_throw_exception(const Tango::DevFailed &df, const char *a, const char *b, const char *c) { Tango::Except::re_throw_exception(const_cast(df), a, b, c); } inline void re_throw_exception_severity(const Tango::DevFailed &df, const char *a, const char *b, const char *c, Tango::ErrSeverity d) { Tango::Except::re_throw_exception(const_cast(df), a, b, c, d); } inline void print_exception(const Tango::DevFailed &df) { Tango::Except::print_exception(df); } } namespace PyNamedDevFailed { Tango::DevErrorList get_err_stack(Tango::NamedDevFailed & self) { return self.err_stack; } } //BOOST_PYTHON_FUNCTION_OVERLOADS(to_dev_failed_overloads, to_dev_failed, 0, 3) BOOST_PYTHON_FUNCTION_OVERLOADS(throw_python_generic_exception_overloads, throw_python_generic_exception, 0, 3) void export_exceptions() { bool (*compare_exception_) (Tango::DevFailed &, Tango::DevFailed &) = &Tango::Except::compare_exception; PyTango_DevFailed = boost::python::object( boost::python::handle<>(PyErr_NewException( (char *)"PyTango.DevFailed", NULL, NULL))); PyObject *df_ptr = PyTango_DevFailed.ptr(); PyTango_ConnectionFailed = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.ConnectionFailed"), df_ptr, NULL))); PyTango_CommunicationFailed = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.CommunicationFailed"), df_ptr, NULL))); PyTango_WrongNameSyntax = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.WrongNameSyntax"), df_ptr, NULL))); PyTango_NonDbDevice = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.NonDbDevice"), df_ptr, NULL))); PyTango_WrongData = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.WrongData"), df_ptr, NULL))); PyTango_NonSupportedFeature = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.NonSupportedFeature"), df_ptr, NULL))); PyTango_AsynCall = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.AsynCall"), df_ptr, NULL))); PyTango_AsynReplyNotArrived = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.AsynReplyNotArrived"), df_ptr, NULL))); PyTango_EventSystemFailed = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.EventSystemFailed"), df_ptr, NULL))); PyTango_DeviceUnlocked = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.DeviceUnlocked"), df_ptr, NULL))); PyTango_NotAllowed = boost::python::object( boost::python::handle<>(PyErr_NewException( const_cast("PyTango.NotAllowed"), df_ptr, NULL))); scope().attr("DevFailed") = PyTango_DevFailed; scope().attr("ConnectionFailed") = PyTango_ConnectionFailed; scope().attr("CommunicationFailed") = PyTango_CommunicationFailed; scope().attr("WrongNameSyntax") = PyTango_WrongNameSyntax; scope().attr("NonDbDevice") = PyTango_NonDbDevice; scope().attr("WrongData") = PyTango_WrongData; scope().attr("NonSupportedFeature") = PyTango_NonSupportedFeature; scope().attr("AsynCall") = PyTango_AsynCall; scope().attr("AsynReplyNotArrived") = PyTango_AsynReplyNotArrived; scope().attr("EventSystemFailed") = PyTango_EventSystemFailed; scope().attr("DeviceUnlocked") = PyTango_DeviceUnlocked; scope().attr("NotAllowed") = PyTango_NotAllowed; register_exception_translator(&translate_dev_failed); register_exception_translator(&translate_connection_failed); register_exception_translator(&translate_communication_failed); register_exception_translator(&translate_wrong_name_syntax); register_exception_translator(&translate_non_db_device); register_exception_translator(&translate_wrong_data); register_exception_translator(&translate_non_supported_feature); register_exception_translator(&translate_asyn_call); register_exception_translator(&translate_asyn_reply_not_arrived); register_exception_translator(&translate_event_system_failed); register_exception_translator(&translate_device_unlocked); register_exception_translator(&translate_not_allowed); class_("Except", no_init) .def("throw_exception", &PyExcept::throw_exception) .def("throw_exception", &PyExcept::throw_exception_severity) .def("re_throw_exception", &PyExcept::re_throw_exception) .def("re_throw_exception", &PyExcept::re_throw_exception_severity) .def("print_exception", &PyExcept::print_exception) .def("print_error_stack", &Tango::Except::print_error_stack) .def("compare_exception", (bool (*) (const Tango::DevFailed &, const Tango::DevFailed &)) compare_exception_) //.def("to_dev_failed", &to_dev_failed, to_dev_failed_overloads()) .def("throw_python_exception", &throw_python_generic_exception, throw_python_generic_exception_overloads()) .staticmethod("throw_exception") .staticmethod("re_throw_exception") .staticmethod("print_exception") .staticmethod("print_error_stack") //.staticmethod("to_dev_failed") .staticmethod("throw_python_exception") ; convert_PyDevFailed_to_DevFailed pydevfailed_2_devfailed; /// NamedDevFailed & family: class_ NamedDevFailed( "NamedDevFailed", "", no_init) ; NamedDevFailed .def_readonly("name", &Tango::NamedDevFailed::name) // string .def_readonly("idx_in_call", &Tango::NamedDevFailed::idx_in_call) // long .add_property("err_stack", PyNamedDevFailed::get_err_stack) // DevErrorList ; typedef std::vector StdNamedDevFailedVector_; class_< StdNamedDevFailedVector_ >("StdNamedDevFailedVector") .def(vector_indexing_suite()); // DevFailed is not really exported but just translated, so we can't // derivate. class_*/ > NamedDevFailedList( "NamedDevFailedList", "", no_init) ; NamedDevFailedList .def("get_faulty_attr_nb", &Tango::NamedDevFailedList::get_faulty_attr_nb) // size_t .def("call_failed", &Tango::NamedDevFailedList::call_failed) // bool .def_readonly("err_list", &Tango::NamedDevFailedList::err_list) // vector ; } pytango-9.2.2/ext/exception.h000066400000000000000000000070041316324373100161600ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include /** * Translates a seq into a C++ DevErrorList * * @param [in] seq a python sequence of DevError * @param [out] err_list the object to be filled with the several DevError */ void sequencePyDevError_2_DevErrorList(PyObject *seq, Tango::DevErrorList &err_list); /** * Translates a python DevFailed or a seq into a C++ DevFailed * * @param [in] obj a python sequence of DevError or a DevFailed * @param [out] df the object to be filled with the information extracted from obj */ void PyDevFailed_2_DevFailed(PyObject *obj, Tango::DevFailed &df); /** * Throws the current python exception. Assumes the python err is set and contains * a DevFailed exception */ void throw_python_dev_failed(); /** * Transforms a python exception into a Tango::DevFailed */ Tango::DevFailed to_dev_failed(PyObject *type=NULL, PyObject *value=NULL, PyObject *traceback=NULL); /** * Throws the current python exception as a DevFailed exception. */ void throw_python_generic_exception(PyObject *type=NULL, PyObject *value=NULL, PyObject *traceback=NULL); /** * Handles the current python exception: * If a PyTango DevFaild -> translates it to C++ and throws the DevFailed * If a generic python exception -> translates it to C++ DevFailed and throws the DevFailed * * @param[in] eas the boost python exception description (currently not used) */ void handle_python_exception(boost::python::error_already_set &eas); #define SAFE_CATCH_REPORT(meth_name) \ catch(boost::python::error_already_set &) \ { \ std::cerr << "PyTango generated an unexpected python exception in " \ << meth_name << "." << std::endl \ << "Please report this bug to PyTango with the following report:" \ << std::endl; \ PyErr_Print(); \ } \ catch(Tango::DevFailed &df) \ { \ std::cerr << "PyTango generated a DevFailed exception in " \ << meth_name << "." << std::endl \ << "Please report this bug to PyTango with the following report:" \ << std::endl; \ Tango::Except::print_exception(df); \ } \ catch(...) \ { \ std::cerr << "PyTango generated an unknown exception in " \ << meth_name << "." << std::endl \ << "Please report this bug to PyTango." << std::endl; \ } #define SAFE_CATCH_INFORM(meth_name) \ catch(boost::python::error_already_set &) \ { \ std::cerr << meth_name << " generated the following python exception:" << std::endl; \ PyErr_Print(); \ } \ catch(Tango::DevFailed &df) \ { \ std::cerr << meth_name << " generated the following DevFailed exception:" << std::endl; \ Tango::Except::print_exception(df); \ } \ catch(...) \ { \ std::cerr << meth_name << " generated an unknown exception." << std::endl; \ } pytango-9.2.2/ext/fast_from_py.h000066400000000000000000000507261316324373100166630ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include "from_py.h" /** * Translation between python object to Tango data type. * * Example: * Tango::DevLong tg_value; * try * { * from_py::convert(py_obj, tg_value); * } * catch(boost::python::error_already_set &eas) * { * handle_error(eas); * } */ template struct from_py { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; static inline void convert(const boost::python::object &o, TangoScalarType &tg) { convert(o.ptr(), tg); } static inline void convert(PyObject *o, TangoScalarType &tg) { // boost::python::object tmp(boost::python::handle<>(o)); // tg = boost::python::extract(tmp); Tango::Except::throw_exception( \ "PyDs_WrongPythonDataTypeForAttribute", "Unsupported attribute type translation", "from_py::convert()"); } }; #define DEFINE_FAST_TANGO_FROMPY(tangoTypeConst, FN) \ template<> \ struct from_py \ { \ typedef TANGO_const2type(tangoTypeConst) TangoScalarType; \ \ static inline void convert(const boost::python::object &o, TangoScalarType &tg) \ { \ convert(o.ptr(), tg); \ } \ \ static inline void convert(PyObject *o, TangoScalarType &tg) \ { \ tg = static_cast(FN(o)); \ if(PyErr_Occurred()) \ boost::python::throw_error_already_set(); \ } \ }; #undef max #undef min // DEFINE_FAST_TANGO_FROMPY should be enough. However, as python does not // provide conversion from python integers to all the data types accepted // by tango we must check the ranges manually. Also now we can add numpy // support to some extent... #ifdef DISABLE_PYTANGO_NUMPY # define DEFINE_FAST_TANGO_FROMPY_NUM(tangoTypeConst, cpy_type, FN) \ template<> \ struct from_py \ { \ typedef TANGO_const2type(tangoTypeConst) TangoScalarType; \ typedef numeric_limits TangoScalarTypeLimits; \ \ static inline void convert(const boost::python::object &o, TangoScalarType &tg) \ { \ convert(o.ptr(), tg); \ } \ \ static inline void convert(PyObject *o, TangoScalarType &tg) \ { \ cpy_type cpy_value = FN(o); \ if(PyErr_Occurred()) { \ PyErr_Clear(); \ PyErr_SetString(PyExc_TypeError, "Expecting a numeric type, it is not."); \ boost::python::throw_error_already_set(); \ } \ if (TangoScalarTypeLimits::is_integer) { \ if (cpy_value > TangoScalarTypeLimits::max()) { \ PyErr_SetString(PyExc_OverflowError, "Value is too large."); \ boost::python::throw_error_already_set(); \ } \ if (cpy_value < TangoScalarTypeLimits::min()) { \ PyErr_SetString(PyExc_OverflowError, "Value is too small."); \ boost::python::throw_error_already_set(); \ } \ } \ tg = static_cast(cpy_value); \ } \ }; #else // DISABLE_PYTANGO_NUMPY # define DEFINE_FAST_TANGO_FROMPY_NUM(tangoTypeConst, cpy_type, FN) \ template<> \ struct from_py \ { \ typedef TANGO_const2type(tangoTypeConst) TangoScalarType; \ typedef numeric_limits TangoScalarTypeLimits; \ \ static inline void convert(const boost::python::object &o, TangoScalarType &tg) \ { \ convert(o.ptr(), tg); \ } \ \ static inline void convert(PyObject *o, TangoScalarType &tg) \ { \ cpy_type cpy_value = FN(o); \ if(PyErr_Occurred()) { \ PyErr_Clear(); \ if(PyArray_CheckScalar(o) && \ ( PyArray_DescrFromScalar(o) \ == PyArray_DescrFromType(TANGO_const2numpy(tangoTypeConst)))) \ { \ PyArray_ScalarAsCtype(o, reinterpret_cast(&tg)); \ return; \ } else { \ PyErr_SetString(PyExc_TypeError, "Expecting a numeric type," \ " but it is not. If you use a numpy type instead of" \ " python core types, then it must exactly match (ex:" \ " numpy.int32 for PyTango.DevLong)"); \ boost::python::throw_error_already_set(); \ } \ } \ if (TangoScalarTypeLimits::is_integer) { \ if (cpy_value > (cpy_type)TangoScalarTypeLimits::max()) { \ PyErr_SetString(PyExc_OverflowError, "Value is too large."); \ boost::python::throw_error_already_set(); \ } \ if (cpy_value < (cpy_type)TangoScalarTypeLimits::min()) { \ PyErr_SetString(PyExc_OverflowError, "Value is too small."); \ boost::python::throw_error_already_set(); \ } \ } \ tg = static_cast(cpy_value); \ } \ }; #endif // !DISABLE_PYTANGO_NUMPY /* Allow for downcast */ inline unsigned PY_LONG_LONG PyLong_AsUnsignedLongLong_2(PyObject *pylong) { unsigned PY_LONG_LONG result = PyLong_AsUnsignedLongLong(pylong); if(PyErr_Occurred()) { PyErr_Clear(); result = PyLong_AsUnsignedLong(pylong); } return result; } DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_BOOLEAN, long, PyLong_AsLong) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_UCHAR, unsigned long, PyLong_AsUnsignedLong) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_SHORT, long, PyLong_AsLong) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_USHORT, unsigned long, PyLong_AsUnsignedLong) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_LONG, long, PyLong_AsLong) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_ULONG, unsigned long, PyLong_AsUnsignedLong) DEFINE_FAST_TANGO_FROMPY(Tango::DEV_STATE, PyLong_AsLong) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_LONG64, Tango::DevLong64, PyLong_AsLongLong) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_ULONG64, Tango::DevULong64, PyLong_AsUnsignedLongLong_2) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_FLOAT, double, PyFloat_AsDouble) DEFINE_FAST_TANGO_FROMPY_NUM(Tango::DEV_DOUBLE, double, PyFloat_AsDouble) // DEFINE_FAST_TANGO_FROMPY(Tango::DEV_STRING, PyString_AsString) DEFINE_FAST_TANGO_FROMPY(Tango::DEV_STRING, PyString_AsCorbaString) DEFINE_FAST_TANGO_FROMPY(Tango::DEV_ENUM, PyLong_AsUnsignedLong) template struct array_element_from_py : public from_py { }; template<> struct array_element_from_py { static const long tangoArrayTypeConst = Tango::DEVVAR_CHARARRAY; typedef TANGO_const2scalartype(tangoArrayTypeConst) TangoScalarType; typedef numeric_limits TangoScalarTypeLimits; static inline void convert(const boost::python::object &o, TangoScalarType &tg) { convert(o.ptr(), tg); } #ifdef DISABLE_PYTANGO_NUMPY static inline void convert(PyObject *o, TangoScalarType &tg) { long cpy_value = PyLong_AsLong(o); if(PyErr_Occurred()) { PyErr_Clear(); PyErr_SetString(PyExc_TypeError, "Expecting a numeric type," " but it is not"); boost::python::throw_error_already_set(); } if (TangoScalarTypeLimits::is_integer) { if (cpy_value > TangoScalarTypeLimits::max()) { PyErr_SetString(PyExc_OverflowError, "Value is too large."); boost::python::throw_error_already_set(); } if (cpy_value < TangoScalarTypeLimits::min()) { PyErr_SetString(PyExc_OverflowError, "Value is too small."); boost::python::throw_error_already_set(); } } tg = static_cast(cpy_value); } #else static inline void convert(PyObject *o, TangoScalarType &tg) { long cpy_value = PyLong_AsLong(o); if(PyErr_Occurred()) { PyErr_Clear(); if(PyArray_CheckScalar(o) && ( PyArray_DescrFromScalar(o) == PyArray_DescrFromType(TANGO_const2scalarnumpy(tangoArrayTypeConst)))) { PyArray_ScalarAsCtype(o, reinterpret_cast(&tg)); return; } else { PyErr_SetString(PyExc_TypeError, "Expecting a numeric type," " but it is not. If you use a numpy type instead of" " python core types, then it must exactly match (ex:" " numpy.int32 for PyTango.DevLong)"); boost::python::throw_error_already_set(); } } if (TangoScalarTypeLimits::is_integer) { if (cpy_value > TangoScalarTypeLimits::max()) { PyErr_SetString(PyExc_OverflowError, "Value is too large."); boost::python::throw_error_already_set(); } if (cpy_value < TangoScalarTypeLimits::min()) { PyErr_SetString(PyExc_OverflowError, "Value is too small."); boost::python::throw_error_already_set(); } } tg = static_cast(cpy_value); } #endif // DISABLE_PYTANGO_NUMPY }; template inline void fast_python_to_tango_buffer_deleter__(typename TANGO_const2type(tangoTypeConst)* data_buffer, long processedElements) { delete [] data_buffer; } template<> inline void fast_python_to_tango_buffer_deleter__(Tango::DevString* data_buffer, long processedElements) { for (long i =0; i < processedElements; ++i) { delete [] data_buffer[i]; } delete [] data_buffer; } template inline typename TANGO_const2type(tangoTypeConst)* fast_python_to_tango_buffer_sequence(PyObject* py_val, long* pdim_x, long *pdim_y, const std::string &fname, bool isImage, long& res_dim_x, long& res_dim_y) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; long dim_x; long dim_y = 0; Py_ssize_t len = PySequence_Size(py_val); bool expectFlatSource; if (isImage) { if (pdim_y) { expectFlatSource = true; dim_x = *pdim_x; dim_y = *pdim_y; long len2 = dim_x*dim_y; if (len2 < len) len = len2; } else { expectFlatSource = false; if (len > 0) { PyObject* py_row0 = PySequence_ITEM(py_val, 0); if (!py_row0 || !PySequence_Check(py_row0)) { Py_XDECREF(py_row0); Tango::Except::throw_exception( "PyDs_WrongParameters", "Expecting a sequence of sequences.", fname + "()"); } dim_y = static_cast(len); dim_x = static_cast(PySequence_Size(py_row0)); Py_XDECREF(py_row0); } else { dim_x = 0; } } len = dim_x*dim_y; } else { expectFlatSource = true; if (pdim_x) { if (*pdim_x > len) Tango::Except::throw_exception( "PyDs_WrongParameters", "Specified dim_x is larger than the sequence size", fname + "()"); len = *pdim_x; } if (pdim_y && (*pdim_y!=0)) Tango::Except::throw_exception( "PyDs_WrongParameters", "You should not specify dim_y for an spectrum attribute!", fname + "()"); dim_x = static_cast(len); } res_dim_x = dim_x; res_dim_y = dim_y; if (!PySequence_Check(py_val)) Tango::Except::throw_exception( "PyDs_WrongParameters", "Expecting a sequence!", fname + "()"); /// @bug Why not TangoArrayType::allocbuf(len)? Because /// I will use it in set_value(tg_ptr,...,release=true). /// Tango API makes delete[] tg_ptr instead of freebuf(tg_ptr). /// This is usually the same, but for Tango::DevStringArray the /// behaviour seems different and causes weirdtroubles.. TangoScalarType *tg_ptr; tg_ptr = new TangoScalarType[len]; // The boost extract could be used: // TangoScalarType val = boost::python::extract(elt_ptr); // instead of the code below. // the problem is that extract is considerably slower than our // convert function which only has to deal with the specific tango // data types PyObject * py_el = 0; PyObject * py_row = 0; TangoScalarType tg_scalar; long idx = 0; try { if (expectFlatSource) { for (idx = 0; idx < len; ++idx) { py_el = PySequence_ITEM(py_val, idx); if (!py_el) boost::python::throw_error_already_set(); from_py::convert(py_el, tg_scalar); tg_ptr[idx] = tg_scalar; Py_DECREF(py_el); py_el = 0; } } else { for (long y=0; y < dim_y; ++y) { py_row = PySequence_ITEM(py_val, y); if (!py_row) boost::python::throw_error_already_set(); if (!PySequence_Check(py_row)) { Tango::Except::throw_exception( "PyDs_WrongParameters", "Expecting a sequence of sequences!", fname + "()"); } for (long x=0; x < dim_x; ++x, ++idx) { py_el = PySequence_ITEM(py_row, x); if (!py_el) boost::python::throw_error_already_set(); from_py::convert(py_el, tg_scalar); tg_ptr[x + y*dim_x] = tg_scalar; Py_DECREF(py_el); py_el = 0; } Py_DECREF(py_row); py_row = 0; } } } catch(...) { Py_XDECREF(py_el); Py_XDECREF(py_row); fast_python_to_tango_buffer_deleter__(tg_ptr, idx); throw; } return tg_ptr; } template inline typename TANGO_const2scalartype(tangoArrayTypeConst)* fast_python_to_corba_buffer_sequence(PyObject* py_val, long* pdim_x, const std::string &fname, long& res_dim_x) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; typedef typename TANGO_const2scalartype(tangoArrayTypeConst) TangoScalarType; long dim_x; Py_ssize_t len = PySequence_Size(py_val); if (pdim_x) { if (*pdim_x > len) Tango::Except::throw_exception( "PyDs_WrongParameters", "Specified dim_x is larger than the sequence size", fname + "()"); len = *pdim_x; } dim_x = static_cast(len); res_dim_x = dim_x; if (!PySequence_Check(py_val)) Tango::Except::throw_exception( "PyDs_WrongParameters", "Expecting a sequence!", fname + "()"); TangoScalarType* tg_ptr = TangoArrayType::allocbuf(static_cast(len)); // The boost extract could be used: // TangoScalarType val = boost::python::extract(elt_ptr); // instead of the code below. // the problem is that extract is considerably slower than our // convert function which only has to deal with the specific tango // data types PyObject * py_el = 0; TangoScalarType tg_scalar; long idx = 0; try { for (idx = 0; idx < len; ++idx) { py_el = PySequence_ITEM(py_val, idx); if (!py_el) boost::python::throw_error_already_set(); array_element_from_py::convert(py_el, tg_scalar); tg_ptr[idx] = tg_scalar; Py_DECREF(py_el); py_el = 0; } } catch(...) { Py_XDECREF(py_el); TangoArrayType::freebuf(tg_ptr); throw; } return tg_ptr; } template<> inline TANGO_const2type(Tango::DEV_ENCODED)* fast_python_to_tango_buffer_sequence(PyObject*, long*, long*, const std::string & fname, bool isImage, long& res_dim_x, long& res_dim_y) { TangoSys_OMemStream o; o << "DevEncoded is only supported for SCALAR attributes." << ends; Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", o.str(), fname + "()"); return 0; } # ifndef DISABLE_PYTANGO_NUMPY # include "fast_from_py_numpy.hpp" # define fast_python_to_tango_buffer fast_python_to_tango_buffer_numpy # define fast_python_to_corba_buffer fast_python_to_corba_buffer_numpy # else # define fast_python_to_tango_buffer fast_python_to_tango_buffer_sequence # define fast_python_to_corba_buffer fast_python_to_corba_buffer_sequence # endif template inline typename TANGO_const2type(tangoArrayTypeConst)* fast_convert2array(boost::python::object o) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; typedef typename TANGO_const2scalartype(tangoArrayTypeConst) TangoScalarType; long res_dim_x; // Last parameter false: destruction will be handled by CORBA, not by // Tango. So, when we destroy it manually later, we also have to use the // CORBA style (TangoArrayType are defines by CORBA idl) TangoScalarType* array = fast_python_to_corba_buffer(o.ptr(), 0, "insert_array", res_dim_x); try { // not a bug: res_dim_y means nothing to us, we are unidimensional // here we have max_len and currebt_len = res_dim_x return new TangoArrayType(res_dim_x, res_dim_x, array, true); } catch(...) { TangoArrayType::freebuf(array); throw; } return 0; } template<> inline TANGO_const2type(Tango::DEVVAR_LONGSTRINGARRAY)* fast_convert2array(boost::python::object py_value) { const long tangoArrayTypeConst = Tango::DEVVAR_LONGSTRINGARRAY; typedef TANGO_const2type(tangoArrayTypeConst) TangoArrayType; if (!PySequence_Check(py_value.ptr())) { raise_convert2array_DevVarLongStringArray(); } size_t size = boost::python::len(py_value); if (size != 2) { raise_convert2array_DevVarLongStringArray(); } const boost::python::object &py_lng = py_value[0], &py_str = py_value[1]; unique_pointer a_lng( fast_convert2array(py_lng)); unique_pointer a_str( fast_convert2array(py_str)); unique_pointer result(new TangoArrayType()); result->lvalue = *a_lng; result->svalue = *a_str; return result.release(); } template<> inline TANGO_const2type(Tango::DEVVAR_DOUBLESTRINGARRAY)* fast_convert2array(boost::python::object py_value) { const long tangoArrayTypeConst = Tango::DEVVAR_DOUBLESTRINGARRAY; typedef TANGO_const2type(tangoArrayTypeConst) TangoArrayType; if (!PySequence_Check(py_value.ptr())) { raise_convert2array_DevVarDoubleStringArray(); } size_t size = boost::python::len(py_value); if (size != 2) { raise_convert2array_DevVarDoubleStringArray(); } const boost::python::object &py_dbl = py_value[0], &py_str = py_value[1]; unique_pointer a_dbl( fast_convert2array(py_dbl)); unique_pointer a_str( fast_convert2array(py_str)); unique_pointer result(new TangoArrayType()); result->dvalue = *a_dbl; result->svalue = *a_str; return result.release(); } pytango-9.2.2/ext/fast_from_py_numpy.hpp000066400000000000000000000220401316324373100204370ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ // This header file is just some template functions moved apart from // attribute.cpp, and should only be included there. #pragma once #include "tango_numpy.h" #define fast_python_to_tango_buffer_fallback__() \ fast_python_to_tango_buffer_sequence( \ py_val, \ pdim_x, \ pdim_y, \ fname, \ isImage, \ res_dim_x, \ res_dim_y \ ) template inline typename TANGO_const2type(tangoScalarTypeConst)* fast_python_to_tango_buffer_numpy(PyObject* py_val, long* pdim_x, long* pdim_y, const std::string &fname, bool isImage, long& res_dim_x, long& res_dim_y) { typedef typename TANGO_const2type(tangoScalarTypeConst) TangoScalarType; static const int typenum = TANGO_const2numpy(tangoScalarTypeConst); if (!PyArray_Check(py_val)) { return fast_python_to_tango_buffer_fallback__(); } int nd = PyArray_NDIM(py_val); npy_intp* dims = PyArray_DIMS(py_val); long len = 0; // Is the array exactly what we need? I mean: The type we need and with // continuous aligned memory? const bool exact_array = ( PyArray_CHKFLAGS(py_val, NPY_C_CONTIGUOUS | NPY_ALIGNED) && (PyArray_TYPE(py_val) == typenum) ); if (isImage) { // If dimensions are manually specified (nd must be 1), I don't // know how to handle from numpy if (nd == 1) return fast_python_to_tango_buffer_fallback__(); // Check: This is an image! if (nd != 2) Tango::Except::throw_exception( "PyDs_WrongNumpyArrayDimensions", "Expecting a 2 dimensional numpy array (IMAGE attribute).", fname + "()"); // If dimensions are manually limited and it's an image, I just // know that if the limit is the real size, then I can safely // ignore it, else let the default path take care... bool dims_ok = true; if (pdim_x) dims_ok = dims_ok && (*pdim_x == dims[1]); if (pdim_y) dims_ok = dims_ok && (*pdim_y == dims[0]); if (!dims_ok) return fast_python_to_tango_buffer_fallback__(); len = static_cast(dims[0]*dims[1]); res_dim_x = static_cast(dims[1]); res_dim_y = static_cast(dims[0]); } else { // Check: This is an spectrum! if (nd != 1) Tango::Except::throw_exception( "PyDs_WrongNumpyArrayDimensions", "Expecting a 1 dimensional numpy array (SPECTRUM attribute).", fname + "()"); // If x dimension is limited then I only know how to behave // if the array is exact if (pdim_x) { // if x_dim is wrong, instead of throwing an exception I will let // fast_python_to_tgbuffer_sequence throw it: const bool dims_ok = (*pdim_x <= dims[0]); if (!exact_array || !dims_ok) return fast_python_to_tango_buffer_fallback__(); len = *pdim_x; } else len = static_cast(dims[0]); res_dim_x = len; res_dim_y = 0; } TangoScalarType *tg_data = new TangoScalarType[len]; void *vd_data = tg_data; if (exact_array) { // The array is exactly what we need, so a plain memcpy is // enough! /// @todo If it is read only we need the copy, but if the /// attribute is read/write, Tango will do the copy himself on /// the calll to set_value(...), so there's no need for us /// to make an extra one... memcpy(vd_data, PyArray_DATA(py_val), len*sizeof(TangoScalarType)); } else { // We use numpy to create a copy of the array into the continuous // memory location that we specify. PyObject* py_cont; py_cont = PyArray_SimpleNewFromData(nd, dims, typenum, vd_data); if (!py_cont) { fast_python_to_tango_buffer_deleter__(tg_data, len); boost::python::throw_error_already_set(); } if (PyArray_CopyInto( (PyArrayObject*)py_cont, (PyArrayObject*)py_val) < 0) { Py_DECREF(py_cont); fast_python_to_tango_buffer_deleter__(tg_data, len); boost::python::throw_error_already_set(); } Py_DECREF(py_cont); } return tg_data; } template<> inline TANGO_const2type(Tango::DEV_STRING)* fast_python_to_tango_buffer_numpy(PyObject* py_val, long* pdim_x, long* pdim_y, const std::string &fname, bool isImage, long& res_dim_x, long& res_dim_y) { static const long tangoScalarTypeConst = Tango::DEV_STRING; return fast_python_to_tango_buffer_fallback__(); } template<> inline TANGO_const2type(Tango::DEV_ENCODED)* fast_python_to_tango_buffer_numpy(PyObject* py_val, long* pdim_x, long* pdim_y, const std::string &fname, bool isImage, long& res_dim_x, long& res_dim_y) { static const long tangoScalarTypeConst = Tango::DEV_ENCODED; return fast_python_to_tango_buffer_fallback__(); } #define fast_python_to_corba_buffer_fallback__() \ fast_python_to_corba_buffer_sequence( \ py_val, \ pdim_x, \ fname, \ res_dim_x \ ) template inline typename TANGO_const2scalartype(tangoArrayTypeConst)* fast_python_to_corba_buffer_numpy(PyObject* py_val, long* pdim_x, const std::string &fname, long& res_dim_x) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; typedef typename TANGO_const2scalartype(tangoArrayTypeConst) TangoScalarType; static const int typenum = TANGO_const2scalarnumpy(tangoArrayTypeConst); if (!PyArray_Check(py_val)) { return fast_python_to_corba_buffer_fallback__(); } int nd = PyArray_NDIM(py_val); npy_intp* dims = PyArray_DIMS(py_val); long len = 0; // Is the array exactly what we need? I mean: The type we need and with // continuous aligned memory? const bool exact_array = ( PyArray_CHKFLAGS(py_val, NPY_C_CONTIGUOUS | NPY_ALIGNED) && (PyArray_TYPE(py_val) == typenum) ); // Check: This is an spectrum! if (nd != 1) Tango::Except::throw_exception( "PyDs_WrongNumpyArrayDimensions", "Expecting a 1 dimensional numpy array (SPECTRUM attribute).", fname + "()"); // If x dimension is limited then I only know how to behave // if the array is exact if (pdim_x) { // if x_dim is wrong, instead of throwing an exception I will let // fast_python_to_tgbuffer_sequence throw it: const bool dims_ok = (*pdim_x <= dims[0]); if (!exact_array || !dims_ok) return fast_python_to_corba_buffer_fallback__(); len = *pdim_x; } else len = static_cast(dims[0]); res_dim_x = len; TangoScalarType *tg_data = TangoArrayType::allocbuf(len); void *vd_data = tg_data; if (exact_array) { // The array is exactly what we need, so a plain memcpy is // enough! /// @todo If it is read only we need the copy, but if the /// attribute is read/write, Tango will do the copy himself on /// the calll to set_value(...), so there's no need for us /// to make an extra one... memcpy(vd_data, PyArray_DATA(py_val), len*sizeof(TangoScalarType)); } else { // We use numpy to create a copy of the array into the continuous // memory location that we specify. PyObject* py_cont; py_cont = PyArray_SimpleNewFromData(nd, dims, typenum, vd_data); if (!py_cont) { TangoArrayType::freebuf(tg_data); boost::python::throw_error_already_set(); } if (PyArray_CopyInto( (PyArrayObject*)py_cont, (PyArrayObject*)py_val) < 0) { Py_DECREF(py_cont); TangoArrayType::freebuf(tg_data); boost::python::throw_error_already_set(); } Py_DECREF(py_cont); } return tg_data; } template<> inline TANGO_const2scalartype(Tango::DEVVAR_STRINGARRAY)* fast_python_to_corba_buffer_numpy(PyObject* py_val, long* pdim_x, const std::string &fname, long& res_dim_x) { static const long tangoArrayTypeConst = Tango::DEVVAR_STRINGARRAY; return fast_python_to_corba_buffer_fallback__(); } pytango-9.2.2/ext/from_py.cpp000066400000000000000000000407411316324373100161750ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "from_py.h" using namespace boost::python; char* obj_to_new_char(PyObject* obj_ptr) { Tango::DevString ret = NULL; if(PyUnicode_Check(obj_ptr)) { PyObject* obj_bytes_ptr = PyUnicode_AsLatin1String(obj_ptr); ret = CORBA::string_dup(PyBytes_AsString(obj_bytes_ptr)); Py_DECREF(obj_bytes_ptr); } else { ret = CORBA::string_dup(PyBytes_AsString(obj_ptr)); } return ret; } char* obj_to_new_char(bopy::object obj) { return obj_to_new_char(obj.ptr()); } void obj_to_string(PyObject* obj_ptr, std::string& result) { if(PyUnicode_Check(obj_ptr)) { PyObject* obj_bytes_ptr = PyUnicode_AsLatin1String(obj_ptr); result = PyBytes_AsString(obj_bytes_ptr); Py_DECREF(obj_bytes_ptr); } else { result = PyBytes_AsString(obj_ptr); } } void obj_to_string(bopy::object obj, std::string& result) { return obj_to_string(obj.ptr(), result); } /// @bug Not a bug per se, but you should keep in mind: It returns a new /// string, so if you pass it to Tango with a release flag there will be /// no problems, but if you have to use it yourself then you must remember /// to delete[] it! Tango::DevString PyString_AsCorbaString(PyObject* obj_ptr) { return obj_to_new_char(obj_ptr); } void convert2array(const boost::python::object &py_value, Tango::DevVarCharArray & result) { PyObject *py_value_ptr = py_value.ptr(); if(PySequence_Check(py_value_ptr) == 0) { raise_(PyExc_TypeError, param_must_be_seq); } CORBA::ULong size = static_cast(boost::python::len(py_value)); result.length(size); if (PyBytes_Check(py_value_ptr)) { char *ch = PyBytes_AS_STRING(py_value_ptr); for (CORBA::ULong i=0; i < size; ++i) { result[i] = ch[i]; } } else { for (CORBA::ULong i=0; i < size; ++i) { unsigned char *ch = boost::python::extract(py_value[i]); result[i] = ch[0]; } } } void convert2array(const object &py_value, StdStringVector & result) { PyObject *py_value_ptr = py_value.ptr(); if(PySequence_Check(py_value_ptr) == 0) { raise_(PyExc_TypeError, param_must_be_seq); } if (PyBytes_Check(py_value_ptr)) { result.push_back(PyBytes_AS_STRING(py_value_ptr)); } else if(PyUnicode_Check(py_value_ptr)) { PyObject* py_bytes_value_ptr = PyUnicode_AsLatin1String(py_value_ptr); result.push_back(PyBytes_AS_STRING(py_bytes_value_ptr)); Py_DECREF(py_bytes_value_ptr); } else { size_t size = boost::python::len(py_value); result.reserve(size); for (size_t i=0; i < size; ++i) { char *vi = boost::python::extract(py_value[i]); result.push_back(vi); } } } void convert2array(const object &py_value, Tango::DevVarStringArray & result) { PyObject *py_value_ptr = py_value.ptr(); if(PySequence_Check(py_value_ptr) == 0) { raise_(PyExc_TypeError, param_must_be_seq); } if (PyBytes_Check(py_value_ptr)) { result.length(1); result[0] = CORBA::string_dup(PyBytes_AS_STRING(py_value_ptr)); } else if(PyUnicode_Check(py_value_ptr)) { PyObject* py_bytes_value_ptr = PyUnicode_AsLatin1String(py_value_ptr); result[0] = CORBA::string_dup(PyBytes_AS_STRING(py_bytes_value_ptr)); Py_DECREF(py_bytes_value_ptr); } else { CORBA::ULong size = static_cast(boost::python::len(py_value)); result.length(size); for (CORBA::ULong i=0; i < size; ++i) { result[i] = CORBA::string_dup(boost::python::extract(py_value[i])); } } } void convert2array(const boost::python::object &py_value, Tango::DevVarDoubleStringArray & result) { if (!PySequence_Check(py_value.ptr())) { raise_convert2array_DevVarDoubleStringArray(); } CORBA::ULong size = static_cast(boost::python::len(py_value)); if (size != 2) { raise_convert2array_DevVarDoubleStringArray(); } const boost::python::object &py_double = py_value[0], &py_str = py_value[1]; convert2array(py_double, result.dvalue); convert2array(py_str, result.svalue); } void convert2array(const boost::python::object &py_value, Tango::DevVarLongStringArray & result) { if (!PySequence_Check(py_value.ptr())) { raise_convert2array_DevVarLongStringArray(); } CORBA::ULong size = static_cast(boost::python::len(py_value)); if (size != 2) { raise_convert2array_DevVarLongStringArray(); } const boost::python::object py_long = py_value[0], py_str = py_value[1]; convert2array(py_long, result.lvalue); convert2array(py_str, result.svalue); } void from_py_object(bopy::object &py_obj, Tango::AttributeAlarm &attr_alarm) { attr_alarm.min_alarm = obj_to_new_char(py_obj.attr("min_alarm")); attr_alarm.max_alarm = obj_to_new_char(py_obj.attr("max_alarm")); attr_alarm.min_warning = obj_to_new_char(py_obj.attr("min_warning")); attr_alarm.max_warning = obj_to_new_char(py_obj.attr("max_warning")); attr_alarm.delta_t = obj_to_new_char(py_obj.attr("delta_t")); attr_alarm.delta_val = obj_to_new_char(py_obj.attr("delta_val")); convert2array(py_obj.attr("extensions"), attr_alarm.extensions); } void from_py_object(object &py_obj, Tango::ChangeEventProp &change_evt_prop) { change_evt_prop.rel_change = obj_to_new_char(py_obj.attr("rel_change")); change_evt_prop.abs_change = obj_to_new_char(py_obj.attr("abs_change")); convert2array(py_obj.attr("extensions"), change_evt_prop.extensions); } void from_py_object(object &py_obj, Tango::PeriodicEventProp &periodic_evt_prop) { periodic_evt_prop.period = obj_to_new_char(py_obj.attr("period")); convert2array(py_obj.attr("extensions"), periodic_evt_prop.extensions); } void from_py_object(object &py_obj, Tango::ArchiveEventProp &archive_evt_prop) { archive_evt_prop.rel_change = obj_to_new_char(py_obj.attr("rel_change")); archive_evt_prop.abs_change = obj_to_new_char(py_obj.attr("abs_change")); archive_evt_prop.period = obj_to_new_char(py_obj.attr("period")); convert2array(py_obj.attr("extensions"), archive_evt_prop.extensions); } void from_py_object(object &py_obj, Tango::EventProperties &evt_props) { object py_ch_event = py_obj.attr("ch_event"); object py_per_event = py_obj.attr("per_event"); object py_arch_event = py_obj.attr("arch_event"); from_py_object(py_ch_event, evt_props.ch_event); from_py_object(py_per_event, evt_props.per_event); from_py_object(py_arch_event, evt_props.arch_event); } void from_py_object(object &py_obj, Tango::AttributeConfig &attr_conf) { attr_conf.name = obj_to_new_char(py_obj.attr("name")); attr_conf.writable = extract(py_obj.attr("writable")); attr_conf.data_format = extract(py_obj.attr("data_format")); attr_conf.data_type = extract(py_obj.attr("data_type")); attr_conf.max_dim_x = extract(py_obj.attr("max_dim_x")); attr_conf.max_dim_y = extract(py_obj.attr("max_dim_y")); attr_conf.description = obj_to_new_char(py_obj.attr("description")); attr_conf.label = obj_to_new_char(py_obj.attr("label")); attr_conf.unit = obj_to_new_char(py_obj.attr("unit")); attr_conf.standard_unit = obj_to_new_char(py_obj.attr("standard_unit")); attr_conf.display_unit = obj_to_new_char(py_obj.attr("display_unit")); attr_conf.format = obj_to_new_char(py_obj.attr("format")); attr_conf.min_value = obj_to_new_char(py_obj.attr("min_value")); attr_conf.max_value = obj_to_new_char(py_obj.attr("max_value")); attr_conf.min_alarm = obj_to_new_char(py_obj.attr("min_alarm")); attr_conf.max_alarm = obj_to_new_char(py_obj.attr("max_alarm")); attr_conf.writable_attr_name = obj_to_new_char(py_obj.attr("writable_attr_name")); convert2array(py_obj.attr("extensions"), attr_conf.extensions); } void from_py_object(object &py_obj, Tango::AttributeConfig_2 &attr_conf) { attr_conf.name = obj_to_new_char(py_obj.attr("name")); attr_conf.writable = extract(py_obj.attr("writable")); attr_conf.data_format = extract(py_obj.attr("data_format")); attr_conf.data_type = extract(py_obj.attr("data_type")); attr_conf.max_dim_x = extract(py_obj.attr("max_dim_x")); attr_conf.max_dim_y = extract(py_obj.attr("max_dim_y")); attr_conf.description = obj_to_new_char(py_obj.attr("description")); attr_conf.label = obj_to_new_char(py_obj.attr("label")); attr_conf.unit = obj_to_new_char(py_obj.attr("unit")); attr_conf.standard_unit = obj_to_new_char(py_obj.attr("standard_unit")); attr_conf.display_unit = obj_to_new_char(py_obj.attr("display_unit")); attr_conf.format = obj_to_new_char(py_obj.attr("format")); attr_conf.min_value = obj_to_new_char(py_obj.attr("min_value")); attr_conf.max_value = obj_to_new_char(py_obj.attr("max_value")); attr_conf.min_alarm = obj_to_new_char(py_obj.attr("min_alarm")); attr_conf.max_alarm = obj_to_new_char(py_obj.attr("max_alarm")); attr_conf.writable_attr_name = obj_to_new_char(py_obj.attr("writable_attr_name")); attr_conf.level = extract(py_obj.attr("level")); convert2array(py_obj.attr("extensions"), attr_conf.extensions); } void from_py_object(object &py_obj, Tango::AttributeConfig_3 &attr_conf) { attr_conf.name = obj_to_new_char(py_obj.attr("name")); attr_conf.writable = extract(py_obj.attr("writable")); attr_conf.data_format = extract(py_obj.attr("data_format")); attr_conf.data_type = extract(py_obj.attr("data_type")); attr_conf.max_dim_x = extract(py_obj.attr("max_dim_x")); attr_conf.max_dim_y = extract(py_obj.attr("max_dim_y")); attr_conf.description = obj_to_new_char(py_obj.attr("description")); attr_conf.label = obj_to_new_char(py_obj.attr("label")); attr_conf.unit = obj_to_new_char(py_obj.attr("unit")); attr_conf.standard_unit = obj_to_new_char(py_obj.attr("standard_unit")); attr_conf.display_unit = obj_to_new_char(py_obj.attr("display_unit")); attr_conf.format = obj_to_new_char(py_obj.attr("format")); attr_conf.min_value = obj_to_new_char(py_obj.attr("min_value")); attr_conf.max_value = obj_to_new_char(py_obj.attr("max_value")); attr_conf.writable_attr_name = obj_to_new_char(py_obj.attr("writable_attr_name")); attr_conf.level = extract(py_obj.attr("level")); object py_att_alarm = py_obj.attr("att_alarm"); object py_event_prop = py_obj.attr("event_prop"); from_py_object(py_att_alarm, attr_conf.att_alarm); from_py_object(py_event_prop, attr_conf.event_prop); convert2array(py_obj.attr("extensions"), attr_conf.extensions); convert2array(py_obj.attr("sys_extensions"), attr_conf.sys_extensions); } void from_py_object(object &py_obj, Tango::AttributeConfig_5 &attr_conf) { attr_conf.name = obj_to_new_char(py_obj.attr("name")); attr_conf.writable = extract(py_obj.attr("writable")); attr_conf.data_format = extract(py_obj.attr("data_format")); attr_conf.data_type = extract(py_obj.attr("data_type")); attr_conf.memorized = extract(py_obj.attr("memorized")); attr_conf.mem_init = extract(py_obj.attr("mem_init")); attr_conf.max_dim_x = extract(py_obj.attr("max_dim_x")); attr_conf.max_dim_y = extract(py_obj.attr("max_dim_y")); attr_conf.description = obj_to_new_char(py_obj.attr("description")); attr_conf.label = obj_to_new_char(py_obj.attr("label")); attr_conf.unit = obj_to_new_char(py_obj.attr("unit")); attr_conf.standard_unit = obj_to_new_char(py_obj.attr("standard_unit")); attr_conf.display_unit = obj_to_new_char(py_obj.attr("display_unit")); attr_conf.format = obj_to_new_char(py_obj.attr("format")); attr_conf.min_value = obj_to_new_char(py_obj.attr("min_value")); attr_conf.max_value = obj_to_new_char(py_obj.attr("max_value")); attr_conf.writable_attr_name = obj_to_new_char(py_obj.attr("writable_attr_name")); attr_conf.level = extract(py_obj.attr("level")); attr_conf.root_attr_name = obj_to_new_char(py_obj.attr("root_attr_name")); convert2array(py_obj.attr("enum_labels"), attr_conf.enum_labels); object py_att_alarm = py_obj.attr("att_alarm"); object py_event_prop = py_obj.attr("event_prop"); from_py_object(py_att_alarm, attr_conf.att_alarm); from_py_object(py_event_prop, attr_conf.event_prop); convert2array(py_obj.attr("extensions"), attr_conf.extensions); convert2array(py_obj.attr("sys_extensions"), attr_conf.sys_extensions); } void from_py_object(object &py_obj, Tango::AttributeConfigList &attr_conf_list) { PyObject* py_obj_ptr = py_obj.ptr(); if (!PySequence_Check(py_obj_ptr)) { attr_conf_list.length(1); from_py_object(py_obj, attr_conf_list[0]); return; } CORBA::ULong size = static_cast(boost::python::len(py_obj)); attr_conf_list.length(size); for (CORBA::ULong i=0; i < size; ++i) { object tmp = py_obj[i]; from_py_object(tmp, attr_conf_list[i]); } } void from_py_object(object &py_obj, Tango::AttributeConfigList_2 &attr_conf_list) { PyObject* py_obj_ptr = py_obj.ptr(); if (!PySequence_Check(py_obj_ptr)) { attr_conf_list.length(1); from_py_object(py_obj, attr_conf_list[0]); return; } CORBA::ULong size = static_cast(boost::python::len(py_obj)); attr_conf_list.length(size); for (CORBA::ULong i=0; i < size; ++i) { object tmp = py_obj[i]; from_py_object(tmp, attr_conf_list[i]); } } void from_py_object(object &py_obj, Tango::AttributeConfigList_3 &attr_conf_list) { PyObject* py_obj_ptr = py_obj.ptr(); if (!PySequence_Check(py_obj_ptr)) { attr_conf_list.length(1); from_py_object(py_obj, attr_conf_list[0]); return; } CORBA::ULong size = static_cast(boost::python::len(py_obj)); attr_conf_list.length(size); for (CORBA::ULong i=0; i < size; ++i) { object tmp = py_obj[i]; from_py_object(tmp, attr_conf_list[i]); } } void from_py_object(object &py_obj, Tango::AttributeConfigList_5 &attr_conf_list) { PyObject* py_obj_ptr = py_obj.ptr(); if (!PySequence_Check(py_obj_ptr)) { attr_conf_list.length(1); from_py_object(py_obj, attr_conf_list[0]); return; } CORBA::ULong size = static_cast(boost::python::len(py_obj)); attr_conf_list.length(size); for (CORBA::ULong i=0; i < size; ++i) { object tmp = py_obj[i]; from_py_object(tmp, attr_conf_list[i]); } } void from_py_object(object &py_obj, Tango::PipeConfig &pipe_conf) { pipe_conf.name = obj_to_new_char(py_obj.attr("name")); pipe_conf.description = obj_to_new_char(py_obj.attr("description")); pipe_conf.label = obj_to_new_char(py_obj.attr("label")); pipe_conf.level = extract(py_obj.attr("level")); pipe_conf.writable = extract(py_obj.attr("writable")); convert2array(py_obj.attr("extensions"), pipe_conf.extensions); } void from_py_object(object &py_obj, Tango::PipeConfigList &pipe_conf_list) { PyObject* py_obj_ptr = py_obj.ptr(); if (!PySequence_Check(py_obj_ptr)) { pipe_conf_list.length(1); from_py_object(py_obj, pipe_conf_list[0]); return; } CORBA::ULong size = static_cast(boost::python::len(py_obj)); pipe_conf_list.length(size); for (CORBA::ULong i=0; i < size; ++i) { object tmp = py_obj[i]; from_py_object(tmp, pipe_conf_list[i]); } } pytango-9.2.2/ext/from_py.h000066400000000000000000000640371316324373100156460ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include #if BOOST_VERSION < 103400 #include #endif #include #include "defs.h" #include "tgutils.h" #include "pyutils.h" #include "tango_numpy.h" #include "exception.h" extern const char *param_must_be_seq; char* obj_to_new_char(PyObject* obj_ptr); char* obj_to_new_char(bopy::object obj); void obj_to_string(PyObject* obj_ptr, std::string& result); void obj_to_string(bopy::object obj, std::string& result); /// @bug Not a bug per se, but you should keep in mind: It returns a new /// string, so if you pass it to Tango with a release flag there will be /// no problems, but if you have to use it yourself then you must remember /// to delete[] it! Tango::DevString PyString_AsCorbaString(PyObject* obj_ptr); /** * Converter from python sequence of strings to a std::vector * * @param[in] py_value python sequence object or a single string * @param[out] result std string vector to be filled */ void convert2array(const bopy::object &py_value, StdStringVector & result); /** * Converter from python sequence of characters to a Tango::DevVarCharArray * * @param[in] py_value python sequence object or a single string * @param[out] result Tango char array to be filled */ void convert2array(const bopy::object &py_value, Tango::DevVarCharArray & result); /** * Converter from python sequence to a Tango CORBA sequence * * @param[in] py_value python sequence object * @param[out] result CORBA sequence to be filled */ template void convert2array(const bopy::object &py_value, _CORBA_Sequence & result) { Py_ssize_t size = bopy::len(py_value); result.length(static_cast(size)); for (Py_ssize_t i=0; i < size; ++i) { TangoElementType ch = bopy::extract(py_value[i]); result[static_cast(i)] = ch; } } /** * Converter from python sequence of strings to a Tango DevVarStringArray * * @param[in] py_value python sequence object or a single string * @param[out] result Tango string array to be filled */ void convert2array(const bopy::object &py_value, Tango::DevVarStringArray & result); inline void raise_convert2array_DevVarDoubleStringArray() { Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForDoubleStringArray", "Converter from python object to DevVarDoubleStringArray needs a python sequence, sequence>", "convert2array()"); } /** * Converter from python sequence, sequence> to a Tango DevVarDoubleStringArray * * @param[in] py_value python sequence object * @param[out] result Tango array to be filled */ void convert2array(const bopy::object &py_value, Tango::DevVarDoubleStringArray & result); inline void raise_convert2array_DevVarLongStringArray() { Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForLongStringArray", "Converter from python object to DevVarLongStringArray needs a python sequence, sequence>", "convert2array()"); } /** * Converter from python sequence, sequence> to a Tango DevVarLongStringArray * * @param[in] py_value python sequence object * @param[out] result Tango array to be filled */ void convert2array(const bopy::object &py_value, Tango::DevVarLongStringArray & result); /** * Convert a python sequence into a C++ container * The C++ container must have the push_back method */ template struct from_sequence { static inline void convert(bopy::object seq, ContainerType& a) { typedef typename ContainerType::value_type T; PyObject *seq_ptr = seq.ptr(); Py_ssize_t len = PySequence_Length(seq_ptr); for(Py_ssize_t i = 0; i < len; ++i) { PyObject *o_ptr = PySequence_GetItem(seq_ptr, i); T s = bopy::extract(o_ptr); a.push_back(s); bopy::decref(o_ptr); } } static inline void convert(bopy::object seq, Tango::DbData& a) { PyObject *seq_ptr = seq.ptr(); Py_ssize_t len = PySequence_Length(seq_ptr); for(Py_ssize_t i = 0; i < len; ++i) { PyObject *o_ptr = PySequence_GetItem(seq_ptr, i); if (PyBytes_Check(o_ptr)) { a.push_back(Tango::DbDatum(PyBytes_AS_STRING(o_ptr))); } else if(PyUnicode_Check(o_ptr)) { PyObject* o_bytes_ptr = PyUnicode_AsLatin1String(o_ptr); a.push_back(Tango::DbDatum(PyBytes_AS_STRING(o_bytes_ptr))); Py_DECREF(o_bytes_ptr); } } } /** * Convert a python dictionary to a Tango::DbData. The dictionary keys must * be strings representing the DbDatum name. The dictionary value can be * be one of the following: * - Tango::DbDatum : in this case the key is not used, and the * item inserted in DbData will be a copy of the value * - sequence : it is translated into an array of strings and * the DbDatum inserted in DbData will have name as the dict key and value * the sequence of strings * - python object : its string representation is used * as a DbDatum to be inserted * * @param[in] d the python dictionary to be translated * @param[out] db_data the array of DbDatum to be filled */ static inline void convert(bopy::dict d, Tango::DbData& db_data) { bopy::object it = d.iteritems(); Py_ssize_t len = bopy::len(d); for(Py_ssize_t i = 0 ; i < len; ++i) { bopy::tuple pair = (bopy::tuple)it.attr("next")(); bopy::object key = pair[0]; bopy::object value = pair[1]; bopy::extract ext(value); if(ext.check()) { db_data.push_back(ext()); continue; } char const* key_str = bopy::extract(key); Tango::DbDatum db_datum(key_str); bopy::extract value_str(value); if(value_str.check()) { db_datum.value_string.push_back(value_str()); } else { if(PySequence_Check(value.ptr())) { from_sequence::convert(value, db_datum.value_string); } else { bopy::object str_value = value.attr("__str__")(); bopy::extract str_value_str(str_value); db_datum.value_string.push_back(str_value_str()); } } db_data.push_back(db_datum); } } }; extern const char *param_must_be_seq; /// This class is useful when you need a sequence like C++ type for /// a function argument, and you have exported this type to python. /// This will try to convert the parameter directly to the C++ object /// (valid if the argument passed was an instance of the exported type). /// If it fails, it will use from_sequence::convert to get a copy /// of the sequence in the expected format. /// So for example we can get a function that accepts an object of /// type StdStringVector, or a list of strings, or a tuple of strings... template class CSequenceFromPython { SequenceT* m_seq; bool m_own; public: CSequenceFromPython(bopy::object &py_obj) { bopy::extract ext(py_obj); if (ext.check()) { m_seq = ext(); m_own = false; } else { if (PySequence_Check(py_obj.ptr()) == 0) raise_(PyExc_TypeError, param_must_be_seq); if (PyUnicode_Check(py_obj.ptr()) != 0) raise_(PyExc_TypeError, param_must_be_seq); if (PyUnicode_Check(py_obj.ptr()) != 0) raise_(PyExc_TypeError, param_must_be_seq); m_own = true; //m_seq = new SequenceT(PySequence_Length(Py_obj.ptr())); m_seq = new SequenceT(); unique_pointer guard(m_seq); from_sequence::convert(py_obj, *m_seq); guard.release(); } } ~CSequenceFromPython() { if (m_own) delete m_seq; } SequenceT & operator*() { return *m_seq; } const SequenceT & operator*() const { return *m_seq; } }; void from_py_object(bopy::object &, Tango::AttributeAlarm &); void from_py_object(bopy::object &, Tango::ChangeEventProp &); void from_py_object(bopy::object &, Tango::PeriodicEventProp &); void from_py_object(bopy::object &, Tango::ArchiveEventProp &); void from_py_object(bopy::object &, Tango::EventProperties &); void from_py_object(bopy::object &, Tango::AttributeConfig &); void from_py_object(bopy::object &, Tango::AttributeConfig_2 &); void from_py_object(bopy::object &, Tango::AttributeConfig_3 &); void from_py_object(bopy::object &, Tango::AttributeConfig_5 &); template void from_py_object(bopy::object &py_obj, Tango::MultiAttrProp &multi_attr_prop) { multi_attr_prop.label = bopy::extract(bopy::str(py_obj.attr("label"))); multi_attr_prop.description = bopy::extract(bopy::str(py_obj.attr("description"))); multi_attr_prop.unit = bopy::extract(bopy::str(py_obj.attr("unit"))); multi_attr_prop.standard_unit = bopy::extract(bopy::str(py_obj.attr("standard_unit"))); multi_attr_prop.display_unit = bopy::extract(bopy::str(py_obj.attr("display_unit"))); multi_attr_prop.format = bopy::extract(bopy::str(py_obj.attr("format"))); bopy::extract min_value(py_obj.attr("min_value")); if(min_value.check()) multi_attr_prop.min_value = min_value(); else multi_attr_prop.min_value = bopy::extract(py_obj.attr("min_value")); bopy::extract max_value(py_obj.attr("max_value")); if(max_value.check()) multi_attr_prop.max_value = max_value(); else multi_attr_prop.max_value = bopy::extract(py_obj.attr("max_value")); bopy::extract min_alarm(py_obj.attr("min_alarm")); if(min_alarm.check()) multi_attr_prop.min_alarm = min_alarm(); else multi_attr_prop.min_alarm = bopy::extract(py_obj.attr("min_alarm")); bopy::extract max_alarm(py_obj.attr("max_alarm")); if(max_alarm.check()) multi_attr_prop.max_alarm = max_alarm(); else multi_attr_prop.max_alarm = bopy::extract(py_obj.attr("max_alarm")); bopy::extract min_warning(py_obj.attr("min_warning")); if(min_warning.check()) multi_attr_prop.min_warning = min_warning(); else multi_attr_prop.min_warning = bopy::extract(py_obj.attr("min_warning")); bopy::extract max_warning(py_obj.attr("max_warning")); if(max_warning.check()) multi_attr_prop.max_warning = max_warning(); else multi_attr_prop.max_warning = bopy::extract(py_obj.attr("max_warning")); bopy::extract delta_t(py_obj.attr("delta_t")); if(delta_t.check()) multi_attr_prop.delta_t = delta_t(); else multi_attr_prop.delta_t = bopy::extract(py_obj.attr("delta_t")); // Property type is Tango::DevLong! bopy::extract delta_val(py_obj.attr("delta_val")); if(delta_val.check()) multi_attr_prop.delta_val = delta_val(); else multi_attr_prop.delta_val = bopy::extract(py_obj.attr("delta_val")); bopy::extract event_period(py_obj.attr("event_period")); if(event_period.check()) multi_attr_prop.event_period = event_period(); else multi_attr_prop.event_period = bopy::extract(py_obj.attr("event_period")); // Property type is Tango::DevLong! bopy::extract archive_period(py_obj.attr("archive_period")); if(archive_period.check()) multi_attr_prop.archive_period = archive_period(); else multi_attr_prop.archive_period = bopy::extract(py_obj.attr("archive_period")); // Property type is Tango::DevLong! bopy::extract rel_change(py_obj.attr("rel_change")); if(rel_change.check()) multi_attr_prop.rel_change = rel_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("rel_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.rel_change = change_vec; } else multi_attr_prop.rel_change = bopy::extract(py_obj.attr("rel_change")); // Property type is Tango::DevDouble! } bopy::extract abs_change(py_obj.attr("abs_change")); if(abs_change.check()) multi_attr_prop.abs_change = abs_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("abs_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.abs_change = change_vec; } else multi_attr_prop.abs_change = bopy::extract(py_obj.attr("abs_change")); // Property type is Tango::DevDouble! } bopy::extract archive_rel_change(py_obj.attr("archive_rel_change")); if(archive_rel_change.check()) multi_attr_prop.archive_rel_change = archive_rel_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("archive_rel_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.archive_rel_change = change_vec; } else multi_attr_prop.archive_rel_change = bopy::extract(py_obj.attr("archive_rel_change")); // Property type is Tango::DevDouble! } bopy::extract archive_abs_change(py_obj.attr("archive_abs_change")); if(archive_abs_change.check()) multi_attr_prop.archive_abs_change = archive_abs_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("archive_abs_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.archive_abs_change = change_vec; } else multi_attr_prop.archive_abs_change = bopy::extract(py_obj.attr("archive_abs_change")); // Property type is Tango::DevDouble! } } template<> inline void from_py_object(bopy::object &py_obj, Tango::MultiAttrProp &multi_attr_prop) { multi_attr_prop.label = bopy::extract(bopy::str(py_obj.attr("label"))); multi_attr_prop.description = bopy::extract(bopy::str(py_obj.attr("description"))); multi_attr_prop.unit = bopy::extract(bopy::str(py_obj.attr("unit"))); multi_attr_prop.standard_unit = bopy::extract(bopy::str(py_obj.attr("standard_unit"))); multi_attr_prop.display_unit = bopy::extract(bopy::str(py_obj.attr("display_unit"))); multi_attr_prop.format = bopy::extract(bopy::str(py_obj.attr("format"))); bopy::extract min_value(py_obj.attr("min_value")); if(min_value.check()) multi_attr_prop.min_value = min_value(); else multi_attr_prop.min_value = bopy::extract(py_obj.attr("min_value")); bopy::extract max_value(py_obj.attr("max_value")); if(max_value.check()) multi_attr_prop.max_value = max_value(); else multi_attr_prop.max_value = bopy::extract(py_obj.attr("max_value")); bopy::extract min_alarm(py_obj.attr("min_alarm")); if(min_alarm.check()) multi_attr_prop.min_alarm = min_alarm(); else multi_attr_prop.min_alarm = bopy::extract(py_obj.attr("min_alarm")); bopy::extract max_alarm(py_obj.attr("max_alarm")); if(max_alarm.check()) multi_attr_prop.max_alarm = max_alarm(); else multi_attr_prop.max_alarm = bopy::extract(py_obj.attr("max_alarm")); bopy::extract min_warning(py_obj.attr("min_warning")); if(min_warning.check()) multi_attr_prop.min_warning = min_warning(); else multi_attr_prop.min_warning = bopy::extract(py_obj.attr("min_warning")); bopy::extract max_warning(py_obj.attr("max_warning")); if(max_warning.check()) multi_attr_prop.max_warning = max_warning(); else multi_attr_prop.max_warning = bopy::extract(py_obj.attr("max_warning")); bopy::extract delta_t(py_obj.attr("delta_t")); if(delta_t.check()) multi_attr_prop.delta_t = delta_t(); else multi_attr_prop.delta_t = bopy::extract(py_obj.attr("delta_t")); // Property type is Tango::DevLong! bopy::extract delta_val(py_obj.attr("delta_val")); if(delta_val.check()) multi_attr_prop.delta_val = delta_val(); else multi_attr_prop.delta_val = bopy::extract(py_obj.attr("delta_val")); bopy::extract event_period(py_obj.attr("event_period")); if(event_period.check()) multi_attr_prop.event_period = event_period(); else multi_attr_prop.event_period = bopy::extract(py_obj.attr("event_period")); // Property type is Tango::DevLong! bopy::extract archive_period(py_obj.attr("archive_period")); if(archive_period.check()) multi_attr_prop.archive_period = archive_period(); else multi_attr_prop.archive_period = bopy::extract(py_obj.attr("archive_period")); // Property type is Tango::DevLong! bopy::extract rel_change(py_obj.attr("rel_change")); if(rel_change.check()) multi_attr_prop.rel_change = rel_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("rel_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.rel_change = change_vec; } else multi_attr_prop.rel_change = bopy::extract(py_obj.attr("rel_change")); // Property type is Tango::DevDouble! } bopy::extract abs_change(py_obj.attr("abs_change")); if(abs_change.check()) multi_attr_prop.abs_change = abs_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("abs_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.abs_change = change_vec; } else multi_attr_prop.abs_change = bopy::extract(py_obj.attr("abs_change")); // Property type is Tango::DevDouble! } bopy::extract archive_rel_change(py_obj.attr("archive_rel_change")); if(archive_rel_change.check()) multi_attr_prop.archive_rel_change = archive_rel_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("archive_rel_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.archive_rel_change = change_vec; } else multi_attr_prop.archive_rel_change = bopy::extract(py_obj.attr("archive_rel_change")); // Property type is Tango::DevDouble! } bopy::extract archive_abs_change(py_obj.attr("archive_abs_change")); if(archive_abs_change.check()) multi_attr_prop.archive_abs_change = archive_abs_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("archive_abs_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.archive_abs_change = change_vec; } else multi_attr_prop.archive_abs_change = bopy::extract(py_obj.attr("archive_abs_change")); // Property type is Tango::DevDouble! } } template<> inline void from_py_object(bopy::object &py_obj, Tango::MultiAttrProp &multi_attr_prop) { string empty_str(""); multi_attr_prop.label = bopy::extract(bopy::str(py_obj.attr("label"))); multi_attr_prop.description = bopy::extract(bopy::str(py_obj.attr("description"))); multi_attr_prop.unit = bopy::extract(bopy::str(py_obj.attr("unit"))); multi_attr_prop.standard_unit = bopy::extract(bopy::str(py_obj.attr("standard_unit"))); multi_attr_prop.display_unit = bopy::extract(bopy::str(py_obj.attr("display_unit"))); multi_attr_prop.format = bopy::extract(bopy::str(py_obj.attr("format"))); bopy::extract min_value(py_obj.attr("min_value")); if(min_value.check()) multi_attr_prop.min_value = min_value(); else multi_attr_prop.min_value = empty_str; bopy::extract max_value(py_obj.attr("max_value")); if(max_value.check()) multi_attr_prop.max_value = max_value(); else multi_attr_prop.max_value = empty_str; bopy::extract min_alarm(py_obj.attr("min_alarm")); if(min_alarm.check()) multi_attr_prop.min_alarm = min_alarm(); else multi_attr_prop.min_alarm = empty_str; bopy::extract max_alarm(py_obj.attr("max_alarm")); if(max_alarm.check()) multi_attr_prop.max_alarm = max_alarm(); else multi_attr_prop.max_alarm = empty_str; bopy::extract min_warning(py_obj.attr("min_warning")); if(min_warning.check()) multi_attr_prop.min_warning = min_warning(); else multi_attr_prop.min_warning = empty_str; bopy::extract max_warning(py_obj.attr("max_warning")); if(max_warning.check()) multi_attr_prop.max_warning = max_warning(); else multi_attr_prop.max_warning = empty_str; bopy::extract delta_t(py_obj.attr("delta_t")); if(delta_t.check()) multi_attr_prop.delta_t = delta_t(); else multi_attr_prop.delta_t = bopy::extract(py_obj.attr("delta_t")); // Property type is Tango::DevLong! bopy::extract delta_val(py_obj.attr("delta_val")); if(delta_val.check()) multi_attr_prop.delta_val = delta_val(); else multi_attr_prop.delta_val = empty_str; bopy::extract event_period(py_obj.attr("event_period")); if(event_period.check()) multi_attr_prop.event_period = event_period(); else multi_attr_prop.event_period = bopy::extract(py_obj.attr("event_period")); // Property type is Tango::DevLong! bopy::extract archive_period(py_obj.attr("archive_period")); if(archive_period.check()) multi_attr_prop.archive_period = archive_period(); else multi_attr_prop.archive_period = bopy::extract(py_obj.attr("archive_period")); // Property type is Tango::DevLong! bopy::extract rel_change(py_obj.attr("rel_change")); if(rel_change.check()) multi_attr_prop.rel_change = rel_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("rel_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.rel_change = change_vec; } else multi_attr_prop.rel_change = bopy::extract(py_obj.attr("rel_change")); // Property type is Tango::DevDouble! } bopy::extract abs_change(py_obj.attr("abs_change")); if(abs_change.check()) multi_attr_prop.abs_change = abs_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("abs_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.abs_change = change_vec; } else multi_attr_prop.abs_change = bopy::extract(py_obj.attr("abs_change")); // Property type is Tango::DevDouble! } bopy::extract archive_rel_change(py_obj.attr("archive_rel_change")); if(archive_rel_change.check()) multi_attr_prop.archive_rel_change = archive_rel_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("archive_rel_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.archive_rel_change = change_vec; } else multi_attr_prop.archive_rel_change = bopy::extract(py_obj.attr("archive_rel_change")); // Property type is Tango::DevDouble! } bopy::extract archive_abs_change(py_obj.attr("archive_abs_change")); if(archive_abs_change.check()) multi_attr_prop.archive_abs_change = archive_abs_change(); else { bopy::object prop_py_obj = bopy::object(py_obj.attr("archive_abs_change")); if(PySequence_Check(prop_py_obj.ptr())) { vector change_vec; for(long i = 0; i < bopy::len(prop_py_obj); i++) change_vec.push_back(bopy::extract(prop_py_obj[i])); multi_attr_prop.archive_abs_change = change_vec; } else multi_attr_prop.archive_abs_change = bopy::extract(py_obj.attr("archive_abs_change")); // Property type is Tango::DevDouble! } } void from_py_object(bopy::object &, Tango::AttributeConfigList &); void from_py_object(bopy::object &, Tango::AttributeConfigList_2 &); void from_py_object(bopy::object &, Tango::AttributeConfigList_3 &); void from_py_object(bopy::object &, Tango::AttributeConfigList_5 &); void from_py_object(bopy::object &, Tango::PipeConfig &); void from_py_object(bopy::object &, Tango::PipeConfigList &); pytango-9.2.2/ext/group.cpp000066400000000000000000000322361316324373100156560ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" #include "device_attribute.h" void export_group_reply_list(); void export_group_reply(); namespace PyGroup { using namespace boost::python; void add(Tango::Group& self, std::auto_ptr grp, int timeout_ms) { Tango::Group* grp_ptr = grp.get(); if (grp_ptr) { // After adding grp_ptr into self, self is the responsible of // deleting grp_ptr, so we "nullify" the grp object. It's python // counterpart will still be available, but any method call will // return an exception. self.add(grp_ptr, timeout_ms); grp.release(); } else { raise_(PyExc_TypeError, "Param \"group\" is null. It probably means that it has" " already been inserted in another group." ); } } Tango::GroupCmdReplyList command_inout_reply(Tango::Group &self, long req_id, long timeout_ms) { AutoPythonAllowThreads guard; return self.command_inout_reply(req_id, timeout_ms); } static void __update_data_format(Tango::Group &self, Tango::GroupAttrReplyList& r) { // Usually we pass a device_proxy to "convert_to_python" in order to // get the data_format of the DeviceAttribute for Tango versions // older than 7.0. However, GroupAttrReply has no device_proxy to use! // So, we are using update_data_format() in here. // The conver_to_python method is called, without the usual // device_proxy argument, in PyGroupAttrReply::get_data(). Tango::GroupAttrReplyList::iterator i, e = r.end(); for (i=r.begin(); i != e; ++i) { Tango::DeviceProxy* dev_proxy = self.get_device(i->dev_name()); if (!dev_proxy) continue; PyDeviceAttribute::update_data_format( *dev_proxy, &(i->get_data()), 1 ); } } Tango::GroupAttrReplyList read_attribute_reply (Tango::Group &self, long req_id, long timeout_ms = 0 ) { Tango::GroupAttrReplyList r; { AutoPythonAllowThreads guard; r = self.read_attribute_reply(req_id, timeout_ms); } __update_data_format(self, r); return r; } Tango::GroupAttrReplyList read_attributes_reply (Tango::Group &self, long req_id, long timeout_ms = 0) { Tango::GroupAttrReplyList r; { AutoPythonAllowThreads guard; r = self.read_attributes_reply(req_id, timeout_ms); } __update_data_format(self, r); return r; } long read_attributes_asynch (Tango::Group &self, object py_value, bool forward = true) { StdStringVector r; convert2array(py_value, r); return self.read_attributes_asynch(r, forward); } long write_attribute_asynch(Tango::Group &self, const std::string &attr_name, bopy::object py_value, bool forward = true, bool multi = false) { Tango::DeviceProxy* dev_proxy = self.get_device(1); // If !dev_proxy (no device added in self or his children) then we // don't initialize dev_attr. As a result, the reply will be empty. /// @todo or should we raise an exception instead? if(!dev_proxy) { Tango::DeviceAttribute dev_attr; dev_attr.set_name(attr_name.c_str()); AutoPythonAllowThreads guard; return self.write_attribute_asynch(dev_attr, forward); } // Try to see if we can get attribute information from any device in // the group Tango::AttributeInfoEx attr_info; bool has_attr_info = false; { AutoPythonAllowThreads guard; for(long dev_idx = 1; dev_idx <= self.get_size(); ++dev_idx) { try { attr_info = self[dev_idx]->get_attribute_config(attr_name); has_attr_info = true; break; } catch(...) {} } } if(multi) { if(!PySequence_Check(py_value.ptr())) { raise_(PyExc_TypeError, "When multi is set, value must be a python sequence " "(ex: list or tuple)" ); } Py_ssize_t attr_nb = bopy::len(py_value); std::vector dev_attr(attr_nb); if (has_attr_info) { for(Py_ssize_t i = 0; i < attr_nb; ++i) { PyDeviceAttribute::reset(dev_attr[i], attr_info, py_value[i]); } } else { for(Py_ssize_t i = 0; i < attr_nb; ++i) { dev_attr[i].set_name(attr_name.c_str()); } } AutoPythonAllowThreads guard; return self.write_attribute_asynch(dev_attr, forward); } else { Tango::DeviceAttribute dev_attr; if (has_attr_info) { PyDeviceAttribute::reset(dev_attr, attr_info, py_value); } else { dev_attr.set_name(attr_name.c_str()); } // If !dev_proxy (no device added in self or his children) then we // don't initialize dev_attr. As a result, the reply will be empty. /// @todo or should we raise an exception instead? AutoPythonAllowThreads guard; return self.write_attribute_asynch(dev_attr, forward); } } Tango::GroupReplyList write_attribute_reply (Tango::Group &self, long req_id, long timeout_ms = 0) { AutoPythonAllowThreads guard; return self.write_attribute_reply(req_id, timeout_ms); } } void export_group() { using namespace boost::python; export_group_reply(); export_group_reply_list(); // export_group_element(); // class_, // unique_pointer, boost::noncopyable > Group( // "__Group", // init()) // ; class_, boost::noncopyable > Group("__Group", init()) ; Group .def("_add", (void (Tango::Group::*) (const std::string &, int)) &Tango::Group::add, (arg_("self"), arg_("pattern"), arg_("timeout_ms")=-1) ) .def("_add", (void (Tango::Group::*) (const std::vector &, int)) &Tango::Group::add, (arg_("self"), arg_("patterns"), arg_("timeout_ms")=-1)) .def("_add", PyGroup::add, (arg_("self"), arg_("group"), arg_("timeout_ms")=-1) ) .def("_remove", (void (Tango::Group::*) (const std::string &, bool)) &Tango::Group::remove, (arg_("self"), arg_("pattern"), arg_("forward")=true)) .def("_remove", (void (Tango::Group::*) (const std::vector &, bool)) &Tango::Group::remove, (arg_("self"), arg_("patterns"), arg_("forward")=true)) .def("get_group", &Tango::Group::get_group, (arg_("self"), arg_("group_name")), return_internal_reference<1>() ) .def("get_size", &Tango::Group::get_size, (arg_("self"), arg_("forward")=true) ) .def("remove_all", &Tango::Group::remove_all) // GroupElement redefinitions of enable/disable. If I didn't // redefine them, the later Group only definitions would // hide the ones defined in GroupElement. .def("enable", &Tango::GroupElement::enable, (arg_("self")) ) .def("disable", &Tango::GroupElement::disable, (arg_("self")) ) .def("enable", &Tango::Group::enable, (arg_("self"), arg_("dev_name"), arg_("forward")=true) ) .def("disable", &Tango::Group::disable, (arg_("self"), arg_("dev_name"), arg_("forward")=true) ) .def("get_device_list", &Tango::Group::get_device_list, (arg_("self"), arg_("forward")=true) ) .def("command_inout_asynch", (long (Tango::Group::*) (const std::string&, bool, bool)) &Tango::Group::command_inout_asynch, ( arg_("self"), arg_("cmd_name"), arg_("forget")=false, arg_("forward")=true) ) .def("command_inout_asynch", (long (Tango::Group::*) (const std::string&, const Tango::DeviceData&, bool, bool)) &Tango::Group::command_inout_asynch, ( arg_("self"), arg_("cmd_name"), arg_("param"), arg_("forget")=false, arg_("forward")=true) ) .def("command_inout_asynch", (long (Tango::Group::*) (const std::string&, const std::vector&, bool, bool)) &Tango::Group::command_inout_asynch, ( arg_("self"), arg_("cmd_name"), arg_("param"), arg_("forget")=false, arg_("forward")=true) ) .def("command_inout_reply", PyGroup::command_inout_reply, ( arg_("self"), arg_("req_id"), arg_("timeout_ms")=0 ) ) .def("read_attribute_asynch", &Tango::Group::read_attribute_asynch, ( arg_("self"), arg_("attr_name"), arg_("forward")=true) ) .def("read_attribute_reply", PyGroup::read_attribute_reply, ( arg_("self"), arg_("req_id"), arg_("timeout_ms")=0 ) ) .def("read_attributes_asynch", PyGroup::read_attributes_asynch, ( arg_("self"), arg_("attr_names"), arg_("forward")=true) ) .def("read_attributes_reply", PyGroup::read_attributes_reply, ( arg_("self"), arg_("req_id"), arg_("timeout_ms")=0 ) ) .def("write_attribute_asynch", PyGroup::write_attribute_asynch, ( arg_("self"), arg_("attr_name"), arg_("value"), arg_("forward")=true, arg_("multi")=false) ) .def("write_attribute_reply", PyGroup::write_attribute_reply, ( arg_("self"), arg_("req_id"), arg_("timeout_ms")=0 ) ) .def("get_parent", &Tango::Group::get_parent, (arg_("self")), return_internal_reference<1>() ) .def("contains", &Tango::Group::contains, (arg_("self"), arg_("pattern"), arg_("forward")=true) ) .def("get_device", (Tango::DeviceProxy* (Tango::Group::*) (const std::string &)) &Tango::Group::get_device, (arg_("self"), arg_("dev_name")), return_internal_reference<1>() ) .def("get_device", (Tango::DeviceProxy* (Tango::Group::*) (long)) &Tango::Group::get_device, (arg_("self"), arg_("idx")), return_internal_reference<1>() ) .def("ping", &Tango::Group::ping, (arg_("self"), arg_("forward")=true) ) .def("set_timeout_millis", &Tango::Group::set_timeout_millis, (arg_("self"), arg_("timeout_ms")) ) .def("get_name", &Tango::Group::get_name, (arg_("self")), return_value_policy() ) .def("get_fully_qualified_name", &Tango::Group::get_fully_qualified_name, (arg_("self")) ) .def("enable", &Tango::Group::enable, (arg_("self")) ) .def("disable", &Tango::Group::disable, (arg_("self")) ) .def("is_enabled", &Tango::Group::is_enabled, (arg_("self")) ) .def("name_equals", &Tango::Group::name_equals, (arg_("self")) ) .def("name_matches", &Tango::Group::name_matches, (arg_("self")) ) ; // I am not exporting "find", so all the GroupElemens will be // Groups (there's no way to access a GroupDeviceElement) // class_, boost::noncopyable > GroupDeviceElement( // "GroupDeviceElement", // no_init) // ; } pytango-9.2.2/ext/group_reply.cpp000066400000000000000000000052351316324373100170700ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" #include "device_attribute.h" namespace PyGroupAttrReply { using namespace boost::python; object get_data(Tango::GroupAttrReply& self, PyTango::ExtractAs extract_as) { // Usually we pass a device_proxy to "convert_to_python" in order to // get the data_format of the DeviceAttribute for Tango versions // older than 7.0. However, GroupAttrReply has no device_proxy to use! // So, we are using update_data_format() in: // GroupElement::read_attribute_reply/read_attributes_reply return PyDeviceAttribute::convert_to_python( new Tango::DeviceAttribute(self.get_data()), extract_as ); } } void export_group_reply() { using namespace boost::python; class_ GroupReply("GroupReply", "", no_init); GroupReply // .def(init<>()) // .def(init()) // .def(init()) /// @todo args? // .def(init()) .def("has_failed", &Tango::GroupReply::has_failed) .def("group_element_enabled", &Tango::GroupReply::group_element_enabled) .def("dev_name", &Tango::GroupReply::dev_name, return_value_policy()) .def("obj_name", &Tango::GroupReply::obj_name, return_value_policy()) .def("get_err_stack", &Tango::GroupReply::get_err_stack, return_value_policy()) ; class_ > GroupCmdReply( "GroupCmdReply", no_init) ; GroupCmdReply .def("get_data_raw", &Tango::GroupCmdReply::get_data, return_internal_reference<1>() ) ; class_ > GroupAttrReply( "GroupAttrReply", no_init) ; GroupAttrReply .def("__get_data", &PyGroupAttrReply::get_data, ( arg_("self"), arg_("extract_as")=PyTango::ExtractAsNumpy) ) ; } pytango-9.2.2/ext/group_reply_list.cpp000066400000000000000000000036631316324373100201260ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" #include "device_attribute.h" void export_group_reply_list() { using namespace boost::python; typedef std::vector StdGroupReplyVector_; typedef std::vector StdGroupCmdReplyVector_; typedef std::vector StdGroupAttrReplyVector_; class_ > GroupReplyList( "GroupReplyList", init<>()) ; GroupReplyList .def("has_failed", &Tango::GroupReplyList::has_failed) .def("reset", &Tango::GroupReplyList::reset) .def("push_back", &Tango::GroupReplyList::push_back) ; class_ > GroupCmdReplyList( "GroupCmdReplyList", init<>()) ; GroupCmdReplyList .def("has_failed", &Tango::GroupCmdReplyList::has_failed) .def("reset", &Tango::GroupCmdReplyList::reset) .def("push_back", &Tango::GroupCmdReplyList::push_back) ; class_ > GroupAttrReplyList( "GroupAttrReplyList", init<>()) ; GroupAttrReplyList .def("has_failed", &Tango::GroupAttrReplyList::has_failed) .def("reset", &Tango::GroupAttrReplyList::reset) .def("push_back", &Tango::GroupAttrReplyList::push_back) ; } pytango-9.2.2/ext/locker_info.cpp000066400000000000000000000022561316324373100170130ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include struct PyLockerInfo { static inline boost::python::object get_locker_id(Tango::LockerInfo &li) { return (li.ll == Tango::CPP) ? boost::python::object(li.li.LockerPid) : boost::python::tuple(li.li.UUID); } }; void export_locker_info() { boost::python::class_("LockerInfo") .def_readonly("ll", &Tango::LockerInfo::ll) .add_property("li", &PyLockerInfo::get_locker_id) .def_readonly("locker_host", &Tango::LockerInfo::locker_host) .def_readonly("locker_class", &Tango::LockerInfo::locker_class) ; } pytango-9.2.2/ext/locking_thread.cpp000066400000000000000000000013171316324373100174730ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_locking_thread() { class_("LockingThread") ; } pytango-9.2.2/ext/periodic_event_info.cpp000066400000000000000000000016071316324373100205320ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_periodic_event_info() { class_("PeriodicEventInfo") .enable_pickling() .def_readwrite("period", &Tango::PeriodicEventInfo::period) .def_readwrite("extensions", &Tango::PeriodicEventInfo::extensions) ; } pytango-9.2.2/ext/pipe_event_data.cpp000066400000000000000000000047011316324373100176450ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "exception.h" using namespace boost::python; extern boost::python::object PyTango_DevFailed; namespace PyPipeEventData { static boost::shared_ptr makePipeEventData() { Tango::PipeEventData *result = new Tango::PipeEventData; return boost::shared_ptr(result); } static void set_errors(Tango::PipeEventData &event_data, boost::python::object &dev_failed) { Tango::DevFailed df; boost::python::object errors = dev_failed.attr("args"); sequencePyDevError_2_DevErrorList(errors.ptr(), event_data.errors); } }; // end PyPipeEventData void export_pipe_event_data() { class_("PipeEventData", init()) .def("__init__", boost::python::make_constructor(PyPipeEventData::makePipeEventData)) // The original Tango::PipeEventData structure has a 'device' field. // However, if we returned this directly we would get a different // python device each time. So we are doing our weird things to make // sure the device returned is the same where the read action was // performed. So we don't return Tango::PipeEventData::device directly. // See callback.cpp .setattr("device",object()) .def_readwrite("pipe_name", &Tango::PipeEventData::pipe_name) .def_readwrite("event", &Tango::PipeEventData::event) .setattr("pipe_value",object()) .def_readwrite("err", &Tango::PipeEventData::err) .def_readwrite("reception_date", &Tango::PipeEventData::reception_date) .add_property("errors", make_getter(&Tango::PipeEventData::errors, return_value_policy()), &PyPipeEventData::set_errors) .def("get_date", &Tango::PipeEventData::get_date, return_internal_reference<>()) ; } pytango-9.2.2/ext/pipe_info.cpp000066400000000000000000000021711316324373100164650ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_pipe_info() { class_ ("PipeInfo") .def(init()) .enable_pickling() .def_readwrite("name", &Tango::PipeInfo::name) .def_readwrite("description", &Tango::PipeInfo::description) .def_readwrite("label", &Tango::PipeInfo::label) .def_readwrite("disp_level", &Tango::PipeInfo::disp_level) .def_readwrite("writable", &Tango::PipeInfo::writable) .def_readwrite("extensions", &Tango::PipeInfo::extensions) ; } pytango-9.2.2/ext/poll_device.cpp000066400000000000000000000020211316324373100167740ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_poll_device() { class_("PollDevice", "A structure containing PollDevice information\n" "the following members,\n" " - dev_name : string\n" " - ind_list : sequence\n" "\nNew in PyTango 7.0.0") .def_readwrite("dev_name", &Tango::PollDevice::dev_name) .def_readwrite("ind_list", &Tango::PollDevice::ind_list) ; } pytango-9.2.2/ext/precompiled_header.cpp000066400000000000000000000011011316324373100203200ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp"pytango-9.2.2/ext/precompiled_header.hpp000066400000000000000000000023561316324373100203420ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ // These files are really basic, used everywere within the project // but they take a while (seconds!) to process. // We don't want to waste those seconds for each cpp file, so we // use this precompiled header. //#define NPY_NO_DEPRECATED_API NPY_1_7_API_VERSION #include #include #include #include #include #include #include #include #include #include #include #include #include //#include pytango-9.2.2/ext/pytango.cpp000066400000000000000000000070361316324373100162030ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #if BOOST_VERSION < 103400 #define DISABLE_BOOST_DOCSTRING_OPTIONS #endif #ifndef DISABLE_PYTANGO_NUMPY # define PY_ARRAY_UNIQUE_SYMBOL pytango_ARRAY_API # include #endif #include using namespace boost::python; void export_version(); void export_enums(); void export_constants(); void export_base_types(); void export_event_data(); void export_attr_conf_event_data(); void export_data_ready_event_data(); void export_pipe_event_data(); void export_exceptions(); void export_api_util(); void export_connection(); void export_device_proxy(); void export_devintr_change_event_data(); void export_attribute_proxy(); void export_db(); void export_callback(); /// @todo not sure were to put it... void export_util(); void export_pipe(); void export_attr(); void export_fwdattr(); void export_attribute(); void export_encoded_attribute(); void export_wattribute(); void export_multi_attribute(); void export_multi_class_attribute(); void export_user_default_attr_prop(); void export_user_default_fwdattr_prop(); void export_user_default_pipe_prop(); void export_sub_dev_diag(); void export_dserver(); void export_device_class(); void export_device_impl(); void export_group(); void export_log4tango(); void export_auto_tango_monitor(); #ifdef DISABLE_PYTANGO_NUMPY void init_numpy(void) {} #elif PY_MAJOR_VERSION >= 3 void* init_numpy(void) { import_array(); return NULL; } #else void init_numpy(void) { import_array(); return; } #endif BOOST_PYTHON_MODULE(_tango) { #ifndef DISABLE_BOOST_DOCSTRING_OPTIONS // Configure generated docstrings const bool show_user_defined = false; const bool show_py_signatures = false; docstring_options doc_opts(show_user_defined, show_py_signatures); #endif // specify that this module is actually a package boost::python::object package = boost::python::scope(); package.attr("__path__") = "PyTango"; PyEval_InitThreads(); init_numpy(); export_callback(); /// @todo not sure were to put it... export_version(); export_enums(); export_constants(); export_base_types(); export_event_data(); export_attr_conf_event_data(); export_data_ready_event_data(); export_pipe_event_data(); export_devintr_change_event_data(); export_exceptions(); export_api_util(); export_connection(); export_device_proxy(); export_attribute_proxy(); export_db(); export_util(); export_pipe(); export_attr(); export_fwdattr(); export_attribute(); export_encoded_attribute(); export_wattribute(); export_multi_attribute(); export_multi_class_attribute(); export_user_default_attr_prop(); export_user_default_fwdattr_prop(); export_user_default_pipe_prop(); export_sub_dev_diag(); export_device_class(); export_device_impl(); //@warning export_dserver must be made after export_device_impl export_dserver(); export_group(); export_log4tango(); export_auto_tango_monitor(); } pytango-9.2.2/ext/pytgutils.cpp000066400000000000000000000012141316324373100165560ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" using namespace boost::python; pytango-9.2.2/ext/pytgutils.h000066400000000000000000000037371316324373100162370ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include #include "defs.h" #include "pyutils.h" #include "from_py.h" #include "to_py.h" #include "tgutils.h" /// Get the python Global Interpret Lock class AutoPythonGIL { PyGILState_STATE m_gstate; /** * Check python. Before acquiring python GIL check if python as not been * shutdown. If this is the case then the best we can do here is throw an * exception to try to prevent the PyTango from calling python code **/ inline void check_python() { if(!Py_IsInitialized()) { Tango::Except::throw_exception( "AutoPythonGIL_PythonShutdown", "Trying to execute python code when python interpreter as shutdown.", "AutoPythonGIL::check_python"); } } public: inline AutoPythonGIL(bool safe=true) { if (safe) check_python(); m_gstate = PyGILState_Ensure(); } inline ~AutoPythonGIL() { PyGILState_Release(m_gstate); } }; /** * Translate a double into a timeval structure * * @param[out] tv timeval structure to be filled with the time * @param[in] t a double representing the time */ inline void double2timeval(struct timeval &tv, double t) { double sec = floor(t); #ifdef WIN32 tv.tv_usec = (long)((t-sec)*1.0E6); tv.tv_sec = (long)(sec); #else tv.tv_usec = (time_t)((t-sec)*1.0E6); tv.tv_sec = (suseconds_t)(sec); #endif } pytango-9.2.2/ext/pyutils.cpp000066400000000000000000000120321316324373100162230ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pyutils.h" using namespace boost::python; bopy::object from_char_to_str2(const std::string& in, const char* encoding /*=NULL defaults to latin-1 */, const char* errors /*="strict" */) { return from_char_to_str2(in.c_str(), in.size(), encoding, errors); } bopy::object from_char_to_str2(const char* in, Py_ssize_t size /* =-1 */, const char* encoding /*=NULL defaults to latin-1 */, const char* errors /*="strict" */) { return bopy::object(bopy::handle<>(from_char_to_str(in, size, encoding, errors))); } PyObject* from_char_to_str(const std::string& in, const char* encoding /*=NULL defaults to latin-1 */, const char* errors /*="strict" */) { return from_char_to_str(in.c_str(), in.size(), encoding, errors); } PyObject* from_char_to_str(const char* in, Py_ssize_t size /* =-1 */, const char* encoding /*=NULL defaults to latin-1 */, const char* errors /*="strict" */) { if (size < 0) { size = strlen(in); } #ifdef PYTANGO_PY3K if (!encoding) { return PyUnicode_DecodeLatin1(in, size, errors); } else { return PyUnicode_Decode(in, size, encoding, errors); } #else return PyString_FromStringAndSize(in, size); #endif } void from_str_to_char(PyObject* in, std::string& out) { if (PyUnicode_Check(in)) { PyObject *bytes_in = PyUnicode_AsLatin1String(in); out = PyBytes_AsString(bytes_in); Py_DECREF(bytes_in); } else { out = std::string(PyBytes_AsString(in), PyBytes_Size(in)); } } bool is_method_defined(object &obj, const std::string &method_name) { return is_method_defined(obj.ptr(), method_name); } bool is_method_defined(PyObject *obj, const std::string &method_name) { bool exists, is_method; is_method_defined(obj, method_name, exists, is_method); return exists && is_method; } void is_method_defined(object &obj, const std::string &method_name, bool &exists, bool &is_method) { is_method_defined(obj.ptr(), method_name, exists, is_method); } void is_method_defined(PyObject *obj, const std::string &method_name, bool &exists, bool &is_method) { exists = is_method = false; PyObject *meth = PyObject_GetAttrString_(obj, method_name.c_str()); exists = NULL != meth; if (!exists) { PyErr_Clear(); return; } is_method = (1 == PyCallable_Check(meth)); Py_DECREF(meth); } #ifdef PYCAPSULE_OLD int PyCapsule_SetName(PyObject *capsule, const char *unused) { unused = unused; PyErr_SetString(PyExc_NotImplementedError, "can't use PyCapsule_SetName with CObjects"); return 1; } void *PyCapsule_Import(const char *name, int no_block) { PyObject *object = NULL; void *return_value = NULL; char *trace; size_t name_length = (strlen(name) + 1) * sizeof(char); char *name_dup = (char *)PyMem_MALLOC(name_length); if (!name_dup) { return NULL; } memcpy(name_dup, name, name_length); trace = name_dup; while (trace) { char *dot = strchr(trace, '.'); if (dot) { *dot++ = '\0'; } if (object == NULL) { if (no_block) { object = PyImport_ImportModuleNoBlock(trace); } else { object = PyImport_ImportModule(trace); if (!object) { PyErr_Format(PyExc_ImportError, "PyCapsule_Import could not " "import module \"%s\"", trace); } } } else { PyObject *object2 = PyObject_GetAttrString(object, trace); Py_DECREF(object); object = object2; } if (!object) { goto EXIT; } trace = dot; } if (PyCObject_Check(object)) { PyCObject *cobject = (PyCObject *)object; return_value = cobject->cobject; } else { PyErr_Format(PyExc_AttributeError, "PyCapsule_Import \"%s\" is not valid", name); } EXIT: Py_XDECREF(object); if (name_dup) { PyMem_FREE(name_dup); } return return_value; } #endif bool hasattr(boost::python::object& obj, const std::string& name) { return PyObject_HasAttrString(obj.ptr(), name.c_str()); } pytango-9.2.2/ext/pyutils.h000066400000000000000000000205141316324373100156740ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include namespace bopy = boost::python; #define arg_(a) boost::python::arg(a) #if PY_MAJOR_VERSION >= 3 #define PYTANGO_PY3K #endif #if PY_VERSION_HEX < 0x02050000 typedef int Py_ssize_t; #endif // ----------------------------------------------------------------------------- // The following section contains functions that changed signature from <=2.4 // using char* to >=2.5 using const char*. Basically we defined them here using // const std::string inline PyObject *PyObject_GetAttrString_(PyObject *o, const std::string &attr_name) { #if PY_VERSION_HEX < 0x02050000 char *attr = const_cast(attr_name.c_str()); #else const char *attr = attr_name.c_str(); #endif return PyObject_GetAttrString(o, attr); } inline PyObject *PyImport_ImportModule_(const std::string &name) { #if PY_VERSION_HEX < 0x02050000 char *attr = const_cast(name.c_str()); #else const char *attr = name.c_str(); #endif return PyImport_ImportModule(attr); } // Bytes interface #if PY_VERSION_HEX < 0x02060000 #define PyBytesObject PyStringObject #define PyBytes_Type PyString_Type #define PyBytes_Check PyString_Check #define PyBytes_CheckExact PyString_CheckExact #define PyBytes_CHECK_INTERNED PyString_CHECK_INTERNED #define PyBytes_AS_STRING PyString_AS_STRING #define PyBytes_GET_SIZE PyString_GET_SIZE #define Py_TPFLAGS_BYTES_SUBCLASS Py_TPFLAGS_STRING_SUBCLASS #define PyBytes_FromStringAndSize PyString_FromStringAndSize #define PyBytes_FromString PyString_FromString #define PyBytes_FromFormatV PyString_FromFormatV #define PyBytes_FromFormat PyString_FromFormat #define PyBytes_Size PyString_Size #define PyBytes_AsString PyString_AsString #define PyBytes_Repr PyString_Repr #define PyBytes_Concat PyString_Concat #define PyBytes_ConcatAndDel PyString_ConcatAndDel #define _PyBytes_Resize _PyString_Resize #define _PyBytes_Eq _PyString_Eq #define PyBytes_Format PyString_Format #define _PyBytes_FormatLong _PyString_FormatLong #define PyBytes_DecodeEscape PyString_DecodeEscape #define _PyBytes_Join _PyString_Join #define PyBytes_Decode PyString_Decode #define PyBytes_Encode PyString_Encode #define PyBytes_AsEncodedObject PyString_AsEncodedObject #define PyBytes_AsEncodedString PyString_AsEncodedString #define PyBytes_AsDecodedObject PyString_AsDecodedObject #define PyBytes_AsDecodedString PyString_AsDecodedString #define PyBytes_AsStringAndSize PyString_AsStringAndSize #define _PyBytes_InsertThousandsGrouping _PyString_InsertThousandsGrouping #else #include #endif /* PyCapsule definitions for old python */ #if ( (PY_VERSION_HEX < 0x02070000) \ || ((PY_VERSION_HEX >= 0x03000000) \ && (PY_VERSION_HEX < 0x03010000)) ) #define PYCAPSULE_OLD #define __PyCapsule_GetField(capsule, field, default_value) \ ( PyCapsule_CheckExact(capsule) \ ? (((PyCObject *)capsule)->field) \ : (default_value) \ ) \ #define __PyCapsule_SetField(capsule, field, value) \ ( PyCapsule_CheckExact(capsule) \ ? (((PyCObject *)capsule)->field = value), 1 \ : 0 \ ) \ #define PyCapsule_Type PyCObject_Type #define PyCapsule_CheckExact(capsule) (PyCObject_Check(capsule)) #define PyCapsule_IsValid(capsule, name) (PyCObject_Check(capsule)) #define PyCapsule_New(pointer, name, destructor) \ (PyCObject_FromVoidPtr(pointer, destructor)) #define PyCapsule_GetPointer(capsule, name) \ (PyCObject_AsVoidPtr(capsule)) /* Don't call PyCObject_SetPointer here, it fails if there's a destructor */ #define PyCapsule_SetPointer(capsule, pointer) \ __PyCapsule_SetField(capsule, cobject, pointer) #define PyCapsule_GetDestructor(capsule) \ __PyCapsule_GetField(capsule, destructor) #define PyCapsule_SetDestructor(capsule, dtor) \ __PyCapsule_SetField(capsule, destructor, dtor) /* * Sorry, there's simply no place * to store a Capsule "name" in a CObject. */ #define PyCapsule_GetName(capsule) NULL int PyCapsule_SetName(PyObject *capsule, const char *unused); #define PyCapsule_GetContext(capsule) \ __PyCapsule_GetField(capsule, descr) #define PyCapsule_SetContext(capsule, context) \ __PyCapsule_SetField(capsule, descr, context) void * PyCapsule_Import(const char *name, int no_block); #endif /* #if PY_VERSION_HEX < 0x02070000 */ PyObject* from_char_to_str(const char* in, Py_ssize_t size=-1, const char* encoding=NULL, /* defaults to latin-1 */ const char* errors="strict"); PyObject* from_char_to_str(const std::string& in, const char* encoding=NULL, /* defaults to latin-1 */ const char* errors="strict"); bopy::object from_char_to_str2(const char* in, Py_ssize_t size=-1, const char* encoding=NULL, /* defaults to latin-1 */ const char* errors="strict"); bopy::object from_char_to_str2(const std::string& in, const char* encoding=NULL, /* defaults to latin-1 */ const char* errors="strict"); void from_str_to_char(PyObject* in, std::string& out); inline void raise_(PyObject *type, const char *message) { PyErr_SetString(type, message); boost::python::throw_error_already_set(); } /// You should run any I/O intensive operations (like requesting data through /// the network) in the context of an object like this. class AutoPythonAllowThreads { PyThreadState *m_save; public: inline void giveup() { if (m_save) { PyEval_RestoreThread(m_save); m_save = 0; } } inline AutoPythonAllowThreads() { m_save = PyEval_SaveThread(); } inline ~AutoPythonAllowThreads() { giveup(); } }; /** * Determines if the given method name exists and is callable * within the python class * * @param[in] obj object to search for the method * @param[in] method_name the name of the method * * @return returns true is the method exists or false otherwise */ bool is_method_defined(boost::python::object &obj, const std::string &method_name); /** * Determines if the given method name exists and is callable * within the python class * * @param[in] obj object to search for the method * @param[in] method_name the name of the method * * @return returns true is the method exists or false otherwise */ bool is_method_defined(PyObject *obj, const std::string &method_name); /** * Determines if the given method name exists and is callable * within the python class * * @param[in] obj object to search for the method * @param[in] method_name the name of the method * @param[out] exists set to true if the symbol exists or false otherwise * @param[out] is_method set to true if the symbol exists and is a method * or false otherwise */ void is_method_defined(PyObject *obj, const std::string &method_name, bool &exists, bool &is_method); /** * Determines if the given method name exists and is callable * within the python class * * @param[in] obj object to search for the method * @param[in] method_name the name of the method * @param[out] exists set to true if the symbol exists or false otherwise * @param[out] is_method set to true if the symbol exists and is a method * or false otherwise */ void is_method_defined(boost::python::object &obj, const std::string &method_name, bool &exists, bool &is_method); #define PYTANGO_MOD \ boost::python::object pytango((boost::python::handle<>(boost::python::borrowed(PyImport_AddModule("tango"))))); #define CALL_METHOD(retType, self, name, ...) \ boost::python::call_method(self, name , __VA_ARGS__); bool hasattr(boost::python::object &, const std::string &); pytango-9.2.2/ext/server/000077500000000000000000000000001316324373100153165ustar00rootroot00000000000000pytango-9.2.2/ext/server/attr.cpp000066400000000000000000000231201316324373100167720ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "server/attr.h" using namespace boost::python; #define __AUX_DECL_CALL_ATTR_METHOD \ PyDeviceImplBase *__dev_ptr = dynamic_cast(dev); \ AutoPythonGIL __py_lock; #define __AUX_CATCH_PY_EXCEPTION \ catch(boost::python::error_already_set &eas) \ { handle_python_exception(eas); } #define CALL_ATTR_METHOD(dev, name) \ __AUX_DECL_CALL_ATTR_METHOD \ try { boost::python::call_method(__dev_ptr->the_self, name); } \ __AUX_CATCH_PY_EXCEPTION #define CALL_ATTR_METHOD_VARGS(dev, name, ...) \ __AUX_DECL_CALL_ATTR_METHOD \ try { boost::python::call_method(__dev_ptr->the_self, name, __VA_ARGS__); } \ __AUX_CATCH_PY_EXCEPTION #define CALL_ATTR_METHOD_RET(retType, ret, dev, name) \ __AUX_DECL_CALL_ATTR_METHOD \ try { ret = boost::python::call_method(__dev_ptr->the_self, name); } \ __AUX_CATCH_PY_EXCEPTION #define CALL_ATTR_METHOD_VARGS_RET(retType, ret, dev, name, ...) \ __AUX_DECL_CALL_ATTR_METHOD \ try { ret = boost::python::call_method(__dev_ptr->the_self, name, __VA_ARGS__); } \ __AUX_CATCH_PY_EXCEPTION #define RET_CALL_ATTR_METHOD(retType, dev, name) \ __AUX_DECL_CALL_ATTR_METHOD \ try { return boost::python::call_method(__dev_ptr->the_self, name); } \ __AUX_CATCH_PY_EXCEPTION #define RET_CALL_ATTR_METHOD_VARGS(retType, dev, name, ...) \ __AUX_DECL_CALL_ATTR_METHOD \ try { return boost::python::call_method(__dev_ptr->the_self, name, __VA_ARGS__); } \ __AUX_CATCH_PY_EXCEPTION void PyAttr::read(Tango::DeviceImpl *dev, Tango::Attribute &att) { if (!_is_method(dev, read_name)) { TangoSys_OMemStream o; o << read_name << " method not found for " << att.get_name(); Tango::Except::throw_exception("PyTango_ReadAttributeMethodNotFound", o.str(), "PyTango::Attr::read"); } CALL_ATTR_METHOD_VARGS(dev, read_name.c_str(), boost::ref(att)) } void PyAttr::write(Tango::DeviceImpl *dev, Tango::WAttribute &att) { if (!_is_method(dev, write_name)) { TangoSys_OMemStream o; o << write_name << " method not found for " << att.get_name(); Tango::Except::throw_exception("PyTango_WriteAttributeMethodNotFound", o.str(), "PyTango::Attr::write"); } CALL_ATTR_METHOD_VARGS(dev, write_name.c_str(), boost::ref(att)) } bool PyAttr::is_allowed(Tango::DeviceImpl *dev, Tango::AttReqType ty) { if (_is_method(dev, py_allowed_name)) { RET_CALL_ATTR_METHOD_VARGS(bool, dev, py_allowed_name.c_str(), ty) } // keep compiler quiet return true; } bool PyAttr::_is_method(Tango::DeviceImpl *dev, const std::string &name) { AutoPythonGIL __py_lock; PyDeviceImplBase *__dev_ptr = dynamic_cast(dev); PyObject *__dev_py = __dev_ptr->the_self; return is_method_defined(__dev_py, name); } void PyAttr::set_user_prop(vector &user_prop, Tango::UserDefaultAttrProp &def_prop) { // // Is there any user defined prop. defined ? // size_t nb_prop = user_prop.size(); if (nb_prop == 0) return; for (size_t loop = 0;loop < nb_prop;loop++) { Tango::AttrProperty prop = user_prop[loop]; string &prop_name = prop.get_name(); const char *prop_value = prop.get_value().c_str(); if (prop_name == "label") def_prop.set_label(prop_value); else if (prop_name == "description") def_prop.set_description(prop_value); else if (prop_name == "unit") def_prop.set_unit(prop_value); else if (prop_name == "standard_unit") def_prop.set_standard_unit(prop_value); else if (prop_name == "display_unit") def_prop.set_display_unit(prop_value); else if (prop_name == "format") def_prop.set_format(prop_value); else if (prop_name == "min_value") def_prop.set_min_value(prop_value); else if (prop_name == "max_value") def_prop.set_max_value(prop_value); else if (prop_name == "min_alarm") def_prop.set_min_alarm(prop_value); else if (prop_name == "max_alarm") def_prop.set_max_alarm(prop_value); else if (prop_name == "min_warning") def_prop.set_min_warning(prop_value); else if (prop_name == "max_warning") def_prop.set_max_warning(prop_value); else if (prop_name == "delta_val") def_prop.set_delta_val(prop_value); else if (prop_name == "delta_t") def_prop.set_delta_t(prop_value); else if (prop_name == "abs_change") def_prop.set_event_abs_change(prop_value); else if (prop_name == "rel_change") def_prop.set_event_rel_change(prop_value); else if (prop_name == "period") def_prop.set_event_period(prop_value); else if (prop_name == "archive_abs_change") def_prop.set_archive_event_abs_change(prop_value); else if (prop_name == "archive_rel_change") def_prop.set_archive_event_rel_change(prop_value); else if (prop_name == "archive_period") def_prop.set_archive_event_period(prop_value); } } void export_attr() { class_("Attr", init >()) .def("set_default_properties", &Tango::Attr::set_default_properties) .def("set_disp_level", &Tango::Attr::set_disp_level) .def("set_polling_period", &Tango::Attr::set_polling_period) .def("set_memorized", &Tango::Attr::set_memorized) .def("set_memorized_init", &Tango::Attr::set_memorized_init) .def("set_change_event", &Tango::Attr::set_change_event) .def("is_change_event", &Tango::Attr::is_change_event) .def("is_check_change_criteria", &Tango::Attr::is_check_change_criteria) .def("set_archive_event", &Tango::Attr::set_archive_event) .def("is_archive_event", &Tango::Attr::is_archive_event) .def("is_check_archive_criteria", &Tango::Attr::is_check_archive_criteria) .def("set_data_ready_event", &Tango::Attr::set_data_ready_event) .def("is_data_ready_event", &Tango::Attr::is_data_ready_event) .def("get_name", &Tango::Attr::get_name, return_value_policy()) .def("get_format", &Tango::Attr::get_format) .def("get_writable", &Tango::Attr::get_writable) .def("get_type", &Tango::Attr::get_type) .def("get_disp_level", &Tango::Attr::get_disp_level) .def("get_polling_period", &Tango::Attr::get_polling_period) .def("get_memorized", &Tango::Attr::get_memorized) .def("get_memorized_init", &Tango::Attr::get_memorized_init) .def("get_assoc", &Tango::Attr::get_assoc, return_value_policy()) .def("is_assoc", &Tango::Attr::is_assoc) .def("get_cl_name", &Tango::Attr::get_cl_name, return_value_policy()) .def("set_cl_name", &Tango::Attr::set_cl_name) .def("get_class_properties", &Tango::Attr::get_class_properties, return_internal_reference<>()) .def("get_user_default_properties", &Tango::Attr::get_user_default_properties, return_internal_reference<>()) .def("set_class_properties", &Tango::Attr::set_class_properties) .def("check_type", &Tango::Attr::check_type) .def("read", &Tango::Attr::read) .def("write", &Tango::Attr::write) .def("is_allowed", &Tango::Attr::is_allowed) ; class_, boost::noncopyable>("SpectrumAttr", init()) ; class_, boost::noncopyable>("ImageAttr", init()) ; // class_("PyAttr", no_init) // .def("set_allowed", &PyAttr::set_allowed) // .def("set_read_name", &PyAttr::set_read_name) // .def("set_write_name", &PyAttr::set_write_name) // ; // // class_, boost::noncopyable>("PyScaAttr", // init()) // ; // // class_, boost::noncopyable>("PySpecAttr", // init()) // ; // // class_, boost::noncopyable>("PyImaAttr", // init()) // ; class_("AttrProperty", init()) .def(init()) .def("get_value", &Tango::AttrProperty::get_value, return_value_policy()) .def("get_lg_value", &Tango::AttrProperty::get_lg_value) .def("get_name", &Tango::AttrProperty::get_name, return_value_policy()) ; } pytango-9.2.2/ext/server/attr.h000066400000000000000000000250341316324373100164450ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #ifndef _ATTR_H_ #define _ATTR_H_ #include #include #include "exception.h" #include "pytgutils.h" #include "server/device_impl.h" class PyAttr { public: /** * Constructor */ PyAttr() {} /** * Desctructor */ virtual ~PyAttr() {} /** * Read one attribute. This method forward the action to the python method. * * @param[in] dev The device on which the attribute has to be read * @param[in, out] att the attribute */ void read(Tango::DeviceImpl *dev,Tango::Attribute &att); /** * Write one attribute. This method forward the action to the python method. * * @param[in] dev The device on which the attribute has to be written * @param[in, out] att the attribute */ void write(Tango::DeviceImpl *dev,Tango::WAttribute &att); /** * Decide if it is allowed to read/write the attribute * * @param[in] dev The device on which the attribute has to be read/written * @param[in] ty The requets type (read or write) * * @return a boolean set to true if it is allowed to execute * the command. Otherwise, returns false */ bool is_allowed(Tango::DeviceImpl *dev,Tango::AttReqType ty); /** * Sets the is_allowed method name for this attribute * * @param[in] name the is_allowed method name */ inline void set_allowed_name(const std::string &name) { py_allowed_name = name; } /** * Sets the read method name for this attribute * * @param[in] name the read method name */ inline void set_read_name(const std::string &name) { read_name = name; } /** * Sets the write method name for this attribute * * @param[in] name the write method name */ inline void set_write_name(const std::string &name) { write_name = name; } /** * Transfer user property from a vector of AttrProperty * to a UserDefaultAttrProp * * @param[in] user_prop the AttrProperty vector * @param[out] def_prop the UserDefaultAttrProp instance */ void set_user_prop(std::vector &user_prop, Tango::UserDefaultAttrProp &def_prop); bool _is_method(Tango::DeviceImpl *dev, const std::string &name); private: /** the name of the is allowed python method */ std::string py_allowed_name; /** the name of the read attribute python method */ std::string read_name; /** the name of the write attribute python method */ std::string write_name; }; /** * The python class representing a scalar attribute */ class PyScaAttr: public Tango::Attr, public PyAttr { public: /** * Python Scalar Attribute constructor * * @param[in] na The attribute name * @param[in] type The attribute data type * @param[in] w The attribute writable type */ PyScaAttr(const std::string &na, long type, Tango::AttrWriteType w) : Tango::Attr(na.c_str(), type, w) {} /** * Python Scalar Attribute constructor * * @param[in] na The attribute name * @param[in] type The attribute data type * @param[in] w The attribute writable type * @param[in] ww The attribute max dim x * @param[in] user_prop The attribute user default properties */ PyScaAttr(const std::string &na, long type, Tango::AttrWriteType w, std::vector &user_prop) : Tango::Attr(na.c_str(), type, w) { if (user_prop.size() == 0) return; Tango::UserDefaultAttrProp def_prop; set_user_prop(user_prop,def_prop); set_default_properties(def_prop); } /** * Python Scalar Attribute destructor */ ~PyScaAttr() {}; /** * Decide if it is allowed to read/write the attribute * * @param[in] dev The device on which the attribute has to be read/written * @param[in] ty The requets type (read or write) * * @return a boolean set to true if it is allowed to execute * the command. Otherwise, returns false */ inline virtual bool is_allowed(Tango::DeviceImpl *dev, Tango::AttReqType ty) { return PyAttr::is_allowed(dev, ty); } /** * Read one attribute. This method forward the action to the python method. * * @param[in] dev The device on which the attribute has to be read * @param[in, out] att the attribute */ inline virtual void read(Tango::DeviceImpl *dev, Tango::Attribute &att) { return PyAttr::read(dev, att); } /** * Write one attribute. This method forward the action to the python method. * * @param[in] dev The device on which the attribute has to be written * @param[in, out] att the attribute */ virtual void write(Tango::DeviceImpl *dev, Tango::WAttribute &att) { return PyAttr::write(dev, att); } }; //------------------------------------------------------------------------------------------------ class PySpecAttr: public Tango::SpectrumAttr, public PyAttr { public: /** * Python Spectrum Attribute constructor * * @param[in] na The attribute name * @param[in] type The attribute data type * @param[in] w The attribute writable type * @param[in] xx The attribute max dim x */ PySpecAttr(const std::string &na, long type, Tango::AttrWriteType w, long xx) : Tango::SpectrumAttr(na.c_str(), type, w, xx) {} /** * Python Spectrum Attribute constructor * * @param[in] na The attribute name * @param[in] type The attribute data type * @param[in] w The attribute writable type * @param[in] xx The attribute max dim x * @param[in] user_prop The attribute user default properties */ PySpecAttr(const std::string &na, long type, Tango::AttrWriteType w, long xx, std::vector &user_prop) : Tango::SpectrumAttr(na.c_str(), type, w, xx) { if (user_prop.size() == 0) return; Tango::UserDefaultAttrProp def_prop; set_user_prop(user_prop,def_prop); set_default_properties(def_prop); } /** * Python Spectrum Attribute destructor */ ~PySpecAttr() {} /** * Decide if it is allowed to read/write the attribute * * @param[in] dev The device on which the attribute has to be read/written * @param[in] ty The requets type (read or write) * * @return a boolean set to true if it is allowed to execute * the command. Otherwise, returns false */ inline virtual bool is_allowed(Tango::DeviceImpl *dev, Tango::AttReqType ty) { return PyAttr::is_allowed(dev, ty); } /** * Read one attribute. This method forward the action to the python method. * * @param[in] dev The device on which the attribute has to be read * @param[in, out] att the attribute */ inline virtual void read(Tango::DeviceImpl *dev, Tango::Attribute &att) { return PyAttr::read(dev, att); } /** * Write one attribute. This method forward the action to the python method. * * @param[in] dev The device on which the attribute has to be written * @param[in, out] att the attribute */ virtual void write(Tango::DeviceImpl *dev, Tango::WAttribute &att) { return PyAttr::write(dev, att); } }; //------------------------------------------------------------------------------------------------ class PyImaAttr: public Tango::ImageAttr, public PyAttr { public: /** * Python Image Attribute constructor * * @param[in] na The attribute name * @param[in] type The attribute data type * @param[in] w The attribute writable type * @param[in] xx The attribute max dim x * @param[in] yy The attribute max dim y */ PyImaAttr(const std::string &na, long type, Tango::AttrWriteType w, long xx, long yy) : Tango::ImageAttr(na.c_str(), type, w, xx, yy) {} /** * Python Image Attribute constructor * * @param[in] na The attribute name * @param[in] type The attribute data type * @param[in] w The attribute writable type * @param[in] xx The attribute max dim x * @param[in] yy The attribute max dim y * @param[in] user_prop The attribute user default properties */ PyImaAttr(const std::string &na, long type, Tango::AttrWriteType w, long xx, long yy, std::vector &user_prop) : Tango::ImageAttr(na.c_str(), type, w, xx, yy) { if (user_prop.size() == 0) return; Tango::UserDefaultAttrProp def_prop; set_user_prop(user_prop,def_prop); set_default_properties(def_prop); } /** * Python Image Attribute destructor */ ~PyImaAttr() {} /** * Decide if it is allowed to read/write the attribute * * @param[in] dev The device on which the attribute has to be read/written * @param[in] ty The requets type (read or write) * * @return a boolean set to true if it is allowed to execute * the command. Otherwise, returns false */ inline virtual bool is_allowed(Tango::DeviceImpl *dev, Tango::AttReqType ty) { return PyAttr::is_allowed(dev, ty); } /** * Read one attribute. This method forward the action to the python method. * * @param[in] dev The device on which the attribute has to be read * @param[in, out] att the attribute */ inline virtual void read(Tango::DeviceImpl *dev, Tango::Attribute &att) { return PyAttr::read(dev, att); } /** * Write one attribute. This method forward the action to the python method. * * @param[in] dev The device on which the attribute has to be written * @param[in, out] att the attribute */ virtual void write(Tango::DeviceImpl *dev, Tango::WAttribute &att) { return PyAttr::write(dev, att); } }; #endif pytango-9.2.2/ext/server/attribute.cpp000066400000000000000000001041441316324373100200310ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" #include "attribute.h" #include "fast_from_py.h" using namespace boost::python; # ifdef WIN32 # define PYTG_TIME_FROM_DOUBLE(dbl, tv) \ if (true) { \ tv.time = (time_t)floor(dbl); \ tv.millitm = (unsigned short)((dbl - tv.time)*1.0e3); \ } else (void)0 # define PYTG_NEW_TIME_FROM_DOUBLE(dbl, tv) \ struct _timeb tv; PYTG_TIME_FROM_DOUBLE(dbl, tv) # else # define PYTG_TIME_FROM_DOUBLE(dbl, tv) double2timeval(tv, dbl); # define PYTG_NEW_TIME_FROM_DOUBLE(dbl, tv) \ struct timeval tv; PYTG_TIME_FROM_DOUBLE(dbl, tv) #endif inline static void throw_wrong_python_data_type(const std::string &att_name, const char *method) { TangoSys_OMemStream o; o << "Wrong Python type for attribute " << att_name << ends; Tango::Except::throw_exception( (const char *)"PyDs_WrongPythonDataTypeForAttribute", o.str(), method); } inline static void throw_wrong_python_data_type_in_array(const std::string &att_name, long idx, const char *method) { TangoSys_OMemStream o; o << "Wrong Python type for attribute " << att_name << ".\nElement with index " << idx << " in sequence does not " << "have a correct type." << ends; Tango::Except::throw_exception( (const char *)"PyDs_WrongPythonDataTypeForAttribute", o.str(), method); } extern long TANGO_VERSION_HEX; namespace PyAttribute { /** * Tango Attribute set_value wrapper for scalar attributes * * @param att attribute reference * @param value new attribute value */ template inline void __set_value_scalar(Tango::Attribute &att, bopy::object &value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; /* I hate doing this because tango inside is doing a new again when set_value_date_quality is invoked with the release flag to true the other option would be to use per thread tango data like it was done in v3.0.4 I prefer this one since it decouples TangoC++ from PyTango and creating a scalar is not so expensive after all */ unique_pointer cpp_val(new TangoScalarType); from_py::convert(value.ptr(), *cpp_val); att.set_value(cpp_val.release(), 1, 0, true); } /** * Tango Attribute set_value wrapper for DevEncoded attributes * * @param att attribute reference * @param data_str new attribute data string * @param data new attribute data */ inline void __set_value(Tango::Attribute &att, bopy::str &data_str, bopy::str &data) { extract val_str(data_str.ptr()); if (!val_str.check()) { throw_wrong_python_data_type(att.get_name(), "set_value()"); } extract val(data.ptr()); if (!val.check()) { throw_wrong_python_data_type(att.get_name(), "set_value()"); } Tango::DevString val_str_real = val_str; Tango::DevString val_real = val; att.set_value(&val_str_real, (Tango::DevUChar*)val_real, (long)len(data)); } /** * Tango Attribute set_value wrapper for DevEncoded attributes * * @param att attribute reference * @param data_str new attribute data string * @param data new attribute data */ inline void __set_value(Tango::Attribute &att, bopy::str &data_str, bopy::object &data) { extract val_str(data_str.ptr()); if (!val_str.check()) { throw_wrong_python_data_type(att.get_name(), "set_value()"); } PyObject* data_ptr = data.ptr(); Py_buffer view; if (PyObject_GetBuffer(data_ptr, &view, PyBUF_FULL_RO) < 0) { throw_wrong_python_data_type(att.get_name(), "set_value()"); } Tango::DevString val_str_real = val_str; att.set_value(&val_str_real, (Tango::DevUChar*)view.buf, (long)view.len); PyBuffer_Release(&view); } /** * Tango Attribute set_value_date_quality wrapper for scalar attributes * * @param att attribute reference * @param value new attribute value * @param t timestamp * @param quality attribute quality */ template inline void __set_value_date_quality_scalar(Tango::Attribute &att, bopy::object &value, double t, Tango::AttrQuality quality) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; PYTG_NEW_TIME_FROM_DOUBLE(t, tv); /* I hate doing because tango inside is doing a new again when set_value_date_quality is invoked with the release flag to true the other option would be to use per thread tango data like it was done in v3.0.4 I prefer this one since it decouples TangoC++ from PyTango and creating a scalar is not so expensive after all */ unique_pointer cpp_val(new TangoScalarType); from_py::convert(value, *cpp_val); att.set_value_date_quality(cpp_val.release(), tv, quality, 1, 0, true); } /** * Tango Attribute set_value_date_quality wrapper for DevEncoded attributes * * @param att attribute reference * @param data_str new attribute data string * @param data new attribute data * @param t timestamp * @param quality attribute quality */ inline void __set_value_date_quality(Tango::Attribute &att, bopy::str &data_str, bopy::str &data, double t, Tango::AttrQuality quality) { extract val_str(data_str.ptr()); if (!val_str.check()) { throw_wrong_python_data_type(att.get_name(), "set_value1()"); } extract val(data.ptr()); if (!val.check()) { throw_wrong_python_data_type(att.get_name(), "set_value2()"); } PYTG_NEW_TIME_FROM_DOUBLE(t, tv); Tango::DevString val_str_real = val_str; Tango::DevString val_real = val; att.set_value_date_quality(&val_str_real, (Tango::DevUChar*)val_real, (long)len(data), tv, quality); } /** * Tango Attribute set_value_date_quality wrapper for DevEncoded attributes * * @param att attribute reference * @param data_str new attribute data string * @param data new attribute data * @param t timestamp * @param quality attribute quality */ inline void __set_value_date_quality(Tango::Attribute &att, bopy::str &data_str, bopy::object &data, double t, Tango::AttrQuality quality) { extract val_str(data_str.ptr()); if (!val_str.check()) { throw_wrong_python_data_type(att.get_name(), "set_value1()"); } PyObject* data_ptr = data.ptr(); Py_buffer view; if (PyObject_GetBuffer(data_ptr, &view, PyBUF_FULL_RO) < 0) { throw_wrong_python_data_type(att.get_name(), "set_value()"); } PYTG_NEW_TIME_FROM_DOUBLE(t, tv); Tango::DevString val_str_real = val_str; att.set_value(&val_str_real, (Tango::DevUChar*)view.buf, (long)view.len); att.set_value_date_quality(&val_str_real, (Tango::DevUChar*)view.buf, (long)view.len, tv, quality); PyBuffer_Release(&view); } template void __set_value_date_quality_array( Tango::Attribute& att, bopy::object &value, double time, Tango::AttrQuality* quality, long* x, long* y, const std::string &fname, bool isImage) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; if (!PySequence_Check(value.ptr())) { // avoid bug in tango 7.0 to 7.1.1: DevEncoded is not defined in CmdArgTypeName const char *arg_type = tangoTypeConst == Tango::DEV_ENCODED ? "DevEncoded" : Tango::CmdArgTypeName[tangoTypeConst]; TangoSys_OMemStream o; o << "Wrong Python type for attribute " << att.get_name() << " of type " << arg_type << ". Expected a sequence." << ends; Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", o.str(), fname + "()"); } TangoScalarType* data_buffer; long res_dim_x=0, res_dim_y=0; data_buffer = fast_python_to_tango_buffer( value.ptr(), x, y, fname, isImage, res_dim_x, res_dim_y); static const bool release = true; if (quality) { PYTG_NEW_TIME_FROM_DOUBLE(time, tv); att.set_value_date_quality( data_buffer, tv, *quality, res_dim_x, res_dim_y, release); } else { att.set_value(data_buffer, res_dim_x, res_dim_y, release); } } inline void __set_value(const std::string & fname, Tango::Attribute &att, bopy::object &value, long* x, long *y, double t = 0.0, Tango::AttrQuality* quality = 0) { long type = att.get_data_type(); Tango::AttrDataFormat format = att.get_data_format(); const bool isScalar = (format == Tango::SCALAR); const bool isImage = (format == Tango::IMAGE); if (isScalar) { if ((x && ((*x) > 1)) || (y && (*y) > 0)) { TangoSys_OMemStream o; o << "Cannot call " << fname; if (y) o << "(data, dim_x, dim_y) on scalar attribute "; else o << "(data, dim_x) on scalar attribute "; if (quality) o << att.get_name() << ". Use set_value_date_quality(data) instead" << ends; else o << att.get_name() << ". Use set_value(data) instead" << ends; Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", o.str(), fname + "()"); } else { if (quality) TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, __set_value_date_quality_scalar, att, value, t, *quality); else TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, __set_value_scalar, att, value); } } else { TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, __set_value_date_quality_array, att, value, t, quality, x, y, fname, isImage); } } inline void __set_value(const std::string & fname, Tango::Attribute &att, bopy::str &data_str, bopy::str &data, double t = 0.0, Tango::AttrQuality* quality = 0) { if (quality) __set_value_date_quality(att, data_str, data, t, *quality); else __set_value(att, data_str, data); } inline void __set_value(const std::string & fname, Tango::Attribute &att, bopy::str &data_str, bopy::object &data, double t = 0.0, Tango::AttrQuality* quality = 0) { if (quality) __set_value_date_quality(att, data_str, data, t, *quality); else __set_value(att, data_str, data); } inline void set_value(Tango::Attribute &att, bopy::object &value) { __set_value("set_value", att, value, 0, 0); } inline void set_value(Tango::Attribute &att, Tango::EncodedAttribute *data) { att.set_value(data); } inline void set_value(Tango::Attribute &att, bopy::str &data_str, bopy::str &data) { __set_value("set_value", att, data_str, data); } inline void set_value(Tango::Attribute &att, bopy::str &data_str, bopy::object &data) { __set_value("set_value", att, data_str, data); } inline void set_value(Tango::Attribute &att, bopy::object &value, long x) { __set_value("set_value", att, value, &x, 0); } inline void set_value(Tango::Attribute &att, bopy::object &value, long x, long y) { __set_value("set_value", att, value, &x, &y); } inline void set_value_date_quality(Tango::Attribute &att, bopy::object &value, double t, Tango::AttrQuality quality) { __set_value("set_value_date_quality", att, value, 0, 0, t, &quality); } inline void set_value_date_quality(Tango::Attribute &att, bopy::str &data_str, bopy::str &data, double t, Tango::AttrQuality quality) { __set_value("set_value_date_quality", att, data_str, data, t, &quality); } inline void set_value_date_quality(Tango::Attribute &att, bopy::str &data_str, bopy::object &data, double t, Tango::AttrQuality quality) { __set_value("set_value_date_quality", att, data_str, data, t, &quality); } inline void set_value_date_quality(Tango::Attribute &att, bopy::object &value, double t, Tango::AttrQuality quality, long x) { __set_value("set_value_date_quality", att, value, &x, 0, t, &quality); } inline void set_value_date_quality(Tango::Attribute &att, bopy::object &value, double t, Tango::AttrQuality quality, long x, long y) { __set_value("set_value_date_quality", att, value, &x, &y, t, &quality); } template inline void _get_properties_multi_attr_prop(Tango::Attribute &att, bopy::object &multi_attr_prop) { Tango::MultiAttrProp tg_multi_attr_prop; att.get_properties(tg_multi_attr_prop); to_py(tg_multi_attr_prop,multi_attr_prop); } inline bopy::object get_properties_multi_attr_prop(Tango::Attribute &att, bopy::object &multi_attr_prop) { long tangoTypeConst = att.get_data_type(); TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_NAME(tangoTypeConst, _get_properties_multi_attr_prop, att, multi_attr_prop); return multi_attr_prop; } template inline void _set_properties_multi_attr_prop(Tango::Attribute &att, bopy::object &multi_attr_prop) { Tango::MultiAttrProp tg_multi_attr_prop; from_py_object(multi_attr_prop,tg_multi_attr_prop); att.set_properties(tg_multi_attr_prop); } void set_properties_multi_attr_prop(Tango::Attribute &att, bopy::object &multi_attr_prop) { long tangoTypeConst = att.get_data_type(); TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_NAME(tangoTypeConst, _set_properties_multi_attr_prop, att, multi_attr_prop); } void set_upd_properties(Tango::Attribute &att, bopy::object &attr_cfg) { Tango::AttributeConfig_3 tg_attr_cfg; from_py_object(attr_cfg, tg_attr_cfg); att.set_upd_properties(tg_attr_cfg); } void set_upd_properties(Tango::Attribute &att, bopy::object &attr_cfg, bopy::object &dev_name) { Tango::AttributeConfig_3 tg_attr_cfg; from_py_object(attr_cfg, tg_attr_cfg); string tg_dev_name = bopy::extract(dev_name); att.set_upd_properties(tg_attr_cfg,tg_dev_name); } inline void fire_change_event(Tango::Attribute &self) { self.fire_change_event(); } inline void fire_change_event(Tango::Attribute &self, object &data) { bopy::extract except_convert(data); if (except_convert.check()) { self.fire_change_event( const_cast( &except_convert() )); return; } TangoSys_OMemStream o; o << "Wrong Python argument type for attribute " << self.get_name() << ". Expected a DevFailed." << ends; Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", o.str(), "fire_change_event()"); } // usually not necessary to rewrite but with direct declaration the compiler // gives an error. It seems to be because the tango method definition is not // in the header file. inline bool is_polled(Tango::Attribute &self) { return self.is_polled(); } template inline void _set_min_alarm(Tango::Attribute &self, bopy::object value) { TangoScalarType c_value = bopy::extract(value); self.set_min_alarm(c_value); } #if TANGO_VERSION_NB < 80100 // set_min_alarm template<> inline void _set_min_alarm(Tango::Attribute &self, bopy::object value) { string err_msg = "Attribute properties cannot be set with Tango::DevEncoded data type"; Tango::Except::throw_exception((const char *)"API_MethodArgument", (const char *)err_msg.c_str(), (const char *)"Attribute::set_min_alarm()"); } #endif // set_min_alarm inline void set_min_alarm(Tango::Attribute &self, bopy::object value) { bopy::extract value_convert(value); if (value_convert.check()) { self.set_min_alarm(value_convert()); } else { long tangoTypeConst = self.get_data_type(); // TODO: the below line is a neat trick to properly raise a Tango exception if a property is set // for one of the forbidden attribute data types; code dependent on Tango C++ implementation if(tangoTypeConst == Tango::DEV_STRING || tangoTypeConst == Tango::DEV_BOOLEAN || tangoTypeConst == Tango::DEV_STATE) tangoTypeConst = Tango::DEV_DOUBLE; else if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_NAME(tangoTypeConst, _set_min_alarm, self, value); } } template inline void _set_max_alarm(Tango::Attribute &self, bopy::object value) { TangoScalarType c_value = bopy::extract(value); self.set_max_alarm(c_value); } #if TANGO_VERSION_NB < 80100 // set_max_alarm template<> inline void _set_max_alarm(Tango::Attribute &self, bopy::object value) { string err_msg = "Attribute properties cannot be set with Tango::DevEncoded data type"; Tango::Except::throw_exception((const char *)"API_MethodArgument", (const char *)err_msg.c_str(), (const char *)"Attribute::set_max_alarm()"); } #endif // set_max_alarm inline void set_max_alarm(Tango::Attribute &self, bopy::object value) { bopy::extract value_convert(value); if (value_convert.check()) { self.set_max_alarm(value_convert()); } else { long tangoTypeConst = self.get_data_type(); // TODO: the below line is a neat trick to properly raise a Tango exception if a property is set // for one of the forbidden attribute data types; code dependent on Tango C++ implementation if(tangoTypeConst == Tango::DEV_STRING || tangoTypeConst == Tango::DEV_BOOLEAN || tangoTypeConst == Tango::DEV_STATE) tangoTypeConst = Tango::DEV_DOUBLE; else if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_NAME(tangoTypeConst, _set_max_alarm, self, value); } } template inline void _set_min_warning(Tango::Attribute &self, bopy::object value) { TangoScalarType c_value = bopy::extract(value); self.set_min_warning(c_value); } #if TANGO_VERSION_NB < 80100 // set_min_warning template<> inline void _set_min_warning(Tango::Attribute &self, bopy::object value) { string err_msg = "Attribute properties cannot be set with Tango::DevEncoded data type"; Tango::Except::throw_exception((const char *)"API_MethodArgument", (const char *)err_msg.c_str(), (const char *)"Attribute::set_min_warning()"); } #endif // set_min_warning inline void set_min_warning(Tango::Attribute &self, bopy::object value) { bopy::extract value_convert(value); if (value_convert.check()) { self.set_min_warning(value_convert()); } else { long tangoTypeConst = self.get_data_type(); // TODO: the below line is a neat trick to properly raise a Tango exception if a property is set // for one of the forbidden attribute data types; code dependent on Tango C++ implementation if(tangoTypeConst == Tango::DEV_STRING || tangoTypeConst == Tango::DEV_BOOLEAN || tangoTypeConst == Tango::DEV_STATE) tangoTypeConst = Tango::DEV_DOUBLE; else if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_NAME(tangoTypeConst, _set_min_warning, self, value); } } template inline void _set_max_warning(Tango::Attribute &self, bopy::object value) { TangoScalarType c_value = bopy::extract(value); self.set_max_warning(c_value); } #if TANGO_VERSION_NB < 80100 // set_max_warning template<> inline void _set_max_warning(Tango::Attribute &self, bopy::object value) { string err_msg = "Attribute properties cannot be set with Tango::DevEncoded data type"; Tango::Except::throw_exception((const char *)"API_MethodArgument", (const char *)err_msg.c_str(), (const char *)"Attribute::set_max_warning()"); } #endif // set_max_warning inline void set_max_warning(Tango::Attribute &self, bopy::object value) { bopy::extract value_convert(value); if (value_convert.check()) { self.set_max_warning(value_convert()); } else { long tangoTypeConst = self.get_data_type(); // TODO: the below line is a neat trick to properly raise a Tango exception if a property is set // for one of the forbidden attribute data types; code dependent on Tango C++ implementation if(tangoTypeConst == Tango::DEV_STRING || tangoTypeConst == Tango::DEV_BOOLEAN || tangoTypeConst == Tango::DEV_STATE) tangoTypeConst = Tango::DEV_DOUBLE; else if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_NAME(tangoTypeConst, _set_max_warning, self, value); } } template PyObject* __get_min_alarm(Tango::Attribute &att) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType tg_val; att.get_min_alarm(tg_val); bopy::object py_value(tg_val); return bopy::incref(py_value.ptr()); } PyObject *get_min_alarm(Tango::Attribute &att) { long tangoTypeConst = att.get_data_type(); if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(tangoTypeConst, return __get_min_alarm, att); return 0; } template PyObject* __get_max_alarm(Tango::Attribute &att) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType tg_val; att.get_max_alarm(tg_val); bopy::object py_value(tg_val); return bopy::incref(py_value.ptr()); } PyObject *get_max_alarm(Tango::Attribute &att) { long tangoTypeConst = att.get_data_type(); if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(tangoTypeConst, return __get_max_alarm, att); return 0; } template PyObject* __get_min_warning(Tango::Attribute &att) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType tg_val; att.get_min_warning(tg_val); bopy::object py_value(tg_val); return bopy::incref(py_value.ptr()); } PyObject *get_min_warning(Tango::Attribute &att) { long tangoTypeConst = att.get_data_type(); if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(tangoTypeConst, return __get_min_warning, att); return 0; } template PyObject* __get_max_warning(Tango::Attribute &att) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType tg_val; att.get_max_warning(tg_val); bopy::object py_value(tg_val); return bopy::incref(py_value.ptr()); } PyObject *get_max_warning(Tango::Attribute &att) { long tangoTypeConst = att.get_data_type(); if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(tangoTypeConst, return __get_max_warning, att); return 0; } }; BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(set_quality_overloads, Tango::Attribute::set_quality, 1, 2); BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(set_change_event_overloads, Tango::Attribute::set_change_event, 1, 2); BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(set_archive_event_overloads, Tango::Attribute::set_archive_event, 1, 2); void export_attribute() { enum_("alarm_flags") .value("min_level", Tango::Attribute::min_level) .value("max_level", Tango::Attribute::max_level) .value("rds", Tango::Attribute::rds) .value("min_warn", Tango::Attribute::min_warn) .value("max_warn", Tango::Attribute::max_warn) .value("numFlags", Tango::Attribute::numFlags) ; class_("Attribute", no_init) .def("is_write_associated", &Tango::Attribute::is_writ_associated) .def("is_min_alarm", &Tango::Attribute::is_min_alarm) .def("is_max_alarm", &Tango::Attribute::is_max_alarm) .def("is_min_warning", &Tango::Attribute::is_min_warning) .def("is_max_warning", &Tango::Attribute::is_max_warning) .def("is_rds_alarm", &Tango::Attribute::is_rds_alarm) .def("is_polled", &PyAttribute::is_polled) .def("check_alarm", &Tango::Attribute::check_alarm) .def("get_writable", &Tango::Attribute::get_writable) .def("get_name", &Tango::Attribute::get_name, return_value_policy()) .def("get_data_type", &Tango::Attribute::get_data_type) .def("get_data_format", &Tango::Attribute::get_data_format) .def("get_assoc_name", &Tango::Attribute::get_assoc_name, return_value_policy()) .def("get_assoc_ind", &Tango::Attribute::get_assoc_ind) .def("set_assoc_ind", &Tango::Attribute::set_assoc_ind) .def("get_date", &Tango::Attribute::get_date, return_internal_reference<>()) .def("set_date", (void (Tango::Attribute::*) (Tango::TimeVal &)) &Tango::Attribute::set_date) .def("get_label", &Tango::Attribute::get_label, return_value_policy()) .def("get_quality", &Tango::Attribute::get_quality, return_value_policy()) .def("set_quality", &Tango::Attribute::set_quality, set_quality_overloads()) .def("get_data_size", &Tango::Attribute::get_data_size) .def("get_x", &Tango::Attribute::get_x) .def("get_max_dim_x", &Tango::Attribute::get_max_dim_x) .def("get_y", &Tango::Attribute::get_y) .def("get_max_dim_y", &Tango::Attribute::get_max_dim_y) .def("get_polling_period", &Tango::Attribute::get_polling_period) .def("set_attr_serial_model", &Tango::Attribute::set_attr_serial_model) .def("get_attr_serial_model", &Tango::Attribute::get_attr_serial_model) .def("set_min_alarm", &PyAttribute::set_min_alarm) .def("set_max_alarm", &PyAttribute::set_max_alarm) .def("set_min_warning", &PyAttribute::set_min_warning) .def("set_max_warning", &PyAttribute::set_max_warning) .def("get_value_flag", &Tango::Attribute::get_value_flag) .def("set_value_flag", &Tango::Attribute::set_value_flag) .def("get_disp_level", &Tango::Attribute::get_disp_level) .def("change_event_subscribed", &Tango::Attribute::change_event_subscribed) .def("periodic_event_subscribed", &Tango::Attribute::periodic_event_subscribed) .def("archive_event_subscribed", &Tango::Attribute::archive_event_subscribed) .def("quality_event_subscribed", &Tango::Attribute::quality_event_subscribed) .def("user_event_subscribed", &Tango::Attribute::user_event_subscribed) .def("use_notifd_event", &Tango::Attribute::use_notifd_event) .def("use_zmq_event", &Tango::Attribute::use_zmq_event) .def("get_min_alarm", (PyObject* (*) (Tango::Attribute &)) &PyAttribute::get_min_alarm) .def("get_max_alarm", (PyObject* (*) (Tango::Attribute &)) &PyAttribute::get_max_alarm) .def("get_min_warning", (PyObject* (*) (Tango::Attribute &)) &PyAttribute::get_min_warning) .def("get_max_warning", (PyObject* (*) (Tango::Attribute &)) &PyAttribute::get_max_warning) .def("set_value", (void (*) (Tango::Attribute &, bopy::object &)) &PyAttribute::set_value) .def("set_value", (void (*) (Tango::Attribute &, bopy::str &, bopy::object &)) &PyAttribute::set_value) .def("set_value", (void (*) (Tango::Attribute &, bopy::str &, bopy::str &)) &PyAttribute::set_value) .def("set_value", (void (*) (Tango::Attribute &, Tango::EncodedAttribute *)) &PyAttribute::set_value) .def("set_value", (void (*) (Tango::Attribute &, bopy::object &, long)) &PyAttribute::set_value) .def("set_value", (void (*) (Tango::Attribute &, bopy::object &, long, long)) &PyAttribute::set_value) .def("set_value_date_quality", (void (*) (Tango::Attribute &, bopy::object &, double t, Tango::AttrQuality quality)) &PyAttribute::set_value_date_quality) .def("set_value_date_quality", (void (*) (Tango::Attribute &, bopy::str &, bopy::str &, double t, Tango::AttrQuality quality)) &PyAttribute::set_value_date_quality) .def("set_value_date_quality", (void (*) (Tango::Attribute &, bopy::str &, bopy::object &, double t, Tango::AttrQuality quality)) &PyAttribute::set_value_date_quality) .def("set_value_date_quality", (void (*) (Tango::Attribute &, bopy::object &, double t, Tango::AttrQuality quality, long)) &PyAttribute::set_value_date_quality) .def("set_value_date_quality", (void (*) (Tango::Attribute &, bopy::object &, double t, Tango::AttrQuality quality, long, long)) &PyAttribute::set_value_date_quality) .def("set_change_event", &Tango::Attribute::set_change_event, set_change_event_overloads()) .def("set_archive_event", &Tango::Attribute::set_archive_event, set_archive_event_overloads()) .def("is_change_event", &Tango::Attribute::is_change_event) .def("is_check_change_criteria", &Tango::Attribute::is_check_change_criteria) .def("is_archive_event", &Tango::Attribute::is_archive_event) .def("is_check_archive_criteria", &Tango::Attribute::is_check_archive_criteria) .def("set_data_ready_event", &Tango::Attribute::set_data_ready_event) .def("is_data_ready_event", &Tango::Attribute::is_data_ready_event) .def("remove_configuration", &Tango::Attribute::remove_configuration) /* .def("_get_properties", &PyAttribute::get_properties) .def("_get_properties_2", &PyAttribute::get_properties_2) .def("_get_properties_3", &PyAttribute::get_properties_3) */ .def("_get_properties_multi_attr_prop", &PyAttribute::get_properties_multi_attr_prop) /* .def("_set_properties", &PyAttribute::set_properties) .def("_set_properties_3", &PyAttribute::set_properties_3) */ .def("_set_properties_multi_attr_prop", &PyAttribute::set_properties_multi_attr_prop) .def("set_upd_properties", (void (*) (Tango::Attribute &, bopy::object &)) &PyAttribute::set_upd_properties) .def("set_upd_properties", (void (*) (Tango::Attribute &, bopy::object &, bopy::object &)) &PyAttribute::set_upd_properties) .def("fire_change_event", (void (*) (Tango::Attribute &)) &PyAttribute::fire_change_event) .def("fire_change_event", (void (*) (Tango::Attribute &, bopy::object &)) &PyAttribute::fire_change_event) ; } pytango-9.2.2/ext/server/attribute.h000066400000000000000000000054461316324373100175030ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #ifndef _ATTRIBUTE_H_ #define _ATTRIBUTE_H_ #include #include namespace PyAttribute { void set_value(Tango::Attribute &, boost::python::object &); void set_value(Tango::Attribute &, boost::python::str &, boost::python::str &); void set_value(Tango::Attribute &, boost::python::str &, boost::python::object &); void set_value(Tango::Attribute &, boost::python::object &, long); void set_value(Tango::Attribute &, boost::python::object &, long, long); void set_value_date_quality(Tango::Attribute &, boost::python::object &, double, Tango::AttrQuality); void set_value_date_quality(Tango::Attribute &, boost::python::str &, boost::python::str &, double, Tango::AttrQuality); void set_value_date_quality(Tango::Attribute &, boost::python::str &, boost::python::object &, double, Tango::AttrQuality); void set_value_date_quality(Tango::Attribute &, boost::python::object &, double, Tango::AttrQuality , long); void set_value_date_quality(Tango::Attribute &, boost::python::object &, double, Tango::AttrQuality , long, long); boost::python::object get_properties(Tango::Attribute &, boost::python::object &); boost::python::object get_properties_2(Tango::Attribute &, boost::python::object &); boost::python::object get_properties_3(Tango::Attribute &, boost::python::object &); boost::python::object get_properties_multi_attr_prop(Tango::Attribute &, boost::python::object &); void set_properties(Tango::Attribute &, boost::python::object &, boost::python::object &); void set_properties_3(Tango::Attribute &, boost::python::object &, boost::python::object &); void set_properties_multi_attr_prop(Tango::Attribute &, boost::python::object &); }; #endif // _ATTRIBUTE_H_ pytango-9.2.2/ext/server/auto_monitor.cpp000066400000000000000000000064261316324373100205510ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" namespace PyTango { class AutoTangoMonitor { Tango::AutoTangoMonitor *mon; Tango::DeviceImpl *dev; Tango::DeviceClass *klass; public: AutoTangoMonitor(Tango::DeviceImpl *dev_arg) : mon(), dev(), klass() { dev = dev_arg; } AutoTangoMonitor(Tango::DeviceClass *klass_arg) : mon(), dev(), klass() { klass = klass_arg; } void acquire() { if (mon != NULL) { return; } if (dev != NULL) { AutoPythonAllowThreads no_gil; mon = new Tango::AutoTangoMonitor(dev); } else if (klass != NULL) { AutoPythonAllowThreads no_gil; mon = new Tango::AutoTangoMonitor(klass); } } void release() { if (mon != NULL) { delete mon; mon = NULL; } } ~AutoTangoMonitor() { release(); } }; class AutoTangoAllowThreads { public: AutoTangoAllowThreads(Tango::DeviceImpl *dev): count(0) { Tango::Util* util = Tango::Util::instance(); Tango::SerialModel ser = util->get_serial_model(); switch(ser) { case Tango::BY_DEVICE: mon = &(dev->get_dev_monitor()); break; case Tango::BY_CLASS: //mon = &(dev->device_class->ext->only_one); break; case Tango::BY_PROCESS: //mon = &(util->ext->only_one); break; default: mon = NULL; } release(); } void acquire() { if (mon == NULL) return; AutoPythonAllowThreads no_gil; for(int i=0; i < count; ++i) { mon->get_monitor(); } } protected: void release() { if (mon == NULL) return; int cur_thread = omni_thread::self()->id(); int mon_thread = mon->get_locking_thread_id(); int lock_count = mon->get_locking_ctr(); // do something only if the monitor was taken by the current thread if ((mon_thread == cur_thread) && lock_count) { while (lock_count > 0) { mon->rel_monitor(); lock_count = mon->get_locking_ctr(); count++; } } else { mon = NULL; } } private: Tango::TangoMonitor *mon; int count; omni_thread::ensure_self auto_self; }; } // namespace PyTango void export_auto_tango_monitor() { bopy::class_( "AutoTangoMonitor", bopy::init()) .def(bopy::init()) .def("_acquire", &PyTango::AutoTangoMonitor::acquire) .def("_release", &PyTango::AutoTangoMonitor::release) ; bopy::class_( "AutoTangoAllowThreads", bopy::init()) .def("_acquire", &PyTango::AutoTangoAllowThreads::acquire); ; } pytango-9.2.2/ext/server/command.cpp000066400000000000000000000236521316324373100174500ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "exception.h" #include "pytgutils.h" #include "fast_from_py.h" #include "server/device_impl.h" #include "server/command.h" #ifndef DISABLE_PYTANGO_NUMPY # include "to_py_numpy.hpp" #endif #include using namespace boost::python; //+------------------------------------------------------------------------- // // method : PyCmd::is_allowed // // description : Decide if it is allowed to execute the command // // argin : - dev : The device on which the command has to be excuted // - any : The input data // // This method returns a boolean set to True if it is allowed to execute // the command. Otherwise, returns false // //-------------------------------------------------------------------------- bool PyCmd::is_allowed(Tango::DeviceImpl *dev, const CORBA::Any &any) { if (py_allowed_defined == true) { PyDeviceImplBase *dev_ptr = dynamic_cast(dev); //Device_4ImplWrap *dev_ptr = static_cast(dev); AutoPythonGIL __py_lock; bool returned_value = true; try { returned_value = call_method(dev_ptr->the_self, py_allowed_name.c_str()); } catch(error_already_set &eas) { handle_python_exception(eas); } return returned_value; } else return true; } void allocate_any(CORBA::Any *&any_ptr) { try { any_ptr = new CORBA::Any(); } catch (bad_alloc) { Tango::Except::throw_exception( "API_MemoryAllocation", "Can't allocate memory in server", "PyCmd::allocate_any()"); } } void throw_bad_type(const char *type) { TangoSys_OMemStream o; o << "Incompatible command argument type, expected type is : Tango::" << type << ends; Tango::Except::throw_exception( "API_IncompatibleCmdArgumentType", o.str(), "PyCmd::extract()"); } template void insert_scalar(boost::python::object &o, CORBA::Any &any) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; any <<= extract(o); } template<> void insert_scalar(boost::python::object &o, CORBA::Any &any) {} template<> void insert_scalar(boost::python::object &o, CORBA::Any &any) { Tango::DevBoolean value = extract(o); CORBA::Any::from_boolean any_value(value); any <<= any_value; } template<> void insert_scalar(boost::python::object &o, CORBA::Any &any) { bopy::object p0 = o[0]; bopy::object p1 = o[1]; const char* encoded_format = bopy::extract (p0.ptr()); PyObject* data_ptr = p1.ptr(); Py_buffer view; if (PyObject_GetBuffer(data_ptr, &view, PyBUF_FULL_RO) < 0) { throw_bad_type(Tango::CmdArgTypeName[Tango::DEV_ENCODED]); } CORBA::ULong nb = static_cast(view.len); Tango::DevVarCharArray arr(nb, nb, (CORBA::Octet*)view.buf, false); Tango::DevEncoded *data = new Tango::DevEncoded; data->encoded_format = CORBA::string_dup(encoded_format); data->encoded_data = arr; any <<= data; PyBuffer_Release(&view); } template<> void insert_scalar(boost::python::object &o, CORBA::Any &any) { assert(false); } template void insert_array(boost::python::object &o, CORBA::Any &any) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; // Destruction will be handled by CORBA, not by Tango. TangoArrayType* data = fast_convert2array(o); // By giving a pointer to <<= we are giving ownership of the data // buffer to CORBA any <<= data; } template<> void insert_array(boost::python::object &o, CORBA::Any &any) { assert(false); } template void extract_scalar(const CORBA::Any &any, boost::python::object &o) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType data; if ((any >>= data) == false) throw_bad_type(Tango::CmdArgTypeName[tangoTypeConst]); o = object(data); } template<> void extract_scalar(const CORBA::Any &any, boost::python::object &o) { Tango::ConstDevString data; if ((any >>= data) == false) throw_bad_type(Tango::CmdArgTypeName[Tango::DEV_STRING]); o = object(data); } template<> void extract_scalar(const CORBA::Any &any, boost::python::object &o) {} template<> void extract_scalar(const CORBA::Any &any, boost::python::object &o) { assert(false); } template<> void extract_scalar(const CORBA::Any &any, boost::python::object &o) { Tango::DevEncoded* data; if ((any >>= data) == false) throw_bad_type(Tango::CmdArgTypeName[Tango::DEV_ENCODED]); bopy::str encoded_format(data[0].encoded_format); bopy::str encoded_data((const char*)data[0].encoded_data.get_buffer(), data[0].encoded_data.length()); o = boost::python::make_tuple(encoded_format, encoded_data); } #ifndef DISABLE_PYTANGO_NUMPY /// This callback is run to delete Tango::DevVarXArray* objects. /// It is called by python. The array was associated with an attribute /// value object that is not being used anymore. /// @param ptr_ The array object. /// @param type_ The type of the array objects. We need it to convert ptr_ /// to the proper type before deleting it. /// ex: Tango::DEVVAR_SHORTARRAY. # ifdef PYCAPSULE_OLD template static void dev_var_x_array_deleter__(void * ptr_) { TANGO_DO_ON_DEVICE_ARRAY_DATA_TYPE_ID(type, delete static_cast(ptr_); ); } # else template static void dev_var_x_array_deleter__(PyObject* obj) { void * ptr_ = PyCapsule_GetPointer(obj, NULL); TANGO_DO_ON_DEVICE_ARRAY_DATA_TYPE_ID(type, delete static_cast(ptr_); ); } #endif #endif template void extract_array(const CORBA::Any &any, boost::python::object &py_result) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; TangoArrayType *tmp_ptr; if ((any >>= tmp_ptr) == false) throw_bad_type(Tango::CmdArgTypeName[tangoArrayTypeConst]); #ifndef DISABLE_PYTANGO_NUMPY // For numpy we need a 'guard' object that handles the memory used // by the numpy object (releases it). // But I cannot manage memory inside our 'any' object, because it is // const and handles it's memory itself. So I need a copy before // creating the object. TangoArrayType* copy_ptr = new TangoArrayType(*tmp_ptr); // numpy.ndarray() does not own it's memory, so we need to manage it. // We can assign a 'base' object that will be informed (decref'd) when // the last copy of numpy.ndarray() disappears. // PyCObject is intended for that kind of things. It's seen as a // black box object from python. We assign him a function to be called // when it is deleted -> the function deletes de data. PyObject* guard = PyCapsule_New( static_cast(copy_ptr), NULL, dev_var_x_array_deleter__); if (!guard ) { delete copy_ptr; throw_error_already_set(); } py_result = to_py_numpy(copy_ptr, object(handle<>(guard))); #else py_result = to_py_list(tmp_ptr); #endif } template<> void extract_array(const CORBA::Any &any, boost::python::object &py_result) { assert(false); } CORBA::Any *PyCmd::execute(Tango::DeviceImpl *dev, const CORBA::Any ¶m_any) { PyDeviceImplBase *dev_ptr = dynamic_cast(dev); AutoPythonGIL python_guard; try { // This call extracts the CORBA any into a python object. // So, the result is that param_py = param_any. // It is done with some template magic. boost::python::object param_py; TANGO_DO_ON_DEVICE_DATA_TYPE_ID(in_type, extract_scalar(param_any, param_py); , extract_array(param_any, param_py); ); // Execute the python call for the command object ret_py_obj; if (in_type == Tango::DEV_VOID) { ret_py_obj = call_method(dev_ptr->the_self, name.c_str()); } else { ret_py_obj = call_method(dev_ptr->the_self, name.c_str(), param_py); } CORBA::Any *ret_any; allocate_any(ret_any); unique_pointer ret_any_guard(ret_any); // It does: ret_any = ret_py_obj TANGO_DO_ON_DEVICE_DATA_TYPE_ID(out_type, insert_scalar(ret_py_obj, *ret_any); , insert_array(ret_py_obj, *ret_any); ); return ret_any_guard.release(); } catch(error_already_set &eas) { handle_python_exception(eas); return 0; // Should not happen, handle_python_exception rethrows in // a Tango friendly manner } } pytango-9.2.2/ext/server/command.h000066400000000000000000000031421316324373100171050ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #ifndef _COMMAND_H_ #define _COMMAND_H_ #include #include class PyCmd : public Tango::Command { public: PyCmd(string &name, Tango::CmdArgType in, Tango::CmdArgType out, string &in_desc, string &out_desc, Tango::DispLevel level) :Tango::Command(name,in,out,in_desc,out_desc, level),py_allowed_defined(false) {}; PyCmd(const char *name, Tango::CmdArgType in, Tango::CmdArgType out) :Tango::Command(name,in,out),py_allowed_defined(false) {}; PyCmd(const char *name, Tango::CmdArgType in, Tango::CmdArgType out, const char *in_desc, const char *out_desc, Tango::DispLevel level) :Tango::Command(name,in,out,in_desc,out_desc, level),py_allowed_defined(false) {}; virtual ~PyCmd() {}; virtual CORBA::Any *execute (Tango::DeviceImpl *dev, const CORBA::Any &any); virtual bool is_allowed (Tango::DeviceImpl *dev, const CORBA::Any &any); void set_allowed(const string &name) {py_allowed_defined=true;py_allowed_name=name;} private: bool py_allowed_defined; string py_allowed_name; }; #endif pytango-9.2.2/ext/server/device_class.cpp000066400000000000000000000372211316324373100204530ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" #include "exception.h" #include "server/device_class.h" #include "server/attr.h" #include "server/command.h" #include "server/pipe.h" using namespace boost::python; #define __AUX_DECL_CALL_DEVCLASS_METHOD \ AutoPythonGIL __py_lock; #define __AUX_CATCH_PY_EXCEPTION \ catch(boost::python::error_already_set &eas) \ { handle_python_exception(eas); } #define CALL_DEVCLASS_METHOD(name) \ __AUX_DECL_CALL_DEVCLASS_METHOD \ try { boost::python::call_method(m_self, #name); } \ __AUX_CATCH_PY_EXCEPTION #define CALL_DEVCLASS_METHOD_VARGS(name, ...) \ __AUX_DECL_CALL_DEVCLASS_METHOD \ try { boost::python::call_method(m_self, #name, __VA_ARGS__); } \ __AUX_CATCH_PY_EXCEPTION CppDeviceClass::CppDeviceClass(const string &name) :Tango::DeviceClass(const_cast(name)) {} CppDeviceClass::~CppDeviceClass() {} void CppDeviceClass::create_command(const std::string &cmd_name, Tango::CmdArgType param_type, Tango::CmdArgType result_type, const std::string ¶m_desc, const std::string &result_desc, Tango::DispLevel display_level, bool default_command, long polling_period, const std::string &is_allowed) { PyCmd *cmd_ptr = new PyCmd(cmd_name.c_str(), param_type, result_type, param_desc.c_str(), result_desc.c_str(), display_level); if (!is_allowed.empty()) { cmd_ptr->set_allowed(is_allowed); } if (polling_period > 0) cmd_ptr->set_polling_period(polling_period); if (default_command) set_default_command(cmd_ptr); else command_list.push_back(cmd_ptr); } void CppDeviceClass::create_fwd_attribute(vector &att_list, const std::string &attr_name, Tango::UserDefaultFwdAttrProp *att_prop) { Tango::FwdAttr *attr_ptr = new Tango::FwdAttr(attr_name); attr_ptr->set_default_properties(*att_prop); att_list.push_back(attr_ptr); } void CppDeviceClass::create_attribute(vector &att_list, const std::string &attr_name, Tango::CmdArgType attr_type, Tango::AttrDataFormat attr_format, Tango::AttrWriteType attr_write, long dim_x, long dim_y, Tango::DispLevel display_level, long polling_period, bool memorized, bool hw_memorized, const std::string &read_method_name, const std::string &write_method_name, const std::string &is_allowed_name, Tango::UserDefaultAttrProp *att_prop) { // // Create the attribute objet according to attribute format // PyScaAttr *sca_attr_ptr = NULL; PySpecAttr *spec_attr_ptr = NULL; PyImaAttr *ima_attr_ptr= NULL; PyAttr *py_attr_ptr = NULL; Tango::Attr *attr_ptr = NULL; switch (attr_format) { case Tango::SCALAR: sca_attr_ptr = new PyScaAttr(attr_name, attr_type, attr_write); py_attr_ptr = sca_attr_ptr; attr_ptr = sca_attr_ptr; break; case Tango::SPECTRUM: spec_attr_ptr = new PySpecAttr(attr_name.c_str(), attr_type, attr_write, dim_x); py_attr_ptr = spec_attr_ptr; attr_ptr = spec_attr_ptr; break; case Tango::IMAGE: ima_attr_ptr = new PyImaAttr(attr_name.c_str(), attr_type, attr_write, dim_x, dim_y); py_attr_ptr = ima_attr_ptr; attr_ptr = ima_attr_ptr; break; default: TangoSys_OMemStream o; o << "Attribute " << attr_name << " has an unexpected data format\n" << "Please report this bug to the PyTango development team" << ends; Tango::Except::throw_exception( (const char *)"PyDs_UnexpectedAttributeFormat", o.str(), (const char *)"create_attribute"); break; } py_attr_ptr->set_read_name(read_method_name); py_attr_ptr->set_write_name(write_method_name); py_attr_ptr->set_allowed_name(is_allowed_name); if (att_prop) attr_ptr->set_default_properties(*att_prop); attr_ptr->set_disp_level(display_level); if (memorized) { attr_ptr->set_memorized(); attr_ptr->set_memorized_init(hw_memorized); } if (polling_period > 0) attr_ptr->set_polling_period(polling_period); att_list.push_back(attr_ptr); } void CppDeviceClass::create_pipe(vector &pipe_list, const std::string &name, Tango::PipeWriteType access, Tango::DispLevel display_level, const std::string &read_method_name, const std::string &write_method_name, const std::string &is_allowed_name, Tango::UserDefaultPipeProp *prop) { Tango::Pipe *pipe_ptr = NULL; if(access == Tango::PIPE_READ) { PyTango::Pipe::PyPipe* py_pipe_ptr = new PyTango::Pipe::PyPipe(name, display_level, access); py_pipe_ptr->set_read_name(read_method_name); py_pipe_ptr->set_allowed_name(is_allowed_name); pipe_ptr = py_pipe_ptr; } else { PyTango::Pipe::PyWPipe* py_pipe_ptr = new PyTango::Pipe::PyWPipe(name, display_level); py_pipe_ptr->set_read_name(read_method_name); py_pipe_ptr->set_allowed_name(is_allowed_name); py_pipe_ptr->set_write_name(write_method_name); pipe_ptr = py_pipe_ptr; } if (prop) pipe_ptr->set_default_properties(*prop); pipe_list.push_back(pipe_ptr); } CppDeviceClassWrap::CppDeviceClassWrap(PyObject *self, const std::string &name) : CppDeviceClass(name), m_self(self) { init_class(); } /** * Destructor */ CppDeviceClassWrap::~CppDeviceClassWrap() {} void CppDeviceClassWrap::init_class() { AutoPythonGIL python_guard; signal_handler_defined = is_method_defined(m_self, "signal_handler"); } void CppDeviceClassWrap::attribute_factory(std::vector &att_list) { // // make sure we pass the same vector object to the python method // AutoPythonGIL python_guard; object py_att_list( handle<>( to_python_indirect< std::vector, detail::make_reference_holder>()(att_list))); try { boost::python::call_method(m_self, "_attribute_factory", py_att_list); } catch(boost::python::error_already_set &eas) { handle_python_exception(eas); } } void CppDeviceClassWrap::pipe_factory() { // // make sure we pass the same vector object to the python method // AutoPythonGIL python_guard; object py_pipe_list( handle<>( to_python_indirect< std::vector, detail::make_reference_holder>()(pipe_list))); try { boost::python::call_method(m_self, "_pipe_factory", py_pipe_list); } catch(boost::python::error_already_set &eas) { handle_python_exception(eas); } } void CppDeviceClassWrap::command_factory() { CALL_DEVCLASS_METHOD(_command_factory) } void CppDeviceClassWrap::device_name_factory(std::vector &dev_list) { // // make sure we pass the same vector object to the python method // AutoPythonGIL python_guard; object py_dev_list( handle<>( to_python_indirect< std::vector, detail::make_reference_holder>()(dev_list))); try { boost::python::call_method(m_self, "device_name_factory", py_dev_list); } catch(boost::python::error_already_set &eas) { handle_python_exception(eas); } } void CppDeviceClassWrap::device_factory(const Tango::DevVarStringArray *dev_list) { CALL_DEVCLASS_METHOD_VARGS(device_factory, dev_list) } void CppDeviceClassWrap::signal_handler(long signo) { if (signal_handler_defined == true) { CALL_DEVCLASS_METHOD_VARGS(signal_handler, signo) } else { Tango::DeviceClass::signal_handler(signo); } } void CppDeviceClassWrap::default_signal_handler(long signo) { this->Tango::DeviceClass::signal_handler(signo); } void CppDeviceClassWrap::delete_class() { AutoPythonGIL __py_lock; try { // // Call the delete_class_list function in order to clear the global // constructed class Python list. It is MANDATORY to destroy these objects // from Python. Otherwise, there are "seg fault" when Python exit. // It tooks me quite a long time to find this... // PYTANGO_MOD pytango.attr("delete_class_list")(); } catch(error_already_set &eas) { handle_python_exception(eas); } } namespace PyDeviceClass { object get_device_list(CppDeviceClass &self) { boost::python::list py_dev_list; vector dev_list = self.get_device_list(); for(vector::iterator it = dev_list.begin(); it != dev_list.end(); ++it) { object py_value = object( handle<>( to_python_indirect< Tango::DeviceImpl*, detail::make_reference_holder>()(*it))); py_dev_list.append(py_value); } return py_dev_list; } object get_command_list(CppDeviceClass &self) { boost::python::list py_cmd_list; vector cmd_list = self.get_command_list(); for(vector::iterator it = cmd_list.begin(); it != cmd_list.end(); ++it) { object py_value = object( handle<>( to_python_indirect< Tango::Command*, detail::make_reference_holder>()(*it))); py_cmd_list.append(py_value); } return py_cmd_list; } object get_pipe_list(CppDeviceClass &self, const std::string& dev_name) { boost::python::list py_pipe_list; vector pipe_list = self.get_pipe_list(dev_name); // vector pipe_list = self.get_pipe_list(); for(vector::iterator it = pipe_list.begin(); it != pipe_list.end(); ++it) { object py_value = object( handle<>( to_python_indirect< Tango::Pipe*, detail::make_reference_holder>()(*it))); py_pipe_list.append(py_value); } return py_pipe_list; } void register_signal(CppDeviceClass &self, long signo) { self.register_signal(signo); } #if (defined __linux) void register_signal(CppDeviceClass &self, long signo, bool own_handler) { self.register_signal(signo, own_handler); } #endif } BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS (export_device_overload, CppDeviceClass::export_device, 1, 2) void export_device_class() { void (Tango::DeviceClass::*add_wiz_dev_prop_)(string &,string &) = &Tango::DeviceClass::add_wiz_dev_prop; void (Tango::DeviceClass::*add_wiz_dev_prop__)(string &,string &,string &) = &Tango::DeviceClass::add_wiz_dev_prop; void (Tango::DeviceClass::*add_wiz_class_prop_)(string &,string &) = &Tango::DeviceClass::add_wiz_class_prop; void (Tango::DeviceClass::*add_wiz_class_prop__)(string &,string &,string &) = &Tango::DeviceClass::add_wiz_class_prop; class_, boost::noncopyable>("DeviceClass", init()) .def("device_factory", &CppDeviceClassWrap::device_factory) .def("device_name_factory", &CppDeviceClassWrap::device_name_factory) .def("export_device", &CppDeviceClass::export_device, export_device_overload()) .def("_add_device", &CppDeviceClass::add_device) .def("register_signal", (void (*) (CppDeviceClass &, long)) &PyDeviceClass::register_signal) #if defined __linux .def("register_signal", (void (*) (CppDeviceClass &, long, bool)) &PyDeviceClass::register_signal) #endif .def("unregister_signal", &Tango::DeviceClass::unregister_signal) .def("signal_handler", &Tango::DeviceClass::signal_handler, &CppDeviceClassWrap::default_signal_handler) .def("get_name", &Tango::DeviceClass::get_name, return_value_policy()) .def("get_type", &Tango::DeviceClass::get_type, return_value_policy()) .def("get_doc_url", &Tango::DeviceClass::get_doc_url, return_value_policy()) .def("get_cvs_tag", &Tango::DeviceClass::get_cvs_tag, return_value_policy()) .def("get_cvs_location",&Tango::DeviceClass::get_cvs_location, return_value_policy()) .def("get_device_list",&PyDeviceClass::get_device_list) .def("get_command_list",&PyDeviceClass::get_command_list) .def("get_pipe_list",&PyDeviceClass::get_pipe_list) .def("get_cmd_by_name",&Tango::DeviceClass::get_cmd_by_name, return_internal_reference<>()) .def("get_pipe_by_name",&Tango::DeviceClass::get_pipe_by_name, return_internal_reference<>()) .def("set_type", (void (Tango::DeviceClass::*) (const char *)) &Tango::DeviceClass::set_type) .def("add_wiz_dev_prop", (void (Tango::DeviceClass::*) (const std::string &, const std::string &)) add_wiz_dev_prop_) .def("add_wiz_dev_prop", (void (Tango::DeviceClass::*) (const std::string &, const std::string &, const std::string &)) add_wiz_dev_prop__) .def("add_wiz_class_prop", (void (Tango::DeviceClass::*) (const std::string &, const std::string &)) add_wiz_class_prop_) .def("add_wiz_class_prop", (void (Tango::DeviceClass::*) (const std::string &, const std::string &, const std::string &)) add_wiz_class_prop__) .def("_device_destroyer", (void (Tango::DeviceClass::*) (const char *)) &Tango::DeviceClass::device_destroyer) .def("_create_attribute", &CppDeviceClass::create_attribute) .def("_create_fwd_attribute", &CppDeviceClass::create_fwd_attribute) .def("_create_pipe", &CppDeviceClass::create_pipe) .def("_create_command", &CppDeviceClass::create_command) .def("get_class_attr", &Tango::DeviceClass::get_class_attr, return_value_policy()) ; implicitly_convertible, auto_ptr >(); } pytango-9.2.2/ext/server/device_class.h000066400000000000000000000147141316324373100201220ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #ifndef _DEVICE_CLASS_H_ #define _DEVICE_CLASS_H_ #include #include class CppDeviceClass: public Tango::DeviceClass { public: CppDeviceClass(const string &); virtual ~CppDeviceClass(); /** * Export a device. * Associate the servant to a CORBA object and send device network parameter * to TANGO database. * The main parameter sent to database is the CORBA object stringified device IOR. * * @param[in] dev The device to be exported (CORBA servant) * @param[in] corba_dev_name The name to be used in the CORBA object key. * This parameter does not need to be set in most of * cases and has a default value. It is used for special * device server like the database device server. */ inline void export_device(Tango::DeviceImpl *dev, const char *corba_dev_nam = "Unused") { Tango::DeviceClass::export_device(dev, corba_dev_nam); } /** * Returns the python interpreter state * * @return python interpreter state pointer */ inline PyInterpreterState *get_py_interp() { return interp; } /** * Sets the python interpreter state * * @param[in] in python interpreter state */ inline void set_py_interp(PyInterpreterState *in) { interp = in; } /** * Creates an attribute and adds it to the att_list. * This method is intended to be called by python to register a new * attribute. */ void create_attribute(vector &att_list, const std::string &attr_name, Tango::CmdArgType attr_type, Tango::AttrDataFormat attr_format, Tango::AttrWriteType attr_write, long dim_x, long dim_y, Tango::DispLevel display_level, long polling_period, bool memorized, bool hw_memorized, const std::string &read_method_name, const std::string &write_method_name, const std::string &is_allowed_name, Tango::UserDefaultAttrProp *att_prop); void create_fwd_attribute(vector &att_list, const std::string &attr_name, Tango::UserDefaultFwdAttrProp *att_prop); /** * Creates an pipe and adds it to the att_list. * This method is intended to be called by python to register a new * pipe. */ void create_pipe(vector &pipe_list, const std::string &name, Tango::PipeWriteType access, Tango::DispLevel display_level, const std::string &read_method_name, const std::string &write_method_name, const std::string &is_allowed_name, Tango::UserDefaultPipeProp *prop); /** * Creates a command. * This method is intended to be called by python to register a new * command. */ void create_command(const std::string &cmd_name, Tango::CmdArgType param_type, Tango::CmdArgType result_type, const std::string ¶m_desc, const std::string &result_desc, Tango::DispLevel display_level, bool default_command, long polling_period, const std::string &is_allowed); protected: PyInterpreterState *interp; }; class CppDeviceClassWrap : public CppDeviceClass { public: /** a reference to itself */ PyObject *m_self; /** * Constructor * * @param[in] self A reference to the python device class object * @param[in] name the class name */ CppDeviceClassWrap(PyObject *self, const std::string &name); /** * Destructor */ virtual ~CppDeviceClassWrap(); /** * This method forward a C++ call to the device_factory method to the * Python method * * @param[in] dev_list The device name list */ virtual void device_factory(const Tango::DevVarStringArray *dev_list); /** * This method forward a C++ call to the attribute_factory method to the * Python method * * @param[in] att_list attribute list */ virtual void attribute_factory(std::vector &att_list); /** * This method forward a C++ call to the pipe_factory method to the * Python method * * @param[in] pipe_list pipe list */ virtual void pipe_factory(); /** * This method forward a C++ call to the command_factory method to the * Python method */ virtual void command_factory(); /** * This method forward a C++ call to the device_name_factory method to the * Python method */ virtual void device_name_factory(std::vector &dev_list); /** * This method is called to ask Python to delete a class by decrementing * the Python ref count */ virtual void delete_class(); /** * This method forward a C++ call to the signal_handler method to the * Python method or executes default signal handler if no signal handler * is defined in python * * @param[in] signo signal identifier */ virtual void signal_handler(long signo); /** * Default signal handler implementation * * @param[in] signo signal identifier */ void default_signal_handler(long signo); protected: /** * Initializes the class. Registers as a python DeviceClass to tango, * determines existence of a signal handler among other things */ void init_class(); /** * flag containing the information about the existence of a signal_handler * method in the python class */ bool signal_handler_defined; }; #endif // _DEVICE_CLASS_H_ pytango-9.2.2/ext/server/device_impl.cpp000066400000000000000000001774751316324373100203270ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" #include "exception.h" #include "server/device_impl.h" #include "server/attr.h" #include "server/attribute.h" #include "server/command.h" #include "to_py.h" #include "pipe.h" extern const char *param_must_be_seq; using namespace boost::python; #define __AUX_DECL_CALL_DEVICE_METHOD \ AutoPythonGIL __py_lock; #define __AUX_CATCH_PY_EXCEPTION \ catch(boost::python::error_already_set &eas) \ { handle_python_exception(eas); } #define __AUX_CATCH_EXCEPTION(name) \ catch(...) \ { Tango::Except::throw_exception("CppException", \ "An unexpected C++ exception occurred", \ #name ); \ } #define CALL_DEVICE_METHOD(cls, name) \ __AUX_DECL_CALL_DEVICE_METHOD \ try { \ if (override name = this->get_override( #name) ) { name (); } \ else { cls :: name (); } \ } \ __AUX_CATCH_PY_EXCEPTION \ __AUX_CATCH_EXCEPTION(name) #define CALL_DEVICE_METHOD_VARGS(cls, name, ...) \ __AUX_DECL_CALL_DEVICE_METHOD \ try { \ if (override name = this->get_override( #name) ) \ { name (__VA_ARGS__); } \ else { cls :: name (__VA_ARGS__); } \ } \ __AUX_CATCH_PY_EXCEPTION \ __AUX_CATCH_EXCEPTION(name) #define CALL_DEVICE_METHOD_RET(cls, name) \ __AUX_DECL_CALL_DEVICE_METHOD \ try { \ if (override name = this->get_override( #name) ) { return name (); } \ else { return cls :: name (); } \ } \ __AUX_CATCH_PY_EXCEPTION \ __AUX_CATCH_EXCEPTION(name) #define CALL_DEVICE_METHOD_VARGS_RET(cls, name, ...) \ __AUX_DECL_CALL_DEVICE_METHOD \ try { \ if (override name = this->get_override( #name) ) \ { return name (__VA_ARGS__); } \ else { return cls :: name (__VA_ARGS__); } \ } \ __AUX_CATCH_PY_EXCEPTION \ __AUX_CATCH_EXCEPTION(name) // we don't use extract<> from boost bellow to get attribute name because it is // considerably slow #define SAFE_PUSH(dev, attr, attr_name) \ std::string __att_name; \ from_str_to_char(attr_name.ptr(), __att_name); \ AutoPythonAllowThreads python_guard_ptr; \ Tango::AutoTangoMonitor tango_guard(&dev); \ Tango::Attribute & attr = dev.get_device_attr()->get_attr_by_name(__att_name.c_str()); \ python_guard_ptr.giveup(); #define SAFE_PUSH_CHANGE_EVENT(dev, attr_name, data) \ { \ SAFE_PUSH(dev, attr, attr_name) \ PyAttribute::set_value(attr, data); \ attr.fire_change_event(); \ } #define SAFE_PUSH_CHANGE_EVENT_VARGS(dev, attr_name, data, ...) \ { \ SAFE_PUSH(dev, attr, attr_name) \ PyAttribute::set_value(attr, data, __VA_ARGS__); \ attr.fire_change_event(); \ } #define SAFE_PUSH_CHANGE_EVENT_DATE_QUALITY(dev, attr_name, data, date, quality) \ { \ SAFE_PUSH(dev, attr, attr_name) \ PyAttribute::set_value_date_quality(attr, data, date, quality); \ attr.fire_change_event(); \ } #define SAFE_PUSH_CHANGE_EVENT_DATE_QUALITY_VARGS(dev, attr_name, data, date, quality, ...) \ { \ SAFE_PUSH(dev, attr, attr_name) \ PyAttribute::set_value_date_quality(attr, data, date, quality, __VA_ARGS__); \ attr.fire_change_event(); \ } #define SAFE_PUSH_ARCHIVE_EVENT(dev, attr_name, data) \ { \ SAFE_PUSH(dev, attr, attr_name) \ PyAttribute::set_value(attr, data); \ attr.fire_archive_event(); \ } #define SAFE_PUSH_ARCHIVE_EVENT_VARGS(dev, attr_name, data, ...) \ { \ SAFE_PUSH(dev, attr, attr_name) \ PyAttribute::set_value(attr, data, __VA_ARGS__); \ attr.fire_archive_event(); \ } #define SAFE_PUSH_ARCHIVE_EVENT_DATE_QUALITY(dev, attr_name, data, date, quality) \ { \ SAFE_PUSH(dev, attr, attr_name) \ PyAttribute::set_value_date_quality(attr, data, date, quality); \ attr.fire_archive_event(); \ } #define SAFE_PUSH_ARCHIVE_EVENT_DATE_QUALITY_VARGS(dev, attr_name, data, date, quality, ...) \ { \ SAFE_PUSH(dev, attr, attr_name) \ PyAttribute::set_value_date_quality(attr, data, date, quality, __VA_ARGS__); \ attr.fire_archive_event(); \ } #define AUX_SAFE_PUSH_EVENT(dev, attr_name, filt_names, filt_vals) \ StdStringVector filt_names_; \ StdDoubleVector filt_vals_; \ from_sequence::convert(filt_names, filt_names_); \ from_sequence::convert(filt_vals, filt_vals_); \ SAFE_PUSH(dev, attr, attr_name) #define SAFE_PUSH_EVENT(dev, attr_name, filt_names, filt_vals, data) \ { \ AUX_SAFE_PUSH_EVENT(dev, attr_name, filt_names, filt_vals) \ PyAttribute::set_value(attr, data); \ attr.fire_event(filt_names_, filt_vals_); \ } #define SAFE_PUSH_EVENT_VARGS(dev, attr_name, filt_names, filt_vals, data, ...) \ { \ AUX_SAFE_PUSH_EVENT(dev,attr_name, filt_names, filt_vals) \ PyAttribute::set_value(attr, data, __VA_ARGS__); \ attr.fire_event(filt_names_, filt_vals_); \ } #define SAFE_PUSH_EVENT_DATE_QUALITY(dev, attr_name, filt_names, filt_vals, data, date, quality) \ { \ AUX_SAFE_PUSH_EVENT(dev, attr_name, filt_names, filt_vals) \ PyAttribute::set_value_date_quality(attr, data, date, quality); \ attr.fire_event(filt_names_, filt_vals_); \ } #define SAFE_PUSH_EVENT_DATE_QUALITY_VARGS(dev, attr_name, filt_names, filt_vals, data, date, quality, ...) \ { \ AUX_SAFE_PUSH_EVENT(dev,attr_name, filt_names, filt_vals) \ PyAttribute::set_value_date_quality(attr, data, date, quality, __VA_ARGS__); \ attr.fire_event(filt_names_, filt_vals_); \ } namespace PyDeviceImpl { inline PyObject* get_polled_cmd(Tango::DeviceImpl &self) { return to_list >::convert(self.get_polled_cmd()); } inline PyObject* get_polled_attr(Tango::DeviceImpl &self) { return to_list >::convert(self.get_polled_attr()); } inline PyObject* get_non_auto_polled_cmd(Tango::DeviceImpl &self) { return to_list >::convert(self.get_non_auto_polled_cmd()); } inline PyObject* get_non_auto_polled_attr(Tango::DeviceImpl &self) { return to_list >::convert(self.get_non_auto_polled_attr()); } /* ********************************** * change event USING set_value * **********************************/ inline void push_change_event(Tango::DeviceImpl &self, str &name) { str name_lower = name.lower(); if ("state" != name_lower && "status" != name_lower) { Tango::Except::throw_exception( "PyDs_InvalidCall", "push_change_event without data parameter is only allowed for " "state and status attributes.", "DeviceImpl::push_change_event"); } SAFE_PUSH(self, attr, name) attr.fire_change_event(); } inline void push_change_event(Tango::DeviceImpl &self, str &name, object &data) { boost::python::extract except_convert(data); if (except_convert.check()) { SAFE_PUSH(self, attr, name); attr.fire_change_event( const_cast( &except_convert() )); return; } SAFE_PUSH_CHANGE_EVENT(self, name, data); } // Special variantion for encoded data type inline void push_change_event(Tango::DeviceImpl &self, str &name, str &str_data, str &data) { SAFE_PUSH(self, attr, name) PyAttribute::set_value(attr, str_data, data); attr.fire_change_event(); } // Special variantion for encoded data type inline void push_change_event(Tango::DeviceImpl &self, str &name, str &str_data, object &data) { SAFE_PUSH(self, attr, name) PyAttribute::set_value(attr, str_data, data); attr.fire_change_event(); } inline void push_change_event(Tango::DeviceImpl &self, str &name, object &data, long x) { SAFE_PUSH_CHANGE_EVENT_VARGS(self, name, data, x); } inline void push_change_event(Tango::DeviceImpl &self, str &name, object &data, long x, long y) { SAFE_PUSH_CHANGE_EVENT_VARGS(self, name, data, x, y); } /* ********************************** * change event USING set_value_date_quality * **********************************/ inline void push_change_event(Tango::DeviceImpl &self, str &name, object &data, double t, Tango::AttrQuality quality) { SAFE_PUSH_CHANGE_EVENT_DATE_QUALITY(self, name, data, t, quality) } // Special variantion for encoded data type inline void push_change_event(Tango::DeviceImpl &self, str &name, str &str_data, str &data, double t, Tango::AttrQuality quality) { SAFE_PUSH(self, attr, name) PyAttribute::set_value_date_quality(attr, str_data, data, t, quality); attr.fire_change_event(); } // Special variantion for encoded data type inline void push_change_event(Tango::DeviceImpl &self, str &name, str &str_data, object &data, double t, Tango::AttrQuality quality) { SAFE_PUSH(self, attr, name) PyAttribute::set_value_date_quality(attr, str_data, data, t, quality); attr.fire_change_event(); } inline void push_change_event(Tango::DeviceImpl &self, str &name, object &data, double t, Tango::AttrQuality quality, long x) { SAFE_PUSH_CHANGE_EVENT_DATE_QUALITY_VARGS(self, name, data, t, quality, x) } inline void push_change_event(Tango::DeviceImpl &self, str &name, object &data, double t, Tango::AttrQuality quality, long x, long y) { SAFE_PUSH_CHANGE_EVENT_DATE_QUALITY_VARGS(self, name, data, t, quality, x, y) } /* ********************************** * archive event USING set_value * **********************************/ inline void push_archive_event(Tango::DeviceImpl &self, str &name) { SAFE_PUSH(self, attr, name) attr.fire_archive_event(); } inline void push_archive_event(Tango::DeviceImpl &self, str &name, object &data) { boost::python::extract except_convert(data); if (except_convert.check()) { SAFE_PUSH(self, attr, name); attr.fire_archive_event( const_cast( &except_convert() )); return; } SAFE_PUSH_ARCHIVE_EVENT(self, name, data); } // Special variation for encoded data type inline void push_archive_event(Tango::DeviceImpl &self, str &name, str &str_data, str &data) { SAFE_PUSH(self, attr, name) PyAttribute::set_value(attr, str_data, data); attr.fire_archive_event(); } // Special variation for encoded data type inline void push_archive_event(Tango::DeviceImpl &self, str &name, str &str_data, object &data) { SAFE_PUSH(self, attr, name) PyAttribute::set_value(attr, str_data, data); attr.fire_archive_event(); } inline void push_archive_event(Tango::DeviceImpl &self, str &name, object &data, long x) { SAFE_PUSH_ARCHIVE_EVENT_VARGS(self, name, data, x); } inline void push_archive_event(Tango::DeviceImpl &self, str &name, object &data, long x, long y) { SAFE_PUSH_ARCHIVE_EVENT_VARGS(self, name, data, x, y); } /* ********************************** * archive event USING set_value_date_quality * **********************************/ inline void push_archive_event(Tango::DeviceImpl &self, str &name, object &data, double t, Tango::AttrQuality quality) { SAFE_PUSH_ARCHIVE_EVENT_DATE_QUALITY(self, name, data, t, quality) } // Special variantion for encoded data type inline void push_archive_event(Tango::DeviceImpl &self, str &name, str &str_data, str &data, double t, Tango::AttrQuality quality) { SAFE_PUSH(self, attr, name) PyAttribute::set_value_date_quality(attr, str_data, data, t, quality); attr.fire_archive_event(); } // Special variantion for encoded data type inline void push_archive_event(Tango::DeviceImpl &self, str &name, str &str_data, object &data, double t, Tango::AttrQuality quality) { SAFE_PUSH(self, attr, name) PyAttribute::set_value_date_quality(attr, str_data, data, t, quality); attr.fire_archive_event(); } inline void push_archive_event(Tango::DeviceImpl &self, str &name, object &data, double t, Tango::AttrQuality quality, long x) { SAFE_PUSH_ARCHIVE_EVENT_DATE_QUALITY_VARGS(self, name, data, t, quality, x) } inline void push_archive_event(Tango::DeviceImpl &self, str &name, object &data, double t, Tango::AttrQuality quality, long x, long y) { SAFE_PUSH_ARCHIVE_EVENT_DATE_QUALITY_VARGS(self, name, data, t, quality, x, y) } /* ********************************** * user event USING set_value * **********************************/ inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals) { AUX_SAFE_PUSH_EVENT(self, name, filt_names, filt_vals) attr.fire_event(filt_names_, filt_vals_); } inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, object &data) { SAFE_PUSH_EVENT(self, name, filt_names, filt_vals, data) } // Special variantion for encoded data type inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, str &str_data, str &data) { AUX_SAFE_PUSH_EVENT(self, name, filt_names, filt_vals) PyAttribute::set_value(attr, str_data, data); attr.fire_event(filt_names_, filt_vals_); } // Special variantion for encoded data type inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, str &str_data, object &data) { AUX_SAFE_PUSH_EVENT(self, name, filt_names, filt_vals) PyAttribute::set_value(attr, str_data, data); attr.fire_event(filt_names_, filt_vals_); } inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, object &data, long x) { SAFE_PUSH_EVENT_VARGS(self, name, filt_names, filt_vals, data, x) } inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, object &data, long x, long y) { SAFE_PUSH_EVENT_VARGS(self, name, filt_names, filt_vals, data, x, y) } /* *************************************** * user event USING set_value_date_quality * **************************************/ inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, object &data, double t, Tango::AttrQuality quality) { SAFE_PUSH_EVENT_DATE_QUALITY(self, name, filt_names, filt_vals, data, t, quality) } // Special variantion for encoded data type inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, str &str_data, str &data, double t, Tango::AttrQuality quality) { AUX_SAFE_PUSH_EVENT(self, name, filt_names, filt_vals) PyAttribute::set_value_date_quality(attr, str_data, data, t, quality); attr.fire_event(filt_names_, filt_vals_); } // Special variantion for encoded data type inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, str &str_data, object &data, double t, Tango::AttrQuality quality) { AUX_SAFE_PUSH_EVENT(self, name, filt_names, filt_vals) PyAttribute::set_value_date_quality(attr, str_data, data, t, quality); attr.fire_event(filt_names_, filt_vals_); } inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, object &data, double t, Tango::AttrQuality quality, long x) { SAFE_PUSH_EVENT_DATE_QUALITY_VARGS(self, name, filt_names, filt_vals, data, t, quality, x) } inline void push_event(Tango::DeviceImpl &self, str &name, object &filt_names, object &filt_vals, object &data, double t, Tango::AttrQuality quality, long x, long y) { SAFE_PUSH_EVENT_DATE_QUALITY_VARGS(self, name, filt_names, filt_vals, data, t, quality, x, y) } /* ********************************** * data ready event * **********************************/ inline void push_data_ready_event(Tango::DeviceImpl &self, const str &name, long ctr) { SAFE_PUSH(self, attr, name) self.push_data_ready_event(__att_name, ctr); //__att_name from SAFE_PUSH } /* ********************************** * pipe event * **********************************/ inline void push_pipe_event(Tango::DeviceImpl &self, str &pipe_name, object& pipe_data) { std::string __pipe_name; from_str_to_char(pipe_name.ptr(), __pipe_name); boost::python::extract except_convert(pipe_data); if (except_convert.check()) { self.push_pipe_event(__pipe_name, const_cast(&except_convert())); return; } Tango::DevicePipeBlob dpb; bool reuse = false; PyDevicePipe::set_value(dpb, pipe_data); self.push_pipe_event(__pipe_name, &dpb, reuse); } void check_attribute_method_defined(PyObject *self, const std::string &attr_name, const std::string &method_name) { bool exists, is_method; is_method_defined(self, method_name, exists, is_method); if (!exists) { TangoSys_OMemStream o; o << "Wrong definition of attribute " << attr_name << "\nThe attribute method " << method_name << " does not exist in your class!" << ends; Tango::Except::throw_exception( (const char *)"PyDs_WrongCommandDefinition", o.str(), (const char *)"check_attribute_method_defined"); } if(!is_method) { TangoSys_OMemStream o; o << "Wrong definition of attribute " << attr_name << "\nThe object " << method_name << " exists in your class but is not a Python method" << ends; Tango::Except::throw_exception( (const char *)"PyDs_WrongCommandDefinition", o.str(), (const char *)"check_attribute_method_defined"); } } void add_attribute(Tango::DeviceImpl &self, const Tango::Attr &c_new_attr, boost::python::object read_meth_name, boost::python::object write_meth_name, boost::python::object is_allowed_meth_name) { Tango::Attr &new_attr = const_cast(c_new_attr); std::string attr_name = new_attr.get_name(), read_name_met, write_name_met, is_allowed_method; if (read_meth_name.ptr() == Py_None) { read_name_met = "read_" + attr_name; } else { read_name_met = boost::python::extract(read_meth_name); } if (write_meth_name.ptr() == Py_None) { write_name_met = "write_" + attr_name; } else { write_name_met = boost::python::extract(write_meth_name); } if (is_allowed_meth_name.ptr() == Py_None) { is_allowed_method = "is_" + attr_name + "_allowed"; } else { is_allowed_method = boost::python::extract(is_allowed_meth_name); } Tango::AttrWriteType attr_write = new_attr.get_writable(); // // Create the attribute object according to attribute format // PyScaAttr *sca_attr_ptr = NULL; PySpecAttr *spec_attr_ptr = NULL; PyImaAttr *ima_attr_ptr= NULL; PyAttr *py_attr_ptr = NULL; Tango::Attr *attr_ptr = NULL; long x, y; vector &def_prop = new_attr.get_user_default_properties(); Tango::AttrDataFormat attr_format = new_attr.get_format(); long attr_type = new_attr.get_type(); switch (attr_format) { case Tango::SCALAR: sca_attr_ptr = new PyScaAttr(attr_name, attr_type, attr_write, def_prop); py_attr_ptr = sca_attr_ptr; attr_ptr = sca_attr_ptr; break; case Tango::SPECTRUM: x = (static_cast(new_attr)).get_max_x(); spec_attr_ptr = new PySpecAttr(attr_name, attr_type, attr_write, x, def_prop); py_attr_ptr = spec_attr_ptr; attr_ptr = spec_attr_ptr; break; case Tango::IMAGE: x = (static_cast(new_attr)).get_max_x(); y = (static_cast(new_attr)).get_max_y(); ima_attr_ptr = new PyImaAttr(attr_name, attr_type, attr_write, x, y, def_prop); py_attr_ptr = ima_attr_ptr; attr_ptr = ima_attr_ptr; break; default: TangoSys_OMemStream o; o << "Attribute " << attr_name << " has an unexpected data format\n" << "Please report this bug to the PyTango development team" << ends; Tango::Except::throw_exception( (const char *)"PyDs_UnexpectedAttributeFormat", o.str(), (const char *)"cpp_add_attribute"); break; } py_attr_ptr->set_read_name(read_name_met); py_attr_ptr->set_write_name(write_name_met); py_attr_ptr->set_allowed_name(is_allowed_method); if (new_attr.get_memorized()) attr_ptr->set_memorized(); attr_ptr->set_memorized_init(new_attr.get_memorized_init()); attr_ptr->set_disp_level(new_attr.get_disp_level()); attr_ptr->set_polling_period(new_attr.get_polling_period()); attr_ptr->set_change_event(new_attr.is_change_event(), new_attr.is_check_change_criteria()); attr_ptr->set_archive_event(new_attr.is_archive_event(), new_attr.is_check_archive_criteria()); attr_ptr->set_data_ready_event(new_attr.is_data_ready_event()); // // Install attribute in Tango. // self.add_attribute(attr_ptr); } void remove_attribute(Tango::DeviceImpl &self, const char *att_name, bool clean_db = true) { string str(att_name); self.remove_attribute(str, false, clean_db); } void add_command(Tango::DeviceImpl &self, boost::python::object cmd_name, boost::python::object cmd_data, boost::python::object disp_level, bool device_level = false) { // PyCmd *py_cmd_ptr = nullptr; Tango::Command *cmd_ptr = nullptr; std::string name = boost::python::extract(cmd_name); std::string in_desc = boost::python::extract(cmd_data[0][1]); std::string out_desc = boost::python::extract(cmd_data[1][1]); Tango::CmdArgType argtype_in = boost::python::extract(cmd_data[0][0]); Tango::CmdArgType argtype_out = boost::python::extract(cmd_data[1][0]); Tango::DispLevel display_level = boost::python::extract(disp_level); cmd_ptr = new PyCmd(name, argtype_in, argtype_out, in_desc, out_desc, display_level); // py_cmd_ptr = new PyCmd(name, argtype_in, argtype_out, in_desc, out_desc, display_level); // cmd_ptr = py_cmd_ptr; // // Install the command in Tango. // self.add_command(cmd_ptr, device_level); } void remove_command(Tango::DeviceImpl &self, boost::python::object cmd_name, bool free_it = false, bool clean_db = true) { std::string name = boost::python::extract(cmd_name); self.remove_command(name, free_it, clean_db); } inline void debug(Tango::DeviceImpl &self, const string &msg) { if (self.get_logger()->is_debug_enabled()) { self.get_logger()->debug_stream() << log4tango::LogInitiator::_begin_log << msg; } } inline void info(Tango::DeviceImpl &self, const string &msg) { if (self.get_logger()->is_info_enabled()) { self.get_logger()->info_stream() << log4tango::LogInitiator::_begin_log << msg; } } inline void warn(Tango::DeviceImpl &self, const string &msg) { if (self.get_logger()->is_warn_enabled()) { self.get_logger()->warn_stream() << log4tango::LogInitiator::_begin_log << msg; } } inline void error(Tango::DeviceImpl &self, const string &msg) { if (self.get_logger()->is_error_enabled()) { self.get_logger()->error_stream() << log4tango::LogInitiator::_begin_log << msg; } } inline void fatal(Tango::DeviceImpl &self, const string &msg) { if (self.get_logger()->is_fatal_enabled()) { self.get_logger()->fatal_stream() << log4tango::LogInitiator::_begin_log << msg; } } PyObject* get_attribute_config(Tango::DeviceImpl &self, object &py_attr_name_seq) { Tango::DevVarStringArray par; convert2array(py_attr_name_seq, par); Tango::AttributeConfigList *attr_conf_list_ptr = self.get_attribute_config(par); boost::python::list ret = to_py(*attr_conf_list_ptr); delete attr_conf_list_ptr; return boost::python::incref(ret.ptr()); } void set_attribute_config(Tango::DeviceImpl &self, object &py_attr_conf_list) { Tango::AttributeConfigList attr_conf_list; from_py_object(py_attr_conf_list, attr_conf_list); self.set_attribute_config(attr_conf_list); } bool is_attribute_polled(Tango::DeviceImpl &self, const std::string &att_name) { DeviceImplWrap *self_w = (DeviceImplWrap*)(&self); return self_w->_is_attribute_polled(att_name); } bool is_command_polled(Tango::DeviceImpl &self, const std::string &cmd_name) { DeviceImplWrap *self_w = (DeviceImplWrap*)(&self); return self_w->_is_command_polled(cmd_name); } int get_attribute_poll_period(Tango::DeviceImpl &self, const std::string &att_name) { DeviceImplWrap *self_w = (DeviceImplWrap*)(&self); return self_w->_get_attribute_poll_period(att_name); } int get_command_poll_period(Tango::DeviceImpl &self, const std::string &cmd_name) { DeviceImplWrap *self_w = (DeviceImplWrap*)(&self); return self_w->_get_command_poll_period(cmd_name); } void poll_attribute(Tango::DeviceImpl &self, const std::string &att_name, int period) { DeviceImplWrap *self_w = (DeviceImplWrap*)(&self); self_w->_poll_attribute(att_name, period); } void poll_command(Tango::DeviceImpl &self, const std::string &cmd_name, int period) { DeviceImplWrap *self_w = (DeviceImplWrap*)(&self); self_w->_poll_command(cmd_name, period); } void stop_poll_attribute(Tango::DeviceImpl &self, const std::string &att_name) { DeviceImplWrap *self_w = (DeviceImplWrap*)(&self); self_w->_stop_poll_attribute(att_name); } void stop_poll_command(Tango::DeviceImpl &self, const std::string &cmd_name) { DeviceImplWrap *self_w = (DeviceImplWrap*)(&self); self_w->_stop_poll_command(cmd_name); } } DeviceImplWrap::DeviceImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st) :Tango::DeviceImpl(cl,st), m_self(self) { Py_INCREF(m_self); } DeviceImplWrap::DeviceImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc /* = "A Tango device" */, Tango::DevState sta /* = Tango::UNKNOWN */, const char *status /* = StatusNotSet */) :Tango::DeviceImpl(cl, name, desc, sta, status), m_self(self) { Py_INCREF(m_self); } void DeviceImplWrap::init_device() { this->get_override("init_device")(); } bool DeviceImplWrap::_is_attribute_polled(const std::string &att_name) { return this->is_attribute_polled(att_name); } bool DeviceImplWrap::_is_command_polled(const std::string &cmd_name) { return this->is_command_polled(cmd_name); } int DeviceImplWrap::_get_attribute_poll_period(const std::string &att_name) { return this->get_attribute_poll_period(att_name); } int DeviceImplWrap::_get_command_poll_period(const std::string &cmd_name) { return this->get_command_poll_period(cmd_name); } void DeviceImplWrap::_poll_attribute(const std::string &att_name, int period) { this->poll_attribute(att_name, period); } void DeviceImplWrap::_poll_command(const std::string &cmd_name, int period) { this->poll_command(cmd_name, period); } void DeviceImplWrap::_stop_poll_attribute(const std::string &att_name) { this->stop_poll_attribute(att_name); } void DeviceImplWrap::_stop_poll_command(const std::string &cmd_name) { this->stop_poll_command(cmd_name); } Device_2ImplWrap::Device_2ImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st) :Tango::Device_2Impl(cl,st),m_self(self) { Py_INCREF(m_self); } Device_2ImplWrap::Device_2ImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc /* = "A Tango device" */, Tango::DevState sta /* = Tango::UNKNOWN */, const char *status /* = StatusNotSet */) :Tango::Device_2Impl(cl, name, desc, sta, status), m_self(self) { Py_INCREF(m_self); } void Device_2ImplWrap::init_device() { this->get_override("init_device")(); } PyDeviceImplBase::PyDeviceImplBase(PyObject *self):the_self(self) { Py_INCREF(the_self); } namespace PyDevice_2Impl { PyObject* get_attribute_config_2(Tango::Device_2Impl &self, object &attr_name_seq) { Tango::DevVarStringArray par; convert2array(attr_name_seq, par); Tango::AttributeConfigList_2 *attr_conf_list_ptr = self.get_attribute_config_2(par); boost::python::list ret = to_py(*attr_conf_list_ptr); delete attr_conf_list_ptr; return boost::python::incref(ret.ptr()); } /* Postponed: Tango (7.1.1) has no set_attribute_config_2 !!! void set_attribute_config_2(Tango::Device_2Impl &self, object &py_attr_conf_list) { Tango::AttributeConfigList_2 attr_conf_list; from_py_object(py_attr_conf_list, attr_conf_list); self.set_attribute_config_2(attr_conf_list); } */ } PyDeviceImplBase::~PyDeviceImplBase() {} void PyDeviceImplBase::py_delete_dev() {} Device_3ImplWrap::Device_3ImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st) :Tango::Device_3Impl(cl,st), PyDeviceImplBase(self) { _init(); } Device_3ImplWrap::Device_3ImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc /* = "A Tango device" */, Tango::DevState sta /* = Tango::UNKNOWN */, const char *status /* = StatusNotSet */) :Tango::Device_3Impl(cl, name, desc, sta, status), PyDeviceImplBase(self) { _init(); } Device_3ImplWrap::~Device_3ImplWrap() { delete_device(); } void Device_3ImplWrap::_init() { // Make sure the wrapper contains a valid pointer to the self // I found out this is needed by inspecting the boost wrapper_base.hpp code initialize_wrapper(the_self, this); } void Device_3ImplWrap::init_device() { AutoPythonGIL __py_lock; try { this->get_override("init_device")(); } catch(boost::python::error_already_set &eas) { handle_python_exception(eas); } } void Device_3ImplWrap::delete_device() { CALL_DEVICE_METHOD(Device_3Impl, delete_device) } void Device_3ImplWrap::default_delete_device() { this->Tango::Device_3Impl::delete_device(); } void Device_3ImplWrap::delete_dev() { // Call here the delete_device method. It is defined in Device_3ImplWrap // class which is already destroyed when the Tango kernel call the // delete_device method try { delete_device(); } catch (Tango::DevFailed &e) { Tango::Except::print_exception(e); } } void Device_3ImplWrap::py_delete_dev() { Device_3ImplWrap::delete_dev(); PyDeviceImplBase::py_delete_dev(); } void Device_3ImplWrap::always_executed_hook() { CALL_DEVICE_METHOD(Device_3Impl, always_executed_hook) } void Device_3ImplWrap::default_always_executed_hook() { this->Tango::Device_3Impl::always_executed_hook(); } void Device_3ImplWrap::read_attr_hardware(vector &attr_list) { CALL_DEVICE_METHOD_VARGS(Device_3Impl, read_attr_hardware, attr_list) } void Device_3ImplWrap::default_read_attr_hardware(vector &attr_list) { this->Tango::Device_3Impl::read_attr_hardware(attr_list); } void Device_3ImplWrap::write_attr_hardware(vector &attr_list) { CALL_DEVICE_METHOD_VARGS(Device_3Impl, write_attr_hardware, attr_list) } void Device_3ImplWrap::default_write_attr_hardware(vector &attr_list) { this->Tango::Device_3Impl::write_attr_hardware(attr_list); } Tango::DevState Device_3ImplWrap::dev_state() { CALL_DEVICE_METHOD_RET(Device_3Impl, dev_state) // Keep the compiler quiet return Tango::UNKNOWN; } Tango::DevState Device_3ImplWrap::default_dev_state() { return this->Tango::Device_3Impl::dev_state(); } Tango::ConstDevString Device_3ImplWrap::dev_status() { __AUX_DECL_CALL_DEVICE_METHOD try { if (override dev_status = this->get_override("dev_status") ) { std::string status = dev_status(); this->the_status = status; } else { this->the_status = Device_3Impl::dev_status(); } } __AUX_CATCH_PY_EXCEPTION \ __AUX_CATCH_EXCEPTION(dev_status) return this->the_status.c_str(); } Tango::ConstDevString Device_3ImplWrap::default_dev_status() { return this->Tango::Device_3Impl::dev_status(); } void Device_3ImplWrap::signal_handler(long signo) { CALL_DEVICE_METHOD_VARGS(Device_3Impl, signal_handler, signo) } void Device_3ImplWrap::default_signal_handler(long signo) { this->Tango::Device_3Impl::signal_handler(signo); } namespace PyDevice_3Impl { PyObject* get_attribute_config_3(Tango::Device_3Impl &self, object &attr_name_seq) { Tango::DevVarStringArray par; convert2array(attr_name_seq, par); Tango::AttributeConfigList_3 *attr_conf_list_ptr = self.get_attribute_config_3(par); boost::python::list ret = to_py(*attr_conf_list_ptr); delete attr_conf_list_ptr; return boost::python::incref(ret.ptr()); } void set_attribute_config_3(Tango::Device_3Impl &self, object &py_attr_conf_list) { Tango::AttributeConfigList_3 attr_conf_list; from_py_object(py_attr_conf_list, attr_conf_list); self.set_attribute_config_3(attr_conf_list); } } Device_4ImplWrap::Device_4ImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st) :Tango::Device_4Impl(cl,st), PyDeviceImplBase(self) { _init(); } Device_4ImplWrap::Device_4ImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc /* = "A Tango device" */, Tango::DevState sta /* = Tango::UNKNOWN */, const char *status /* = StatusNotSet */) :Tango::Device_4Impl(cl, name, desc, sta, status), PyDeviceImplBase(self) { _init(); } Device_4ImplWrap::~Device_4ImplWrap() { delete_device(); } void Device_4ImplWrap::_init() { // Make sure the wrapper contains a valid pointer to the self // I found out this is needed by inspecting the boost wrapper_base.hpp code initialize_wrapper(the_self, this); } void Device_4ImplWrap::init_device() { AutoPythonGIL __py_lock; try { this->get_override("init_device")(); } catch(boost::python::error_already_set &eas) { handle_python_exception(eas); } } void Device_4ImplWrap::delete_device() { CALL_DEVICE_METHOD(Device_4Impl, delete_device) } void Device_4ImplWrap::default_delete_device() { this->Tango::Device_4Impl::delete_device(); } void Device_4ImplWrap::delete_dev() { // Call here the delete_device method. It is defined in Device_4ImplWrap // class which is already destroyed when the Tango kernel call the // delete_device method try { delete_device(); } catch (Tango::DevFailed &e) { Tango::Except::print_exception(e); } } void Device_4ImplWrap::py_delete_dev() { Device_4ImplWrap::delete_dev(); PyDeviceImplBase::py_delete_dev(); } void Device_4ImplWrap::always_executed_hook() { CALL_DEVICE_METHOD(Device_4Impl, always_executed_hook) } void Device_4ImplWrap::default_always_executed_hook() { this->Tango::Device_4Impl::always_executed_hook(); } void Device_4ImplWrap::read_attr_hardware(vector &attr_list) { CALL_DEVICE_METHOD_VARGS(Device_4Impl, read_attr_hardware, attr_list) } void Device_4ImplWrap::default_read_attr_hardware(vector &attr_list) { this->Tango::Device_4Impl::read_attr_hardware(attr_list); } void Device_4ImplWrap::write_attr_hardware(vector &attr_list) { CALL_DEVICE_METHOD_VARGS(Device_4Impl, write_attr_hardware, attr_list) } void Device_4ImplWrap::default_write_attr_hardware(vector &attr_list) { this->Tango::Device_4Impl::write_attr_hardware(attr_list); } Tango::DevState Device_4ImplWrap::dev_state() { CALL_DEVICE_METHOD_RET(Device_4Impl, dev_state) // Keep the compiler quiet return Tango::UNKNOWN; } Tango::DevState Device_4ImplWrap::default_dev_state() { return this->Tango::Device_4Impl::dev_state(); } Tango::ConstDevString Device_4ImplWrap::dev_status() { __AUX_DECL_CALL_DEVICE_METHOD try { if (override dev_status = this->get_override("dev_status") ) { std::string status = dev_status(); this->the_status = status; } else { this->the_status = Device_4Impl::dev_status(); } } __AUX_CATCH_PY_EXCEPTION \ __AUX_CATCH_EXCEPTION(dev_status) return this->the_status.c_str(); } Tango::ConstDevString Device_4ImplWrap::default_dev_status() { return this->Tango::Device_4Impl::dev_status(); } void Device_4ImplWrap::signal_handler(long signo) { try { CALL_DEVICE_METHOD_VARGS(Device_4Impl, signal_handler, signo) } catch(Tango::DevFailed &df) { long nb_err = df.errors.length(); df.errors.length(nb_err + 1); df.errors[nb_err].reason = CORBA::string_dup( "PyDs_UnmanagedSignalHandlerException"); df.errors[nb_err].desc = CORBA::string_dup( "An unmanaged Tango::DevFailed exception occurred in signal_handler"); df.errors[nb_err].origin = CORBA::string_dup("Device_4Impl.signal_handler"); df.errors[nb_err].severity = Tango::ERR; Tango::Except::print_exception(df); } } void Device_4ImplWrap::default_signal_handler(long signo) { this->Tango::Device_4Impl::signal_handler(signo); } Device_5ImplWrap::Device_5ImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st) :Tango::Device_5Impl(cl,st), PyDeviceImplBase(self) { _init(); } Device_5ImplWrap::Device_5ImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc /* = "A Tango device" */, Tango::DevState sta /* = Tango::UNKNOWN */, const char *status /* = StatusNotSet */) :Tango::Device_5Impl(cl, name, desc, sta, status), PyDeviceImplBase(self) { _init(); } Device_5ImplWrap::~Device_5ImplWrap() { delete_device(); } void Device_5ImplWrap::_init() { // Make sure the wrapper contains a valid pointer to the self // I found out this is needed by inspecting the boost wrapper_base.hpp code initialize_wrapper(the_self, this); } void Device_5ImplWrap::init_device() { AutoPythonGIL __py_lock; try { this->get_override("init_device")(); } catch(boost::python::error_already_set &eas) { handle_python_exception(eas); } } void Device_5ImplWrap::delete_device() { CALL_DEVICE_METHOD(Device_5Impl, delete_device) } void Device_5ImplWrap::default_delete_device() { this->Tango::Device_5Impl::delete_device(); } void Device_5ImplWrap::delete_dev() { // Call here the delete_device method. It is defined in Device_5ImplWrap // class which is already destroyed when the Tango kernel call the // delete_device method try { delete_device(); } catch (Tango::DevFailed &e) { Tango::Except::print_exception(e); } } void Device_5ImplWrap::py_delete_dev() { Device_5ImplWrap::delete_dev(); PyDeviceImplBase::py_delete_dev(); } void Device_5ImplWrap::always_executed_hook() { CALL_DEVICE_METHOD(Device_5Impl, always_executed_hook) } void Device_5ImplWrap::default_always_executed_hook() { this->Tango::Device_5Impl::always_executed_hook(); } void Device_5ImplWrap::read_attr_hardware(vector &attr_list) { CALL_DEVICE_METHOD_VARGS(Device_5Impl, read_attr_hardware, attr_list) } void Device_5ImplWrap::default_read_attr_hardware(vector &attr_list) { this->Tango::Device_5Impl::read_attr_hardware(attr_list); } void Device_5ImplWrap::write_attr_hardware(vector &attr_list) { CALL_DEVICE_METHOD_VARGS(Device_5Impl, write_attr_hardware, attr_list) } void Device_5ImplWrap::default_write_attr_hardware(vector &attr_list) { this->Tango::Device_5Impl::write_attr_hardware(attr_list); } Tango::DevState Device_5ImplWrap::dev_state() { CALL_DEVICE_METHOD_RET(Device_5Impl, dev_state) // Keep the compiler quiet return Tango::UNKNOWN; } Tango::DevState Device_5ImplWrap::default_dev_state() { return this->Tango::Device_5Impl::dev_state(); } Tango::ConstDevString Device_5ImplWrap::dev_status() { __AUX_DECL_CALL_DEVICE_METHOD try { if (override dev_status = this->get_override("dev_status") ) { std::string status = dev_status(); this->the_status = status; } else { this->the_status = Device_5Impl::dev_status(); } } __AUX_CATCH_PY_EXCEPTION \ __AUX_CATCH_EXCEPTION(dev_status) return this->the_status.c_str(); } Tango::ConstDevString Device_5ImplWrap::default_dev_status() { return this->Tango::Device_5Impl::dev_status(); } void Device_5ImplWrap::signal_handler(long signo) { try { CALL_DEVICE_METHOD_VARGS(Device_5Impl, signal_handler, signo) } catch(Tango::DevFailed &df) { long nb_err = df.errors.length(); df.errors.length(nb_err + 1); df.errors[nb_err].reason = CORBA::string_dup( "PyDs_UnmanagedSignalHandlerException"); df.errors[nb_err].desc = CORBA::string_dup( "An unmanaged Tango::DevFailed exception occurred in signal_handler"); df.errors[nb_err].origin = CORBA::string_dup("Device_5Impl.signal_handler"); df.errors[nb_err].severity = Tango::ERR; Tango::Except::print_exception(df); } } void Device_5ImplWrap::default_signal_handler(long signo) { this->Tango::Device_5Impl::signal_handler(signo); } #if ((defined sun) || (defined WIN32)) BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(register_signal_overload, Tango::DeviceImpl::register_signal, 1, 1) #else BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(register_signal_overload, Tango::DeviceImpl::register_signal, 1, 2) #endif BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(append_status_overload, Tango::DeviceImpl::append_status, 1, 2) BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(set_change_event_overload, Tango::DeviceImpl::set_change_event, 2, 3) BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(set_archive_event_overload, Tango::DeviceImpl::set_archive_event, 2, 3) BOOST_PYTHON_FUNCTION_OVERLOADS(remove_attribute_overload, PyDeviceImpl::remove_attribute, 2, 3) void export_device_impl() { // The following function declarations are necessary to be able to cast // the function parameters from string& to const string&, otherwise python // will not recognize the method calls long (Tango::DeviceImpl::*get_cmd_poll_ring_depth_)(std::string &) = &Tango::DeviceImpl::get_cmd_poll_ring_depth; long (Tango::DeviceImpl::*get_attr_poll_ring_depth_)(std::string &) = &Tango::DeviceImpl::get_attr_poll_ring_depth; void (Tango::DeviceImpl::*stop_polling1)() = &Tango::DeviceImpl::stop_polling; void (Tango::DeviceImpl::*stop_polling2)(bool) = &Tango::DeviceImpl::stop_polling; class_, boost::noncopyable>("DeviceImpl", init >()) .def("init_device", pure_virtual(&Tango::DeviceImpl::init_device)) .def("set_state", &Tango::DeviceImpl::set_state) .def("get_state", &Tango::DeviceImpl::get_state, return_value_policy()) .def("get_prev_state", &Tango::DeviceImpl::get_prev_state, return_value_policy()) .def("get_name", &Tango::DeviceImpl::get_name, return_value_policy()) .def("get_device_attr", &Tango::DeviceImpl::get_device_attr, return_value_policy()) .def("register_signal", &Tango::DeviceImpl::register_signal, register_signal_overload()) .def("unregister_signal", &Tango::DeviceImpl::unregister_signal) .def("get_status", &Tango::DeviceImpl::get_status, return_value_policy()) .def("set_status", &Tango::DeviceImpl::set_status) .def("append_status", &Tango::DeviceImpl::append_status, append_status_overload()) .def("dev_state", &Tango::DeviceImpl::dev_state) .def("dev_status", &Tango::DeviceImpl::dev_status) .def("get_attribute_config", &PyDeviceImpl::get_attribute_config) .def("set_change_event", &Tango::DeviceImpl::set_change_event, set_change_event_overload()) .def("set_archive_event", &Tango::DeviceImpl::set_archive_event, set_archive_event_overload()) .def("_add_attribute", &PyDeviceImpl::add_attribute) .def("_remove_attribute", &PyDeviceImpl::remove_attribute, remove_attribute_overload()) .def("_add_command", &PyDeviceImpl::add_command) .def("_remove_command", &PyDeviceImpl::remove_command) //@TODO .def("get_device_class") //@TODO .def("get_db_device") .def("is_attribute_polled", &PyDeviceImpl::is_attribute_polled) .def("is_command_polled", &PyDeviceImpl::is_command_polled) .def("get_attribute_poll_period", &PyDeviceImpl::get_attribute_poll_period) .def("get_command_poll_period", &PyDeviceImpl::get_command_poll_period) .def("poll_attribute", &PyDeviceImpl::poll_attribute) .def("poll_command", &PyDeviceImpl::poll_command) .def("stop_poll_attribute", &PyDeviceImpl::stop_poll_attribute) .def("stop_poll_command", &PyDeviceImpl::stop_poll_command) .def("get_exported_flag", &Tango::DeviceImpl::get_exported_flag) .def("get_poll_ring_depth", &Tango::DeviceImpl::get_poll_ring_depth) .def("get_poll_old_factor", &Tango::DeviceImpl::get_poll_old_factor) .def("is_polled", (bool (Tango::DeviceImpl::*) ())&Tango::DeviceImpl::is_polled) .def("get_polled_cmd", &PyDeviceImpl::get_polled_cmd) .def("get_polled_attr", &PyDeviceImpl::get_polled_attr) .def("get_non_auto_polled_cmd", &PyDeviceImpl::get_non_auto_polled_cmd) .def("get_non_auto_polled_attr", &PyDeviceImpl::get_non_auto_polled_attr) //@TODO .def("get_poll_obj_list", &PyDeviceImpl::get_poll_obj_list) .def("stop_polling", stop_polling1) .def("stop_polling", stop_polling2) .def("check_command_exists", &Tango::DeviceImpl::check_command_exists) //@TODO .def("get_command", &PyDeviceImpl::get_command) .def("get_dev_idl_version", &Tango::DeviceImpl::get_dev_idl_version) .def("get_cmd_poll_ring_depth", (long (Tango::DeviceImpl::*) (const std::string &)) get_cmd_poll_ring_depth_) .def("get_attr_poll_ring_depth", (long (Tango::DeviceImpl::*) (const std::string &)) get_attr_poll_ring_depth_) .def("is_device_locked", &Tango::DeviceImpl::is_device_locked) .def("init_logger", &Tango::DeviceImpl::init_logger) .def("start_logging", &Tango::DeviceImpl::start_logging) .def("stop_logging", &Tango::DeviceImpl::stop_logging) //.def("set_exported_flag", &Tango::DeviceImpl::set_exported_flag) //.def("set_poll_ring_depth", &Tango::DeviceImpl::set_poll_ring_depth) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &)) &PyDeviceImpl::push_change_event, (arg_("self"), arg_("attr_name"))) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, object &)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, str &, str &)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, str &, object &)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, object &, long)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, object &, long, long)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, object &, double, Tango::AttrQuality)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, str &, str &, double, Tango::AttrQuality)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, str &, object &, double, Tango::AttrQuality)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, object &, double, Tango::AttrQuality, long)) &PyDeviceImpl::push_change_event) .def("push_change_event", (void (*) (Tango::DeviceImpl &, str &, object &, double, Tango::AttrQuality, long, long)) &PyDeviceImpl::push_change_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &)) &PyDeviceImpl::push_archive_event, (arg_("self"), arg_("attr_name"))) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, object &)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, str &, str &)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, str &, object &)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, object &, long)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, object &, long, long)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, object &, double, Tango::AttrQuality)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, str &, str &, double, Tango::AttrQuality)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, str &, object &, double, Tango::AttrQuality)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, object &, double, Tango::AttrQuality, long)) &PyDeviceImpl::push_archive_event) .def("push_archive_event", (void (*) (Tango::DeviceImpl &, str &, object &, double, Tango::AttrQuality, long, long)) &PyDeviceImpl::push_archive_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, object &)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, str &, str &)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, str &, object &)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, object &, long)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, object &, long, long)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, object &, double, Tango::AttrQuality)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, str &, str &, double, Tango::AttrQuality)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, str &, object &, double, Tango::AttrQuality)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, object &, double, Tango::AttrQuality, long)) &PyDeviceImpl::push_event) .def("push_event", (void (*) (Tango::DeviceImpl &, str &, object &, object &, object &, double, Tango::AttrQuality, long, long)) &PyDeviceImpl::push_event) .def("push_data_ready_event", (void (*) (Tango::DeviceImpl &, str &, long)) &PyDeviceImpl::push_data_ready_event, (arg_("self"), arg_("attr_name"), arg_("ctr"))) .def("push_att_conf_event", &Tango::DeviceImpl::push_att_conf_event) .def("push_pipe_event", (void (*) (Tango::DeviceImpl &, str &, object&)) &PyDeviceImpl::push_pipe_event, (arg_("self"), arg_("pipe_name"), arg_("pipe_data"))) .def("get_logger", &Tango::DeviceImpl::get_logger, return_internal_reference<>()) .def("__debug_stream", &PyDeviceImpl::debug) .def("__info_stream", &PyDeviceImpl::info) .def("__warn_stream", &PyDeviceImpl::warn) .def("__error_stream", &PyDeviceImpl::error) .def("__fatal_stream", &PyDeviceImpl::fatal) .def("get_min_poll_period", &Tango::DeviceImpl::get_min_poll_period) .def("get_cmd_min_poll_period", &Tango::DeviceImpl::get_cmd_min_poll_period, return_internal_reference<>()) .def("get_attr_min_poll_period", &Tango::DeviceImpl::get_attr_min_poll_period, return_internal_reference<>()) .def("is_there_subscriber", &Tango::DeviceImpl::is_there_subscriber) ; implicitly_convertible, auto_ptr >(); class_, boost::noncopyable> ("Device_2Impl", init >()) .def("get_attribute_config_2", &PyDevice_2Impl::get_attribute_config_2) //@TODO .def("read_attribute_history_2", &PyDevice_2Impl::read_attribute_history_2) ; class_, boost::noncopyable> ("Device_3Impl", init >()) .def("init_device", pure_virtual(&Tango::Device_3Impl::init_device)) .def("delete_device", &Tango::Device_3Impl::delete_device, &Device_3ImplWrap::default_delete_device) .def("always_executed_hook", &Tango::Device_3Impl::always_executed_hook, &Device_3ImplWrap::default_always_executed_hook) .def("read_attr_hardware", &Tango::Device_3Impl::read_attr_hardware, &Device_3ImplWrap::default_read_attr_hardware) .def("write_attr_hardware", &Tango::Device_3Impl::write_attr_hardware, &Device_3ImplWrap::default_write_attr_hardware) .def("dev_state", &Tango::Device_3Impl::dev_state, &Device_3ImplWrap::default_dev_state) .def("dev_status", &Tango::Device_3Impl::dev_status, &Device_3ImplWrap::default_dev_status) .def("signal_handler", &Tango::Device_3Impl::signal_handler, &Device_3ImplWrap::default_signal_handler) .def("get_attribute_config_3", &PyDevice_3Impl::get_attribute_config_3) .def("set_attribute_config_3", &PyDevice_3Impl::set_attribute_config_3) ; class_, bases, boost::noncopyable> ("Device_4Impl", init >()) .def("init_device", pure_virtual(&Tango::Device_4Impl::init_device)) .def("delete_device", &Tango::Device_4Impl::delete_device, &Device_4ImplWrap::default_delete_device) .def("always_executed_hook", &Tango::Device_4Impl::always_executed_hook, &Device_4ImplWrap::default_always_executed_hook) .def("read_attr_hardware", &Tango::Device_4Impl::read_attr_hardware, &Device_4ImplWrap::default_read_attr_hardware) .def("write_attr_hardware", &Tango::Device_4Impl::write_attr_hardware, &Device_4ImplWrap::default_write_attr_hardware) .def("dev_state", &Tango::Device_4Impl::dev_state, &Device_4ImplWrap::default_dev_state) .def("dev_status", &Tango::Device_4Impl::dev_status, &Device_4ImplWrap::default_dev_status) .def("signal_handler", &Tango::Device_4Impl::signal_handler, &Device_4ImplWrap::default_signal_handler) ; implicitly_convertible, auto_ptr >(); class_, bases, boost::noncopyable> ("Device_5Impl", init >()) .def("init_device", pure_virtual(&Tango::Device_5Impl::init_device)) .def("delete_device", &Tango::Device_5Impl::delete_device, &Device_5ImplWrap::default_delete_device) .def("always_executed_hook", &Tango::Device_5Impl::always_executed_hook, &Device_5ImplWrap::default_always_executed_hook) .def("read_attr_hardware", &Tango::Device_5Impl::read_attr_hardware, &Device_5ImplWrap::default_read_attr_hardware) .def("write_attr_hardware", &Tango::Device_5Impl::write_attr_hardware, &Device_5ImplWrap::default_write_attr_hardware) .def("dev_state", &Tango::Device_5Impl::dev_state, &Device_5ImplWrap::default_dev_state) .def("dev_status", &Tango::Device_5Impl::dev_status, &Device_5ImplWrap::default_dev_status) .def("signal_handler", &Tango::Device_5Impl::signal_handler, &Device_5ImplWrap::default_signal_handler) ; implicitly_convertible, auto_ptr >(); } //namespace PyDevIntrThread //{ // /* ********************************** // * interface change event // * **********************************/ // inline void push_devintr_change_event(Tango::DevIntrThread &self) // { // self.push_event(); // } //} // //void export_device_intrthread() //{ // class_("DeviceImpl", // init >()) // // .def("push_event", // (void (*) (Tango::DevIntrThread &)) // &PyDeviceIntrThread::push_devintr_change_event, // (arg_("self"))) //} pytango-9.2.2/ext/server/device_impl.h000066400000000000000000000307201316324373100177510ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #ifndef _DEVICE_IMPL_H #define _DEVICE_IMPL_H #include #include #include "server/device_class.h" /** * A wrapper around the Tango::DeviceImpl class */ class DeviceImplWrap : public Tango::DeviceImpl, public boost::python::wrapper { public: /** a reference to itself */ PyObject *m_self; /** * Constructor * * @param[in] self * @param[in] cl * @param[in] st */ DeviceImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st); /** * Constructor * * @param[in] self * @param[in] cl * @param[in] name * @param[in] desc * @param[in] sta * @param[in] status */ DeviceImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc = "A Tango device", Tango::DevState sta = Tango::UNKNOWN, const char *status = Tango::StatusNotSet); /** * Destructor */ virtual ~DeviceImplWrap() {} /** * Invokes the actual init_device */ void init_device(); bool _is_attribute_polled(const std::string &att_name); bool _is_command_polled(const std::string &cmd_name); int _get_attribute_poll_period(const std::string &att_name); int _get_command_poll_period(const std::string &cmd_name); void _poll_attribute(const std::string &att_name, int period); void _poll_command(const std::string &cmd_name, int period); void _stop_poll_attribute(const std::string &att_name); void _stop_poll_command(const std::string &cmd_name); }; /** * A wrapper around the Tango::Device_2Impl class */ class Device_2ImplWrap : public Tango::Device_2Impl, public boost::python::wrapper { public: /** a reference to itself */ PyObject *m_self; /** * Constructor * * @param[in] self * @param[in] cl * @param[in] st */ Device_2ImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st); /** * Constructor * * @param[in] self * @param[in] cl * @param[in] name * @param[in] desc * @param[in] sta * @param[in] status */ Device_2ImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc = "A Tango device", Tango::DevState sta = Tango::UNKNOWN, const char *status = Tango::StatusNotSet); /** * Destructor */ virtual ~Device_2ImplWrap() {} /** * Invokes the actual init_device */ void init_device(); }; class PyDeviceImplBase { public: /** a reference to itself */ PyObject *the_self; std::string the_status; PyDeviceImplBase(PyObject *self); virtual ~PyDeviceImplBase(); virtual void py_delete_dev(); }; /** * A wrapper around the Tango::Device_3Impl class */ class Device_3ImplWrap : public Tango::Device_3Impl, public PyDeviceImplBase, public boost::python::wrapper { public: /** * Constructor * * @param[in] self * @param[in] cl * @param[in] st */ Device_3ImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st); /** * Constructor * * @param[in] self * @param[in] cl * @param[in] name * @param[in] desc * @param[in] sta * @param[in] status */ Device_3ImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc = "A Tango device", Tango::DevState sta = Tango::UNKNOWN, const char *status = Tango::StatusNotSet); /** * Destructor */ virtual ~Device_3ImplWrap(); /** * Necessary init_device implementation to call python */ virtual void init_device(); /** * Necessary delete_device implementation to call python */ virtual void delete_device(); /** * Executes default delete_device implementation */ void default_delete_device(); /** * called to ask Python to delete a device by decrementing the Python * reference count */ virtual void delete_dev(); /** * Necessary always_executed_hook implementation to call python */ virtual void always_executed_hook(); /** * Executes default always_executed_hook implementation */ void default_always_executed_hook(); /** * Necessary read_attr_hardware implementation to call python */ virtual void read_attr_hardware(vector &attr_list); /** * Executes default read_attr_hardware implementation */ void default_read_attr_hardware(vector &attr_list); /** * Necessary write_attr_hardware implementation to call python */ virtual void write_attr_hardware(vector &attr_list); /** * Executes default write_attr_hardware implementation */ void default_write_attr_hardware(vector &attr_list); /** * Necessary dev_state implementation to call python */ virtual Tango::DevState dev_state(); /** * Executes default dev_state implementation */ Tango::DevState default_dev_state(); /** * Necessary dev_status implementation to call python */ virtual Tango::ConstDevString dev_status(); /** * Executes default dev_status implementation */ Tango::ConstDevString default_dev_status(); /** * Necessary signal_handler implementation to call python */ virtual void signal_handler(long signo); /** * Executes default signal_handler implementation */ void default_signal_handler(long signo); virtual void py_delete_dev(); protected: /** * internal method used to initialize the class. Called by the constructors */ void _init(); }; /** * Device_4ImplWrap is the class used to represent a Python Tango device. */ class Device_4ImplWrap : public Tango::Device_4Impl, public PyDeviceImplBase, public boost::python::wrapper { public: /** * Constructor * * @param[in] self * @param[in] cl * @param[in] st */ Device_4ImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st); /** * Constructor * * @param[in] self * @param[in] cl * @param[in] name * @param[in] desc * @param[in] sta * @param[in] status */ Device_4ImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc = "A Tango device", Tango::DevState sta = Tango::UNKNOWN, const char *status = Tango::StatusNotSet); /** * Destructor */ virtual ~Device_4ImplWrap(); /** * Necessary init_device implementation to call python */ virtual void init_device(); /** * Necessary delete_device implementation to call python */ virtual void delete_device(); /** * Executes default delete_device implementation */ void default_delete_device(); /** * called to ask Python to delete a device by decrementing the Python * reference count */ virtual void delete_dev(); /** * Necessary always_executed_hook implementation to call python */ virtual void always_executed_hook(); /** * Executes default always_executed_hook implementation */ void default_always_executed_hook(); /** * Necessary read_attr_hardware implementation to call python */ virtual void read_attr_hardware(vector &attr_list); /** * Executes default read_attr_hardware implementation */ void default_read_attr_hardware(vector &attr_list); /** * Necessary write_attr_hardware implementation to call python */ virtual void write_attr_hardware(vector &attr_list); /** * Executes default write_attr_hardware implementation */ void default_write_attr_hardware(vector &attr_list); /** * Necessary dev_state implementation to call python */ virtual Tango::DevState dev_state(); /** * Executes default dev_state implementation */ Tango::DevState default_dev_state(); /** * Necessary dev_status implementation to call python */ virtual Tango::ConstDevString dev_status(); /** * Executes default dev_status implementation */ Tango::ConstDevString default_dev_status(); /** * Necessary signal_handler implementation to call python */ virtual void signal_handler(long signo); /** * Executes default signal_handler implementation */ void default_signal_handler(long signo); virtual void py_delete_dev(); protected: /** * internal method used to initialize the class. Called by the constructors */ void _init(); }; /** * Device_5ImplWrap is the class used to represent a Python Tango device. */ class Device_5ImplWrap : public Tango::Device_5Impl, public PyDeviceImplBase, public boost::python::wrapper { public: /** * Constructor * * @param[in] self * @param[in] cl * @param[in] st */ Device_5ImplWrap(PyObject *self, CppDeviceClass *cl, std::string &st); /** * Constructor * * @param[in] self * @param[in] cl * @param[in] name * @param[in] desc * @param[in] sta * @param[in] status */ Device_5ImplWrap(PyObject *self, CppDeviceClass *cl, const char *name, const char *desc = "A Tango device", Tango::DevState sta = Tango::UNKNOWN, const char *status = Tango::StatusNotSet); /** * Destructor */ virtual ~Device_5ImplWrap(); /** * Necessary init_device implementation to call python */ virtual void init_device(); /** * Necessary delete_device implementation to call python */ virtual void delete_device(); /** * Executes default delete_device implementation */ void default_delete_device(); /** * called to ask Python to delete a device by decrementing the Python * reference count */ virtual void delete_dev(); /** * Necessary always_executed_hook implementation to call python */ virtual void always_executed_hook(); /** * Executes default always_executed_hook implementation */ void default_always_executed_hook(); /** * Necessary read_attr_hardware implementation to call python */ virtual void read_attr_hardware(vector &attr_list); /** * Executes default read_attr_hardware implementation */ void default_read_attr_hardware(vector &attr_list); /** * Necessary write_attr_hardware implementation to call python */ virtual void write_attr_hardware(vector &attr_list); /** * Executes default write_attr_hardware implementation */ void default_write_attr_hardware(vector &attr_list); /** * Necessary dev_state implementation to call python */ virtual Tango::DevState dev_state(); /** * Executes default dev_state implementation */ Tango::DevState default_dev_state(); /** * Necessary dev_status implementation to call python */ virtual Tango::ConstDevString dev_status(); /** * Executes default dev_status implementation */ Tango::ConstDevString default_dev_status(); /** * Necessary signal_handler implementation to call python */ virtual void signal_handler(long signo); /** * Executes default signal_handler implementation */ void default_signal_handler(long signo); virtual void py_delete_dev(); protected: /** * internal method used to initialize the class. Called by the constructors */ void _init(); }; #endif // _DEVICE_IMPL_H pytango-9.2.2/ext/server/dserver.cpp000066400000000000000000000174331316324373100175040ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "to_py.h" #include "from_py.h" using namespace boost::python; namespace PyDServer { PyObject* query_class(Tango::DServer &self) { Tango::DevVarStringArray *res = self.query_class(); PyObject *py_res = CORBA_sequence_to_list::convert(*res); delete res; return py_res; } PyObject* query_device(Tango::DServer &self) { Tango::DevVarStringArray *res = self.query_device(); PyObject *py_res = CORBA_sequence_to_list::convert(*res); delete res; return py_res; } PyObject* query_sub_device(Tango::DServer &self) { Tango::DevVarStringArray *res = self.query_sub_device(); PyObject *py_res = CORBA_sequence_to_list::convert(*res); delete res; return py_res; } PyObject* query_class_prop(Tango::DServer &self, const std::string &class_name) { std::string class_name2 = class_name; Tango::DevVarStringArray *res = self.query_class_prop(class_name2); PyObject *py_res = CORBA_sequence_to_list::convert(*res); delete res; return py_res; } PyObject* query_dev_prop(Tango::DServer &self, const std::string &dev_name) { std::string dev_name2 = dev_name; Tango::DevVarStringArray *res = self.query_dev_prop(dev_name2); PyObject *py_res = CORBA_sequence_to_list::convert(*res); delete res; return py_res; } PyObject* polled_device(Tango::DServer &self) { Tango::DevVarStringArray *res = self.polled_device(); PyObject *py_res = CORBA_sequence_to_list::convert(*res); delete res; return py_res; } PyObject* dev_poll_status(Tango::DServer &self, const std::string &dev_name) { std::string dev_name2 = dev_name; Tango::DevVarStringArray *res = self.dev_poll_status(dev_name2); PyObject *py_res = CORBA_sequence_to_list::convert(*res); delete res; return py_res; } void add_obj_polling(Tango::DServer &self, object &py_long_str_array, bool with_db_upd = true, int delta_ms = 0) { Tango::DevVarLongStringArray long_str_array; convert2array(py_long_str_array, long_str_array); self.add_obj_polling(&long_str_array, with_db_upd, delta_ms); } void upd_obj_polling_period(Tango::DServer &self, object &py_long_str_array, bool with_db_upd = true) { Tango::DevVarLongStringArray long_str_array; convert2array(py_long_str_array, long_str_array); self.upd_obj_polling_period(&long_str_array, with_db_upd); } void rem_obj_polling(Tango::DServer &self, object &py_str_array, bool with_db_upd = true) { Tango::DevVarStringArray str_array; convert2array(py_str_array, str_array); self.rem_obj_polling(&str_array, with_db_upd); } void lock_device(Tango::DServer &self, object &py_long_str_array) { Tango::DevVarLongStringArray long_str_array; convert2array(py_long_str_array, long_str_array); self.lock_device(&long_str_array); } Tango::DevLong un_lock_device(Tango::DServer &self, object &py_long_str_array) { Tango::DevVarLongStringArray long_str_array; convert2array(py_long_str_array, long_str_array); return self.un_lock_device(&long_str_array); } void re_lock_devices(Tango::DServer &self, object &py_str_array) { Tango::DevVarStringArray str_array; convert2array(py_str_array, str_array); self.re_lock_devices(&str_array); } PyObject* dev_lock_status(Tango::DServer &self, Tango::ConstDevString dev_name) { Tango::DevVarLongStringArray* ret = self.dev_lock_status(dev_name); PyObject* py_ret = CORBA_sequence_to_list::convert(*ret); delete ret; return py_ret; } } BOOST_PYTHON_FUNCTION_OVERLOADS(add_obj_polling_overload, PyDServer::add_obj_polling, 2, 4) BOOST_PYTHON_FUNCTION_OVERLOADS(upd_obj_polling_period_overload, PyDServer::upd_obj_polling_period, 2, 3) BOOST_PYTHON_FUNCTION_OVERLOADS(rem_obj_polling_overload, PyDServer::rem_obj_polling, 2, 3) void export_dserver() { // The following function declarations are necessary to be able to cast // the function parameters from string& to const string&, otherwise python // will not recognize the method calls void (Tango::DServer::*restart_)(std::string &) = &Tango::DServer::restart; class_, boost::noncopyable> ("DServer", no_init) .def("query_class", &PyDServer::query_class) .def("query_device", &PyDServer::query_device) .def("query_sub_device", &PyDServer::query_sub_device) .def("kill", &Tango::DServer::kill) .def("restart", (void (Tango::DServer::*) (const std::string &)) restart_) .def("restart_server", &Tango::DServer::restart_server) .def("query_class_prop", &PyDServer::query_class_prop) .def("query_dev_prop", &PyDServer::query_dev_prop) .def("polled_device", &PyDServer::polled_device) .def("dev_poll_status", &PyDServer::polled_device) .def("add_obj_polling", &PyDServer::add_obj_polling, add_obj_polling_overload()) .def("upd_obj_polling_period", &PyDServer::upd_obj_polling_period, upd_obj_polling_period_overload()) .def("rem_obj_polling", &PyDServer::rem_obj_polling, rem_obj_polling_overload()) .def("stop_polling", &Tango::DServer::stop_polling) .def("start_polling", (void (Tango::DServer::*)() ) &Tango::DServer::start_polling) .def("add_event_heartbeat", &Tango::DServer::add_event_heartbeat) .def("rem_event_heartbeat", &Tango::DServer::rem_event_heartbeat) .def("lock_device", &PyDServer::lock_device) .def("un_lock_device", &PyDServer::un_lock_device) .def("re_lock_devices", &PyDServer::re_lock_devices) .def("dev_lock_status", &PyDServer::dev_lock_status) .def("delete_devices", &Tango::DServer::delete_devices) .def("start_logging", &Tango::DServer::start_logging) .def("stop_logging", &Tango::DServer::stop_logging) .def("get_process_name", &Tango::DServer::get_process_name, return_value_policy()) .def("get_personal_name", &Tango::DServer::get_personal_name, return_value_policy()) .def("get_instance_name", &Tango::DServer::get_instance_name, return_value_policy()) .def("get_full_name", &Tango::DServer::get_full_name, return_value_policy()) .def("get_fqdn", &Tango::DServer::get_fqdn, return_value_policy()) .def("get_poll_th_pool_size", &Tango::DServer::get_poll_th_pool_size) .def("get_opt_pool_usage", &Tango::DServer::get_opt_pool_usage) .def("get_poll_th_conf", &Tango::DServer::get_poll_th_conf) ; } pytango-9.2.2/ext/server/encoded_attribute.cpp000066400000000000000000001330631316324373100215140ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include #include "tango_numpy.h" #include "device_attribute.h" using namespace boost::python; const int i = 1; #define IS_BIGENDIAN() ( (*(char*)&i) == 0 ) namespace PyEncodedAttribute { /// This callback is run to delete char* objects. /// It is called by python. The array was associated with an attribute /// value object that is not being used anymore. /// @param ptr_ The array object. /// @param type_ The type of data. We don't need it for now # ifdef PYCAPSULE_OLD template static void __ptr_deleter(void * ptr_) { if (1 == type) delete [] (static_cast(ptr_)); else if (2 == type) delete [] (static_cast(ptr_)); else if (4 == type) delete [] (static_cast(ptr_)); } # else template static void __ptr_deleter(PyObject* obj) { void * ptr_ = PyCapsule_GetPointer(obj, NULL); if (1 == type) delete [] (static_cast(ptr_)); else if (2 == type) delete [] (static_cast(ptr_)); else if (4 == type) delete [] (static_cast(ptr_)); } # endif void encode_gray8(Tango::EncodedAttribute &self, object py_value, int w, int h) { PyObject *py_value_ptr = py_value.ptr(); unsigned char *buffer = NULL; if (PyBytes_Check(py_value_ptr)) { buffer = reinterpret_cast(PyBytes_AsString(py_value_ptr)); self.encode_gray8(buffer, w, h); return; } #ifndef DISABLE_PYTANGO_NUMPY else if (PyArray_Check(py_value_ptr)) { w = static_cast(PyArray_DIM(py_value_ptr, 1)); h = static_cast(PyArray_DIM(py_value_ptr, 0)); buffer = (unsigned char*)(PyArray_DATA(py_value_ptr)); self.encode_gray8(buffer, w, h); return; } #endif // It must be a py sequence // we are sure that w and h are given by python (see encoded_attribute.py) const int length = w*h; unsigned char *raw_b = new unsigned char[length]; unique_pointer b(raw_b); buffer = raw_b; unsigned char *p = raw_b; int w_bytes = w; for (long y=0; y 255) { Py_DECREF(row); Py_DECREF(cell); PyErr_SetString(PyExc_TypeError, "int item not in range(256)"); boost::python::throw_error_already_set(); } *p = (unsigned char)byte; } Py_DECREF(cell); p++; } } Py_DECREF(row); } self.encode_gray8(buffer, w, h); } void encode_jpeg_gray8(Tango::EncodedAttribute &self, object py_value, int w, int h, double quality) { PyObject *py_value_ptr = py_value.ptr(); unsigned char *buffer = NULL; if (PyBytes_Check(py_value_ptr)) { buffer = reinterpret_cast(PyBytes_AsString(py_value_ptr)); self.encode_jpeg_gray8(buffer, w, h, quality); return; } #ifndef DISABLE_PYTANGO_NUMPY else if (PyArray_Check(py_value_ptr)) { w = static_cast(PyArray_DIM(py_value_ptr, 1)); h = static_cast(PyArray_DIM(py_value_ptr, 0)); buffer = (unsigned char*)(PyArray_DATA(py_value_ptr)); self.encode_jpeg_gray8(buffer, w, h, quality); return; } #endif // It must be a py sequence // we are sure that w and h are given by python (see encoded_attribute.py) const int length = w*h; unsigned char *raw_b = new unsigned char[length]; unique_pointer b(raw_b); buffer = raw_b; unsigned char *p = raw_b; int w_bytes = w; for (long y=0; y 255) { Py_DECREF(row); Py_DECREF(cell); PyErr_SetString(PyExc_TypeError, "int item not in range(256)"); boost::python::throw_error_already_set(); } *p = (unsigned char)byte; } Py_DECREF(cell); p++; } } Py_DECREF(row); } self.encode_jpeg_gray8(buffer, w, h, quality); } void encode_gray16(Tango::EncodedAttribute &self, object py_value, int w, int h) { PyObject *py_value_ptr = py_value.ptr(); unsigned short *buffer = NULL; if (PyBytes_Check(py_value_ptr)) { buffer = reinterpret_cast(PyBytes_AsString(py_value_ptr)); self.encode_gray16(buffer, w, h); return; } #ifndef DISABLE_PYTANGO_NUMPY else if (PyArray_Check(py_value_ptr)) { w = static_cast(PyArray_DIM(py_value_ptr, 1)); h = static_cast(PyArray_DIM(py_value_ptr, 0)); buffer = (unsigned short*)(PyArray_DATA(py_value_ptr)); self.encode_gray16(buffer, w, h); return; } #endif // It must be a py sequence // we are sure that w and h are given by python (see encoded_attribute.py) const int length = w*h; unsigned short *raw_b = new unsigned short[length]; unique_pointer b(raw_b); buffer = raw_b; unsigned short *p = raw_b; int w_bytes = 2*w; for (long y=0; y(PyBytes_AsString(cell)); *p = *word; } else if (PyLong_Check(cell)) { unsigned short word = (unsigned short)PyLong_AsUnsignedLong(cell); if (PyErr_Occurred()) { Py_DECREF(row); Py_DECREF(cell); boost::python::throw_error_already_set(); } *p = word; } else { Py_DECREF(row); Py_DECREF(cell); PyErr_SetString(PyExc_TypeError, "Unsupported data type in array element"); boost::python::throw_error_already_set(); } Py_DECREF(cell); p++; } } Py_DECREF(row); } self.encode_gray16(buffer, w, h); } void encode_rgb24(Tango::EncodedAttribute &self, object py_value, int w, int h) { PyObject *py_value_ptr = py_value.ptr(); unsigned char *buffer = NULL; if (PyBytes_Check(py_value_ptr)) { buffer = reinterpret_cast(PyBytes_AsString(py_value_ptr)); self.encode_rgb24(buffer, w, h); return; } #ifndef DISABLE_PYTANGO_NUMPY else if (PyArray_Check(py_value_ptr)) { buffer = (unsigned char*)(PyArray_DATA(py_value_ptr)); self.encode_rgb24(buffer, w, h); return; } #endif // It must be a py sequence // we are sure that w and h are given by python (see encoded_attribute.py) const int length = w*h; unsigned char *raw_b = new unsigned char[length]; unique_pointer b(raw_b); buffer = raw_b; unsigned char *p = raw_b; int w_bytes = 3*w; for (long y=0; y> 16) & 0xFF; p++; *p = (unsigned char)(byte >> 8) & 0xFF; p++; *p = (unsigned char)(byte) & 0xFF; p++; } else { *p = (unsigned char)(byte) & 0xFF; p++; *p = (unsigned char)(byte >> 8) & 0xFF; p++; *p = (unsigned char)(byte >> 16) & 0xFF; p++; } } Py_DECREF(cell); } } Py_DECREF(row); } self.encode_rgb24(buffer, w, h); } void encode_jpeg_rgb24(Tango::EncodedAttribute &self, object py_value, int w, int h, double quality) { PyObject *py_value_ptr = py_value.ptr(); unsigned char *buffer = NULL; if (PyBytes_Check(py_value_ptr)) { buffer = reinterpret_cast(PyBytes_AsString(py_value_ptr)); self.encode_jpeg_rgb24(buffer, w, h, quality); return; } #ifndef DISABLE_PYTANGO_NUMPY else if (PyArray_Check(py_value_ptr)) { buffer = (unsigned char*)(PyArray_DATA(py_value_ptr)); self.encode_jpeg_rgb24(buffer, w, h, quality); return; } #endif // It must be a py sequence // we are sure that w and h are given by python (see encoded_attribute.py) const int length = w*h; unsigned char *raw_b = new unsigned char[length]; unique_pointer b(raw_b); buffer = raw_b; unsigned char *p = raw_b; int w_bytes = 3*w; for (long y=0; y> 16) & 0xFF; p++; *p = (unsigned char)(byte >> 8) & 0xFF; p++; *p = (unsigned char)(byte) & 0xFF; p++; } else { *p = (unsigned char)(byte) & 0xFF; p++; *p = (unsigned char)(byte >> 8) & 0xFF; p++; *p = (unsigned char)(byte >> 16) & 0xFF; p++; } } Py_DECREF(cell); } } Py_DECREF(row); } self.encode_jpeg_rgb24(buffer, w, h, quality); } void encode_jpeg_rgb32(Tango::EncodedAttribute &self, object py_value, int w, int h, double quality) { PyObject *py_value_ptr = py_value.ptr(); unsigned char *buffer = NULL; if (PyBytes_Check(py_value_ptr)) { buffer = reinterpret_cast(PyBytes_AsString(py_value_ptr)); self.encode_jpeg_rgb32(buffer, w, h, quality); return; } #ifndef DISABLE_PYTANGO_NUMPY else if (PyArray_Check(py_value_ptr)) { buffer = (unsigned char*)(PyArray_DATA(py_value_ptr)); self.encode_jpeg_rgb32(buffer, w, h, quality); return; } #endif // It must be a py sequence // we are sure that w and h are given by python (see encoded_attribute.py) const int length = w*h; unsigned char *raw_b = new unsigned char[length]; unique_pointer b(raw_b); buffer = raw_b; unsigned char *p = raw_b; int w_bytes = 4*w; for (long y=0; y> 24) & 0xFF; p++; *p = (unsigned char)(byte >> 16) & 0xFF; p++; *p = (unsigned char)(byte >> 8) & 0xFF; p++; *p = (unsigned char)(byte) & 0xFF; p++; } else { *p = (unsigned char)(byte) & 0xFF; p++; *p = (unsigned char)(byte >> 8) & 0xFF; p++; *p = (unsigned char)(byte >> 16) & 0xFF; p++; *p = (unsigned char)(byte >> 24) & 0xFF; p++; } } Py_DECREF(cell); } } Py_DECREF(row); } self.encode_jpeg_rgb32(buffer, w, h, quality); } PyObject *decode_gray8(Tango::EncodedAttribute &self, Tango::DeviceAttribute *attr, PyTango::ExtractAs extract_as) { unsigned char *buffer; int width, height; self.decode_gray8(attr, &width, &height, &buffer); char *ch_ptr = reinterpret_cast(buffer); PyObject *ret = NULL; switch (extract_as) { case PyTango::ExtractAsNumpy: #ifndef DISABLE_PYTANGO_NUMPY { npy_intp dims[2] = { height, width }; ret = PyArray_SimpleNewFromData(2, dims, NPY_UBYTE, ch_ptr); if (!ret) { delete [] buffer; throw_error_already_set(); } // numpy.ndarray() does not own it's memory, so we need to manage it. // We can assign a 'base' object that will be informed (decref'd) when // the last copy of numpy.ndarray() disappears. // PyCObject is intended for that kind of things. It's seen as a // black box object from python. We assign him a function to be called // when it is deleted -> the function deletes de data. PyObject* guard = PyCapsule_New( static_cast(ch_ptr), NULL, __ptr_deleter<1>); if (!guard) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } PyArray_BASE(ret) = guard; break; } #endif case PyTango::ExtractAsString: { ret = PyTuple_New(3); if (!ret) { delete [] buffer; throw_error_already_set(); } size_t nb_bytes = width*height*sizeof(char); PyObject *buffer_str = PyBytes_FromStringAndSize(ch_ptr, nb_bytes); if (!buffer_str) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } PyTuple_SetItem(ret, 0, PyLong_FromLong(width)); PyTuple_SetItem(ret, 1, PyLong_FromLong(height)); PyTuple_SetItem(ret, 2, buffer_str); delete [] buffer; break; } case PyTango::ExtractAsTuple: { ret = PyTuple_New(height); if (!ret) { delete [] buffer; throw_error_already_set(); } for (long y=0; y < height; ++y) { PyObject *row = PyTuple_New(width); if (!row) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } for (long x=0; x < width; ++x) { PyTuple_SetItem(row, x, PyBytes_FromStringAndSize(ch_ptr + y*width+x, 1)); } PyTuple_SetItem(ret, y, row); } delete [] buffer; break; } case PyTango::ExtractAsPyTango3: case PyTango::ExtractAsList: { ret = PyList_New(height); if (!ret) { delete [] buffer; throw_error_already_set(); } for (long y=0; y < height; ++y) { PyObject *row = PyList_New(width); if (!row) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } for (long x=0; x < width; ++x) { PyList_SetItem(row, x, PyBytes_FromStringAndSize(ch_ptr + y*width+x, 1)); } PyList_SetItem(ret, y, row); } delete [] buffer; break; } default: { delete [] buffer; PyErr_SetString(PyExc_TypeError, "decode only supports " "ExtractAs Numpy, String, Tuple and List"); boost::python::throw_error_already_set(); break; } } return ret; } PyObject *decode_gray16(Tango::EncodedAttribute &self, Tango::DeviceAttribute *attr, PyTango::ExtractAs extract_as) { unsigned short *buffer; int width, height; self.decode_gray16(attr, &width, &height, &buffer); unsigned short *ch_ptr = buffer; PyObject *ret = NULL; switch (extract_as) { case PyTango::ExtractAsNumpy: #ifndef DISABLE_PYTANGO_NUMPY { npy_intp dims[2] = { height, width }; ret = PyArray_SimpleNewFromData(2, dims, NPY_USHORT, ch_ptr); if (!ret) { delete [] buffer; throw_error_already_set(); } // numpy.ndarray() does not own it's memory, so we need to manage it. // We can assign a 'base' object that will be informed (decref'd) when // the last copy of numpy.ndarray() disappears. // PyCObject is intended for that kind of things. It's seen as a // black box object from python. We assign him a function to be called // when it is deleted -> the function deletes de data. PyObject* guard = PyCapsule_New( static_cast(ch_ptr), NULL, __ptr_deleter<2>); if (!guard) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } PyArray_BASE(ret) = guard; break; } #endif case PyTango::ExtractAsString: { ret = PyTuple_New(3); if (!ret) { delete [] buffer; throw_error_already_set(); } size_t nb_bytes = width*height*sizeof(unsigned short); PyObject *buffer_str = PyBytes_FromStringAndSize( reinterpret_cast(ch_ptr), nb_bytes); delete [] buffer; if (!buffer_str) { Py_XDECREF(ret); throw_error_already_set(); } PyTuple_SetItem(ret, 0, PyLong_FromLong(width)); PyTuple_SetItem(ret, 1, PyLong_FromLong(height)); PyTuple_SetItem(ret, 2, buffer_str); break; } case PyTango::ExtractAsTuple: { ret = PyTuple_New(height); if (!ret) { delete [] buffer; throw_error_already_set(); } for (long y=0; y < height; ++y) { PyObject *row = PyTuple_New(width); if (!row) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } for (long x=0; x < width; ++x) { PyTuple_SetItem(row, x, PyLong_FromUnsignedLong(ch_ptr[y*width+x])); } PyTuple_SetItem(ret, y, row); } delete [] buffer; break; } case PyTango::ExtractAsPyTango3: case PyTango::ExtractAsList: { ret = PyList_New(height); if (!ret) { delete [] buffer; throw_error_already_set(); } for (long y=0; y < height; ++y) { PyObject *row = PyList_New(width); if (!row) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } for (long x=0; x < width; ++x) { PyList_SetItem(row, x, PyLong_FromUnsignedLong(ch_ptr[y*width+x])); } PyList_SetItem(ret, y, row); } delete [] buffer; break; } default: { delete [] buffer; PyErr_SetString(PyExc_TypeError, "decode only supports " "ExtractAs Numpy, String, Tuple and List"); boost::python::throw_error_already_set(); break; } } return ret; } PyObject *decode_rgb32(Tango::EncodedAttribute &self, Tango::DeviceAttribute *attr, PyTango::ExtractAs extract_as) { unsigned char *buffer; int width, height; self.decode_rgb32(attr, &width, &height, &buffer); unsigned char *ch_ptr = buffer; PyObject *ret = NULL; switch (extract_as) { case PyTango::ExtractAsNumpy: #ifndef DISABLE_PYTANGO_NUMPY { npy_intp dims[2] = { height, width }; ret = PyArray_SimpleNewFromData(2, dims, NPY_UINT32, ch_ptr); if (!ret) { delete [] buffer; throw_error_already_set(); } // numpy.ndarray() does not own it's memory, so we need to manage it. // We can assign a 'base' object that will be informed (decref'd) when // the last copy of numpy.ndarray() disappears. // PyCObject is intended for that kind of things. It's seen as a // black box object from python. We assign him a function to be called // when it is deleted -> the function deletes de data. PyObject* guard = PyCapsule_New( static_cast(ch_ptr), NULL, __ptr_deleter<4>); if (!guard) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } PyArray_BASE(ret) = guard; break; } #endif case PyTango::ExtractAsString: { ret = PyTuple_New(3); if (!ret) { delete [] buffer; throw_error_already_set(); } size_t nb_bytes = width*height*4; PyObject *buffer_str = PyBytes_FromStringAndSize( reinterpret_cast(ch_ptr), nb_bytes); delete [] buffer; if (!buffer_str) { Py_XDECREF(ret); throw_error_already_set(); } PyTuple_SetItem(ret, 0, PyLong_FromLong(width)); PyTuple_SetItem(ret, 1, PyLong_FromLong(height)); PyTuple_SetItem(ret, 2, buffer_str); break; } case PyTango::ExtractAsTuple: { ret = PyTuple_New(height); if (!ret) { delete [] buffer; throw_error_already_set(); } for (long y=0; y < height; ++y) { PyObject *row = PyTuple_New(width); if (!row) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } for (long x=0; x < width; ++x) { long idx = 4*(y*width+x); // data comes in in big endian format Tango::DevULong data; if (IS_BIGENDIAN()) { char *p = reinterpret_cast(&data); *p = ch_ptr[idx++]; ++p; *p = ch_ptr[idx++]; ++p; *p = ch_ptr[idx++]; ++p; *p = ch_ptr[idx]; } else { idx +=3; char *p = reinterpret_cast(&data); *p = ch_ptr[idx--]; ++p; *p = ch_ptr[idx--]; ++p; *p = ch_ptr[idx--]; ++p; *p = ch_ptr[idx]; } PyTuple_SetItem(row, x, PyLong_FromUnsignedLong(data)); } PyTuple_SetItem(ret, y, row); } delete [] buffer; break; } case PyTango::ExtractAsPyTango3: case PyTango::ExtractAsList: { ret = PyList_New(height); if (!ret) { delete [] buffer; throw_error_already_set(); } for (long y=0; y < height; ++y) { PyObject *row = PyList_New(width); if (!row) { Py_XDECREF(ret); delete [] buffer; throw_error_already_set(); } for (long x=0; x < width; ++x) { long idx = 4*(y*width+x); // data comes in in big endian format Tango::DevULong data; if (IS_BIGENDIAN()) { char *p = reinterpret_cast(&data); *p = ch_ptr[idx++]; ++p; *p = ch_ptr[idx++]; ++p; *p = ch_ptr[idx++]; ++p; *p = ch_ptr[idx]; } else { idx +=3; char *p = reinterpret_cast(&data); *p = ch_ptr[idx--]; ++p; *p = ch_ptr[idx--]; ++p; *p = ch_ptr[idx--]; ++p; *p = ch_ptr[idx]; } PyList_SetItem(row, x, PyLong_FromUnsignedLong(data)); } PyList_SetItem(ret, y, row); } delete [] buffer; break; } default: { delete [] buffer; PyErr_SetString(PyExc_TypeError, "decode only supports " "ExtractAs Numpy, String, Tuple and List"); boost::python::throw_error_already_set(); break; } } return ret; } } void export_encoded_attribute() { class_ EncodedAttribute( "EncodedAttribute", init<>()); EncodedAttribute .def(init >()) .def("_encode_gray8", &PyEncodedAttribute::encode_gray8) .def("_encode_gray16", &PyEncodedAttribute::encode_gray16) .def("_encode_rgb24", &PyEncodedAttribute::encode_rgb24) .def("_encode_jpeg_gray8", &PyEncodedAttribute::encode_jpeg_gray8) .def("_encode_jpeg_rgb24", &PyEncodedAttribute::encode_jpeg_rgb24) .def("_encode_jpeg_rgb32", &PyEncodedAttribute::encode_jpeg_rgb32) .def("_decode_gray8", &PyEncodedAttribute::decode_gray8) .def("_decode_gray16", &PyEncodedAttribute::decode_gray16) .def("_decode_rgb32", &PyEncodedAttribute::decode_rgb32) ; } pytango-9.2.2/ext/server/fwdAttr.cpp000066400000000000000000000020661316324373100174410ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include void export_user_default_fwdattr_prop() { boost::python::class_("UserDefaultFwdAttrProp") .def("set_label", &Tango::UserDefaultFwdAttrProp::set_label) ; } void export_fwdattr() { boost::python::class_("FwdAttr", boost::python::init()) .def("set_default_properties", &Tango::FwdAttr::set_default_properties) ; } pytango-9.2.2/ext/server/log4tango.cpp000066400000000000000000000121031316324373100177150ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" using namespace boost::python; extern const char *param_must_be_seq; extern const char *non_string_seq; namespace PyLogging { void add_logging_target(object &obj) { PyObject *obj_ptr = obj.ptr(); if(PySequence_Check(obj_ptr) == 0) { raise_(PyExc_TypeError, param_must_be_seq); } Tango::DevVarStringArray par; int len = (int) PySequence_Length(obj_ptr); par.length(len); for(int i = 0; i < len; ++i) { PyObject* item_ptr = PySequence_GetItem(obj_ptr, i); str item = str(handle<>(item_ptr)); par[i] = CORBA::string_dup(extract(item)); } Tango::Logging::add_logging_target(&par); } void remove_logging_target(object &obj) { PyObject *obj_ptr = obj.ptr(); if(PySequence_Check(obj_ptr) == 0) { raise_(PyExc_TypeError, param_must_be_seq); } Tango::DevVarStringArray par; int len = (int) PySequence_Length(obj_ptr); par.length(len); for(int i = 0; i < len; ++i) { PyObject* item_ptr = PySequence_GetItem(obj_ptr, i); str item = str(handle<>(item_ptr)); par[i] = CORBA::string_dup(extract(item)); } Tango::Logging::remove_logging_target(&par); } } void export_log4tango() { { scope level_scope = class_("Level", no_init) .def("get_name", &log4tango::Level::get_name, return_value_policy()) .def("get_value", &log4tango::Level::get_value) .staticmethod("get_name") .staticmethod("get_value") ; enum_("LevelLevel") .value("OFF", log4tango::Level::OFF) .value("FATAL", log4tango::Level::FATAL) .value("ERROR", log4tango::Level::ERROR) .value("WARN", log4tango::Level::WARN) .value("INFO", log4tango::Level::INFO) .value("DEBUG", log4tango::Level::DEBUG) ; } class_("Logger", init >()) .def("get_name", &log4tango::Logger::get_name, return_value_policy()) .def("set_level", &log4tango::Logger::set_level) .def("get_level", &log4tango::Logger::get_level) .def("is_level_enabled", &log4tango::Logger::is_level_enabled) .def("__log", (void (log4tango::Logger::*)(log4tango::Level::Value, const std::string &)) &log4tango::Logger::log) .def("__log_unconditionally", (void (log4tango::Logger::*)(log4tango::Level::Value, const std::string &)) &log4tango::Logger::log_unconditionally) .def("__debug", (void (log4tango::Logger::*)(const std::string &)) &log4tango::Logger::debug) .def("__info", (void (log4tango::Logger::*)(const std::string &)) &log4tango::Logger::info) .def("__warn", (void (log4tango::Logger::*)(const std::string &)) &log4tango::Logger::warn) .def("__error", (void (log4tango::Logger::*)(const std::string &)) &log4tango::Logger::error) .def("__fatal", (void (log4tango::Logger::*)(const std::string &)) &log4tango::Logger::fatal) .def("is_debug_enabled", &log4tango::Logger::is_debug_enabled) .def("is_info_enabled", &log4tango::Logger::is_info_enabled) .def("is_warn_enabled", &log4tango::Logger::is_warn_enabled) .def("is_error_enabled", &log4tango::Logger::is_error_enabled) .def("is_fatal_enabled", &log4tango::Logger::is_fatal_enabled) ; class_("Logging", no_init) .def("get_core_logger", &Tango::Logging::get_core_logger, return_value_policy()) .def("add_logging_target", &PyLogging::add_logging_target) .def("remove_logging_target", &PyLogging::remove_logging_target) .def("start_logging", &Tango::Logging::start_logging) .def("stop_logging", &Tango::Logging::stop_logging) .staticmethod("get_core_logger") .staticmethod("add_logging_target") .staticmethod("remove_logging_target") .staticmethod("start_logging") .staticmethod("stop_logging") ; } pytango-9.2.2/ext/server/multi_attribute.cpp000066400000000000000000000044711316324373100212450ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_multi_attribute() { class_("MultiAttribute", no_init) .def("get_attr_by_name", &Tango::MultiAttribute::get_attr_by_name, return_value_policy()) .def("get_attr_by_ind", &Tango::MultiAttribute::get_attr_by_ind, return_value_policy()) .def("get_w_attr_by_name", &Tango::MultiAttribute::get_w_attr_by_name, return_value_policy()) .def("get_w_attr_by_ind", &Tango::MultiAttribute::get_w_attr_by_ind, return_value_policy()) .def("get_attr_ind_by_name", &Tango::MultiAttribute::get_attr_ind_by_name) // New in 7.0.0 .def("get_alarm_list", &Tango::MultiAttribute::get_alarm_list, return_internal_reference<>()) // New in 7.0.0 .def("get_attr_nb", &Tango::MultiAttribute::get_attr_nb) // New in 7.0.0 .def("check_alarm", (bool (Tango::MultiAttribute::*) ()) &Tango::MultiAttribute::check_alarm) // New in 7.0.0 .def("check_alarm", (bool (Tango::MultiAttribute::*) (const long)) &Tango::MultiAttribute::check_alarm) // New in 7.0.0 .def("check_alarm", (bool (Tango::MultiAttribute::*) (const char *)) &Tango::MultiAttribute::check_alarm) // New in 7.0.0 .def("read_alarm", (void (Tango::MultiAttribute::*) (const std::string &)) &Tango::MultiAttribute::read_alarm) // New in 7.0.0 .def("get_attribute_list", &Tango::MultiAttribute::get_attribute_list, return_value_policy()) ; } pytango-9.2.2/ext/server/multi_class_attribute.cpp000066400000000000000000000024041316324373100224240ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "pytgutils.h" using namespace boost::python; void export_multi_class_attribute() { Tango::Attr& (Tango::MultiClassAttribute::*get_attr_)(std::string &) = &Tango::MultiClassAttribute::get_attr; class_("MultiClassAttribute", no_init) .def("get_attr", (Tango::Attr& (Tango::MultiClassAttribute::*) (const std::string &)) get_attr_, return_value_policy()) .def("remove_attr", &Tango::MultiClassAttribute::remove_attr) .def("get_attr_list", &Tango::MultiClassAttribute::get_attr_list, return_value_policy()) ; } pytango-9.2.2/ext/server/pipe.cpp000066400000000000000000000447131316324373100167700ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" #include "pipe.h" #include "fast_from_py.h" #include #include "device_pipe.h" #define __AUX_DECL_CALL_PIPE_METHOD \ PyDeviceImplBase *__dev_ptr = dynamic_cast(dev); \ AutoPythonGIL __py_lock; #define __AUX_CATCH_PY_EXCEPTION \ catch(bopy::error_already_set &eas) \ { handle_python_exception(eas); } #define CALL_PIPE_METHOD(dev, name) \ __AUX_DECL_CALL_PIPE_METHOD \ try { bopy::call_method(__dev_ptr->the_self, name); } \ __AUX_CATCH_PY_EXCEPTION #define CALL_PIPE_METHOD_VARGS(dev, name, ...) \ __AUX_DECL_CALL_PIPE_METHOD \ try { bopy::call_method(__dev_ptr->the_self, name, __VA_ARGS__); } \ __AUX_CATCH_PY_EXCEPTION #define CALL_PIPE_METHOD_RET(retType, ret, dev, name) \ __AUX_DECL_CALL_PIPE_METHOD \ try { ret = bopy::call_method(__dev_ptr->the_self, name); } \ __AUX_CATCH_PY_EXCEPTION #define CALL_PIPE_METHOD_VARGS_RET(retType, ret, dev, name, ...) \ __AUX_DECL_CALL_PIPE_METHOD \ try { ret = bopy::call_method(__dev_ptr->the_self, name, __VA_ARGS__); } \ __AUX_CATCH_PY_EXCEPTION #define RET_CALL_PIPE_METHOD(retType, dev, name) \ __AUX_DECL_CALL_PIPE_METHOD \ try { return bopy::call_method(__dev_ptr->the_self, name); } \ __AUX_CATCH_PY_EXCEPTION #define RET_CALL_PIPE_METHOD_VARGS(retType, dev, name, ...) \ __AUX_DECL_CALL_PIPE_METHOD \ try { return bopy::call_method(__dev_ptr->the_self, name, __VA_ARGS__); } \ __AUX_CATCH_PY_EXCEPTION namespace PyTango { namespace Pipe { void _Pipe::read(Tango::DeviceImpl *dev, Tango::Pipe &pipe) { if (!_is_method(dev, read_name)) { TangoSys_OMemStream o; o << read_name << " method " << " not found for " << pipe.get_name(); Tango::Except::throw_exception("PyTango_ReadPipeMethodNotFound", o.str(), "PyTango::Pipe::read"); } CALL_PIPE_METHOD_VARGS(dev, read_name.c_str(), boost::ref(pipe)) } void _Pipe::write(Tango::DeviceImpl *dev, Tango::WPipe &pipe) { if (!_is_method(dev, write_name)) { TangoSys_OMemStream o; o << write_name << " method not found for " << pipe.get_name(); Tango::Except::throw_exception("PyTango_WritePipeMethodNotFound", o.str(), "PyTango::Pipe::write"); } PyDeviceImplBase *__dev_ptr = dynamic_cast(dev); AutoPythonGIL __py_lock; try { bopy::call_method(__dev_ptr->the_self, write_name.c_str(), boost::ref(pipe)); } catch(bopy::error_already_set &eas) { handle_python_exception(eas); } } bool _Pipe::is_allowed(Tango::DeviceImpl *dev, Tango::PipeReqType ty) { if (_is_method(dev, py_allowed_name)) { RET_CALL_PIPE_METHOD_VARGS(bool, dev, py_allowed_name.c_str(), ty) } // keep compiler quiet return true; } bool _Pipe::_is_method(Tango::DeviceImpl *dev, const std::string &name) { AutoPythonGIL __py_lock; PyDeviceImplBase *__dev_ptr = dynamic_cast(dev); PyObject *__dev_py = __dev_ptr->the_self; return is_method_defined(__dev_py, name); } static void throw_wrong_python_data_type(const std::string &name, const char *method) { TangoSys_OMemStream o; o << "Wrong Python type for pipe " << name << ends; Tango::Except::throw_exception("PyDs_WrongPythonDataTypeForPipe", o.str(), method); } template void append_scalar_encoded(T& obj, const std::string &name, bopy::object& py_value) { bopy::object p0 = py_value[0]; bopy::object p1 = py_value[1]; const char* encoded_format = bopy::extract (p0.ptr()); PyObject* data_ptr = p1.ptr(); Py_buffer view; if (PyObject_GetBuffer(data_ptr, &view, PyBUF_FULL_RO) < 0) { throw_wrong_python_data_type(obj.get_name(), "append_scalar_encoded"); } CORBA::ULong nb = static_cast(view.len); Tango::DevVarCharArray arr(nb, nb, (CORBA::Octet*)view.buf, false); Tango::DevEncoded value; value.encoded_format = CORBA::string_dup(encoded_format); value.encoded_data = arr; obj << value; PyBuffer_Release(&view); } template void __append_scalar(T &obj, const std::string &name, bopy::object& py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType value; from_py::convert(py_value, value); obj << value; } template void append_scalar(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { __append_scalar(pipe, name, py_value); } template<> void append_scalar(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_scalar"); } template<> void append_scalar(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_scalar"); } template<> void append_scalar(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { append_scalar_encoded(pipe, name, py_value); } template void append_scalar(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { __append_scalar(blob, name, py_value); } template<> void append_scalar(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_scalar"); } template<> void append_scalar(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_scalar"); } template<> void append_scalar(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { append_scalar_encoded(blob, name, py_value); } // ------------- // Array version // ------------- template void __append_array(T& obj, const std::string &name, bopy::object& py_value) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; TangoArrayType* value = fast_convert2array(py_value); obj << value; } template void append_array(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { __append_array(pipe, name, py_value); } template<> void append_array(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_array"); } template<> void append_array(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_array"); } template<> void append_array(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_array"); } template<> void append_array(Tango::Pipe& pipe, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(pipe.get_name(), "append_array"); } template void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { __append_array(blob, name, py_value); } template<> void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_array"); } template<> void append_array(Tango::DevicePipeBlob& blob, const std::string &name, bopy::object& py_value) { throw_wrong_python_data_type(blob.get_name(), "append_array"); } template void __append(T& obj, const std::string& name, bopy::object& py_value, const Tango::CmdArgType dtype) { TANGO_DO_ON_DEVICE_DATA_TYPE_ID(dtype, append_scalar(obj, name, py_value); , append_array(obj, name, py_value); ); } /* template void __set_value(T& obj, bopy::object& py_value) { bopy::object items = py_value.attr("items")(); Py_ssize_t size = bopy::len(items); obj.set_data_elt_nb(size); for(size_t i = 0; i < size; ++i) { std::string item_name = bopy::extract(items[i][0]); bopy::object py_item_data = items[i][1]; if (PyDict_Check(py_item_data.ptr())) // data element { bopy::object py_item_value = py_item_data["value"]; bopy::object py_item_dtype = py_item_data["dtype"]; Tango::CmdArgType item_dtype = bopy::extract(py_item_dtype); __append(obj, item_name, py_item_value, item_dtype); } else { std::string blob_name = bopy::extract(py_item_data[0]); bopy::object py_blob_data = py_item_data[1]; Tango::DevicePipeBlob blob(blob_name); __set_value(blob, py_blob_data); obj << blob; } } } */ /* template void __set_value(T& obj, bopy::object& py_value) { bopy::str name_key("name"); Py_ssize_t size = bopy::len(py_value); std::vector elem_names; for(size_t i = 0; i < size; ++i) { elem_names.push_back(bopy::extract(py_value[i][0])); } obj.set_data_elt_names(elem_names); for(size_t i = 0; i < size; ++i) { std::string item_name = bopy::extract(py_value[i][0]); bopy::dict py_item_data = bopy::extract(py_value[i][1]); if (py_item_data.has_key(name_key)) // a sub-blob { std::string blob_name = bopy::extract(py_item_data["name"]); bopy::object py_blob_data = py_item_data["data"]; Tango::DevicePipeBlob blob(blob_name); __set_value(blob, py_blob_data); obj << blob; } else { bopy::object py_item_value = py_item_data["value"]; bopy::object py_item_dtype = py_item_data["dtype"]; Tango::CmdArgType item_dtype = bopy::extract(py_item_dtype); __append(obj, item_name, py_item_value, item_dtype); } } } */ template void __set_value(T& obj, bopy::object& py_value) { // need to fill item names first because in case it is a sub-blob, // the Tango C++ API doesnt't provide a way to do it Py_ssize_t size = bopy::len(py_value); std::vector elem_names; for(ssize_t i = 0; i < size; ++i) { elem_names.push_back(bopy::extract(py_value[i]["name"])); } obj.set_data_elt_names(elem_names); for(ssize_t i = 0; i < size; ++i) { bopy::object item = py_value[i]; std::string item_name = bopy::extract(item["name"]); bopy::object py_item_data = item["value"]; Tango::CmdArgType item_dtype = bopy::extract(item["dtype"]); if (item_dtype == Tango::DEV_PIPE_BLOB) // a sub-blob { std::string blob_name = bopy::extract(py_item_data[0]); bopy::object py_blob_data = py_item_data[1]; Tango::DevicePipeBlob blob(blob_name); __set_value(blob, py_blob_data); obj << blob; } else { __append(obj, item_name, py_item_data, item_dtype); } } } void set_value(Tango::Pipe& pipe, bopy::object& py_value) { __set_value(pipe, py_value); } bopy::object get_value(Tango::WPipe& pipe) { bopy::object py_value; Tango::DevicePipeBlob blob = pipe.get_blob(); py_value = PyTango::DevicePipe::extract(blob); return py_value; } }} // namespace PyTango::Pipe void export_pipe() { bopy::class_("Pipe", bopy::init >()) .def("get_name", &Tango::Pipe::get_name, bopy::return_value_policy()) .def("set_name", &Tango::Pipe::set_name) .def("set_default_properties", &Tango::Pipe::set_default_properties) .def("get_root_blob_name", &Tango::Pipe::get_root_blob_name, bopy::return_value_policy()) .def("set_root_blob_name", &Tango::Pipe::set_root_blob_name) .def("get_desc", &Tango::Pipe::get_desc, bopy::return_value_policy()) .def("get_label", &Tango::Pipe::get_label, bopy::return_value_policy()) .def("get_disp_level", &Tango::Pipe::get_disp_level) .def("get_writable", &Tango::Pipe::get_writable) .def("get_pipe_serial_model", &Tango::Pipe::get_pipe_serial_model) .def("set_pipe_serial_model", &Tango::Pipe::set_pipe_serial_model) .def("has_failed", &Tango::Pipe::has_failed) .def("_set_value", (void (*) (Tango::Pipe &, bopy::object &)) &PyTango::Pipe::set_value) .def("get_value", (bopy::object (*) (Tango::WPipe &)) &PyTango::Pipe::get_value) ; bopy::class_, boost::noncopyable >("WPipe", bopy::init()) ; } namespace PyDevicePipe { static void throw_wrong_python_data_type(const std::string &name, const char *method) { TangoSys_OMemStream o; o << "Wrong Python type for pipe " << name << ends; Tango::Except::throw_exception("PyDs_WrongPythonDataTypeForPipe", o.str(), method); } template void __append_scalar(T &obj, const std::string &name, bopy::object& py_value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType value; from_py::convert(py_value, value); obj << value; } template void __append_array(T& obj, const std::string &name, bopy::object& py_value) { typedef typename TANGO_const2type(tangoArrayTypeConst) TangoArrayType; TangoArrayType* value = fast_convert2array(py_value); obj << value; } template bool __check_type(const bopy::object& value) { bopy::extract item(value); return item.check(); } template bool __convert(const bopy::object& value, T& py_item_data) { bopy::extract item(value); if (item.check()) { py_item_data = item(); return true; } return false; } void __append(Tango::DevicePipeBlob& dpb, const std::string& name, bopy::object& value) { if (__check_type(value)) { __append_scalar(dpb, name, value); } else if (__check_type(value)) { __append_scalar(dpb, name, value); } else if (__check_type(value)) { __append_scalar(dpb, name, value); } else if (__check_type(value)) { __append_scalar(dpb, name, value); } else if (__check_type(value)) { if (__check_type(value[0])) { __append_array(dpb, name, value); } else if (__check_type(value[0])) { __append_array(dpb, name, value); } else if (__check_type(value[0])) { __append_array(dpb, name, value); } else { throw_wrong_python_data_type(name, "__append"); } } else { throw_wrong_python_data_type(name, "__append"); } } void __set_value(Tango::DevicePipeBlob& dpb, bopy::dict& dict) { int nitems = len(dict); std::vector elem_names; for (auto i=0; i(dict.keys()[i])); } dpb.set_data_elt_names(elem_names); bopy::list values = dict.values(); for (auto i=0; i (py_data[0]); dpb.set_name(name); bopy::dict data = bopy::extract(py_data[1]); __set_value(dpb, data); } } // namespace PyDevicePipe pytango-9.2.2/ext/server/pipe.h000066400000000000000000000050021316324373100164210ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include #include "exception.h" #include "pytgutils.h" #include "server/device_impl.h" namespace PyTango { namespace Pipe { class _Pipe { public: _Pipe() {} virtual ~_Pipe() {} void read(Tango::DeviceImpl *, Tango::Pipe &); void write(Tango::DeviceImpl *dev, Tango::WPipe &); bool is_allowed(Tango::DeviceImpl *, Tango::PipeReqType); void set_allowed_name(const std::string &name) { py_allowed_name = name; } void set_read_name(const std::string &name) { read_name = name; } void set_write_name(const std::string &name) { write_name = name; } bool _is_method(Tango::DeviceImpl *, const std::string &); private: std::string py_allowed_name; std::string read_name; std::string write_name; }; class PyPipe: public Tango::Pipe, public _Pipe { public: PyPipe(const std::string &name, const Tango::DispLevel level, const Tango::PipeWriteType write=Tango::PIPE_READ): Tango::Pipe(name, level, write) {} ~PyPipe() {} virtual void read(Tango::DeviceImpl *dev) { _Pipe::read(dev, *this); } virtual bool is_allowed(Tango::DeviceImpl *dev, Tango::PipeReqType rt) { return _Pipe::is_allowed(dev, rt); } }; class PyWPipe: public Tango::WPipe, public _Pipe { public: PyWPipe(const std::string &name, const Tango::DispLevel level): Tango::WPipe(name, level) {} ~PyWPipe() {} virtual void read(Tango::DeviceImpl *dev) { _Pipe::read(dev, *this); } virtual void write(Tango::DeviceImpl *dev) { _Pipe::write(dev, *this); } virtual bool is_allowed(Tango::DeviceImpl *dev, Tango::PipeReqType rt) { return _Pipe::is_allowed(dev, rt); } }; }} // namespace PyTango::Pipe namespace PyDevicePipe { void set_value(Tango::DevicePipeBlob &, boost::python::object &); } // namespace PyDevicePipe pytango-9.2.2/ext/server/subdev.cpp000066400000000000000000000035521316324373100173170ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; namespace PySubDevDiag { PyObject *get_sub_devices(Tango::SubDevDiag &self) { Tango::DevVarStringArray *sub_devs = self.get_sub_devices(); boost::python::list py_sub_devs; for(unsigned long i = 0; i < sub_devs->length(); ++i) { py_sub_devs.append((*sub_devs)[i].in()); } delete sub_devs; return boost::python::incref(py_sub_devs.ptr()); } } void export_sub_dev_diag() { class_ ("SubDevDiag", no_init) .def("set_associated_device", &Tango::SubDevDiag::set_associated_device) .def("get_associated_device", &Tango::SubDevDiag::get_associated_device) .def("register_sub_device", &Tango::SubDevDiag::register_sub_device) .def("remove_sub_devices", (void (Tango::SubDevDiag::*) ()) &Tango::SubDevDiag::remove_sub_devices) .def("remove_sub_devices", (void (Tango::SubDevDiag::*) (std::string)) &Tango::SubDevDiag::remove_sub_devices) .def("get_sub_devices", &PySubDevDiag::get_sub_devices) .def("store_sub_devices", &Tango::SubDevDiag::store_sub_devices) .def("get_sub_devices_from_cache", &Tango::SubDevDiag::get_sub_devices_from_cache) ; } pytango-9.2.2/ext/server/tango_util.cpp000066400000000000000000000261051316324373100201730ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" #include "exception.h" #include "server/device_class.h" using namespace boost::python; namespace PyUtil { void _class_factory(Tango::DServer* dserver) { AutoPythonGIL guard; PYTANGO_MOD // // First, create CPP class if any. Their names are defined in a Python list // boost::python::list cpp_class_list = extract(pytango.attr("get_cpp_classes")()); Py_ssize_t cl_len = boost::python::len(cpp_class_list); for(Py_ssize_t i = 0; i < cl_len; ++i) { bopy::tuple class_info = extract(cpp_class_list[i]); char *class_name = extract(class_info[0]); char *par_name = extract(class_info[1]); dserver->_create_cpp_class(class_name, par_name); } // // Create Python classes with a call to the class_factory Python function // pytango.attr("class_factory")(); // // Make all Python tango class(es) known to C++ and set the PyInterpreter state // boost::python::list constructed_classes(pytango.attr("get_constructed_classes")()); Py_ssize_t cc_len = boost::python::len(constructed_classes); for(Py_ssize_t i = 0; i < cc_len; ++i) { CppDeviceClass *cpp_dc = extract (constructed_classes[i])(); dserver->_add_class(cpp_dc); } } void server_init(Tango::Util & instance, bool with_window = false) { AutoPythonAllowThreads guard; Tango::DServer::register_class_factory(_class_factory); instance.server_init(with_window); } void server_run(Tango::Util & instance) { AutoPythonAllowThreads guard; instance.server_run(); } inline Tango::Util* init(boost::python::object &obj) { PyObject *obj_ptr = obj.ptr(); if(PySequence_Check(obj_ptr) == 0) { raise_(PyExc_TypeError, param_must_be_seq); } int argc = (int) PySequence_Length(obj_ptr); char** argv = new char*[argc]; Tango::Util* res = 0; try { for(int i = 0; i < argc; ++i) { PyObject* item_ptr = PySequence_GetItem(obj_ptr, i); str item = str(handle<>(item_ptr)); argv[i] = extract(item); } res = Tango::Util::init(argc, argv); } catch (...) { delete [] argv; throw; } delete [] argv; if (PyEval_ThreadsInitialized() == 0) { PyEval_InitThreads(); } return res; } inline Tango::Util* instance1() { return Tango::Util::instance(); } inline Tango::Util* instance2(bool b) { return Tango::Util::instance(b); } inline object get_device_list_by_class(Tango::Util &self, const string &class_name) { boost::python::list py_dev_list; vector &dev_list = self.get_device_list_by_class(class_name); for(vector::iterator it = dev_list.begin(); it != dev_list.end(); ++it) { object py_value = object( handle<>( to_python_indirect< Tango::DeviceImpl*, detail::make_reference_holder>()(*it))); py_dev_list.append(py_value); } return py_dev_list; } inline object get_device_by_name(Tango::Util &self, const string &dev_name) { Tango::DeviceImpl *value = self.get_device_by_name(dev_name); object py_value = object( handle<>( to_python_indirect< Tango::DeviceImpl*, detail::make_reference_holder>()(value))); return py_value; } inline object get_device_list(Tango::Util &self, const string &name) { boost::python::list py_dev_list; vector dev_list = self.get_device_list(name); for(vector::iterator it = dev_list.begin(); it != dev_list.end(); ++it) { object py_value = object( handle<>( to_python_indirect< Tango::DeviceImpl*, detail::make_reference_holder>()(*it))); py_dev_list.append(py_value); } return py_dev_list; } inline bool event_loop() { AutoPythonGIL guard; PYTANGO_MOD boost::python::object py_event_loop = pytango.attr("_server_event_loop"); boost::python::object py_ret = py_event_loop(); bool ret = boost::python::extract(py_ret); return ret; } inline void server_set_event_loop(Tango::Util& self, boost::python::object& py_event_loop) { PYTANGO_MOD if (py_event_loop.ptr() == Py_None) { self.server_set_event_loop(NULL); pytango.attr("_server_event_loop") = py_event_loop; } else { pytango.attr("_server_event_loop") = py_event_loop; self.server_set_event_loop(event_loop); } } void set_use_db(bool use_db) { Tango::Util::_UseDb = use_db; } boost::python::str get_dserver_ior(Tango::Util& self, Tango::DServer* dserver) { Tango::Device_var d = dserver->_this(); dserver->set_d_var(Tango::Device::_duplicate(d)); const char *dserver_ior = self.get_orb()->object_to_string(d); boost::python::str ret = dserver_ior; delete [] dserver_ior; return ret; } boost::python::str get_device_ior(Tango::Util& self, Tango::DeviceImpl* device) { const char *ior = self.get_orb()->object_to_string(device->get_d_var()); boost::python::str ret = ior; delete [] ior; return ret; } void orb_run(Tango::Util& self) { AutoPythonAllowThreads guard; self.get_orb()->run(); } boost::python::str get_pid_str(Tango::Util& self) { boost::python::str ret = self.get_pid_str().c_str(); return ret; } boost::python::str get_version_str(Tango::Util& self) { boost::python::str ret = self.get_version_str().c_str(); return ret; } static boost::shared_ptr makeUtil(boost::python::object& args) { Tango::Util* util = PyUtil::init(args); return boost::shared_ptr(util); } } BOOST_PYTHON_FUNCTION_OVERLOADS (server_init_overload, PyUtil::server_init, 1, 2) void export_util() { class_("Interceptors") .def("create_thread", &Tango::Interceptors::create_thread) .def("delete_thread", &Tango::Interceptors::delete_thread) ; class_("Util", no_init) .def("__init__", boost::python::make_constructor(PyUtil::makeUtil)) .def("init", PyUtil::init, return_value_policy()) .staticmethod("init") .def("instance", &PyUtil::instance1, return_value_policy()) .def("instance", &PyUtil::instance2, return_value_policy()) .staticmethod("instance") .def("set_trace_level", &Tango::Util::set_trace_level) .def("get_trace_level", &Tango::Util::get_trace_level) .def("get_ds_inst_name", &Tango::Util::get_ds_inst_name, return_value_policy()) .def("get_ds_exec_name", &Tango::Util::get_ds_exec_name, return_value_policy()) .def("get_ds_name", &Tango::Util::get_ds_name, return_value_policy()) .def("get_host_name", &Tango::Util::get_host_name, return_value_policy()) .def("get_pid_str", &PyUtil::get_pid_str) .def("get_pid", &Tango::Util::get_pid) .def("get_tango_lib_release", &Tango::Util::get_tango_lib_release) .def("get_version_str", &PyUtil::get_version_str) .def("get_server_version", &Tango::Util::get_server_version, return_value_policy()) .def("set_server_version", &Tango::Util::set_server_version) .def("set_serial_model", &Tango::Util::set_serial_model) .def("get_serial_model", &Tango::Util::get_serial_model) .def("reset_filedatabase", &Tango::Util::reset_filedatabase) .def("unregister_server", &Tango::Util::unregister_server) .def("get_dserver_device", &Tango::Util::get_dserver_device, return_value_policy()) .def("server_init", &PyUtil::server_init, server_init_overload()) .def("server_run", &PyUtil::server_run) .def("server_cleanup", &Tango::Util::server_cleanup) .def("trigger_cmd_polling", &Tango::Util::trigger_cmd_polling) .def("trigger_attr_polling", &Tango::Util::trigger_attr_polling) .def("set_polling_threads_pool_size", &Tango::Util::set_polling_threads_pool_size) .def("get_polling_threads_pool_size", &Tango::Util::get_polling_threads_pool_size) .def("is_svr_starting", &Tango::Util::is_svr_starting) .def("is_svr_shutting_down", &Tango::Util::is_svr_shutting_down) .def("is_device_restarting", &Tango::Util::is_device_restarting) .def("get_sub_dev_diag", &Tango::Util::get_sub_dev_diag, return_internal_reference<>()) .def("connect_db", &Tango::Util::connect_db) .def("reset_filedatabase", &Tango::Util::reset_filedatabase) .def("get_database", &Tango::Util::get_database, return_internal_reference<>()) .def("unregister_server", &Tango::Util::unregister_server) .def("get_device_list_by_class", &PyUtil::get_device_list_by_class) .def("get_device_by_name", &PyUtil::get_device_by_name) .def("get_device_list", &PyUtil::get_device_list) .def("server_set_event_loop", &PyUtil::server_set_event_loop) .def("set_interceptors", &Tango::Util::set_interceptors) .def_readonly("_UseDb", &Tango::Util::_UseDb) .def_readonly("_FileDb", &Tango::Util::_FileDb) .def("set_use_db", &PyUtil::set_use_db) .staticmethod("set_use_db") .def("get_dserver_ior", &PyUtil::get_dserver_ior) .def("get_device_ior", &PyUtil::get_device_ior) .def("orb_run", &PyUtil::orb_run) ; } pytango-9.2.2/ext/server/user_default_attr_prop.cpp000066400000000000000000000107721316324373100226050ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_user_default_attr_prop() { class_("UserDefaultAttrProp") .def("set_label", &Tango::UserDefaultAttrProp::set_label) .def("set_description", &Tango::UserDefaultAttrProp::set_description) .def("set_format", &Tango::UserDefaultAttrProp::set_format) .def("set_unit", &Tango::UserDefaultAttrProp::set_unit) .def("set_standard_unit", &Tango::UserDefaultAttrProp::set_standard_unit) .def("set_display_unit", &Tango::UserDefaultAttrProp::set_display_unit) .def("set_min_value", &Tango::UserDefaultAttrProp::set_min_value) .def("set_max_value", &Tango::UserDefaultAttrProp::set_max_value) .def("set_min_alarm", &Tango::UserDefaultAttrProp::set_min_alarm) .def("set_max_alarm", &Tango::UserDefaultAttrProp::set_max_alarm) .def("set_min_warning", &Tango::UserDefaultAttrProp::set_min_warning) .def("set_max_warning", &Tango::UserDefaultAttrProp::set_max_warning) .def("set_delta_t", &Tango::UserDefaultAttrProp::set_delta_t) .def("set_delta_val", &Tango::UserDefaultAttrProp::set_delta_val) .def("set_abs_change", &Tango::UserDefaultAttrProp::set_event_abs_change) .def("set_rel_change", &Tango::UserDefaultAttrProp::set_event_rel_change) .def("set_period", &Tango::UserDefaultAttrProp::set_event_period) .def("set_archive_abs_change", &Tango::UserDefaultAttrProp::set_archive_event_abs_change) .def("set_archive_rel_change", &Tango::UserDefaultAttrProp::set_archive_event_rel_change) .def("set_archive_period", &Tango::UserDefaultAttrProp::set_archive_event_period) .def("set_event_abs_change", &Tango::UserDefaultAttrProp::set_event_abs_change) .def("set_event_rel_change", &Tango::UserDefaultAttrProp::set_event_rel_change) .def("set_event_period", &Tango::UserDefaultAttrProp::set_event_period) .def("set_archive_event_abs_change", &Tango::UserDefaultAttrProp::set_archive_event_abs_change) .def("set_archive_event_rel_change", &Tango::UserDefaultAttrProp::set_archive_event_rel_change) .def("set_archive_event_period", &Tango::UserDefaultAttrProp::set_archive_event_period) .def("_set_enum_labels", &Tango::UserDefaultAttrProp::set_enum_labels) .def_readwrite("label", &Tango::UserDefaultAttrProp::label) .def_readwrite("description", &Tango::UserDefaultAttrProp::description) .def_readwrite("unit", &Tango::UserDefaultAttrProp::unit) .def_readwrite("standard_unit", &Tango::UserDefaultAttrProp::standard_unit) .def_readwrite("display_unit", &Tango::UserDefaultAttrProp::display_unit) .def_readwrite("format", &Tango::UserDefaultAttrProp::format) .def_readwrite("min_value", &Tango::UserDefaultAttrProp::min_value) .def_readwrite("max_value", &Tango::UserDefaultAttrProp::max_value) .def_readwrite("min_alarm", &Tango::UserDefaultAttrProp::min_alarm) .def_readwrite("max_alarm", &Tango::UserDefaultAttrProp::max_alarm) .def_readwrite("min_warning", &Tango::UserDefaultAttrProp::min_warning) .def_readwrite("max_warning", &Tango::UserDefaultAttrProp::max_warning) .def_readwrite("delta_val", &Tango::UserDefaultAttrProp::delta_val) .def_readwrite("delta_t", &Tango::UserDefaultAttrProp::delta_t) .def_readwrite("abs_change", &Tango::UserDefaultAttrProp::abs_change) .def_readwrite("rel_change", &Tango::UserDefaultAttrProp::rel_change) .def_readwrite("period", &Tango::UserDefaultAttrProp::period) .def_readwrite("archive_abs_change", &Tango::UserDefaultAttrProp::archive_abs_change) .def_readwrite("archive_rel_change", &Tango::UserDefaultAttrProp::archive_rel_change) .def_readwrite("archive_period", &Tango::UserDefaultAttrProp::archive_period) .def_readwrite("enum_labels", &Tango::UserDefaultAttrProp::enum_labels) ; } pytango-9.2.2/ext/server/user_default_pipe_prop.cpp000066400000000000000000000016111316324373100225600ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_user_default_pipe_prop() { class_("UserDefaultPipeProp") .def("set_label", &Tango::UserDefaultPipeProp::set_label) .def("set_description", &Tango::UserDefaultPipeProp::set_description) ; } pytango-9.2.2/ext/server/wattribute.cpp000066400000000000000000000564351316324373100202310ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "pytgutils.h" #include "fast_from_py.h" using namespace boost::python; #ifndef TgLibVersNb # define TgLibVersNb 80005 #endif /** * Helper method to Limit the max number of element to send to C++ * * @param[in,out] len the length. if x*y is lower the len, the len is updated to x*y * @param[in] x the x dimension * @param[in] y the y dimension */ static inline void twod2oned(long &len, long x, long y) { if (y <= 0) { if (x < len) { len = x; } } else { long max_elt = x * y; if (max_elt < len) len = max_elt; } } inline static void throw_wrong_python_data_type(const std::string &att_name, const char *method) { TangoSys_OMemStream o; o << "Wrong Python type for attribute " << att_name << ends; Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", o.str(), method); } namespace PyWAttribute { /// @name Min/Max value /// @{ template PyObject* __get_min_value(Tango::WAttribute &att) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType tg_val; att.get_min_value(tg_val); boost::python::object py_value(tg_val); return boost::python::incref(py_value.ptr()); } PyObject *get_min_value(Tango::WAttribute &att) { long type = att.get_data_type(); if(type == Tango::DEV_ENCODED) type = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, return __get_min_value, att); return 0; } template PyObject* __get_max_value(Tango::WAttribute &att) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType tg_val; att.get_max_value(tg_val); boost::python::object py_value(tg_val); return boost::python::incref(py_value.ptr()); } PyObject *get_max_value(Tango::WAttribute &att) { long type = att.get_data_type(); if(type == Tango::DEV_ENCODED) type = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, return __get_max_value, att); return 0; } #if TgLibVersNb >= 80100 // set_min_value template inline void _set_min_value(Tango::WAttribute &self, boost::python::object value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType c_value = boost::python::extract(value); self.set_min_value(c_value); } #else // set_min_value template inline void __set_min_value(Tango::WAttribute &self, boost::python::object value) { TangoScalarType c_value = boost::python::extract(value); self.set_min_value(c_value); } template<> inline void __set_min_value(Tango::WAttribute &self, boost::python::object value) { string err_msg = "Attribute properties cannot be set with Tango::DevEncoded data type"; Tango::Except::throw_exception((const char *)"API_MethodArgument", (const char *)err_msg.c_str(), (const char *)"WAttribute::set_min_value()"); } template inline void _set_min_value(Tango::WAttribute &self, boost::python::object value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; __set_min_value(self,value); } #endif // set_min_value inline void set_min_value(Tango::WAttribute &self, boost::python::object value) { bopy::extract value_convert(value); if (value_convert.check()) { self.set_min_value(value_convert()); } else { long tangoTypeConst = self.get_data_type(); // TODO: the below line is a neat trick to properly raise a Tango exception if a property is set // for one of the forbidden attribute data types; code dependent on Tango C++ implementation if(tangoTypeConst == Tango::DEV_STRING || tangoTypeConst == Tango::DEV_BOOLEAN || tangoTypeConst == Tango::DEV_STATE) tangoTypeConst = Tango::DEV_DOUBLE; else if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(tangoTypeConst, _set_min_value, self, value); } } #if TgLibVersNb >= 80100 // set_max_value template inline void _set_max_value(Tango::WAttribute &self, boost::python::object value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType c_value = boost::python::extract(value); self.set_max_value(c_value); } #else // set_max_value template inline void __set_max_value(Tango::WAttribute &self, boost::python::object value) { TangoScalarType c_value = boost::python::extract(value); self.set_max_value(c_value); } template<> inline void __set_max_value(Tango::WAttribute &self, boost::python::object value) { string err_msg = "Attribute properties cannot be set with Tango::DevEncoded data type"; Tango::Except::throw_exception((const char *)"API_MethodArgument", (const char *)err_msg.c_str(), (const char *)"WAttribute::set_max_value()"); } template inline void _set_max_value(Tango::WAttribute &self, boost::python::object value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; __set_max_value(self,value); } #endif // set_max_value inline void set_max_value(Tango::WAttribute &self, boost::python::object value) { bopy::extract value_convert(value); if (value_convert.check()) { self.set_max_value(value_convert()); } else { long tangoTypeConst = self.get_data_type(); // TODO: the below line is a neat trick to properly raise a Tango exception if a property is set // for one of the forbidden attribute data types; code dependent on Tango C++ implementation if(tangoTypeConst == Tango::DEV_STRING || tangoTypeConst == Tango::DEV_BOOLEAN || tangoTypeConst == Tango::DEV_STATE) tangoTypeConst = Tango::DEV_DOUBLE; else if(tangoTypeConst == Tango::DEV_ENCODED) tangoTypeConst = Tango::DEV_UCHAR; TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(tangoTypeConst, _set_max_value, self, value); } } /// @} /// @name set_write_value /// @{ template inline void __set_write_value_scalar(Tango::WAttribute &att, boost::python::object &value) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; /*extract val(value.ptr()); if (!val.check()) { throw_wrong_python_data_type(att.get_name(), "set_write_value()"); } TangoScalarType cpp_value = val; */ TangoScalarType cpp_value; from_py::convert(value.ptr(), cpp_value); att.set_write_value(cpp_value); } template<> inline void __set_write_value_scalar(Tango::WAttribute &att, boost::python::object &value) { Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", "set_write_value is not supported for DEV_ENCODED attributes.", "set_write_value()"); } template inline void __set_write_value_array(Tango::WAttribute &att, boost::python::object &seq, long x_dim, long y_dim) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; typedef typename TANGO_const2arraytype(tangoTypeConst) TangoArrayType; PyObject *seq_ptr = seq.ptr(); long len = (long) PySequence_Size(seq_ptr); twod2oned(len, x_dim, y_dim); TangoScalarType *tg_ptr = TangoArrayType::allocbuf(len); for (long idx = 0; idx < len; ++idx) { PyObject *elt_ptr = PySequence_GetItem(seq_ptr, idx); // The boost extract could be used: // TangoScalarType val = boost::python::extract(elt_ptr); // instead of the code below. // the problem is that extract is considerably slower than our // convert function which only has to deal with the specific tango // data types try { TangoScalarType tg_scalar; from_py::convert(elt_ptr, tg_scalar); tg_ptr[idx] = tg_scalar; Py_DECREF(elt_ptr); } catch(...) { Py_DECREF(elt_ptr); delete [] tg_ptr; throw; } } try { att.set_write_value(tg_ptr, x_dim, y_dim); delete [] tg_ptr; } catch(...) { delete [] tg_ptr; throw; } } template<> inline void __set_write_value_array(Tango::WAttribute &att, boost::python::object &seq, long x_dim, long y_dim) { PyObject *seq_ptr = seq.ptr(); long len = (long) PySequence_Size(seq_ptr); twod2oned(len, x_dim, y_dim); Tango::DevString* tg_ptr = Tango::DevVarStringArray::allocbuf(len); for (long idx = 0; idx < len; ++idx) { PyObject *elt_ptr = PySequence_GetItem(seq_ptr, idx); // The boost extract could be used: // TangoScalarType val = boost::python::extract(elt_ptr); // instead of the code below. // the problem is that extract is considerably slower than our // convert function which only has to deal with the specific tango // data types try { Tango::DevString tg_scalar; from_py::convert(elt_ptr, tg_scalar); tg_ptr[idx] = Tango::string_dup(tg_scalar); Py_DECREF(elt_ptr); } catch(...) { Py_DECREF(elt_ptr); delete [] tg_ptr; throw; } } try { att.set_write_value(tg_ptr, x_dim, y_dim); // delete [] tg_ptr; } catch(...) { delete [] tg_ptr; throw; } } template<> inline void __set_write_value_array(Tango::WAttribute &att, boost::python::object &seq, long x_dim, long y_dim) { Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", "set_write_value is not supported for DEV_ENCODED attributes.", "set_write_value()"); } inline void set_write_value(Tango::WAttribute &att, boost::python::object &value) { long type = att.get_data_type(); Tango::AttrDataFormat format = att.get_data_format(); if (format == Tango::SCALAR) { TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, __set_write_value_scalar, att, value); } else { if (!PySequence_Check(value.ptr())) { TangoSys_OMemStream o; o << "Wrong Python type for attribute " << att.get_name() << "of type " << Tango::CmdArgTypeName[type] << ". Expected a sequence." << ends; Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", o.str(), "set_value()"); } long size = static_cast(PySequence_Size(value.ptr())); TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, __set_write_value_array, att, value, size, 0); } } inline void set_write_value(Tango::WAttribute &att, boost::python::object &value, long x) { long type = att.get_data_type(); Tango::AttrDataFormat format = att.get_data_format(); if (format == Tango::SCALAR) { TangoSys_OMemStream o; o << "Cannot call set_value(data, dim_x) on scalar attribute " << att.get_name() << ". Use set_write_value(data) instead" << ends; Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", o.str(), "set_write_value()"); } else { if (!PySequence_Check(value.ptr())) { TangoSys_OMemStream o; o << "Wrong Python type for attribute " << att.get_name() << "of type " << Tango::CmdArgTypeName[type] << ". Expected a sequence" << ends; Tango::Except::throw_exception( "PyDs_WrongPythonDataTypeForAttribute", o.str(), "set_write_value()"); } TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, __set_write_value_array, att, value, x, 0); } } inline void set_write_value(Tango::WAttribute &att, boost::python::object &value, long x, long y) { long type = att.get_data_type(); Tango::AttrDataFormat format = att.get_data_format(); if (format == Tango::SCALAR) { TangoSys_OMemStream o; o << "Cannot call set_write_value(data, dim_x, dim_y) " << "on scalar attribute " << att.get_name() << ". Use set_write_value(data) instead" << ends; Tango::Except::throw_exception( (const char *)"PyDs_WrongPythonDataTypeForAttribute", o.str(), (const char *)"set_write_value()"); } else { if (!PySequence_Check(value.ptr())) { TangoSys_OMemStream o; o << "Wrong Python type for attribute " << att.get_name() << "of type " << Tango::CmdArgTypeName[type] << ". Expected a sequence" << ends; Tango::Except::throw_exception( (const char *)"PyDs_WrongPythonDataTypeForAttribute", o.str(), (const char *)"set_write_value()"); } TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, __set_write_value_array, att, value, x, y); } } /// @} /// @name get_write_value /// @{ // // PyTango 3 compatibility // template void __get_write_value_pytango3(Tango::WAttribute &att, boost::python::list &seq) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; const TangoScalarType *ptr; long length = att.get_write_value_length(); att.get_write_value(ptr); for (long l = 0; l < length; ++l) { seq.append(ptr[l]); } } template<> void __get_write_value_pytango3(Tango::WAttribute &att, boost::python::list &seq) { const Tango::ConstDevString *ptr = NULL; att.get_write_value(ptr); if (ptr == NULL) { return; } long length = att.get_write_value_length(); for (long l = 0; l < length; ++l) { seq.append(ptr[l]); } } inline void get_write_value_pytango3(Tango::WAttribute &att, boost::python::list &value) { long type = att.get_data_type(); TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(type, __get_write_value_pytango3, att, value); } template void __get_write_value_scalar(Tango::WAttribute &att, boost::python::object* obj) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; TangoScalarType v; att.get_write_value(v); *obj = boost::python::object(v); } template<> void __get_write_value_scalar(Tango::WAttribute &att, boost::python::object* obj) { Tango::DevString v = NULL; att.get_write_value(v); if(v == NULL) { *obj = boost::python::object(); } else { *obj = boost::python::object((const char*)v); } } template void __get_write_value_array_pytango3(Tango::WAttribute &att, boost::python::object* obj) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; const TangoScalarType *buffer = NULL; att.get_write_value(buffer); if (buffer == NULL) { *obj = boost::python::object(); return; } size_t length = att.get_write_value_length(); boost::python::list o; for (size_t n = 0; n < length; ++n) { o.append(buffer[n]); } *obj = o; } template<> void __get_write_value_array_pytango3(Tango::WAttribute &att, boost::python::object* obj) { const Tango::ConstDevString *ptr = NULL; if (ptr == NULL) { *obj = boost::python::object(); return; } long length = att.get_write_value_length(); att.get_write_value(ptr); boost::python::list o; for (long l = 0; l < length; ++l) { o.append(ptr[l]); } } template void __get_write_value_array_lists(Tango::WAttribute &att, boost::python::object* obj) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; const TangoScalarType *buffer = NULL; att.get_write_value(buffer); if (buffer == NULL) { *obj = boost::python::object(); return; } size_t dim_x = att.get_w_dim_x(); size_t dim_y = att.get_w_dim_y(); boost::python::list result; if (att.get_data_format() == Tango::SPECTRUM) { for (size_t x=0; x void __get_write_value_array_lists(Tango::WAttribute &att, boost::python::object* obj) { const Tango::ConstDevString* buffer= NULL; att.get_write_value(buffer); if (buffer == NULL) { *obj = boost::python::object(); return; } size_t dim_x = att.get_w_dim_x(); size_t dim_y = att.get_w_dim_y(); boost::python::list result; if (att.get_data_format() == Tango::SPECTRUM) { for (size_t x=0; x, boost::noncopyable> ("WAttribute", no_init) .def("get_min_value", (PyObject* (*) (Tango::WAttribute &)) &PyWAttribute::get_min_value) .def("get_max_value", (PyObject* (*) (Tango::WAttribute &)) &PyWAttribute::get_max_value) .def("set_min_value", &PyWAttribute::set_min_value) .def("set_max_value", &PyWAttribute::set_max_value) .def("is_min_value", &Tango::WAttribute::is_min_value) .def("is_max_value", &Tango::WAttribute::is_max_value) .def("get_write_value_length", &Tango::WAttribute::get_write_value_length) .def("set_write_value", (void (*) (Tango::WAttribute &, boost::python::object &)) &PyWAttribute::set_write_value) .def("set_write_value", (void (*) (Tango::WAttribute &, boost::python::object &, long)) &PyWAttribute::set_write_value) .def("set_write_value", (void (*) (Tango::WAttribute &, boost::python::object &, long, long)) &PyWAttribute::set_write_value) // old style get_write_value .def("get_write_value", &PyWAttribute::get_write_value_pytango3, ( arg_("self"), arg_("empty_list"))) // new style get_write_value .def("get_write_value", &PyWAttribute::get_write_value, ( arg_("self"), arg_("extract_as")=PyTango::ExtractAsNumpy )) ; } pytango-9.2.2/ext/server/wattribute_numpy.hpp000066400000000000000000000050171316324373100214540ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ // This header file is just some template functions moved apart from // wattribute.cpp, and should only be included there. #pragma once #include "tango_numpy.h" namespace PyWAttribute { template void __get_write_value_array_numpy(Tango::WAttribute &att, boost::python::object* obj) { typedef typename TANGO_const2type(tangoTypeConst) TangoScalarType; const TangoScalarType *buffer; att.get_write_value(buffer); size_t length = att.get_write_value_length(); // Copy buffer in a python raw buffer const char *original_ch_buffer = reinterpret_cast(buffer); PyObject* str_guard = PyBytes_FromStringAndSize(original_ch_buffer, length*sizeof(TangoScalarType)); if (!str_guard) { throw_error_already_set(); } // Create a numpy object based on it... static const int typenum = TANGO_const2numpy(tangoTypeConst); npy_intp dims[2]; int nd = 1; char* ch_buffer = PyBytes_AsString(str_guard); if (att.get_data_format() == Tango::IMAGE) { nd = 2; dims[1] = att.get_w_dim_x(); dims[0] = att.get_w_dim_y(); } else { nd = 1; dims[0] = att.get_w_dim_x(); } PyObject* array = PyArray_SimpleNewFromData(nd, dims, typenum, ch_buffer); if (!array) { Py_XDECREF(str_guard); throw_error_already_set(); } PyArray_BASE(array) = str_guard; *obj = boost::python::object(boost::python::handle<>(array)); } template<> void __get_write_value_array_numpy(Tango::WAttribute &att, boost::python::object* obj) { __get_write_value_array_lists(att, obj); } template<> void __get_write_value_array_numpy(Tango::WAttribute &att, boost::python::object* obj) { __get_write_value_array_lists(att, obj); } } pytango-9.2.2/ext/tango_numpy.h000066400000000000000000000060251316324373100165240ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #ifndef DISABLE_PYTANGO_NUMPY #include //#define NPY_NO_DEPRECATED_API NPY_1_7_API_VERSION // See "Importing the API" for the why of these weird defines before // the inclusion of numpy. They are needed so that you can do import_array // in just one file while using numpy in all the project files. // http://docs.scipy.org/doc/numpy/reference/c-api.array.html#miscellaneous // - { # define PY_ARRAY_UNIQUE_SYMBOL pytango_ARRAY_API # define NO_IMPORT_ARRAY # include // - } #include "tgutils.h" /// @name Conversion from a Tango scalar type name to the numpy equivalent name /// @{ # define TANGO_const2numpy(tangoid) tango_name2numpy::value template struct tango_name2numpy { enum { }; }; # define DEF_TANGO2NUMPY(tangoid, numpyid) \ template<> \ struct tango_name2numpy \ { \ enum {value = numpyid}; \ } DEF_TANGO2NUMPY(Tango::DEV_STATE, NPY_UINT32 ); DEF_TANGO2NUMPY(Tango::DEV_SHORT, NPY_INT16 ); DEF_TANGO2NUMPY(Tango::DEV_LONG, NPY_INT32 ); DEF_TANGO2NUMPY(Tango::DEV_DOUBLE, NPY_FLOAT64 ); DEF_TANGO2NUMPY(Tango::DEV_FLOAT, NPY_FLOAT32 ); DEF_TANGO2NUMPY(Tango::DEV_BOOLEAN, NPY_BOOL ); DEF_TANGO2NUMPY(Tango::DEV_USHORT, NPY_UINT16 ); DEF_TANGO2NUMPY(Tango::DEV_ULONG, NPY_UINT32 ); // Unassigned Tango::DEV_STRING, mapping to NPY_STRING is not copy-free DEF_TANGO2NUMPY(Tango::DEV_UCHAR, NPY_UBYTE ); // DEF_TANGO2NUMPY(Tango::DEV_CHAR, NPY_BYTE ); //Unassigned: Tango::DEV_ENCODED DEF_TANGO2NUMPY(Tango::DEV_LONG64, NPY_INT64 ); DEF_TANGO2NUMPY(Tango::DEV_ULONG64, NPY_UINT64 ); DEF_TANGO2NUMPY(Tango::DEV_ENUM, NPY_INT16 ); /// @name Conversion from a Tango array type name to the scalar numpy name /// For types like DEVVAR_DOUBLEARRAY. This is ended with ARRAY, except /// DEVVAR_LONGSTRINGARRAY, DEVVAR_DOUBLESTRINGARRAY and DEVVAR_STRINGARRAY /// @{ # define TANGO_const2scalarnumpy(tangoid) tango_name2scalarnumpy::value // We can use TANGO_const2scalarconst which gives us the equivalence // except for DEVVAR_CHARARRAY, that does not have any Scalar type // equivalent. template struct tango_name2scalarnumpy { enum {value = TANGO_const2numpy(TANGO_const2scalarconst(N)) }; }; template<> struct tango_name2scalarnumpy { enum {value = NPY_UBYTE }; }; /// @} #endif // #ifndef DISABLE_PYTANGO_NUMPY pytango-9.2.2/ext/tgutils.h000066400000000000000000000426151316324373100156640ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include #ifndef TANGO_VERSION_NB #define TANGO_VERSION_NB \ TANGO_VERSION_MAJOR*10000 + \ TANGO_VERSION_MINOR*100 + \ TANGO_VERSION_MINOR #endif namespace Tango { typedef std::vector DbHistoryList; } template struct tango_name2type { }; template struct tango_type2name { enum { }; }; template struct tango_name2arraytype { }; template struct tango_name2arrayname { enum { }; }; template struct tango_name2scalarname { enum { }; }; #define DEF_TANGO_SCALAR_ARRAY_NAMES(scalarname, arrayname) \ template<> \ struct tango_name2arrayname \ { \ enum {value = Tango:: arrayname}; \ }; \ template<> \ struct tango_name2scalarname \ { \ enum {value = Tango:: scalarname}; \ }; #define DEF_TANGO_NAME2TYPE__(tangoname, tangotype) \ template<> \ struct tango_name2type \ { \ typedef tangotype Type; \ }; #define DEF_TANGO_TYPE2NAME__(tangotype, tangoname) \ template<> \ struct tango_type2name \ { \ enum {value = Tango:: tangoname}; \ }; #define DEF_TANGO_NAME2TYPE(tangoname, tangotype) \ DEF_TANGO_NAME2TYPE__(tangoname, tangotype) \ DEF_TANGO_TYPE2NAME__(tangotype, tangoname) #define DEF_TANGO_NAME2ARRAY(tangoname, tangotype, simple) \ template<> \ struct tango_name2arraytype \ { \ typedef tangotype Type; \ typedef simple ElementsType; \ }; #define TSD_SIMPLE__(tangoname, eltangotype, arraytangotype) \ DEF_TANGO_NAME2TYPE(tangoname, eltangotype) \ DEF_TANGO_NAME2ARRAY(tangoname, arraytangotype, eltangotype) #define TSD_ARRAY__(tangoname, eltangotype, arraytangotype) \ DEF_TANGO_NAME2TYPE(tangoname, arraytangotype) \ DEF_TANGO_NAME2ARRAY(tangoname, void, eltangotype) TSD_SIMPLE__( DEV_SHORT, Tango::DevShort , Tango::DevVarShortArray ); TSD_SIMPLE__( DEV_LONG, Tango::DevLong , Tango::DevVarLongArray ); TSD_SIMPLE__( DEV_DOUBLE, Tango::DevDouble , Tango::DevVarDoubleArray ); TSD_SIMPLE__( DEV_STRING, Tango::DevString , Tango::DevVarStringArray ); TSD_SIMPLE__( DEV_FLOAT, Tango::DevFloat , Tango::DevVarFloatArray ); TSD_SIMPLE__( DEV_BOOLEAN, Tango::DevBoolean, Tango::DevVarBooleanArray ); TSD_SIMPLE__( DEV_USHORT, Tango::DevUShort , Tango::DevVarUShortArray ); TSD_SIMPLE__( DEV_ULONG, Tango::DevULong , Tango::DevVarULongArray ); TSD_SIMPLE__( DEV_UCHAR, Tango::DevUChar , Tango::DevVarUCharArray ); TSD_SIMPLE__( DEV_LONG64, Tango::DevLong64 , Tango::DevVarLong64Array ); TSD_SIMPLE__( DEV_ULONG64, Tango::DevULong64, Tango::DevVarULong64Array ); TSD_SIMPLE__( DEV_STATE, Tango::DevState , Tango::DevVarStateArray ); TSD_SIMPLE__( DEV_ENCODED, Tango::DevEncoded, Tango::DevVarEncodedArray ); TSD_SIMPLE__( DEV_PIPE_BLOB, Tango::DevPipeBlob, void ); // since enum type is implemented as a short we cannot use tango_type2name because // it will conflict with the DevShort template declaration DEF_TANGO_NAME2TYPE__( DEV_ENUM, Tango::DevEnum); DEF_TANGO_NAME2ARRAY( DEV_ENUM, Tango::DevVarShortArray, Tango::DevEnum); TSD_SIMPLE__( DEV_VOID, void , void); TSD_ARRAY__( DEVVAR_CHARARRAY, _CORBA_Octet , Tango::DevVarCharArray); TSD_ARRAY__( DEVVAR_SHORTARRAY, Tango::DevShort , Tango::DevVarShortArray); TSD_ARRAY__( DEVVAR_LONGARRAY, Tango::DevLong , Tango::DevVarLongArray); TSD_ARRAY__( DEVVAR_FLOATARRAY, Tango::DevFloat , Tango::DevVarFloatArray); TSD_ARRAY__( DEVVAR_DOUBLEARRAY, Tango::DevDouble , Tango::DevVarDoubleArray); TSD_ARRAY__( DEVVAR_USHORTARRAY, Tango::DevUShort , Tango::DevVarUShortArray); TSD_ARRAY__( DEVVAR_ULONGARRAY, Tango::DevULong , Tango::DevVarULongArray); TSD_ARRAY__( DEVVAR_STRINGARRAY, Tango::DevString , Tango::DevVarStringArray); TSD_ARRAY__( DEVVAR_LONGSTRINGARRAY, void , Tango::DevVarLongStringArray); TSD_ARRAY__( DEVVAR_DOUBLESTRINGARRAY, void , Tango::DevVarDoubleStringArray); TSD_ARRAY__( DEVVAR_BOOLEANARRAY, Tango::DevBoolean, Tango::DevVarBooleanArray); TSD_ARRAY__( DEVVAR_LONG64ARRAY, Tango::DevLong64 , Tango::DevVarLong64Array); TSD_ARRAY__( DEVVAR_ULONG64ARRAY, Tango::DevULong64, Tango::DevVarULong64Array); TSD_ARRAY__( DEVVAR_STATEARRAY, Tango::DevState , Tango::DevVarStateArray); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_SHORT, DEVVAR_SHORTARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_LONG, DEVVAR_LONGARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_DOUBLE, DEVVAR_DOUBLEARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_STRING, DEVVAR_STRINGARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_FLOAT, DEVVAR_FLOATARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_BOOLEAN, DEVVAR_BOOLEANARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_USHORT, DEVVAR_USHORTARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_ULONG, DEVVAR_ULONGARRAY ); //DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_UCHAR, DEVVAR_CHARARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_LONG64, DEVVAR_LONG64ARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_ULONG64, DEVVAR_ULONG64ARRAY ); DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_STATE, DEVVAR_STATEARRAY ); // DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_ENCODED, DEVVAR_ENCODEDARRAY ); //DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_, DEVVAR_LONGSTRINGARRAY ); //DEF_TANGO_SCALAR_ARRAY_NAMES( DEV_, DEVVAR_DOUBLESTRINGARRAY ); #define TANGO_type2const(type) tango_type2name::value #define TANGO_const2type(name) tango_name2type::Type #define TANGO_const2arraytype(name) tango_name2arraytype::Type #define TANGO_const2arrayelementstype(name) tango_name2arraytype::ElementsType #define TANGO_type2arraytype(type) TANGO_const2arraytype(TANGO_type2const(type)) #define TANGO_const2string(name) (Tango::CmdArgTypeName[name]) #define TANGO_const2arrayconst(scalarconst) tango_name2arrayname::value #define TANGO_const2scalarconst(arrayconst) tango_name2scalarname::value #define TANGO_const2scalartype TANGO_const2arrayelementstype #define __TANGO_DEPEND_ON_TYPE_AUX_ID(typename_, DOIT) \ case Tango:: typename_: { \ static const long tangoTypeConst = Tango:: typename_; \ DOIT; \ break; \ } #define __TANGO_DEPEND_ON_TYPE_AUX_NAME(tid_, DOIT) \ case Tango:: tid_: { \ typedef TANGO_const2type(Tango:: tid_) TangoType; \ DOIT; \ break; \ } #define TANGO_DO_ON_ATTRIBUTE_DATA_TYPE_ID(tid, DOIT) if (true) { \ switch(tid) { \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_SHORT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_LONG, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_DOUBLE, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_STRING, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_FLOAT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_BOOLEAN, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_USHORT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ULONG, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_UCHAR, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_LONG64, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ULONG64, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_STATE, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ENCODED, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ENUM, DOIT) \ default: \ assert(false); \ } } else (void)0 #define TANGO_DO_ON_ATTRIBUTE_DATA_TYPE_NAME(tid, DOIT) if (true) { \ switch(tid) { \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_SHORT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_LONG, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_DOUBLE, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_STRING, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_FLOAT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_BOOLEAN, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_USHORT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ULONG, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_UCHAR, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_LONG64, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ULONG64, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_STATE, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ENCODED, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ENUM, DOIT) \ default: \ assert(false); \ } } else (void)0 #define TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_ID(tid, fn, ...) \ TANGO_DO_ON_ATTRIBUTE_DATA_TYPE_ID(tid, fn(__VA_ARGS__)) #define TANGO_CALL_ON_ATTRIBUTE_DATA_TYPE_NAME(tid, fn, ...) \ TANGO_DO_ON_ATTRIBUTE_DATA_TYPE_NAME(tid, fn(__VA_ARGS__)) #if TANGO_VERSION_NB > 90205 #define __TANGO_DVBA __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_BOOLEANARRAY, DOIT_ARRAY) #else #define __TANGO_DVBA #endif /// @todo Not sure about who I choosed to comment out from here... #define TANGO_DO_ON_DEVICE_DATA_TYPE_ID(tid, DOIT_SIMPLE, DOIT_ARRAY) if (true) { \ switch(tid) { \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_VOID, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_BOOLEAN, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_SHORT, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_LONG, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_FLOAT, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_DOUBLE, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_USHORT, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ULONG, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_STRING, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_STATE, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_CHARARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_SHORTARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_LONGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_FLOATARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_DOUBLEARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_USHORTARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_ULONGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_STRINGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_LONGSTRINGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_DOUBLESTRINGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_STATEARRAY, DOIT_ARRAY) \ /* __TANGO_DEPEND_ON_TYPE_AUX_ID(CONST_DEV_STRING, DOIT_SIMPLE) */\ __TANGO_DVBA \ /* __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_UCHAR, DOIT_SIMPLE)*/ \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_LONG64, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ULONG64, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_LONG64ARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_ULONG64ARRAY, DOIT_ARRAY) \ /* __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_INT, DOIT_SIMPLE) */\ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ENCODED, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_PIPE_BLOB, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ENUM, DOIT_SIMPLE) \ default: \ assert(false); \ } } else (void)0 #define TANGO_DO_ON_DEVICE_ARRAY_DATA_TYPE_ID(tid, DOIT_ARRAY) if (true) { \ switch(tid) { \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_CHARARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_SHORTARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_LONGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_FLOATARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_DOUBLEARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_USHORTARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_ULONGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_STRINGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_LONGSTRINGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_DOUBLESTRINGARRAY, DOIT_ARRAY) \ __TANGO_DVBA \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_LONG64ARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_ULONG64ARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEVVAR_STATEARRAY, DOIT_ARRAY) \ default: \ assert(false); \ } } else (void)0 #define TANGO_DO_ON_DEVICE_DATA_TYPE_NAME(tid, DOIT_SIMPLE, DOIT_ARRAY) if (true) { \ switch(tid) { \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_VOID, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_BOOLEAN, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_SHORT, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_LONG, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_FLOAT, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_DOUBLE, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_USHORT, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ULONG, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_STRING, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_CHARARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_SHORTARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_LONGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_FLOATARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_DOUBLEARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_USHORTARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_ULONGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_STRINGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_LONGSTRINGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_DOUBLESTRINGARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_STATE, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_STATEARRAY, DOIT_ARRAY) \ /* __TANGO_DEPEND_ON_TYPE_AUX_NAME(CONST_DEV_STRING, DOIT_SIMPLE) */\ __TANGO_DVBA \ /* __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_UCHAR, DOIT_SIMPLE)*/ \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_LONG64, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ULONG64, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_LONG64ARRAY, DOIT_ARRAY) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEVVAR_ULONG64ARRAY, DOIT_ARRAY) \ /* __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_INT, DOIT_SIMPLE) */\ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ENCODED, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_PIPE_BLOB, DOIT_SIMPLE) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ENUM, DOIT_SIMPLE) \ default: \ assert(false); \ } } else (void)0 #define TANGO_CALL_ON_DEVICE_DATA_TYPE_ID(tid, fn_simple, fn_array, ...) \ TANGO_DO_ON_DEVICE_DATA_TYPE_ID(tid, fn_simple(__VA_ARGS__), fn_array(__VA_ARGS__)) #define TANGO_CALL_ON_DEVICE_DATA_TYPE_NAME(tid, fn_simple, fn_array, ...) \ TANGO_DO_ON_DEVICE_DATA_TYPE_NAME(tid, fn_simple(__VA_ARGS__), fn_array(__VA_ARGS__)) #define TANGO_DO_ON_NUMERICAL_ATTRIBUTE_DATA_TYPE_ID(tid, DOIT) if (true) { \ switch(tid) { \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_SHORT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_LONG, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_DOUBLE, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_FLOAT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_USHORT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ULONG, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_UCHAR, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_LONG64, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ULONG64, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_ID(DEV_ENUM, DOIT) \ default: \ assert(false); \ } } else (void)0 #define TANGO_DO_ON_NUMERICAL_ATTRIBUTE_DATA_TYPE_NAME(tid, DOIT) if (true) { \ switch(tid) { \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_SHORT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_LONG, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_DOUBLE, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_FLOAT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_USHORT, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ULONG, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_UCHAR, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_LONG64, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ULONG64, DOIT) \ __TANGO_DEPEND_ON_TYPE_AUX_NAME(DEV_ENUM, DOIT) \ default: \ assert(false); \ } } else (void)0 #define TANGO_CALL_ON_NUMERICAL_ATTRIBUTE_DATA_TYPE_ID(tid, fn, ...) \ TANGO_DO_ON_NUMERICAL_ATTRIBUTE_DATA_TYPE_ID(tid, fn(__VA_ARGS__)) #define TANGO_CALL_ON_NUMERICAL_ATTRIBUTE_DATA_TYPE_NAME(tid, fn, ...) \ TANGO_DO_ON_NUMERICAL_ATTRIBUTE_DATA_TYPE_NAME(tid, fn(__VA_ARGS__)) pytango-9.2.2/ext/time_val.cpp000066400000000000000000000015571316324373100163240ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_time_val() { class_("TimeVal") .def_readwrite("tv_sec", &Tango::TimeVal::tv_sec) .def_readwrite("tv_usec", &Tango::TimeVal::tv_usec) .def_readwrite("tv_nsec", &Tango::TimeVal::tv_nsec) ; } pytango-9.2.2/ext/to_py.cpp000066400000000000000000000304511316324373100156510ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include "defs.h" #include "to_py.h" #include "pyutils.h" using namespace boost::python; object to_py(const Tango::AttributeAlarm &attr_alarm) { PYTANGO_MOD object py_attr_alarm = pytango.attr("AttributeAlarm")(); py_attr_alarm.attr("min_alarm") = str(attr_alarm.min_alarm.in()); py_attr_alarm.attr("max_alarm") = str(attr_alarm.max_alarm.in()); py_attr_alarm.attr("min_warning") = str(attr_alarm.min_warning.in()); py_attr_alarm.attr("max_warning") = str(attr_alarm.max_warning.in()); py_attr_alarm.attr("delta_t") = str(attr_alarm.delta_t.in()); py_attr_alarm.attr("delta_val") = str(attr_alarm.delta_val.in()); py_attr_alarm.attr("extensions") = CORBA_sequence_to_list::to_list(attr_alarm.extensions); return py_attr_alarm; } object to_py(const Tango::ChangeEventProp &change_event_prop) { PYTANGO_MOD object py_change_event_prop = pytango.attr("ChangeEventProp")(); py_change_event_prop.attr("rel_change") = str(change_event_prop.rel_change.in()); py_change_event_prop.attr("abs_change") = str(change_event_prop.abs_change.in()); py_change_event_prop.attr("extensions") = CORBA_sequence_to_list::to_list(change_event_prop.extensions); return py_change_event_prop; } object to_py(const Tango::PeriodicEventProp &periodic_event_prop) { PYTANGO_MOD object py_periodic_event_prop = pytango.attr("PeriodicEventProp")(); py_periodic_event_prop.attr("period") = str(periodic_event_prop.period.in()); py_periodic_event_prop.attr("extensions") = CORBA_sequence_to_list::to_list(periodic_event_prop.extensions); return py_periodic_event_prop; } object to_py(const Tango::ArchiveEventProp &archive_event_prop) { PYTANGO_MOD object py_archive_event_prop = pytango.attr("ArchiveEventProp")(); py_archive_event_prop.attr("rel_change") = str(archive_event_prop.rel_change.in()); py_archive_event_prop.attr("abs_change") = str(archive_event_prop.abs_change.in()); py_archive_event_prop.attr("period") = str(archive_event_prop.period.in()); py_archive_event_prop.attr("extensions") = CORBA_sequence_to_list::to_list(archive_event_prop.extensions); return py_archive_event_prop; } object to_py(const Tango::EventProperties &event_props) { PYTANGO_MOD object py_event_props = pytango.attr("EventProperties")(); py_event_props.attr("ch_event") = to_py(event_props.ch_event); py_event_props.attr("per_event") = to_py(event_props.per_event); py_event_props.attr("arch_event") = to_py(event_props.arch_event); return py_event_props; } object to_py(const Tango::AttributeConfig &attr_conf, object py_attr_conf) { if(py_attr_conf.ptr() == Py_None) { PYTANGO_MOD py_attr_conf = pytango.attr("AttributeConfig")(); } py_attr_conf.attr("name") = str(attr_conf.name.in()); py_attr_conf.attr("writable") = attr_conf.writable; py_attr_conf.attr("data_format") = attr_conf.data_format; py_attr_conf.attr("data_type") = attr_conf.data_type; py_attr_conf.attr("max_dim_x") = attr_conf.max_dim_x; py_attr_conf.attr("max_dim_y") = attr_conf.max_dim_y; py_attr_conf.attr("description") = str(attr_conf.description.in()); py_attr_conf.attr("label") = str(attr_conf.label.in()); py_attr_conf.attr("unit") = str(attr_conf.unit.in()); py_attr_conf.attr("standard_unit") = str(attr_conf.standard_unit.in()); py_attr_conf.attr("display_unit") = str(attr_conf.display_unit.in()); py_attr_conf.attr("format") = str(attr_conf.format.in()); py_attr_conf.attr("min_value") = str(attr_conf.min_value.in()); py_attr_conf.attr("max_value") = str(attr_conf.max_value.in()); py_attr_conf.attr("min_alarm") = str(attr_conf.min_alarm.in()); py_attr_conf.attr("max_alarm") = str(attr_conf.max_alarm.in()); py_attr_conf.attr("writable_attr_name") = str(attr_conf.writable_attr_name.in()); py_attr_conf.attr("extensions") = CORBA_sequence_to_list::to_list(attr_conf.extensions); return py_attr_conf; } object to_py(const Tango::AttributeConfig_2 &attr_conf, object py_attr_conf) { if(py_attr_conf.ptr() == Py_None) { PYTANGO_MOD py_attr_conf = pytango.attr("AttributeConfig_2")(); } py_attr_conf.attr("name") = str(attr_conf.name.in()); py_attr_conf.attr("writable") = attr_conf.writable; py_attr_conf.attr("data_format") = attr_conf.data_format; py_attr_conf.attr("data_type") = attr_conf.data_type; py_attr_conf.attr("max_dim_x") = attr_conf.max_dim_x; py_attr_conf.attr("max_dim_y") = attr_conf.max_dim_y; py_attr_conf.attr("description") = str(attr_conf.description.in()); py_attr_conf.attr("label") = str(attr_conf.label.in()); py_attr_conf.attr("unit") = str(attr_conf.unit.in()); py_attr_conf.attr("standard_unit") = str(attr_conf.standard_unit.in()); py_attr_conf.attr("display_unit") = str(attr_conf.display_unit.in()); py_attr_conf.attr("format") = str(attr_conf.format.in()); py_attr_conf.attr("min_value") = str(attr_conf.min_value.in()); py_attr_conf.attr("max_value") = str(attr_conf.max_value.in()); py_attr_conf.attr("min_alarm") = str(attr_conf.min_alarm.in()); py_attr_conf.attr("max_alarm") = str(attr_conf.max_alarm.in()); py_attr_conf.attr("writable_attr_name") = str(attr_conf.writable_attr_name.in()); py_attr_conf.attr("level") = attr_conf.level; py_attr_conf.attr("extensions") = CORBA_sequence_to_list::to_list(attr_conf.extensions); return py_attr_conf; } object to_py(const Tango::AttributeConfig_3 &attr_conf, object py_attr_conf) { if(py_attr_conf.ptr() == Py_None) { PYTANGO_MOD py_attr_conf = pytango.attr("AttributeConfig_3")(); } py_attr_conf.attr("name") = str(attr_conf.name.in()); py_attr_conf.attr("writable") = attr_conf.writable; py_attr_conf.attr("data_format") = attr_conf.data_format; py_attr_conf.attr("data_type") = attr_conf.data_type; py_attr_conf.attr("max_dim_x") = attr_conf.max_dim_x; py_attr_conf.attr("max_dim_y") = attr_conf.max_dim_y; py_attr_conf.attr("description") = str(attr_conf.description.in()); py_attr_conf.attr("label") = str(attr_conf.label.in()); py_attr_conf.attr("unit") = str(attr_conf.unit.in()); py_attr_conf.attr("standard_unit") = str(attr_conf.standard_unit.in()); py_attr_conf.attr("display_unit") = str(attr_conf.display_unit.in()); py_attr_conf.attr("format") = str(attr_conf.format.in()); py_attr_conf.attr("min_value") = str(attr_conf.min_value.in()); py_attr_conf.attr("max_value") = str(attr_conf.max_value.in()); py_attr_conf.attr("writable_attr_name") = str(attr_conf.writable_attr_name.in()); py_attr_conf.attr("level") = attr_conf.level; py_attr_conf.attr("att_alarm") = to_py(attr_conf.att_alarm); py_attr_conf.attr("event_prop") = to_py(attr_conf.event_prop); py_attr_conf.attr("extensions") = CORBA_sequence_to_list::to_list(attr_conf.extensions); py_attr_conf.attr("sys_extensions") = CORBA_sequence_to_list::to_list(attr_conf.sys_extensions); return py_attr_conf; } object to_py(const Tango::AttributeConfig_5 &attr_conf, object py_attr_conf) { if(py_attr_conf.ptr() == Py_None) { PYTANGO_MOD py_attr_conf = pytango.attr("AttributeConfig_5")(); } py_attr_conf.attr("name") = str(attr_conf.name.in()); py_attr_conf.attr("writable") = attr_conf.writable; py_attr_conf.attr("data_format") = attr_conf.data_format; py_attr_conf.attr("data_type") = attr_conf.data_type; py_attr_conf.attr("memorized") = attr_conf.memorized; py_attr_conf.attr("mem_init") = attr_conf.mem_init; py_attr_conf.attr("max_dim_x") = attr_conf.max_dim_x; py_attr_conf.attr("max_dim_y") = attr_conf.max_dim_y; py_attr_conf.attr("description") = str(attr_conf.description.in()); py_attr_conf.attr("label") = str(attr_conf.label.in()); py_attr_conf.attr("unit") = str(attr_conf.unit.in()); py_attr_conf.attr("standard_unit") = str(attr_conf.standard_unit.in()); py_attr_conf.attr("display_unit") = str(attr_conf.display_unit.in()); py_attr_conf.attr("format") = str(attr_conf.format.in()); py_attr_conf.attr("min_value") = str(attr_conf.min_value.in()); py_attr_conf.attr("max_value") = str(attr_conf.max_value.in()); py_attr_conf.attr("writable_attr_name") = str(attr_conf.writable_attr_name.in()); py_attr_conf.attr("level") = attr_conf.level; py_attr_conf.attr("root_attr_name") = str(attr_conf.root_attr_name.in()); py_attr_conf.attr("enum_labels") = CORBA_sequence_to_list::to_list(attr_conf.enum_labels); py_attr_conf.attr("att_alarm") = to_py(attr_conf.att_alarm); py_attr_conf.attr("event_prop") = to_py(attr_conf.event_prop); py_attr_conf.attr("extensions") = CORBA_sequence_to_list::to_list(attr_conf.extensions); py_attr_conf.attr("sys_extensions") = CORBA_sequence_to_list::to_list(attr_conf.sys_extensions); return py_attr_conf; } boost::python::list to_py(const Tango::AttributeConfigList &attr_conf_list) { boost::python::list py_attr_conf_list; boost::python::object none; for(unsigned long index = 0; index < attr_conf_list.length(); ++index) { const Tango::AttributeConfig &attr_conf = attr_conf_list[index]; py_attr_conf_list.append(to_py(attr_conf, none)); } return py_attr_conf_list; } boost::python::list to_py(const Tango::AttributeConfigList_2 &attr_conf_list) { boost::python::list py_attr_conf_list; boost::python::object none; for(unsigned long index = 0; index < attr_conf_list.length(); ++index) { const Tango::AttributeConfig_2 &attr_conf = attr_conf_list[index]; py_attr_conf_list.append(to_py(attr_conf, none)); } return py_attr_conf_list; } boost::python::list to_py(const Tango::AttributeConfigList_3 &attr_conf_list) { boost::python::list py_attr_conf_list; boost::python::object none; for(unsigned long index = 0; index < attr_conf_list.length(); ++index) { const Tango::AttributeConfig_3 &attr_conf = attr_conf_list[index]; py_attr_conf_list.append(to_py(attr_conf, none)); } return py_attr_conf_list; } boost::python::list to_py(const Tango::AttributeConfigList_5 &attr_conf_list) { boost::python::list py_attr_conf_list; boost::python::object none; for(unsigned long index = 0; index < attr_conf_list.length(); ++index) { const Tango::AttributeConfig_5 &attr_conf = attr_conf_list[index]; py_attr_conf_list.append(to_py(attr_conf, none)); } return py_attr_conf_list; } object to_py(const Tango::PipeConfig &pipe_conf, object py_pipe_conf) { if(py_pipe_conf.ptr() == Py_None) { PYTANGO_MOD py_pipe_conf = pytango.attr("PipeConfig")(); } py_pipe_conf.attr("name") = str(pipe_conf.name.in()); py_pipe_conf.attr("description") = str(pipe_conf.description.in()); py_pipe_conf.attr("label") = str(pipe_conf.label.in()); py_pipe_conf.attr("level") = pipe_conf.level; py_pipe_conf.attr("writable") = pipe_conf.writable; py_pipe_conf.attr("extensions") = CORBA_sequence_to_list::to_list(pipe_conf.extensions); return py_pipe_conf; } boost::python::list to_py(const Tango::PipeConfigList &pipe_conf_list) { boost::python::list py_pipe_conf_list; boost::python::object none; for(unsigned long index = 0; index < pipe_conf_list.length(); ++index) { const Tango::PipeConfig &pipe_conf = pipe_conf_list[index]; py_pipe_conf_list.append(to_py(pipe_conf, none)); } return py_pipe_conf_list; } pytango-9.2.2/ext/to_py.h000066400000000000000000000275621316324373100153270ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once #include #include #include "defs.h" #include "pyutils.h" struct DevEncoded_to_tuple { static inline PyObject* convert(Tango::DevEncoded const& a) { boost::python::str encoded_format(a.encoded_format); bopy::object encoded_data = bopy::object( bopy::handle<>(PyBytes_FromStringAndSize( (const char*)a.encoded_data.get_buffer(), (Py_ssize_t)a.encoded_data.length()))); boost::python::object result = boost::python::make_tuple(encoded_format, encoded_data); return boost::python::incref(result.ptr()); } static const PyTypeObject* get_pytype() { return &PyTuple_Type; } }; template struct to_list { static inline PyObject* convert(ContainerType const& a) { boost::python::list result; typedef typename ContainerType::const_iterator const_iter; for(const_iter it = a.begin(); it != a.end(); it++) { result.append(boost::python::object(*it)); } return boost::python::incref(result.ptr()); } static const PyTypeObject* get_pytype() { return &PyList_Type; } }; template struct to_tuple { static inline PyObject* convert(ContainerType const& a) { typedef typename ContainerType::const_iterator const_iter; PyObject *t = PyTuple_New(a.size()); int32_t i = 0; for(const_iter it = a.begin(); it != a.end(); ++it, ++i) { PyTuple_SetItem(t, i, boost::python::incref(it->ptr())); } return t; } static const PyTypeObject* get_pytype() { return &PyTuple_Type; } }; template struct CORBA_sequence_to_tuple { static PyObject* convert(CorbaContainerType const& a) { unsigned long size = a.length(); PyObject *t = PyTuple_New(size); for(unsigned long i=0; i < size; ++i) { boost::python::object x(a[i]); PyTuple_SetItem(t, i, boost::python::incref(x.ptr())); } return t; } static const PyTypeObject* get_pytype() { return &PyTuple_Type; } }; template<> struct CORBA_sequence_to_tuple { static PyObject* convert(Tango::DevVarStringArray const& a) { unsigned long size = a.length(); PyObject *t = PyTuple_New(size); for(unsigned long i=0; i < size; ++i) { boost::python::str x(a[i].in()); PyTuple_SetItem(t, i, boost::python::incref(x.ptr())); } return t; } static const PyTypeObject* get_pytype() { return &PyTuple_Type; } }; template<> struct CORBA_sequence_to_tuple { static PyObject* convert(Tango::DevVarLongStringArray const& a) { unsigned long lsize = a.lvalue.length(); unsigned long ssize = a.svalue.length(); PyObject *lt = PyTuple_New(lsize); PyObject *st = PyTuple_New(ssize); for(unsigned long i=0; i < lsize; ++i) { boost::python::object x(a.lvalue[i]); PyTuple_SetItem(lt, i, boost::python::incref(x.ptr())); } for(unsigned long i=0; i < ssize; ++i) { boost::python::str x(a.svalue[i].in()); PyTuple_SetItem(st, i, boost::python::incref(x.ptr())); } PyObject *t = PyTuple_New(2); PyTuple_SetItem(t, 0, lt); PyTuple_SetItem(t, 1, st); return t; } static const PyTypeObject* get_pytype() { return &PyTuple_Type; } }; template<> struct CORBA_sequence_to_tuple { static PyObject* convert(Tango::DevVarDoubleStringArray const& a) { unsigned long dsize = a.dvalue.length(); unsigned long ssize = a.svalue.length(); PyObject *dt = PyTuple_New(dsize); PyObject *st = PyTuple_New(ssize); for(unsigned long i=0; i < dsize; ++i) { boost::python::object x(a.dvalue[i]); PyTuple_SetItem(dt, i, boost::python::incref(x.ptr())); } for(unsigned long i=0; i < ssize; ++i) { boost::python::str x(a.svalue[i].in()); PyTuple_SetItem(st, i, boost::python::incref(x.ptr())); } PyObject *t = PyTuple_New(2); PyTuple_SetItem(t, 0, dt); PyTuple_SetItem(t, 1, st); return t; } static const PyTypeObject* get_pytype() { return &PyTuple_Type; } }; template struct CORBA_sequence_to_list { static PyObject* convert(CorbaContainerType const& a) { unsigned long size = a.length(); boost::python::list ret; for(unsigned long i=0; i < size; ++i) { ret.append(a[i]); } return boost::python::incref(ret.ptr()); } static const PyTypeObject* get_pytype() { return &PyList_Type; } }; template<> struct CORBA_sequence_to_list { static boost::python::list to_list(Tango::DevVarStringArray const& a) { unsigned long size = a.length(); boost::python::list ret; for(unsigned long i=0; i < size; ++i) { ret.append(a[i].in()); } return ret; } static PyObject* convert(Tango::DevVarStringArray const& a) { return boost::python::incref(to_list(a).ptr()); } static const PyTypeObject* get_pytype() { return &PyList_Type; } }; template<> struct CORBA_sequence_to_list { static PyObject* convert(Tango::DevVarLongStringArray const& a) { unsigned long lsize = a.lvalue.length(); unsigned long ssize = a.svalue.length(); boost::python::list ret, lt, st; for(unsigned long i=0; i < lsize; ++i) { lt.append(a.lvalue[i]); } for(unsigned long i=0; i < ssize; ++i) { st.append(a.svalue[i]); } ret.append(lt); ret.append(st); return boost::python::incref(ret.ptr()); } static const PyTypeObject* get_pytype() { return &PyList_Type; } }; template<> struct CORBA_sequence_to_list { static PyObject* convert(Tango::DevVarDoubleStringArray const& a) { unsigned long dsize = a.dvalue.length(); unsigned long ssize = a.svalue.length(); boost::python::list ret, dt, st; for(unsigned long i=0; i < dsize; ++i) { dt.append(a.dvalue[i]); } for(unsigned long i=0; i < ssize; ++i) { st.append(a.svalue[i]); } ret.append(dt); ret.append(st); return boost::python::incref(ret.ptr()); } static const PyTypeObject* get_pytype() { return &PyList_Type; } }; struct CORBA_String_member_to_str { static inline PyObject* convert(CORBA::String_member const& cstr) { return from_char_to_str(cstr.in()); } //static const PyTypeObject* get_pytype() { return &PyBytes_Type; } }; struct CORBA_String_member_to_str2 { static inline PyObject* convert(_CORBA_String_member const& cstr) { return from_char_to_str(cstr.in()); } //static const PyTypeObject* get_pytype() { return &PyBytes_Type; } }; struct CORBA_String_element_to_str { static inline PyObject* convert(_CORBA_String_element const& cstr) { return from_char_to_str(cstr.in()); } //static const PyTypeObject* get_pytype() { return &PyBytes_Type; } }; struct String_to_str { static inline PyObject* convert(std::string const& cstr) { return from_char_to_str(cstr); } //static const PyTypeObject* get_pytype() { return &PyBytes_Type; } }; struct char_ptr_to_str { static inline PyObject* convert(const char *cstr) { return from_char_to_str(cstr); } //static const PyTypeObject* get_pytype() { return &PyBytes_Type; } }; boost::python::object to_py(const Tango::AttributeAlarm &); boost::python::object to_py(const Tango::ChangeEventProp &); boost::python::object to_py(const Tango::PeriodicEventProp &); boost::python::object to_py(const Tango::ArchiveEventProp &); boost::python::object to_py(const Tango::EventProperties &); template void to_py(Tango::MultiAttrProp &multi_attr_prop, boost::python::object &py_multi_attr_prop) { if(py_multi_attr_prop.ptr() == Py_None) { PYTANGO_MOD py_multi_attr_prop = pytango.attr("MultiAttrProp")(); } py_multi_attr_prop.attr("label") = multi_attr_prop.label; py_multi_attr_prop.attr("description") = multi_attr_prop.description; py_multi_attr_prop.attr("unit") = multi_attr_prop.unit; py_multi_attr_prop.attr("standard_unit") = multi_attr_prop.standard_unit; py_multi_attr_prop.attr("display_unit") = multi_attr_prop.display_unit; py_multi_attr_prop.attr("format") = multi_attr_prop.format; py_multi_attr_prop.attr("min_value") = multi_attr_prop.min_value.get_str(); py_multi_attr_prop.attr("max_value") = multi_attr_prop.max_value.get_str(); py_multi_attr_prop.attr("min_alarm") = multi_attr_prop.min_alarm.get_str(); py_multi_attr_prop.attr("max_alarm") = multi_attr_prop.max_alarm.get_str(); py_multi_attr_prop.attr("min_warning") = multi_attr_prop.min_warning.get_str(); py_multi_attr_prop.attr("max_warning") = multi_attr_prop.max_warning.get_str(); py_multi_attr_prop.attr("delta_t") = multi_attr_prop.delta_t.get_str(); py_multi_attr_prop.attr("delta_val") = multi_attr_prop.delta_val.get_str(); py_multi_attr_prop.attr("event_period") = multi_attr_prop.event_period.get_str(); py_multi_attr_prop.attr("archive_period") = multi_attr_prop.archive_period.get_str(); py_multi_attr_prop.attr("rel_change") = multi_attr_prop.rel_change.get_str(); py_multi_attr_prop.attr("abs_change") = multi_attr_prop.abs_change.get_str(); py_multi_attr_prop.attr("archive_rel_change") = multi_attr_prop.archive_rel_change.get_str(); py_multi_attr_prop.attr("archive_abs_change") = multi_attr_prop.archive_abs_change.get_str(); } boost::python::object to_py(const Tango::AttributeConfig &, boost::python::object py_attr_conf); boost::python::object to_py(const Tango::AttributeConfig_2 &, boost::python::object py_attr_conf); boost::python::object to_py(const Tango::AttributeConfig_3 &, boost::python::object py_attr_conf); boost::python::object to_py(const Tango::AttributeConfig_5 &, boost::python::object py_attr_conf); boost::python::list to_py(const Tango::AttributeConfigList &); boost::python::list to_py(const Tango::AttributeConfigList_2 &); boost::python::list to_py(const Tango::AttributeConfigList_3 &); boost::python::list to_py(const Tango::AttributeConfigList_5 &); boost::python::object to_py(const Tango::PipeConfig &, boost::python::object); boost::python::object to_py(const Tango::PipeConfigList &, boost::python::object); template inline boost::python::object to_py_list(const T *seq) { using namespace boost::python; return object(handle<>(CORBA_sequence_to_list::convert(*seq))); } template inline boost::python::object to_py_tuple(const T *seq) { using namespace boost::python; return object(handle<>(CORBA_sequence_to_tuple::convert(*seq))); } pytango-9.2.2/ext/to_py_numpy.hpp000066400000000000000000000124071316324373100171070ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #pragma once /// @name Array extraction /// @{ template inline boost::python::object to_py_numpy(const typename TANGO_const2type(tangoArrayTypeConst)* tg_array, boost::python::object parent) { static const int typenum = TANGO_const2scalarnumpy(tangoArrayTypeConst); if (tg_array == 0) { // Empty PyObject* value = PyArray_SimpleNew(0, 0, typenum); if (!value) boost::python::throw_error_already_set(); return boost::python::object(boost::python::handle<>(value)); } // Create a new numpy.ndarray() object. It uses ch_ptr as the data, // so no costy memory copies when handling big images. const void *ch_ptr = reinterpret_cast(tg_array->get_buffer()); int nd = 1; npy_intp dims[1]; dims[0]= tg_array->length(); PyObject* py_array = PyArray_SimpleNewFromData(nd, dims, typenum, const_cast(ch_ptr)); if (!py_array) { boost::python::throw_error_already_set(); } // numpy.ndarray() does not own it's memory, so we need to manage it. // We can assign a 'parent' object that will be informed (decref'd) // when the last copy of numpy.ndarray() disappears. That should // actually destroy the memory in its destructor PyObject* guard = parent.ptr(); Py_INCREF(guard); PyArray_BASE(py_array) = guard; return boost::python::object(boost::python::handle<>(py_array)); } template <> inline boost::python::object to_py_numpy(const Tango::DevVarStringArray* tg_array, boost::python::object parent) { return to_py_list(tg_array); } template <> inline boost::python::object to_py_numpy(const Tango::DevVarStateArray* tg_array, boost::python::object parent) { return to_py_list(tg_array); } template <> inline boost::python::object to_py_numpy(const Tango::DevVarLongStringArray* tg_array, boost::python::object parent) { boost::python::list result; result.append(to_py_numpy(&tg_array->lvalue, parent)); result.append(to_py_numpy(&tg_array->svalue, parent)); return result; } template <> inline boost::python::object to_py_numpy(const Tango::DevVarDoubleStringArray* tg_array, boost::python::object parent) { boost::python::list result; result.append(to_py_numpy(&tg_array->dvalue, parent)); result.append(to_py_numpy(&tg_array->svalue, parent)); return result; } /// @} // ~Array Extraction // ----------------------------------------------------------------------- template inline boost::python::object to_py_numpy(typename TANGO_const2type(tangoArrayTypeConst)* tg_array, int orphan) { static const int typenum = TANGO_const2scalarnumpy(tangoArrayTypeConst); if (tg_array == 0) { // Empty PyObject* value = PyArray_SimpleNew(0, 0, typenum); if (!value) boost::python::throw_error_already_set(); return boost::python::object(boost::python::handle<>(value)); } // Create a new numpy.ndarray() object. It uses ch_ptr as the data, // so no costy memory copies when handling big images. int nd = 1; npy_intp dims[1]; dims[0]= tg_array->length(); void *ch_ptr = (void *)(tg_array->get_buffer(orphan)); PyObject* py_array = PyArray_New(&PyArray_Type, nd, dims, typenum, NULL, ch_ptr, -1, 0, NULL); if (!py_array) { boost::python::throw_error_already_set(); } return boost::python::object(boost::python::handle<>(py_array)); } template <> inline boost::python::object to_py_numpy(Tango::DevVarStringArray* tg_array, int orphan) { return to_py_list(tg_array); } template <> inline boost::python::object to_py_numpy(Tango::DevVarStateArray* tg_array, int orphan) { return to_py_list(tg_array); } template <> inline boost::python::object to_py_numpy(Tango::DevVarLongStringArray* tg_array, int orphan) { boost::python::list result; result.append(to_py_numpy(&tg_array->lvalue, orphan)); result.append(to_py_numpy(&tg_array->svalue, orphan)); return result; } template <> inline boost::python::object to_py_numpy(Tango::DevVarDoubleStringArray* tg_array, int orphan) { boost::python::list result; result.append(to_py_numpy(&tg_array->dvalue, orphan)); result.append(to_py_numpy(&tg_array->svalue, orphan)); return result; } pytango-9.2.2/ext/version.cpp000066400000000000000000000013151316324373100162010ustar00rootroot00000000000000/****************************************************************************** This file is part of PyTango (http://pytango.rtfd.io) Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France Distributed under the terms of the GNU Lesser General Public License, either version 3 of the License, or (at your option) any later version. See LICENSE.txt for more info. ******************************************************************************/ #include "precompiled_header.hpp" #include using namespace boost::python; void export_version() { scope().attr("__tangolib_version__") = Tango::TgLibVers; } pytango-9.2.2/readthedocs.yml000066400000000000000000000000441316324373100162160ustar00rootroot00000000000000conda: file: doc/environment.ymlpytango-9.2.2/setup.cfg000066400000000000000000000004001316324373100150230ustar00rootroot00000000000000[bdist_msi] skip_build=True [bdist_wininst] skip_build=True title=PyTango 9 bitmap=doc\logo-medium.bmp [tool:pytest] addopts = -v --boxed tests [aliases] test=pytest [flake8] ignore = E501, E731, E402 exclude = databaseds, examples, doc, .eggs, build pytango-9.2.2/setup.py000066400000000000000000000407761316324373100147400ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ import os import imp import sys import struct import platform import subprocess from setuptools import setup, Extension from setuptools import Command from setuptools.command.build_ext import build_ext as dftbuild_ext from setuptools.command.install import install as dftinstall from distutils.command.build import build as dftbuild from distutils.unixccompiler import UnixCCompiler from distutils.version import LooseVersion as V # Sphinx imports try: import sphinx import sphinx.util.console sphinx.util.console.color_terminal = lambda: False from sphinx.setup_command import BuildDoc except ImportError: sphinx = None # Detect numpy try: import numpy except ImportError: numpy = None # Platform constants POSIX = 'posix' in os.name WINDOWS = 'nt' in os.name IS64 = 8 * struct.calcsize("P") == 64 PYTHON_VERSION = platform.python_version_tuple() PYTHON2 = ('2',) <= PYTHON_VERSION < ('3',) PYTHON3 = ('3',) <= PYTHON_VERSION < ('4',) # Linux distribution distribution = platform.linux_distribution()[0].lower() if POSIX else "" distribution_match = lambda names: any(x in distribution for x in names) DEBIAN = distribution_match(['debian', 'ubuntu', 'mint']) REDHAT = distribution_match(['redhat', 'fedora', 'centos']) GENTOO = distribution_match(['gentoo']) # Arguments TESTING = any(x in sys.argv for x in ['test', 'pytest']) def get_readme(name='README.rst'): """Get readme file contents without the badges.""" with open(name) as f: return '\n'.join( line for line in f.read().splitlines() if not line.startswith('|') or not line.endswith('|')) def pkg_config(*packages, **config): config_map = { "-I": "include_dirs", "-L": "library_dirs", "-l": "libraries", } cmd = ["pkg-config", "--cflags-only-I", "--libs-only-L", "--libs-only-l", " ".join(packages)] proc = subprocess.Popen(cmd, stdout=subprocess.PIPE) result = proc.wait() result = str(proc.communicate()[0].decode("utf-8")) for elem in result.split(): flag, value = elem[:2], elem[2:] config_values = config.setdefault(config_map.get(flag), []) if value not in config_values: config_values.append(value) return config def abspath(*path): """A method to determine absolute path for a given relative path to the directory where this setup.py script is located""" setup_dir = os.path.dirname(os.path.abspath(__file__)) return os.path.join(setup_dir, *path) def get_release_info(): name = "release" release_dir = abspath('tango') data = imp.find_module(name, [release_dir]) release = imp.load_module(name, *data) return release.Release def uniquify(seq): no_dups = [] for elem in seq: if elem not in no_dups: no_dups.append(elem) return no_dups def get_c_numpy(): if numpy is None: return else: get_include = getattr(numpy, "get_include", None) if get_include is None: get_include = getattr(numpy, "get_numpy_include", None) if get_include is None: return inc = get_include() if os.path.isdir(inc): return inc def has_c_numpy(): return get_c_numpy() is not None def has_numpy(with_src=True): ret = numpy is not None if with_src: ret &= has_c_numpy() return ret def add_lib(name, dirs, sys_libs, env_name=None, lib_name=None, inc_suffix=None): if env_name is None: env_name = name.upper() + '_ROOT' ENV = os.environ.get(env_name) if lib_name is None: lib_name = name if ENV is None: sys_libs.append(lib_name) return else: inc_dir = os.path.join(ENV, 'include') dirs['include_dirs'].append(inc_dir) if inc_suffix is not None: inc_dir = os.path.join(inc_dir, inc_suffix) dirs['include_dirs'].append(inc_dir) lib_dirs = [os.path.join(ENV, 'lib')] if IS64: lib64_dir = os.path.join(ENV, 'lib64') if os.path.isdir(lib64_dir): lib_dirs.insert(0, lib64_dir) dirs['library_dirs'].extend(lib_dirs) if lib_name.startswith('lib'): lib_name = lib_name[3:] dirs['libraries'].append(lib_name) class build(dftbuild): user_options = list(dftbuild.user_options) # Strip library option user_options.append(( 'strip-lib', None, "strips the shared library of debugging symbols" " (Unix like systems only)")) # No documentation option user_options.append(( 'no-doc', None, "do not build documentation")) boolean_options = dftbuild.boolean_options + ['strip-lib', 'no-doc'] def initialize_options(self): dftbuild.initialize_options(self) self.strip_lib = None self.no_doc = None def finalize_options(self): dftbuild.finalize_options(self) def run(self): if numpy is None: self.warn('NOT using numpy: it is not available') elif get_c_numpy() is None: self.warn("NOT using numpy: numpy available but C source is not") dftbuild.run(self) if self.strip_lib: self.strip_debug_symbols() def strip_debug_symbols(self): if not POSIX: return if os.system("type objcopy") != 0: return d = abspath(self.build_lib, "tango") orig_dir = os.path.abspath(os.curdir) so = "_tango.so" dbg = so + ".dbg" try: os.chdir(d) stripped_cmd = 'file %s | grep -q "not stripped" || exit 1' % so not_stripped = os.system(stripped_cmd) == 0 if not_stripped: os.system("objcopy --only-keep-debug %s %s" % (so, dbg)) os.system("objcopy --strip-debug --strip-unneeded %s" % (so,)) os.system("objcopy --add-gnu-debuglink=%s %s" % (dbg, so)) os.system("chmod -x %s" % (dbg,)) finally: os.chdir(orig_dir) def has_doc(self): if self.no_doc: return False if sphinx is None: return False if V(sphinx.__version__) <= V("0.6.5"): print("Documentation will not be generated:" " sphinx version (%s) too low." " Needs 0.6.6" % sphinx.__version__) return False setup_dir = os.path.dirname(os.path.abspath(__file__)) return os.path.isdir(os.path.join(setup_dir, 'doc')) sub_commands = dftbuild.sub_commands + [('build_doc', has_doc), ] class build_ext(dftbuild_ext): def build_extensions(self): self.use_cpp_0x = False if isinstance(self.compiler, UnixCCompiler): compiler_pars = self.compiler.compiler_so while '-Wstrict-prototypes' in compiler_pars: del compiler_pars[compiler_pars.index('-Wstrict-prototypes')] # self.compiler.compiler_so = " ".join(compiler_pars) # mimic tango check to activate C++0x extension compiler = self.compiler.compiler proc = subprocess.Popen( compiler + ["-dumpversion"], stdout=subprocess.PIPE) pipe = proc.stdout proc.wait() gcc_ver = pipe.readlines()[0].decode().strip() if V(gcc_ver) >= V("4.3.3"): self.use_cpp_0x = True dftbuild_ext.build_extensions(self) def build_extension(self, ext): if self.use_cpp_0x: ext.extra_compile_args += ['-std=c++0x'] ext.define_macros += [('PYTANGO_HAS_UNIQUE_PTR', '1')] dftbuild_ext.build_extension(self, ext) if sphinx: class build_doc(BuildDoc): def run(self): # make sure the python path is pointing to the newly built # code so that the documentation is built on this and not a # previously installed version build_cmd = self.get_finalized_command('build') sys.path.insert(0, os.path.abspath(build_cmd.build_lib)) sphinx.setup_command.BuildDoc.run(self) sys.path.pop(0) class install_html(Command): user_options = [] # Install directory option user_options.append(( 'install-dir=', 'd', 'base directory for installing HTML documentation files')) def initialize_options(self): self.install_dir = None def finalize_options(self): self.set_undefined_options( 'install', ('install_html', 'install_dir')) def run(self): build_doc_cmd = self.get_finalized_command('build_doc') src_html_dir = abspath(build_doc_cmd.build_dir, 'html') self.copy_tree(src_html_dir, self.install_dir) class install(dftinstall): user_options = list(dftinstall.user_options) # HTML directory option user_options.append(( 'install-html=', None, "installation directory for HTML documentation")) def initialize_options(self): dftinstall.initialize_options(self) self.install_html = None def finalize_options(self): dftinstall.finalize_options(self) # We do a hack here. We cannot trust the 'install_base' value because # it is not always the final target. For example, in unix, the # install_base is '/usr' and all other install_* are directly relative # to it. However,in unix-local (like ubuntu) install_base is still # '/usr' but, for example, install_data, is '$install_base/local' # which breaks everything. # The hack consists in using install_data instead of install_base # since install_data seems to be, in practice, the proper install_base # on all different systems. if self.install_html is None: self.install_html = os.path.join(self.install_data, 'share', 'doc', 'pytango', 'html') def has_html(self): return sphinx is not None sub_commands = list(dftinstall.sub_commands) sub_commands.append(('install_html', has_html)) def setup_args(): directories = { 'include_dirs': [], 'library_dirs': [], 'libraries': [], } sys_libs = [] # Link specifically to libtango version 9 tangolib = ':libtango.so.9' if POSIX else 'tango' directories['libraries'].append(tangolib) add_lib('omni', directories, sys_libs, lib_name='omniORB4') add_lib('zmq', directories, sys_libs, lib_name='libzmq') add_lib('tango', directories, sys_libs, inc_suffix='tango') # special boost-python configuration BOOST_ROOT = os.environ.get('BOOST_ROOT') boost_library_name = 'boost_python' if BOOST_ROOT is None: if DEBIAN: suffix = "-py{v[0]}{v[1]}".format(v=PYTHON_VERSION) boost_library_name += suffix elif REDHAT: if PYTHON3: boost_library_name += '3' elif GENTOO: suffix = "-{v[0]}.{v[1]}".format(v=PYTHON_VERSION) boost_library_name += suffix else: inc_dir = os.path.join(BOOST_ROOT, 'include') lib_dirs = [os.path.join(BOOST_ROOT, 'lib')] if IS64: lib64_dir = os.path.join(BOOST_ROOT, 'lib64') if os.path.isdir(lib64_dir): lib_dirs.insert(0, lib64_dir) directories['include_dirs'].append(inc_dir) directories['library_dirs'].extend(lib_dirs) directories['libraries'].append(boost_library_name) # special numpy configuration numpy_c_include = get_c_numpy() if numpy_c_include is not None: directories['include_dirs'].append(numpy_c_include) macros = [] if not has_numpy(): macros.append(('DISABLE_PYTANGO_NUMPY', None)) else: macros.append(('PYTANGO_NUMPY_VERSION', '"%s"' % numpy.__version__)) if POSIX: directories = pkg_config(*sys_libs, **directories) Release = get_release_info() author = Release.authors['Coutinho'] please_debug = False packages = [ 'tango', 'tango.databaseds', 'tango.databaseds.db_access', ] py_modules = [ 'PyTango', # Backward compatibilty ] provides = [ 'tango', 'PyTango', # Backward compatibilty ] requires = [ 'boost_python (>=1.33)', 'numpy (>=1.1)', 'six', ] install_requires = [ 'six', ] setup_requires = [] if TESTING: setup_requires += ['pytest-runner'] tests_require = [ 'pytest-xdist', 'gevent', 'psutil', ] if PYTHON2: tests_require += ['trollius'] package_data = { 'PyTango': [], } data_files = [] classifiers = [ 'Development Status :: 5 - Production/Stable', 'Environment :: Other Environment', 'Intended Audience :: Developers', 'License :: OSI Approved ::' ' GNU Library or Lesser General Public License (LGPL)', 'Natural Language :: English', 'Operating System :: Microsoft :: Windows', 'Operating System :: POSIX', 'Operating System :: POSIX :: Linux', 'Operating System :: Unix', 'Programming Language :: C', 'Programming Language :: Python', 'Programming Language :: Python :: 2.7', 'Programming Language :: Python :: 3.4', 'Programming Language :: Python :: 3.5', 'Topic :: Scientific/Engineering', 'Topic :: Software Development :: Libraries', ] # Note for PyTango developers: # Compilation time can be greatly reduced by compiling the file # src/precompiled_header.hpp as src/precompiled_header.hpp.gch # and then uncommenting this line. Someday maybe this will be # automated... extra_compile_args = [ # '-include ext/precompiled_header.hpp', ] extra_link_args = [ ] if please_debug: extra_compile_args += ['-g', '-O0'] extra_link_args += ['-g', '-O0'] src_dir = abspath('ext') client_dir = src_dir server_dir = os.path.join(src_dir, 'server') clientfiles = sorted( os.path.join(client_dir, fname) for fname in os.listdir(client_dir) if fname.endswith('.cpp')) serverfiles = sorted( os.path.join(server_dir, fname) for fname in os.listdir(server_dir) if fname.endswith('.cpp')) cppfiles = clientfiles + serverfiles directories['include_dirs'].extend([client_dir, server_dir]) include_dirs = uniquify(directories['include_dirs']) library_dirs = uniquify(directories['library_dirs']) libraries = uniquify(directories['libraries']) pytango_ext = Extension( name='_tango', sources=cppfiles, include_dirs=include_dirs, library_dirs=library_dirs, libraries=libraries, define_macros=macros, extra_compile_args=extra_compile_args, extra_link_args=extra_link_args, language='c++', depends=[]) cmdclass = { 'build': build, 'build_ext': build_ext, 'install_html': install_html, 'install': install} if sphinx: cmdclass['build_doc'] = build_doc long_description = get_readme() opts = dict( name='pytango', version=Release.version_long, description=Release.description, long_description=long_description, author=author[0], author_email=author[1], url=Release.url, download_url=Release.download_url, platforms=Release.platform, license=Release.license, packages=packages, py_modules=py_modules, classifiers=classifiers, package_data=package_data, data_files=data_files, provides=provides, keywords=Release.keywords, requires=requires, install_requires=install_requires, setup_requires=setup_requires, tests_require=tests_require, ext_package='tango', ext_modules=[pytango_ext], cmdclass=cmdclass) return opts def main(): return setup(**setup_args()) if __name__ == "__main__": main() pytango-9.2.2/tango/000077500000000000000000000000001316324373100143205ustar00rootroot00000000000000pytango-9.2.2/tango/__init__.py000066400000000000000000000242171316324373100164370ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is the main PyTango package file. Documentation for this package can be found online: http://pytango.readthedocs.io """ from __future__ import print_function __all__ = [ 'AccessControlType', 'ApiUtil', 'ArchiveEventInfo', 'ArchiveEventProp', 'ArgType', 'AsynCall', 'AsynReplyNotArrived', 'AttReqType', 'Attr', 'AttrConfEventData', 'AttrData', 'AttrDataFormat', 'AttrList', 'AttrProperty', 'AttrQuality', 'AttrReadEvent', 'AttrSerialModel', 'AttrWriteType', 'AttrWrittenEvent', 'Attribute', 'AttributeAlarm', 'AttributeAlarmInfo', 'AttributeConfig', 'AttributeConfig_2', 'AttributeConfig_3', 'AttributeDimension', 'AttributeEventInfo', 'AttributeInfo', 'AttributeInfoEx', 'AttributeInfoList', 'AttributeInfoListEx', 'AttributeList', 'AttributeProxy', 'ChangeEventInfo', 'ChangeEventProp', 'Pipe', 'PipeConfig', 'PipeWriteType', 'PipeEventData', 'DevIntrChangeEventData', 'CmdArgType', 'CmdDoneEvent', 'CommandInfo', 'CommandInfoList', 'CommunicationFailed', 'Connection', 'ConnectionFailed', 'ConstDevString', 'DServer', 'DataReadyEventData', 'Database', 'DbData', 'DbDatum', 'DbDevExportInfo', 'DbDevExportInfos', 'DbDevImportInfo', 'DbDevImportInfos', 'DbDevFullInfo', 'DbDevInfo', 'DbDevInfos', 'DbHistory', 'DbHistoryList', 'DbServerInfo', 'DbServerData', 'DebugIt', 'DevBoolean', 'DevCommandInfo', 'DevDouble', 'DevEncoded', 'DevError', 'DevFailed', 'DevFloat', 'DevInt', 'DevLong', 'DevLong64', 'DevShort', 'DevSource', 'DevState', 'DevString', 'DevUChar', 'DevULong', 'DevULong64', 'DevUShort', 'DevEnum', 'DevVarBooleanArray', 'DevVarCharArray', 'DevVarDoubleArray', 'DevVarDoubleStringArray', 'DevVarFloatArray', 'DevVarLong64Array', 'DevVarLongArray', 'DevVarLongStringArray', 'DevVarShortArray', 'DevVarStringArray', 'DevVarULong64Array', 'DevVarULongArray', 'DevVarUShortArray', 'DevVoid', 'DeviceAttribute', 'DeviceAttributeConfig', 'DeviceAttributeHistory', 'DeviceClass', 'DeviceData', 'DeviceDataList', 'DeviceDataHistory', 'DeviceDataHistoryList', 'DeviceImpl', 'DeviceInfo', 'DeviceProxy', 'DeviceUnlocked', 'Device_2Impl', 'Device_3Impl', 'Device_4Impl', 'Device_5Impl', 'DispLevel', 'EncodedAttribute', 'ErrSeverity', 'ErrorIt', 'EventData', 'EventProperties', 'EventSystemFailed', 'EventType', 'Except', 'ExtractAs', 'FMT_UNKNOWN', 'FatalIt', 'GreenMode', 'Group', 'GroupAttrReply', 'GroupAttrReplyList', 'GroupCmdReply', 'GroupCmdReplyList', 'GroupReply', 'GroupReplyList', 'IMAGE', 'ImageAttr', 'InfoIt', 'KeepAliveCmdCode', 'Level', 'LockCmdCode', 'LockerInfo', 'LockerLanguage', 'LogIt', 'LogLevel', 'LogTarget', 'Logger', 'Logging', 'MessBoxType', 'MultiAttribute', 'MultiAttrProp', 'MultiClassAttribute', 'NamedDevFailed', 'NamedDevFailedList', 'NonDbDevice', 'NonSupportedFeature', 'NotAllowed', 'PeriodicEventInfo', 'PeriodicEventProp', 'PollCmdCode', 'PollDevice', 'PollObjType', 'READ', 'READ_WITH_WRITE', 'READ_WRITE', 'Release', 'SCALAR', 'SPECTRUM', 'SerialModel', 'SpectrumAttr', 'StdDoubleVector', 'StdGroupAttrReplyVector', 'StdGroupCmdReplyVector', 'StdGroupReplyVector', 'StdLongVector', 'StdNamedDevFailedVector', 'StdStringVector', 'SubDevDiag', 'TangoStream', 'TimeVal', 'UserDefaultAttrProp', 'UserDefaultPipeProp', 'Util', 'WAttribute', 'WRITE', 'WarnIt', 'WrongData', 'WrongNameSyntax', '__version__', '__version_description__', '__version_info__', '__version_long__', '__version_number__', 'alarm_flags', 'asyn_req_type', 'cb_sub_model', 'class_factory', 'class_list', 'constants', 'constructed_class', 'cpp_class_list', 'delete_class_list', 'get_class', 'get_classes', 'get_constructed_class', 'get_constructed_classes', 'get_cpp_class', 'get_cpp_classes', 'raise_asynch_exception', 'AutoTangoMonitor', 'AutoTangoAllowThreads', 'LatestDeviceImpl', 'Interceptors', 'get_attribute_proxy', 'requires_tango', 'requires_pytango', 'set_green_mode', 'get_green_mode', 'get_device_proxy', 'is_scalar_type', 'is_array_type', 'is_numerical_type', 'is_int_type', 'is_float_type', 'is_bool_type', 'is_str_type', 'obj_2_str', 'str_2_obj', 'seqStr_2_obj'] __docformat__ = "restructuredtext" # Prepare windows import def __prepare_nt(): import os import sys import struct if os.name != 'nt': return try: from . import _tango # noqa: F401 except ImportError: pass else: return PATH = os.environ.get('PATH') if PATH is None: os.environ["PATH"] = PATH = "" tango_root = os.environ.get("TANGO_ROOT") if tango_root is None: tango_root = os.path.join(os.environ["ProgramFiles"], "tango") tango_root = tango_root.lower() if sys.hexversion < 0x03030000: vc = "vc9_dll" else: vc = "vc10_dll" is64 = 8 * struct.calcsize("P") == 64 if is64: arch = "win64" else: arch = "win32" tango_dll_path = os.path.join(tango_root, arch, "lib", vc) tango_dll_path = tango_dll_path.lower() if os.path.exists(tango_dll_path) and \ tango_dll_path not in PATH.lower(): os.environ['PATH'] += ";" + tango_dll_path else: # Tango C++ could not be found on the system... # ... use PyTango's private Tango C++ library tango_dll_path = os.path.dirname(os.path.abspath(__file__)) tango_dll_path = os.path.join(tango_dll_path, "_tango_dll_") if os.path.exists(tango_dll_path): os.environ['PATH'] += ";" + tango_dll_path __prepare_nt() # Boost imports from ._tango import ( AccessControlType, ApiUtil, ArchiveEventInfo, AsynCall, AsynReplyNotArrived, AttReqType, Attr, AttrConfEventData, AttrDataFormat, AttrList, AttrProperty, AttrQuality, AttrReadEvent, AttrSerialModel, AttrWriteType, AttrWrittenEvent, Attribute, AttributeAlarmInfo, AttributeDimension, AttributeEventInfo, AttributeInfo, AttributeInfoEx, AttributeInfoList, AttributeInfoListEx, AttributeList, ChangeEventInfo, CmdArgType, Pipe, PipeWriteType, DevIntrChangeEventData, CmdDoneEvent, CommandInfo, CommandInfoList, CommunicationFailed, Connection, ConnectionFailed, ConstDevString, DServer, DataReadyEventData, Database, DbData, DbDatum, DbDevExportInfo, DbDevExportInfos, DbDevImportInfo, DbDevImportInfos, DbDevFullInfo, DbDevInfo, DbDevInfos, DbHistory, DbHistoryList, DbServerInfo, DbServerData, DevBoolean, DevCommandInfo, DevDouble, DevEncoded, DevError, DevFailed, DevFloat, DevInt, DevLong, DevLong64, DevShort, DevSource, DevState, DevString, DevUChar, DevULong, DevULong64, DevUShort, DevEnum, DevVarBooleanArray, DevVarCharArray, DevVarDoubleArray, DevVarDoubleStringArray, DevVarFloatArray, DevVarLong64Array, DevVarLongArray, DevVarLongStringArray, DevVarShortArray, DevVarStringArray, DevVarULong64Array, DevVarULongArray, DevVarUShortArray, DevVoid, DeviceAttribute, DeviceAttributeConfig, DeviceAttributeHistory, DeviceData, DeviceDataList, DeviceDataHistory, DeviceDataHistoryList, DeviceImpl, DeviceInfo, DeviceProxy, DeviceUnlocked, Device_2Impl, Device_3Impl, Device_4Impl, Device_5Impl, DispLevel, EncodedAttribute, ErrSeverity, EventData, EventSystemFailed, EventType, PipeEventData, Except, ExtractAs, GreenMode, FMT_UNKNOWN, GroupAttrReply, GroupAttrReplyList, GroupCmdReply, GroupCmdReplyList, GroupReply, GroupReplyList, IMAGE, ImageAttr, KeepAliveCmdCode, Level, LockCmdCode, LockerInfo, LockerLanguage, LogLevel, LogTarget, Logger, Logging, MessBoxType, MultiAttribute, MultiClassAttribute, NamedDevFailed, NamedDevFailedList, NonDbDevice, NonSupportedFeature, NotAllowed, PeriodicEventInfo, PollCmdCode, PollDevice, PollObjType, READ, READ_WITH_WRITE, READ_WRITE, SCALAR, SPECTRUM, SerialModel, SpectrumAttr, StdDoubleVector, StdGroupAttrReplyVector, StdGroupCmdReplyVector, StdGroupReplyVector, StdLongVector, StdNamedDevFailedVector, StdStringVector, SubDevDiag, TimeVal, UserDefaultAttrProp, UserDefaultPipeProp, WAttribute, WRITE, WrongData, WrongNameSyntax, alarm_flags, asyn_req_type, cb_sub_model, constants, raise_asynch_exception, Interceptors, AutoTangoMonitor, AutoTangoAllowThreads) # Aliases ArgType = CmdArgType # Release from .release import Release __author__ = Release.author_lines __version_info__ = Release.version_info __version__ = Release.version __version_long__ = Release.version_long __version_number__ = Release.version_number __version_description__ = Release.version_description __doc__ = Release.long_description # Pytango imports from .attr_data import AttrData from .log4tango import ( TangoStream, LogIt, DebugIt, InfoIt, WarnIt, ErrorIt, FatalIt) from .device_server import ( ChangeEventProp, PeriodicEventProp, ArchiveEventProp, AttributeAlarm, EventProperties, AttributeConfig, AttributeConfig_2, AttributeConfig_3, MultiAttrProp, LatestDeviceImpl) from .pipe import PipeConfig from .attribute_proxy import AttributeProxy, get_attribute_proxy from .group import Group from .pyutil import Util from .device_class import DeviceClass from .globals import ( get_class, get_classes, get_cpp_class, get_cpp_classes, get_constructed_class, get_constructed_classes, class_factory, delete_class_list, class_list, cpp_class_list, constructed_class) from .utils import ( requires_pytango, requires_tango, is_scalar_type, is_array_type, is_numerical_type, is_int_type, is_float_type, is_bool_type, is_str_type, obj_2_str, str_2_obj, seqStr_2_obj) from .green import set_green_mode, get_green_mode from .device_proxy import get_device_proxy # Pytango initialization from .pytango_init import init as __init __init() pytango-9.2.2/tango/api_util.py000066400000000000000000000107161316324373100165050ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["api_util_init"] __docformat__ = "restructuredtext" from ._tango import ApiUtil from .utils import document_method, document_static_method, _get_env_var def __init_api_util(): if not hasattr(ApiUtil, "get_env_var"): ApiUtil.get_env_var = staticmethod(_get_env_var) def __doc_api_util(): ApiUtil.__doc__ = """ This class allows you to access the tango syncronization model API. It is designed as a singleton. To get a reference to the singleton object you must do:: import tango apiutil = tango.ApiUtil.instance() New in PyTango 7.1.3 """ document_static_method(ApiUtil, "instance", """ instance() -> ApiUtil Returns the ApiUtil singleton instance. Parameters : None Return : (ApiUtil) a reference to the ApiUtil singleton object. New in PyTango 7.1.3 """) document_method(ApiUtil, "pending_asynch_call", """ pending_asynch_call(self, req) -> int Return number of asynchronous pending requests (any device). The input parameter is an enumeration with three values which are: - POLLING: Return only polling model asynchronous request number - CALL_BACK: Return only callback model asynchronous request number - ALL_ASYNCH: Return all asynchronous request number Parameters : - req : (asyn_req_type) asynchronous request type Return : (int) the number of pending requests for the given type New in PyTango 7.1.3 """) document_method(ApiUtil, "get_asynch_replies", """ get_asynch_replies(self) -> None Fire callback methods for all (any device) asynchronous requests (command and attribute) with already arrived replied. Returns immediately if there is no replies already arrived or if there is no asynchronous requests. Parameters : None Return : None Throws : None, all errors are reported using the err and errors fields of the parameter passed to the callback method. New in PyTango 7.1.3 get_asynch_replies(self) -> None Fire callback methods for all (any device) asynchronous requests (command and attributes) with already arrived replied. Wait and block the caller for timeout milliseconds if they are some device asynchronous requests which are not yet arrived. Returns immediately if there is no asynchronous request. If timeout is set to 0, the call waits until all the asynchronous requests sent has received a reply. Parameters : - timeout : (int) timeout (milliseconds) Return : None Throws : AsynReplyNotArrived. All other errors are reported using the err and errors fields of the object passed to the callback methods. New in PyTango 7.1.3 """) document_method(ApiUtil, "set_asynch_cb_sub_model", """ set_asynch_cb_sub_model(self, model) -> None Set the asynchronous callback sub-model between the pull and push sub-model. The cb_sub_model data type is an enumeration with two values which are: - PUSH_CALLBACK: The push sub-model - PULL_CALLBACK: The pull sub-model Parameters : - model : (cb_sub_model) the callback sub-model Return : None New in PyTango 7.1.3 """) document_method(ApiUtil, "get_asynch_cb_sub_model", """ get_asynch_cb_sub_model(self) -> cb_sub_model Get the asynchronous callback sub-model. Parameters : None Return : (cb_sub_model) the active asynchronous callback sub-model. New in PyTango 7.1.3 """) def api_util_init(doc=True): __init_api_util() if doc: __doc_api_util() pytango-9.2.2/tango/asyncio.py000066400000000000000000000120471316324373100163430ustar00rootroot00000000000000# ----------------------------------------------------------------------------- # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ----------------------------------------------------------------------------- """This module exposes a asyncio version of :class:`PyTango.DeviceProxy` and :class:`PyTango.AttributeProxy""" from __future__ import absolute_import from functools import partial from ._tango import GreenMode from .device_proxy import get_device_proxy from .attribute_proxy import get_attribute_proxy __all__ = ["DeviceProxy", "AttributeProxy", "check_requirements"] def check_requirements(): try: import asyncio except ImportError: try: import trollius as asyncio except ImportError: raise ImportError( "Not able to import asyncio or its backport trollius") try: import concurrent.futures except ImportError: raise ImportError( "No module named concurrent. You need to " "install the futures backport module to have " "access to PyTango futures green mode") return asyncio, concurrent.futures check_requirements() DeviceProxy = partial(get_device_proxy, green_mode=GreenMode.Asyncio) DeviceProxy.__doc__ = """ DeviceProxy(self, dev_name, wait=False, timeout=None) -> DeviceProxy DeviceProxy(self, dev_name, need_check_acc, wait=False, timeout=None) -> DeviceProxy Creates a *asyncio* enabled :class:`~PyTango.DeviceProxy`. The DeviceProxy constructor internally makes some network calls which makes it *slow*. By using the asyncio *green mode* you may give the control back to the asyncio event loop using the *yield from* or *await* synthax. .. note:: The timeout parameter has no relation with the tango device client side timeout (gettable by :meth:`~PyTango.DeviceProxy.get_timeout_millis` and settable through :meth:`~PyTango.DeviceProxy.set_timeout_millis`) :param dev_name: the device name or alias :type dev_name: str :param need_check_acc: in first version of the function it defaults to True Determines if at creation time of DeviceProxy it should check for channel access (rarely used) :type need_check_acc: bool :param wait: whether or not to wait for result of creating a DeviceProxy. :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when wait is False. :type timeout: float :returns: if wait is True: :class:`~PyTango.DeviceProxy` else: :class:`concurrent.futures.Future` :throws: * a *DevFailed* if wait is True and there is an error creating the device. * an *asyncio.TimeoutError* if wait is False, timeout is not None and the time to create the device has expired. New in PyTango 8.1.0 """ AttributeProxy = partial(get_attribute_proxy, green_mode=GreenMode.Asyncio) AttributeProxy.__doc__ = """ AttributeProxy(self, full_attr_name, wait=False, timeout=False) -> AttributeProxy AttributeProxy(self, device_proxy, attr_name, wait=False, timeout=False) -> AttributeProxy Creates a *futures* enabled :class:`~PyTango.AttributeProxy`. The AttributeProxy constructor internally makes some network calls which makes it *slow*. By using the asyncio *green mode* you may give the control back to the asyncio event loop using the *yield from* or *await* synthax. :param full_attr_name: the full name of the attribute :type full_attr_name: str :param device_proxy: the :class:`~PyTango.DeviceProxy` :type device_proxy: DeviceProxy :param attr_name: attribute name for the given device proxy :type attr_name: str :param wait: whether or not to wait for result of creating an AttributeProxy. :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when wait is False. :type timeout: float :returns: if wait is True: :class:`~PyTango.AttributeProxy` else: :class:`concurrent.futures.Future` :throws: * a *DevFailed* if wait is True and there is an error creating the attribute. * a *asyncio.TimeoutError* if wait is False, timeout is not None and the time to create the attribute has expired. New in PyTango 8.1.0 """ Device = DeviceProxy Attribute = AttributeProxy del GreenMode del get_device_proxy del get_attribute_proxy pytango-9.2.2/tango/asyncio_executor.py000066400000000000000000000057331316324373100202650ustar00rootroot00000000000000# ----------------------------------------------------------------------------- # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ----------------------------------------------------------------------------- # Future imports from __future__ import absolute_import # Imports import functools try: from threading import get_ident except: from threading import _get_ident as get_ident # Asyncio imports try: import asyncio except ImportError: import trollius as asyncio try: from asyncio import run_coroutine_threadsafe except ImportError: from .asyncio_tools import run_coroutine_threadsafe # Tango imports from .green import AbstractExecutor __all__ = ["AsyncioExecutor", "get_global_executor", "set_global_executor"] # Asyncio compatibility ensure_future = getattr(asyncio, 'ensure_future', getattr(asyncio, 'async')) # Global executor _EXECUTOR = None def get_global_executor(): global _EXECUTOR if _EXECUTOR is None: _EXECUTOR = AsyncioExecutor() return _EXECUTOR def set_global_executor(executor): global _EXECUTOR _EXECUTOR = executor # Asyncio executor class AsyncioExecutor(AbstractExecutor): """Asyncio tango executor""" asynchronous = True default_wait = False def __init__(self, loop=None, subexecutor=None): if loop is None: try: loop = asyncio.get_event_loop() except RuntimeError: loop = asyncio.new_event_loop() asyncio.set_event_loop(loop) self.loop = loop self.subexecutor = subexecutor def delegate(self, fn, *args, **kwargs): """Return the given operation as an asyncio future.""" callback = functools.partial(fn, *args, **kwargs) coro = self.loop.run_in_executor(self.subexecutor, callback) return ensure_future(coro) def access(self, accessor, timeout=None): """Return a result from an asyncio future.""" if self.loop.is_running(): raise RuntimeError("Loop is already running") coro = asyncio.wait_for(accessor, timeout, loop=self.loop) return self.loop.run_until_complete(coro) def submit(self, fn, *args, **kwargs): """Submit an operation""" corofn = asyncio.coroutine(lambda: fn(*args, **kwargs)) return run_coroutine_threadsafe(corofn(), self.loop) def execute(self, fn, *args, **kwargs): """Execute an operation and return the result.""" if self.loop._thread_id == get_ident(): corofn = asyncio.coroutine(lambda: fn(*args, **kwargs)) return corofn() future = self.submit(fn, *args, **kwargs) return future.result() pytango-9.2.2/tango/asyncio_tools.py000066400000000000000000000064031316324373100175620ustar00rootroot00000000000000"""Backport some asyncio features.""" from __future__ import absolute_import import concurrent.futures try: import asyncio except ImportError: import trollius as asyncio __all__ = ["run_coroutine_threadsafe"] def _set_concurrent_future_state(concurrent, source): """Copy state from a future to a concurrent.futures.Future.""" assert source.done() if source.cancelled(): concurrent.cancel() if not concurrent.set_running_or_notify_cancel(): return exception = source.exception() if exception is not None: concurrent.set_exception(exception) else: result = source.result() concurrent.set_result(result) def _copy_future_state(source, dest): """Internal helper to copy state from another Future. The other Future may be a concurrent.futures.Future. """ assert source.done() if dest.cancelled(): return assert not dest.done() if source.cancelled(): dest.cancel() else: exception = source.exception() if exception is not None: dest.set_exception(exception) else: result = source.result() dest.set_result(result) def _chain_future(source, dest): """Chain two futures so that when one completes, so does the other. The result (or exception) of source will be copied to destination. If destination is cancelled, source gets cancelled too. Compatible with both asyncio.Future and concurrent.futures.Future. """ if not isinstance(source, (asyncio.Future, concurrent.futures.Future)): raise TypeError('A future is required for source argument') if not isinstance(dest, (asyncio.Future, concurrent.futures.Future)): raise TypeError('A future is required for destination argument') source_loop = source._loop if isinstance(source, asyncio.Future) else None dest_loop = dest._loop if isinstance(dest, asyncio.Future) else None def _set_state(future, other): if isinstance(future, asyncio.Future): _copy_future_state(other, future) else: _set_concurrent_future_state(future, other) def _call_check_cancel(destination): if destination.cancelled(): if source_loop is None or source_loop is dest_loop: source.cancel() else: source_loop.call_soon_threadsafe(source.cancel) def _call_set_state(source): if dest_loop is None or dest_loop is source_loop: _set_state(dest, source) else: dest_loop.call_soon_threadsafe(_set_state, dest, source) dest.add_done_callback(_call_check_cancel) source.add_done_callback(_call_set_state) def run_coroutine_threadsafe(coro, loop): """Submit a coroutine object to a given event loop. Return a concurrent.futures.Future to access the result. """ if not asyncio.iscoroutine(coro): raise TypeError('A coroutine object is required') future = concurrent.futures.Future() def callback(): try: _chain_future(asyncio.async(coro, loop=loop), future) except Exception as exc: if future.set_running_or_notify_cancel(): future.set_exception(exc) raise loop.call_soon_threadsafe(callback) return future pytango-9.2.2/tango/attr_data.py000066400000000000000000000354061316324373100166450ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ from __future__ import with_statement from __future__ import print_function __all__ = ["AttrData"] __docformat__ = "restructuredtext" import inspect from ._tango import Except, CmdArgType, AttrDataFormat, AttrWriteType from ._tango import DispLevel, UserDefaultAttrProp, UserDefaultFwdAttrProp from ._tango import Attr, SpectrumAttr, ImageAttr, FwdAttr from .utils import is_non_str_seq, is_pure_str class AttrData(object): """A helper class that contains the same information one of the items in DeviceClass.attr_list but in object form""" def __init__(self, name, class_name, attr_info=None): self.class_name = class_name self.attr_name = name self.attr_type = CmdArgType.DevVoid self.attr_format = AttrDataFormat.SCALAR self.attr_write = AttrWriteType.READ self.dim_x = 1 self.dim_y = 0 self.display_level = DispLevel.OPERATOR self.polling_period = -1 self.memorized = False self.hw_memorized = False if name is None: self.read_method_name = None self.write_method_name = None self.is_allowed_name = None else: self.read_method_name = "read_" + name self.write_method_name = "write_" + name self.is_allowed_name = "is_" + name + "_allowed" self.attr_class = None self.attr_args = [] self.att_prop = None self.forward = False if attr_info is not None: self.from_attr_info(attr_info) @classmethod def from_dict(cls, attr_dict): attr_dict = dict(attr_dict) name = attr_dict.pop('name', None) class_name = attr_dict.pop('class_name', None) self = cls(name, class_name) self.build_from_dict(attr_dict) return self def build_from_dict(self, attr_dict): self.forward = attr_dict.pop("forwarded", False) if not self.forward: self.attr_type = attr_dict.pop('dtype', CmdArgType.DevDouble) self.attr_format = attr_dict.pop('dformat', AttrDataFormat.SCALAR) self.dim_x = attr_dict.pop('max_dim_x', 1) self.dim_y = attr_dict.pop('max_dim_y', 0) self.display_level = attr_dict.pop('display_level', DispLevel.OPERATOR) self.polling_period = attr_dict.pop('polling_period', -1) self.memorized = attr_dict.pop('memorized', False) self.hw_memorized = attr_dict.pop('hw_memorized', False) is_access_explicit = "access" in attr_dict if is_access_explicit: self.attr_write = attr_dict.pop('access') else: # access is defined by which methods were defined r_explicit = "fread" in attr_dict or "fget" in attr_dict w_explicit = "fwrite" in attr_dict or "fset" in attr_dict if r_explicit and w_explicit: self.attr_write = AttrWriteType.READ_WRITE elif r_explicit: self.attr_write = AttrWriteType.READ elif w_explicit: self.attr_write = AttrWriteType.WRITE else: self.attr_write = AttrWriteType.READ fread = attr_dict.pop('fget', attr_dict.pop('fread', None)) if fread is not None: if is_pure_str(fread): self.read_method_name = fread elif inspect.isroutine(fread): self.read_method_name = fread.__name__ fwrite = attr_dict.pop('fset', attr_dict.pop('fwrite', None)) if fwrite is not None: if is_pure_str(fwrite): self.write_method_name = fwrite elif inspect.isroutine(fwrite): self.write_method_name = fwrite.__name__ fisallowed = attr_dict.pop('fisallowed', None) if fisallowed is not None: if is_pure_str(fisallowed): self.is_allowed_name = fisallowed elif inspect.isroutine(fisallowed): self.is_allowed_name = fisallowed.__name__ self.attr_class = attr_dict.pop("klass", self.DftAttrClassMap[self.attr_format]) self.attr_args.extend((self.attr_name, self.attr_type, self.attr_write)) if not self.attr_format == AttrDataFormat.SCALAR: self.attr_args.append(self.dim_x) if not self.attr_format == AttrDataFormat.SPECTRUM: self.attr_args.append(self.dim_y) else: self.attr_class = FwdAttr self.attr_args = [self.name] if len(attr_dict): if self.forward: self.att_prop = self.__create_user_default_fwdattr_prop(attr_dict) else: self.att_prop = self.__create_user_default_attr_prop(attr_dict) return self def _set_name(self, name): old_name = self.attr_name self.attr_name = name self.attr_args[0] = name if old_name is None: if self.read_method_name is None: self.read_method_name = "read_" + name if self.write_method_name is None: self.write_method_name = "write_" + name if self.is_allowed_name is None: self.is_allowed_name = "is_" + name + "_allowed" def __throw_exception(self, msg, meth="create_attribute()"): Except.throw_exception("PyDs_WrongAttributeDefinition", msg, meth) def __create_user_default_fwdattr_prop(self, extra_info): """for internal usage only""" p = UserDefaultFwdAttrProp() p.set_label(extra_info["label"]) return p def __create_user_default_attr_prop(self, extra_info): """for internal usage only""" p = UserDefaultAttrProp() doc = extra_info.pop('doc', None) if doc is not None: extra_info['description'] = doc for k, v in extra_info.items(): k_lower = k.lower() method_name = "set_%s" % k_lower.replace(' ', '_') if hasattr(p, method_name): method = getattr(p, method_name) if method_name == 'set_enum_labels': method(v) else: method(str(v)) elif k == 'delta_time': p.set_delta_t(str(v)) elif k_lower not in ('display level', 'polling period', 'memorized'): msg = "Wrong definition of attribute. " \ "The object extra information '%s' " \ "is not recognized!" % (k,) Except.throw_exception("PyDs_WrongAttributeDefinition", msg, "create_user_default_attr_prop()") return p def from_attr_info(self, attr_info): name = self.class_name attr_name = self.attr_name throw_ex = self.__throw_exception # check for well defined attribute info # check parameter if not is_non_str_seq(attr_info): throw_ex("Wrong data type for value for describing attribute %s in " "class %s\nMust be a sequence with 1 or 2 elements" % (attr_name, name)) if len(attr_info) < 1 or len(attr_info) > 2: throw_ex("Wrong number of argument for describing attribute %s in " "class %s\nMust be a sequence with 1 or 2 elements" % (attr_name, name)) extra_info = {} if len(attr_info) == 2: # attr_info[1] must be a dictionary # extra_info = attr_info[1], with all the keys lowercase for k, v in attr_info[1].items(): extra_info[k.lower()] = v attr_info = attr_info[0] attr_info_len = len(attr_info) # check parameter if not is_non_str_seq(attr_info) or \ attr_info_len < 3 or attr_info_len > 5: throw_ex("Wrong data type for describing mandatory information for " "attribute %s in class %s\nMust be a sequence with 3, 4 " "or 5 elements" % (attr_name, name)) # get data type try: self.attr_type = CmdArgType(attr_info[0]) except: throw_ex("Wrong data type in attribute argument for attribute %s " "in class %s\nAttribute data type (first element in first " "sequence) must be a tango.CmdArgType" % (attr_name, name)) # get format try: self.attr_format = AttrDataFormat(attr_info[1]) except: throw_ex("Wrong data format in attribute argument for attribute %s " "in class %s\nAttribute data format (second element in " "first sequence) must be a tango.AttrDataFormat" % (attr_name, name)) if self.attr_format == AttrDataFormat.SCALAR: if attr_info_len != 3: throw_ex("Wrong data type in attribute argument for attribute " "%s in class %s\nSequence describing mandatory " "attribute parameters for scalar attribute must have " "3 elements" % (attr_name, name)) elif self.attr_format == AttrDataFormat.SPECTRUM: if attr_info_len != 4: throw_ex("Wrong data type in attribute argument for attribute " "%s in class %s\nSequence describing mandatory " "attribute parameters for spectrum attribute must " "have 4 elements" % (attr_name, name)) try: self.dim_x = int(attr_info[3]) except: throw_ex("Wrong data type in attribute argument for attribute " "%s in class %s\n4th element in sequence describing " "mandatory dim_x attribute parameter for spectrum " "attribute must be an integer" % (attr_name, name)) elif self.attr_format == AttrDataFormat.IMAGE: if attr_info_len != 5: throw_ex("Wrong data type in attribute argument for attribute " "%s in class %s\nSequence describing mandatory " "attribute parameters for image attribute must have " "5 elements" % (attr_name, name)) try: self.dim_x = int(attr_info[3]) except: throw_ex("Wrong data type in attribute argument for attribute " "%s in class %s\n4th element in sequence describing " "mandatory dim_x attribute parameter for image " "attribute must be an integer" % (attr_name, name)) try: self.dim_y = int(attr_info[4]) except: throw_ex("Wrong data type in attribute argument for attribute " "%s in class %s\n5th element in sequence desribing " "mandatory dim_y attribute parameter for image " "attribute must be an integer" % (attr_name, name)) # get write type try: self.attr_write = AttrWriteType(attr_info[2]) except: throw_ex("Wrong data write type in attribute argument for " "attribute %s in class %s\nAttribute write type (third " "element in first sequence) must be a " "tango.AttrWriteType" % (attr_name, name)) try: self.display_level = DispLevel(extra_info.get("display level", DispLevel.OPERATOR)) except: throw_ex("Wrong display level in attribute information for " "attribute %s in class %s\nAttribute information for " "display level is not a tango.DispLevel" % (attr_name, name)) try: self.polling_period = int(extra_info.get("polling period", -1)) except: throw_ex("Wrong polling period in attribute information for " "attribute %s in class %s\nAttribute information for " "polling period is not an integer" % (attr_name, name)) try: memorized = extra_info.get("memorized", "false").lower() except: throw_ex("Wrong memorized value. for attribute %s in class %s." "Allowed valued are the strings \"true\", \"false\" and " "\"true_without_hard_applied\" (case incensitive)") if memorized == "true": self.memorized = True self.hw_memorized = True elif memorized == "true_without_hard_applied": self.memorized = True else: self.memorized = False if self.attr_type == CmdArgType.DevEnum: if 'enum_labels' not in extra_info: throw_ex("Missing 'enum_labels' key in attr_list definition " "for enum attribute %s in class %s" % (attr_name, name)) self.enum_labels = extra_info["enum_labels"] self.attr_class = extra_info.get("klass", self.DftAttrClassMap[self.attr_format]) self.attr_args.extend((self.attr_name, self.attr_type, self.attr_write)) if not self.attr_format == AttrDataFormat.SCALAR: self.attr_args.append(self.dim_x) if not self.attr_format == AttrDataFormat.SPECTRUM: self.attr_args.append(self.dim_y) att_prop = None if extra_info: att_prop = self.__create_user_default_attr_prop(extra_info) self.att_prop = att_prop def to_attr(self): attr = self.attr_class(*self.attr_args) if self.att_prop is not None: attr.set_default_properties(self.att_prop) attr.set_disp_level(self.display_level) if self.memorized: attr.set_memorized() attr.set_memorized_init(self.hw_memorized) if self.polling_period > 0: attr.set_polling_period(self.polling_period) return attr DftAttrClassMap = {AttrDataFormat.SCALAR: Attr, AttrDataFormat.SPECTRUM: SpectrumAttr, AttrDataFormat.IMAGE: ImageAttr} pytango-9.2.2/tango/attribute_proxy.py000066400000000000000000000433501316324373100201430ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. It completes the binding of :class:`tango.AttributeProxy`. To access these members use directly :mod:`tango` module and NOT tango.attribute_proxy. """ import collections from ._tango import StdStringVector, DbData, DbDatum, DeviceProxy from ._tango import __AttributeProxy as _AttributeProxy from .utils import seq_2_StdStringVector, seq_2_DbData, DbData_2_dict from .utils import is_pure_str, is_non_str_seq from .green import green, get_green_mode from .device_proxy import __init_device_proxy_internals as init_device_proxy __all__ = ["AttributeProxy", "attribute_proxy_init", "get_attribute_proxy"] @green(consume_green_mode=True) def get_attribute_proxy(*args, **kwargs): """ get_attribute_proxy(self, full_attr_name, green_mode=None, wait=True, timeout=True) -> AttributeProxy get_attribute_proxy(self, device_proxy, attr_name, green_mode=None, wait=True, timeout=True) -> AttributeProxy Returns a new :class:`~tango.AttributeProxy`. There is no difference between using this function and the direct :class:`~tango.AttributeProxy` constructor if you use the default kwargs. The added value of this function becomes evident when you choose a green_mode to be *Futures* or *Gevent*. The AttributeProxy constructor internally makes some network calls which makes it *slow*. By using one of the *green modes* as green_mode you are allowing other python code to be executed in a cooperative way. :param full_attr_name: the full name of the attribute :type full_attr_name: str :param device_proxy: the :class:`~tango.DeviceProxy` :type device_proxy: DeviceProxy :param attr_name: attribute name for the given device proxy :type attr_name: str :param green_mode: determines the mode of execution of the device (including the way it is created). Defaults to the current global green_mode (check :func:`~tango.get_green_mode` and :func:`~tango.set_green_mode`) :type green_mode: :obj:`~tango.GreenMode` :param wait: whether or not to wait for result. If green_mode Ignored when green_mode is Synchronous (always waits). :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. :type timeout: float :returns: if green_mode is Synchronous or wait is True: :class:`~tango.AttributeProxy` else if green_mode is Futures: :class:`concurrent.futures.Future` else if green_mode is Gevent: :class:`gevent.event.AsynchResult` :throws: * a *DevFailed* if green_mode is Synchronous or wait is True and there is an error creating the attribute. * a *concurrent.futures.TimeoutError* if green_mode is Futures, wait is False, timeout is not None and the time to create the attribute has expired. * a *gevent.timeout.Timeout* if green_mode is Gevent, wait is False, timeout is not None and the time to create the attribute has expired. New in PyTango 8.1.0 """ return AttributeProxy(*args, **kwargs) def __AttributeProxy__get_property(self, propname, value=None): """ get_property(self, propname, value) -> DbData Get a (list) property(ies) for an attribute. This method accepts the following types as propname parameter: 1. string [in] - single property data to be fetched 2. sequence [in] - several property data to be fetched 3. tango.DbDatum [in] - single property data to be fetched 4. tango.DbData [in,out] - several property data to be fetched. 5. sequence - several property data to be feteched Note: for cases 3, 4 and 5 the 'value' parameter if given, is IGNORED. If value is given it must be a tango.DbData that will be filled with the property values Parameters : - propname : (str) property(ies) name(s) - value : (tango.DbData) (optional, default is None meaning that the method will create internally a tango.DbData and return it filled with the property values Return : (DbData) containing the property(ies) value(s). If a tango.DbData is given as parameter, it returns the same object otherwise a new tango.DbData is returned Throws : NonDbDevice, ConnectionFailed (with database), CommunicationFailed (with database), DevFailed from database device """ if is_pure_str(propname) or isinstance(propname, StdStringVector): new_value = value if new_value is None: new_value = DbData() self._get_property(propname, new_value) return DbData_2_dict(new_value) elif isinstance(propname, DbDatum): new_value = DbData() new_value.append(propname) self._get_property(new_value) return DbData_2_dict(new_value) elif isinstance(propname, collections.Sequence): if isinstance(propname, DbData): self._get_property(propname) return DbData_2_dict(propname) if is_pure_str(propname[0]): new_propname = StdStringVector() for i in propname: new_propname.append(i) new_value = value if new_value is None: new_value = DbData() self._get_property(new_propname, new_value) return DbData_2_dict(new_value) elif isinstance(propname[0], DbDatum): new_value = DbData() for i in propname: new_value.append(i) self._get_property(new_value) return DbData_2_dict(new_value) def __AttributeProxy__put_property(self, value): """ put_property(self, value) -> None Insert or update a list of properties for this attribute. This method accepts the following types as value parameter: 1. tango.DbDatum - single property data to be inserted 2. tango.DbData - several property data to be inserted 3. sequence - several property data to be inserted 4. dict - keys are property names and value has data to be inserted 5. dict> - keys are property names and value has data to be inserted 6. dict - keys are property names and str(obj) is property value Parameters : - value : can be one of the following: 1. tango.DbDatum - single property data to be inserted 2. tango.DbData - several property data to be inserted 3. sequence - several property data to be inserted 4. dict - keys are property names and value has data to be inserted 5. dict> - keys are property names and value has data to be inserted 6. dict - keys are property names and str(obj) is property value Return : None Throws : ConnectionFailed, CommunicationFailed DevFailed from device (DB_SQLError) """ if isinstance(value, DbData): pass elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) value = new_value elif is_non_str_seq(value): new_value = seq_2_DbData(value) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) continue db_datum = DbDatum(k) if is_non_str_seq(v): seq_2_StdStringVector(v, db_datum.value_string) else: db_datum.value_string.append(str(v)) new_value.append(db_datum) value = new_value else: raise TypeError( 'Value must be a tango.DbDatum, tango.DbData, ' 'a sequence or a dictionary') return self._put_property(value) def __AttributeProxy__delete_property(self, value): """ delete_property(self, value) -> None Delete a the given of properties for this attribute. This method accepts the following types as value parameter: 1. string [in] - single property to be deleted 2. tango.DbDatum [in] - single property data to be deleted 3. tango.DbData [in] - several property data to be deleted 4. sequence [in]- several property data to be deleted 5. sequence [in] - several property data to be deleted 6. dict [in] - keys are property names to be deleted (values are ignored) 7. dict [in] - several DbDatum.name are property names to be deleted (keys are ignored) Parameters : - value : can be one of the following: 1. string [in] - single property data to be deleted 2. tango.DbDatum [in] - single property data to be deleted 3. tango.DbData [in] - several property data to be deleted 4. sequence [in]- several property data to be deleted 5. sequence [in] - several property data to be deleted 6. dict [in] - keys are property names to be deleted (values are ignored) 7. dict [in] - several DbDatum.name are property names to be deleted (keys are ignored) Return : None Throws : ConnectionFailed, CommunicationFailed DevFailed from device (DB_SQLError) """ if isinstance(value, DbData) or isinstance(value, StdStringVector) or \ is_pure_str(value): new_value = value elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) elif isinstance(value, collections.Sequence): new_value = DbData() for e in value: if isinstance(e, DbDatum): new_value.append(e) else: new_value.append(DbDatum(str(e))) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) else: new_value.append(DbDatum(k)) else: raise TypeError( 'Value must be a string, tango.DbDatum, ' 'tango.DbData, a sequence or a dictionary') return self._delete_property(new_value) # It is easier to reimplement AttributeProxy in python using DeviceProxy than # wrapping C++ AttributeProxy. However I still rely in the original # AttributeProxy for the constructor (parsing strings if necessary) and some # other things. With the _method_* functions defined later it is really easy. # One reason to do it this way: get_device_proxy() will always return the # same tango.DeviceProxy with this implementation. And then we can trust # it's automatic event unsubscription to handle events. class AttributeProxy(object): """ AttributeProxy is the high level Tango object which provides the client with an easy-to-use interface to TANGO attributes. To create an AttributeProxy, a complete attribute name must be set in the object constructor. Example: att = AttributeProxy("tango/tangotest/1/long_scalar") Note: PyTango implementation of AttributeProxy is in part a python reimplementation of the AttributeProxy found on the C++ API. """ def __init__(self, *args, **kwds): green_mode = kwds.pop('green_mode', get_green_mode()) self.__attr_proxy = _AttributeProxy(*args, **kwds) # get_device_proxy() returns a different python object each time # we don't want a different object, so we save the current one. self.__dev_proxy = dp = self.__attr_proxy.get_device_proxy() init_device_proxy(dp) dp.set_green_mode(green_mode) def get_device_proxy(self): """ get_device_proxy(self) -> DeviceProxy A method which returns the device associated to the attribute Parameters : None Return : (DeviceProxy) """ return self.__dev_proxy def name(self): """ name(self) -> str Returns the attribute name Parameters : None Return : (str) with the attribute name """ return self.__attr_proxy.name() def __str__(self): return "AttributeProxy(%s)" % self.name() def __repr__(self): return "AttributeProxy(%s)" % self.name() def _method_dev_and_name(dp_fn_name, doc=True): def __new_fn(self, *args, **kwds): return getattr(self._AttributeProxy__dev_proxy, dp_fn_name)(self.name(), *args, **kwds) if doc: __new_fn.__doc__ = "This method is a simple way to do:\n" + \ "\tself.get_device_proxy()." + dp_fn_name + \ "(self.name(), ...)\n\n" + \ "For convenience, here is the documentation of DeviceProxy." + \ dp_fn_name + "(...):\n" + \ str(getattr(DeviceProxy, dp_fn_name).__doc__) __new_fn.__name__ = dp_fn_name return __new_fn def _method_device(dp_fn_name, doc=True): def __new_fn(self, *args, **kwds): return getattr(self._AttributeProxy__dev_proxy, dp_fn_name)(*args, **kwds) if doc: __new_fn.__doc__ = "This method is a simple way to do:\n" + \ "\tself.get_device_proxy()." + dp_fn_name + \ "(...)\n\n" + \ "For convenience, here is the documentation of DeviceProxy." + \ dp_fn_name + "(...):\n" + \ str(getattr(DeviceProxy, dp_fn_name).__doc__) __new_fn.__name__ = dp_fn_name return __new_fn def _method_attribute(dp_fn_name, doc=True): def __new_fn(self, *args, **kwds): return getattr(self._AttributeProxy__attr_proxy, dp_fn_name)(*args, **kwds) if doc: __new_fn.__doc__ = getattr(_AttributeProxy, dp_fn_name).__doc__ __new_fn.__name__ = dp_fn_name return __new_fn def __init_AttributeProxy(doc=True): _AttributeProxy.get_property = __AttributeProxy__get_property _AttributeProxy.put_property = __AttributeProxy__put_property _AttributeProxy.delete_property = __AttributeProxy__delete_property # General methods # AttributeProxy.name manually defined AttributeProxy.status = _method_device('status', doc=doc) AttributeProxy.state = _method_device('state', doc=doc) AttributeProxy.ping = _method_device('ping', doc=doc) AttributeProxy.get_transparency_reconnection = _method_device('get_transparency_reconnection', doc=doc) AttributeProxy.set_transparency_reconnection = _method_device('set_transparency_reconnection', doc=doc) # Property methods AttributeProxy.get_property = _method_attribute('get_property', doc=doc) AttributeProxy.put_property = _method_attribute('put_property', doc=doc) AttributeProxy.delete_property = _method_attribute('delete_property', doc=doc) # Attribute methods AttributeProxy.get_config = _method_dev_and_name('get_attribute_config', doc=doc) AttributeProxy.set_config = _method_device('set_attribute_config', doc=doc) AttributeProxy.write = _method_dev_and_name('write_attribute', doc=doc) AttributeProxy.read = _method_dev_and_name('read_attribute', doc=doc) AttributeProxy.write_read = _method_dev_and_name('write_read_attribute', doc=doc) # History methods... AttributeProxy.history = _method_dev_and_name('attribute_history', doc=doc) # Polling administration methods AttributeProxy.poll = _method_dev_and_name('poll_attribute', doc=doc) AttributeProxy.get_poll_period = _method_dev_and_name('get_attribute_poll_period', doc=doc) AttributeProxy.is_polled = _method_dev_and_name('is_attribute_polled', doc=doc) AttributeProxy.stop_poll = _method_dev_and_name('stop_poll_attribute', doc=doc) # Asynchronous methods AttributeProxy.read_asynch = _method_dev_and_name('read_attribute_asynch', doc=doc) AttributeProxy.read_reply = _method_device('read_attribute_reply', doc=doc) AttributeProxy.write_asynch = _method_device('write_attribute_asynch', doc=doc) AttributeProxy.write_reply = _method_device('write_attribute_reply', doc=doc) # Event methods AttributeProxy.subscribe_event = _method_dev_and_name('subscribe_event', doc=doc) AttributeProxy.unsubscribe_event = _method_device('unsubscribe_event', doc=doc) AttributeProxy.get_events = _method_device('get_events', doc=doc) AttributeProxy.event_queue_size = _method_device('event_queue_size', doc=doc) AttributeProxy.get_last_event_date = _method_device('get_last_event_date', doc=doc) AttributeProxy.is_event_queue_empty = _method_device('is_event_queue_empty', doc=doc) def attribute_proxy_init(doc=True): __init_AttributeProxy(doc=doc) pytango-9.2.2/tango/auto_monitor.py000066400000000000000000000040531316324373100174130ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["auto_monitor_init"] __docformat__ = "restructuredtext" from ._tango import AutoTangoMonitor, AutoTangoAllowThreads def __AutoTangoMonitor__enter__(self): self._acquire() return self def __AutoTangoMonitor__exit__(self, *args, **kwargs): self._release() def __init_AutoTangoMonitor(): AutoTangoMonitor.__enter__ = __AutoTangoMonitor__enter__ AutoTangoMonitor.__exit__ = __AutoTangoMonitor__exit__ def __doc_AutoTangoMonitor(): AutoTangoMonitor.__doc__ = """\ In a tango server, guard the tango monitor within a python context:: with AutoTangoMonitor(dev): # code here is protected by the tango device monitor do something """ def __AutoTangoAllowThreads__enter__(self): return self def __AutoTangoAllowThreads__exit__(self, *args, **kwargs): self._acquire() def __init_AutoTangoAllowThreads(): AutoTangoAllowThreads.__enter__ = __AutoTangoAllowThreads__enter__ AutoTangoAllowThreads.__exit__ = __AutoTangoAllowThreads__exit__ def __doc_AutoTangoAllowThreads(): AutoTangoAllowThreads.__doc__ = """\ In a tango server, free the tango monitor within a context: with AutoTangoAllowThreads(dev): # code here is not under the tango device monitor do something """ def auto_monitor_init(doc=True): __init_AutoTangoMonitor() __init_AutoTangoAllowThreads() if doc: __doc_AutoTangoMonitor() __doc_AutoTangoAllowThreads() pytango-9.2.2/tango/base_types.py000066400000000000000000000704541316324373100170420ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["base_types_init"] __docformat__ = "restructuredtext" from ._tango import (StdStringVector, StdLongVector, StdDoubleVector, CommandInfoList, AttributeInfoList, AttributeInfoListEx, DbData, DbDevInfos, DbDevExportInfos, DbDevImportInfos, DbHistoryList, DeviceDataHistoryList, StdGroupReplyVector, StdGroupCmdReplyVector, StdGroupAttrReplyVector, ArchiveEventInfo, EventData, AttrConfEventData, AttributeAlarmInfo, AttributeDimension, AttributeEventInfo, DeviceAttributeConfig, AttributeInfo, AttributeInfoEx, ChangeEventInfo, PeriodicEventInfo, DevCommandInfo, CommandInfo, DataReadyEventData, DeviceInfo, LockerInfo, PollDevice, TimeVal, AttrWriteType, AttrDataFormat, DispLevel) from .utils import document_method, is_integer from .utils import document_enum as __document_enum from .utils import seq_2_StdStringVector, StdStringVector_2_seq def __StdVector__add(self, seq): ret = seq.__class__(self) ret.extend(seq) return ret def __StdVector__mul(self, n): ret = self.__class__() for _ in range(n): ret.extend(self) return ret def __StdVector__imul(self, n): ret = self.__class__() for _ in range(n): ret.extend(self) return ret def __StdVector__getitem(self, key): if is_integer(key) or key.step is None: return self.__original_getitem(key) res = self.__class__() nb = len(self) start = key.start or 0 stop = key.stop or nb if start >= nb: return res if stop > nb: stop = nb for i in range(start, stop, key.step or 1): res.append(self[i]) return res def __fillVectorClass(klass): klass.__add__ = __StdVector__add klass.__mul__ = __StdVector__mul klass.__imul__ = __StdVector__imul klass.__original_getitem = klass.__getitem__ klass.__getitem__ = __StdVector__getitem # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # DeviceAttributeConfig pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __DeviceAttributeConfig__getinitargs__(self): return () def __DeviceAttributeConfig__getstate__(self): return ( self.name, int(self.writable), int(self.data_format), self.data_type, self.max_dim_x, self.max_dim_y, self.description, self.label, self.unit, self.standard_unit, self.display_unit, self.format, self.min_value, self.max_value, self.min_alarm, self.max_alarm, self.writable_attr_name, StdStringVector_2_seq(self.extensions)) def __DeviceAttributeConfig__setstate__(self, state): self.name = state[0] self.writable = AttrWriteType(state[1]) self.data_format = AttrDataFormat(state[2]) self.data_type = state[3] self.max_dim_x = state[4] self.max_dim_y = state[5] self.description = state[6] self.label = state[7] self.unit = state[8] self.standard_unit = state[9] self.display_unit = state[10] self.format = state[11] self.min_value = state[12] self.max_value = state[13] self.min_alarm = state[14] self.max_alarm = state[15] self.writable_attr_name = state[16] self.extensions = seq_2_StdStringVector(state[17]) # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # AttributeInfo pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __AttributeInfo__getinitargs__(self): return () def __AttributeInfo__getstate__(self): ret = list(__DeviceAttributeConfig__getstate__(self)) ret.append(int(self.disp_level)) return tuple(ret) def __AttributeInfo__setstate__(self, state): __DeviceAttributeConfig__setstate__(self, state) self.disp_level = DispLevel(state[18]) # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # AttributeAlarmInfo pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __AttributeAlarmInfo__getinitargs__(self): return () def __AttributeAlarmInfo__getstate__(self): return ( self.min_alarm, self.max_alarm, self.min_warning, self.max_warning, self.delta_t, self.delta_val, StdStringVector_2_seq(self.extensions)) def __AttributeAlarmInfo__setstate__(self, state): self.min_alarm = state[0] self.max_alarm = state[1] self.min_warning = state[2] self.max_warning = state[3] self.delta_t = state[4] self.delta_val = state[5] self.extensions = seq_2_StdStringVector(state[6]) # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # ChangeEventInfo pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __ChangeEventInfo__getinitargs__(self): return () def __ChangeEventInfo__getstate__(self): return ( self.rel_change, self.abs_change, StdStringVector_2_seq(self.extensions)) def __ChangeEventInfo__setstate__(self, state): self.rel_change = state[0] self.abs_change = state[1] self.extensions = seq_2_StdStringVector(state[2]) # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # PeriodicEventInfo pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __PeriodicEventInfo__getinitargs__(self): return () def __PeriodicEventInfo__getstate__(self): return ( self.period, StdStringVector_2_seq(self.extensions)) def __PeriodicEventInfo__setstate__(self, state): self.period = state[0] self.extensions = seq_2_StdStringVector(state[1]) # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # ArchiveEventInfo pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __ArchiveEventInfo__getinitargs__(self): return () def __ArchiveEventInfo__getstate__(self): return ( self.archive_rel_change, self.archive_abs_change, self.archive_period, StdStringVector_2_seq(self.extensions)) def __ArchiveEventInfo__setstate__(self, state): self.archive_rel_change = state[0] self.archive_abs_change = state[1] self.archive_period = state[2] self.extensions = seq_2_StdStringVector(state[3]) # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # AttributeEventInfo pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __AttributeEventInfo__getinitargs__(self): return () def __AttributeEventInfo__getstate__(self): return ( self.ch_event, self.per_event, self.arch_event) def __AttributeEventInfo__setstate__(self, state): self.ch_event = state[0] self.per_event = state[1] self.arch_event = state[2] # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # AttributeInfoEx pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __AttributeInfoEx__getinitargs__(self): return () def __AttributeInfoEx__getstate__(self): ret = list(__AttributeInfo__getstate__(self)) ret.append(self.alarms) ret.append(self.events) ret.append(StdStringVector_2_seq(self.sys_extensions)) return tuple(ret) def __AttributeInfoEx__setstate__(self, state): __AttributeInfo__setstate__(self, state) self.alarms = state[19] self.events = state[20] self.sys_extensions = seq_2_StdStringVector(state[21]) def __init_base_types(): v_klasses = ( StdStringVector, StdLongVector, StdDoubleVector, CommandInfoList, AttributeInfoList, AttributeInfoListEx, DbData, DbDevInfos, DbDevExportInfos, DbDevImportInfos, DbHistoryList, DeviceDataHistoryList, StdGroupReplyVector, StdGroupCmdReplyVector, StdGroupAttrReplyVector) for v_klass in v_klasses: __fillVectorClass(v_klass) DeviceAttributeConfig.__getinitargs__ = __DeviceAttributeConfig__getinitargs__ DeviceAttributeConfig.__getstate__ = __DeviceAttributeConfig__getstate__ DeviceAttributeConfig.__setstate__ = __DeviceAttributeConfig__setstate__ AttributeInfo.__getinitargs__ = __AttributeInfo__getinitargs__ AttributeInfo.__getstate__ = __AttributeInfo__getstate__ AttributeInfo.__setstate__ = __AttributeInfo__setstate__ AttributeAlarmInfo.__getinitargs__ = __AttributeAlarmInfo__getinitargs__ AttributeAlarmInfo.__getstate__ = __AttributeAlarmInfo__getstate__ AttributeAlarmInfo.__setstate__ = __AttributeAlarmInfo__setstate__ ChangeEventInfo.__getinitargs__ = __ChangeEventInfo__getinitargs__ ChangeEventInfo.__getstate__ = __ChangeEventInfo__getstate__ ChangeEventInfo.__setstate__ = __ChangeEventInfo__setstate__ PeriodicEventInfo.__getinitargs__ = __PeriodicEventInfo__getinitargs__ PeriodicEventInfo.__getstate__ = __PeriodicEventInfo__getstate__ PeriodicEventInfo.__setstate__ = __PeriodicEventInfo__setstate__ ArchiveEventInfo.__getinitargs__ = __ArchiveEventInfo__getinitargs__ ArchiveEventInfo.__getstate__ = __ArchiveEventInfo__getstate__ ArchiveEventInfo.__setstate__ = __ArchiveEventInfo__setstate__ AttributeEventInfo.__getinitargs__ = __AttributeEventInfo__getinitargs__ AttributeEventInfo.__getstate__ = __AttributeEventInfo__getstate__ AttributeEventInfo.__setstate__ = __AttributeEventInfo__setstate__ AttributeInfoEx.__getinitargs__ = __AttributeInfoEx__getinitargs__ AttributeInfoEx.__getstate__ = __AttributeInfoEx__getstate__ AttributeInfoEx.__setstate__ = __AttributeInfoEx__setstate__ def __doc_base_types(): def document_enum(enum_name, desc): import tango __document_enum(tango, enum_name, desc) document_enum("ExtractAs", """ Defines what will go into value field of DeviceAttribute, or what will Attribute.get_write_value() return... Not all the possible values are valid in all the cases. Valid possible values are: - Numpy : Value will be stored in [value, w_value]. If the attribute is an scalar, they will contain a value. If it's an SPECTRUM or IMAGE it will be exported as a numpy array. - Tuple : Value will be stored in [value, w_value]. If the attribute is an scalar, they will contain a value. If it's an SPECTRUM or IMAGE it will be exported as a tuple or tuple of tuples. - List : Value will be stored in [value, w_value]. If the attribute is an scalar, they will contain a value. If it's an SPECTRUM or IMAGE it will be exported as a list or list of lists - String : The data will be stored 'as is', the binary data as it comes from TangoC++ in 'value'. - Nothing : The value will not be extracted from DeviceAttribute """) document_enum("CmdArgType", """ An enumeration representing the command argument type. - DevVoid - DevBoolean - DevShort - DevLong - DevFloat - DevDouble - DevUShort - DevULong - DevString - DevVarCharArray - DevVarShortArray - DevVarLongArray - DevVarFloatArray - DevVarDoubleArray - DevVarUShortArray - DevVarULongArray - DevVarStringArray - DevVarLongStringArray - DevVarDoubleStringArray - DevState - ConstDevString - DevVarBooleanArray - DevUChar - DevLong64 - DevULong64 - DevVarLong64Array - DevVarULong64Array - DevInt - DevEncoded - DevEnum - DevPipeBlob """) document_enum("LockerLanguage", """ An enumeration representing the programming language in which the client application who locked is written. - CPP : C++/Python language - JAVA : Java language New in PyTango 7.0.0 """) document_enum("MessBoxType", """ An enumeration representing the MessBoxType - STOP - INFO New in PyTango 7.0.0 """) document_enum("PollObjType", """ An enumeration representing the PollObjType - POLL_CMD - POLL_ATTR - EVENT_HEARTBEAT - STORE_SUBDEV New in PyTango 7.0.0 """) document_enum("PollCmdCode", """ An enumeration representing the PollCmdCode - POLL_ADD_OBJ - POLL_REM_OBJ - POLL_START - POLL_STOP - POLL_UPD_PERIOD - POLL_REM_DEV - POLL_EXIT - POLL_REM_EXT_TRIG_OBJ - POLL_ADD_HEARTBEAT - POLL_REM_HEARTBEAT New in PyTango 7.0.0 """) document_enum("SerialModel", """ An enumeration representing the type of serialization performed by the device server - BY_DEVICE - BY_CLASS - BY_PROCESS - NO_SYNC """) document_enum("AttReqType", """ An enumeration representing the type of attribute request - READ_REQ - WRITE_REQ """) document_enum("LockCmdCode", """ An enumeration representing the LockCmdCode - LOCK_ADD_DEV - LOCK_REM_DEV - LOCK_UNLOCK_ALL_EXIT - LOCK_EXIT New in PyTango 7.0.0 """) document_enum("LogLevel", """ An enumeration representing the LogLevel - LOG_OFF - LOG_FATAL - LOG_ERROR - LOG_WARN - LOG_INFO - LOG_DEBUG New in PyTango 7.0.0 """) document_enum("LogTarget", """ An enumeration representing the LogTarget - LOG_CONSOLE - LOG_FILE - LOG_DEVICE New in PyTango 7.0.0 """) document_enum("EventType", """ An enumeration representing event type - CHANGE_EVENT - QUALITY_EVENT - PERIODIC_EVENT - ARCHIVE_EVENT - USER_EVENT - ATTR_CONF_EVENT - DATA_READY_EVENT - INTERFACE_CHANGE_EVENT - PIPE_EVENT *DATA_READY_EVENT - New in PyTango 7.0.0* *INTERFACE_CHANGE_EVENT - New in PyTango 9.2.2* *PIPE_EVENT - New in PyTango 9.2.2* """) document_enum("AttrSerialModel", """ An enumeration representing the AttrSerialModel - ATTR_NO_SYNC - ATTR_BY_KERNEL - ATTR_BY_USER New in PyTango 7.1.0 """) document_enum("KeepAliveCmdCode", """ An enumeration representing the KeepAliveCmdCode - EXIT_TH New in PyTango 7.0.0 """) document_enum("AccessControlType", """ An enumeration representing the AccessControlType - ACCESS_READ - ACCESS_WRITE New in PyTango 7.0.0 """) document_enum("asyn_req_type", """ An enumeration representing the asynchronous request type - POLLING - CALLBACK - ALL_ASYNCH """) document_enum("cb_sub_model", """ An enumeration representing callback sub model - PUSH_CALLBACK - PULL_CALLBACK """) document_enum("AttrQuality", """ An enumeration representing the attribute quality - ATTR_VALID - ATTR_INVALID - ATTR_ALARM - ATTR_CHANGING - ATTR_WARNING """) document_enum("AttrWriteType", """ An enumeration representing the attribute type - READ - READ_WITH_WRITE - WRITE - READ_WRITE """) document_enum("AttrDataFormat", """ An enumeration representing the attribute format - SCALAR - SPECTRUM - IMAGE - FMT_UNKNOWN """) document_enum("PipeWriteType", """ An enumeration representing the pipe type - PIPE_READ - PIPE_READ_WRITE """) document_enum("DevSource", """ An enumeration representing the device source for data - DEV - CACHE - CACHE_DEV """) document_enum("ErrSeverity", """ An enumeration representing the error severity - WARN - ERR - PANIC """) document_enum("DevState", """ An enumeration representing the device state - ON - OFF - CLOSE - OPEN - INSERT - EXTRACT - MOVING - STANDBY - FAULT - INIT - RUNNING - ALARM - DISABLE - UNKNOWN """) document_enum("DispLevel", """ An enumeration representing the display level - OPERATOR - EXPERT """) document_enum("GreenMode", """ An enumeration representing the GreenMode - Synchronous - Futures - Gevent New in PyTango 8.1.0 """) ArchiveEventInfo.__doc__ = """ A structure containing available archiving event information for an attribute with the folowing members: - archive_rel_change : (str) relative change that will generate an event - archive_abs_change : (str) absolute change that will generate an event - archive_period : (str) archive period - extensions : (sequence) extensions (currently not used)""" EventData.__doc__ = """ This class is used to pass data to the callback method when an event is sent to the client. It contains the following public fields: - device : (DeviceProxy) The DeviceProxy object on which the call was executed. - attr_name : (str) The attribute name - event : (str) The event name - attr_value : (DeviceAttribute) The attribute data (DeviceAttribute) - err : (bool) A boolean flag set to true if the request failed. False otherwise - errors : (sequence) The error stack - reception_date: (TimeVal) """ document_method(EventData, "get_date", """ get_date(self) -> TimeVal Returns the timestamp of the event. Parameters : None Return : (TimeVal) the timestamp of the event New in PyTango 7.0.0 """) AttrConfEventData.__doc__ = """ This class is used to pass data to the callback method when a configuration event is sent to the client. It contains the following public fields: - device : (DeviceProxy) The DeviceProxy object on which the call was executed - attr_name : (str) The attribute name - event : (str) The event name - attr_conf : (AttributeInfoEx) The attribute data - err : (bool) A boolean flag set to true if the request failed. False otherwise - errors : (sequence) The error stack - reception_date: (TimeVal) """ document_method(AttrConfEventData, "get_date", """ get_date(self) -> TimeVal Returns the timestamp of the event. Parameters : None Return : (TimeVal) the timestamp of the event New in PyTango 7.0.0 """) AttributeAlarmInfo.__doc__ = """ A structure containing available alarm information for an attribute with the folowing members: - min_alarm : (str) low alarm level - max_alarm : (str) high alarm level - min_warning : (str) low warning level - max_warning : (str) high warning level - delta_t : (str) time delta - delta_val : (str) value delta - extensions : (StdStringVector) extensions (currently not used)""" AttributeDimension.__doc__ = """ A structure containing x and y attribute data dimensions with the following members: - dim_x : (int) x dimension - dim_y : (int) y dimension""" AttributeEventInfo.__doc__ = """ A structure containing available event information for an attribute with the folowing members: - ch_event : (ChangeEventInfo) change event information - per_event : (PeriodicEventInfo) periodic event information - arch_event : (ArchiveEventInfo) archiving event information""" DeviceAttributeConfig.__doc__ = """ A base structure containing available information for an attribute with the following members: - name : (str) attribute name - writable : (AttrWriteType) write type (R, W, RW, R with W) - data_format : (AttrDataFormat) data format (SCALAR, SPECTRUM, IMAGE) - data_type : (int) attribute type (float, string,..) - max_dim_x : (int) first dimension of attribute (spectrum or image attributes) - max_dim_y : (int) second dimension of attribute(image attribute) - description : (int) attribute description - label : (str) attribute label (Voltage, time, ...) - unit : (str) attribute unit (V, ms, ...) - standard_unit : (str) standard unit - display_unit : (str) display unit - format : (str) how to display the attribute value (ex: for floats could be '%6.2f') - min_value : (str) minimum allowed value - max_value : (str) maximum allowed value - min_alarm : (str) low alarm level - max_alarm : (str) high alarm level - writable_attr_name : (str) name of the writable attribute - extensions : (StdStringVector) extensions (currently not used)""" AttributeInfo.__doc__ = """ A structure (inheriting from :class:`DeviceAttributeConfig`) containing available information for an attribute with the following members: - disp_level : (DispLevel) display level (OPERATOR, EXPERT) Inherited members are: - name : (str) attribute name - writable : (AttrWriteType) write type (R, W, RW, R with W) - data_format : (AttrDataFormat) data format (SCALAR, SPECTRUM, IMAGE) - data_type : (int) attribute type (float, string,..) - max_dim_x : (int) first dimension of attribute (spectrum or image attributes) - max_dim_y : (int) second dimension of attribute(image attribute) - description : (int) attribute description - label : (str) attribute label (Voltage, time, ...) - unit : (str) attribute unit (V, ms, ...) - standard_unit : (str) standard unit - display_unit : (str) display unit - format : (str) how to display the attribute value (ex: for floats could be '%6.2f') - min_value : (str) minimum allowed value - max_value : (str) maximum allowed value - min_alarm : (str) low alarm level - max_alarm : (str) high alarm level - writable_attr_name : (str) name of the writable attribute - extensions : (StdStringVector) extensions (currently not used)""" AttributeInfoEx.__doc__ = """ A structure (inheriting from :class:`AttributeInfo`) containing available information for an attribute with the following members: - alarms : object containing alarm information (see AttributeAlarmInfo). - events : object containing event information (see AttributeEventInfo). - sys_extensions : StdStringVector Inherited members are: - name : (str) attribute name - writable : (AttrWriteType) write type (R, W, RW, R with W) - data_format : (AttrDataFormat) data format (SCALAR, SPECTRUM, IMAGE) - data_type : (int) attribute type (float, string,..) - max_dim_x : (int) first dimension of attribute (spectrum or image attributes) - max_dim_y : (int) second dimension of attribute(image attribute) - description : (int) attribute description - label : (str) attribute label (Voltage, time, ...) - unit : (str) attribute unit (V, ms, ...) - standard_unit : (str) standard unit - display_unit : (str) display unit - format : (str) how to display the attribute value (ex: for floats could be '%6.2f') - min_value : (str) minimum allowed value - max_value : (str) maximum allowed value - min_alarm : (str) low alarm level - max_alarm : (str) high alarm level - writable_attr_name : (str) name of the writable attribute - extensions : (StdStringVector) extensions (currently not used) - disp_level : (DispLevel) display level (OPERATOR, EXPERT)""" ChangeEventInfo.__doc__ = """ A structure containing available change event information for an attribute with the folowing members: - rel_change : (str) relative change that will generate an event - abs_change : (str) absolute change that will generate an event - extensions : (StdStringVector) extensions (currently not used)""" PeriodicEventInfo.__doc__ = """ A structure containing available periodic event information for an attribute with the folowing members: - period : (str) event period - extensions : (StdStringVector) extensions (currently not used)""" DevCommandInfo.__doc__ = """ A device command info with the following members: - cmd_name : (str) command name - cmd_tag : command as binary value (for TACO) - in_type : (CmdArgType) input type - out_type : (CmdArgType) output type - in_type_desc : (str) description of input type - out_type_desc : (str) description of output type New in PyTango 7.0.0""" CommandInfo.__doc__ = """ A device command info (inheriting from :class:`DevCommandInfo`) with the following members: - disp_level : (DispLevel) command display level Inherited members are (from :class:`DevCommandInfo`): - cmd_name : (str) command name - cmd_tag : (str) command as binary value (for TACO) - in_type : (CmdArgType) input type - out_type : (CmdArgType) output type - in_type_desc : (str) description of input type - out_type_desc : (str) description of output type""" DataReadyEventData.__doc__ = """ This class is used to pass data to the callback method when an attribute data ready event is sent to the clien. It contains the following public fields: - device : (DeviceProxy) The DeviceProxy object on which the call was executed - attr_name : (str) The attribute name - event : (str) The event name - attr_data_type : (int) The attribute data type - ctr : (int) The user counter. Set to 0 if not defined when sent by the server - err : (bool) A boolean flag set to true if the request failed. False otherwise - errors : (sequence) The error stack - reception_date: (TimeVal) New in PyTango 7.0.0""" DeviceInfo.__doc__ = """ A structure containing available information for a device with the" following members: - dev_class : (str) device class - server_id : (str) server ID - server_host : (str) host name - server_version : (str) server version - doc_url : (str) document url""" LockerInfo.__doc__ = """ A structure with information about the locker with the folowing members: - ll : (tango.LockerLanguage) the locker language - li : (pid_t / UUID) the locker id - locker_host : (str) the host - locker_class : (str) the class pid_t should be an int, UUID should be a tuple of four numbers. New in PyTango 7.0.0""" PollDevice.__doc__ = """ A structure containing PollDevice information with the folowing members: - dev_name : (str) device name - ind_list : (sequence) index list New in PyTango 7.0.0""" document_method(DataReadyEventData, "get_date", """ get_date(self) -> TimeVal Returns the timestamp of the event. Parameters : None Return : (TimeVal) the timestamp of the event New in PyTango 7.0.0 """) TimeVal.__doc__ = """ Time value structure with the following members: - tv_sec : seconds - tv_usec : microseconds - tv_nsec : nanoseconds""" def base_types_init(doc=True): __init_base_types() if doc: __doc_base_types() pytango-9.2.2/tango/callback.py000066400000000000000000000052411316324373100164300ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["callback_init"] __docformat__ = "restructuredtext" from ._tango import CmdDoneEvent, AttrReadEvent, AttrWrittenEvent def __init_Callback(): pass def __doc_Callback(): CmdDoneEvent.__doc__ = """ This class is used to pass data to the callback method in asynchronous callback model for command execution. It has the following members: - device : (DeviceProxy) The DeviceProxy object on which the call was executed. - cmd_name : (str) The command name - argout_raw : (DeviceData) The command argout - argout : The command argout - err : (bool) A boolean flag set to true if the command failed. False otherwise - errors : (sequence) The error stack - ext : """ AttrReadEvent.__doc__ = """ This class is used to pass data to the callback method in asynchronous callback model for read_attribute(s) execution. It has the following members: - device : (DeviceProxy) The DeviceProxy object on which the call was executed - attr_names : (sequence) The attribute name list - argout : (DeviceAttribute) The attribute value - err : (bool) A boolean flag set to true if the command failed. False otherwise - errors : (sequence) The error stack - ext : """ AttrWrittenEvent.__doc__ = """ This class is used to pass data to the callback method in asynchronous callback model for write_attribute(s) execution It has the following members: - device : (DeviceProxy) The DeviceProxy object on which the call was executed - attr_names : (sequence) The attribute name list - err : (bool) A boolean flag set to true if the command failed. False otherwise - errors : (NamedDevFailedList) The error stack - ext : """ def callback_init(doc=True): __init_Callback() if doc: __doc_Callback() pytango-9.2.2/tango/client.py000066400000000000000000000176411316324373100161610ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ High Level API for writting Tango clients This is an experimental module. Not part of the official API. """ import weakref import functools import six import tango from tango import DeviceProxy as Device from tango import CmdArgType from tango.codec import loads from tango.codec import dumps as _dumps _FMT = "pickle" dumps = functools.partial(_dumps, _FMT) def _command(device, cmd_info, *args, **kwargs): name = cmd_info.cmd_name if cmd_info.in_type == CmdArgType.DevEncoded: result = device.command_inout(name, dumps((args, kwargs))) else: result = device.command_inout(name, *args, **kwargs) if cmd_info.out_type == CmdArgType.DevEncoded: result = loads(*result) return result class _DeviceHelper(object): __CMD_FILTER = set(("init", "state", "status")) __ATTR_FILTER = set(("state", "status")) __attr_cache = None __cmd_cache = None def __init__(self, dev_name, *args, **kwargs): self.dev_name = dev_name self.device = Device(dev_name, *args, **kwargs) self.slots = weakref.WeakKeyDictionary() def connect(self, signal, slot, event_type=tango.EventType.CHANGE_EVENT): i = self.device.subscribe_event(signal, event_type, slot) self.slots[slot] = i return i def disconnect(self, signal, slot): i = self.slots.pop(slot) self.device.unsubscribe_event(i) def get_attr_cache(self, refresh=False): cache = self.__attr_cache if not cache: refresh = True if refresh: cache = {} dev = self.device try: for attr_info in dev.attribute_list_query_ex(): attr_name = attr_info.name if attr_name.lower() in self.__ATTR_FILTER: continue cache[attr_name] = attr_info except tango.DevFailed: pass self.__attr_cache = cache return cache def get_attr_info(self, name): cache = self.get_attr_cache() result = cache.get(name) if result: return result else: cache = self.get_attr_cache(refresh=True) return cache.get(name) def get_cmd_cache(self, refresh=False): cache = self.__cmd_cache if not cache: refresh = True if refresh: cache = {} dev = self.device try: for cmd_info in dev.command_list_query(): cmd_name = cmd_info.cmd_name if cmd_name.lower() in self.__CMD_FILTER: continue cmd_func = functools.partial(_command, dev, cmd_info) cmd_func.__name__ = cmd_name cmd_func.__doc__ = cmd_info.in_type_desc cmd_info.func = cmd_func cache[cmd_name] = cmd_info except tango.DevFailed: pass self.__cmd_cache = cache return cache def get_cmd_info(self, name): cache = self.get_cmd_cache() result = cache.get(name) if result: return result else: cache = self.get_cmd_cache(refresh=True) return cache.get(name) def is_cmd(self, name): return name.lower() in self.get_cmd_cache() def members(self): result = self.get_attr_cache().keys() result.extend(self.get_cmd_cache().keys()) return result def get(self, name): dev = self.device result = self.get_attr_info(name) if result: result = dev.read_attribute(name) value = result.value if result.type == tango.DevEncoded: result = loads(*value) else: result = value return result result = self.get_cmd_info(name) if result is None: raise KeyError("Unknown %s" % name) return result def set(self, name, value): result = self.get_attr_info(name) if result is None: raise KeyError("Unknown attribute %s" % name) if result.data_type == tango.DevEncoded: self.device.write_attribute(name, dumps(value)) else: self.device.write_attribute(name, value) def get_info(self): try: return self.__info except AttributeError: pass try: info = self.device.info() self.__dict__["__info"] = info return info except tango.DevFailed: return None def __getitem__(self, name): if self.get_attr_info(name) is None: raise KeyError("Unknown attribute %s" % name) return self.device[name] def __setitem__(self, name, value): if self.get_attr_info(name) is None: raise KeyError("Unknown attribute %s" % name) self.device[name] = value def __str__(self): return self.dstr() def __repr__(self): return str(self) def dstr(self): info = self.get_info() klass = "Device" if info: klass = info.dev_class return "{0}({1})".format(klass, self.dev_name) class Object(object): """Tango object""" def __init__(self, dev_name, *args, **kwargs): helper = _DeviceHelper(dev_name, *args, **kwargs) self.__dict__["_helper"] = helper def __getattr__(self, name): try: r = self._helper.get(name) except KeyError as ke: six.raise_from(AttributeError('Unknown {0}'.format(name)), ke) if isinstance(r, tango.CommandInfo): self.__dict__[name] = r.func return r.func return r def __setattr__(self, name, value): try: return self._helper.set(name, value) except KeyError as ke: six.raise_from(AttributeError('Unknown {0}'.format(name)), ke) def __getitem__(self, name): return self._helper[name] def __setitem__(self, name, value): self._helper[name] = value def __str__(self): return str(self._helper) def __repr__(self): return repr(self._helper) def __dir__(self): return self._helper.members() def get_object_proxy(obj): """Experimental function. Not part of the official API""" return obj._helper.device def get_object_db(obj): """Experimental function. Not part of the official API""" return get_object_proxy(obj).get_device_db() def get_object_name(obj): """Experimental function. Not part of the official API""" return get_object_proxy(obj).get_name() def get_object_info(obj): """Experimental function. Not part of the official API""" return get_object_proxy(obj).info() def get_attributes_config(obj, refresh=False): """Experimental function. Not part of the official API""" return obj._helper.get_attr_cache(refresh=refresh) def get_commands_config(obj, refresh=False): """Experimental function. Not part of the official API""" return obj._helper.get_cmd_cache(refresh=refresh) def connect(obj, signal, slot, event_type=tango.EventType.CHANGE_EVENT): """Experimental function. Not part of the official API""" return obj._helper.connect(signal, slot, event_type=event_type) def disconnect(obj, signal, slot): """Experimental function. Not part of the official API""" return obj._helper.disconnect(signal, slot) pytango-9.2.2/tango/codec.py000066400000000000000000000011731316324373100157510ustar00rootroot00000000000000__all__ = ["loads", "dumps"] def loads(fmt, data): if fmt.startswith("pickle"): import pickle loads = pickle.loads elif fmt.startswith("json"): import json loads = json.loads else: raise TypeError("Format '{0}' not supported".format(fmt)) return loads(data) def dumps(fmt, obj): if fmt.startswith("pickle"): import pickle ret = fmt, pickle.dumps(obj, protocol=pickle.HIGHEST_PROTOCOL) return ret elif fmt.startswith("json"): import json return fmt, json.dumps(obj) raise TypeError("Format '{0}' not supported".format(fmt)) pytango-9.2.2/tango/connection.py000066400000000000000000000545431316324373100170440ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["connection_init"] __docformat__ = "restructuredtext" import collections from ._tango import Connection, DeviceData, __CallBackAutoDie, CmdArgType, \ DeviceProxy, Database, ExtractAs from .utils import document_method as __document_method from .utils import document_static_method as __document_static_method from .green import green def __CallBackAutoDie__cmd_ended_aux(self, fn): def __new_fn(cmd_done_event): try: cmd_done_event.argout = cmd_done_event.argout_raw.extract( self.defaultCommandExtractAs) except Exception: pass return fn(cmd_done_event) return __new_fn def __get_command_inout_param(self, cmd_name, cmd_param=None): if cmd_param is None: return DeviceData() if isinstance(cmd_param, DeviceData): return cmd_param if isinstance(self, DeviceProxy): # This is not part of 'Connection' interface, but # DeviceProxy only. info = self.command_query(cmd_name) param = DeviceData() param.insert(info.in_type, cmd_param) return param elif isinstance(self, Database): # I just try to guess types DevString and DevVarStringArray # as they are used for Database param = DeviceData() if isinstance(cmd_param, str): param.insert(CmdArgType.DevString, cmd_param) return param elif isinstance(cmd_param, collections.Sequence) and all([isinstance(x, str) for x in cmd_param]): param.insert(CmdArgType.DevVarStringArray, cmd_param) return param else: raise TypeError( "command_inout() parameter must be a DeviceData object or a string or a sequence of strings") else: raise TypeError("command_inout() parameter must be a DeviceData object.") def __Connection__command_inout(self, name, *args, **kwds): """ command_inout( self, cmd_name, cmd_param=None, green_mode=None, wait=True, timeout=None) -> any Execute a command on a device. Parameters : - cmd_name : (str) Command name. - cmd_param : (any) It should be a value of the type expected by the command or a DeviceData object with this value inserted. It can be ommited if the command should not get any argument. - green_mode : (GreenMode) Defaults to the current DeviceProxy GreenMode. (see :meth:`~tango.DeviceProxy.get_green_mode` and :meth:`~tango.DeviceProxy.set_green_mode`). - wait : (bool) whether or not to wait for result. If green_mode is *Synchronous*, this parameter is ignored as it always waits for the result. Ignored when green_mode is Synchronous (always waits). - timeout : (float) The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. Return : The result of the command. The type depends on the command. It may be None. Throws : ConnectionFailed, CommunicationFailed, DeviceUnlocked, DevFailed from device TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. .. versionadded:: 8.1.0 *green_mode* parameter. *wait* parameter. *timeout* parameter. """ r = Connection.command_inout_raw(self, name, *args, **kwds) if isinstance(r, DeviceData): try: return r.extract(self.defaultCommandExtractAs) except Exception: return None else: return r __Connection__command_inout.__name__ = "command_inout" def __Connection__command_inout_raw(self, cmd_name, cmd_param=None): """ command_inout_raw( self, cmd_name, cmd_param=None) -> DeviceData Execute a command on a device. Parameters : - cmd_name : (str) Command name. - cmd_param : (any) It should be a value of the type expected by the command or a DeviceData object with this value inserted. It can be ommited if the command should not get any argument. Return : A DeviceData object. Throws : ConnectionFailed, CommunicationFailed, DeviceUnlocked, DevFailed from device """ param = __get_command_inout_param(self, cmd_name, cmd_param) return self.__command_inout(cmd_name, param) def __Connection__command_inout_asynch(self, cmd_name, *args): """ command_inout_asynch(self, cmd_name) -> id command_inout_asynch(self, cmd_name, cmd_param) -> id command_inout_asynch(self, cmd_name, cmd_param, forget) -> id Execute asynchronously (polling model) a command on a device Parameters : - cmd_name : (str) Command name. - cmd_param : (any) It should be a value of the type expected by the command or a DeviceData object with this value inserted. It can be ommited if the command should not get any argument. If the command should get no argument and you want to set the 'forget' param, use None for cmd_param. - forget : (bool) If this flag is set to true, this means that the client does not care at all about the server answer and will even not try to get it. Default value is False. Please, note that device re-connection will not take place (in case it is needed) if the fire and forget mode is used. Therefore, an application using only fire and forget requests is not able to automatically re-connnect to device. Return : (int) This call returns an asynchronous call identifier which is needed to get the command result (see command_inout_reply) Throws : ConnectionFailed, TypeError, anything thrown by command_query command_inout_asynch( self, cmd_name, callback) -> None command_inout_asynch( self, cmd_name, cmd_param, callback) -> None Execute asynchronously (callback model) a command on a device. Parameters : - cmd_name : (str) Command name. - cmd_param : (any)It should be a value of the type expected by the command or a DeviceData object with this value inserted. It can be ommited if the command should not get any argument. - callback : Any callable object (function, lambda...) or any oject with a method named "cmd_ended". Return : None Throws : ConnectionFailed, TypeError, anything thrown by command_query .. important:: by default, TANGO is initialized with the **polling** model. If you want to use the **push** model (the one with the callback parameter), you need to change the global TANGO model to PUSH_CALLBACK. You can do this with the :meth:`tango.ApiUtil.set_asynch_cb_sub_model` """ if len(args) == 0: # command_inout_asynch() argin = DeviceData() forget = False return self.__command_inout_asynch_id(cmd_name, argin, forget) elif len(args) == 1: if isinstance(args[0], collections.Callable): # command_inout_asynch(lambda) cb = __CallBackAutoDie() cb.cmd_ended = __CallBackAutoDie__cmd_ended_aux(self, args[0]) argin = __get_command_inout_param(self, cmd_name) return self.__command_inout_asynch_cb(cmd_name, argin, cb) elif hasattr(args[0], 'cmd_ended'): # command_inout_asynch(Cbclass) cb = __CallBackAutoDie() cb.cmd_ended = __CallBackAutoDie__cmd_ended_aux(self, args[0].cmd_ended) argin = __get_command_inout_param(self, cmd_name) return self.__command_inout_asynch_cb(cmd_name, argin, cb) else: # command_inout_asynch(value) argin = __get_command_inout_param(self, cmd_name, args[0]) forget = False return self.__command_inout_asynch_id(cmd_name, argin, forget) elif len(args) == 2: if isinstance(args[1], collections.Callable): # command_inout_asynch( value, lambda) cb = __CallBackAutoDie() cb.cmd_ended = __CallBackAutoDie__cmd_ended_aux(self, args[1]) argin = __get_command_inout_param(self, cmd_name, args[0]) return self.__command_inout_asynch_cb(cmd_name, argin, cb) elif hasattr(args[1], 'cmd_ended'): # command_inout_asynch(value, cbClass) cb = __CallBackAutoDie() cb.cmd_ended = __CallBackAutoDie__cmd_ended_aux(self, args[1].cmd_ended) argin = __get_command_inout_param(self, cmd_name, args[0]) return self.__command_inout_asynch_cb(cmd_name, argin, cb) else: # command_inout_asynch(value, forget) argin = __get_command_inout_param(self, cmd_name, args[0]) forget = bool(args[1]) return self.__command_inout_asynch_id(cmd_name, argin, forget) else: raise TypeError("Wrong number of attributes!") __Connection__command_inout_asynch.__name__ = "command_inout_asynch" def __Connection__command_inout_reply(self, idx, timeout=None): """ command_inout_reply(self, id) -> DeviceData Check if the answer of an asynchronous command_inout is arrived (polling model). If the reply is arrived and if it is a valid reply, it is returned to the caller in a DeviceData object. If the reply is an exception, it is re-thrown by this call. An exception is also thrown in case of the reply is not yet arrived. Parameters : - id : (int) Asynchronous call identifier. Return : (DeviceData) Throws : AsynCall, AsynReplyNotArrived, CommunicationFailed, DevFailed from device command_inout_reply(self, id, timeout) -> DeviceData Check if the answer of an asynchronous command_inout is arrived (polling model). id is the asynchronous call identifier. If the reply is arrived and if it is a valid reply, it is returned to the caller in a DeviceData object. If the reply is an exception, it is re-thrown by this call. If the reply is not yet arrived, the call will wait (blocking the process) for the time specified in timeout. If after timeout milliseconds, the reply is still not there, an exception is thrown. If timeout is set to 0, the call waits until the reply arrived. Parameters : - id : (int) Asynchronous call identifier. - timeout : (int) Return : (DeviceData) Throws : AsynCall, AsynReplyNotArrived, CommunicationFailed, DevFailed from device """ if timeout is None: r = self.command_inout_reply_raw(idx) else: r = self.command_inout_reply_raw(idx, timeout) if isinstance(r, DeviceData): try: return r.extract(self.defaultCommandExtractAs) except Exception: return None else: return r __Connection__command_inout_reply.__name__ = "command_inout_reply" def __init_Connection(): Connection.defaultCommandExtractAs = ExtractAs.Numpy Connection.command_inout_raw = __Connection__command_inout_raw Connection.command_inout = green(__Connection__command_inout) Connection.command_inout_asynch = __Connection__command_inout_asynch Connection.command_inout_reply = __Connection__command_inout_reply def __doc_Connection(): def document_method(method_name, desc, append=True): return __document_method(Connection, method_name, desc, append) def document_static_method(method_name, desc, append=True): return __document_static_method(Connection, method_name, desc, append) Connection.__doc__ = """ The abstract Connection class for DeviceProxy. Not to be initialized directly. """ document_method("dev_name", """ dev_name(self) -> str Return the device name as it is stored locally Parameters : None Return : (str) """) document_method("get_db_host", """ get_db_host(self) -> str Returns a string with the database host. Parameters : None Return : (str) New in PyTango 7.0.0 """) document_method("get_db_port", """ get_db_port(self) -> str Returns a string with the database port. Parameters : None Return : (str) New in PyTango 7.0.0 """) document_method("get_db_port_num", """ get_db_port_num(self) -> int Returns an integer with the database port. Parameters : None Return : (int) New in PyTango 7.0.0 """) document_method("get_from_env_var", """ get_from_env_var(self) -> bool Returns True if determined by environment variable or False otherwise Parameters : None Return : (bool) New in PyTango 7.0.0 """) document_method("connect", """ connect(self, corba_name) -> None Creates a connection to a TANGO device using it's stringified CORBA reference i.e. IOR or corbaloc. Parameters : - corba_name : (str) Name of the CORBA object Return : None New in PyTango 7.0.0 """) document_method("reconnect", """ reconnect(self, db_used) -> None Reconnecto to a CORBA object. Parameters : - db_used : (bool) Use thatabase Return : None New in PyTango 7.0.0 """) document_method("get_idl_version", """ get_idl_version(self) -> int Get the version of the Tango Device interface implemented by the device Parameters : None Return : (int) """) document_method("set_timeout_millis", """ set_timeout_millis(self, timeout) -> None Set client side timeout for device in milliseconds. Any method which takes longer than this time to execute will throw an exception Parameters : - timeout : integer value of timeout in milliseconds Return : None Example : dev.set_timeout_millis(1000) """) document_method("get_timeout_millis", """ get_timeout_millis(self) -> int Get the client side timeout in milliseconds Parameters : None Return : (int) """) document_method("get_source", """ get_source(self) -> DevSource Get the data source(device, polling buffer, polling buffer then device) used by command_inout or read_attribute methods Parameters : None Return : (DevSource) Example : source = dev.get_source() if source == DevSource.CACHE_DEV : ... """) document_method("set_source", """ set_source(self, source) -> None Set the data source(device, polling buffer, polling buffer then device) for command_inout and read_attribute methods. Parameters : - source: (DevSource) constant. Return : None Example : dev.set_source(DevSource.CACHE_DEV) """) document_method("get_transparency_reconnection", """ get_transparency_reconnection(self) -> bool Returns the device transparency reconnection flag. Parameters : None Return : (bool) True if transparency reconnection is set or False otherwise """) document_method("set_transparency_reconnection", """ set_transparency_reconnection(self, yesno) -> None Set the device transparency reconnection flag Parameters : " - val : (bool) True to set transparency reconnection " or False otherwise Return : None """) document_method("command_inout_reply_raw", """ command_inout_reply_raw(self, id) -> DeviceData Check if the answer of an asynchronous command_inout is arrived (polling model). If the reply is arrived and if it is a valid reply, it is returned to the caller in a DeviceData object. If the reply is an exception, it is re-thrown by this call. An exception is also thrown in case of the reply is not yet arrived. Parameters : - id : (int) Asynchronous call identifier. Return : (DeviceData) Throws : AsynCall, AsynReplyNotArrived, CommunicationFailed, DevFailed from device """) document_method("command_inout_reply_raw", """ command_inout_reply_raw(self, id, timeout) -> DeviceData Check if the answer of an asynchronous command_inout is arrived (polling model). id is the asynchronous call identifier. If the reply is arrived and if it is a valid reply, it is returned to the caller in a DeviceData object. If the reply is an exception, it is re-thrown by this call. If the reply is not yet arrived, the call will wait (blocking the process) for the time specified in timeout. If after timeout milliseconds, the reply is still not there, an exception is thrown. If timeout is set to 0, the call waits until the reply arrived. Parameters : - id : (int) Asynchronous call identifier. - timeout : (int) Return : (DeviceData) Throws : AsynCall, AsynReplyNotArrived, CommunicationFailed, DevFailed from device """) # // # // Asynchronous methods # // document_method("get_asynch_replies", """ get_asynch_replies(self) -> None Try to obtain data returned by a command asynchronously requested. This method does not block if the reply has not yet arrived. It fires callback for already arrived replies. Parameters : None Return : None New in PyTango 7.0.0 """) document_method("get_asynch_replies", """ get_asynch_replies(self, call_timeout) -> None Try to obtain data returned by a command asynchronously requested. This method blocks for the specified timeout if the reply is not yet arrived. This method fires callback when the reply arrived. If the timeout is set to 0, the call waits undefinitely for the reply Parameters : - call_timeout : (int) timeout in miliseconds Return : None New in PyTango 7.0.0 """) document_method("cancel_asynch_request", """ cancel_asynch_request(self, id ) -> None Cancel a running asynchronous request This is a client side call. Obviously, the call cannot be aborted while it is running in the device. Parameters : - id : The asynchronous call identifier Return : None New in PyTango 7.0.0 """) document_method("cancel_all_polling_asynch_request", """ cancel_all_polling_asynch_request(self) -> None Cancel all running asynchronous request This is a client side call. Obviously, the calls cannot be aborted while it is running in the device. Parameters : None Return : None New in PyTango 7.0.0 """) # // # // Control access related methods # // document_method("get_access_control", """ get_access_control(self) -> AccessControlType Returns the current access control type Parameters : None Return : (AccessControlType) The current access control type New in PyTango 7.0.0 """) document_method("set_access_control", """ set_access_control(self, acc) -> None Sets the current access control type Parameters : - acc: (AccessControlType) the type of access control to set Return : None New in PyTango 7.0.0 """) document_method("get_access_right", """ get_access_right(self) -> AccessControlType Returns the current access control type Parameters : None Return : (AccessControlType) The current access control type New in PyTango 8.0.0 """) document_static_method("get_fqdn", """ get_fqdn(self) -> str Returns the fully qualified domain name Parameters : None Return : (str) the fully qualified domain name New in PyTango 7.2.0 """) document_method("is_dbase_used", """ is_dbase_used(self) -> bool Returns if the database is being used Parameters : None Return : (bool) True if the database is being used New in PyTango 7.2.0 """) document_method("get_dev_host", """ get_dev_host(self) -> str Returns the current host Parameters : None Return : (str) the current host New in PyTango 7.2.0 """) document_method("get_dev_port", """ get_dev_port(self) -> str Returns the current port Parameters : None Return : (str) the current port New in PyTango 7.2.0 """) def connection_init(doc=True): __init_Connection() if doc: __doc_Connection() pytango-9.2.2/tango/databaseds/000077500000000000000000000000001316324373100164135ustar00rootroot00000000000000pytango-9.2.2/tango/databaseds/DataBase.xmi000066400000000000000000001567631316324373100206200ustar00rootroot00000000000000 pytango-9.2.2/tango/databaseds/DataBaseds000077500000000000000000000001341316324373100203320ustar00rootroot00000000000000#!/usr/bin/env python from database import main if __name__ == '__main__': main() pytango-9.2.2/tango/databaseds/__init__.py000066400000000000000000000000001316324373100205120ustar00rootroot00000000000000pytango-9.2.2/tango/databaseds/create_db.sql000066400000000000000000000215341316324373100210510ustar00rootroot00000000000000# # Create all database tables # source create_db_tables.sql # # Init the history identifiers # INSERT INTO device_history_id VALUES (0); INSERT INTO device_attribute_history_id VALUES (0); INSERT INTO class_history_id VALUES (0); INSERT INTO class_attribute_history_id VALUES (0); INSERT INTO object_history_id VALUES (0); # # Create entry for database device server in device table # INSERT INTO device VALUES ('sys/database/2',NULL,'sys','database','2','nada','nada','nada','DataBaseds/2','nada','DataBase','nada','nada','nada','nada'); INSERT INTO device VALUES ('dserver/DataBaseds/2',NULL,'dserver','DataBaseds','2','nada','nada','nada','DataBaseds/2','nada','DServer','nada','nada','nada','nada'); INSERT INTO server VALUES ('databaseds/2','',0,0); INSERT INTO device VALUES ('sys/database/pydb-test',NULL,'sys','database','pydb-test','nada','nada','nada','DataBaseds/pydb-test','nada','DataBase','nada','nada','nada','nada'); INSERT INTO device VALUES ('dserver/DataBaseds/pydb-test',NULL,'dserver','DataBaseds','pydb-test','nada','nada','nada','DataBaseds/pydb-test','nada','DServer','nada','nada','nada','nada'); INSERT INTO server VALUES ('databaseds/pydb-test','',0,0); # # Create entry for test device server in device table # INSERT INTO device VALUES ('sys/tg_test/1',NULL,'sys','tg_test','1','nada','nada','nada','TangoTest/test','nada','TangoTest','nada','nada','nada','nada'); INSERT INTO device VALUES ('dserver/TangoTest/test',NULL,'dserver','TangoTest','test','nada','nada','nada','TangoTest/test','nada','DServer','nada','nada','nada','nada'); INSERT INTO server VALUES ('tangotest/test','',0,0); # # Create entry for Tango Control Access in device table # INSERT INTO device VALUES ('sys/access_control/1',NULL,'sys','access_control','1','nada','nada','nada','TangoAccessControl/1','nada','TangoAccessControl','nada','nada','nada','nada'); INSERT INTO device VALUES ('dserver/TangoAccessControl/1',NULL,'dserver','TangoAccessControl','1','nada','nada','nada','TangoAccessControl/1','nada','DServer','nada','nada','nada','nada'); INSERT INTO server VALUES ('tangoaccesscontrol/1','',0,0); # # Create default user access # INSERT INTO access_address VALUES ('*','*.*.*.*','FF.FF.FF.FF',20060824131221,00000000000000); INSERT INTO access_device VALUES ('*','*/*/*','write',20060824131221,00000000000000); # # Create entries in the property_class tables for controlled access service # INSERT INTO property_class VALUES('Database','AllowedAccessCmd',1,'DbGetServerInfo','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',2,'DbGetServerNameList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',3,'DbGetInstanceNameList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',4,'DbGetDeviceServerClassList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',5,'DbGetDeviceList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',6,'DbGetDeviceDomainList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',7,'DbGetDeviceFamilyList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',8,'DbGetDeviceMemberList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',9,'DbGetClassList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',10,'DbGetDeviceAliasList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',11,'DbGetObjectList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',12,'DbGetPropertyList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',13,'DbGetProperty','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',14,'DbGetClassPropertyList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',15,'DbGetClassProperty','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',16,'DbGetDevicePropertyList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',17,'DbGetDeviceProperty','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',18,'DbGetClassAttributeList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',19,'DbGetDeviceAttributeProperty','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',20,'DbGetDeviceAttributeProperty2','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',21,'DbGetLoggingLevel','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',22,'DbGetAliasDevice','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',23,'DbGetClassForDevice','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',24,'DbGetClassInheritanceForDevice','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',25,'DbGetDataForServerCache','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',26,'DbInfo','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',27,'DbGetClassAttributeProperty','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',28,'DbGetClassAttributeProperty2','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',29,'DbMysqlSelect','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',30,'DbGetDeviceInfo','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',31,'DbGetDeviceWideList','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',32,'DbImportEvent','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',33,'DbGetDeviceAlias','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('Database','AllowedAccessCmd',34,'DbGetCSDbServerList','1980-01-01 ','1980-01-01 ',NULL); # # # INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',1,'QueryClass','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',2,'QueryDevice','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',3,'EventSubscriptionChange','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',4,'DevPollStatus','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',5,'GetLoggingLevel','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',6,'GetLoggingTarget','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',7,'QueryWizardDevProperty','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',8,'QueryWizardClassProperty','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES('DServer','AllowedAccessCmd',9,'QuerySubDevice','1980-01-01 ','1980-01-01 ',NULL); # # # INSERT INTO property_class VALUES ('Starter','AllowedAccessCmd',1,'DevReadLog','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES ('Starter','AllowedAccessCmd',2,'DevStart','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES ('Starter','AllowedAccessCmd',3,'DevGetRunningServers','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES ('Starter','AllowedAccessCmd',4,'DevGetStopServers','1980-01-01 ','1980-01-01 ',NULL); # # # INSERT INTO property_class VALUES ('TangoAccessControl','AllowedAccessCmd',1,'GetUsers','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES ('TangoAccessControl','AllowedAccessCmd',2,'GetAddressByUser','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES ('TangoAccessControl','AllowedAccessCmd',3,'GetDeviceByUser','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES ('TangoAccessControl','AllowedAccessCmd',4,'GetAccess','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES ('TangoAccessControl','AllowedAccessCmd',5,'GetAllowedCommands','1980-01-01 ','1980-01-01 ',NULL); INSERT INTO property_class VALUES ('TangoAccessControl','AllowedAccessCmd',6,'GetAllowedCommandClassList','1980-01-01 ','1980-01-01 ',NULL); # # Load the stored procedures # source stored_proc.sql pytango-9.2.2/tango/databaseds/create_db_tables.sql000066400000000000000000000137441316324373100224070ustar00rootroot00000000000000CREATE TABLE IF NOT EXISTS access_address ( user varchar(255) default NULL, address varchar(255) default NULL, netmask varchar(255) default 'FF.FF.FF.FF', updated timestamp NOT NULL, accessed timestamp NOT NULL default '00000000000000' ) ; CREATE TABLE IF NOT EXISTS access_device ( user varchar(255) default NULL, device varchar(255) default NULL, rights varchar(255) default NULL, updated timestamp NOT NULL, accessed timestamp NOT NULL default '00000000000000' ) ; CREATE TABLE IF NOT EXISTS attribute_alias ( alias varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', device varchar(255) NOT NULL default '', attribute varchar(255) NOT NULL default '', updated timestamp NOT NULL, accessed timestamp NOT NULL, comment text ) ; CREATE TABLE IF NOT EXISTS attribute_class ( class varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', updated timestamp NOT NULL, accessed timestamp NOT NULL, comment text ) ; CREATE TABLE IF NOT EXISTS device ( name varchar(255) NOT NULL default 'nada', alias varchar(255) default NULL, domain varchar(85) NOT NULL default 'nada', family varchar(85) NOT NULL default 'nada', member varchar(85) NOT NULL default 'nada', exported int(11) default 0, ior text, host varchar(255) NOT NULL default 'nada', server varchar(255) NOT NULL default 'nada', pid int(11) default 0, class varchar(255) NOT NULL default 'nada', version varchar(8) NOT NULL default 'nada', started datetime default 0, stopped datetime default 0, comment text ) ; # # Table structure for table 'event' # CREATE TABLE IF NOT EXISTS event ( name varchar(255) default NULL, exported int(11) default NULL, ior text, host varchar(255) default NULL, server varchar(255) default NULL, pid int(11) default NULL, version varchar(8) default NULL, started datetime default NULL, stopped datetime default NULL ) ; # # Table structure for table 'property' # CREATE TABLE IF NOT EXISTS property ( object varchar(255) default NULL, name varchar(255) default NULL, count int(11) default NULL, value text default NULL, updated timestamp NOT NULL, accessed timestamp NOT NULL, comment text ) ; # # Table structure for table 'property_attribute_class' # CREATE TABLE IF NOT EXISTS property_attribute_class ( class varchar(255) NOT NULL default '', attribute varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text default NULL, updated timestamp NOT NULL, accessed timestamp NOT NULL, comment text ) ; # # Table structure for table 'property_attribute_device' # CREATE TABLE IF NOT EXISTS property_attribute_device ( device varchar(255) NOT NULL default '', attribute varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text default NULL, updated timestamp NOT NULL, accessed timestamp NOT NULL, comment text ) ; # # Table structure for table 'property_class' # CREATE TABLE IF NOT EXISTS property_class ( class varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text default NULL, updated timestamp NOT NULL, accessed timestamp NOT NULL, comment text ) ; # # Table structure for table 'property_device' # CREATE TABLE IF NOT EXISTS property_device ( device varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', domain varchar(255) NOT NULL default '', family varchar(255) NOT NULL default '', member varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text default NULL, updated timestamp NOT NULL, accessed timestamp NOT NULL, comment text ) ; # # Table structure for table 'server' # CREATE TABLE IF NOT EXISTS server ( name varchar(255) NOT NULL default '', host varchar(255) NOT NULL default '', mode int(11) default '0', level int(11) default '0' ) ; # # Tables for history identifiers # CREATE TABLE IF NOT EXISTS device_history_id ( id int(11) NOT NULL default '0' ) ; CREATE TABLE IF NOT EXISTS device_attribute_history_id ( id int(11) NOT NULL default '0' ) ; CREATE TABLE IF NOT EXISTS class_history_id ( id int(11) NOT NULL default '0' ) ; CREATE TABLE IF NOT EXISTS class_attribute_history_id ( id int(11) NOT NULL default '0' ) ; CREATE TABLE IF NOT EXISTS object_history_id ( id int(11) NOT NULL default '0' ) ; # # Tables for history # CREATE TABLE IF NOT EXISTS property_hist ( id int(10) NOT NULL default '0', date timestamp NOT NULL, object varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text ) ; CREATE TABLE IF NOT EXISTS property_device_hist ( id int(10) NOT NULL default '0', date timestamp NOT NULL, device varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text ) ; CREATE TABLE IF NOT EXISTS property_class_hist ( id int(10) NOT NULL default '0', date timestamp NOT NULL, class varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text ) ; CREATE TABLE IF NOT EXISTS property_attribute_class_hist ( id int(10) NOT NULL default '0', date timestamp NOT NULL, class varchar(255) NOT NULL default '', attribute varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text ) ; CREATE TABLE IF NOT EXISTS property_attribute_device_hist ( id int(10) NOT NULL default '0', date timestamp NOT NULL, device varchar(255) NOT NULL default '', attribute varchar(255) NOT NULL default '', name varchar(255) NOT NULL default '', count int(11) NOT NULL default '0', value text ) ; pytango-9.2.2/tango/databaseds/database.py000066400000000000000000002342041316324373100205360ustar00rootroot00000000000000#!/usr/bin/env python # -*- coding: utf-8 -*- """This class manage the TANGO database.""" import sys import time import logging import functools try: import argparse except ImportError: argparse = None from optparse import OptionParser import tango from tango import AttrWriteType, GreenMode from tango.server import Device, DeviceMeta from tango.server import attribute, command from tango.server import class_property from tango.server import device_property from tango.server import run from tango.globals import get_class, get_class_by_class, \ get_constructed_class_by_class READ_ONLY = AttrWriteType.READ WRITE_ONLY = AttrWriteType.WRITE READ_WRITE = AttrWriteType.READ_WRITE READ_WITH_WRITE = AttrWriteType.READ_WITH_WRITE #Argument Options global options global WILDCARD_REPLACEMENT WILDCARD_REPLACEMENT = True class DbInter(tango.Interceptors): def create_thread(self): pass def delete_thread(self): pass DB_NAME = None def set_db_name(db_name): global DB_NAME DB_NAME = db_name def get_db_name(): return DB_NAME from . import db_access th_exc = tango.Except.throw_exception from .db_errors import * def check_device_name(dev_name): if '*' in dev_name: return False, None, None if dev_name.startswith("tango:"): dev_name = dev_name[6:] elif dev_name.startswith("taco:"): dev_name = dev_name[5:] if dev_name.startswith("//"): dev_name = dev_name[2:] if not '/' in dev_name or dev_name.startswith("/"): return False, None, None dfm = dev_name.split("/") if len(dfm) != 3: return False, None, None # check that each element has at least one character if not all(map(len, dfm)): return False, None, None return True, dev_name, dfm def replace_wildcard(text): if not WILDCARD_REPLACEMENT: return text # escape '%' with '\' text = text.replace("%", "\\%") # escape '_' with '\' text = text.replace("_", "\\_") # escape '"' with '\' text = text.replace('"', '\\"') # escape ''' with '\' text = text.replace("'", "\\'") # replace '*' with '%' text = text.replace("*", "%") return text class TimeStructure: def __init__(self): self.average = 0 self.minimum = 0 self.maximum = 0 self.maximum = 0 self.total_elapsed = 0 self.calls = 0 self.index = '' def stats(f): fname = f.__name__ @functools.wraps(f) def wrapper(self, *args, **kwargs): start = time.time() try: return f(self, *args, **kwargs) finally: end = time.time() update_timing_stats(self, start, end, fname) return wrapper def update_timing_stats(dev, time_before, time_after, cmd_name): tmp_time = dev.timing_maps[cmd_name] time_elapsed = (time_after - time_before) * 1000. tmp_time.total_elapsed = tmp_time.total_elapsed + time_elapsed if time_elapsed > tmp_time.maximum: tmp_time.maximum = time_elapsed if time_elapsed < tmp_time.minimum or tmp_time.minimum == 0: tmp_time.minimum = time_elapsed tmp_time.calls = tmp_time.calls + 1 tmp_time.average = tmp_time.total_elapsed/tmp_time.calls class DataBase(Device): """ DataBase TANGO device class """ # --- attributes --------------------------------------- Timing_maximum = attribute(dtype=('float64',),max_dim_x=128, access=READ_ONLY) Timing_average = attribute(dtype=('float64',),max_dim_x=128, access=READ_ONLY) Timing_index = attribute(dtype=('str',),max_dim_x=128, access=READ_ONLY) Timing_calls = attribute(dtype=('float64',),max_dim_x=128, access=READ_ONLY) Timing_info = attribute(dtype=('str',),max_dim_x=128, access=READ_ONLY) StoredProcedureRelease = attribute(dtype='str', access=READ_ONLY) Timing_minimum = attribute(dtype=('float64',),max_dim_x=128, access=READ_ONLY) def init_device(self): self._log = log = logging.getLogger(self.get_name()) self._log.debug("In init_device()") self.attr_StoredProcedureRelease_read = '' self.init_timing_stats() m = __import__('%s.%s' % (db_access.__package__,options.db_access),None,None, '%s.%s' % (db_access.__package__,options.db_access)) self.db = m.get_db(personal_name = options.argv[1]) try: global WILDCARD_REPLACEMENT WILDCARD_REPLACEMENT = m.get_wildcard_replacement() except AttributeError: pass self.set_state(tango.DevState.ON) def init_timing_stats(self): self.timing_maps = {} for cmd in dir(self): if cmd.startswith('Db'): self.timing_maps[cmd] = TimeStructure() self.timing_maps[cmd].index = cmd # --- attribute methods -------------------------------- def read_Timing_maximum(self): self._log.debug("In read_Timing_maximum()") return [x.maximum for x in self.timing_maps.values()] def read_Timing_average(self): self._log.debug("In read_Timing_average()") return [x.average for x in self.timing_maps.values()] def read_Timing_index(self): self._log.debug("In read_Timing_index()") return [x.index for x in self.timing_maps.values()] def read_Timing_calls(self): self._log.debug("In read_Timing_calls()") return [x.calls for x in self.timing_maps.values()] def read_Timing_info(self): self._log.debug("In read_Timing_info()") util = tango.Util.instance() attr_Timing_info_read = [] attr_Timing_info_read.append("TANGO Database Timing info on host " + util.get_host_name()) attr_Timing_info_read.append(" ") attr_Timing_info_read.append("command average minimum maximum calls") attr_Timing_info_read.append(" ") for tmp_name in sorted(self.timing_maps.keys()): tmp_info = "%41s\t%6.3f\t%6.3f\t%6.3f\t%.0f"%(tmp_name, self.timing_maps[tmp_name].average, self.timing_maps[tmp_name].minimum, self.timing_maps[tmp_name].maximum, self.timing_maps[tmp_name].calls) attr_Timing_info_read.append(tmp_info) return attr_Timing_info_read def read_StoredProcedureRelease(self): self._log.debug("In read_StoredProcedureRelease()") self.attr_StoredProcedureRelease_read = self.db.get_stored_procedure_release() return self.attr_StoredProcedureRelease_read def read_Timing_minimum(self): self._log.debug("In read_Timing_minimum()") return [x.minimum for x in self.timing_maps.values()] # --- commands ----------------------------------------- @stats @command(dtype_in='str', doc_in='The wildcard', dtype_out=('str',), doc_out='Device name domain list') def DbGetDeviceDomainList(self, argin): """ Get list of device domain name matching the specified :param argin: The wildcard :type: tango.DevString :return: Device name domain list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceDomainList()") return self.db.get_device_domain_list(replace_wildcard(argin)) @stats @command(dtype_in='str', doc_in='Device server name (executable/instance)', doc_out='none') def DbUnExportServer(self, argin): """ Mark all devices belonging to a specified device server process as non exported :param argin: Device server name (executable/instance) :type: tango.DevString :return: :rtype: tango.DevVoid """ self._log.debug("In DbUnExportServer()") self.db.unexport_server(argin) @command(dtype_in=('str',), doc_in='str[0] = device name\nStr[1]...str[n] = attribute name(s)', doc_out='none') def DbDeleteAllDeviceAttributeProperty(self, argin): """ Delete all attribute properties for the specified device attribute(s) :param argin: str[0] = device name Str[1]...str[n] = attribute name(s) :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteAllDeviceAttributeProperty()") if len(argin) < 2: self.warn_stream("DataBase::DbDeleteAllDeviceAttributeProperty(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient number of arguments to delete all device attribute(s) property", "DataBase::DbDeleteAllDeviceAttributeProperty()") dev_name = argin[0] ret, d_name, dfm = check_device_name(dev_name) if not ret: th_exc(DB_IncorrectDeviceName, "device name (" + argin + ") syntax error (should be [tango:][//instance/]domain/family/member)", "DataBase::DbDeleteAllDeviceAttributeProperty()") self.db.delete_all_device_attribute_property(dev_name, argin[1:]) @command(dtype_in='str', doc_in='Attriibute alias name.', doc_out='none') def DbDeleteAttributeAlias(self, argin): """ Delete an attribute alias. :param argin: Attriibute alias name. :type: tango.DevString :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteAttributeAlias()") self.db.delete_attribute_alias(argin) @command(dtype_in=('str',), doc_in='Str[0] = Tango class\nStr[1] = Attribute name\nStr[2] = Property name', dtype_out=('str',), doc_out='Str[0] = Attribute name\nStr[1] = Property name\nStr[2] = date\nStr[3] = Property value number (array case)\nStr[4] = Property value 1\nStr[n] = Property value n') def DbGetClassAttributePropertyHist(self, argin): """ Retrieve Tango class attribute property history :param argin: Str[0] = Tango class Str[1] = Attribute name Str[2] = Property name :type: tango.DevVarStringArray :return: Str[0] = Attribute name Str[1] = Property name Str[2] = date Str[3] = Property value number (array case) Str[4] = Property value 1 Str[n] = Property value n :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassAttributePropertyHist()") class_name = argin[0] attribute = replace_wildcard(argin[1]) prop_name = replace_wildcard(argin[2]) return self.db.get_class_attribute_property_hist(class_name, attribute, prop_name) @stats @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Attribute number\nStr[2] = Attribute name\nStr[3] = Property number\nStr[4] = Property name\nStr[5] = Property value number (array case)\nStr[5] = Property value 1\nStr[n] = Property value n (array case)\n.....', doc_out='none') def DbPutDeviceAttributeProperty2(self, argin): """ Put device attribute property. This command adds the possibility to have attribute property which are arrays. Not possible with the old DbPutDeviceAttributeProperty command. This old command is not deleted for compatibility reasons. :param argin: Str[0] = Device name Str[1] = Attribute number Str[2] = Attribute name Str[3] = Property number Str[4] = Property name Str[5] = Property value number (array case) Str[5] = Property value 1 Str[n] = Property value n (array case) ..... :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutDeviceAttributeProperty2()") device_name = argin[0] nb_attributes = int(argin[1]) self.db.put_device_attribute_property2(device_name, nb_attributes, argin[2:]) @command(dtype_in='str', doc_in='attribute alias filter string (eg: att*)', dtype_out=('str',), doc_out='attribute aliases') def DbGetAttributeAliasList(self, argin): """ Get attribute alias list for a specified filter :param argin: attribute alias filter string (eg: att*) :type: tango.DevString :return: attribute aliases :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetAttributeAliasList()") if not argin: argin = "%" else: argin = replace_wildcard(argin) return self.db.get_attribute_alias_list(argin) @command(dtype_in='str', doc_in='Class name', dtype_out=('str',), doc_out='Device exported list') def DbGetExportdDeviceListForClass(self, argin): """ Query the database for device exported for the specified class. :param argin: Class name :type: tango.DevString :return: Device exported list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetExportdDeviceListForClass()") argin = replace_wildcard(argin) return self.db.get_exported_device_list_for_class(argin) @command(dtype_in=('str',), doc_in='Str[0] = attribute name\nStr[1] = attribute alias', doc_out='none') def DbPutAttributeAlias(self, argin): """ Define an alias for an attribute :param argin: Str[0] = attribute name Str[1] = attribute alias :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutAttributeAlias()") if len(argin) < 2: self.warn_stream("DataBase::DbPutAttributeAlias(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient number of arguments to put attribute alias", "DataBase::DbPutAttributeAlias()") attribute_name = argin[0] attribute_alias = argin[1] self.db.put_attribute_alias(attribute_name, attribute_alias) @stats @command(dtype_in='str', doc_in='The filter', dtype_out=('str',), doc_out='Device server process name list') def DbGetServerList(self, argin): """ Get list of device server process defined in database with name matching the specified filter :param argin: The filter :type: tango.DevString :return: Device server process name list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetServerList()") argin = replace_wildcard(argin) return self.db.get_server_list(argin) @stats @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = CORBA IOR\nStr[2] = Device server process host name\nStr[3] = Device server process PID or string ``null``\nStr[4] = Device server process version', doc_out='none') def DbExportDevice(self, argin): """ Export a device to the database :param argin: Str[0] = Device name Str[1] = CORBA IOR Str[2] = Device server process host name Str[3] = Device server process PID or string ``null`` Str[4] = Device server process version :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ DbExportDevice(self, argin) @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Attribute name\nStr[2] = Property name\nStr[n] = Property name', doc_out='none') def DbDeleteDeviceAttributeProperty(self, argin): """ delete a device attribute property from the database :param argin: Str[0] = Device name Str[1] = Attribute name Str[2] = Property name Str[n] = Property name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteDeviceAttributeProperty()") if len(argin) < 3: self.warn_stream("DataBase::db_delete_device_attribute_property(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient number of arguments to delete device attribute property", "DataBase::DeleteDeviceAttributeProperty()") dev_name, attr_name = argin[:2] ret, dev_name, dfm = check_device_name(argin) if not ret: self.warn_stream("DataBase::db_delete_device_attribute_property(): device name " + argin + " incorrect ") th_exc(DB_IncorrectDeviceName, "failed to delete device attribute property, device name incorrect", "DataBase::DeleteDeviceAttributeProperty()") for prop_name in argin[2:]: self.db.delete_device_attribute_property(dev_name, attr_name, prop_name) @stats @command(dtype_in='str', doc_in='The wildcard', dtype_out=('str',), doc_out='Family list') def DbGetDeviceFamilyList(self, argin): """ Get a list of device name families for device name matching the specified wildcard :param argin: The wildcard :type: tango.DevString :return: Family list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceFamilyList()") argin = replace_wildcard(argin) return self.db.get_device_family_list(argin) @command(dtype_in='str', doc_in='filter', dtype_out=('str',), doc_out='list of exported devices') def DbGetDeviceWideList(self, argin): """ Get a list of devices whose names satisfy the filter. :param argin: filter :type: tango.DevString :return: list of exported devices :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceWideList()") argin = replace_wildcard(argin) return self.db.get_device_wide_list(argin) @command(dtype_in=('str',), doc_in='Str[0] = Object name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number\nStr[4] = Property value 1\nStr[n] = Property value n\n....', doc_out='none') def DbPutProperty(self, argin): """ Create / Update free object property(ies) :param argin: Str[0] = Object name Str[1] = Property number Str[2] = Property name Str[3] = Property value number Str[4] = Property value 1 Str[n] = Property value n .... :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutProperty()") object_name = argin[0] nb_properties = int(argin[1]) self.db.put_property(object_name, properties, argin[2:]) @command(dtype_in=('str',), doc_in='Str[0] = Object name\nStr[1] = Property name\nStr[n] = Property name', doc_out='none') def DbDeleteProperty(self, argin): """ Delete free property from database :param argin: Str[0] = Object name Str[1] = Property name Str[n] = Property name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteProperty()") obj_name = argin[0] for prop_name in argin[1:]: self.db.delete_property(obj_name, prop_name) @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Attribute name\nStr[n] = Attribute name', dtype_out=('str',), doc_out='Str[0] = Tango class name\nStr[1] = Attribute property number\nStr[2] = Attribute property 1 name\nStr[3] = Attribute property 1 value number (array case)\nStr[4] = Attribute property 1 value\nStr[n] = Attribute property 1 value (array case)\nStr[n + 1] = Attribute property 2 name\nStr[n + 2] = Attribute property 2 value number (array case)\nStr[n + 3] = Attribute property 2 value\nStr[n + m] = Attribute property 2 value (array case)') def DbGetClassAttributeProperty2(self, argin): """ This command supports array property compared to the old command called DbGetClassAttributeProperty. The old command has not been deleted from the server for compatibility reasons. :param argin: Str[0] = Tango class name Str[1] = Attribute name Str[n] = Attribute name :type: tango.DevVarStringArray :return: Str[0] = Tango class name Str[1] = Attribute property number Str[2] = Attribute property 1 name Str[3] = Attribute property 1 value number (array case) Str[4] = Attribute property 1 value Str[n] = Attribute property 1 value (array case) Str[n + 1] = Attribute property 2 name Str[n + 2] = Attribute property 2 value number (array case) Str[n + 3] = Attribute property 2 value Str[n + m] = Attribute property 2 value (array case) :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassAttributeProperty2()") class_name = argin[0] return self.db.get_class_attribute_property2(class_name, argin[1:]) @stats @command(dtype_in='str', doc_in='filter', dtype_out=('str',), doc_out='list of exported devices') def DbGetDeviceExportedList(self, argin): """ Get a list of exported devices whose names satisfy the filter (wildcard is :param argin: filter :type: tango.DevString :return: list of exported devices :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceExportedList()") argin = replace_wildcard(argin) return self.db.get_device_exported_list(argin) @command(dtype_in='str', doc_in='The device name', dtype_out='str', doc_out='The alias found') def DbGetDeviceAlias(self, argin): """ Return alias for device name if found. :param argin: The device name :type: tango.DevString :return: The alias found :rtype: tango.DevString """ self._log.debug("In DbGetDeviceAlias()") ret, dev_name, dfm = check_device_name(argin) if not ret: th_exc(DB_IncorrectDeviceName, "device name (" + argin + ") syntax error (should be [tango:][//instance/]domain/family/member)", "DataBase::DbGetDeviceAlias()") return self.db.get_device_alias(dev_name) @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Attribute number\nStr[2] = Attribute name\nStr[3] = Property number\nStr[4] = Property name\nStr[5] = Property value\n.....', doc_out='none') def DbPutClassAttributeProperty(self, argin): """ Create/Update class attribute property(ies) in database :param argin: Str[0] = Tango class name Str[1] = Attribute number Str[2] = Attribute name Str[3] = Property number Str[4] = Property name Str[5] = Property value ..... :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutClassAttributeProperty()") class_name = argin[0] nb_attributes = int(argin[1]) self.db.put_class_attribute_property(class_name, nb_attributes, argin[2:]) @stats @command(dtype_in='str', doc_in='The filter', dtype_out=('str',), doc_out='Property name list') def DbGetClassPropertyList(self, argin): """ Get property list for a given Tango class with a specified filter :param argin: The filter :type: tango.DevString :return: Property name list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassPropertyList()") if not argin: argin = "%" else: argin = replace_wildcard(argin) return self.db.get_class_property_list(argin) @command(dtype_in='str', doc_in='The filter', dtype_out=('str',), doc_out='Device alias list') def DbGetDeviceAliasList(self, argin): """ Get device alias name with a specific filter :param argin: The filter :type: tango.DevString :return: Device alias list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceAliasList()") if not argin: argin = "%" else: argin = replace_wildcard(argin) return self.db.get_device_alias_list(argin) @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Attribute name', doc_out='none') def DbDeleteClassAttribute(self, argin): """ delete a class attribute and all its properties from database :param argin: Str[0] = Tango class name Str[1] = Attribute name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteClassAttribute()") if len(argin) < 2: self.warn_stream("DataBase::db_delete_class_attribute(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient number of arguments to delete class attribute", "DataBase::DeleteClassAttribute()") klass_name, attr_name = argin[:2] self.db.delete_class_attribute(klass_name, attr_name) @command(dtype_in=('str',), doc_in='Str[0] = Tango class\nStr[1] = Property name', dtype_out=('str',), doc_out='Str[0] = Property name\nStr[1] = date\nStr[2] = Property value number (array case)\nStr[3] = Property value 1\nStr[n] = Property value n') def DbGetClassPropertyHist(self, argin): """ Retrieve Tango class property history :param argin: Str[0] = Tango class Str[1] = Property name :type: tango.DevVarStringArray :return: Str[0] = Property name Str[1] = date Str[2] = Property value number (array case) Str[3] = Property value 1 Str[n] = Property value n :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassPropertyHist()") class_name = argin[0] prop_name = argin[1] return self.db.get_class_property_hist(class_name, prop_name) @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Attribute name', doc_out='none') def DbDeleteDeviceAttribute(self, argin): """ Delete device attribute properties from database :param argin: Str[0] = Device name Str[1] = Attribute name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteDeviceAttribute()") if len(argin) < 2: self.warn_stream("DataBase::db_delete_device_attribute(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient number of arguments to delete device attribute", "DataBase::DeleteDeviceAttribute()") dev_name, attr_name = argin[:2] ret, dev_name, dfm = check_device_name(argin) if not ret: self.warn_stream("DataBase::db_delete_device_attribute(): device name " + argin + " incorrect ") th_exc(DB_IncorrectDeviceName, "failed to delete device attribute, device name incorrect", "DataBase::DeleteDeviceAttribute()") self.db.delete_device_attribute(dev_name, attr_name) @stats @command(dtype_in='str', doc_in='MySql Select command', dtype_out='DevVarLongStringArray', doc_out='MySql Select command result\n - svalues : select results\n - lvalue[n] : =0 if svalue[n] is null else =1\n (last lvalue -1) is number of rows, (last lvalue) is number of fields') def DbMySqlSelect(self, argin): """ This is a very low level command. It executes the specified SELECT command on TANGO database and returns its result without filter. :param argin: MySql Select command :type: tango.DevString :return: MySql Select command result - svalues : select results - lvalue[n] : =0 if svalue[n] is null else =1 (last lvalue -1) is number of rows, (last lvalue) is number of fields :rtype: tango.DevVarLongStringArray """ self._log.debug("In DbMySqlSelect()") tmp_argin = argin.lower() # Check if SELECT key is alread inside command cmd = argin tmp_argin = argin.lower() pos = tmp_argin.find('select') if pos == -1: cmd = "SELECT " + cmd pos = tmp_argin.find(';') if pos != -1 and len(tmp_argin) > (pos + 1): th_exc(DB_IncorrectArguments, "SQL command not valid: " + argin, "DataBase::ExportDevice()") return self.db.my_sql_select(cmd) @stats @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Attribute number\nStr[2] = Attribute name\nStr[3] = Property number\nStr[4] = Property name\nStr[5] = Property value\n.....', doc_out='none') def DbPutDeviceAttributeProperty(self, argin): """ Create/Update device attribute property(ies) in database :param argin: Str[0] = Device name Str[1] = Attribute number Str[2] = Attribute name Str[3] = Property number Str[4] = Property name Str[5] = Property value ..... :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutDeviceAttributeProperty()") device_name = argin[0] nb_attributes = int(argin[1]) self.db.put_device_attribute_property(device_name, nb_attributes, argin[2:]) @stats @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Attribute name\nStr[n] = Attribute name', dtype_out=('str',), doc_out='Str[0] = Device name\nStr[1] = Attribute property number\nStr[2] = Attribute property 1 name\nStr[3] = Attribute property 1 value\nStr[n + 1] = Attribute property 2 name\nStr[n + 2] = Attribute property 2 value') def DbGetDeviceAttributeProperty(self, argin): """ Get device attribute property(ies) value :param argin: Str[0] = Device name Str[1] = Attribute name Str[n] = Attribute name :type: tango.DevVarStringArray :return: Str[0] = Device name Str[1] = Attribute property number Str[2] = Attribute property 1 name Str[3] = Attribute property 1 value Str[n + 1] = Attribute property 2 name Str[n + 2] = Attribute property 2 value :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceAttributeProperty()") dev_name = argin[0] return self.db.get_device_attribute_property(dev_name, argin[1:]) @stats @command(dtype_in=('str',), doc_in='Str[0] = Object name\nStr[1] = filter', dtype_out=('str',), doc_out='Property name list') def DbGetPropertyList(self, argin): """ Get list of property defined for a free object and matching the specified filter :param argin: Str[0] = Object name Str[1] = filter :type: tango.DevVarStringArray :return: Property name list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetPropertyList()") object_name = argin[0] wildcard = replace_wildcard(argin[1]) return self.db.get_property_list(object_name, wildcard) @stats @command(dtype_in='str', doc_in='Device server process name', dtype_out=('str',), doc_out='Str[0] = Device name\nStr[1] = Tango class\nStr[n] = Device name\nStr[n + 1] = Tango class') def DbGetDeviceClassList(self, argin): """ Get Tango classes/device list embedded in a specific device server :param argin: Device server process name :type: tango.DevString :return: Str[0] = Device name Str[1] = Tango class Str[n] = Device name Str[n + 1] = Tango class :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceClassList()") return self.db.get_device_class_list(argin) @command(dtype_in='str', doc_in='Device name', doc_out='none') def DbUnExportDevice(self, argin): """ Mark a device as non exported in database :param argin: Device name :type: tango.DevString :return: :rtype: tango.DevVoid """ self._log.debug("In DbUnExportDevice()") dev_name = argin[0].lower() self.db.unexport_device(dev_name) @command(dtype_in='str', doc_in='Alias name', dtype_out='str', doc_out='Device name') def DbGetAliasDevice(self, argin): """ Get device name from its alias. :param argin: Alias name :type: tango.DevString :return: Device name :rtype: tango.DevString """ self._log.debug("In DbGetAliasDevice()") if not argin: argin = "%" else: argin = replace_wildcard(argin) return self.db.get_alias_device(argin) @command(dtype_in='str', doc_in='device name', doc_out='none') def DbDeleteDevice(self, argin): """ Delete a devcie from database :param argin: device name :type: tango.DevString :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteDevice()") ret, dev_name, dfm = check_device_name(argin) if not ret: self.warn_stream("DataBase::db_delete_device(): device name " + argin + " incorrect ") th_exc(DB_IncorrectDeviceName, "failed to delete device, device name incorrect", "DataBase::DeleteDevice()") self.db.delete_device(dev_name) @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Wildcard', dtype_out=('str',), doc_out='attribute name list') def DbGetDeviceAttributeList(self, argin): """ Return list of attributes matching the wildcard for the specified device :param argin: Str[0] = Device name Str[1] = Wildcard :type: tango.DevVarStringArray :return: attribute name list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceAttributeList()") dev_name = argin[0] wildcard = argin[1] if not wildcard: wildcard = "%" else: wildcard = replace_wildcard(wildcard) return self.db.get_device_attribute_list(dev_name, wildcard) @command(dtype_in='str', doc_in='Host name', dtype_out=('str',), doc_out='Server info for all servers running on specified host') def DbGetHostServersInfo(self, argin): """ Get info about all servers running on specified host, name, mode and level :param argin: Host name :type: tango.DevString :return: Server info for all servers running on specified host :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetHostServersInfo()") argin = replace_wildcard(argin) return self.db.get_host_servers_info(argin) @command(dtype_in=('str',), doc_in='s[0] = old device server name (exec/instance)\ns[1] = new device server name (exec/instance)') def DbRenameServer(self, argin): """ Rename a device server process :param argin: str[0] = old device server name (exec/instance) str[1] = new device server name (exec/instance) :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbRenameServer()") if len(argin) < 2: self.warn_stream("DataBase::DbRenameServer(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient number of arguments (two required: old name and new name", "DataBase::DbRenameServer") old_name = argin[0] new_name = argin[1] if ('/' not in argin[0]) or ('/' not in argin[1]): self.warn_stream("DataBase::DbRenameServer(): wrong syntax in command args ") th_exc(DB_IncorrectArguments, "Wrong syntax in command args (ds_exec_name/inst_name)", "DataBase::DbRenameServer") self.db.rename_server(old_name, new_name) @stats @command(dtype_in='str', doc_in='The filter', dtype_out=('str',), doc_out='Host name list') def DbGetHostList(self, argin): """ Get host list with name matching the specified filter :param argin: The filter :type: tango.DevString :return: Host name list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetHostList()") argin = replace_wildcard(argin) return self.db.get_host_list(argin) @command(dtype_in='str', doc_in='Device name', dtype_out=('str',), doc_out='Classes off the specified device.\n[0] - is the class of the device.\n[1] - is the class from the device class is inherited.\n........and so on') def DbGetClassInheritanceForDevice(self, argin): """ Get class inheritance for the specified device. :param argin: Device name :type: tango.DevString :return: Classes off the specified device. [0] - is the class of the device. [1] - is the class from the device class is inherited. ........and so on :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassInheritanceForDevice()") return self.db.get_class_inheritance_for_device(argin) @stats @command(dtype_in='str', doc_in='Device server name', doc_out='none') def DbDeleteServer(self, argin): """ Delete server from the database but dont delete device properties :param argin: Device server name :type: tango.DevString :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteServer()") if '*' in argin or '%' in argin or not '/' in argin: self.warn_stream("DataBase::db_delete_server(): server name " + argin + " incorrect ") th_exc(DB_IncorrectServerName, "failed to delete server, server name incorrect", "DataBase::DeleteServer()") self.db.delete_server(argin) @command(dtype_in='str', doc_in='The attribute alias name', dtype_out='str', doc_out='The attribute name (device/attribute)') def DbGetAttributeAlias(self, argin): """ Get the attribute name for the given alias. If alias not found in database, returns an empty string. :param argin: The attribute alias name :type: tango.DevString :return: The attribute name (device/attribute) :rtype: tango.DevString """ self._log.debug("In DbGetAttributeAlias()") return self.db.get_attribute_alias(argin) @command(dtype_in=('str',), doc_in='Elt[0] = DS name (exec_name/inst_name), Elt[1] = Host name', dtype_out=('str',), doc_out='All the data needed by the device server during its startup sequence. Precise list depend on the device server') def DbGetDataForServerCache(self, argin): """ This command returns all the data needed by a device server process during its startup sequence. The aim of this command is to minimize database access during device server startup sequence. :param argin: Elt[0] = DS name (exec_name/inst_name), Elt[1] = Host name :type: tango.DevVarStringArray :return: All the data needed by the device server during its startup sequence. Precise list depend on the device server :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDataForServerCache()") ## TODO return [''] @command(dtype_in=('str',), doc_in='Str[0] = Object name\nStr[1] = Property name\nStr[n] = Property name', dtype_out=('str',), doc_out='Str[0] = Object name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number (array case)\nStr[4] = Property value 1\nStr[n] = Property value n (array case)\nStr[n + 1] = Property name\nStr[n + 2] = Property value number (array case)\nStr[n + 3] = Property value 1\nStr[n + m] = Property value m') def DbGetProperty(self, argin): """ Get free object property :param argin: Str[0] = Object name Str[1] = Property name Str[n] = Property name :type: tango.DevVarStringArray :return: Str[0] = Object name Str[1] = Property number Str[2] = Property name Str[3] = Property value number (array case) Str[4] = Property value 1 Str[n] = Property value n (array case) Str[n + 1] = Property name Str[n + 2] = Property value number (array case) Str[n + 3] = Property value 1 Str[n + m] = Property value m :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetProperty()") object_name = argin[0] return self.db.get_property(object_name, argin[1:]) @command(dtype_in='str', doc_in='device server process name', dtype_out=('str',), doc_out='list of classes for this device server') def DbGetDeviceServerClassList(self, argin): """ Get list of Tango classes for a device server :param argin: device server process name :type: tango.DevString :return: list of classes for this device server :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceServerClassList()") argin = replace_wildcard(argin) return self.db.get_server_class_list(argin) @stats @command(dtype_in=('str',), doc_in='Str[0] = Tango device name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number\nStr[4] = Property value 1\nStr[n] = Property value n\n....', doc_out='none') def DbPutDeviceProperty(self, argin): """ Create / Update device property(ies) :param argin: Str[0] = Tango device name Str[1] = Property number Str[2] = Property name Str[3] = Property value number Str[4] = Property value 1 Str[n] = Property value n .... :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutDeviceProperty()") device_name = argin[0] nb_properties = int(argin[1]) self.db.put_device_property(device_name, nb_properties, argin[2:]) @command(doc_in='none', doc_out='none') def ResetTimingValues(self): """ Reset the timing attribute values. :param : :type: tango.DevVoid :return: :rtype: tango.DevVoid """ self._log.debug("In ResetTimingValues()") for tmp_timing in self.timing_maps.itervalues(): tmp_timing.average = 0. tmp_timing.minimum = 0. tmp_timing.maximum = 0. tmp_timing.total_elapsed = 0. tmp_timing.calls = 0. @command(doc_in='none', dtype_out=('str',), doc_out='List of host:port with one element for each database server') def DbGetCSDbServerList(self): """ Get a list of host:port for all database server defined in the control system :param : :type: tango.DevVoid :return: List of host:port with one element for each database server :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetCSDbServerList()") return self.db.get_csdb_server_list() @stats @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number\nStr[4] = Property value 1\nStr[n] = Property value n\n....', doc_out='none') def DbPutClassProperty(self, argin): """ Create / Update class property(ies) :param argin: Str[0] = Tango class name Str[1] = Property number Str[2] = Property name Str[3] = Property value number Str[4] = Property value 1 Str[n] = Property value n .... :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutClassProperty()") class_name = argin[0] nb_properties = int(argin[1]) self.db.put_class_property(class_name, nb_properties, argin[2:]) @stats @command(dtype_in='str', doc_in='Device name (or alias)', dtype_out='DevVarLongStringArray', doc_out='Str[0] = device name\nStr[1] = CORBA IOR\nStr[2] = device version\nStr[3] = device server process name\nStr[4] = host name\nStr[5] = Tango class name\n\nLg[0] = Exported flag\nLg[1] = Device server process PID') def DbImportDevice(self, argin): """ Import a device from the database :param argin: Device name (or alias) :type: tango.DevString :return: Str[0] = device name Str[1] = CORBA IOR Str[2] = device version Str[3] = device server process name Str[4] = host name Str[5] = Tango class name Lg[0] = Exported flag Lg[1] = Device server process PID :rtype: tango.DevVarLongStringArray """ self._log.debug("In DbImportDevice()") return self.db.import_device(argin.lower()) @stats @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Property name\nStr[n] = Property name', doc_out='none') def DbDeleteDeviceProperty(self, argin): """ Delete device property(ies) :param argin: Str[0] = Device name Str[1] = Property name Str[n] = Property name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteDeviceProperty()") dev_name = argin[0] for prop_name in argin[1:]: self.db.delete_device_property(dev_name, prop_name) @command(dtype_in='str', doc_in='Device name', dtype_out='str', doc_out='Device Tango class') def DbGetClassForDevice(self, argin): """ Get Tango class for the specified device. :param argin: Device name :type: tango.DevString :return: Device Tango class :rtype: tango.DevString """ self._log.debug("In DbGetClassForDevice()") return self.db.get_class_for_device(argin) @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Attribute name\nStr[2] = Property name', dtype_out=('str',), doc_out='Str[0] = Attribute name\nStr[1] = Property name\nStr[2] = date\nStr[3] = Property value number (array case)\nStr[4] = Property value 1\nStr[n] = Property value n') def DbGetDeviceAttributePropertyHist(self, argin): """ Retrieve device attribute property history :param argin: Str[0] = Device name Str[1] = Attribute name Str[2] = Property name :type: tango.DevVarStringArray :return: Str[0] = Attribute name Str[1] = Property name Str[2] = date Str[3] = Property value number (array case) Str[4] = Property value 1 Str[n] = Property value n :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceAttributePropertyHist()") dev_name = argin[0] attribute = replace_wildcard(argin[1]) prop_name = replace_wildcard(argin[2]) return self.db.get_device_attribute_property_hist(dev_name, attribute, prop_name) @command(dtype_in='str', doc_in='server name', dtype_out=('str',), doc_out='server info') def DbGetServerInfo(self, argin): """ Get info about host, mode and level for specified server :param argin: server name :type: tango.DevString :return: server info :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetServerInfo()") return self.db.get_server_info(argin) @command(dtype_in=('str',), doc_in='Str[0] = device name\nStr[1] = alias name', doc_out='none') def DbPutDeviceAlias(self, argin): """ Define alias for a given device name :param argin: Str[0] = device name Str[1] = alias name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutDeviceAlias()") if len(argin) < 2: self.warn_stream("DataBase::DbPutDeviceAlias(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient number of arguments to put device alias", "DataBase::DbPutDeviceAlias()") device_name = argin[0] device_alias = argin[1] self.db.put_device_alias(device_name, device_alias) @stats @command(dtype_in=('str',), doc_in='Str[0] = device name\nStr[1] = Filter', dtype_out=('str',), doc_out='Property name list') def DbGetDevicePropertyList(self, argin): """ Get property list belonging to the specified device and with name matching the specified filter :param argin: Str[0] = device name Str[1] = Filter :type: tango.DevVarStringArray :return: Property name list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDevicePropertyList()") device_name = argin[0] prop_filter = argin[1] prop_filter = replace_wildcard(prop_filter) return self.db.get_device_property_list(device_name, prop_filter) @stats @command(dtype_in='str', doc_in='The filter', dtype_out=('str',), doc_out='Device server process name list') def DbGetHostServerList(self, argin): """ Get list of device server process name running on host with name matching the specified filter :param argin: The filter :type: tango.DevString :return: Device server process name list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetHostServerList()") argin = replace_wildcard(argin) return self.db.get_host_server_list(argin) @command(dtype_in=('str',), doc_in='Str[0] = Tango class\nStr[1] = Property name\nStr[2] = Property name', dtype_out=('str',), doc_out='Str[0] = Tango class\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number (array case)\nStr[4] = Property value\nStr[n] = Propery value (array case)\n....') def DbGetClassProperty(self, argin): """ :param argin: Str[0] = Tango class Str[1] = Property name Str[2] = Property name :type: tango.DevVarStringArray :return: Str[0] = Tango class Str[1] = Property number Str[2] = Property name Str[3] = Property value number (array case) Str[4] = Property value Str[n] = Propery value (array case) .... :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassProperty()") class_name = argin[0] return self.db.get_class_property(class_name,argin[1:]) @command(dtype_in='str', doc_in='The filter', dtype_out=('str',), doc_out='Object name list') def DbGetObjectList(self, argin): """ Get list of free object defined in database with name matching the specified filter :param argin: The filter :type: tango.DevString :return: Object name list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetObjectList()") argin = replace_wildcard(argin) return self.db.get_object_list(argin) @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Attribute name\nStr[2] = Property name\nStr[n] = Property name', doc_out='none') def DbDeleteClassAttributeProperty(self, argin): """ delete class attribute properties from database :param argin: Str[0] = Tango class name Str[1] = Attribute name Str[2] = Property name Str[n] = Property name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteClassAttributeProperty()") if len(argin) < 3: self.warn_stream("DataBase::db_delete_class_attribute_property(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient number of arguments to delete class attribute property", "DataBase::DeleteClassAttributeProperty()") klass_name, attr_name = argin[:2] for prop_name in argin[2:]: self.db.delete_class_attribute_property(klass_name, attr_name, prop_name) @command(dtype_in='str', doc_in='Server name', dtype_out=('str',), doc_out='The instance names found for specified server.') def DbGetInstanceNameList(self, argin): """ Returns the instance names found for specified server. :param argin: Server name :type: tango.DevString :return: The instance names found for specified server. :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetInstanceNameList()") return self.db.get_instance_name_list(argin) @command(dtype_in='str', doc_in='The attribute name (dev_name/att_name)', dtype_out='str', doc_out='The attribute alias name (or empty string)') def DbGetAttributeAlias2(self, argin): """ Get the attribute alias from the attribute name. Returns one empty string if nothing found in database :param argin: The attribute name (dev_name/att_name) :type: tango.DevString :return: The attribute alias name (or empty string) :rtype: tango.DevString """ self._log.debug("In DbGetAttributeAlias2()") attr_name = argin[0] return self.db.get_attribute_alias2(attr_name) @command(dtype_in=('str',), doc_in='Str[0] = Full device server name\nStr[1] = Device(s) name\nStr[2] = Tango class name\nStr[n] = Device name\nStr[n + 1] = Tango class name', doc_out='none') def DbAddServer(self, argin): """ Create a device server process entry in database :param argin: Str[0] = Full device server name Str[1] = Device(s) name Str[2] = Tango class name Str[n] = Device name Str[n + 1] = Tango class name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbAddServer()") if len(argin) < 3 or not len(argin) % 2: self.warn_stream("DataBase::AddServer(): incorrect number of input arguments ") th_exc(DB_IncorrectArguments, "incorrect no. of input arguments, needs at least 3 (server,device,class)", "DataBase::AddServer()") server_name = argin[0] for i in range((len(argin) - 1) / 2): d_name, klass_name = argin[i * 2 + 1], argin[i * 2 + 2] ret, dev_name, dfm = check_device_name(d_name) if not ret: th_exc(DB_IncorrectDeviceName, "device name (" + d_name + ") syntax error (should be [tango:][//instance/]domain/family/member)", "DataBase::AddServer()") self.db.add_device(server_name, (dev_name, dfm) , klass_name) @stats @command(dtype_in='str', doc_in='name of event channel or factory', dtype_out='DevVarLongStringArray', doc_out='export information e.g. IOR') def DbImportEvent(self, argin): """ Get event channel info from database :param argin: name of event channel or factory :type: tango.DevString :return: export information e.g. IOR :rtype: tango.DevVarLongStringArray """ self._log.debug("In DbImportEvent()") argin = replace_wildcard(argin.lower()) return self.db.import_event(argin) @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[2] = Property name', dtype_out=('str',), doc_out='Str[0] = Property name\nStr[1] = date\nStr[2] = Property value number (array case)\nStr[3] = Property value 1\nStr[n] = Property value n') def DbGetDevicePropertyHist(self, argin): """ Retrieve device property history :param argin: Str[0] = Device name Str[1] = Property name :type: tango.DevVarStringArray :return: Str[0] = Property name Str[1] = date Str[2] = Property value number (array case) Str[3] = Property value 1 Str[n] = Property value n :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDevicePropertyHist()") device_name = argin[0] prop_name = argin[1] return self.db.get_device_property_hist(device_name, prop_name) @command(dtype_in='str', doc_in='wildcard for server names.', dtype_out=('str',), doc_out='server names found.') def DbGetServerNameList(self, argin): """ Returns the list of server names found for the wildcard specified. It returns only the server executable name without instance name as DbGetServerList. :param argin: wildcard for server names. :type: tango.DevString :return: server names found. :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetServerNameList()") argin = replace_wildcard(argin) return self.db.get_server_name_list(argin) @stats @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Attribute name\nStr[n] = Attribute name', dtype_out=('str',), doc_out='Str[0] = Device name\nStr[1] = Attribute property number\nStr[2] = Attribute property 1 name\nStr[3] = Attribute property 1 value number (array case)\nStr[4] = Attribute property 1 value\nStr[n] = Attribute property 1 value (array case)\nStr[n + 1] = Attribute property 2 name\nStr[n + 2] = Attribute property 2 value number (array case)\nStr[n + 3] = Attribute property 2 value\nStr[n + m] = Attribute property 2 value (array case)') def DbGetDeviceAttributeProperty2(self, argin): """ Retrieve device attribute properties. This command has the possibility to retrieve device attribute properties which are arrays. It is not possible with the old DbGetDeviceAttributeProperty command. Nevertheless, the old command has not been deleted for compatibility reason :param argin: Str[0] = Device name Str[1] = Attribute name Str[n] = Attribute name :type: tango.DevVarStringArray :return: Str[0] = Device name Str[1] = Attribute property number Str[2] = Attribute property 1 name Str[3] = Attribute property 1 value number (array case) Str[4] = Attribute property 1 value Str[n] = Attribute property 1 value (array case) Str[n + 1] = Attribute property 2 name Str[n + 2] = Attribute property 2 value number (array case) Str[n + 3] = Attribute property 2 value Str[n + m] = Attribute property 2 value (array case) :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceAttributeProperty2()") dev_name = argin[0] return self.db.get_device_attribute_property2(dev_name, argin[1:]) @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Property name\nStr[n] = Property name', doc_out='none') def DbDeleteClassProperty(self, argin): """ Delete class properties from database :param argin: Str[0] = Tango class name Str[1] = Property name Str[n] = Property name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteClassProperty()") klass_name = argin[0] for prop_name in argin[1:]: self.db.delete_class_property(prop_name) @command(dtype_in='str', doc_in='name of event channel or factory to unexport', doc_out='none') def DbUnExportEvent(self, argin): """ Mark one event channel as non exported in database :param argin: name of event channel or factory to unexport :type: tango.DevString :return: none :rtype: tango.DevVoid """ self._log.debug("In DbUnExportEvent()") event_name = argin[0].lower() self.db.unexport_event(event_name) @stats @command(doc_in='none', dtype_out=('str',), doc_out='Miscellaneous info like:\n- Device defined in database\n- Device marked as exported in database\n- Device server process defined in database\n- Device server process marked as exported in database\n- Device properties defined in database\n- Class properties defined in database\n- Device attribute properties defined in database\n- Class attribute properties defined in database\n- Object properties defined in database') def DbInfo(self): """ Get miscellaneous numbers on information stored in database :param : :type: tango.DevVoid :return: Miscellaneous info like: - Device defined in database - Device marked as exported in database - Device server process defined in database - Device server process marked as exported in database - Device properties defined in database - Class properties defined in database - Device attribute properties defined in database - Class attribute properties defined in database - Object properties defined in database :rtype: tango.DevVarStringArray """ self._log.debug("In DbInfo()") return self.db.info() @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Attribute name\nStr[n] = Attribute name', dtype_out=('str',), doc_out='Str[0] = Tango class name\nStr[1] = Attribute property number\nStr[2] = Attribute property 1 name\nStr[3] = Attribute property 1 value\nStr[n + 1] = Attribute property 2 name\nStr[n + 2] = Attribute property 2 value') def DbGetClassAttributeProperty(self, argin): """ Get Tango class property(ies) value :param argin: Str[0] = Tango class name Str[1] = Attribute name Str[n] = Attribute name :type: tango.DevVarStringArray :return: Str[0] = Tango class name Str[1] = Attribute property number Str[2] = Attribute property 1 name Str[3] = Attribute property 1 value Str[n + 1] = Attribute property 2 name Str[n + 2] = Attribute property 2 value :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassAttributeProperty()") class_name = argin[0] return self.db.get_class_attribute_property(class_name, argin[1:]) @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Attribute number\nStr[2] = Attribute name\nStr[3] = Property number\nStr[4] = Property name\nStr[5] = Property value number (array case)\nStr[5] = Property value 1\nStr[n] = Property value n (array case)\n.....', doc_out='none') def DbPutClassAttributeProperty2(self, argin): """ This command adds support for array properties compared to the previous one called DbPutClassAttributeProperty. The old comman is still there for compatibility reason :param argin: Str[0] = Tango class name Str[1] = Attribute number Str[2] = Attribute name Str[3] = Property number Str[4] = Property name Str[5] = Property value number (array case) Str[5] = Property value 1 Str[n] = Property value n (array case) ..... :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutClassAttributeProperty2()") class_name = argin[0] nb_attributes = int(argin[1]) self.db.put_class_attribute_property2(class_name, nb_attributes, argin[2:]) @command(dtype_in=('str',), doc_in='server info', doc_out='none') def DbPutServerInfo(self, argin): """ Update server info including host, mode and level :param argin: server info :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbPutServerInfo()") if len(argin) < 4: self.warn_stream("DataBase::DbPutServerInfo(): insufficient number of arguments ") th_exc(DB_IncorrectArguments, "insufficient server info", "DataBase::DbPutServerInfo()") tmp_server = argin[0].lower() tmp_host = argin[1] tmp_mode = argin[2] tmp_level = argin[3] tmp_extra = [] if len(argin) > 4: tmp_extra = argin[4:] tmp_len = len(argin) - 1 self.db.put_server_info(tmp_server, tmp_host, tmp_mode, tmp_level, tmp_extra) @command(dtype_in='str', doc_in='device alias name', doc_out='none') def DbDeleteDeviceAlias(self, argin): """ Delete a device alias. :param argin: device alias name :type: tango.DevString :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteDeviceAlias()") self.db.delete_device_alias(argin) @stats @command(dtype_in=('str',), doc_in='Str[0] = event channel name (or factory name)\nStr[1] = CORBA IOR\nStr[2] = Notifd host name\nStr[3] = Notifd pid\nStr[4] = Notifd version', doc_out='none') def DbExportEvent(self, argin): """ Export Event channel to database :param argin: Str[0] = event channel name (or factory name) Str[1] = CORBA IOR Str[2] = Notifd host name Str[3] = Notifd pid Str[4] = Notifd version :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbExportEvent()") if len(argin) < 5: self.warn_stream("DataBase::db_export_event(): insufficient export info for event ") th_exc(DB_IncorrectArguments, "insufficient export info for event", "DataBase::ExportEvent()") event, IOR, host, pid, version = argin[:5] event = replace_wildcard(event.lower()) self.db.export_event(event, IOR, host, pid, version) @stats @command(dtype_in=('str',), doc_in='Str[0] = Device name\nStr[1] = Property name\nStr[n] = Property name', dtype_out=('str',), doc_out='Str[0] = Device name\nStr[1] = Property number\nStr[2] = Property name\nStr[3] = Property value number (array case)\nStr[4] = Property value 1\nStr[n] = Property value n (array case)\nStr[n + 1] = Property name\nStr[n + 2] = Property value number (array case)\nStr[n + 3] = Property value 1\nStr[n + m] = Property value m') def DbGetDeviceProperty(self, argin): """ :param argin: Str[0] = Device name Str[1] = Property name Str[n] = Property name :type: tango.DevVarStringArray :return: Str[0] = Device name Str[1] = Property number Str[2] = Property name Str[3] = Property value number (array case) Str[4] = Property value 1 Str[n] = Property value n (array case) Str[n + 1] = Property name Str[n + 2] = Property value number (array case) Str[n + 3] = Property value 1 Str[n + m] = Property value m :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceProperty()") device_name = argin[0] return self.db.get_device_property(device_name, argin[1:]) @command(dtype_in='str', doc_in='Device name', dtype_out='DevVarLongStringArray', doc_out='Str[0] = Device name\nStr[1] = CORBA IOR\nStr[2] = Device version\nStr[3] = Device Server name\nStr[4] = Device Server process host name\nStr[5] = Started date (or ? if not set)\nStr[6] = Stopped date (or ? if not set)\nStr[7] = Device class\n\nLg[0] = Device exported flag\nLg[1] = Device Server process PID (or -1 if not set)') def DbGetDeviceInfo(self, argin): """ Returns info from DbImportDevice and started/stopped dates. :param argin: Device name :type: tango.DevString :return: Str[0] = Device name Str[1] = CORBA IOR Str[2] = Device version Str[3] = Device Server name Str[4] = Device Server process host name Str[5] = Started date (or ? if not set) Str[6] = Stopped date (or ? if not set) Str[7] = Device class Lg[0] = Device exported flag Lg[1] = Device Server process PID (or -1 if not set) :rtype: tango.DevVarLongStringArray """ self._log.debug("In DbGetDeviceInfo()") ret, dev_name, dfm = check_device_name(argin) if not ret: th_exc(DB_IncorrectDeviceName, "device name (" + argin + ") syntax error (should be [tango:][//instance/]domain/family/member)", "DataBase::DbGetDeviceAlias()") return self.db.get_device_info(dev_name) @command(dtype_in=('str',), doc_in='Str[0] = Object name\nStr[2] = Property name', dtype_out=('str',), doc_out='Str[0] = Property name\nStr[1] = date\nStr[2] = Property value number (array case)\nStr[3] = Property value 1\nStr[n] = Property value n') def DbGetPropertyHist(self, argin): """ Retrieve object property history :param argin: Str[0] = Object name Str[2] = Property name :type: tango.DevVarStringArray :return: Str[0] = Property name Str[1] = date Str[2] = Property value number (array case) Str[3] = Property value 1 Str[n] = Property value n :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetPropertyHist()") object_name = argin[0] prop_name = argin[1] return self.db.get_property_hist(object_name, prop_name) @stats @command(dtype_in='str', doc_in='The filter', dtype_out=('str',), doc_out='Device names member list') def DbGetDeviceMemberList(self, argin): """ Get a list of device name members for device name matching the specified filter :param argin: The filter :type: tango.DevString :return: Device names member list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceMemberList()") argin = replace_wildcard(argin) return self.db.get_device_member_list(argin) @command(dtype_in='str', doc_in='Filter', dtype_out=('str',), doc_out='Class list') def DbGetClassList(self, argin): """ Get Tango class list with a specified filter :param argin: Filter :type: tango.DevString :return: Class list :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassList()") server = replace_wildcard(argin) return self.db.get_class_list(server) @command(dtype_in='str', doc_in='The attribute alias', dtype_out='str', doc_out='The attribute name (dev_name/att_name)') def DbGetAliasAttribute(self, argin): """ Get the attribute name from the given alias. If the given alias is not found in database, returns an empty string :param argin: The attribute alias :type: tango.DevString :return: The attribute name (dev_name/att_name) :rtype: tango.DevString """ self._log.debug("In DbGetAliasAttribute()") alias_name = argin[0] return self.db.get_alias_attribute(alias_name) @command(dtype_in='str', doc_in='Device server name', doc_out='none') def DbDeleteServerInfo(self, argin): """ delete info related to a Tango devvice server process :param argin: Device server name :type: tango.DevString :return: :rtype: tango.DevVoid """ self._log.debug("In DbDeleteServerInfo()") self.db.delete_server_info(argin) @command(dtype_in=('str',), doc_in='Str[0] = Tango class name\nStr[1] = Attribute name filter (eg: att*)', dtype_out=('str',), doc_out='Str[0] = Class attribute name\nStr[n] = Class attribute name') def DbGetClassAttributeList(self, argin): """ Get attrilute list for a given Tango class with a specified filter :param argin: Str[0] = Tango class name Str[1] = Attribute name filter (eg: att*) :type: tango.DevVarStringArray :return: Str[0] = Class attribute name Str[n] = Class attribute name :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetClassAttributeList()") class_name = argin[0] wildcard = replace_wildcard(argin[1]) return self.db.get_class_attribute_list(class_name, wildcard) @command(dtype_in=('str',), doc_in='Str[0] = Full device server process name\nStr[1] = Device name\nStr[2] = Tango class name', doc_out='none') def DbAddDevice(self, argin): """ Add a Tango class device to a specific device server :param argin: Str[0] = Full device server process name Str[1] = Device name Str[2] = Tango class name :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbAddDevice()") if len(argin) < 3: self.warn_stream("DataBase::AddDevice(): incorrect number of input arguments ") th_exc(DB_IncorrectArguments, "incorrect no. of input arguments, needs at least 3 (server,device,class)", "DataBase::AddDevice()") self.info_stream("DataBase::AddDevice(): insert %s server with device %s",argin[0],argin[1]) server_name, d_name, klass_name = argin[:3] if len(argin) > 3: alias = argin[3] else: alias = None ret, dev_name, dfm = check_device_name(d_name) if not ret: th_exc(DB_IncorrectDeviceName, "device name (" + d_name + ") syntax error (should be [tango:][//instance/]domain/family/member)", "DataBase::AddDevice()") # Lock table self.db.add_device(server_name, (dev_name, dfm) , klass_name, alias=alias) @command(dtype_in=('str',), doc_in='argin[0] : server name\nargin[1] : class name', dtype_out=('str',), doc_out='The list of devices for specified server and class.') def DbGetDeviceList(self, argin): """ Get a list of devices for specified server and class. :param argin: argin[0] : server name argin[1] : class name :type: tango.DevVarStringArray :return: The list of devices for specified server and class. :rtype: tango.DevVarStringArray """ self._log.debug("In DbGetDeviceList()") server_name = replace_wildcard(argin[0]) class_name = replace_wildcard(argin[1]) return self.db.get_device_list(server_name, class_name) # DbExportDevice is executed in the post_init_cb function below. # It needs to be separated from the actual device to prevent the device in # gevent mode to queue the request to the gevent thread and waitting for it. def DbExportDevice(self, argin): """ Export a device to the database :param argin: Str[0] = Device name Str[1] = CORBA IOR Str[2] = Device server process host name Str[3] = Device server process PID or string ``null`` Str[4] = Device server process version :type: tango.DevVarStringArray :return: :rtype: tango.DevVoid """ self._log.debug("In DbExportDevice()") if len(argin) < 5: self.warn_stream("DataBase::DbExportDevice(): insufficient export info for device ") th_exc(DB_IncorrectArguments, "insufficient export info for device", "DataBase::ExportDevice()") dev_name, IOR, host, pid, version = argin[:5] dev_name = dev_name.lower() if pid.lower() == 'null': pid = "-1" self.db.export_device(dev_name, IOR, host, pid, version) def main(argv = None): #Parameters management global options if argparse: parser = argparse.ArgumentParser() parser.add_argument("--db_access",dest="db_access",default="sqlite3", help="database type") parser.add_argument("-e", "--embedded",dest="embedded",default=False, action="store_true") parser.add_argument("--logging_level","-l",dest="logging_level",type=int, default=0,help="logging_level 0:WARNING,1:INFO,2:DEBUG") parser.add_argument("--port",dest="port",default=None, type=int, help="database port") parser.add_argument('argv',nargs=argparse.REMAINDER) options = parser.parse_args(argv) options.argv = ["DataBaseds"] + options.argv else: parser = OptionParser() parser.add_option("--db_access",dest="db_access",default="sqlite3", help="database type") parser.add_option("-l", "--logging_level",dest="logging_level",default=0, help="logging_level 0:WARNING,1:INFO,2:DEBUG") parser.add_option("-e","--embedded",dest="embedded",default=False, action="store_true") parser.add_option("--port",dest="port",default=10000, type=int, help="database port") (options,args) = parser.parse_args(argv) options.argv = ["DataBaseds"] + args port = options.port if port is None: try: _, port = tango.ApiUtil.get_env_var("TANGO_HOST").split(":") except: port = 10000 options.argv += ["-ORBendPoint", "giop:tcp::{0}".format(port)] log_fmt = '%(threadName)-14s %(levelname)-8s %(asctime)s %(name)s: %(message)s' if options.logging_level == 1: logging_level = logging.INFO elif options.logging_level == 2: logging_level = logging.DEBUG else: logging_level = logging.WARNING logging.basicConfig(format=log_fmt, stream=sys.stdout,level=logging_level) try: db_name = "sys/database/" + options.argv[1] set_db_name(db_name) if options.embedded: __run_embedded(db_name, options.argv) else: __run(db_name, options.argv) except Exception as e: import traceback traceback.print_exc() def __monkey_patch_database_class(): DataBaseClass = DataBase.TangoClassClass def device_factory(self, device_list): """for internal usage only""" dev_name = get_db_name() klass = self.__class__ klass_name = klass.__name__ info = get_class_by_class(klass) klass = get_constructed_class_by_class(klass) if info is None: raise RuntimeError("Device class '%s' is not " \ "registered" % klass_name) if klass is None: raise RuntimeError("Device class '%s' as not been " \ "constructed" % klass_name) deviceClassClass, deviceImplClass, deviceImplName = info deviceImplClass._device_class_instance = klass device = self._new_device(deviceImplClass, klass, dev_name) self._add_device(device) tmp_dev_list = [device] self.dyn_attr(tmp_dev_list) self.export_device(device, "database") self.py_dev_list += tmp_dev_list DataBaseClass.device_factory = device_factory def __monkey_patch_util(util): # trick util to execute orb_run instead of the usual server_run util._original_server_run = util.server_run util.server_run = util.orb_run def __run(db_name,argv): """ Runs the Database DS as a standalone database. Run it with:: ./DataBaseds pydb-test -ORBendPoint giop:tcp::11000 """ tango.Util.set_use_db(False) util = tango.Util(argv) __monkey_patch_util(util) __monkey_patch_database_class() dbi = DbInter() util.set_interceptors(dbi) def post_init_cb(): logging.debug("post_init_cb()") util = tango.Util.instance() dserver = util.get_dserver_device() dserver_name = dserver.get_name() dserver_ior = util.get_dserver_ior(dserver) dbase = util.get_device_by_name(db_name) dbase_name = dbase.get_name() dbase_ior = util.get_device_ior(dbase) host = util.get_host_name() pid = util.get_pid_str() version = util.get_version_str() DbExportDevice(dbase, [dserver_name, dserver_ior, host, pid, version]) DbExportDevice(dbase, [dbase_name, dbase_ior, host, pid, version]) run((DataBase,), args=argv, util=util, post_init_callback=post_init_cb, green_mode=GreenMode.Gevent, verbose=True) def __run_embedded(db_name,argv): """Runs the Database device server embeded in another TANGO Database (just like any other TANGO device server)""" __monkey_patch_database_class() run((DataBase,), args=argv, util=util, green_mode=GreenMode.Gevent) if __name__ == '__main__': main() pytango-9.2.2/tango/databaseds/db_access/000077500000000000000000000000001316324373100203215ustar00rootroot00000000000000pytango-9.2.2/tango/databaseds/db_access/__init__.py000066400000000000000000000007011316324373100224300ustar00rootroot00000000000000__all__ = [] def _init_module() : import os for root,dirs,files in os.walk(__path__[0]) : for file_name in files : if file_name.startswith('__') : continue base,ext = os.path.splitext(file_name) if ext == '.py' : subdir = root[len(__path__[0]) + 1:] if subdir: base = '%s.%s' % (subdir,base) __all__.append(base) _init_module() pytango-9.2.2/tango/databaseds/db_access/beacon.py000066400000000000000000001132631316324373100221300ustar00rootroot00000000000000from __future__ import print_function from __future__ import absolute_import import os import logging import functools import threading import Queue import re import weakref import datetime import tango th_exc = tango.Except.throw_exception from ..db_errors import * from bliss.config import static,settings import itertools if logging.getLogger().isEnabledFor(logging.INFO): def _info(funct) : def f(self,*args,**kwargs) : self._info("%s: %s %s", funct.__name__,args,kwargs) returnVal = funct(self,*args,**kwargs) if returnVal is not None: self._info("return %s : %s",funct.__name__,returnVal) else: self._info("return %s",funct.__name__) return returnVal return f else: def _info(funct): return funct def _filter(wildcard,l) : wildcard = wildcard.replace('*','.*') m = re.compile(wildcard,re.IGNORECASE) return [x for x in l if x is not None and m.match(x)] class beacon(object): DB_API_NAME = 'beacon' TANGO_ATTR_ALIAS = 'tango.attr.alias' def __init__(self, personal_name = "",**keys): self._config = static.Config('',3.) self._logger = logging.getLogger(self.__class__.__name__) self._debug = self._logger.debug self._info = self._logger.info self._warn = self._logger.warn self._error = self._logger.error self._critical = self._logger.critical self._index() #Trick to start self._beacon_dserver_node = static.Node(self._config) self._beacon_dserver_node['server'] = 'DataBaseds' self._beacon_dserver_node['personal_name'] = personal_name tango_name = 'sys/database/%s' % personal_name databse_device_node = static.Node(self._config,self._beacon_dserver_node) databse_device_node['class'] = 'DataBase' databse_device_node['tango_name'] = tango_name self._beacon_dserver_node['device'] = [databse_device_node] self._beacon_dserver_node['tango_name'] = tango_name self._tango_name_2_node[tango_name] = databse_device_node tango_name = 'dserver/databaseds/%s' % personal_name self._tango_name_2_node[tango_name] = self._beacon_dserver_node server_name = 'DataBaseds/%s' % personal_name self._personal_2_node[server_name] = self._beacon_dserver_node def _index(self): #Tango indexing self._strong_node_ref = set() self._personal_2_node = weakref.WeakValueDictionary() self._tango_name_2_node = weakref.WeakValueDictionary() self._class_name_2_node = weakref.WeakValueDictionary() for key,values in self._config.root.iteritems(): indexing_flag = key == 'tango' if isinstance(values,list) : self._parse_list(values,indexing_flag) elif isinstance(values,dict): self._parse_dict(values,indexing_flag) self._index_tango(values) def _parse_list(self,l,indexing_flag) : for v in l: if isinstance(v,list): self._parse_list(v,indexing_flag) elif isinstance(v,dict): if indexing_flag: self._index_tango(v) self._parse_dict(v,indexing_flag) def _parse_dict(self,d,indexing_flag): for k,v in d.iteritems(): if isinstance(v,dict): if not indexing_flag: indexing_flag = k == 'tango' if indexing_flag: self._index_tango(v) self._parse_dict(v,indexing_flag) elif isinstance(v,list) : self._parse_list(v,indexing_flag) def _index_tango(self,v) : klass = v.get('class') if klass is not None and v.parent.get('device') is None: self._class_name_2_node[klass] = v personal_name = v.get('personal_name') if personal_name is not None : server = v.get('server') if server is None: self._error("_index_tango(personal_name=%) didn't specify server key (executable name)", personal_name) return personal_name = personal_name.lower() dserver_name = '%s/%s' % (server,personal_name) self._personal_2_node[dserver_name] = v self._tango_name_2_node['dserver/%s' % dserver_name.lower()] = v tango_name = v.get('tango_name') if tango_name is not None: tango_name = tango_name.lower() self._tango_name_2_node[tango_name.lower()] = v alias = v.get('alias') if alias is not None: self._tango_name_2_node[alias] = v # TANGO API @_info def get_stored_procedure_release(self): return 'release 0.0' @_info def add_device(self, server_name, dev_info, klass_name, alias=None): self._info("add_device(server_name=%s, dev_info=%s, klass_name=%s, alias=%s)", server_name, dev_info, klass_name, alias) tango_name, _ = dev_info tango_name = tango_name.lower() device_node = self._tango_name_2_node.get(tango_name) if device_node is not None: # There is a problem? return server_exe_name,personal_name = server_name.split('/') personal_name = personal_name.lower() server_name = '%s/%s' % (server_exe_name,personal_name) server_node = self._personal_2_node.get(server_name) if server_node is None: server_node = static.Node(self._config,filename = 'tango/%s.yml' % server_name.replace('/','_')) server_node['server'] = server_exe_name server_node['personal_name'] = personal_name self._personal_2_node[server_name] = server_node self._tango_name_2_node['dserver/%s' % server_name.lower()] = server_node self._strong_node_ref.add(server_node) device_node = static.Node(self._config,parent=server_node) self._strong_node_ref.add(device_node) device_node['tango_name'] = tango_name device_node['class'] = klass_name if alias is not None: device_node['alias'] = alias device_node_list = server_node.get('device',[]) device_node_list.append(device_node) server_node['device'] = device_node_list self._tango_name_2_node[tango_name] = device_node server_node.save() @_info def delete_attribute_alias(self, alias): self._info("delete_attribute_alias(alias=%s)",alias) attr_alias = settings.HashObjSetting(self.TANGO_ATTR_ALIAS) del attr_alias[alias] def _get_class_attribute(self,klass_name, attr_name) : self._info("_get_class_attribute(klass_name=%s,attr_name=%s)", klass_name, attr_name) key_name = 'tango.class.attribute.%s.%s' % (klass_name,attr_name) return settings.HashObjSetting(key_name) @_info def delete_class_attribute(self, klass_name, attr_name): class_attribute = self._get_class_attribute(klass_name,attr_name) class_attribute.clear() @_info def delete_class_attribute_property(self, klass_name, attr_name, prop_name): class_attribute = self._get_class_attribute(klass_name,attr_name) del class_attribute[prop_name] def _get_class_properties(self,klass_name,prop_name): #key_name = 'tango.class.properties.%s.%s' % (klass_name,prop_name) #return settings.QueueSetting(key_name) return self._class_name_2_node.get(klass_name,dict()).get('properties',dict()).get(prop_name,'') @_info def delete_class_property(self, klass_name, prop_name): #class_property = self._get_class_properties(klass_name,prop_name) #class_property.clear() pass def _get_property_attr_device(self,dev_name) : key_name = 'tango.%s' % dev_name.lower().replace('/','.') return settings.HashObjSetting(key_name) @_info def delete_device(self, dev_name): dev_name = dev_name.lower() self._info("delete_device(dev_name=%s)", dev_name) device_node = self._tango_name_2_node.pop(dev_name,None) if device_node is None: return server_node = device_node.parent if server_node is None: # weird return device_list = server_node.get('device',[]) device_list.remove(device_node) server_node.save() prop_attr_device = self._get_property_attr_device(dev_name) prop_attr_device.clear() @_info def delete_device_alias(self, dev_alias): self._info("delete_device_alias(dev_alias=%s)", dev_alias) device_node = self._tango_name_2_node.pop(dev_alias) if device_node is None: return server_node = device_node.parent if server_node is None: # weird return del device_node['alias'] server_node.save() @_info def delete_device_attribute(self, dev_name, attr_name): prop_attr_device = self._get_property_attr_device(dev_name) del prop_attr_device[attr_name] @_info def delete_device_attribute_property(self, dev_name, attr_name, prop_name): prop_attr_device = self._get_property_attr_device(dev_name) d = prop_attr_device.get(attr_name) if d is not None: del d[prop_name] prop_attr_device[attr_name] = d @_info def delete_device_property(self, dev_name, prop_name): properties = self._get_property_node(dev_name) if properties is None: return try: del properties[prop_name] properties.save() except KeyError: pass @_info def delete_property(self, obj_name, prop_name): self._warn("Not implemented delete_property(obj_name=%s, prop_name=%s)", (obj_name,prop_name)) @_info def delete_server(self, server_name): server_node = self._personal_2_node.get(server_name) if server_node is None: return server_node.clear() server_node.save() @_info def delete_server_info(self, server_instance): self._warn("Not implemented delete_server_info(server_instance=%s)", (server_instance)) def _get_export_device_info(self,dev_name): key_name = 'tango.info.%s' % dev_name return settings.HashSetting(key_name) @_info def export_device(self, dev_name, IOR, host, pid, version): self._info("export_device(dev_name=%s, host=%s, pid=%s, version=%s)", dev_name, host, pid, version) dev_name = dev_name.lower() device_node = self._tango_name_2_node.get(dev_name) if device_node is None: th_exc(DB_DeviceNotDefined, "device " + dev_name + " not defined in the database !", "DataBase::ExportDevice()") self._info("export_device(IOR=%s)", IOR) export_device_info = self._get_export_device_info(dev_name) start_time = datetime.datetime.now() export_device_info.set({'IOR':IOR,'host':host,'pid':pid,'version':version, 'start-time': '%s' % start_time}) @_info def export_event(self, event, IOR, host, pid, version): self._warn("Not implemented export_event(event=%s, IOR=%s, host=%s, pid=%s, version=%s)", (event, IOR, host, pid, version)) @_info def get_alias_device(self, dev_alias): device_node = self._tango_name_2_node.get(dev_alias) if device_node is None: th_exc(DB_DeviceNotDefined, "No device found for alias '" + dev_alias + "'", "DataBase::GetAliasDevice()") return device_node.get('tango_name') @_info def get_attribute_alias(self, attr_alias_name): attr_alias = settings.HashObjSetting(self.TANGO_ATTR_ALIAS) attr_alias_info = attr_alias.get(attr_alias_name) if attr_alias_info is None: th_exc(DB_SQLError, "No attribute found for alias '" + attr_alias + "'", "DataBase::GetAttributeAlias()") return attr_alias_info.get('name') @_info def get_attribute_alias_list(self, attr_alias_name): attr_alias = settings.HashObjSetting(self.TANGO_ATTR_ALIAS) attr_alias_info = attr_alias.get(attr_alias_name) if attr_alias_info is None: return [] else: return [attr_alias_info.get('name')] @_info def get_class_attribute_list(self, class_name, wildcard): redis = settings.get_cache() attributes = [x for x in redis.scan_iter(match='tango.class.attribute.%s' % class_name)] return _filter(wildcard,attributes) @_info def get_class_attribute_property(self, class_name, attributes): result = [class_name, str(len(attributes))] for att_name in attributes: class_attribute_properties = self._get_class_attribute(class_name,att_name) attr_property = [x for p in class_attribute_properties.iteritems() for x in p] result.extend([att_name,str(len(attr_property)/2)] + attr_property) return result @_info def get_class_attribute_property2(self, class_name, attributes): result = [class_name, str(len(attributes))] for attr_name in attributes: class_properties = self._get_class_attribute(class_name,attr_name) attr_property = [] for nb,(name,values) in enumerate(class_properties.iteritems()): if isinstance(values,list) : attr_property.extend([name,str(len(values))] + [str(x) for x in values]) else: attr_property.extend([name,'1',str(values)]) if(attr_property): result.extend([attr_name,str(nb)] + attr_property) else: result.extend([attr_name,'0']) return result @_info def get_class_attribute_property_hist(self, class_name, attribute, prop_name): return [] @_info def get_class_for_device(self, dev_name): dev_name = dev_name.lower() device_node = self._tango_name_2_node.get(dev_name) if device_node is None: th_exc(DB_IncorrectArguments, "Device not found for " + dev_name, "Database.GetClassForDevice") class_name = device_node.get('class') if class_name is None: th_exc(DB_IncorrectArguments, "Class not found for " + dev_name, "Database.GetClassForDevice") return class_name @_info def get_class_inheritance_for_device(self, dev_name): class_name = self.get_class_for_device(dev_name) props = self.get_class_property(class_name, "InheritedFrom") return [class_name] + props[4:] @_info def get_class_list(self, server): server_name_list = [x.get('server') for x in self._personal_2_node.values() if x.has_key('server')] res = _filter(server,set(server_name_list)) res.sort() return res @_info def get_class_property(self, class_name, properties): result = [class_name,str(len(properties))] for prop_name in properties: properties_array = [] values = self._get_class_properties(class_name,prop_name) if isinstance(values,list): values = [str(x) for x in values] properties_array.extend([prop_name,str(len(values))] + values) elif values: properties_array.extend([prop_name,'1',str(values)]) else: properties_array.extend([prop_name,'0']) result.extend(properties_array) return result @_info def get_class_property_hist(self, class_name, prop_name): return [] @_info def get_class_property_list(self, class_name): properties = self._class_name_2_node.get(class_name,dict()).get("properties", dict()) return [k for k,v in properties.iteritems() if not isinstance(v,dict)] #cache = settings.get_cache() #return cache.keys('tango.class.properties.%s*' % class_name) @_info def get_device_alias(self, dev_name): dev_name = dev_name.lower() device_node = self._tango_name_2_node.get(dev_name) if device_node is None: th_exc(DB_DeviceNotDefined, "No alias found for device '" + dev_name + "'", "DataBase::GetDeviceAlias()") alias = device_node.get('alias') if alias is None: th_exc(DB_DeviceNotDefined, "No alias found for device '" + dev_name + "'", "DataBase::GetDeviceAlias()") return alias @_info def get_device_alias_list(self, alias): alias_list = [node.get('alias') for node in self._tango_name_2_node.values()] return _filter(alias,alias_list) @_info def get_device_attribute_list(self, dev_name, attribute): prop_attr_device = self._get_property_attr_device(dev_name) return _filter(attribute,prop_attr_device.keys()) @_info def get_device_attribute_property(self, dev_name, attributes): prop_attr_device = self._get_property_attr_device(dev_name) result = [dev_name,str(len(attributes))] for attr_name in attributes: prop_attr = prop_attr_device.get(attr_name) if prop_attr is None: result.extend([attr_name,'0']) else: result.extend([attr_name,str(len(prop_attr))] + [str(x) for p in prop_attr.iteritems() for x in p]) return result @_info def get_device_attribute_property2(self, dev_name, attributes): prop_attr_device_handler = self._get_property_attr_device(dev_name) result = [dev_name, str(len(attributes))] prop_attr_device = prop_attr_device_handler.get_all() for attr_name in attributes: prop_attr = prop_attr_device.get(attr_name) if prop_attr is None: result.extend((attr_name,'0')) else: result.extend((attr_name,str(len(prop_attr)))) for name,values in prop_attr.iteritems(): if isinstance(values,list): result.extend([name,len(values)] + [str(x) for x in values]) else: result.extend((name,'1',str(values))) return result @_info def get_device_attribute_property_hist(self, dev_name, attribute, prop_name): return [] @_info def get_device_class_list(self, server_name): server_node = self._personal_2_node.get(server_name) if server_node is None: return [] devices = server_node.get('device') if isinstance(devices,list): name_class = [(n.get('tango_name'),n.get('class')) for n in devices] else: name_class = [(devices.get('tango_name'),devices.get('class'))] return [x for p in name_class for x in p] @_info def get_device_domain_list(self, wildcard): filtered_names = _filter(wildcard, [n.get('tango_name') for n in self._tango_name_2_node.values()]) res = list(set([x.split('/')[0] for x in filtered_names])) res.sort() return res @_info def get_device_exported_list(self, wildcard): cache = settings.get_cache() return [x.replace('tango.','') for x in cache.keys('tango.%s' % wildcard)] @_info def get_device_family_list(self, wildcard): filtered_names = _filter(wildcard, [n.get('tango_name') for n in self._tango_name_2_node.values()]) return list(set([x.split('/')[1] for x in filtered_names])) def get_device_info(self, dev_name): dev_name = dev_name.lower() device_info = self._get_export_device_info(dev_name) device_node = self._tango_name_2_node.get(dev_name) result_long = [] result_str = [] info = device_info.get_all() if device_node: if dev_name.startswith('dserver'): server_node = device_node else: server_node = device_node.parent result_str.extend((dev_name, info.get('IOR',''), str(info.get('version','0')), server_node.get('server','') + '/' + server_node.get('personal_name',''), info.get('host','?'),info.get('start-time','?'),'?', device_node.get('class','DServer'))) result_long.extend((info and 1 or 0,info.get('pid',-1))) return (result_long,result_str) @_info def get_device_list(self,server_name, class_name): if server_name == '*': r_list = list() for server_node in self._personal_2_node.values(): device_list = server_node.get('device') r_list.extend(self._tango_name_from_class(device_list,class_name)) return r_list server_node = self._personal_2_node.get(server_name) if server_node is None: return [] device_list = server_node.get('device') return self._tango_name_from_class(device_list,class_name) def _tango_name_from_class(self,device_list,class_name): m = re.compile(class_name.replace('*','.*'),re.IGNORECASE) if isinstance(device_list,list) : return [x.get('tango_name') for x in device_list if m.match(x.get('class',''))] elif isinstance(device_list,dict) and m.match(device_list.get('class','')) : return [device_list.get('tango_name')] else: return [] @_info def get_device_wide_list(self, wildcard): return _filter(wildcard,self._tango_name_2_node.keys()) @_info def get_device_member_list(self, wildcard): wildcard = wildcard.lower() filtered_names = _filter(wildcard,self._tango_name_2_node.keys()) return list(set([x.split('/')[-1] for x in filtered_names])) def _get_property_node(self,dev_name) : dev_name = dev_name.lower() device_node = self._tango_name_2_node.get(dev_name) if device_node is None: properties = {} else: properties = device_node.get('properties') if isinstance(properties,str) : # reference properties_key = properties.split('/') node_refname = properties_key[0] property_node = self._config.get_config(node_refname) if properties_key == node_refname: properties = property_node else: for key in properties_key[1:]: property_node = property_node.get(key) if property_node is None: break properties = property_node return properties @_info def get_device_property(self, dev_name, properties_query_list): properties = self._get_property_node(dev_name) if properties is None: result = [dev_name,str(len(properties_query_list))] for p_name in properties_query_list: result.extend([p_name,'0','']) return result else: nb_properties = 0 properties_array = [] properties_key = properties.keys() for property_name in properties_query_list: ask_keys = _filter(property_name,properties_key) if not ask_keys: properties_array.extend([property_name,'0','']) nb_properties += 1 for key in ask_keys: values = properties.get(key,'') if isinstance(values,list): values = [str(x) for x in values] properties_array.extend([property_name,str(len(values))] + values) else: properties_array.extend([property_name,'1',str(values)]) nb_properties += len(ask_keys) return [dev_name,str(nb_properties)] + properties_array @_info def get_device_property_list(self,device_name,prop_filter) : properties = self._get_property_node(device_name) if properties is None: return [] else: return _filter(prop_filter,[k for k,v in properties.iteritems() if not isinstance(v,dict)]) @_info def get_device_property_hist(self, device_name, prop_name): return [] @_info def get_device_server_class_list(self, server_name): server_name = server_name.lower() server_node = self._personal_2_node.get(server_name) if server_node is None: return [] else: devices = server_node.get('device') if isinstance(devices,list): return [x.get('class') for x in devices] else: return [devices.get('class')] @_info def get_exported_device_list_for_class(self, class_name): result = [] cache = settings.get_cache() exported_devices = cache.keys('tango.info.*') for exp_dev in exported_devices: dev_name = exp_dev.replace('tango.info.','') dev_node = self._tango_name_2_node.get(dev_name) if dev_node: dev_class_name = dev_node.get('class') if dev_class_name == class_name: result.append(dev_name) return result @_info def get_host_list(self, host_name): cache = settings.get_cache() host_list = [settings.HashSetting(key_name).get('host') for key_name in cache.keys('tango.info.*')] return _filter(host_name,host_list) @_info def get_host_server_list(self, host_name): result = [] wildcard = host_name.replace('*','.*') m = re.compile(wildcard) cache = settings.get_cache() for key_name in cache.keys('tango.info.*'): host = settings.HashSetting(key_name).get('host') if not m.match(host): continue dev_name = key_name.replace('tango.info.','') dev_node = self._tango_name_2_node.get(dev_name) if dev_node is None: continue server_node = dev_node.parent result.append('%s/%s' % (server_node.get('server',''),server_node.get('personal_name'))) return result @_info def get_host_servers_info(self, host_name): #Don't know what it is? return [] @_info def get_instance_name_list(self, server_name): server_name = server_name + "\*" server_list = self.get_server_list(server_name) result = [] for server in server_list: names = server.split("/") result.append(names[1]) return result @_info def get_object_list(self, name): return [] @_info def get_property(self, object_name, properties): result = [object_name,str(len(properties))] for prop in properties: result.extend([prop,'0','']) return result @_info def get_property_hist(self, object_name, prop_name): return [] @_info def get_property_list(self, object_name, wildcard): return [] @_info def get_server_info(self, server_name): return ["","",""] @_info def get_server_list(self, wildcard): return _filter(wildcard,self._personal_2_node.keys()) @_info def get_server_name_list(self,wildcard) : res = list(set(_filter(wildcard,[x.split('/')[0] for x in self._personal_2_node.keys()]))) res.sort() return res @_info def get_server_class_list(self,wildcard): server_names = _filter(wildcard,self._personal_2_node.keys()) result = set() for ser_name in server_names: server_node = self._personal_2_node.get(ser_name) for device_node in server_node.get('device',[]) : class_name = device_node.get('class') if class_name is not None: result.add(class_name) result.add('DServer') result = list(result) result.sort() return result def import_device(self, dev_name): dev_node = self._tango_name_2_node.get(dev_name) if dev_node is not None: return self.get_device_info(dev_name) else: th_exc(DB_DeviceNotDefined, "device " + dev_name + " not defined in the database !", "DataBase::ImportDevice()") @_info def import_event(self, event_name): th_exc(DB_DeviceNotDefined, "event " + event_name + " not defined in the database !", "DataBase::ImportEvent()") @_info def info(self): return ["Beacon Beacon files"] @_info def put_attribute_alias(self, attribute_name, attr_alias_name): attr_alias = settings.HashObjSetting(self.TANGO_ATTR_ALIAS) attr_alias_info = attr_alias.get(attr_alias_name) if attr_alias_info is not None: self.warn_stream("DataBase::DbPutAttributeAlias(): this alias exists already ") th_exc(DB_SQLError, "alias " + attribute_alias + " already exists !", "DataBase::DbPutAttributeAlias()") attr_alias[attr_alias_name] = attribute_name @_info def put_class_attribute_property(self, class_name, nb_attributes, attr_prop_list): attr_id = 0 for k in range(nb_attributes): attr_name,nb_properties = attr_prop_list[attr_id],int(attr_prop_list[attr_id + 1]) attr_id += 2 class_properties = self._get_class_attribute(class_name,att_name) new_values = {} for prop_id in range(attr_id,attr_id + nb_properties * 2,2) : prop_name,prop_val = attr_prop_list[prop_id],attr_prop_list[prop_id + 1] new_values[prop_name] = prop_val attr_id += nb_properties * 2 class_properties.set(new_values) @_info def put_class_attribute_property2(self, class_name, nb_attributes, attr_prop_list): attr_id = 0 for j in range(nb_attributes) : attr_name,nb_properties = attr_prop_list[attr_id],attr_prop_list[attr_id + 1] attr_id += 2 class_properties = self._get_class_attribute(class_name,att_name) new_values = {} for prop_id in range(nb_properties) : prop_name,prop_number = attr_prop_list[attr_id],int(attr_prop_list[attr_id + 1]) attr_id += 2 prop_values = [] for prop_sub_id in range(prop_number): prop_values.append(attr_prop_list[attr_id]) attr_id += 1 if len(prop_values) == 1: prop_values = prop_values[0] new_values[prop_name] = prop_values class_properties.set(new_values) @_info def put_class_property(self, class_name, nb_properties, attr_prop_list): attr_id = 0 class_node = self._class_name_2_node.get(class_name) if class_node is None: class_node = static.Node(self._config,parent=self._config.root, filename = 'tango/%s.yml' % class_name.replace('/','_')) class_node['class'] = class_name self._strong_node_ref.add(class_node) self._class_name_2_node[class_name] = class_node properties = class_node.get('properties',dict()) for k in range(nb_properties): prop_name,nb_values = attr_prop_list[attr_id],int(attr_prop_list[attr_id + 1]) attr_id += 2 if nb_values == 1: properties[prop_name] = attr_prop_list[attr_id] else: properties[prop_name] = list(attr_prop_list[attr_id:]) class_node['properties'] = properties class_node.save() @_info def put_device_alias(self, device_name, device_alias): device_node = self._tango_name_2_node.get(device_name) device_node['alias'] = device_alias device_node.save() @_info def put_device_attribute_property(self, device_name, nb_attributes, attr_prop_list): attr_id = 0 prop_attr_device = self._get_property_attr_device(device_name) for k in range(nb_attributes): attr_name,prop_nb = attr_prop_list[attr_id],int(attr_prop_list[attr_id + 1]) attr_id += 2 new_values = {} for prop_id in range(attr_id,attr_id + prop_nb * 2,2) : prop_name,prop_val = attr_prop_list[prop_id],attr_prop_list[prop_id + 1] new_values[prop_name] = prop_val prop_attr_device[attr_name] = new_values attr_id += prop_nb * 2 @_info def put_device_attribute_property2(self, device_name, nb_attributes, attr_prop_list): attr_id = 0 prop_attr_device = self._get_property_attr_device(device_name) for k in range(nb_attributes): attr_name,prop_nb = attr_prop_list[attr_id],int(attr_prop_list[attr_id + 1]) attr_id += 2 new_values = {} for prop_id in range(prop_nb) : prop_name,prop_nb = attr_prop_list[attr_id],int(attr_prop_list[attr_id + 1]) attr_id += 2 prop_values = [] for prop_sub_id in range(prop_nb): prop_values.append(attr_prop_list[attr_id]) attr_id += 1 if len(prop_values) == 1: prop_values = prop_values[0] new_values[prop_name] = prop_values prop_attr_device[attr_name] = new_values @_info def put_device_property(self, device_name, nb_properties, attr_prop_list): device_name = device_name.lower() device_node = self._tango_name_2_node.get(device_name) old_properties = device_node.get('properties') if isinstance(old_properties,str): #reference properties_key = old_properties.split('/') node_refname = properties_key[0] property_node = self._config.get_config(node_refname) if properties_key == node_refname: old_properties = property_node else: for key in properties_key[1:]: property_node = property_node.get(key) if property_node is None: break old_properties = property_node if old_properties is None: properties = static.Node(self._config,parent=device_node) device_node['properties'] = properties else: properties = old_properties id_prop = 0 for i in range(nb_properties) : prop_name,prop_nb_values = attr_prop_list[id_prop],int(attr_prop_list[id_prop + 1]) id_prop += 2 if prop_nb_values == 1: properties[prop_name] = attr_prop_list[id_prop] else: properties[prop_name] = attr_prop_list[id_prop:id_prop + prop_nb_values] id_prop += prop_nb_values properties.save() @_info def put_property(self, object_name, nb_properties, attr_prop_list): #Not use in our case pass @_info def put_server_info(self, tmp_server, tmp_host, tmp_mode, tmp_level, tmp_extra): #Not use in our case pass def unexport_device(self, dev_name): device_info = self._get_export_device_info(dev_name) device_info.clear() @_info def unexport_event(self, event_name): #Not use in our case pass @_info def unexport_server(self, server_name): server_node = self._personal_2_node.get(server_name) if server_node is None: return for device in server_node.get('device'): tango_name = device.get('tango_name') if tango_name: self.unexport_device(tango_name) @_info def delete_all_device_attribute_property(self, dev_name, attr_list): prop_attr_device = self._get_property_attr_device(dev_name) for attr_name in attr_list: del prop_attr_device[attr_name] @_info def my_sql_select(self, cmd): #todo see if it's really needed return ([0,0],[]) @_info def get_csdb_server_list(self): cache = settings.get_cache() exported_devices = cache.keys('tango.info.sys/database*') result = [] for key_name in exported_devices: info = settings.HashSetting(key_name) result.append(info.get('IOR')) return result @_info def get_attribute_alias2(self, attr_name): attr_alias = settings.HashObjSetting(self.TANGO_ATTR_ALIAS) result = [] for alias,name in attr_alias.iteritems(): if name == attr_name: result.append(alias) return result @_info def get_alias_attribute(self, alias_name): attr_alias = settings.HashObjSetting(self.TANGO_ATTR_ALIAS) attr_name = attr_alias.get(alias_name) return attr_name and [attr_name] or [] @_info def rename_server(self, old_name, new_name): device_node = self._tango_name_2_node.get(new_name) if device_node is not None: th_exc(DB_SQLError, "Device server process name " + attribute_alias + "is already used !", "DataBase::DbRenameServer()") device_node = self._tango_name_2_node.pop(old_name) device_node['tango_name'] = new_name self._tango_name_2_node[new_name] = device_node device_node.save() def get_db(personal_name = "",**keys): return beacon(personal_name = personal_name) def get_wildcard_replacement(): return False pytango-9.2.2/tango/databaseds/db_access/sqlite3.py000066400000000000000000002002521316324373100222600ustar00rootroot00000000000000from __future__ import print_function import os import logging import functools import threading import Queue import tango th_exc = tango.Except.throw_exception from db_errors import * from concurrent.futures import ThreadPoolExecutor Executor = ThreadPoolExecutor(1) def get_create_db_statements(): statements = [] with open("create_db_tables.sql") as f: lines = f.readlines() # strip comments lines = (line for line in lines if not line.startswith('#')) lines = (line for line in lines if not line.lower().strip().startswith('key')) lines = (line for line in lines if not line.lower().strip().startswith('key')) lines = "".join(lines) lines = lines.replace("ENGINE=MyISAM", "") statements += lines.split(";") with open("create_db.sql") as f: lines = f.readlines() # strip comments lines = (line for line in lines if not line.lower().startswith('#')) lines = (line for line in lines if not line.lower().startswith('create database')) lines = (line for line in lines if not line.lower().startswith('use')) lines = (line for line in lines if not line.lower().startswith('source')) lines = "".join(lines) statements += lines.split(";") return statements def replace_wildcard(text): # escape '%' with '\' text = text.replace("%", "\\%") # escape '_' with '\' text = text.replace("_", "\\_") # escape '"' with '\' text = text.replace('"', '\\"') # escape ''' with '\' text = text.replace("'", "\\'") # replace '*' with '%' text = text.replace("*", "%") return text def use_cursor(f): @functools.wraps(f) def wrap(*args, **kwargs): self = args[0] has_cursor = 'cursor' in kwargs cursor = kwargs.pop('cursor', None) if not has_cursor: cursor = Executor.submit(self.get_cursor).result() self.cursor = cursor try: ret = Executor.submit(f, *args, **kwargs).result() if not has_cursor: Executor.submit(cursor.connection.commit).result() return ret finally: if not has_cursor: Executor.submit(cursor.close).result() del self.cursor return wrap class Tango_dbapi2(object): DB_API_NAME = 'sqlite3' def __init__(self, db_name="tango_database.db", history_depth=10, fire_to_starter=True): self._db_api = None self._db_conn = None self.db_name = db_name self.history_depth = history_depth self.fire_to_starter = fire_to_starter self._logger = logging.getLogger(self.__class__.__name__) self._debug = self._logger.debug self._info = self._logger.info self._warn = self._logger.warn self._error = self._logger.error self._critical = self._logger.critical self.initialize() def close_db(self): if self._db_conn is not None: self._db_conn.commit() self._db_conn.close() self._db_api = None self._db_conn = None def get_db_api(self): if self._db_api is None: self._db_api = __import__(self.DB_API_NAME) return self._db_api @property def db_api(self): return self.get_db_api() @property def db_conn(self): if self._db_conn is None: self._db_conn = self.db_api.connect(self.db_name) return self._db_conn def get_cursor(self): return self.db_conn.cursor() def initialize(self): self._info("Initializing database...") if not os.path.isfile(self.db_name): self.create_db() else: # trigger connection self.db_conn @use_cursor def create_db(self): self._info("Creating database...") statements = get_create_db_statements() cursor = self.cursor for statement in statements: cursor.execute(statement) @use_cursor def get_id(self, name): cursor = self.cursor name += '"_history_id' _id = cursor.execute('SELECT id FROM ?', (name,)).fetchone()[0] + 1 cursor.execute('UPDATE ? SET id=?', (name, _id)) return _id @use_cursor def purge_att_property(self, table, field, obj, attr, name): cursor = self.cursor cursor.execute(\ 'SELECT DISTINCT id FROM ? WHERE ? = ? AND name = ? AND ' \ 'attribute = ? ORDER BY date', (table, field, obj, name, attr)) rows = cursor.fetchall() to_del = len(rows) - self.history_depth if to_del > 0: for row in rows[:to_del]: cursor.execute('DELETE FROM ? WHERE id=?', (table, row[0])) @use_cursor def purge_property(self, table, field, obj, name): cursor = self.cursor cursor.execute(\ 'SELECT DISTINCT id FROM ? WHERE ? = ? AND name = ? ' \ 'ORDER BY date', (table, field, obj, name)) rows = cursor.fetchall() to_del = len(rows) - self.history_depth if to_del > 0: for row in rows[:to_del]: cursor.execute('DELETE FROM ? WHERE id=?', (table, row[0])) @use_cursor def get_device_host(self, name): cursor = self.cursor name = replace_wildcard(name) cursor.execute('SELECT host FROM device WHERE name LIKE ?', (name,)) row = cursor.fetchone() if row is None: raise Exception("No host for device '" + name + "'") else: return row[0] def send_starter_cmd(self, starter_dev_names): for name in starter_dev_names: pos = name.find('.') if pos != -1: name = name[0:pos] dev = tango.DeviceProxy(name) dev.UpdateServersInfo() # TANGO API def get_stored_procedure_release(self): return 'release 1.8' @use_cursor def add_device(self, server_name, dev_info, klass_name, alias=None): self._info("delete_attribute_alias(server_name=%s, dev_info=%s, klass_name=%s, alias=%s)", server_name, dev_info, klass_name, alias) dev_name, (domain, family, member) = dev_info cursor = self.cursor # first delete the tuple (device,name) from the device table cursor.execute('DELETE FROM device WHERE name LIKE ?', (dev_name,)) # then insert the new value for this tuple cursor.execute(\ 'INSERT INTO device (name, alias, domain, family, member, exported, ' \ 'ior, host, server, pid, class, version, started, stopped) ' \ 'VALUES (?, ?, ?, ?, ?, 0, "nada", "nada", ?, 0, ?, "0", NULL, NULL)', (dev_name, alias, domain, family, member, server_name, klass_name)) # Check if a DServer device entry for the process already exists cursor.execute('SELECT name FROM device WHERE server LIKE ? AND class LIKE "DServer"', (server_name,)) if cursor.fetchone() is None: dev_name = "dserver/" + server_name domain, family, member = dev_name.split("/", 2) cursor.execute(\ 'INSERT INTO device (name, domain, family, member, exported, ior, ' \ 'host, server, pid, class, version, started, stopped) ' \ 'VALUES (?, ?, ?, ?, 0, "nada", "nada", ?, 0, "DServer", "0", NULL, NULL)', (dev_name, domain, family, member, server_name)) @use_cursor def delete_attribute_alias(self, alias): self._info("delete_attribute_alias(alias=%s)", alias) self.cursor.execute('DELETE FROM attribute_alias WHERE alias=?', (alias,)) @use_cursor def delete_class_attribute(self, klass_name, attr_name): self.cursor.execute(\ 'DELETE FROM property_attribute_class WHERE class LIKE ? AND ' \ 'attribute LIKE ?', (klass_name, attr_name)) @use_cursor def delete_class_attribute_property(self, klass_name, attr_name, prop_name): cursor = self.cursor # Is there something to delete ? cursor.execute(\ 'SELECT count(*) FROM property_attribute_class WHERE class = ? ' \ 'AND attribute = ? AND name = ?', (klass_name, attr_name, prop_name)) if cursor.fetchone()[0] > 0: # then delete property from the property_attribute_class table cursor.execute(\ 'DELETE FROM property_attribute_class WHERE class = ? AND ' \ 'attribute = ? and name = ?', (klass_name, attr_name, prop_name)) # mark this property as deleted hist_id = self.get_id('class_attribute', cursor=cursor) cursor.execute(\ 'INSERT INTO property_attribute_class_hist (class, attribute, ' \ 'name, id, count, value) VALUES ' \ '(?, ?, ?, ?, "0", "DELETED")', (klass_name, attr_name, prop_name, hist_id)) self.purge_att_property("property_attribute_class_hist", "class", klass_name, attr_name, prop_name, cursor=cursor) @use_cursor def delete_class_property(self, klass_name, prop_name): cursor = self.cursor prop_name = replace_wildcard(prop_name) # Is there something to delete ? cursor.execute(\ 'SELECT DISTINCT name FROM property_class WHERE class=? AND ' \ 'name LIKE ?', (klass_name, prop_name)) for row in cursor.fetchall(): # delete the tuple (device,name,count) from the property table name = row[0] cursor.execute(\ 'DELETE FROM property_class WHERE class=? AND name=?', (klass_name, name)) # Mark this property as deleted hist_id = self.get_id("class", cursor=cursor) cursor.execute(\ 'INSERT INTO property_class_hist (class, name, id, count, value) ' \ 'VALUES (?, ?, ?, "0", "DELETED")', (klass_name, name, hist_id)) self.purge_property("property_class_hist", "class", klass_name, name, cursor=cursor) @use_cursor def delete_device(self, dev_name): self._info("delete_device(dev_name=%s)", dev_name) cursor = self.cursor dev_name = replace_wildcard(dev_name) # delete the device from the device table cursor.execute('DELETE FROM device WHERE name LIKE ?', (dev_name,)) # delete device from the property_device table cursor.execute('DELETE FROM property_device WHERE device LIKE ?', (dev_name,)) # delete device from the property_attribute_device table cursor.execute('DELETE FROM property_attribute_device WHERE device LIKE ?', (dev_name,)) @use_cursor def delete_device_alias(self, dev_alias): self._info("delete_device_alias(dev_alias=%s)", dev_alias) self.cursor.execute('UPDATE device SET alias=NULL WHERE alias=?', (dev_alias,)) @use_cursor def delete_device_attribute(self, dev_name, attr_name): dev_name = replace_wildcard(dev_name) self.cursor.execute(\ 'DELETE FROM property_attribute_device WHERE device LIKE ? AND ' \ 'attribute LIKE ?', (dev_name, attr_name)) @use_cursor def delete_device_attribute_property(self, dev_name, attr_name, prop_name): cursor = self.cursor # Is there something to delete ? cursor.execute(\ 'SELECT count(*) FROM property_attribute_device WHERE device = ?' \ 'AND attribute = ? AND name = ?', (dev_name, attr_name, prop_name)) if cursor.fetchone()[0] > 0: # delete property from the property_attribute_device table cursor.execute(\ 'DELETE FROM property_attribute_device WHERE device = ? AND ' 'attribute = ? AND name = ?', (dev_name, attr_name, prop_name)) # Mark this property as deleted hist_id = self.get_id("device_attribute", cursor=cursor) cursor.execute(\ 'INSERT INTO property_attribute_device_hist ' \ '(device, attribute, name, id, count, value) VALUES ' \ '(?, ?, ?, ?, "0", "DELETED")', (dev_name, attr_name, prop_name, hist_id)) self.purge_att_property("property_attribute_device_hist", "device", dev_name, attr_name, prop_name, cursor=cursor) @use_cursor def delete_device_property(self, dev_name, prop_name): cursor = self.cursor prop_name = replace_wildcard(prop_name) # Is there something to delete ? cursor.execute(\ 'SELECT DISTINCT name FROM property_device WHERE device=? AND ' \ 'name LIKE ?', (dev_name, prop_name)) for row in cursor.fetchall(): # delete the tuple (device,name,count) from the property table cursor.execute(\ 'DELETE FROM property_device WHERE device=? AND name LIKE ?', (dev_name, prop_name)) # Mark this property as deleted hist_id = self.get_id("device", cursor=cursor) cursor.execute(\ 'INSERT INTO property_device_hist (device, id, name, count, value) ' \ 'VALUES (?, ?, ?, "0", "DELETED")', (dev_name, hist_id, row[0])) self.purge_property("property_device_hist", "device", dev_name, row[0]) @use_cursor def delete_property(self, obj_name, prop_name): cursor = self.cursor prop_name = replace_wildcard(prop_name) # Is there something to delete ? cursor.execute(\ 'SELECT DISTINCT name FROM property WHERE object=? AND ' \ 'name LIKE ?', (obj_name, prop_name)) for row in cursor.fetchall(): # delete the tuple (object,name,count) from the property table cursor.execute(\ 'DELETE FROM property_device WHERE device=? AND name LIKE ?', (obj_name, prop_name)) # Mark this property as deleted hist_id = self.get_id("object", cursor=cursor) cursor.execute(\ 'INSERT INTO property_hist (object, name, id, count, value) ' \ 'VALUES (?, ?, ?, "0", "DELETED")', (obj_name, row[0], hist_id)) self.purge_property("property_hist", "object", obj_name, row[0]) @use_cursor def delete_server(self, server_instance): cursor = self.cursor server_instance = replace_wildcard(server_instance) previous_host = None # get host where running if self.fire_to_starter: adm_dev_name = "dserver/" + server_instance previous_host = self.get_device_host(adm_dev_name) # then delete the device from the device table cursor.execute('DELETE FROM device WHERE server LIKE ?', (server_instance,)) # Update host's starter to update controlled servers list if self.fire_to_starter and previous_host: self.send_starter_cmd(previous_host) pass @use_cursor def delete_server_info(self, server_instance): self.cursor.execute('DELETE FROM server WHERE name=?', (server_instance,)) @use_cursor def export_device(self, dev_name, IOR, host, pid, version): self._info("export_device(dev_name=%s, host=%s, pid=%s, version=%s)", dev_name, host, pid, version) self._info("export_device(IOR=%s)", IOR) cursor = self.cursor do_fire = False previous_host = None if self.fire_to_starter: if dev_name[0:8] == "dserver/": # Get database server name tango_util = tango.Util.instance() db_serv = tango_util.get_ds_name() adm_dev_name = "dserver/" + db_serv.lower() if dev_name != adm_dev_name and dev_name[0:16] != "dserver/starter/": do_fire = True previous_host = self.get_device_host(dev_name) cursor.execute('SELECT server FROM device WHERE name LIKE ?', (dev_name,)) row = cursor.fetchone() if row is None: th_exc(DB_DeviceNotDefined, "device " + dev_name + " not defined in the database !", "DataBase::ExportDevice()") server = row[0] # update the new value for this tuple cursor.execute(\ 'UPDATE device SET exported=1, ior=?, host=?, pid=?, version=?, ' \ 'started=datetime("now") WHERE name LIKE ?', (IOR, host, pid, version, dev_name)) # update host name in server table cursor.execute('UPDATE server SET host=? WHERE name LIKE ?', (host, server)) if do_fire: hosts = [] hosts.append(host) if previous_host != "" and previous_host != "nada" and previous_host != host: hosts.append(previous_host) self.send_starter_cmd(hosts) @use_cursor def export_event(self, event, IOR, host, pid, version): cursor = self.cursor cursor.execute(\ 'INSERT event (name,exported,ior,host,server,pid,version,started) ' \ 'VALUES (?, 1, ?, ?, ?, ?, ?, datetime("now")', (event, IOR, host, event, pid, version)) @use_cursor def get_alias_device(self, dev_alias): cursor = self.cursor cursor.execute('SELECT name FROM device WHERE alias LIKE ?', (dev_alias,)) row = cursor.fetchone() if row is None: th_exc(DB_DeviceNotDefined, "No device found for alias '" + dev_alias + "'", "DataBase::GetAliasDevice()") return row[0] @use_cursor def get_attribute_alias(self, attr_alias): cursor = self.cursor cursor.execute('SELECT name from attribute_alias WHERE alias LIKE ?', (attr_alias,)) row = cursor.fetchone() if row is None: th_exc(DB_SQLError, "No attribute found for alias '" + attr_alias + "'", "DataBase::GetAttributeAlias()") return row[0] @use_cursor def get_attribute_alias_list(self, attr_alias): cursor = self.cursor cursor.execute('SELECT DISTINCT alias FROM attribute_alias WHERE alias LIKE ? ORDER BY attribute', (attr_alias,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_class_attribute_list(self, class_name, wildcard): cursor = self.cursor cursor.execute('SELECT DISTINCT attribute FROM property_attribute_class WHERE class=? and attribute like ?', (class_name, wildcard)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_class_attribute_property(self, class_name, attributes): cursor = self.cursor stmt = 'SELECT name,value FROM property_attribute_class WHERE class=? AND attribute LIKE ?' result = [class_name, str(len(attributes))] for attribute in attributes: cursor.execute(stmt, (class_name, attribute)) rows = cursor.fetchall() result.append(attribute) result.append(str(len(rows))) for row in rows: result.append(row[0]) result.append(row[1]) return result @use_cursor def get_class_attribute_property2(self, class_name, attributes): cursor = self.cursor stmt = 'SELECT name,value FROM property_attribute_class WHERE class=? AND attribute LIKE ? ORDER BY name,count' result = [class_name, str(len(attributes))] for attribute in attributes: cursor.execute(stmt, (class_name, attribute)) rows = cursor.fetchall() result.append(attribute) j = 0 new_prop = True nb_props = 0 prop_size = 0 prop_names = [] prop_sizes = [] prop_values = [] for row in rows: prop_values.append(row[1]) if j == 0: old_name = row[0] else: name = row[0] if name != old_name: new_prop = True old_name = name else: new_prop = False j = j + 1 if new_prop == True: nb_props = nb_props + 1 prop_names.append(row[0]) if prop_size != 0: prop_sizes.append(prop_size) prop_size = 1 else: prop_size = prop_size + 1 result.append(str(nb_props)) j = 0 k = 0 for name in prop_names: result.append(name) result.append(prop_sizes[j]) for i in range(0, prop_sizes[j]): result.append(prop_values[k]) k = k + 1 j = j + 1 return result @use_cursor def get_class_attribute_property_hist(self, class_name, attribute, prop_name): cursor = self.cursor stmt = 'SELECT DISTINCT id FROM property_attribute_class_hist WHERE class=? AND attribute LIKE ? AND name LIKE ? ORDER by date ASC' result = [] cursor.execute(stmt, (class_name, attribute, prop_name)) for row in cursor.fetchall(): idr = row[0] stmt = 'SELECT DATE_FORMAT(date,\'%Y-%m-%d %H:%i:%s\'),value,attribute,name,count FROM property_attribute_class_hist WHERE id =? AND class =?' cursor.execute(stmt, (idr, class_name)) rows = cursor.fetchall() result.append(rows[2]) result.append(rows[3]) result.append(rows[0]) result.append(str(rows[4])) for value in rows[1]: result.append(value) return result @use_cursor def get_class_for_device(self, dev_name): cursor = self.cursor cursor.execute('SELECT DISTINCT class FROM device WHERE name=?', (dev_name,)) row = cursor.fetchone() if row is None: th_exc(DB_IncorrectArguments, "Class not found for " + dev_name, "Database.GetClassForDevice") return row @use_cursor def get_class_inheritance_for_device(self, dev_name): cursor = self.cursor class_name = self.get_class_for_device(dev_name, cursor=cursor) props = self.get_class_property(class_name, "InheritedFrom", cursor=cursor) return [class_name] + props[4:] @use_cursor def get_class_list(self, server): cursor = self.cursor cursor.execute('SELECT DISTINCT class FROM device WHERE class LIKE ? ORDER BY class', (server,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_class_property(self, class_name, properties): cursor = self.cursor stmt = 'SELECT count,value FROM property_class WHERE class=? AND name LIKE ? ORDER BY count' result.append(class_name) result.append(len(properties)) for prop_name in properties: cursor.execute(stmt, (class_name, prop_name)) rows = cursor.fetchall() result.append(prop_name) result.append(str(len(rows))) for row in rows: result.append(row[1]) return result @use_cursor def get_class_property_hist(self, class_name, prop_name): cursor = self.cursor stmt = 'SELECT DISTINCT id FROM property_class_hist WHERE class=? AND AND name LIKE ? ORDER by date ASC' result = [] cursor.execute(stmt, (class_name, prop_name)) for row in cursor.fetchall(): idr = row[0] stmt = 'SELECT DATE_FORMAT(date,\'%Y-%m-%d %H:%i:%s\'),value,name,count FROM property_class_hist WHERE id =? AND class =?' cursor.execute(stmt, (idr, class_name)) rows = cursor.fetchall() result.append(rows[2]) result.append(rows[0]) result.append(str(rows[3])) for value in rows[1]: result.append(value) return result @use_cursor def get_class_property_list(self, class_name): cursor = self.cursor cursor.execute('SELECT DISTINCT name FROM property_class WHERE class LIKE ? order by NAME', (class_name,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_alias(self, dev_name): cursor = self.cursor cursor.execute('SELECT DISTINCT alias FROM device WHERE name LIKE ?', (dev_name,)) row = cursor.fetchone() if row is None: th_exc(DB_DeviceNotDefined, "No alias found for device '" + dev_name + "'", "DataBase::GetDeviceAlias()") return row[0] @use_cursor def get_device_alias_list(self, alias): cursor = self.cursor cursor.execute('SELECT DISTINCT alias FROM device WHERE alias LIKE ? ORDER BY alias', (alias,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_attribute_list(self, dev_name, attribute): cursor = self.cursor cursor.execute('SELECT DISTINCT attribute FROM property_attribute_device WHERE device=? AND attribute LIKE ? ORDER BY attribute', (dev_name, attribute,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_attribute_property(self, dev_name, attributes): cursor = self.cursor stmt = 'SELECT name,value FROM property_attribute_device WHERE device=? AND attribute LIKE ?' result = [dev_name, str(len(attributes))] for attribute in attributes: cursor.execute(stmt, (dev_name, attribute)) rows = cursor.fetchall() result.append(attribute) result.append(str(len(rows))) for row in rows: result.append(row[0]) result.append(row[1]) return result @use_cursor def get_device_attribute_property2(self, dev_name, attributes): cursor = self.cursor stmt = 'SELECT name,value FROM property_attribute_device WHERE device=? AND attribute LIKE ? ORDER BY name,count' result = [dev_name, str(len(attributes))] for attribute in attributes: cursor.execute(stmt, (dev_name, attribute)) rows = cursor.fetchall() result.append(attribute) j = 0 new_prop = True nb_props = 0 prop_size = 0 prop_names = [] prop_sizes = [] prop_values = [] for row in rows: prop_values.append(row[1]) if j == 0: old_name = row[0] else: name = row[0] if name != old_name: new_prop = True old_name = name else: new_prop = False j = j + 1 if new_prop == True: nb_props = nb_props + 1 prop_names.append(row[0]) if prop_size != 0: prop_sizes.append(prop_size) prop_size = 1 else: prop_size = prop_size + 1 result.append(str(nb_props)) j = 0 k = 0 for name in prop_names: result.append(name) result.append(prop_sizes[j]) for i in range(0, prop_sizes[j]): result.append(prop_values[k]) k = k + 1 j = j + 1 return result @use_cursor def get_device_attribute_property_hist(self, dev_name, attribute, prop_name): cursor = self.cursor stmt = 'SELECT DISTINCT id FROM property_attribute_device_hist WHERE device=? AND attribute LIKE ? AND name LIKE ? ORDER by date ASC' result = [] cursor.execute(stmt, (dev_name, attribute, prop_name)) for row in cursor.fetchall(): idr = row[0] stmt = 'SELECT DATE_FORMAT(date,\'%Y-%m-%d %H:%i:%s\'),value,attribute,name,count FROM property_attribute_device_hist WHERE id =? AND device =? ORDER BY count ASC' cursor.execute(stmt, (idr, class_name)) rows = cursor.fetchall() result.append(rows[2]) result.append(rows[3]) result.append(rows[0]) result.append(str(rows[4])) for value in rows[1]: result.append(value) return result @use_cursor def get_device_class_list(self, server_name): cursor = self.cursor result = [] cursor.execute('SELECT name,class FROM device WHERE server =? ORDER BY name', (server_name,)) for row in cursor.fetchall(): result.append(row[0]) result.append(row[1]) return result @use_cursor def get_device_domain_list(self, wildcard): cursor = self.cursor cursor.execute('SELECT DISTINCT domain FROM device WHERE name LIKE ? OR alias LIKE ? ORDER BY domain', (wildcard,wildcard)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_exported_list(self, wildcard): cursor = self.cursor cursor.execute('SELECT DISTINCT name FROM device WHERE (name LIKE ? OR alias LIKE ?) AND exported=1 ORDER BY name', (wildcard,wildcard)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_family_list(self, wildcard): cursor = self.cursor cursor.execute('SELECT DISTINCT family FROM device WHERE name LIKE ? OR alias LIKE ? ORDER BY family', (wildcard,wildcard)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_info(self, dev_name): cursor = self.cursor cursor.execute('SELECT exported,ior,version,pid,server,host,started,stopped,class FROM device WHERE name =? or alias =?', (dev_name,dev_name)) result_long = [] result_str = [] for row in cursor.fetchall(): if ((row[4] == None) or (row[5] == None)): th_exc(DB_SQLError, "Wrong info in database for device '" + dev_name + "'", "DataBase::GetDeviceInfo()") result_str.append(dev_name) if raw[1] != None: result_str.append(str(raw[1])) else: result_str.append("") result_str.append(str(raw[2])) result_str.append(str(raw[4])) result_str.append(str(raw[5])) for i in range(0,2): cursor.execute('SELECT DATE_FORMAT(?,\'%D-%M-%Y at %H:%i:%s\')', raw[6 + i]) tmp_date = cursor.fetchone() if tmp_date == None: result_str.append("?") else: result_str.append(str(tmp_date)) for i in range(0,2): if raw[i] != None: result_long.append(raw[i]) result = (result_long, result_str) return result @use_cursor def get_device_list(self,server_name, class_name ): cursor = self.cursor cursor.execute('SELECT DISTINCT name FROM device WHERE server LIKE ? AND class LIKE ? ORDER BY name', (server_name, class_name)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_wide_list(self, wildcard): cursor = self.cursor cursor.execute('SELECT DISTINCT name FROM device WHERE name LIKE ? ORDER BY name', (wildcard,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_member_list(self, wildcard): cursor = self.cursor cursor.execute('SELECT DISTINCT member FROM device WHERE name LIKE ? ORDER BY member', (wildcard,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_device_property(self, dev_name, properties): cursor = self.cursor stmt = 'SELECT count,value,name FROM property_device WHERE device = ? AND name LIKE ? ORDER BY count' result = [] result.append(dev_name) result.append(str(len(properties))) for prop in properties: result.append(prop) tmp_name = replace_wildcard(prop) cursor.execute(stmt, (dev_name, tmp_name)) rows = cursor.fetchall() result.append(attribute) result.append(str(len(rows))) for row in rows: result.append(row[1]) return result @use_cursor def get_device_property_hist(self, device_name, prop_name): cursor = self.cursor stmt = 'SELECT DISTINCT id FROM property_device_hist WHERE device=? AND name LIKE ? ORDER by date ASC' result = [] tmp_name = replace_wildcard(prop_name); cursor.execute(stmt, (class_name, device_name, tmp_name)) stmt = 'SELECT DATE_FORMAT(date,\'%Y-%m-%d %H:%i:%s\'),value,name,count FROM property_device_hist WHERE id =? AND device =? ORDER BY count ASC' for row in cursor.fetchall(): idr = row[0] cursor.execute(stmt, (idr, device_name)) rows = cursor.fetchall() result.append(rows[2]) result.append(rows[0]) result.append(str(rows[3])) for value in rows[1]: result.append(value) return result @use_cursor def get_device_server_class_list(self, server_name): cursor = self.cursor cursor.execute('SELECT DISTINCT class FROM device WHERE server LIKE ? ORDER BY class', (sever_name,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_exported_device_list_for_class(self, class_name): cursor = self.cursor cursor.execute('SELECT DISTINCT name FROM device WHERE class LIKE ? AND exported=1 ORDER BY name', (class_name,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_host_list(self, host_name): cursor = self.cursor cursor.execute('SELECT DISTINCT host FROM device WHERE host LIKE ? ORDER BY host', (host_name,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_host_server_list(self, host_name): cursor = self.cursor cursor.execute('SELECT DISTINCT server FROM device WHERE host LIKE ? ORDER BY server', (host_name,)) return [ row[0] for row in cursor.fetchall() ] def get_host_servers_info(self, host_name): servers = self.get_host_server_list(host_name) result = [] for server in servers: result.append(server) info = self.get_server_info(server) result.append(info[2]) result.append(info[3]) return result def get_instance_name_list(self, server_name): server_name = server_name + "\*" server_list = self.get_server_list(server_name) result = [] for server in server_list: names = server.split("/") result.append(names[1]) return result @use_cursor def get_object_list(self, name): cursor = self.cursor cursor.execute('SELECT DISTINCT object FROM property WHERE object LIKE ? ORDER BY object', (name,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_property(self, object_name, properties): cursor = self.cursor result = [] result.append(object_name) result.append(str(len(properties))) stmt = 'SELECT count,value,name FROM property WHERE object LIKE ? AND name LIKE ? ORDER BY count' for prop_name in properties: result.append(prop_name) prop_name = replace_wildcard(prop_name) cursor.execute(stmt, (object_name,prop_name)) rows = cursor.fetchall() n_rows = len(rows) result.append(n_rows) if n_rows: for row in rows: result.append(row[1]) else: result.append(" ") return result @use_cursor def get_property_hist(self, object_name, prop_name): cursor = self.cursor result = [] stmt = 'SELECT DISTINCT id FROM property_hist WHERE object=? AND name LIKE ? ORDER by date' prop_name = replace_wildcard(prop_name) cursor.execute(stmt, (object_name, prop_name)) stmt = 'SELECT DATE_FORMAT(date,\'%Y-%m-%d %H:%i:%s\'),value,name,count FROM property_hist WHERE id =? AND object =?' for row in cursor.fetchall(): idr = row[0] cursor.execute(stmt, (idr, object_name)) rows = cursor.fetchall() count = len(rows) if rows[3] == 0: count = 0 result.append(rows[2]) result.append(rows[0]) result.append(str(count)) for tmp_row in rows: result.append(tmp_row[1]) return result @use_cursor def get_property_list(self, object_name, wildcard): cursor = self.cursor cursor.execute('SELECT DISTINCT name FROM property WHERE object LIKE ? AND name LIKE ? ORDER BY name', (object_name,wildcard)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_server_info(self, server_name): cursor = self.cursor cursor.execute('SELECT host,mode,level FROM server WHERE name =?', (server_name,)) result = [] result.append(server_name) row = cursor.fetchone() if row is None: result.append(" ") result.append(" ") result.append(" ") else: result.append(row[0]) result.append(row[1]) result.append(row[2]) return result @use_cursor def get_server_list(self, wildcard): cursor = self.cursor cursor.execute('SELECT DISTINCT server FROM device WHERE server LIKE ? ORDER BY server', (wildcard,)) return [ row[0] for row in cursor.fetchall() ] def get_server_list(self, wildcard): result = [] server_list = self.get_server_list(wildcard) for server in server_list: found = 0 server_name = server.split("/")[0] for res in result: if server_name.lower() == res.lower(): found = 1 if not found: result.append(server_name) return result @use_cursor def import_device(self, dev_name): cursor = self.cursor result_long = [] result_str = [] # Search first by server name and if nothing found by alias # Using OR takes much more time cursor.execute('"SELECT exported,ior,version,pid,server,host,class FROM device WHERE name =?', (dev_name,)) rows = cursor.fetchall() if len(rows) == 0: cursor.execute('"SELECT exported,ior,version,pid,server,host,class FROM device WHERE alias =?', (dev_name,)) rows = cursor.fetchall() if len(rows) == 0: th_exc(DB_DeviceNotDefined, "device " + dev_name + " not defined in the database !", "DataBase::ImportDevice()") for row in rows: result_str.append(dev_name) result_str.append(row[2]) result_str.append(row[4]) result_str.append(row[5]) result_str.append(row[6]) if row[1] != None: result_str.append(row[1]) else: result_str.append("") result_long.append(row[0]) result_long.append(row[3]) result = (result_long, result_str) return result @use_cursor def import_event(self, event_name): cursor = self.cursor result_long = [] result_str = [] cursor.execute('"SELECT exported,ior,version,pid,host FROM event WHERE name =?', (event_name,)) rows = cursor.fetchall() if len(rows) == 0: th_exc(DB_DeviceNotDefined, "event " + event_name + " not defined in the database !", "DataBase::ImportEvent()") for row in rows: result_str.append(event_name) result_str.append(row[1]) result_str.append(row[2]) result_str.append(row[4]) exported = -1 if row[0] != None: exported = row[0] result_long.append(exported) result_long.append(row[3]) result = (result_long, result_str) return result @use_cursor def info(self): cursor = self.cursor result = [] # db name info_str = "TANGO Database " + self.db_name result.append(info_str) # new line result.append("") # get start time of database cursor.execute('SELECT started FROM device WHERE name =?', (self.db_name,)) row = cursor.fetchone() info_str = "Running since ..." + str(row[0]) result.append(info_str) # new line result.append("") # get number of devices defined cursor.execute('SELECT COUNT(*) FROM device') row = cursor.fetchone() info_str = "Devices defined = " + str(row[0]) result.append(info_str) # get number of devices exported cursor.execute('SELECT COUNT(*) FROM device WHERE exported = 1') row = cursor.fetchone() info_str = "Devices exported = " + str(row[0]) result.append(info_str) # get number of device servers defined cursor.execute('SELECT COUNT(*) FROM device WHERE class = \"DServer\" ') row = cursor.fetchone() info_str = "Device servers defined = " + str(row[0]) result.append(info_str) # get number of device servers exported cursor.execute('SELECT COUNT(*) FROM device WHERE class = \"DServer\" AND exported = 1') row = cursor.fetchone() info_str = "Device servers exported = " + str(row[0]) result.append(info_str) # new line result.append("") # get number of device properties cursor.execute('SELECT COUNT(*) FROM property_device') row = cursor.fetchone() info_str = "Device properties defineed = " + str(row[0]) cursor.execute('SELECT COUNT(*) FROM property_device_hist') row = cursor.fetchone() info_str = info_str + " [History lgth = " + str(row[0]) + "]" result.append(info_str) # get number of class properties cursor.execute('SELECT COUNT(*) FROM property_class') row = cursor.fetchone() info_str = "Class properties defined = " + str(row[0]) cursor.execute('SELECT COUNT(*) FROM property_class_hist') row = cursor.fetchone() info_str = info_str + " [History lgth = " + str(row[0]) + "]" result.append(info_str) # get number of device attribute properties cursor.execute('SELECT COUNT(*) FROM property_attribute_device') row = cursor.fetchone() info_str = "Device attribute properties defined = " + str(row[0]) cursor.execute('SELECT COUNT(*) FROM property_attribute_device_hist') row = cursor.fetchone() info_str = info_str + " [History lgth = " + str(row[0]) + "]" result.append(info_str) # get number of class attribute properties cursor.execute('SELECT COUNT(*) FROM property_attribute_class') row = cursor.fetchone() info_str = "Class attribute properties defined = " + str(row[0]) cursor.execute('SELECT COUNT(*) FROM property_attribute_class_hist') row = cursor.fetchone() info_str = info_str + " [History lgth = " + str(row[0]) + "]" result.append(info_str) # get number of object properties cursor.execute('SELECT COUNT(*) FROM property') row = cursor.fetchone() info_str = "Object properties defined = " + str(row[0]) cursor.execute('SELECT COUNT(*) FROM property_hist') row = cursor.fetchone() info_str = info_str + " [History lgth = " + str(row[0]) + "]" result.append(info_str) return result @use_cursor def put_attribute_alias(self, attribute_name, attribute_alias): cursor = self.cursor attribute_name = attribute_name.lower() # first check if this alias exists cursor.execute('SELECT alias from attribute_alias WHERE alias=? AND name <> ? ', (attribute_alias,attribute_name)) rows = cursor.fetchall() if len(rows) > 0: self.warn_stream("DataBase::DbPutAttributeAlias(): this alias exists already ") th_exc(DB_SQLError, "alias " + attribute_alias + " already exists !", "DataBase::DbPutAttributeAlias()") tmp_names = attribute_name.split("/") if len(tmp_names) != 4: self.warn_stream("DataBase::DbPutAttributeAlias(): attribute name has bad syntax, must have 3 / in it") th_exc(DB_SQLError, "attribute name " + attribute_name + " has bad syntax, must have 3 / in it", "DataBase::DbPutAttributeAlias()") # first delete the current entry (if any) cursor.execute('DELETE FROM attribute_alias WHERE name=?', (attribute_name,)) # update the new value for this tuple tmp_device = tmp_names[0] + "/" + tmp_names[1] + "/" + tmp_names[2] tmp_attribute = tmp_names[3] cursor.execute('INSERT attribute_alias SET alias=? ,name=?, device=?,updated=NOW()', (attribute_alias, tmp_device, tmp_attribute)) @use_cursor def put_class_attribute_property(self, class_name, nb_attributes, attr_prop_list): cursor = self.cursor k = 0 for i in range(0,nb_attributes): tmp_attribute = attr_prop_list[k] nb_properties = int(attr_prop_list[k+1]) for j in range(k+2,k+nb_properties*2+2,2): tmp_name = attr_prop_list[j] tmp_value = attr_prop_list[j+1] # first delete the tuple (device,name,count) from the property table cursor.execute('DELETE FROM property_attribute_class WHERE class LIKE ? AND attribute LIKE ? AND name LIKE ?', (class_name, tmp_attribute, tmp_name)) # then insert the new value for this tuple cursor.execute('INSERT INTO property_attribute_class SET class=? ,attribute=?,name=?,count=\'1\',value=?,updated=NULL,accessed=NULL', (class_name, tmp_attribute, tmp_name, tmp_value)) # then insert the new value into the history table hist_id = self.get_id("class_attribute", cursor=cursor) cursor.execute('INSERT INTO property_attribute_class_hist SET class=?,attribute=?,name=?,id=?,count=\'1\',value=?', (class_name, tmp_attribute, tmp_name,hist_id,tmp_value)) self.purge_att_property("property_attribute_class_hist", "class", class_name, tmp_attribute, tmp_name, cursor=cursor) k = k + nb_properties*2+2 @use_cursor def put_class_attribute_property2(self, class_name, nb_attributes, attr_prop_list): cursor = self.cursor k = 0 for i in range(0,nb_attributes): tmp_attribute = attr_prop_list[k] nb_properties = int(attr_prop_list[k+1]) for jj in range(0,nb_properties,1): j = k + 2 tmp_name = attr_prop_list[j] # first delete the tuple (device,name,count) from the property table cursor.execute('DELETE FROM property_attribute_class WHERE class LIKE ? AND attribute LIKE ? AND name LIKE ?', (class_name, tmp_attribute, tmp_name)) n_rows = attr_prop_list[j+1] tmp_count = 0 for l in range(j+1,j+n_rows+1,1): tmp_value = attr_prop_list[l+1] tmp_count = tmp_count + 1 # then insert the new value for this tuple cursor.execute('INSERT INTO property_attribute_class SET class=? ,attribute=?,name=?,count=?,value=?,updated=NULL,accessed=NULL', (class_name, tmp_attribute, tmp_name, str(tmp_count), tmp_value)) # then insert the new value into the history table hist_id = self.get_id("class_attribute", cursor=cursor) cursor.execute('INSERT INTO property_attribute_class_hist SET class=?,attribute=?,name=?,id=?,count=?,value=?', (class_name, tmp_attribute, tmp_name,hist_id, str(tmp_count),tmp_value)) self.purge_att_property("property_attribute_class_hist", "class", class_name, tmp_attribute, tmp_name, cursor=cursor) k = k + n_rows + 2 k = k + 2 @use_cursor def put_class_property(self, class_name, nb_properties, attr_prop_list): cursor = self.cursor k = 0 for i in range(0,nb_properties): tmp_count = 0 tmp_name = attr_prop_list[k] n_rows = attr_prop_list[k+1] # first delete all tuples (device,name) from the property table cursor.execute('DELETE FROM property_class WHERE class LIKE ? AND name LIKE ?', (class_name, tmp_name)) for j in range(k+2,k+n_rows+2,1): tmp_value = attr_prop_list[j] tmp_count = tmp_count+1 # then insert the new value for this tuple cursor.execute('INSERT INTO property_class SET class=? ,name=?,count=?,value=?,updated=NULL,accessed=NULL', (class_name, tmp_name, str(tmp_count), tmp_value)) # then insert the new value into the history table hist_id = self.get_id("class", cursor=cursor) cursor.execute('INSERT INTO property_class_hist SET class=?,name=?,id=?,count=?,value=?', (class_name, tmp_name,hist_id, str(tmp_count),tmp_value)) self.purge_att_property("property_class_hist", "class", class_name, tmp_name, cursor=cursor) k = k + n_rows + 2 @use_cursor def put_device_alias(self, device_name, device_alias): cursor = self.cursor device_name = device_name.lower() # first check if this alias exists cursor.execute('SELECT alias from device WHERE alias=? AND name <>?', (device_alias, device_name)) rows = cursor.fetchall() if len(rows) > 0: self.warn_stream("DataBase::DbPutDeviceAlias(): this alias exists already ") th_exc(DB_SQLError, "alias " + device_alias + " already exists !", "DataBase::DbPutDeviceAlias()") # update the new value for this tuple cursor.execute('UPDATE device SET alias=? ,started=NOW() where name LIKE ?', (device_alias, device_name)) @use_cursor def put_device_attribute_property(self, device_name, nb_attributes, attr_prop_list): cursor = self.cursor k = 0 for i in range(0,nb_attributes): tmp_attribute = attr_prop_list[k] nb_properties = int(attr_prop_list[k+1]) for j in range(k+2,k+nb_properties*2+2,2): tmp_name = attr_prop_list[j] tmp_value = attr_prop_list[j+1] # first delete the tuple (device,name,count) from the property table cursor.execute('DELETE FROM property_attribute_device WHERE device LIKE ? AND attribute LIKE ? AND name LIKE ?', (device_name, tmp_attribute, tmp_name)) # then insert the new value for this tuple cursor.execute('INSERT INTO property_attribute_device SET device=? ,attribute=?,name=?,count=\'1\',value=?,updated=NULL,accessed=NULL', (device_name, tmp_attribute, tmp_name, tmp_value)) # then insert the new value into the history table hist_id = self.get_id("device_attribute", cursor=cursor) cursor.execute('INSERT INTO property_attribute_device_hist SET device=?,attribute=?,name=?,id=?,count=\'1\',value=?', (device_name, tmp_attribute, tmp_name,hist_id,tmp_value)) self.purge_att_property("property_attribute_device_hist", "device", device_name, tmp_attribute, tmp_name, cursor=cursor) k = k + nb_properties*2+2 @use_cursor def put_device_attribute_property2(self, device_name, nb_attributes, attr_prop_list): cursor = self.cursor k = 0 for i in range(0,nb_attributes): tmp_attribute = attr_prop_list[k] nb_properties = int(attr_prop_list[k+1]) for jj in range(0,nb_properties,1): j = k + 2 tmp_name = attr_prop_list[j] # first delete the tuple (device,name,count) from the property table cursor.execute('DELETE FROM property_attribute_device WHERE device LIKE ? AND attribute LIKE ? AND name LIKE ?', (device_name, tmp_attribute, tmp_name)) n_rows = attr_prop_list[j+1] tmp_count = 0 for l in range(j+1,j+n_rows+1,1): tmp_value = attr_prop_list[l+1] tmp_count = tmp_count + 1 # then insert the new value for this tuple cursor.execute('INSERT INTO property_attribute_device SET device=? ,attribute=?,name=?,count=?,value=?,updated=NULL,accessed=NULL', (device_name, tmp_attribute, tmp_name, str(tmp_count), tmp_value)) # then insert the new value into the history table hist_id = self.get_id("device_attribute", cursor=cursor) cursor.execute('INSERT INTO property_attribute_device_hist SET device=?,attribute=?,name=?,id=?,count=?,value=?', (device_name, tmp_attribute, tmp_name,hist_id, str(tmp_count),tmp_value)) self.purge_att_property("property_attribute_device_hist", "device", device_name, tmp_attribute, tmp_name, cursor=cursor) k = k + n_rows + 2 k = k + 2 @use_cursor def put_device_property(self, device_name, nb_properties, attr_prop_list): cursor = self.cursor k = 0 hist_id = self.get_id("device", cursor=cursor) for i in range(0,nb_properties): tmp_count = 0 tmp_name = attr_prop_list[k] n_rows = attr_prop_list[k+1] # first delete all tuples (device,name) from the property table cursor.execute('DELETE FROM property_device WHERE device LIKE ? AND name LIKE ?', (device_name, tmp_name)) for j in range(k+2,k+n_rows+2,1): tmp_value = attr_prop_list[j] tmp_count = tmp_count+1 # then insert the new value for this tuple cursor.execute('INSERT INTO property_device SET device=? ,name=?,count=?,value=?,updated=NULL,accessed=NULL', (device_name, tmp_name, str(tmp_count), tmp_value)) # then insert the new value into the history table cursor.execute('INSERT INTO property_device_hist SET device=?,name=?,id=?,count=?,value=?', (device_name, tmp_name,hist_id, str(tmp_count),tmp_value)) self.purge_att_property("property_device_hist", "device", device_name, tmp_name, cursor=cursor) k = k + n_rows + 2 @use_cursor def put_property(self, object_name, nb_properties, attr_prop_list): cursor = self.cursor k = 0 hist_id = self.get_id("object", cursor=cursor) for i in range(0,nb_properties): tmp_count = 0 tmp_name = attr_prop_list[k] n_rows = attr_prop_list[k+1] # first delete the property from the property table cursor.execute('DELETE FROM property WHERE object =? AND name =?', (object_name, tmp_name)) for j in range(k+2,k+n_rows+2,1): tmp_value = attr_prop_list[j] tmp_count = tmp_count+1 # then insert the new value for this tuple cursor.execute('INSERT INTO property SET object=? ,name=?,count=?,value=?,updated=NULL,accessed=NULL', (object_name, tmp_name, str(tmp_count), tmp_value)) # then insert the new value into the history table cursor.execute('INSERT INTO property_hist SET object=?,name=?,id=?,count=?,value=?', (object_name, tmp_name,hist_id, str(tmp_count),tmp_value)) self.purge_att_property("property_hist", "object", object_name, tmp_name, cursor=cursor) k = k + n_rows + 2 @use_cursor def put_server_info(self, tmp_server, tmp_host, tmp_mode, tmp_level, tmp_extra): cursor = self.cursor # If it is an empty host name -> get previous host where running previous_host = "" if self.fire_to_starter: if tmp_host == "": adm_dev_name = "dserver/" + tmp_server previous_host = self.get_device_host(adm_dev_name) # first delete the server from the server table cursor.execute('DELETE FROM server WHERE name=?', (tmp_server,)) # insert the new info for this server cursor.execute('INSERT INTO server SET name=? ,host=? ,mode=? ,level=?', ( tmp_server, tmp_host, tmp_mode, tmp_level)) # Update host's starter to update controlled servers list if self.fire_to_starter: hosts = [] if previous_host == "": hosts.append(tmp_host) else: hosts.append(previous_host) self.send_starter_cmd(hosts) @use_cursor def uexport_device(self, dev_name): cursor = self.cursor self._info("un-export device(dev_name=%s)", dev_name) cursor.execute('UPDATE device SET exported=0,stopped=NOW() WHERE name LIKE ?', (dev_name,)) @use_cursor def uexport_event(self, event_name): cursor = self.cursor self._info("un-export event (event_name=%s)", event_name) cursor.execute('UPDATE event SET exported=0,stopped=NOW() WHERE name LIKE ?', (event_name,)) @use_cursor def uexport_server(self, server_name): cursor = self.cursor self._info("un-export all devices from server ", server_name) cursor.execute('UPDATE device SET exported=0,stopped=NOW() WHERE server LIKE ?', (server_name,)) @use_cursor def delete_all_device_attribute_property(self, dev_name, attr_list): cursor = self.cursor for attr_name in attr_list: self._info("_delete_all_device_attribute_property(): delete device %s attribute %s property(ies) from database", dev_name, attr_name) #Is there something to delete ? cursor.execute('SELECT DISTINCT name FROM property_attribute_device WHERE device =? AND attribute = ?', (dev_name,attr_name)) rows = cursor.fetchall() if len(rows) != 0: cursor.execute('DELETE FROM property_attribute_device WHERE device = ? AND attribute = ?', (dev_name,attr_name)) # Mark this property as deleted for row in rows: hist_id = self.get_id('device_attribute', cursor=cursor) cursor.execute('INSERT INTO property_attribute_device_hist SET device=?,attribute=?,name=?,id=?,count=\'0\',value=\'DELETED\'', (dev_name,attr_name,row[0], hist_id)) self.purge_att_property("property_attribute_device_hist", "device", dev_name, attr_name, row[0], cursor=cursor) @use_cursor def my_sql_select(self, cmd): cursor = self.cursor cursor.execute(cmd) result_long = [] result_str = [] rows = cursor.fetchall() nb_fields = 0 for row in rows: if row == None: result_str.append("") result_long.append(0) else: for field in row: nb_fields = nb_fields + 1 if field != None: result_str.append(str(field)) result_long.append(1) else: result_str.append("") result_long.append(0) result_long.append(len(rows)) result_long.append(nb_fields) result = (result_long, result_str) return result @use_cursor def get_csdb_server_list(self): cursor = self.cursor cursor.execute('SELECT DISTINCT ior FROM device WHERE exported=1 AND domain=\'sys\' AND family=\'database\'') return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_attribute_alias2(self, attr_name): cursor = self.cursor cursor.execute('SELECT alias from attribute_alias WHERE name LIKE ? ',(attr_name,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def get_alias_attribute(self, alias_name): cursor = self.cursor cursor.execute('SELECT name from attribute_alias WHERE alias LIKE ? ',(alias_name,)) return [ row[0] for row in cursor.fetchall() ] @use_cursor def rename_server(self, old_name, new_name): cursor = self.cursor # Check that the new name is not already used new_adm_name = "dserver/" + new_name cursor.execute('SELECT name from device WHERE name = ? ',(new_adm_name,)) rows = cursor.fetchall() if len(rows) != 0: th_exc(DB_SQLError, "Device server process name " + attribute_alias + "is already used !", "DataBase::DbRenameServer()") # get host where running previous_host = "" if self.fire_to_starter: try: adm_dev = "dserver/" + old_name previous_host = self.get_device_host(adm_dev) except: th_exc(DB_IncorrectServerName, "Server " + old_name + "not defined in database!", "DataBase::DbRenameServer()") # Change ds exec name. This means # 1 - Update the device's server column # 2 - Change the ds admin device name # 3 - Change admin device property (if any) # 4 - Change admin device attribute property (if any) old_adm_name = "dserver/" + old_name tmp_new = new_name.split('/') new_exec = tmp_new[0] new_inst = tmp_new[1] new_adm_name = "dserver/" + new_name cursor.execute('UPDATE device SET name =?, family =?, mamber =? WHERE name =?', (new_adm_name, new_exec, new_inst, old_adm_name)) cursor.execute('UPDATE property_device set device=? WHERE device=?', (new_adm_name, old_adm_name)) cursor.execute('UPDATE property_attribute_device set device=? WHERE device=?', (new_adm_name, old_adm_name)) # Update host's starter to update controlled servers list if self.fire_to_starter: hosts = [] if previous_host == "": hosts.append(tmp_host) else: hosts.append(previous_host) self.send_starter_cmd(hosts) class sqlite3(Tango_dbapi2): DB_API_NAME = 'sqlite3' def main(): db = Tango_sqlite3() db.add_device("MyServer/my1", ("a/b/c", ("a", "b", "c")), "MyClass") db.close_db() def get_db(**keys): return Executor.submit(sqlite3).result() if __name__ == "__main__": main() pytango-9.2.2/tango/databaseds/db_errors.py000066400000000000000000000005621316324373100207510ustar00rootroot00000000000000DB_SQLError = "DB_SQLError" DB_IncorrectArguments = "DB_IncorrectArguments" DB_IncorrectDeviceName = "DB_IncorrectDeviceName" DB_IncorrectServerName = "DB_IncorrectServerName" DB_DeviceNotDefined = "DB_DeviceNotDefined" DB_AliasNotDefined = "DB_AliasNotDefined" DB_NoFreeMySQLConnection = "DB_NoFreeMySQLConnection" DB_MySQLLibNotThreadSafe = "DB_MySQLLibNotThreadSafe" pytango-9.2.2/tango/databaseds/mysql2sqlite.sh000077500000000000000000000060071316324373100214260ustar00rootroot00000000000000#!/bin/sh # Converts a mysqldump file into a Sqlite 3 compatible file. It also extracts the MySQL `KEY xxxxx` from the # CREATE block and create them in separate commands _after_ all the INSERTs. # Awk is chosen because it's fast and portable. You can use gawk, original awk or even the lightning fast mawk. # The mysqldump file is traversed only once. # Usage: $ ./mysql2sqlite mysqldump-opts db-name | sqlite3 database.sqlite # Example: $ ./mysql2sqlite --no-data -u root -pMySecretPassWord myDbase | sqlite3 database.sqlite # Thanks to and @artemyk and @gkuenning for their nice tweaks. mysqldump --compatible=ansi --skip-extended-insert --compact "$@" | \ awk ' BEGIN { FS=",$" print "PRAGMA synchronous = OFF;" print "PRAGMA journal_mode = MEMORY;" print "BEGIN TRANSACTION;" } # CREATE TRIGGER statements have funny commenting. Remember we are in trigger. /^\/\*.*CREATE.*TRIGGER/ { gsub( /^.*TRIGGER/, "CREATE TRIGGER" ) print inTrigger = 1 next } # The end of CREATE TRIGGER has a stray comment terminator /END \*\/;;/ { gsub( /\*\//, "" ); print; inTrigger = 0; next } # The rest of triggers just get passed through inTrigger != 0 { print; next } # Skip other comments /^\/\*/ { next } # Print all `INSERT` lines. The single quotes are protected by another single quote. /INSERT/ { gsub( /\\\047/, "\047\047" ) gsub(/\\n/, "\n") gsub(/\\r/, "\r") gsub(/\\"/, "\"") gsub(/\\\\/, "\\") gsub(/\\\032/, "\032") print next } # Print the `CREATE` line as is and capture the table name. /^CREATE/ { print if ( match( $0, /\"[^\"]+/ ) ) tableName = substr( $0, RSTART+1, RLENGTH-1 ) } # Replace `FULLTEXT KEY` or any other `XXXXX KEY` except PRIMARY by `KEY` /^ [^"]+KEY/ && !/^ PRIMARY KEY/ { gsub( /.+KEY/, " KEY" ) } # Get rid of field lengths in KEY lines / KEY/ { gsub(/\([0-9]+\)/, "") } # Print all fields definition lines except the `KEY` lines. /^ / && !/^( KEY|\);)/ { gsub( /AUTO_INCREMENT|auto_increment/, "" ) gsub( /(CHARACTER SET|character set) [^ ]+ /, "" ) gsub( /DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP|default current_timestamp on update current_timestamp/, "" ) gsub( /(COLLATE|collate) [^ ]+ /, "" ) gsub(/(ENUM|enum)[^)]+\)/, "text ") gsub(/(SET|set)\([^)]+\)/, "text ") gsub(/UNSIGNED|unsigned/, "") gsub(/" [^ ]*(INT|int)[^ ]*/, "\" integer") if (prev) print prev "," prev = $1 } # `KEY` lines are extracted from the `CREATE` block and stored in array for later print # in a separate `CREATE KEY` command. The index name is prefixed by the table name to # avoid a sqlite error for duplicate index name. /^( KEY|\);)/ { if (prev) print prev prev="" if ($0 == ");"){ print } else { if ( match( $0, /\"[^"]+/ ) ) indexName = substr( $0, RSTART+1, RLENGTH-1 ) if ( match( $0, /\([^()]+/ ) ) indexKey = substr( $0, RSTART+1, RLENGTH-1 ) key[tableName]=key[tableName] "CREATE INDEX \"" tableName "_" indexName "\" ON \"" tableName "\" (" indexKey ");\n" } } # Print all `KEY` creation lines. END { for (table in key) printf key[table] print "END TRANSACTION;" } ' exit 0 pytango-9.2.2/tango/db.py000066400000000000000000002445701316324373100152730ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["db_init"] __docformat__ = "restructuredtext" import collections from ._tango import StdStringVector, Database, DbDatum, DbData, \ DbDevInfo, DbDevInfos, DbDevImportInfo, DbDevExportInfo, DbDevExportInfos, \ DbHistory, DbServerInfo, DbServerData from .utils import is_pure_str, is_non_str_seq, seq_2_StdStringVector, \ seq_2_DbDevInfos, seq_2_DbDevExportInfos, seq_2_DbData, DbData_2_dict from .utils import document_method as __document_method # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~- # DbDatum extension # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~- def __DbDatum___setitem(self, k, v): self.value_string[k] = v def __DbDatum___delitem(self, k): self.value_string.__delitem__(k) def __DbDatum_append(self, v): self.value_string.append(v) def __DbDatum_extend(self, v): self.value_string.extend(v) def __DbDatum___imul(self, n): self.value_string *= n def __init_DbDatum(): DbDatum.__len__ = lambda self: len(self.value_string) DbDatum.__getitem__ = lambda self, k: self.value_string[k] DbDatum.__setitem__ = __DbDatum___setitem DbDatum.__delitem__ = __DbDatum___delitem DbDatum.__iter__ = lambda self: self.value_string.__iter__() DbDatum.__contains__ = lambda self, v: self.value_string.__contains__(v) DbDatum.__add__ = lambda self, seq: self.value_string + seq DbDatum.__mul__ = lambda self, n: self.value_string * n DbDatum.__imul__ = __DbDatum___imul DbDatum.append = __DbDatum_append DbDatum.extend = __DbDatum_extend # DbDatum.__str__ = __DbDatum___str__ # DbDatum.__repr__ = __DbDatum___repr__ # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~- # Database extension # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~- def __Database__add_server(self, servname, dev_info, with_dserver=False): """ add_server( self, servname, dev_info, with_dserver=False) -> None Add a (group of) devices to the database. This is considered as a low level call because it may render the database inconsistent if it is not used properly. If *with_dserver* parameter is set to False (default), this call will only register the given dev_info(s). You should include in the list of dev_info an entry to the usually hidden **DServer** device. If *with_dserver* parameter is set to True, the call will add an additional **DServer** device if it is not included in the *dev_info* parameter. Example using *with_dserver=True*:: dev_info1 = DbDevInfo() dev_info1.name = 'my/own/device' dev_info1._class = 'MyDevice' dev_info1.server = 'MyServer/test' db.add_server(dev_info1.server, dev_info, with_dserver=True) Same example using *with_dserver=False*:: dev_info1 = DbDevInfo() dev_info1.name = 'my/own/device' dev_info1._class = 'MyDevice' dev_info1.server = 'MyServer/test' dev_info2 = DbDevInfo() dev_info1.name = 'dserver/' + dev_info1.server dev_info1._class = 'DServer dev_info1.server = dev_info1.server dev_info = dev_info1, dev_info2 db.add_server(dev_info1.server, dev_info) .. versionadded:: 8.1.7 added *with_dserver* parameter Parameters : - servname : (str) server name - dev_info : (sequence | DbDevInfos | DbDevInfo) containing the server device(s) information - with_dserver: (bool) whether or not to auto create **DServer** device in server Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """ if not isinstance(dev_info, collections.Sequence) and \ not isinstance(dev_info, DbDevInfo): raise TypeError( 'Value must be a DbDevInfos, a seq or a DbDevInfo') if isinstance(dev_info, DbDevInfos): pass elif isinstance(dev_info, DbDevInfo): dev_info = seq_2_DbDevInfos((dev_info,)) else: dev_info = seq_2_DbDevInfos(dev_info) if with_dserver: has_dserver = False for i in dev_info: if i._class == "DServer": has_dserver = True break if not has_dserver: dserver_info = DbDevInfo() dserver_info.name = 'dserver/' + dev_info[0].server dserver_info._class = 'DServer' dserver_info.server = dev_info[0].server dev_info.append(dserver_info) self._add_server(servname, dev_info) def __Database__export_server(self, dev_info): """ export_server(self, dev_info) -> None Export a group of devices to the database. Parameters : - devinfo : (sequence | DbDevExportInfos | DbDevExportInfo) containing the device(s) to export information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """ if not isinstance(dev_info, collections.Sequence) and \ not isinstance(dev_info, DbDevExportInfo): raise TypeError( 'Value must be a DbDevExportInfos, a seq or ' 'a DbDevExportInfo') if isinstance(dev_info, DbDevExportInfos): pass elif isinstance(dev_info, DbDevExportInfo): dev_info = seq_2_DbDevExportInfos((dev_info), ) else: dev_info = seq_2_DbDevExportInfos(dev_info) self._export_server(dev_info) def __Database__generic_get_property(self, obj_name, value, f): """internal usage""" ret = None if isinstance(value, DbData): new_value = value elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) elif is_pure_str(value): new_value = DbData() new_value.append(DbDatum(value)) elif isinstance(value, collections.Sequence): new_value = DbData() for e in value: if isinstance(e, DbDatum): new_value.append(e) else: new_value.append(DbDatum(str(e))) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) else: new_value.append(DbDatum(k)) ret = value else: raise TypeError( 'Value must be a string, tango.DbDatum, ' 'tango.DbData, a sequence or a dictionary') f(obj_name, new_value) if ret is None: ret = {} return DbData_2_dict(new_value, ret) def __Database__generic_put_property(self, obj_name, value, f): """internal usage""" if isinstance(value, DbData): pass elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) value = new_value elif is_non_str_seq(value): new_value = seq_2_DbData(value) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) continue db_datum = DbDatum(k) if is_non_str_seq(v): seq_2_StdStringVector(v, db_datum.value_string) else: db_datum.value_string.append(str(v)) new_value.append(db_datum) value = new_value else: raise TypeError( 'Value must be a tango.DbDatum, tango.DbData, ' 'a sequence or a dictionary') return f(obj_name, value) def __Database__generic_delete_property(self, obj_name, value, f): """internal usage""" if isinstance(value, DbData): new_value = value elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) elif is_pure_str(value): new_value = DbData() new_value.append(DbDatum(value)) elif isinstance(value, collections.Sequence): new_value = DbData() for e in value: if isinstance(e, DbDatum): new_value.append(e) else: new_value.append(DbDatum(str(e))) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) else: new_value.append(DbDatum(k)) else: raise TypeError( 'Value must be a string, tango.DbDatum, ' 'tango.DbData, a sequence or a dictionary') return f(obj_name, new_value) def __Database__put_property(self, obj_name, value): """ put_property(self, obj_name, value) -> None Insert or update a list of properties for the specified object. Parameters : - obj_name : (str) object name - value : can be one of the following: 1. DbDatum - single property data to be inserted 2. DbData - several property data to be inserted 3. sequence - several property data to be inserted 4. dict - keys are property names and value has data to be inserted 5. dict - keys are property names and str(obj) is property value 6. dict> - keys are property names and value has data to be inserted Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_put_property(self, obj_name, value, self._put_property) def __Database__get_property(self, obj_name, value): """ get_property(self, obj_name, value) -> dict> Query the database for a list of object (i.e non-device) properties. Parameters : - obj_name : (str) object name - value : can be one of the following: 1. str [in] - single property data to be fetched 2. DbDatum [in] - single property data to be fetched 3. DbData [in,out] - several property data to be fetched In this case (direct C++ API) the DbData will be filled with the property values 4. sequence [in] - several property data to be fetched 5. sequence [in] - several property data to be fetched 6. dict [in,out] - keys are property names In this case the given dict values will be changed to contain the several property values Return : a dictionary which keys are the property names the value associated with each key being a a sequence of strings being the property value. Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_get_property(self, obj_name, value, self._get_property) def __Database__get_property_forced(self, obj_name, value): return __Database__generic_get_property(self, obj_name, value, self._get_property_forced) __Database__get_property_forced.__doc__ = __Database__get_property.__doc__ def __Database__delete_property(self, obj_name, value): """ delete_property(self, obj_name, value) -> None Delete a the given of properties for the specified object. Parameters : - obj_name : (str) object name - value : can be one of the following: 1. str [in] - single property data to be deleted 2. DbDatum [in] - single property data to be deleted 3. DbData [in] - several property data to be deleted 4. sequence [in]- several property data to be deleted 5. sequence [in] - several property data to be deleted 6. dict [in] - keys are property names to be deleted (values are ignored) 7. dict [in] - several DbDatum.name are property names to be deleted (keys are ignored) Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_delete_property(self, obj_name, value, self._delete_property) def __Database__get_device_property(self, dev_name, value): """ get_device_property(self, dev_name, value) -> dict> Query the database for a list of device properties. Parameters : - dev_name : (str) object name - value : can be one of the following: 1. str [in] - single property data to be fetched 2. DbDatum [in] - single property data to be fetched 3. DbData [in,out] - several property data to be fetched In this case (direct C++ API) the DbData will be filled with the property values 4. sequence [in] - several property data to be fetched 5. sequence [in] - several property data to be fetched 6. dict [in,out] - keys are property names In this case the given dict values will be changed to contain the several property values Return : a dictionary which keys are the property names the value associated with each key being a a sequence of strings being the property value. Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_get_property(self, dev_name, value, self._get_device_property) def __Database__put_device_property(self, dev_name, value): """ put_device_property(self, dev_name, value) -> None Insert or update a list of properties for the specified device. Parameters : - dev_name : (str) object name - value : can be one of the following: 1. DbDatum - single property data to be inserted 2. DbData - several property data to be inserted 3. sequence - several property data to be inserted 4. dict - keys are property names and value has data to be inserted 5. dict - keys are property names and str(obj) is property value 6. dict> - keys are property names and value has data to be inserted Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_put_property(self, dev_name, value, self._put_device_property) def __Database__delete_device_property(self, dev_name, value): """ delete_device_property(self, dev_name, value) -> None Delete a the given of properties for the specified device. Parameters : - dev_name : (str) object name - value : can be one of the following: 1. str [in] - single property data to be deleted 2. DbDatum [in] - single property data to be deleted 3. DbData [in] - several property data to be deleted 4. sequence [in]- several property data to be deleted 5. sequence [in] - several property data to be deleted 6. dict [in] - keys are property names to be deleted (values are ignored) 7. dict [in] - several DbDatum.name are property names to be deleted (keys are ignored) Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_delete_property(self, dev_name, value, self._delete_device_property) def __Database__get_device_property_list(self, dev_name, wildcard, array=None): """ get_device_property_list(self, dev_name, wildcard, array=None) -> DbData Query the database for a list of properties defined for the specified device and which match the specified wildcard. If array parameter is given, it must be an object implementing de 'append' method. If given, it is filled with the matching property names. If not given the method returns a new DbDatum containing the matching property names. New in PyTango 7.0.0 Parameters : - dev_name : (str) device name - wildcard : (str) property name wildcard - array : [out] (sequence) (optional) array that will contain the matching property names. Return : if container is None, return is a new DbDatum containing the matching property names. Otherwise returns the given array filled with the property names Throws : ConnectionFailed, CommunicationFailed, DevFailed from device""" if array is None: return self._get_device_property_list(dev_name, wildcard) elif isinstance(array, StdStringVector): return self._get_device_property_list(dev_name, wildcard, array) elif is_non_str_seq(array): res = self._get_device_property_list(dev_name, wildcard) for e in res: array.append(e) return array def __Database__get_device_attribute_property(self, dev_name, value): """ get_device_attribute_property(self, dev_name, value) -> dict>> Query the database for a list of device attribute properties for the specified device. The method returns all the properties for the specified attributes. Parameters : - dev_name : (string) device name - value : can be one of the following: 1. str [in] - single attribute properties to be fetched 2. DbDatum [in] - single attribute properties to be fetched 3. DbData [in,out] - several attribute properties to be fetched In this case (direct C++ API) the DbData will be filled with the property values 4. sequence [in] - several attribute properties to be fetched 5. sequence [in] - several attribute properties to be fetched 6. dict [in,out] - keys are attribute names In this case the given dict values will be changed to contain the several attribute property values Return : a dictionary which keys are the attribute names the value associated with each key being a another dictionary where keys are property names and value is a DbDatum containing the property value. Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" ret = None if isinstance(value, DbData): new_value = value elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) elif is_pure_str(value): new_value = DbData() new_value.append(DbDatum(value)) elif isinstance(value, collections.Sequence): new_value = DbData() for e in value: if isinstance(e, DbDatum): new_value.append(e) else: new_value.append(DbDatum(str(e))) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) else: new_value.append(DbDatum(k)) else: raise TypeError( 'Value must be a string, tango.DbDatum, ' 'tango.DbData, a sequence or a dictionary') if ret is None: ret = {} self._get_device_attribute_property(dev_name, new_value) nb_items = len(new_value) i = 0 while i < nb_items: db_datum = new_value[i] curr_dict = {} ret[db_datum.name] = curr_dict nb_props = int(db_datum[0]) i += 1 for k in range(nb_props): db_datum = new_value[i] curr_dict[db_datum.name] = db_datum.value_string i += 1 return ret def __Database__put_device_attribute_property(self, dev_name, value): """ put_device_attribute_property( self, dev_name, value) -> None Insert or update a list of properties for the specified device. Parameters : - dev_name : (str) device name - value : can be one of the following: 1. DbData - several property data to be inserted 2. sequence - several property data to be inserted 3. dict> keys are attribute names and value being another dictionary which keys are the attribute property names and the value associated with each key being: 3.1 seq 3.2 tango.DbDatum Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" if isinstance(value, DbData): pass elif is_non_str_seq(value): new_value = seq_2_DbData(value) elif isinstance(value, collections.Mapping): new_value = DbData() for k1, v1 in value.items(): attr = DbDatum(k1) attr.append(str(len(v1))) new_value.append(attr) for k2, v2 in v1.items(): if isinstance(v2, DbDatum): new_value.append(v2) continue db_datum = DbDatum(k2) if is_non_str_seq(v2): seq_2_StdStringVector(v2, db_datum.value_string) else: if not is_pure_str(v2): v2 = repr(v2) db_datum.value_string.append(v2) new_value.append(db_datum) value = new_value else: raise TypeError( 'Value must be a tango.DbData,' 'a sequence or a dictionary') return self._put_device_attribute_property(dev_name, value) def __Database__delete_device_attribute_property(self, dev_name, value): """ delete_device_attribute_property(self, dev_name, value) -> None Delete a list of attribute properties for the specified device. Parameters : - devname : (string) device name - propnames : can be one of the following: 1. DbData [in] - several property data to be deleted 2. sequence [in]- several property data to be deleted 3. sequence [in] - several property data to be deleted 3. dict> keys are attribute names and value being a list of attribute property names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" if isinstance(value, DbData): new_value = value elif is_non_str_seq(value): new_value = seq_2_DbData(value) elif isinstance(value, collections.Mapping): new_value = DbData() for k1, v1 in value.items(): attr = DbDatum(k1) attr.append(str(len(v1))) new_value.append(attr) for k2 in v1: new_value.append(DbDatum(k2)) else: raise TypeError( 'Value must be a string, tango.DbDatum, ' 'tango.DbData, a sequence or a dictionary') return self._delete_device_attribute_property(dev_name, new_value) def __Database__get_class_property(self, class_name, value): """ get_class_property(self, class_name, value) -> dict> Query the database for a list of class properties. Parameters : - class_name : (str) class name - value : can be one of the following: 1. str [in] - single property data to be fetched 2. tango.DbDatum [in] - single property data to be fetched 3. tango.DbData [in,out] - several property data to be fetched In this case (direct C++ API) the DbData will be filled with the property values 4. sequence [in] - several property data to be fetched 5. sequence [in] - several property data to be fetched 6. dict [in,out] - keys are property names In this case the given dict values will be changed to contain the several property values Return : a dictionary which keys are the property names the value associated with each key being a a sequence of strings being the property value. Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_get_property(self, class_name, value, self._get_class_property) def __Database__put_class_property(self, class_name, value): """ put_class_property(self, class_name, value) -> None Insert or update a list of properties for the specified class. Parameters : - class_name : (str) class name - value : can be one of the following: 1. DbDatum - single property data to be inserted 2. DbData - several property data to be inserted 3. sequence - several property data to be inserted 4. dict - keys are property names and value has data to be inserted 5. dict - keys are property names and str(obj) is property value 6. dict> - keys are property names and value has data to be inserted Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_put_property(self, class_name, value, self._put_class_property) def __Database__delete_class_property(self, class_name, value): """ delete_class_property(self, class_name, value) -> None Delete a the given of properties for the specified class. Parameters : - class_name : (str) class name - value : can be one of the following: 1. str [in] - single property data to be deleted 2. DbDatum [in] - single property data to be deleted 3. DbData [in] - several property data to be deleted 4. sequence [in]- several property data to be deleted 5. sequence [in] - several property data to be deleted 6. dict [in] - keys are property names to be deleted (values are ignored) 7. dict [in] - several DbDatum.name are property names to be deleted (keys are ignored) Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" return __Database__generic_delete_property(self, class_name, value, self._delete_class_property) def __Database__get_class_attribute_property(self, class_name, value): """ get_class_attribute_property( self, class_name, value) -> dict> Query the database for a list of class attribute properties for the specified class. The method returns all the properties for the specified attributes. Parameters : - class_name : (str) class name - propnames : can be one of the following: 1. str [in] - single attribute properties to be fetched 2. DbDatum [in] - single attribute properties to be fetched 3. DbData [in,out] - several attribute properties to be fetched In this case (direct C++ API) the DbData will be filled with the property values 4. sequence [in] - several attribute properties to be fetched 5. sequence [in] - several attribute properties to be fetched 6. dict [in,out] - keys are attribute names In this case the given dict values will be changed to contain the several attribute property values Return : a dictionary which keys are the attribute names the value associated with each key being a another dictionary where keys are property names and value is a sequence of strings being the property value. Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" ret = None if isinstance(value, DbData): new_value = value elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) elif is_pure_str(value): new_value = DbData() new_value.append(DbDatum(value)) elif isinstance(value, collections.Sequence): new_value = DbData() for e in value: if isinstance(e, DbDatum): new_value.append(e) else: new_value.append(DbDatum(str(e))) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) else: new_value.append(DbDatum(k)) else: raise TypeError( 'Value must be a string, tango.DbDatum, ' 'tango.DbData, a sequence or a dictionary') self._get_class_attribute_property(class_name, new_value) if ret is None: ret = {} nb_items = len(new_value) i = 0 while i < nb_items: db_datum = new_value[i] curr_dict = {} ret[db_datum.name] = curr_dict nb_props = int(db_datum[0]) i += 1 for k in range(nb_props): db_datum = new_value[i] curr_dict[db_datum.name] = db_datum.value_string i += 1 return ret def __Database__put_class_attribute_property(self, class_name, value): """ put_class_attribute_property(self, class_name, value) -> None Insert or update a list of properties for the specified class. Parameters : - class_name : (str) class name - propdata : can be one of the following: 1. tango.DbData - several property data to be inserted 2. sequence - several property data to be inserted 3. dict> keys are attribute names and value being another dictionary which keys are the attribute property names and the value associated with each key being: 3.1 seq 3.2 tango.DbDatum Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError)""" if isinstance(value, DbData): pass elif is_non_str_seq(value): new_value = seq_2_DbData(value) elif isinstance(value, collections.Mapping): new_value = DbData() for k1, v1 in value.items(): attr = DbDatum(k1) attr.append(str(len(v1))) new_value.append(attr) for k2, v2 in v1.items(): if isinstance(v2, DbDatum): new_value.append(v2) continue db_datum = DbDatum(k2) if is_non_str_seq(v2): seq_2_StdStringVector(v2, db_datum.value_string) else: db_datum.value_string.append(str(v2)) new_value.append(db_datum) value = new_value else: raise TypeError( 'Value must be a tango.DbData, ' 'a sequence or a dictionary') return self._put_class_attribute_property(class_name, value) def __Database__delete_class_attribute_property(self, class_name, value): """ delete_class_attribute_property(self, class_name, value) -> None Delete a list of attribute properties for the specified class. Parameters : - class_name : (str) class name - propnames : can be one of the following: 1. DbData [in] - several property data to be deleted 2. sequence [in]- several property data to be deleted 3. sequence [in] - several property data to be deleted 4. dict> keys are attribute names and value being a list of attribute property names Return : None Throws : ConnectionFailed, CommunicationFailed DevFailed from device (DB_SQLError)""" if isinstance(value, DbData): new_value = value elif is_non_str_seq(value): new_value = seq_2_DbData(value) elif isinstance(value, collections.Mapping): new_value = DbData() for k1, v1 in value.items(): attr = DbDatum(k1) attr.append(str(len(v1))) new_value.append(attr) for k2 in v1: new_value.append(DbDatum(k2)) else: raise TypeError( 'Value must be a DbDatum, DbData, a sequence or a dictionary') return self._delete_class_attribute_property(class_name, new_value) def __Database__get_service_list(self, filter='.*'): import re data = self.get_property('CtrlSystem', 'Services') res = {} filter_re = re.compile(filter) for service in data['Services']: service_name, service_value = service.split(':') if not filter_re.match(service_name) is None: res[service_name] = service_value return res def __Database__str(self): return "Database(%s, %s)" % (self.get_db_host(), self.get_db_port()) def __init_Database(): Database.add_server = __Database__add_server Database.export_server = __Database__export_server Database.put_property = __Database__put_property Database.get_property = __Database__get_property Database.get_property_forced = __Database__get_property_forced Database.delete_property = __Database__delete_property Database.get_device_property = __Database__get_device_property Database.put_device_property = __Database__put_device_property Database.delete_device_property = __Database__delete_device_property Database.get_device_property_list = __Database__get_device_property_list Database.get_device_attribute_property = __Database__get_device_attribute_property Database.put_device_attribute_property = __Database__put_device_attribute_property Database.delete_device_attribute_property = __Database__delete_device_attribute_property Database.get_class_property = __Database__get_class_property Database.put_class_property = __Database__put_class_property Database.delete_class_property = __Database__delete_class_property Database.get_class_attribute_property = __Database__get_class_attribute_property Database.put_class_attribute_property = __Database__put_class_attribute_property Database.delete_class_attribute_property = __Database__delete_class_attribute_property Database.get_service_list = __Database__get_service_list Database.__str__ = __Database__str Database.__repr__ = __Database__str def __doc_Database(): def document_method(method_name, desc, append=True): return __document_method(Database, method_name, desc, append) Database.__doc__ = """ Database is the high level Tango object which contains the link to the static database. Database provides methods for all database commands : get_device_property(), put_device_property(), info(), etc.. To create a Database, use the default constructor. Example:: db = Database() The constructor uses the TANGO_HOST env. variable to determine which instance of the Database to connect to.""" document_method("write_filedatabase", """ write_filedatabase(self) -> None Force a write to the file if using a file based database. Parameters : None Return : None New in PyTango 7.0.0 """) document_method("reread_filedatabase", """ reread_filedatabase(self) -> None Force a complete refresh over the database if using a file based database. Parameters : None Return : None New in PyTango 7.0.0 """) document_method("build_connection", """ build_connection(self) -> None Tries to build a connection to the Database server. Parameters : None Return : None New in PyTango 7.0.0 """) document_method("check_tango_host", """ check_tango_host(self, tango_host_env) -> None Check the TANGO_HOST environment variable syntax and extract database server host(s) and port(s) from it. Parameters : - tango_host_env : (str) The TANGO_HOST env. variable value Return : None New in PyTango 7.0.0 """) document_method("check_access_control", """ check_access_control(self, dev_name) -> AccessControlType Check the access for the given device for this client. Parameters : - dev_name : (str) device name Return : the access control type as a AccessControlType object New in PyTango 7.0.0 """) document_method("is_control_access_checked", """ is_control_access_checked(self) -> bool Returns True if control access is checked or False otherwise. Parameters : None Return : (bool) True if control access is checked or False New in PyTango 7.0.0 """) document_method("set_access_checked", """ set_access_checked(self, val) -> None Sets or unsets the control access check. Parameters : - val : (bool) True to set or False to unset the access control Return : None New in PyTango 7.0.0 """) document_method("get_access_except_errors", """ get_access_except_errors(self) -> DevErrorList Returns a reference to the control access exceptions. Parameters : None Return : DevErrorList New in PyTango 7.0.0 """) document_method("is_multi_tango_host", """ is_multi_tango_host(self) -> bool Returns if in multi tango host. Parameters : None Return : True if multi tango host or False otherwise New in PyTango 7.1.4 """) document_method("get_file_name", """ get_file_name(self) -> str Returns the database file name or throws an exception if not using a file database Parameters : None Return : a string containing the database file name Throws : DevFailed New in PyTango 7.2.0 """) document_method("get_info", """ get_info(self) -> str Query the database for some general info about the tables. Parameters : None Return : a multiline string """) document_method("get_host_list", """ get_host_list(self) -> DbDatum get_host_list(self, wildcard) -> DbDatum Returns the list of all host names registered in the database. Parameters : - wildcard : (str) (optional) wildcard (eg: 'l-c0*') Return : DbDatum with the list of registered host names """) document_method("get_services", """ get_services(self, serv_name, inst_name) -> DbDatum Query database for specified services. Parameters : - serv_name : (str) service name - inst_name : (str) instance name (can be a wildcard character ('*')) Return : DbDatum with the list of available services New in PyTango 3.0.4 """) document_method("get_device_service_list", """ get_device_service_list(self, dev_name) -> DbDatum Query database for the list of services provided by the given device. Parameters : - dev_name : (str) device name Return : DbDatum with the list of services New in PyTango 8.1.0 """) document_method("register_service", """ register_service(self, serv_name, inst_name, dev_name) -> None Register the specified service wihtin the database. Parameters : - serv_name : (str) service name - inst_name : (str) instance name - dev_name : (str) device name Return : None New in PyTango 3.0.4 """) document_method("unregister_service", """ unregister_service(self, serv_name, inst_name) -> None Unregister the specified service from the database. Parameters : - serv_name : (str) service name - inst_name : (str) instance name Return : None New in PyTango 3.0.4 """) document_method("add_device", """ add_device(self, dev_info) -> None Add a device to the database. The device name, server and class are specified in the DbDevInfo structure Example : dev_info = DbDevInfo() dev_info.name = 'my/own/device' dev_info._class = 'MyDevice' dev_info.server = 'MyServer/test' db.add_device(dev_info) Parameters : - dev_info : (DbDevInfo) device information Return : None """) document_method("delete_device", """ delete_device(self, dev_name) -> None Delete the device of the specified name from the database. Parameters : - dev_name : (str) device name Return : None """) document_method("import_device", """ import_device(self, dev_name) -> DbDevImportInfo Query the databse for the export info of the specified device. Example : dev_imp_info = db.import_device('my/own/device') print(dev_imp_info.name) print(dev_imp_info.exported) print(dev_imp_info.ior) print(dev_imp_info.version) Parameters : - dev_name : (str) device name Return : DbDevImportInfo """) document_method("get_device_info", """ get_device_info(self, dev_name) -> DbDevFullInfo Query the databse for the full info of the specified device. Example : dev_info = db.get_device_info('my/own/device') print(dev_info.name) print(dev_info.class_name) print(dev_info.ds_full_name) print(dev_info.exported) print(dev_info.ior) print(dev_info.version) print(dev_info.pid) print(dev_info.started_date) print(dev_info.stopped_date) Parameters : - dev_name : (str) device name Return : DbDevFullInfo New in PyTango 8.1.0 """) document_method("export_device", """ export_device(self, dev_export) -> None Update the export info for this device in the database. Example : dev_export = DbDevExportInfo() dev_export.name = 'my/own/device' dev_export.ior = dev_export.host = dev_export.version = '3.0' dev_export.pid = '....' db.export_device(dev_export) Parameters : - dev_export : (DbDevExportInfo) export information Return : None """) document_method("unexport_device", """ unexport_device(self, dev_name) -> None Mark the specified device as unexported in the database Example : db.unexport_device('my/own/device') Parameters : - dev_name : (str) device name Return : None """) document_method("get_device_name", """ get_device_name(self, serv_name, class_name) -> DbDatum Query the database for a list of devices served by a server for a given device class Parameters : - serv_name : (str) server name - class_name : (str) device class name Return : DbDatum with the list of device names """) document_method("get_device_exported", """ get_device_exported(self, filter) -> DbDatum Query the database for a list of exported devices whose names satisfy the supplied filter (* is wildcard for any character(s)) Parameters : - filter : (str) device name filter (wildcard) Return : DbDatum with the list of exported devices """) document_method("get_device_domain", """ get_device_domain(self, wildcard) -> DbDatum Query the database for a list of of device domain names which match the wildcard provided (* is wildcard for any character(s)). Domain names are case insensitive. Parameters : - wildcard : (str) domain filter Return : DbDatum with the list of device domain names """) document_method("get_device_family", """ get_device_family(self, wildcard) -> DbDatum Query the database for a list of of device family names which match the wildcard provided (* is wildcard for any character(s)). Family names are case insensitive. Parameters : - wildcard : (str) family filter Return : DbDatum with the list of device family names """) document_method("get_device_member", """ get_device_member(self, wildcard) -> DbDatum Query the database for a list of of device member names which match the wildcard provided (* is wildcard for any character(s)). Member names are case insensitive. Parameters : - wildcard : (str) member filter Return : DbDatum with the list of device member names """) document_method("get_device_alias", """ get_device_alias(self, alias) -> str Get the device name from an alias. Parameters : - alias : (str) alias Return : device name .. deprecated:: 8.1.0 Use :meth:`~tango.Database.get_device_from_alias` instead """) document_method("get_alias", """ get_alias(self, alias) -> str Get the device alias name from its name. Parameters : - alias : (str) device name Return : alias New in PyTango 3.0.4 .. deprecated:: 8.1.0 Use :meth:`~tango.Database.get_alias_from_device` instead """) document_method("get_device_from_alias", """ get_device_from_alias(self, alias) -> str Get the device name from an alias. Parameters : - alias : (str) alias Return : device name New in PyTango 8.1.0 """) document_method("get_alias_from_device", """ get_alias_from_device(self, alias) -> str Get the device alias name from its name. Parameters : - alias : (str) device name Return : alias New in PyTango 8.1.0 """) document_method("get_device_alias_list", """ get_device_alias_list(self, filter) -> DbDatum Get device alias list. The parameter alias is a string to filter the alias list returned. Wildcard (*) is supported. Parameters : - filter : (str) a string with the alias filter (wildcard (*) is supported) Return : DbDatum with the list of device names New in PyTango 7.0.0 """) document_method("get_class_for_device", """ get_class_for_device(self, dev_name) -> str Return the class of the specified device. Parameters : - dev_name : (str) device name Return : a string containing the device class """) document_method("get_class_inheritance_for_device", """ get_class_inheritance_for_device(self, dev_name) -> DbDatum Return the class inheritance scheme of the specified device. Parameters : - devn_ame : (str) device name Return : DbDatum with the inheritance class list New in PyTango 7.0.0 """) document_method("get_class_for_device", """ get_class_for_device(self, dev_name) -> str Return the class of the specified device. Parameters : - dev_name : (str) device name Return : a string containing the device class """) document_method("get_device_exported_for_class", """ get_device_exported_for_class(self, class_name) -> DbDatum Query database for list of exported devices for the specified class. Parameters : - class_name : (str) class name Return : DbDatum with the list of exported devices for the New in PyTango 7.0.0 """) document_method("put_device_alias", """ put_device_alias(self, dev_name, alias) -> None Query database for list of exported devices for the specified class. Parameters : - dev_name : (str) device name - alias : (str) alias name Return : None """) document_method("delete_device_alias", """ delete_device_alias(self, alias) -> void Delete a device alias Parameters : - alias : (str) alias name Return : None """) document_method("_add_server", """ _add_server(self, serv_name, dev_info) -> None Add a a group of devices to the database. This corresponds to the pure C++ API call. Parameters : - serv_name : (str) server name - dev_info : (DbDevInfos) server device(s) information Return : None """) document_method("delete_server", """ delete_server(self, server) -> None Delete the device server and its associated devices from database. Parameters : - server : (str) name of the server to be deleted with format: / Return : None """) document_method("_export_server", """ _export_server(self, dev_info) -> None Export a group of devices to the database. This corresponds to the pure C++ API call. Parameters : - dev_info : (DbDevExportInfos) device(s) to export information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("unexport_server", """ unexport_server(self, server) -> None Mark all devices exported for this server as unexported. Parameters : - server : (str) name of the server to be unexported with format: / Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("rename_server", """ rename_server(self, old_ds_name, new_ds_name) -> None Rename a device server process. Parameters : - old_ds_name : (str) old name - new_ds_name : (str) new name Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 8.1.0 """) document_method("get_server_info", """ get_server_info(self, server) -> DbServerInfo Query the database for server information. Parameters : - server : (str) name of the server to be unexported with format: / Return : DbServerInfo with server information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 3.0.4 """) document_method("put_server_info", """ put_server_info(self, info) -> None Add/update server information in the database. Parameters : - info : (DbServerInfo) new server information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 3.0.4 """) document_method("delete_server_info", """ delete_server_info(self, server) -> None Delete server information of the specifed server from the database. Parameters : - server : (str) name of the server to be deleted with format: / Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 3.0.4 """) document_method("get_server_class_list", """ get_server_class_list(self, server) -> DbDatum Query the database for a list of classes instancied by the specified server. The DServer class exists in all TANGO servers and for this reason this class is removed from the returned list. Parameters : - server : (str) name of the server to be deleted with format: / Return : DbDatum containing list of class names instanciated by the specified server Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 3.0.4 """) document_method("get_server_name_list", """ get_server_name_list(self) -> DbDatum Return the list of all server names registered in the database. Parameters : None Return : DbDatum containing list of server names Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 3.0.4 """) document_method("get_instance_name_list", """ get_instance_name_list(self, serv_name) -> DbDatum Return the list of all instance names existing in the database for the specifed server. Parameters : - serv_name : (str) server name with format Return : DbDatum containing list of instance names for the specified server Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 3.0.4 """) document_method("get_server_list", """ get_server_list(self) -> DbDatum get_server_list(self, wildcard) -> DbDatum Return the list of all servers registered in the database. If wildcard parameter is given, then the the list matching servers will be returned (ex: Serial/\*) Parameters : - wildcard : (str) host wildcard (ex: Serial/\*) Return : DbDatum containing list of registered servers """) document_method("get_host_server_list", """ get_host_server_list(self, host_name) -> DbDatum Query the database for a list of servers registred on the specified host. Parameters : - host_name : (str) host name Return : DbDatum containing list of servers for the specified host Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 3.0.4 """) document_method("get_device_class_list", """ get_device_class_list(self, server) -> DbDatum Query the database for a list of devices and classes served by the specified server. Return a list with the following structure: [device name, class name, device name, class name, ...] Parameters : - server : (str) name of the server with format: / Return : DbDatum containing list with the following structure: [device_name, class name] Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 3.0.4 """) document_method("_get_property", """ _get_property(self, obj_name, props) -> None Query the database for a list of object (i.e non-device) properties. The property names are specified by the DbData (seq) structures. The method returns the properties in the same DbDatum structures This corresponds to the pure C++ API call. Parameters : - obj_name : (str) object name - props [in, out] : (DbData) property names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_get_property_forced", """ _get_property_forced(self, obj_name, props) -> None Query the database for a list of object (i.e non-device) properties. The property names are specified by the DbData (seq) structures. The method returns the properties in the same DbDatum structures This corresponds to the pure C++ API call. Parameters : - obj_name : (str) object name - props [in, out] : (DbData) property names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("_delete_property", """ _delete_property(self, obj_name, props) -> None Delete a list of properties for the specified object. This corresponds to the pure C++ API call. Parameters : - obj_name : (str) object name - props : (DbData) property names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("get_property_history", """ get_property_history(self, obj_name, prop_name) -> DbHistoryList Get the list of the last 10 modifications of the specifed object property. Note that propname can contain a wildcard character (eg: 'prop*') Parameters : - serv_name : (str) server name - prop_name : (str) property name Return : DbHistoryList containing the list of modifications Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("get_object_list", """ get_object_list(self, wildcard) -> DbDatum Query the database for a list of object (free properties) for which properties are defined and which match the specified wildcard. Parameters : - wildcard : (str) object wildcard Return : DbDatum containing the list of object names matching the given wildcard Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("get_object_property_list", """ get_object_property_list(self, obj_name, wildcard) -> DbDatum Query the database for a list of properties defined for the specified object and which match the specified wildcard. Parameters : - obj_name : (str) object name - wildcard : (str) property name wildcard Return : DbDatum with list of properties defined for the specified object and which match the specified wildcard Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("_get_device_property", """ _get_device_property(self, dev_name, props) -> None Query the database for a list of device properties for the specified device. The property names are specified by the DbData (seq) structures. The method returns the properties in the same DbDatum structures This corresponds to the pure C++ API call. Parameters : - dev_name : (str) device name - props : (DbData) property names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_put_device_property", """ _put_device_property(self, dev_name, props) -> None Insert or update a list of properties for the specified device. This corresponds to the pure C++ API call. Parameters : - dev_name : (str) device name - props : (DbData) property data Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_delete_device_property", """ _delete_device_property(self, dev_name, props) -> None Delete a list of properties for the specified device. This corresponds to the pure C++ API call. Parameters : - dev_name : (str) device name - props : (DbData) property names to be deleted Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("get_device_property_history", """ get_device_property_history(self, dev_name, prop_name) -> DbHistoryList Get the list of the last 10 modifications of the specified device property. Note that propname can contain a wildcard character (eg: 'prop*'). This corresponds to the pure C++ API call. Parameters : - serv_name : (str) server name - prop_name : (str) property name Return : DbHistoryList containing the list of modifications Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("_get_device_property_list", """ _get_device_property_list(self, dev_name, wildcard) -> DbDatum _get_device_property_list(self, dev_name, wildcard, container) -> None Query the database for a list of properties defined for the specified device and which match the specified wildcard. This corresponds to the pure C++ API call. Parameters : - dev_name : (str) device name - wildcard : (str) property name wildcard - container [out] : (StdStringVector) array that will contain the matching property names Return : DbDatum containing the list of property names or None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("_get_device_attribute_property", """ _get_device_attribute_property(self, dev_name, props) -> None Query the database for a list of device attribute properties for the specified device. The attribute names are specified by the DbData (seq) structures. The method returns all the properties for the specified attributes in the same DbDatum structures. This corresponds to the pure C++ API call. Parameters : - dev_name : (str) device name - props [in, out] : (DbData) attribute names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_put_device_attribute_property", """ _put_device_attribute_property(self, dev_name, props) -> None Insert or update a list of attribute properties for the specified device. This corresponds to the pure C++ API call. Parameters : - dev_name : (str) device name - props : (DbData) property data Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_delete_device_attribute_property", """ _delete_device_attribute_property(self, dev_name, props) -> None Delete a list of attribute properties for the specified device. The attribute names are specified by the vector of DbDatum structures. Here is an example of how to delete the unit property of the velocity attribute of the id11/motor/1 device using this method : db_data = tango.DbData(); db_data.append(DbDatum("velocity")); db_data.append(DbDatum("unit")); db.delete_device_attribute_property("id11/motor/1", db_data); This corresponds to the pure C++ API call. Parameters : - serv_name : (str) server name - props : (DbData) attribute property data Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("get_device_attribute_property_history", """ get_device_attribute_property_history(self, dev_name, att_name, prop_name) -> DbHistoryList Get the list of the last 10 modifications of the specified device attribute property. Note that propname and devname can contain a wildcard character (eg: 'prop*'). Parameters : - dev_name : (str) device name - attn_ame : (str) attribute name - prop_name : (str) property name Return : DbHistoryList containing the list of modifications Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("_get_class_property", """ _get_class_property(self, class_name, props) -> None Query the database for a list of class properties. The property names are specified by the DbData (seq) structures. The method returns the properties in the same DbDatum structures. This corresponds to the pure C++ API call. Parameters : - class_name : (str) class name - props [in, out] : (DbData) property names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_put_class_property", """ _put_class_property(self, class_name, props) -> None Insert or update a list of properties for the specified class. This corresponds to the pure C++ API call. Parameters : - class_name : (str) class name - props : (DbData) property data to be inserted Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_delete_class_property", """ _delete_class_property(self, class_name, props) -> None Delete a list of properties for the specified class. This corresponds to the pure C++ API call. Parameters : - class_name : (str) class name - props : (DbData) property names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("get_class_property_history", """ get_class_property_history(self, class_name, prop_name) -> DbHistoryList Get the list of the last 10 modifications of the specified class property. Note that propname can contain a wildcard character (eg: 'prop*'). Parameters : - class_name : (str) class name - prop_name : (str) property name Return : DbHistoryList containing the list of modifications Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("get_class_list", """ get_class_list(self, wildcard) -> DbDatum Query the database for a list of classes which match the specified wildcard Parameters : - wildcard : (str) class wildcard Return : DbDatum containing the list of matching classes Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("get_class_property_list", """ get_class_property_list(self, class_name) -> DbDatum Query the database for a list of properties defined for the specified class. Parameters : - class_name : (str) class name Return : DbDatum containing the list of properties for the specified class Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_get_class_attribute_property", """ _get_class_attribute_property(self, class_name, props) -> None Query the database for a list of class attribute properties for the specified objec. The attribute names are returned with the number of properties specified as their value. The first DbDatum element of the returned DbData vector contains the first attribute name and the first attribute property number. The following DbDatum element contains the first attribute property name and property values. This corresponds to the pure C++ API call. Parameters : - class_name : (str) class name - props [in,out] : (DbData) property names Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("_put_class_attribute_property", """ _put_class_attribute_property(self, class_name, props) -> None Insert or update a list of attribute properties for the specified class. This corresponds to the pure C++ API call. Parameters : - class_name : (str) class name - props : (DbData) property data Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("get_class_attribute_property_history", """ get_class_attribute_property_history(self, dev_name, attr_name, prop_name) -> DbHistoryList Delete a list of properties for the specified class. This corresponds to the pure C++ API call. Parameters : - dev_name : (str) device name - attr_name : (str) attribute name - prop_name : (str) property name Return : DbHistoryList containing the list of modifications Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("get_class_attribute_list", """ get_class_attribute_list(self, class_name, wildcard) -> DbDatum Query the database for a list of attributes defined for the specified class which match the specified wildcard. Parameters : - class_name : (str) class name - wildcard : (str) attribute name Return : DbDatum containing the list of matching attributes for the given class Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("get_attribute_alias", """ get_attribute_alias(self, alias) -> str Get the full attribute name from an alias. Parameters : - alias : (str) attribute alias Return : full attribute name Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) .. deprecated:: 8.1.0 Use :meth:`~tango.Database.get_attribute_from_alias` instead """) document_method("get_attribute_from_alias", """ get_attribute_from_alias(self, alias) -> str Get the full attribute name from an alias. Parameters : - alias : (str) attribute alias Return : full attribute name Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 8.1.0 """) document_method("get_alias_from_attribute", """ get_alias_from_attribute(self, attr_name) -> str Get the attribute alias from the full attribute name. Parameters : - attr_name : (str) full attribute name Return : attribute alias Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 8.1.0 """) document_method("get_attribute_alias_list", """ get_attribute_alias_list(self, filter) -> DbDatum Get attribute alias list. The parameter alias is a string to filter the alias list returned. Wildcard (*) is supported. For instance, if the string alias passed as the method parameter is initialised with only the * character, all the defined attribute alias will be returned. If there is no alias with the given filter, the returned array will have a 0 size. Parameters : - filter : (str) attribute alias filter Return : DbDatum containing the list of matching attribute alias Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("put_attribute_alias", """ put_attribute_alias(self, attr_name, alias) -> None Set an alias for an attribute name. The attribute alias is specified by aliasname and the attribute name is specifed by attname. If the given alias already exists, a DevFailed exception is thrown. Parameters : - attr_name : (str) full attribute name - alias : (str) alias Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("delete_attribute_alias", """ delete_attribute_alias(self, alias) -> None Remove the alias associated to an attribute name. Parameters : - alias : (str) alias Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) """) document_method("export_event", """ export_event(self, event_data) -> None Export an event to the database. Parameters : - eventdata : (sequence) event data (same as DbExportEvent Database command) Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) document_method("unexport_event", """ unexport_event(self, event) -> None Un-export an event from the database. Parameters : - event : (str) event Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device (DB_SQLError) New in PyTango 7.0.0 """) def __doc_DbDatum(): def document_method(method_name, desc, append=True): return __document_method(DbDatum, method_name, desc, append) DbDatum.__doc__ = """ A single database value which has a name, type, address and value and methods for inserting and extracting C++ native types. This is the fundamental type for specifying database properties. Every property has a name and has one or more values associated with it. A status flag indicates if there is data in the DbDatum object or not. An additional flag allows the user to activate exceptions. Note: DbDatum is extended to support the python sequence API. This way the DbDatum behaves like a sequence of strings. This allows the user to work with a DbDatum as if it was working with the old list of strings. New in PyTango 7.0.0""" document_method("size", """ size(self) -> int Returns the number of separate elements in the value. Parameters : None Return : the number of separate elements in the value. New in PyTango 7.0.0 """) document_method("is_empty", """ is_empty(self) -> bool Returns True or False depending on whether the DbDatum object contains data or not. It can be used to test whether a property is defined in the database or not. Parameters : None Return : (bool) True if no data or False otherwise. New in PyTango 7.0.0 """) def __doc_DbDevExportInfo(): DbDevExportInfo.__doc__ = """ import info for a device (should be retrived from the database) with the following members: - name : (str) device name - ior : (str) CORBA reference of the device - host : name of the computer hosting the server - version : (str) version - pid : process identifier""" def __doc_DbDevImportInfo(): DbDevImportInfo.__doc__ = """ import info for a device (should be retrived from the database) with the following members: - name : (str) device name - exported : 1 if device is running, 0 else - ior : (str)CORBA reference of the device - version : (str) version""" def __doc_DbDevInfo(): DbDevInfo.__doc__ = """ A structure containing available information for a device with the following members: - name : (str) name - _class : (str) device class - server : (str) server""" def __doc_DbHistory(): def document_method(method_name, desc, append=True): return __document_method(DbHistory, method_name, desc, append) DbHistory.__doc__ = """ A structure containing the modifications of a property. No public members.""" document_method("get_name", """ get_name(self) -> str Returns the property name. Parameters : None Return : (str) property name """) document_method("get_attribute_name", """ get_attribute_name(self) -> str Returns the attribute name (empty for object properties or device properties) Parameters : None Return : (str) attribute name """) document_method("get_date", """ get_date(self) -> str Returns the update date Parameters : None Return : (str) update date """) document_method("get_value", """ get_value(self) -> DbDatum Returns a COPY of the property value Parameters : None Return : (DbDatum) a COPY of the property value """) document_method("is_deleted", """ is_deleted(self) -> bool Returns True if the property has been deleted or False otherwise Parameters : None Return : (bool) True if the property has been deleted or False otherwise """) def __doc_DbServerInfo(): DbServerInfo.__doc__ = """ A structure containing available information for a device server with the following members: - name : (str) name - host : (str) host - mode : (str) mode - level : (str) level""" def __doc_DbServerData(): def document_method(method_name, desc, append=True): return __document_method(DbServerData, method_name, desc, append) DbServerData.__doc__ = """\ A structure used for moving DS from one tango host to another. Create a new instance by: DbServerData(, )""" document_method("get_name", """ get_name(self) -> str Returns the full server name Parameters : None Return : (str) the full server name """) document_method("put_in_database", """ put_in_database(self, tg_host) -> None Store all the data related to the device server process in the database specified by the input arg. Parameters : - tg_host : (str) The tango host for the new database Return : None """) document_method("already_exist", """ already_exist(self, tg_host) -> bool Check if any of the device server process device(s) is already defined in the database specified by the tango host given as input arg Parameters : - tg_host : (str) The tango host for the new database Return : (str) True in case any of the device is already known. False otherwise """) document_method("remove", """ remove(self) -> None remove(self, tg_host) -> None Remove device server process from a database. Parameters : - tg_host : (str) The tango host for the new database Return : None """) def db_init(doc=True): __init_DbDatum() if doc: __doc_DbDatum() __init_Database() if doc: __doc_Database() __doc_DbDevExportInfo() __doc_DbDevImportInfo() __doc_DbDevInfo() __doc_DbHistory() __doc_DbServerInfo() __doc_DbServerData() pytango-9.2.2/tango/device_attribute.py000066400000000000000000000102021316324373100202070ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["device_attribute_init"] __docformat__ = "restructuredtext" import copy from .utils import document_method as __document_method from ._tango import DeviceAttribute, ExtractAs def __DeviceAttribute__get_data(self): return self.get_data_raw().extract() def __DeviceAttribute__init(self, da=None): if da is None: DeviceAttribute.__init_orig(self) else: DeviceAttribute.__init_orig(self, da) try: self.value = copy.deepcopy(da.value) except: pass try: self.w_value = copy.deepcopy(da.w_value) except: pass try: self.scalar_w_value = da.scalar_w_value except: pass self.type = da.type self.is_empty = da.is_empty self.has_failed = da.has_failed def __doc_DeviceAttribute(): def document_method(method_name, desc, append=True): return __document_method(DeviceAttribute, method_name, desc, append) DeviceAttribute.__doc__ = """ This is the fundamental type for RECEIVING data from device attributes. It contains several fields. The most important ones depend on the ExtractAs method used to get the value. Normally they are: - value : Normal scalar value or numpy array of values. - w_value : The write part of the attribute. See other ExtractAs for different possibilities. There are some more fields, these really fixed: - name : (str) - data_format : (AttrDataFormat) Attribute format - quality : (AttrQuality) - time : (TimeVal) - dim_x : (int) attribute dimension x - dim_y : (int) attribute dimension y - w_dim_x : (int) attribute written dimension x - w_dim_y : (int) attribute written dimension y - r_rimension : (tuple) Attribute read dimensions. - w_dimension : (tuple) Attribute written dimensions. - nb_read : (int) attribute read total length - nb_written : (int) attribute written total length And two methods: - get_date - get_err_stack """ document_method("get_date", """ get_date(self) -> TimeVal Get the time at which the attribute was read by the server. Note: It's the same as reading the "time" attribute. Parameters : None Return : (TimeVal) The attribute read timestamp. """) document_method("get_err_stack", """ get_err_stack(self) -> sequence Returns the error stack reported by the server when the attribute was read. Parameters : None Return : (sequence) """) document_method("set_w_dim_x", """ set_w_dim_x(self, val) -> None Sets the write value dim x. Parameters : - val : (int) new write dim x Return : None New in PyTango 8.0.0 """) document_method("set_w_dim_y", """ set_w_dim_y(self, val) -> None Sets the write value dim y. Parameters : - val : (int) new write dim y Return : None New in PyTango 8.0.0 """) def __init_DeviceAttribute(): DeviceAttribute.__init_orig = DeviceAttribute.__init__ DeviceAttribute.__init__ = __DeviceAttribute__init DeviceAttribute.ExtractAs = ExtractAs def device_attribute_init(doc=True): __init_DeviceAttribute() if doc: __doc_DeviceAttribute() pytango-9.2.2/tango/device_class.py000066400000000000000000001014441316324373100173220ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ from __future__ import print_function __all__ = ["DeviceClass", "device_class_init"] __docformat__ = "restructuredtext" import collections from ._tango import Except, DevFailed, DeviceClass, CmdArgType, \ DispLevel, UserDefaultAttrProp from .pyutil import Util from .utils import is_pure_str, is_non_str_seq, seqStr_2_obj, obj_2_str, \ is_array from .utils import document_method as __document_method from .globals import get_class, get_class_by_class, \ get_constructed_class_by_class from .attr_data import AttrData from .pipe_data import PipeData class PropUtil: """An internal Property util class""" scalar_int_types = (CmdArgType.DevShort, CmdArgType.DevUShort, CmdArgType.DevInt, CmdArgType.DevLong, CmdArgType.DevULong,) scalar_long_types = (CmdArgType.DevLong64, CmdArgType.DevULong64) scalar_float_types = (CmdArgType.DevFloat, CmdArgType.DevDouble,) scalar_numerical_types = scalar_int_types + scalar_long_types + scalar_float_types scalar_str_types = (CmdArgType.DevString, CmdArgType.ConstDevString,) scalar_types = scalar_numerical_types + scalar_str_types + \ (CmdArgType.DevBoolean, CmdArgType.DevEncoded, CmdArgType.DevUChar, CmdArgType.DevVoid) def __init__(self): self.db = None if Util._UseDb: self.db = Util.instance().get_database() def set_default_property_values(self, dev_class, class_prop, dev_prop): """ set_default_property_values(self, dev_class, class_prop, dev_prop) -> None Sets the default property values Parameters : - dev_class : (DeviceClass) device class object - class_prop : (dict) class properties - dev_prop : (dict) device properties Return : None """ for name in class_prop: type = self.get_property_type(name, class_prop) val = self.get_property_values(name, class_prop) val = self.values2string(val, type) desc = self.get_property_description(name, class_prop) dev_class.add_wiz_class_prop(name, desc, val) for name in dev_prop: type = self.get_property_type(name, dev_prop) val = self.get_property_values(name, dev_prop) val = self.values2string(val, type) desc = self.get_property_description(name, dev_prop) dev_class.add_wiz_dev_prop(name, desc, val) def get_class_properties(self, dev_class, class_prop): """ get_class_properties(self, dev_class, class_prop) -> None Returns the class properties Parameters : - dev_class : (DeviceClass) the DeviceClass object - class_prop : [in, out] (dict) the property names. Will be filled with property values Return : None""" # initialize default values if class_prop == {} or not Util._UseDb: return # call database to get properties props = self.db.get_class_property(dev_class.get_name(), list(class_prop.keys())) # if value defined in database, store it for name in class_prop: if props[name]: type = self.get_property_type(name, class_prop) values = self.stringArray2values(props[name], type) self.set_property_values(name, class_prop, values) else: print(name + " property NOT found in database") def get_device_properties(self, dev, class_prop, dev_prop): """ get_device_properties(self, dev, class_prop, dev_prop) -> None Returns the device properties Parameters : - dev : (DeviceImpl) the device object - class_prop : (dict) the class properties - dev_prop : [in,out] (dict) the device property names Return : None""" # initialize default properties if dev_prop == {} or not Util._UseDb: return # Call database to get properties props = self.db.get_device_property(dev.get_name(), list(dev_prop.keys())) # if value defined in database, store it for name in dev_prop: prop_value = props[name] if len(prop_value): data_type = self.get_property_type(name, dev_prop) values = self.stringArray2values(prop_value, data_type) if not self.is_empty_seq(values): self.set_property_values(name, dev_prop, values) else: # Try to get it from class property values = self.get_property_values(name, class_prop) if not self.is_empty_seq(values): if not self.is_seq(values): values = [values] data_type = self.get_property_type(name, class_prop) values = self.stringArray2values(values, data_type) if not self.is_empty_seq(values): self.set_property_values(name, dev_prop, values) else: # Try to get it from class property values = self.get_property_values(name, class_prop) if not self.is_empty_seq(values): if not self.is_seq(values): values = [values] data_type = self.get_property_type(name, class_prop) values = self.stringArray2values(values, data_type) if not self.is_empty_seq(values): self.set_property_values(name, dev_prop, values) def is_seq(self, v): """ is_seq(self, v) -> bool Helper method. Determines if the object is a sequence Parameters : - v : (object) the object to be analysed Return : (bool) True if the object is a sequence or False otherwise""" return isinstance(v, collections.Sequence) def is_empty_seq(self, v): """ is_empty_seq(self, v) -> bool Helper method. Determines if the object is an empty sequence Parameters : - v : (object) the object to be analysed Return : (bool) True if the object is a sequence which is empty or False otherwise""" return self.is_seq(v) and not len(v) def get_property_type(self, prop_name, properties): """ get_property_type(self, prop_name, properties) -> CmdArgType Gets the property type for the given property name using the information given in properties Parameters : - prop_name : (str) property name - properties : (dict) property data Return : (CmdArgType) the tango type for the given property""" try: tg_type = properties[prop_name][0] except: tg_type = CmdArgType.DevVoid return tg_type def set_property_values(self, prop_name, properties, values): """ set_property_values(self, prop_name, properties, values) -> None Sets the property value in the properties Parameters : - prop_name : (str) property name - properties : (dict) [in,out] dict which will contain the value - values : (seq) the new property value Return : None""" properties[prop_name][2] = values def get_property_values(self, prop_name, properties): """ get_property_values(self, prop_name, properties) -> obj Gets the property value Parameters : - prop_name : (str) property name - properties : (dict) properties Return : (obj) the value for the given property name""" try: tg_type = self.get_property_type(prop_name, properties) val = properties[prop_name][2] except: val = [] if is_array(tg_type) or (isinstance(val, collections.Sequence) and not len(val)): return val else: if is_non_str_seq(val): return val[0] else: return val def get_property_description(self, prop_name, properties): """ get_property_description(self, prop_name, properties) -> obj Gets the property description Parameters : - prop_name : (str) property name - properties : (dict) properties Return : (str) the description for the given property name""" return properties[prop_name][1] def stringArray2values(self, argin, argout_type): """internal helper method""" return seqStr_2_obj(argin, argout_type) def values2string(self, argin, argout_type): """internal helper method""" return obj_2_str(argin, argout_type) def __DeviceClass__init__(self, name): DeviceClass.__init_orig__(self, name) self.dyn_att_added_methods = [] self.dyn_cmd_added_methods = [] try: pu = self.prop_util = PropUtil() self.py_dev_list = [] pu.set_default_property_values(self, self.class_property_list, self.device_property_list) pu.get_class_properties(self, self.class_property_list) for prop_name in self.class_property_list: if not hasattr(self, prop_name): setattr(self, prop_name, pu.get_property_values(prop_name, self.class_property_list)) except DevFailed as df: print("PyDS: %s: A Tango error occured in the constructor:" % name) Except.print_exception(df) except Exception as e: print("PyDS: %s: An error occured in the constructor:" % name) print(str(e)) def __DeviceClass__str__(self): return '%s(%s)' % (self.__class__.__name__, self.get_name()) def __DeviceClass__repr__(self): return '%s(%s)' % (self.__class__.__name__, self.get_name()) def __throw_create_attribute_exception(msg): """ Helper method to throw DevFailed exception when inside create_attribute """ Except.throw_exception("PyDs_WrongAttributeDefinition", msg, "create_attribute()") def __throw_create_command_exception(msg): """ Helper method to throw DevFailed exception when inside create_command """ Except.throw_exception("PyDs_WrongCommandDefinition", msg, "create_command()") def __DeviceClass__create_user_default_attr_prop(self, attr_name, extra_info): """for internal usage only""" p = UserDefaultAttrProp() for k, v in extra_info.items(): k_lower = k.lower() method_name = "set_%s" % k_lower.replace(' ', '_') if hasattr(p, method_name): method = getattr(p, method_name) method(str(v)) elif k == 'delta_time': p.set_delta_t(str(v)) elif k_lower not in ('display level', 'polling period', 'memorized'): name = self.get_name() msg = "Wrong definition of attribute %s in " \ "class %s\nThe object extra information '%s' " \ "is not recognized!" % (attr_name, name, k) self.__throw_create_attribute_exception(msg) return p def __DeviceClass__attribute_factory(self, attr_list): """for internal usage only""" for attr_name, attr_info in self.attr_list.items(): if isinstance(attr_info, AttrData): attr_data = attr_info else: attr_data = AttrData(attr_name, self.get_name(), attr_info) if attr_data.forward: self._create_fwd_attribute(attr_list, attr_data.name, attr_data.att_prop) else: self._create_attribute(attr_list, attr_data.attr_name, attr_data.attr_type, attr_data.attr_format, attr_data.attr_write, attr_data.dim_x, attr_data.dim_y, attr_data.display_level, attr_data.polling_period, attr_data.memorized, attr_data.hw_memorized, attr_data.read_method_name, attr_data.write_method_name, attr_data.is_allowed_name, attr_data.att_prop) def __DeviceClass__pipe_factory(self, pipe_list): """for internal usage only""" for pipe_name, pipe_info in self.pipe_list.items(): if isinstance(pipe_info, PipeData): pipe_data = pipe_info else: pipe_data = PipeData(pipe_name, self.get_name(), pipe_info) self._create_pipe(pipe_list, pipe_data.pipe_name, pipe_data.pipe_write, pipe_data.display_level, pipe_data.read_method_name, pipe_data.write_method_name, pipe_data.is_allowed_name, pipe_data.pipe_prop) def __DeviceClass__command_factory(self): """for internal usage only""" name = self.get_name() class_info = get_class(name) deviceimpl_class = class_info[1] if not hasattr(deviceimpl_class, "init_device"): msg = "Wrong definition of class %s\n" \ "The init_device() method does not exist!" % name Except.throw_exception("PyDs_WrongCommandDefinition", msg, "command_factory()") for cmd_name, cmd_info in self.cmd_list.items(): __create_command(self, deviceimpl_class, cmd_name, cmd_info) def __create_command(self, deviceimpl_class, cmd_name, cmd_info): """for internal usage only""" name = self.get_name() # check for well defined command info # check parameter if not isinstance(cmd_info, collections.Sequence): msg = "Wrong data type for value for describing command %s in " \ "class %s\nMust be a sequence with 2 or 3 elements" % (cmd_name, name) __throw_create_command_exception(msg) if len(cmd_info) < 2 or len(cmd_info) > 3: msg = "Wrong number of argument for describing command %s in " \ "class %s\nMust be a sequence with 2 or 3 elements" % (cmd_name, name) __throw_create_command_exception(msg) param_info, result_info = cmd_info[0], cmd_info[1] if not isinstance(param_info, collections.Sequence): msg = "Wrong data type in command argument for command %s in " \ "class %s\nCommand parameter (first element) must be a sequence" % (cmd_name, name) __throw_create_command_exception(msg) if len(param_info) < 1 or len(param_info) > 2: msg = "Wrong data type in command argument for command %s in " \ "class %s\nSequence describing command parameters must contain " \ "1 or 2 elements" __throw_create_command_exception(msg) param_type = CmdArgType.DevVoid try: param_type = CmdArgType(param_info[0]) except: msg = "Wrong data type in command argument for command %s in " \ "class %s\nCommand parameter type (first element in first " \ "sequence) must be a tango.CmdArgType" __throw_create_command_exception(msg) param_desc = "" if len(param_info) > 1: param_desc = param_info[1] if not is_pure_str(param_desc): msg = "Wrong data type in command parameter for command %s in " \ "class %s\nCommand parameter description (second element " \ "in first sequence), when given, must be a string" __throw_create_command_exception(msg) # Check result if not isinstance(result_info, collections.Sequence): msg = "Wrong data type in command result for command %s in " \ "class %s\nCommand result (second element) must be a sequence" % (cmd_name, name) __throw_create_command_exception(msg) if len(result_info) < 1 or len(result_info) > 2: msg = "Wrong data type in command result for command %s in " \ "class %s\nSequence describing command result must contain " \ "1 or 2 elements" % (cmd_name, name) __throw_create_command_exception(msg) result_type = CmdArgType.DevVoid try: result_type = CmdArgType(result_info[0]) except: msg = "Wrong data type in command result for command %s in " \ "class %s\nCommand result type (first element in second " \ "sequence) must be a tango.CmdArgType" % (cmd_name, name) __throw_create_command_exception(msg) result_desc = "" if len(result_info) > 1: result_desc = result_info[1] if not is_pure_str(result_desc): msg = "Wrong data type in command result for command %s in " \ "class %s\nCommand parameter description (second element " \ "in second sequence), when given, must be a string" % (cmd_name, name) __throw_create_command_exception(msg) # If it is defined, get addictional dictionnary used for optional parameters display_level, default_command, polling_period = DispLevel.OPERATOR, False, -1 if len(cmd_info) == 3: extra_info = cmd_info[2] if not isinstance(extra_info, collections.Mapping): msg = "Wrong data type in command information for command %s in " \ "class %s\nCommand information (third element in sequence), " \ "when given, must be a dictionary" % (cmd_name, name) __throw_create_command_exception(msg) if len(extra_info) > 3: msg = "Wrong data type in command information for command %s in " \ "class %s\nThe optional dictionary can not have more than " \ "three elements" % (cmd_name, name) __throw_create_command_exception(msg) for info_name, info_value in extra_info.items(): info_name_lower = info_name.lower() if info_name_lower == "display level": try: display_level = DispLevel(info_value) except: msg = "Wrong data type in command information for command %s in " \ "class %s\nCommand information for display level is not a " \ "tango.DispLevel" % (cmd_name, name) __throw_create_command_exception(msg) elif info_name_lower == "default command": if not is_pure_str(info_value): msg = "Wrong data type in command information for command %s in " \ "class %s\nCommand information for default command is not a " \ "string" % (cmd_name, name) __throw_create_command_exception(msg) v = info_value.lower() default_command = v == 'true' elif info_name_lower == "polling period": try: polling_period = int(info_value) except: msg = "Wrong data type in command information for command %s in " \ "class %s\nCommand information for polling period is not an " \ "integer" % (cmd_name, name) __throw_create_command_exception(msg) else: msg = "Wrong data type in command information for command %s in " \ "class %s\nCommand information has unknown key " \ "%s" % (cmd_name, name, info_name) __throw_create_command_exception(msg) # check that the method to be executed exists try: cmd = getattr(deviceimpl_class, cmd_name) if not isinstance(cmd, collections.Callable): msg = "Wrong definition of command %s in " \ "class %s\nThe object exists in class but is not " \ "a method!" % (cmd_name, name) __throw_create_command_exception(msg) except AttributeError: msg = "Wrong definition of command %s in " \ "class %s\nThe command method does not exist!" % (cmd_name, name) __throw_create_command_exception(msg) is_allowed_name = "is_%s_allowed" % cmd_name try: is_allowed = getattr(deviceimpl_class, is_allowed_name) if not isinstance(is_allowed, collections.Callable): msg = "Wrong definition of command %s in " \ "class %s\nThe object '%s' exists in class but is " \ "not a method!" % (cmd_name, name, is_allowed_name) __throw_create_command_exception(msg) except: is_allowed_name = "" self._create_command(cmd_name, param_type, result_type, param_desc, result_desc, display_level, default_command, polling_period, is_allowed_name) def __DeviceClass__new_device(self, klass, dev_class, dev_name): return klass(dev_class, dev_name) def __DeviceClass__device_factory(self, device_list): """for internal usage only""" klass = self.__class__ klass_name = klass.__name__ info, klass = get_class_by_class(klass), get_constructed_class_by_class(klass) if info is None: raise RuntimeError("Device class '%s' is not registered" % klass_name) if klass is None: raise RuntimeError("Device class '%s' as not been constructed" % klass_name) deviceClassClass, deviceImplClass, deviceImplName = info deviceImplClass._device_class_instance = klass tmp_dev_list = [] for dev_name in device_list: device = self._new_device(deviceImplClass, klass, dev_name) self._add_device(device) tmp_dev_list.append(device) self.dyn_attr(tmp_dev_list) for dev in tmp_dev_list: if Util._UseDb and not Util._FileDb: self.export_device(dev) else: self.export_device(dev, dev.get_name()) self.py_dev_list += tmp_dev_list def __DeviceClass__create_device(self, device_name, alias=None, cb=None): """ create_device(self, device_name, alias=None, cb=None) -> None Creates a new device of the given class in the database, creates a new DeviceImpl for it and calls init_device (just like it is done for existing devices when the DS starts up) An optional parameter callback is called AFTER the device is registered in the database and BEFORE the init_device for the newly created device is called Throws tango.DevFailed: - the device name exists already or - the given class is not registered for this DS. - the cb is not a callable New in PyTango 7.1.2 Parameters : - device_name : (str) the device name - alias : (str) optional alias. Default value is None meaning do not create device alias - cb : (callable) a callback that is called AFTER the device is registered in the database and BEFORE the init_device for the newly created device is called. Typically you may want to put device and/or attribute properties in the database here. The callback must receive a parameter: device name (str). Default value is None meaning no callback Return : None""" util = Util.instance() util.create_device(self.get_name(), device_name, alias=alias, cb=cb) def __DeviceClass__delete_device(self, device_name): """ delete_device(self, klass_name, device_name) -> None Deletes an existing device from the database and from this running server Throws tango.DevFailed: - the device name doesn't exist in the database - the device name doesn't exist in this DS. New in PyTango 7.1.2 Parameters : - klass_name : (str) the device class name - device_name : (str) the device name Return : None""" util = Util.instance() util.delete_device(self.get_name(), device_name) def __DeviceClass__dyn_attr(self, device_list): """ dyn_attr(self,device_list) -> None Default implementation does not do anything Overwrite in order to provide dynamic attributes Parameters : - device_list : (seq) sequence of devices of this class Return : None""" pass def __DeviceClass__device_destroyer(self, name): """for internal usage only""" name = name.lower() for d in self.py_dev_list: dname = d.get_name().lower() if dname == name: dev_cl = d.get_device_class() # the internal C++ device_destroyer isn't case sensitive so we # use the internal DeviceImpl name to make sure the DeviceClass # finds it dev_cl._device_destroyer(d.get_name()) self.py_dev_list.remove(d) return err_mess = "Device " + name + " not in Tango class device list!" Except.throw_exception("PyAPI_CantDestroyDevice", err_mess, "DeviceClass.device_destroyer") def __DeviceClass__device_name_factory(self, dev_name_list): """ device_name_factory(self, dev_name_list) -> None Create device(s) name list (for no database device server). This method can be re-defined in DeviceClass sub-class for device server started without database. Its rule is to initialise class device name. The default method does nothing. Parameters : - dev_name_list : (seq) sequence of devices to be filled Return : None""" pass def __init_DeviceClass(): DeviceClass.class_property_list = {} DeviceClass.device_property_list = {} DeviceClass.cmd_list = {} DeviceClass.attr_list = {} DeviceClass.pipe_list = {} DeviceClass.__init_orig__ = DeviceClass.__init__ DeviceClass.__init__ = __DeviceClass__init__ DeviceClass.__str__ = __DeviceClass__str__ DeviceClass.__repr__ = __DeviceClass__repr__ DeviceClass._create_user_default_attr_prop = __DeviceClass__create_user_default_attr_prop DeviceClass._attribute_factory = __DeviceClass__attribute_factory DeviceClass._pipe_factory = __DeviceClass__pipe_factory DeviceClass._command_factory = __DeviceClass__command_factory DeviceClass._new_device = __DeviceClass__new_device DeviceClass.device_factory = __DeviceClass__device_factory DeviceClass.create_device = __DeviceClass__create_device DeviceClass.delete_device = __DeviceClass__delete_device DeviceClass.dyn_attr = __DeviceClass__dyn_attr DeviceClass.device_destroyer = __DeviceClass__device_destroyer DeviceClass.device_name_factory = __DeviceClass__device_name_factory def __doc_DeviceClass(): DeviceClass.__doc__ = """ Base class for all TANGO device-class class. A TANGO device-class class is a class where is stored all data/method common to all devices of a TANGO device class """ def document_method(method_name, desc, append=True): return __document_method(DeviceClass, method_name, desc, append) document_method("export_device", """ export_device(self, dev, corba_dev_name = 'Unused') -> None For internal usage only Parameters : - dev : (DeviceImpl) device object - corba_dev_name : (str) CORBA device name. Default value is 'Unused' Return : None """) document_method("register_signal", """ register_signal(self, signo) -> None register_signal(self, signo, own_handler=false) -> None Register a signal. Register this class as class to be informed when signal signo is sent to to the device server process. The second version of the method is available only under Linux. Throws tango.DevFailed: - if the signal number is out of range - if the operating system failed to register a signal for the process. Parameters : - signo : (int) signal identifier - own_handler : (bool) true if you want the device signal handler to be executed in its own handler instead of being executed by the signal thread. If this parameter is set to true, care should be taken on how the handler is written. A default false value is provided Return : None """) document_method("unregister_signal", """ unregister_signal(self, signo) -> None Unregister a signal. Unregister this class as class to be informed when signal signo is sent to to the device server process Parameters : - signo : (int) signal identifier Return : None """) document_method("signal_handler", """ signal_handler(self, signo) -> None Signal handler. The method executed when the signal arrived in the device server process. This method is defined as virtual and then, can be redefined following device class needs. Parameters : - signo : (int) signal identifier Return : None """) document_method("get_name", """ get_name(self) -> str Get the TANGO device class name. Parameters : None Return : (str) the TANGO device class name. """) document_method("get_type", """ get_type(self) -> str Gets the TANGO device type name. Parameters : None Return : (str) the TANGO device type name """) document_method("get_doc_url", """ get_doc_url(self) -> str Get the TANGO device class documentation URL. Parameters : None Return : (str) the TANGO device type name """) document_method("set_type", """ set_type(self, dev_type) -> None Set the TANGO device type name. Parameters : - dev_type : (str) the new TANGO device type name Return : None """) document_method("get_cvs_tag", """ get_cvs_tag(self) -> str Gets the cvs tag Parameters : None Return : (str) cvs tag """) document_method("get_cvs_location", """ get_cvs_location(self) -> None Gets the cvs localtion Parameters : None Return : (str) cvs location """) document_method("get_device_list", """ get_device_list(self) -> sequence Gets the list of tango.DeviceImpl objects for this class Parameters : None Return : (sequence) list of tango.DeviceImpl objects for this class """) document_method("get_command_list", """ get_command_list(self) -> sequence Gets the list of tango.Command objects for this class Parameters : None Return : (sequence) list of tango.Command objects for this class New in PyTango 8.0.0 """) document_method("get_cmd_by_name", """ get_cmd_by_name(self, (str)cmd_name) -> tango.Command Get a reference to a command object. Parameters : - cmd_name : (str) command name Return : (tango.Command) tango.Command object New in PyTango 8.0.0 """) document_method("add_wiz_dev_prop", """ add_wiz_dev_prop(self, str, str) -> None add_wiz_dev_prop(self, str, str, str) -> None For internal usage only Parameters : None Return : None """) document_method("add_wiz_class_prop", """ add_wiz_class_prop(self, str, str) -> None add_wiz_class_prop(self, str, str, str) -> None For internal usage only Parameters : None Return : None """) def device_class_init(doc=True): __init_DeviceClass() if doc: __doc_DeviceClass() pytango-9.2.2/tango/device_data.py000066400000000000000000000046031316324373100171250ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["device_data_init"] __docformat__ = "restructuredtext" from .utils import document_method as __document_method from ._tango import DeviceData def __DeviceData__get_data(self): return self.get_data_raw().extract() def __init_DeviceData(): pass def __doc_DeviceData(): def document_method(method_name, desc, append=True): return __document_method(DeviceData, method_name, desc, append) DeviceData.__doc__ = """ This is the fundamental type for sending and receiving data from device commands. The values can be inserted and extracted using the insert() and extract() methods. """ document_method("extract", """ extract(self) -> any Get the actual value stored in the DeviceData. Parameters : None Return : Whatever is stored there, or None. """) document_method("insert", """ insert(self, data_type, value) -> None Inserts a value in the DeviceData. Parameters : - data_type : - value : (any) The value to insert Return : Whatever is stored there, or None. """) document_method("is_empty", """ is_empty(self) -> bool It can be used to test whether the DeviceData object has been initialized or not. Parameters : None Return : True or False depending on whether the DeviceData object contains data or not. """) document_method("get_type", """ get_type(self) -> CmdArgType This method returns the Tango data type of the data inside the DeviceData object. Parameters : None Return : The content arg type. """) def device_data_init(doc=True): __init_DeviceData() if doc: __doc_DeviceData() pytango-9.2.2/tango/device_proxy.py000066400000000000000000003143731316324373100174050ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """Define python methods for DeviceProxy object.""" import time import textwrap import threading import collections from ._tango import StdStringVector, DbData, DbDatum, AttributeInfo from ._tango import AttributeInfoEx, AttributeInfoList, AttributeInfoListEx from ._tango import DeviceProxy, __CallBackAutoDie, __CallBackPushEvent from ._tango import EventType, DevFailed, Except, ExtractAs, GreenMode from ._tango import PipeInfo, PipeInfoList, constants from ._tango import CmdArgType, DevState from .utils import TO_TANGO_TYPE, scalar_to_array_type from .utils import is_pure_str, is_non_str_seq, is_integer, is_number from .utils import seq_2_StdStringVector, StdStringVector_2_seq from .utils import seq_2_DbData, DbData_2_dict from .utils import document_method as __document_method from .utils import dir2 from .green import green, green_callback from .green import get_green_mode __all__ = ["device_proxy_init", "get_device_proxy"] __docformat__ = "restructuredtext" _UNSUBSCRIBE_LIFETIME = 60 @green(consume_green_mode=False) def get_device_proxy(*args, **kwargs): """get_device_proxy(self, dev_name, green_mode=None, wait=True, timeout=True) -> DeviceProxy get_device_proxy(self, dev_name, need_check_acc, green_mode=None, wait=True, timeout=None) -> DeviceProxy Returns a new :class:`~tango.DeviceProxy`. There is no difference between using this function and the direct :class:`~tango.DeviceProxy` constructor if you use the default kwargs. The added value of this function becomes evident when you choose a green_mode to be *Futures* or *Gevent*. The DeviceProxy constructor internally makes some network calls which makes it *slow*. By using one of the *green modes* as green_mode you are allowing other python code to be executed in a cooperative way. .. note:: The timeout parameter has no relation with the tango device client side timeout (gettable by :meth:`~tango.DeviceProxy.get_timeout_millis` and settable through :meth:`~tango.DeviceProxy.set_timeout_millis`) :param dev_name: the device name or alias :type dev_name: str :param need_check_acc: in first version of the function it defaults to True. Determines if at creation time of DeviceProxy it should check for channel access (rarely used) :type need_check_acc: bool :param green_mode: determines the mode of execution of the device (including the way it is created). Defaults to the current global green_mode (check :func:`~tango.get_green_mode` and :func:`~tango.set_green_mode`) :type green_mode: :obj:`~tango.GreenMode` :param wait: whether or not to wait for result. If green_mode Ignored when green_mode is Synchronous (always waits). :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. :type timeout: float :returns: if green_mode is Synchronous or wait is True: :class:`~tango.DeviceProxy` else if green_mode is Futures: :class:`concurrent.futures.Future` else if green_mode is Gevent: :class:`gevent.event.AsynchResult` :throws: * a *DevFailed* if green_mode is Synchronous or wait is True and there is an error creating the device. * a *concurrent.futures.TimeoutError* if green_mode is Futures, wait is False, timeout is not None and the time to create the device has expired. * a *gevent.timeout.Timeout* if green_mode is Gevent, wait is False, timeout is not None and the time to create the device has expired. New in PyTango 8.1.0 """ return DeviceProxy(*args, **kwargs) class __TangoInfo(object): """Helper class for when DeviceProxy.info() is not available""" def __init__(self): self.dev_class = self.dev_type = 'Device' self.doc_url = 'http://www.esrf.fr/computing/cs/tango/tango_doc/ds_doc/' self.server_host = 'Unknown' self.server_id = 'Unknown' self.server_version = 1 # ------------------------------------------------------------------------------- # Pythonic API: transform tango commands into methods and tango attributes into # class members # ------------------------------------------------------------------------------- def __check_read_attribute(dev_attr): if dev_attr.has_failed: raise DevFailed(*dev_attr.get_err_stack()) return dev_attr def __check_read_pipe(dev_pipe): if dev_pipe.has_failed: raise DevFailed(*dev_pipe.get_err_stack()) return dev_pipe def __init_device_proxy_internals(proxy): if proxy.__dict__.get('_initialized', False): return executors = dict((key, None) for key in GreenMode.names) proxy.__dict__['_green_mode'] = None proxy.__dict__['_initialized'] = True proxy.__dict__['_executors'] = executors proxy.__dict__['_pending_unsubscribe'] = {} def __DeviceProxy__get_cmd_cache(self): try: ret = self.__dict__['__cmd_cache'] except KeyError: self.__dict__['__cmd_cache'] = ret = {} return ret def __DeviceProxy__get_attr_cache(self): try: ret = self.__dict__['__attr_cache'] except KeyError: self.__dict__['__attr_cache'] = ret = () return ret def __DeviceProxy__get_pipe_cache(self): try: ret = self.__dict__['__pipe_cache'] except KeyError: self.__dict__['__pipe_cache'] = ret = () return ret def __DeviceProxy__init__(self, *args, **kwargs): __init_device_proxy_internals(self) self._green_mode = kwargs.pop('green_mode', None) self._executors[GreenMode.Futures] = kwargs.pop('executor', None) self._executors[GreenMode.Gevent] = kwargs.pop('threadpool', None) self._executors[GreenMode.Asyncio] = kwargs.pop('asyncio_executor', None) return DeviceProxy.__init_orig__(self, *args, **kwargs) def __DeviceProxy__get_green_mode(self): """Returns the green mode in use by this DeviceProxy. :returns: the green mode in use by this DeviceProxy. :rtype: GreenMode .. seealso:: :func:`tango.get_green_mode` :func:`tango.set_green_mode` New in PyTango 8.1.0 """ gm = self._green_mode if gm is None: gm = get_green_mode() return gm def __DeviceProxy__set_green_mode(self, green_mode=None): """Sets the green mode to be used by this DeviceProxy Setting it to None means use the global PyTango green mode (see :func:`tango.get_green_mode`). :param green_mode: the new green mode :type green_mode: GreenMode New in PyTango 8.1.0 """ self._green_mode = green_mode def __DeviceProxy__refresh_cmd_cache(self): cmd_list = self.command_list_query() cmd_cache = {} for cmd in cmd_list: n = cmd.cmd_name.lower() doc = "%s(%s) -> %s\n\n" % (cmd.cmd_name, cmd.in_type, cmd.out_type) doc += " - in (%s): %s\n" % (cmd.in_type, cmd.in_type_desc) doc += " - out (%s): %s\n" % (cmd.out_type, cmd.out_type_desc) cmd_cache[n] = cmd, doc self.__dict__['__cmd_cache'] = cmd_cache def __DeviceProxy__refresh_attr_cache(self): attr_cache = [attr_name.lower() for attr_name in self.get_attribute_list()] self.__dict__['__attr_cache'] = attr_cache def __DeviceProxy__refresh_pipe_cache(self): pipe_cache = [pipe_name.lower() for pipe_name in self.get_pipe_list()] self.__dict__['__pipe_cache'] = pipe_cache def __get_command_func(dp, cmd_info, name): _, doc = cmd_info def f(*args, **kwds): return dp.command_inout(name, *args, **kwds) f.__doc__ = doc return f def __DeviceProxy__getattr(self, name): # trait_names is a feature of IPython. Hopefully they will solve # ticket http://ipython.scipy.org/ipython/ipython/ticket/229 someday # and the ugly trait_names could be removed. if name.startswith("_") or name == 'trait_names': raise AttributeError(name) name_l = name.lower() cmd_info = self.__get_cmd_cache().get(name_l) if cmd_info: return __get_command_func(self, cmd_info, name) if name_l in self.__get_attr_cache(): return self.read_attribute(name).value if name_l in self.__get_pipe_cache(): return self.read_pipe(name) try: self.__refresh_cmd_cache() except: pass cmd_info = self.__get_cmd_cache().get(name_l) if cmd_info: return __get_command_func(self, cmd_info, name) try: self.__refresh_attr_cache() except: pass if name_l in self.__get_attr_cache(): return self.read_attribute(name).value try: self.__refresh_pipe_cache() except Exception: pass if name_l in self.__get_pipe_cache(): return self.read_pipe(name) raise AttributeError(name) def __DeviceProxy__setattr(self, name, value): name_l = name.lower() if name_l in self.__get_cmd_cache(): raise TypeError('Cannot set the value of a command') if name_l in self.__get_attr_cache(): return self.write_attribute(name, value) if name_l in self.__get_pipe_cache(): return self.write_pipe(name, value) try: self.__refresh_cmd_cache() except: pass if name_l in self.__get_cmd_cache(): raise TypeError('Cannot set the value of a command') try: self.__refresh_attr_cache() except: pass if name_l in self.__get_attr_cache(): return self.write_attribute(name, value) try: self.__refresh_pipe_cache() except: pass if name_l in self.__get_pipe_cache(): return self.write_pipe(name, value) return super(DeviceProxy, self).__setattr__(name, value) def __DeviceProxy__dir(self): """Return the attribute list including tango objects.""" extra_entries = set() # Add commands try: extra_entries.update(self.get_command_list()) except Exception: pass # Add attributes try: extra_entries.update(self.get_attribute_list()) except Exception: pass # Add pipes try: extra_entries.update(self.get_pipe_list()) except Exception: pass # Merge with default dir implementation extra_entries.update([x.lower() for x in extra_entries]) entries = extra_entries.union(dir2(self)) return sorted(entries) def __DeviceProxy__getitem(self, key): return self.read_attribute(key) def __DeviceProxy__setitem(self, key, value): return self.write_attribute(key, value) def __DeviceProxy__contains(self, key): return key.lower() in map(str.lower, self.get_attribute_list()) def __DeviceProxy__read_attribute(self, value, extract_as=ExtractAs.Numpy): return __check_read_attribute(self._read_attribute(value, extract_as)) def __DeviceProxy__read_attributes_asynch(self, attr_names, cb=None, extract_as=ExtractAs.Numpy): """ read_attributes_asynch( self, attr_names) -> int Read asynchronously (polling model) the list of specified attributes. Parameters : - attr_names : (sequence) A list of attributes to read. It should be a StdStringVector or a sequence of str. Return : an asynchronous call identifier which is needed to get attributes value. Throws : ConnectionFailed New in PyTango 7.0.0 read_attributes_asynch( self, attr_names, callback, extract_as=Numpy) -> None Read asynchronously (push model) an attribute list. Parameters : - attr_names : (sequence) A list of attributes to read. See read_attributes. - callback : (callable) This callback object should be an instance of a user class with an attr_read() method. It can also be any callable object. - extract_as : (ExtractAs) Defaults to numpy. Return : None Throws : ConnectionFailed New in PyTango 7.0.0 .. important:: by default, TANGO is initialized with the **polling** model. If you want to use the **push** model (the one with the callback parameter), you need to change the global TANGO model to PUSH_CALLBACK. You can do this with the :meth:`tango.ApiUtil.set_asynch_cb_sub_model` """ if cb is None: return self.__read_attributes_asynch(attr_names) cb2 = __CallBackAutoDie() if isinstance(cb, collections.Callable): cb2.attr_read = cb else: cb2.attr_read = cb.attr_read return self.__read_attributes_asynch(attr_names, cb2, extract_as) def __DeviceProxy__read_attribute_asynch(self, attr_name, cb=None): """ read_attribute_asynch( self, attr_name) -> int read_attribute_asynch( self, attr_name, callback) -> None Shortcut to self.read_attributes_asynch([attr_name], cb) New in PyTango 7.0.0 """ return self.read_attributes_asynch([attr_name], cb) def __DeviceProxy__read_attribute_reply(self, *args, **kwds): """ read_attribute_reply( self, id, extract_as) -> int read_attribute_reply( self, id, timeout, extract_as) -> None Shortcut to self.read_attributes_reply()[0] New in PyTango 7.0.0 """ return __check_read_attribute(self.read_attributes_reply(*args, **kwds)[0]) def __DeviceProxy__write_attributes_asynch(self, attr_values, cb=None): """ write_attributes_asynch( self, values) -> int Write asynchronously (polling model) the specified attributes. Parameters : - values : (any) See write_attributes. Return : An asynchronous call identifier which is needed to get the server reply Throws : ConnectionFailed New in PyTango 7.0.0 write_attributes_asynch( self, values, callback) -> None Write asynchronously (callback model) a single attribute. Parameters : - values : (any) See write_attributes. - callback : (callable) This callback object should be an instance of a user class with an attr_written() method . It can also be any callable object. Return : None Throws : ConnectionFailed New in PyTango 7.0.0 .. important:: by default, TANGO is initialized with the **polling** model. If you want to use the **push** model (the one with the callback parameter), you need to change the global TANGO model to PUSH_CALLBACK. You can do this with the :meth:`tango.ApiUtil.set_asynch_cb_sub_model` """ if cb is None: return self.__write_attributes_asynch(attr_values) cb2 = __CallBackAutoDie() if isinstance(cb, collections.Callable): cb2.attr_write = cb else: cb2.attr_write = cb.attr_write return self.__write_attributes_asynch(attr_values, cb2) def __DeviceProxy__write_attribute_asynch(self, attr_name, value, cb=None): """ write_attributes_asynch( self, values) -> int write_attributes_asynch( self, values, callback) -> None Shortcut to self.write_attributes_asynch([attr_name, value], cb) New in PyTango 7.0.0 """ return self.write_attributes_asynch([(attr_name, value)], cb) def __DeviceProxy__write_read_attribute(self, attr_name, value, extract_as=ExtractAs.Numpy): result = self._write_read_attribute(attr_name, value, extract_as) return __check_read_attribute(result) def __DeviceProxy__write_read_attributes(self, name_val, attr_read_names, extract_as=ExtractAs.Numpy): return self._write_read_attributes(name_val, attr_read_names, extract_as) def __DeviceProxy__get_property(self, propname, value=None): """ get_property(propname, value=None) -> tango.DbData Get a (list) property(ies) for a device. This method accepts the following types as propname parameter: 1. string [in] - single property data to be fetched 2. sequence [in] - several property data to be fetched 3. tango.DbDatum [in] - single property data to be fetched 4. tango.DbData [in,out] - several property data to be fetched. 5. sequence - several property data to be feteched Note: for cases 3, 4 and 5 the 'value' parameter if given, is IGNORED. If value is given it must be a tango.DbData that will be filled with the property values Parameters : - propname : (any) property(ies) name(s) - value : (DbData) (optional, default is None meaning that the method will create internally a tango.DbData and return it filled with the property values Return : (DbData) object containing the property(ies) value(s). If a tango.DbData is given as parameter, it returns the same object otherwise a new tango.DbData is returned Throws : NonDbDevice, ConnectionFailed (with database), CommunicationFailed (with database), DevFailed from database device """ if is_pure_str(propname) or isinstance(propname, StdStringVector): new_value = value if new_value is None: new_value = DbData() self._get_property(propname, new_value) return DbData_2_dict(new_value) elif isinstance(propname, DbDatum): new_value = DbData() new_value.append(propname) self._get_property(new_value) return DbData_2_dict(new_value) elif isinstance(propname, collections.Sequence): if isinstance(propname, DbData): self._get_property(propname) return DbData_2_dict(propname) if is_pure_str(propname[0]): new_propname = StdStringVector() for i in propname: new_propname.append(i) new_value = value if new_value is None: new_value = DbData() self._get_property(new_propname, new_value) return DbData_2_dict(new_value) elif isinstance(propname[0], DbDatum): new_value = DbData() for i in propname: new_value.append(i) self._get_property(new_value) return DbData_2_dict(new_value) def __DeviceProxy__put_property(self, value): """ put_property(self, value) -> None Insert or update a list of properties for this device. This method accepts the following types as value parameter: 1. tango.DbDatum - single property data to be inserted 2. tango.DbData - several property data to be inserted 3. sequence - several property data to be inserted 4. dict - keys are property names and value has data to be inserted 5. dict> - keys are property names and value has data to be inserted 6. dict - keys are property names and str(obj) is property value Parameters : - value : can be one of the following: 1. tango.DbDatum - single property data to be inserted 2. tango.DbData - several property data to be inserted 3. sequence - several property data to be inserted 4. dict - keys are property names and value has data to be inserted 5. dict> - keys are property names and value has data to be inserted 6. dict - keys are property names and str(obj) is property value Return : None Throws : ConnectionFailed, CommunicationFailed DevFailed from device (DB_SQLError) """ if isinstance(value, DbData): pass elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) value = new_value elif is_non_str_seq(value): new_value = seq_2_DbData(value) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) continue db_datum = DbDatum(k) if is_non_str_seq(v): seq_2_StdStringVector(v, db_datum.value_string) else: db_datum.value_string.append(str(v)) new_value.append(db_datum) value = new_value else: raise TypeError( 'Value must be a tango.DbDatum, tango.DbData, ' 'a sequence or a dictionary') return self._put_property(value) def __DeviceProxy__delete_property(self, value): """ delete_property(self, value) Delete a the given of properties for this device. This method accepts the following types as value parameter: 1. string [in] - single property to be deleted 2. tango.DbDatum [in] - single property data to be deleted 3. tango.DbData [in] - several property data to be deleted 4. sequence [in]- several property data to be deleted 5. sequence [in] - several property data to be deleted 6. dict [in] - keys are property names to be deleted (values are ignored) 7. dict [in] - several DbDatum.name are property names to be deleted (keys are ignored) Parameters : - value : can be one of the following: 1. string [in] - single property data to be deleted 2. tango.DbDatum [in] - single property data to be deleted 3. tango.DbData [in] - several property data to be deleted 4. sequence [in]- several property data to be deleted 5. sequence [in] - several property data to be deleted 6. dict [in] - keys are property names to be deleted (values are ignored) 7. dict [in] - several DbDatum.name are property names to be deleted (keys are ignored) Return : None Throws : ConnectionFailed, CommunicationFailed DevFailed from device (DB_SQLError) """ if isinstance(value, DbData) or isinstance(value, StdStringVector) or \ is_pure_str(value): new_value = value elif isinstance(value, DbDatum): new_value = DbData() new_value.append(value) elif isinstance(value, collections.Sequence): new_value = DbData() for e in value: if isinstance(e, DbDatum): new_value.append(e) else: new_value.append(DbDatum(str(e))) elif isinstance(value, collections.Mapping): new_value = DbData() for k, v in value.items(): if isinstance(v, DbDatum): new_value.append(v) else: new_value.append(DbDatum(k)) else: raise TypeError( 'Value must be a string, tango.DbDatum, ' 'tango.DbData, a sequence or a dictionary') return self._delete_property(new_value) def __DeviceProxy__get_property_list(self, filter, array=None): """ get_property_list(self, filter, array=None) -> obj Get the list of property names for the device. The parameter filter allows the user to filter the returned name list. The wildcard character is '*'. Only one wildcard character is allowed in the filter parameter. Parameters : - filter[in] : (str) the filter wildcard - array[out] : (sequence obj or None) (optional, default is None) an array to be filled with the property names. If None a new list will be created internally with the values. Return : the given array filled with the property names (or a new list if array is None) Throws : NonDbDevice, WrongNameSyntax, ConnectionFailed (with database), CommunicationFailed (with database) DevFailed from database device New in PyTango 7.0.0 """ if array is None: new_array = StdStringVector() self._get_property_list(filter, new_array) return new_array if isinstance(array, StdStringVector): self._get_property_list(filter, array) return array elif isinstance(array, collections.Sequence): new_array = StdStringVector() self._get_property_list(filter, new_array) StdStringVector_2_seq(new_array, array) return array raise TypeError('array must be a mutable sequence') def __DeviceProxy__get_attribute_config(self, value): """ get_attribute_config( self, name) -> AttributeInfoEx Return the attribute configuration for a single attribute. Parameters : - name : (str) attribute name Return : (AttributeInfoEx) Object containing the attribute information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device Deprecated: use get_attribute_config_ex instead get_attribute_config( self, names) -> AttributeInfoList Return the attribute configuration for the list of specified attributes. To get all the attributes pass a sequence containing the constant tango.constants.AllAttr Parameters : - names : (sequence) attribute names Return : (AttributeInfoList) Object containing the attributes information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device Deprecated: use get_attribute_config_ex instead """ if isinstance(value, StdStringVector) or is_pure_str(value): return self._get_attribute_config(value) elif isinstance(value, collections.Sequence): v = seq_2_StdStringVector(value) return self._get_attribute_config(v) raise TypeError('value must be a string or a sequence') def __DeviceProxy__get_attribute_config_ex(self, value): """ get_attribute_config_ex( self, name) -> AttributeInfoListEx : Return the extended attribute configuration for a single attribute. Parameters : - name : (str) attribute name Return : (AttributeInfoEx) Object containing the attribute information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device get_attribute_config( self, names) -> AttributeInfoListEx : Return the extended attribute configuration for the list of specified attributes. To get all the attributes pass a sequence containing the constant tango.constants.AllAttr Parameters : - names : (sequence) attribute names Return : (AttributeInfoList) Object containing the attributes information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """ if isinstance(value, StdStringVector): return self._get_attribute_config_ex(value) elif is_pure_str(value): v = StdStringVector() v.append(value) return self._get_attribute_config_ex(v) elif isinstance(value, collections.Sequence): v = seq_2_StdStringVector(value) return self._get_attribute_config_ex(v) raise TypeError('value must be a string or a sequence') def __DeviceProxy__get_command_config(self, value=(constants.AllCmd,)): """ get_command_config( self) -> CommandInfoList Return the command configuration for all commands. Return : (CommandInfoList) Object containing the commands information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device get_command_config( self, name) -> CommandInfo Return the command configuration for a single command. Parameters : - name : (str) command name Return : (CommandInfo) Object containing the command information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device get_command_config( self, names) -> CommandInfoList Return the command configuration for the list of specified commands. Parameters : - names : (sequence) command names Return : (CommandInfoList) Object containing the commands information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """ if isinstance(value, StdStringVector) or is_pure_str(value): return self._get_command_config(value) elif isinstance(value, collections.Sequence): v = seq_2_StdStringVector(value) return self._get_command_config(v) raise TypeError('value must be a string or a sequence') def __DeviceProxy__get_pipe_config(self, value=None): """ get_pipe_config( self) -> PipeInfoList Return the pipe configuration for all pipes. Return : (PipeInfoList) Object containing the pipes information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device get_pipe_config( self, name) -> PipeInfo Return the pipe configuration for a single pipe. Parameters : - name : (str) pipe name Return : (PipeInfo) Object containing the pipe information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device get_pipe_config( self, names) -> PipeInfoList Return the pipe configuration for the list of specified pipes. To get all the pipes pass a sequence containing the constant tango.constants.AllPipe Parameters : - names : (sequence) pipe names Return : (PipeInfoList) Object containing the pipes information Throws : ConnectionFailed, CommunicationFailed, DevFailed from device New in PyTango 9.2.0 """ if value is None: value = [constants.AllPipe] if isinstance(value, StdStringVector) or is_pure_str(value): return self._get_pipe_config(value) elif isinstance(value, collections.Sequence): v = seq_2_StdStringVector(value) return self._get_pipe_config(v) raise TypeError('value must be a string or a sequence') def __DeviceProxy__set_attribute_config(self, value): """ set_attribute_config( self, attr_info) -> None Change the attribute configuration for the specified attribute Parameters : - attr_info : (AttributeInfo) attribute information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device set_attribute_config( self, attr_info_ex) -> None Change the extended attribute configuration for the specified attribute Parameters : - attr_info_ex : (AttributeInfoEx) extended attribute information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device set_attribute_config( self, attr_info) -> None Change the attributes configuration for the specified attributes Parameters : - attr_info : (sequence) attributes information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device set_attribute_config( self, attr_info_ex) -> None Change the extended attributes configuration for the specified attributes Parameters : - attr_info_ex : (sequence) extended attributes information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """ if isinstance(value, AttributeInfoEx): v = AttributeInfoListEx() v.append(value) elif isinstance(value, AttributeInfo): v = AttributeInfoList() v.append(value) elif isinstance(value, AttributeInfoList): v = value elif isinstance(value, AttributeInfoListEx): v = value elif isinstance(value, collections.Sequence): if not len(value): return if isinstance(value[0], AttributeInfoEx): v = AttributeInfoListEx() elif isinstance(value[0], AttributeInfo): v = AttributeInfoList() else: raise TypeError( 'Value must be a AttributeInfo, AttributeInfoEx, ' 'sequence or sequence or sequence None Change the pipe configuration for the specified pipe Parameters : - pipe_info : (PipeInfo) pipe information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device set_pipe_config( self, pipe_info) -> None Change the pipes configuration for the specified pipes Parameters : - pipe_info : (sequence) pipes information Return : None Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """ if isinstance(value, PipeInfo): v = PipeInfoList() v.append(value) elif isinstance(value, PipeInfoList): v = value elif isinstance(value, collections.Sequence): if not len(value): return if isinstance(value[0], PipeInfo): v = PipeInfoList() else: raise TypeError( 'Value must be a PipeInfo or a sequence') for i in value: v.append(i) else: raise TypeError( 'Value must be a PipeInfo or a sequence') return self._set_pipe_config(v) def __DeviceProxy__get_event_map_lock(self): """ Internal helper method""" if not hasattr(self, '_subscribed_events_lock'): # do it like this instead of self._subscribed_events = dict() to avoid # calling __setattr__ which requests list of tango attributes from device self.__dict__['_subscribed_events_lock'] = threading.Lock() return self._subscribed_events_lock def __DeviceProxy__get_event_map(self): """ Internal helper method""" if not hasattr(self, '_subscribed_events'): # do it like this instead of self._subscribed_events = dict() to avoid # calling __setattr__ which requests list of tango attributes from device self.__dict__['_subscribed_events'] = dict() return self._subscribed_events def __DeviceProxy__subscribe_event(self, *args, **kwargs): """ subscribe_event(event_type, cb, stateless=False, green_mode=None) -> int The client call to subscribe for event reception in the push model. The client implements a callback method which is triggered when the event is received. This method is currently used device interface change events only. Parameters : - event_type: (EventType) Is the event reason and must be on the enumerated values: * EventType.INTERFACE_CHANGE_EVENT - callback : (callable) Is any callable object or an object with a callable "push_event" method. - stateless : (bool) When the this flag is set to false, an exception will be thrown when the event subscription encounters a problem. With the stateless flag set to true, the event subscription will always succeed, even if the corresponding device server is not running. The keep alive thread will try every 10 seconds to subscribe for the specified event. At every subscription retry, a callback is executed which contains the corresponding exception - green_mode : the corresponding green mode (default is GreenMode.Synchronous) Return : An event id which has to be specified when unsubscribing from this event. Throws : EventSystemFailed subscribe_event(self, attr_name, event, callback, filters=[], stateless=False, extract_as=Numpy, green_mode=None) -> int The client call to subscribe for event reception in the push model. The client implements a callback method which is triggered when the event is received. Filtering is done based on the reason specified and the event type. For example when reading the state and the reason specified is "change" the event will be fired only when the state changes. Events consist of an attribute name and the event reason. A standard set of reasons are implemented by the system, additional device specific reasons can be implemented by device servers programmers. Parameters : - attr_name : (str) The device attribute name which will be sent as an event e.g. "current". - event_type: (EventType) Is the event reason and must be on the enumerated values: * EventType.CHANGE_EVENT * EventType.PERIODIC_EVENT * EventType.ARCHIVE_EVENT * EventType.ATTR_CONF_EVENT * EventType.DATA_READY_EVENT * EventType.USER_EVENT - callback : (callable) Is any callable object or an object with a callable "push_event" method. - filters : (sequence) A variable list of name,value pairs which define additional filters for events. - stateless : (bool) When the this flag is set to false, an exception will be thrown when the event subscription encounters a problem. With the stateless flag set to true, the event subscription will always succeed, even if the corresponding device server is not running. The keep alive thread will try every 10 seconds to subscribe for the specified event. At every subscription retry, a callback is executed which contains the corresponding exception - extract_as : (ExtractAs) - green_mode : the corresponding green mode (default is GreenMode.Synchronous) Return : An event id which has to be specified when unsubscribing from this event. Throws : EventSystemFailed subscribe_event(self, attr_name, event, queuesize, filters=[], stateless=False, green_mode=None) -> int The client call to subscribe for event reception in the pull model. Instead of a callback method the client has to specify the size of the event reception buffer. The event reception buffer is implemented as a round robin buffer. This way the client can set-up different ways to receive events: * Event reception buffer size = 1 : The client is interested only in the value of the last event received. All other events that have been received since the last reading are discarded. * Event reception buffer size > 1 : The client has chosen to keep an event history of a given size. When more events arrive since the last reading, older events will be discarded. * Event reception buffer size = ALL_EVENTS : The client buffers all received events. The buffer size is unlimited and only restricted by the available memory for the client. All other parameters are similar to the descriptions given in the other subscribe_event() version. """ # First argument is the event type if args and isinstance(args[0], int): return __DeviceProxy__subscribe_event_global(self, *args, **kwargs) # First argument is the attribute name else: return __DeviceProxy__subscribe_event_attrib(self, *args, **kwargs) def __DeviceProxy__subscribe_event_global(self, event_type, cb, stateless=False, green_mode=None): if event_type != EventType.INTERFACE_CHANGE_EVENT: raise TypeError("This method is only for Interface Change Events") else: if isinstance(cb, collections.Callable): cbfn = __CallBackPushEvent() cbfn.push_event = green_callback( cb, obj=self, green_mode=green_mode) elif hasattr(cb, "push_event") and isinstance( cb.push_event, collections.Callable): cbfn = __CallBackPushEvent() cbfn.push_event = green_callback( cb.push_event, obj=self, green_mode=green_mode) else: raise TypeError( "Parameter cb should be a callable object or " "an object with a 'push_event' method.") event_id = self.__subscribe_event(event_type, cbfn, stateless) with self.__get_event_map_lock(): se = self.__get_event_map() evt_data = se.get(event_id) if evt_data is not None: # Raise exception desc = textwrap.dedent("""\ Internal PyTango error: %s.subscribe_event(%s) already has key %d assigned to (%s, %s) Please report error to PyTango""") desc %= self, event_type, event_id, evt_data[2], evt_data[1] Except.throw_exception( "Py_InternalError", desc, "DeviceProxy.subscribe_event") se[event_id] = (cbfn, event_type, "dummy") return event_id def __DeviceProxy__subscribe_event_attrib(self, attr_name, event_type, cb_or_queuesize, filters=[], stateless=False, extract_as=ExtractAs.Numpy, green_mode=None): if isinstance(cb_or_queuesize, collections.Callable): cb = __CallBackPushEvent() cb.push_event = green_callback( cb_or_queuesize, obj=self, green_mode=green_mode) elif hasattr(cb_or_queuesize, "push_event") and \ isinstance(cb_or_queuesize.push_event, collections.Callable): cb = __CallBackPushEvent() cb.push_event = green_callback( cb_or_queuesize.push_event, obj=self, green_mode=green_mode) elif is_integer(cb_or_queuesize): cb = cb_or_queuesize # queuesize else: raise TypeError( "Parameter cb_or_queuesize should be a number, a" " callable object or an object with a 'push_event' method.") event_id = self.__subscribe_event( attr_name, event_type, cb, filters, stateless, extract_as) with self.__get_event_map_lock(): se = self.__get_event_map() evt_data = se.get(event_id) if evt_data is None: se[event_id] = (cb, event_type, attr_name) return event_id # Raise exception desc = textwrap.dedent("""\ Internal PyTango error: %s.subscribe_event(%s, %s) already has key %d assigned to (%s, %s) Please report error to PyTango""") desc %= self, attr_name, event_type, event_id, evt_data[2], evt_data[1] Except.throw_exception( "Py_InternalError", desc, "DeviceProxy.subscribe_event") def __DeviceProxy__unsubscribe_event(self, event_id): """ unsubscribe_event(self, event_id) -> None Unsubscribes a client from receiving the event specified by event_id. Parameters : - event_id : (int) is the event identifier returned by the DeviceProxy::subscribe_event(). Unlike in TangoC++ we chech that the event_id has been subscribed in this DeviceProxy. Return : None Throws : EventSystemFailed """ events_del = set() timestamp = time.time() se = self.__get_event_map() with self.__get_event_map_lock(): # first delete event callbacks that have expire for evt_id, (_, expire_time) in self._pending_unsubscribe.items(): if expire_time <= timestamp: events_del.add(evt_id) for evt_id in events_del: del self._pending_unsubscribe[evt_id] # unsubscribe and put the callback in the pending unsubscribe callbacks try: evt_info = se[event_id] except KeyError: raise KeyError("This device proxy does not own this subscription " + str(event_id)) del se[event_id] self._pending_unsubscribe[event_id] = evt_info[0], timestamp + _UNSUBSCRIBE_LIFETIME self.__unsubscribe_event(event_id) def __DeviceProxy__unsubscribe_event_all(self): with self.__get_event_map_lock(): se = self.__get_event_map() event_ids = list(se.keys()) se.clear() for event_id in event_ids: self.__unsubscribe_event(event_id) def __DeviceProxy__get_events(self, event_id, callback=None, extract_as=ExtractAs.Numpy): """ get_events( event_id, callback=None, extract_as=Numpy) -> None The method extracts all waiting events from the event reception buffer. If callback is not None, it is executed for every event. During event subscription the client must have chosen the pull model for this event. The callback will receive a parameter of type EventData, AttrConfEventData or DataReadyEventData depending on the type of the event (event_type parameter of subscribe_event). If callback is None, the method extracts all waiting events from the event reception buffer. The returned event_list is a vector of EventData, AttrConfEventData or DataReadyEventData pointers, just the same data the callback would have received. Parameters : - event_id : (int) is the event identifier returned by the DeviceProxy.subscribe_event() method. - callback : (callable) Any callable object or any object with a "push_event" method. - extract_as: (ExtractAs) Return : None Throws : EventSystemFailed See Also : subscribe_event New in PyTango 7.0.0 """ if callback is None: queuesize, event_type, attr_name = self.__get_event_map().get(event_id, (None, None, None)) if event_type is None: raise ValueError("Invalid event_id. You are not subscribed to event %s." % str(event_id)) if event_type in (EventType.CHANGE_EVENT, EventType.QUALITY_EVENT, EventType.PERIODIC_EVENT, EventType.ARCHIVE_EVENT, EventType.USER_EVENT): return self.__get_data_events(event_id, extract_as) elif event_type in (EventType.ATTR_CONF_EVENT,): return self.__get_attr_conf_events(event_id, extract_as) elif event_type in (EventType.DATA_READY_EVENT,): return self.__get_data_ready_events(event_id, extract_as) elif event_type in (EventType.PIPE_EVENT,): return self.__get_pipe_events(event_id, extract_as) else: assert (False) raise ValueError("Unknown event_type: " + str(event_type)) elif isinstance(callback, collections.Callable): cb = __CallBackPushEvent() cb.push_event = callback return self.__get_callback_events(event_id, cb, extract_as) elif hasattr(callback, 'push_event') and isinstance(callback.push_event, collections.Callable): cb = __CallBackPushEvent() cb.push_event = callback.push_event return self.__get_callback_events(event_id, cb, extract_as) else: raise TypeError( "Parameter 'callback' should be None, a callable object or an object with a 'push_event' method.") def __DeviceProxy___get_info_(self): """Protected method that gets device info once and stores it in cache""" if not hasattr(self, '_dev_info'): try: self.__dict__["_dev_info"] = self.info() except: return __TangoInfo() return self._dev_info def __DeviceProxy__str(self): info = self._get_info_() return "%s(%s)" % (info.dev_class, self.dev_name()) def __DeviceProxy__read_pipe(self, pipe_name, extract_as=ExtractAs.Numpy): r = self.__read_pipe(pipe_name) return r.extract(extract_as) def __get_pipe_type_simple(obj): if is_non_str_seq(obj): if len(obj) == 2 and \ is_pure_str(obj[0]) and \ (is_non_str_seq(obj[1]) or isinstance(obj[1], dict)): tg_type = CmdArgType.DevPipeBlob else: tg_type = __get_pipe_type(obj[0]) tg_type = scalar_to_array_type(tg_type) elif is_pure_str(obj): tg_type = CmdArgType.DevString elif isinstance(obj, DevState): tg_type = CmdArgType.DevState elif isinstance(obj, bool): tg_type = CmdArgType.DevBoolean elif is_integer(obj): tg_type = CmdArgType.DevLong64 elif is_number(obj): tg_type = CmdArgType.DevDouble else: raise ValueError('Cannot determine object tango type') return tg_type def __get_pipe_type_numpy_support(obj): try: ndim, dtype = obj.ndim, str(obj.dtype) except AttributeError: return __get_pipe_type_simple(obj) if ndim > 1: raise TypeError('cannot translate numpy array with {0} ' 'dimensions to tango type'.format(obj.ndim)) tg_type = TO_TANGO_TYPE[dtype] if ndim > 0: tg_type = scalar_to_array_type(dtype) return tg_type def __get_tango_type(dtype): if is_non_str_seq(dtype): tg_type = dtype[0] if is_non_str_seq(tg_type): raise TypeError("Pipe doesn't support 2D data") tg_type = TO_TANGO_TYPE[tg_type] tg_type = scalar_to_array_type(tg_type) else: tg_type = TO_TANGO_TYPE[dtype] return tg_type def __get_pipe_type(obj, dtype=None): if dtype is not None: return __get_tango_type(dtype) if constants.NUMPY_SUPPORT: return __get_pipe_type_numpy_support(obj) return __get_pipe_type_simple(obj) def __sanatize_pipe_element(elem): if isinstance(elem, dict): result = dict(elem) else: result = dict(name=elem[0], value=elem[1]) result['value'] = value = result.get('value', result.pop('blob', None)) result['dtype'] = dtype = __get_pipe_type(value, dtype=result.get('dtype')) if dtype == CmdArgType.DevPipeBlob: result['value'] = value[0], __sanatize_pipe_blob(value[1]) return result def __sanatize_pipe_blob(blob): if isinstance(blob, dict): return [__sanatize_pipe_element((k, v)) for k, v in blob.items()] else: return [__sanatize_pipe_element(elem) for elem in blob] def __DeviceProxy__write_pipe(self, *args, **kwargs): pipe_name, (blob_name, blob_data) = args sani_blob_data = __sanatize_pipe_blob(blob_data) self.__write_pipe(pipe_name, blob_name, sani_blob_data) def __DeviceProxy__read_attributes(self, *args, **kwargs): return self._read_attributes(*args, **kwargs) def __DeviceProxy__write_attribute(self, *args, **kwargs): return self._write_attribute(*args, **kwargs) def __DeviceProxy__write_attributes(self, *args, **kwargs): return self._write_attributes(*args, **kwargs) def __DeviceProxy__ping(self, *args, **kwargs): return self._ping(*args, **kwargs) def __DeviceProxy__state(self, *args, **kwargs): """state(self) -> DevState A method which returns the state of the device. Parameters : None Return : (DevState) constant Example : dev_st = dev.state() if dev_st == DevState.ON : ... """ return self._state(*args, **kwargs) def __DeviceProxy__status(self, *args, **kwargs): """status(self) -> str A method which returns the status of the device as a string. Parameters : None Return : (str) describing the device status """ return self._status(*args, **kwargs) def __DeviceProxy__write_attribute_reply(self, *args, **kwargs): """ write_attribute_reply(self, id) -> None Check if the answer of an asynchronous write_attribute is arrived (polling model). If the reply is arrived and if it is a valid reply, the call returned. If the reply is an exception, it is re-thrown by this call. An exception is also thrown in case of the reply is not yet arrived. Parameters : - id : (int) the asynchronous call identifier. Return : None Throws : AsynCall, AsynReplyNotArrived, CommunicationFailed, DevFailed from device. New in PyTango 7.0.0 write_attribute_reply(self, id, timeout) -> None Check if the answer of an asynchronous write_attribute is arrived (polling model). id is the asynchronous call identifier. If the reply is arrived and if it is a valid reply, the call returned. If the reply is an exception, it is re-thrown by this call. If the reply is not yet arrived, the call will wait (blocking the process) for the time specified in timeout. If after timeout milliseconds, the reply is still not there, an exception is thrown. If timeout is set to 0, the call waits until the reply arrived. Parameters : - id : (int) the asynchronous call identifier. - timeout : (int) the timeout Return : None Throws : AsynCall, AsynReplyNotArrived, CommunicationFailed, DevFailed from device. New in PyTango 7.0.0 """ return self.write_attributes_reply(*args, **kwargs) def __init_DeviceProxy(): DeviceProxy.__init_orig__ = DeviceProxy.__init__ DeviceProxy.__init__ = __DeviceProxy__init__ DeviceProxy.get_green_mode = __DeviceProxy__get_green_mode DeviceProxy.set_green_mode = __DeviceProxy__set_green_mode DeviceProxy.__getattr__ = __DeviceProxy__getattr DeviceProxy.__setattr__ = __DeviceProxy__setattr DeviceProxy.__getitem__ = __DeviceProxy__getitem DeviceProxy.__setitem__ = __DeviceProxy__setitem DeviceProxy.__contains__ = __DeviceProxy__contains DeviceProxy.__dir__ = __DeviceProxy__dir DeviceProxy.__get_cmd_cache = __DeviceProxy__get_cmd_cache DeviceProxy.__get_attr_cache = __DeviceProxy__get_attr_cache DeviceProxy.__get_pipe_cache = __DeviceProxy__get_pipe_cache DeviceProxy.__refresh_cmd_cache = __DeviceProxy__refresh_cmd_cache DeviceProxy.__refresh_attr_cache = __DeviceProxy__refresh_attr_cache DeviceProxy.__refresh_pipe_cache = __DeviceProxy__refresh_pipe_cache DeviceProxy.ping = green(__DeviceProxy__ping) DeviceProxy.state = green(__DeviceProxy__state) DeviceProxy.status = green(__DeviceProxy__status) DeviceProxy.read_attribute = green(__DeviceProxy__read_attribute) DeviceProxy.read_attributes = green(__DeviceProxy__read_attributes) DeviceProxy.write_attribute = green(__DeviceProxy__write_attribute) DeviceProxy.write_attributes = green(__DeviceProxy__write_attributes) DeviceProxy.write_read_attribute = green(__DeviceProxy__write_read_attribute) DeviceProxy.write_read_attributes = green(__DeviceProxy__write_read_attributes) DeviceProxy.read_attributes_asynch = __DeviceProxy__read_attributes_asynch DeviceProxy.read_attribute_asynch = __DeviceProxy__read_attribute_asynch DeviceProxy.read_attribute_reply = __DeviceProxy__read_attribute_reply DeviceProxy.write_attributes_asynch = __DeviceProxy__write_attributes_asynch DeviceProxy.write_attribute_asynch = __DeviceProxy__write_attribute_asynch DeviceProxy.write_attribute_reply = __DeviceProxy__write_attribute_reply DeviceProxy.read_pipe = green(__DeviceProxy__read_pipe) DeviceProxy.write_pipe = green(__DeviceProxy__write_pipe) DeviceProxy.get_property = __DeviceProxy__get_property DeviceProxy.put_property = __DeviceProxy__put_property DeviceProxy.delete_property = __DeviceProxy__delete_property DeviceProxy.get_property_list = __DeviceProxy__get_property_list DeviceProxy.get_attribute_config = __DeviceProxy__get_attribute_config DeviceProxy.get_attribute_config_ex = __DeviceProxy__get_attribute_config_ex DeviceProxy.set_attribute_config = __DeviceProxy__set_attribute_config DeviceProxy.get_command_config = __DeviceProxy__get_command_config DeviceProxy.get_pipe_config = __DeviceProxy__get_pipe_config DeviceProxy.set_pipe_config = __DeviceProxy__set_pipe_config DeviceProxy.__get_event_map = __DeviceProxy__get_event_map DeviceProxy.__get_event_map_lock = __DeviceProxy__get_event_map_lock DeviceProxy.subscribe_event = green( __DeviceProxy__subscribe_event, consume_green_mode=False) DeviceProxy.unsubscribe_event = green(__DeviceProxy__unsubscribe_event) DeviceProxy.__unsubscribe_event_all = __DeviceProxy__unsubscribe_event_all DeviceProxy.get_events = __DeviceProxy__get_events DeviceProxy.__str__ = __DeviceProxy__str DeviceProxy.__repr__ = __DeviceProxy__str DeviceProxy._get_info_ = __DeviceProxy___get_info_ def __doc_DeviceProxy(): def document_method(method_name, desc, append=True): return __document_method(DeviceProxy, method_name, desc, append) DeviceProxy.__doc__ = """\ DeviceProxy is the high level Tango object which provides the client with an easy-to-use interface to TANGO devices. DeviceProxy provides interfaces to all TANGO Device interfaces.The DeviceProxy manages timeouts, stateless connections and reconnection if the device server is restarted. To create a DeviceProxy, a Tango Device name must be set in the object constructor. Example : dev = tango.DeviceProxy("sys/tg_test/1") DeviceProxy(dev_name, green_mode=None, wait=True, timeout=True) -> DeviceProxy DeviceProxy(self, dev_name, need_check_acc, green_mode=None, wait=True, timeout=True) -> DeviceProxy Creates a new :class:`~tango.DeviceProxy`. :param dev_name: the device name or alias :type dev_name: str :param need_check_acc: in first version of the function it defaults to True. Determines if at creation time of DeviceProxy it should check for channel access (rarely used) :type need_check_acc: bool :param green_mode: determines the mode of execution of the device (including. the way it is created). Defaults to the current global green_mode (check :func:`~tango.get_green_mode` and :func:`~tango.set_green_mode`) :type green_mode: :obj:`~tango.GreenMode` :param wait: whether or not to wait for result. If green_mode Ignored when green_mode is Synchronous (always waits). :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. :type timeout: float :returns: if green_mode is Synchronous or wait is True: :class:`~tango.DeviceProxy` elif green_mode is Futures: :class:`concurrent.futures.Future` elif green_mode is Gevent: :class:`gevent.event.AsynchResult` :throws: * :class:`~tango.DevFailed` if green_mode is Synchronous or wait is True and there is an error creating the device. * :class:`concurrent.futures.TimeoutError` if green_mode is Futures, wait is False, timeout is not None and the time to create the device has expired. * :class:`gevent.timeout.Timeout` if green_mode is Gevent, wait is False, timeout is not None and the time to create the device has expired. .. versionadded:: 8.1.0 *green_mode* parameter. *wait* parameter. *timeout* parameter. """ # ------------------------------------ # General methods # ------------------------------------ document_method("info", """ info(self) -> DeviceInfo A method which returns information on the device Parameters : None Return : (DeviceInfo) object Example : dev_info = dev.info() print(dev_info.dev_class) print(dev_info.server_id) print(dev_info.server_host) print(dev_info.server_version) print(dev_info.doc_url) print(dev_info.dev_type) All DeviceInfo fields are strings except for the server_version which is an integer" """) document_method("get_device_db", """ get_device_db(self) -> Database Returns the internal database reference Parameters : None Return : (Database) object New in PyTango 7.0.0 """) document_method("adm_name", """ adm_name(self) -> str Return the name of the corresponding administrator device. This is useful if you need to send an administration command to the device server, e.g restart it New in PyTango 3.0.4 """) document_method("description", """ description(self) -> str Get device description. Parameters : None Return : (str) describing the device """) document_method("name", """ name(self) -> str Return the device name from the device itself. """) document_method("alias", """ alias(self) -> str Return the device alias if one is defined. Otherwise, throws exception. Return : (str) device alias """) document_method("get_tango_lib_version", """ get_tango_lib_version(self) -> int Returns the Tango lib version number used by the remote device Otherwise, throws exception. Return : (int) The device Tango lib version as a 3 or 4 digits number. Possible return value are: 100,200,500,520,700,800,810,... New in PyTango 8.1.0 """) document_method("ping", """ ping(self) -> int A method which sends a ping to the device Parameters : None Return : (int) time elapsed in microseconds Throws : exception if device is not alive """) document_method("black_box", """ black_box(self, n) -> sequence Get the last commands executed on the device server Parameters : - n : n number of commands to get Return : (sequence) sequence of strings containing the date, time, command and from which client computer the command was executed Example : print(black_box(4)) """) # ------------------------------------- # Device methods # ------------------------------------- document_method("get_command_list", """ get_command_list(self) -> sequence Return the names of all commands implemented for this device. Parameters : None Return : sequence Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """) document_method("command_query", """ command_query(self, command) -> CommandInfo Query the device for information about a single command. Parameters : - command : (str) command name Return : (CommandInfo) object Throws : ConnectionFailed, CommunicationFailed, DevFailed from device Example : com_info = dev.command_query(""DevString"") print(com_info.cmd_name) print(com_info.cmd_tag) print(com_info.in_type) print(com_info.out_type) print(com_info.in_type_desc) print(com_info.out_type_desc) print(com_info.disp_level) See CommandInfo documentation string form more detail """) document_method("command_list_query", """ command_list_query(self) -> sequence Query the device for information on all commands. Parameters : None Return : (CommandInfoList) Sequence of CommandInfo objects """) document_method("import_info", """ import_info(self) -> DbDevImportInfo Query the device for import info from the database. Parameters : None Return : (DbDevImportInfo) Example : dev_import = dev.import_info() print(dev_import.name) print(dev_import.exported) print(dev_ior.ior) print(dev_version.version) All DbDevImportInfo fields are strings except for exported which is an integer" """) # ------------------------------------ # Property methods # ------------------------------------ # get_property -> in code # put_property -> in code # delete_property -> in code # get_property_list -> in code # ------------------------------------ # Attribute methods # ------------------------------------ document_method("get_attribute_list", """ get_attribute_list(self) -> sequence Return the names of all attributes implemented for this device. Parameters : None Return : sequence Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """) # get_attribute_config -> in code # get_attribute_config_ex -> in code document_method("attribute_query", """ attribute_query(self, attr_name) -> AttributeInfoEx Query the device for information about a single attribute. Parameters : - attr_name :(str) the attribute name Return : (AttributeInfoEx) containing the attribute configuration Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """) document_method("attribute_list_query", """ attribute_list_query(self) -> sequence Query the device for info on all attributes. This method returns a sequence of tango.AttributeInfo. Parameters : None Return : (sequence) containing the attributes configuration Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """) document_method("attribute_list_query_ex", """ attribute_list_query_ex(self) -> sequence Query the device for info on all attributes. This method returns a sequence of tango.AttributeInfoEx. Parameters : None Return : (sequence) containing the attributes configuration Throws : ConnectionFailed, CommunicationFailed, DevFailed from device """) # set_attribute_config -> in code document_method("read_attribute", """ read_attribute(self, attr_name, extract_as=ExtractAs.Numpy, green_mode=None, wait=True, timeout=None) -> DeviceAttribute Read a single attribute. Parameters : - attr_name : (str) The name of the attribute to read. - extract_as : (ExtractAs) Defaults to numpy. - green_mode : (GreenMode) Defaults to the current DeviceProxy GreenMode. (see :meth:`~tango.DeviceProxy.get_green_mode` and :meth:`~tango.DeviceProxy.set_green_mode`). - wait : (bool) whether or not to wait for result. If green_mode is *Synchronous*, this parameter is ignored as it always waits for the result. Ignored when green_mode is Synchronous (always waits). - timeout : (float) The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. Return : (DeviceAttribute) Throws : ConnectionFailed, CommunicationFailed, DevFailed from device TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. .. versionchanged:: 7.1.4 For DevEncoded attributes, before it was returning a DeviceAttribute.value as a tuple **(format, data)** no matter what was the *extract_as* value was. Since 7.1.4, it returns a **(format, data)** unless *extract_as* is String, in which case it returns **(format, data)**. .. versionchanged:: 8.0.0 For DevEncoded attributes, now returns a DeviceAttribute.value as a tuple **(format, data)** unless *extract_as* is String, in which case it returns **(format, data)**. Carefull, if using python >= 3 data is decoded using default python *utf-8* encoding. This means that PyTango assumes tango DS was written encapsulating string into *utf-8* which is the default python encoding. .. versionadded:: 8.1.0 *green_mode* parameter. *wait* parameter. *timeout* parameter. """) document_method("read_attributes", """ read_attributes(self, attr_names, extract_as=ExtractAs.Numpy, green_mode=None, wait=True, timeout=None) -> sequence Read the list of specified attributes. Parameters : - attr_names : (sequence) A list of attributes to read. - extract_as : (ExtractAs) Defaults to numpy. - green_mode : (GreenMode) Defaults to the current DeviceProxy GreenMode. (see :meth:`~tango.DeviceProxy.get_green_mode` and :meth:`~tango.DeviceProxy.set_green_mode`). - wait : (bool) whether or not to wait for result. If green_mode is *Synchronous*, this parameter is ignored as it always waits for the result. Ignored when green_mode is Synchronous (always waits). - timeout : (float) The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. Return : (sequence) Throws : ConnectionFailed, CommunicationFailed, DevFailed from device TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. .. versionadded:: 8.1.0 *green_mode* parameter. *wait* parameter. *timeout* parameter. """) document_method("write_attribute", """ write_attribute(self, attr_name, value, green_mode=None, wait=True, timeout=None) -> None write_attribute(self, attr_info, value, green_mode=None, wait=True, timeout=None) -> None Write a single attribute. Parameters : - attr_name : (str) The name of the attribute to write. - attr_info : (AttributeInfo) - value : The value. For non SCALAR attributes it may be any sequence of sequences. - green_mode : (GreenMode) Defaults to the current DeviceProxy GreenMode. (see :meth:`~tango.DeviceProxy.get_green_mode` and :meth:`~tango.DeviceProxy.set_green_mode`). - wait : (bool) whether or not to wait for result. If green_mode is *Synchronous*, this parameter is ignored as it always waits for the result. Ignored when green_mode is Synchronous (always waits). - timeout : (float) The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. Throws : ConnectionFailed, CommunicationFailed, DeviceUnlocked, DevFailed from device TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. .. versionadded:: 8.1.0 *green_mode* parameter. *wait* parameter. *timeout* parameter. """) document_method("write_attributes", """ write_attributes(self, name_val, green_mode=None, wait=True, timeout=None) -> None Write the specified attributes. Parameters : - name_val: A list of pairs (attr_name, value). See write_attribute - green_mode : (GreenMode) Defaults to the current DeviceProxy GreenMode. (see :meth:`~tango.DeviceProxy.get_green_mode` and :meth:`~tango.DeviceProxy.set_green_mode`). - wait : (bool) whether or not to wait for result. If green_mode is *Synchronous*, this parameter is ignored as it always waits for the result. Ignored when green_mode is Synchronous (always waits). - timeout : (float) The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. Throws : ConnectionFailed, CommunicationFailed, DeviceUnlocked, DevFailed or NamedDevFailedList from device TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. .. versionadded:: 8.1.0 *green_mode* parameter. *wait* parameter. *timeout* parameter. """) document_method("write_read_attribute", """ write_read_attribute(self, attr_name, value, extract_as=ExtractAs.Numpy, green_mode=None, wait=True, timeout=None) -> DeviceAttribute Write then read a single attribute in a single network call. By default (serialisation by device), the execution of this call in the server can't be interrupted by other clients. Parameters : see write_attribute(attr_name, value) Return : A tango.DeviceAttribute object. Throws : ConnectionFailed, CommunicationFailed, DeviceUnlocked, DevFailed from device, WrongData TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. New in PyTango 7.0.0 .. versionadded:: 8.1.0 *green_mode* parameter. *wait* parameter. *timeout* parameter. """) document_method("write_read_attributes", """ write_read_attributes(self, name_val, attr_names, extract_as=ExtractAs.Numpy, green_mode=None, wait=True, timeout=None) -> DeviceAttribute Write then read attribute(s) in a single network call. By default (serialisation by device), the execution of this call in the server can't be interrupted by other clients. On the server side, attribute(s) are first written and if no exception has been thrown during the write phase, attributes will be read. Parameters : - name_val: A list of pairs (attr_name, value). See write_attribute - attr_names : (sequence) A list of attributes to read. - extract_as : (ExtractAs) Defaults to numpy. - green_mode : (GreenMode) Defaults to the current DeviceProxy GreenMode. (see :meth:`~tango.DeviceProxy.get_green_mode` and :meth:`~tango.DeviceProxy.set_green_mode`). - wait : (bool) whether or not to wait for result. If green_mode is *Synchronous*, this parameter is ignored as it always waits for the result. Ignored when green_mode is Synchronous (always waits). - timeout : (float) The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. Return : (sequence) Throws : ConnectionFailed, CommunicationFailed, DeviceUnlocked, DevFailed from device, WrongData TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. New in PyTango 9.2.0 """) # ------------------------------------- # Pipe methods # ------------------------------------- document_method("read_pipe", """ read_pipe(self, pipe_name, extract_as=ExtractAs.Numpy, green_mode=None, wait=True, timeout=None) -> tuple Read a single pipe. The result is a *blob*: a tuple with two elements: blob name (string) and blob data (sequence). The blob data consists of a sequence where each element is a dictionary with the following keys: - name: blob element name - dtype: tango data type - value: blob element data (str for DevString, etc) In case dtype is ``DevPipeBlob``, value is again a *blob*. Parameters : - pipe_name : (str) The name of the pipe to read. - extract_as : (ExtractAs) Defaults to numpy. - green_mode : (GreenMode) Defaults to the current DeviceProxy GreenMode. (see :meth:`~tango.DeviceProxy.get_green_mode` and :meth:`~tango.DeviceProxy.set_green_mode`). - wait : (bool) whether or not to wait for result. If green_mode is *Synchronous*, this parameter is ignored as it always waits for the result. Ignored when green_mode is Synchronous (always waits). - timeout : (float) The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. Return : tuple Throws : ConnectionFailed, CommunicationFailed, DevFailed from device TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. New in PyTango 9.2.0 """) document_method("write_pipe", """ write_pipe(self, blob, green_mode=None, wait=True, timeout=None) Write a *blob* to a single pipe. The *blob* comprises: a tuple with two elements: blob name (string) and blob data (sequence). The blob data consists of a sequence where each element is a dictionary with the following keys: - name: blob element name - dtype: tango data type - value: blob element data (str for DevString, etc) In case dtype is ``DevPipeBlob``, value is also a *blob*. Parameters : - blob : a tuple with two elements: blob name (string) and blob data (sequence). - green_mode : (GreenMode) Defaults to the current DeviceProxy GreenMode. (see :meth:`~tango.DeviceProxy.get_green_mode` and :meth:`~tango.DeviceProxy.set_green_mode`). - wait : (bool) whether or not to wait for result. If green_mode is *Synchronous*, this parameter is ignored as it always waits for the result. Ignored when green_mode is Synchronous (always waits). - timeout : (float) The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when green_mode is Synchronous or wait is False. Throws : ConnectionFailed, CommunicationFailed, DevFailed from device TimeoutError (green_mode == Futures) If the future didn't finish executing before the given timeout. Timeout (green_mode == Gevent) If the async result didn't finish executing before the given timeout. New in PyTango 9.2.1 """) # ------------------------------------- # History methods # ------------------------------------- document_method("command_history", """ command_history(self, cmd_name, depth) -> sequence Retrieve command history from the command polling buffer. See chapter on Advanced Feature for all details regarding polling Parameters : - cmd_name : (str) Command name. - depth : (int) The wanted history depth. Return : This method returns a vector of DeviceDataHistory types. Throws : NonSupportedFeature, ConnectionFailed, CommunicationFailed, DevFailed from device """) document_method("attribute_history", """ attribute_history(self, attr_name, depth, extract_as=ExtractAs.Numpy) -> sequence Retrieve attribute history from the attribute polling buffer. See chapter on Advanced Feature for all details regarding polling Parameters : - attr_name : (str) Attribute name. - depth : (int) The wanted history depth. - extract_as : (ExtractAs) Return : This method returns a vector of DeviceAttributeHistory types. Throws : NonSupportedFeature, ConnectionFailed, CommunicationFailed, DevFailed from device """) # ------------------------------------- # Polling administration methods # ------------------------------------- document_method("polling_status", """ polling_status(self) -> sequence Return the device polling status. Parameters : None Return : (sequence) One string for each polled command/attribute. Each string is multi-line string with: - attribute/command name - attribute/command polling period in milliseconds - attribute/command polling ring buffer - time needed for last attribute/command execution in milliseconds - time since data in the ring buffer has not been updated - delta time between the last records in the ring buffer - exception parameters in case of the last execution failed """) document_method("poll_command", """ poll_command(self, cmd_name, period) -> None Add a command to the list of polled commands. Parameters : - cmd_name : (str) command name - period : (int) polling period in milliseconds Return : None """) document_method("poll_attribute", """ poll_attribute(self, attr_name, period) -> None Add an attribute to the list of polled attributes. Parameters : - attr_name : (str) attribute name - period : (int) polling period in milliseconds Return : None """) document_method("get_command_poll_period", """ get_command_poll_period(self, cmd_name) -> int Return the command polling period. Parameters : - cmd_name : (str) command name Return : polling period in milliseconds """) document_method("get_attribute_poll_period", """ get_attribute_poll_period(self, attr_name) -> int Return the attribute polling period. Parameters : - attr_name : (str) attribute name Return : polling period in milliseconds """) document_method("is_command_polled", """ is_command_polled(self, cmd_name) -> bool True if the command is polled. Parameters : - cmd_name : (str) command name Return : boolean value """) document_method("is_attribute_polled", """ is_attribute_polled(self, attr_name) -> bool True if the attribute is polled. Parameters : - attr_name : (str) attribute name Return : boolean value """) document_method("stop_poll_command", """ stop_poll_command(self, cmd_name) -> None Remove a command from the list of polled commands. Parameters : - cmd_name : (str) command name Return : None """) document_method("stop_poll_attribute", """ stop_poll_attribute(self, attr_name) -> None Remove an attribute from the list of polled attributes. Parameters : - attr_name : (str) attribute name Return : None """) # ------------------------------------- # Asynchronous methods # ------------------------------------- # read_attribute_asynch -> in code # read_attributes_asynch -> in code # read_attribute_reply -> in code document_method("read_attributes_reply", """ read_attributes_reply(self, id, extract_as=ExtractAs.Numpy) -> DeviceAttribute Check if the answer of an asynchronous read_attribute is arrived (polling model). Parameters : - id : (int) is the asynchronous call identifier. - extract_as : (ExtractAs) Return : If the reply is arrived and if it is a valid reply, it is returned to the caller in a list of DeviceAttribute. If the reply is an exception, it is re-thrown by this call. An exception is also thrown in case of the reply is not yet arrived. Throws : AsynCall, AsynReplyNotArrived, ConnectionFailed, CommunicationFailed, DevFailed from device New in PyTango 7.0.0 read_attributes_reply(self, id, timeout, extract_as=ExtractAs.Numpy) -> DeviceAttribute Check if the answer of an asynchronous read_attributes is arrived (polling model). Parameters : - id : (int) is the asynchronous call identifier. - timeout : (int) - extract_as : (ExtractAs) Return : If the reply is arrived and if it is a valid reply, it is returned to the caller in a list of DeviceAttribute. If the reply is an exception, it is re-thrown by this call. If the reply is not yet arrived, the call will wait (blocking the process) for the time specified in timeout. If after timeout milliseconds, the reply is still not there, an exception is thrown. If timeout is set to 0, the call waits until the reply arrived. Throws : AsynCall, AsynReplyNotArrived, ConnectionFailed, CommunicationFailed, DevFailed from device New in PyTango 7.0.0 """) document_method("pending_asynch_call", """ pending_asynch_call(self) -> int Return number of device asynchronous pending requests" New in PyTango 7.0.0 """) # write_attributes_asynch -> in code document_method("write_attributes_reply", """ write_attributes_reply(self, id) -> None Check if the answer of an asynchronous write_attributes is arrived (polling model). If the reply is arrived and if it is a valid reply, the call returned. If the reply is an exception, it is re-thrown by this call. An exception is also thrown in case of the reply is not yet arrived. Parameters : - id : (int) the asynchronous call identifier. Return : None Throws : AsynCall, AsynReplyNotArrived, CommunicationFailed, DevFailed from device. New in PyTango 7.0.0 write_attributes_reply(self, id, timeout) -> None Check if the answer of an asynchronous write_attributes is arrived (polling model). id is the asynchronous call identifier. If the reply is arrived and if it is a valid reply, the call returned. If the reply is an exception, it is re-thrown by this call. If the reply is not yet arrived, the call will wait (blocking the process) for the time specified in timeout. If after timeout milliseconds, the reply is still not there, an exception is thrown. If timeout is set to 0, the call waits until the reply arrived. Parameters : - id : (int) the asynchronous call identifier. - timeout : (int) the timeout Return : None Throws : AsynCall, AsynReplyNotArrived, CommunicationFailed, DevFailed from device. New in PyTango 7.0.0 """) # ------------------------------------ # Logging administration methods # ------------------------------------ document_method("add_logging_target", """ add_logging_target(self, target_type_target_name) -> None Adds a new logging target to the device. The target_type_target_name input parameter must follow the format: target_type::target_name. Supported target types are: console, file and device. For a device target, the target_name part of the target_type_target_name parameter must contain the name of a log consumer device (as defined in A.8). For a file target, target_name is the full path to the file to log to. If omitted, the device's name is used to build the file name (which is something like domain_family_member.log). Finally, the target_name part of the target_type_target_name input parameter is ignored in case of a console target and can be omitted. Parameters : - target_type_target_name : (str) logging target Return : None Throws : DevFailed from device New in PyTango 7.0.0 """) document_method("remove_logging_target", """ remove_logging_target(self, target_type_target_name) -> None Removes a logging target from the device's target list. The target_type_target_name input parameter must follow the format: target_type::target_name. Supported target types are: console, file and device. For a device target, the target_name part of the target_type_target_name parameter must contain the name of a log consumer device (as defined in ). For a file target, target_name is the full path to the file to remove. If omitted, the default log file is removed. Finally, the target_name part of the target_type_target_name input parameter is ignored in case of a console target and can be omitted. If target_name is set to '*', all targets of the specified target_type are removed. Parameters : - target_type_target_name : (str) logging target Return : None New in PyTango 7.0.0 """) document_method("get_logging_target", """ get_logging_target(self) -> sequence Returns a sequence of string containing the current device's logging targets. Each vector element has the following format: target_type::target_name. An empty sequence is returned is the device has no logging targets. Parameters : None Return : a squence with the logging targets New in PyTango 7.0.0 """) document_method("get_logging_level", """ get_logging_level(self) -> int Returns the current device's logging level, where: - 0=OFF - 1=FATAL - 2=ERROR - 3=WARNING - 4=INFO - 5=DEBUG Parameters :None Return : (int) representing the current logging level New in PyTango 7.0.0 """) document_method("set_logging_level", """ set_logging_level(self, (int)level) -> None Changes the device's logging level, where: - 0=OFF - 1=FATAL - 2=ERROR - 3=WARNING - 4=INFO - 5=DEBUG Parameters : - level : (int) logging level Return : None New in PyTango 7.0.0 """) # ------------------------------------ # Event methods # ------------------------------------ # subscribe_event -> in code # unsubscribe_event -> in code # get_events -> in code document_method("event_queue_size", """ event_queue_size(self, event_id) -> int Returns the number of stored events in the event reception buffer. After every call to DeviceProxy.get_events(), the event queue size is 0. During event subscription the client must have chosen the 'pull model' for this event. event_id is the event identifier returned by the DeviceProxy.subscribe_event() method. Parameters : - event_id : (int) event identifier Return : an integer with the queue size Throws : EventSystemFailed New in PyTango 7.0.0 """) document_method("get_last_event_date", """ get_last_event_date(self, event_id) -> TimeVal Returns the arrival time of the last event stored in the event reception buffer. After every call to DeviceProxy:get_events(), the event reception buffer is empty. In this case an exception will be returned. During event subscription the client must have chosen the 'pull model' for this event. event_id is the event identifier returned by the DeviceProxy.subscribe_event() method. Parameters : - event_id : (int) event identifier Return : (tango.TimeVal) representing the arrival time Throws : EventSystemFailed New in PyTango 7.0.0 """) document_method("is_event_queue_empty", """ is_event_queue_empty(self, event_id) -> bool Returns true when the event reception buffer is empty. During event subscription the client must have chosen the 'pull model' for this event. event_id is the event identifier returned by the DeviceProxy.subscribe_event() method. Parameters : - event_id : (int) event identifier Return : (bool) True if queue is empty or False otherwise Throws : EventSystemFailed New in PyTango 7.0.0 """) # ------------------------------------ # Locking methods # ------------------------------------ document_method("lock", """ lock(self, (int)lock_validity) -> None Lock a device. The lock_validity is the time (in seconds) the lock is kept valid after the previous lock call. A default value of 10 seconds is provided and should be fine in most cases. In case it is necessary to change the lock validity, it's not possible to ask for a validity less than a minimum value set to 2 seconds. The library provided an automatic system to periodically re lock the device until an unlock call. No code is needed to start/stop this automatic re-locking system. The locking system is re-entrant. It is then allowed to call this method on a device already locked by the same process. The locking system has the following features: * It is impossible to lock the database device or any device server process admin device * Destroying a locked DeviceProxy unlocks the device * Restarting a locked device keeps the lock * It is impossible to restart a device locked by someone else * Restarting a server breaks the lock A locked device is protected against the following calls when executed by another client: * command_inout call except for device state and status requested via command and for the set of commands defined as allowed following the definition of allowed command in the Tango control access schema. * write_attribute call * write_read_attribute call * set_attribute_config call Parameters : - lock_validity : (int) lock validity time in seconds (optional, default value is tango.constants.DEFAULT_LOCK_VALIDITY) Return : None New in PyTango 7.0.0 """) document_method("unlock", """ unlock(self, (bool)force) -> None Unlock a device. If used, the method argument provides a back door on the locking system. If this argument is set to true, the device will be unlocked even if the caller is not the locker. This feature is provided for administration purpopse and should be used very carefully. If this feature is used, the locker will receive a DeviceUnlocked during the next call which is normally protected by the locking Tango system. Parameters : - force : (bool) force unlocking even if we are not the locker (optional, default value is False) Return : None New in PyTango 7.0.0 """) document_method("locking_status", """ locking_status(self) -> str This method returns a plain string describing the device locking status. This string can be: * 'Device is not locked' in case the device is not locked * 'Device is locked by CPP or Python client with PID from host ' in case the device is locked by a CPP client * 'Device is locked by JAVA client class
    from host ' in case the device is locked by a JAVA client Parameters : None Return : a string representing the current locking status New in PyTango 7.0.0" """) document_method("is_locked", """ is_locked(self) -> bool Returns True if the device is locked. Otherwise, returns False. Parameters : None Return : (bool) True if the device is locked. Otherwise, False New in PyTango 7.0.0 """) document_method("is_locked_by_me", """ is_locked_by_me(self) -> bool Returns True if the device is locked by the caller. Otherwise, returns False (device not locked or locked by someone else) Parameters : None Return : (bool) True if the device is locked by us. Otherwise, False New in PyTango 7.0.0 """) document_method("get_locker", """ get_locker(self, lockinfo) -> bool If the device is locked, this method returns True an set some locker process informations in the structure passed as argument. If the device is not locked, the method returns False. Parameters : - lockinfo [out] : (tango.LockInfo) object that will be filled with lock informantion Return : (bool) True if the device is locked by us. Otherwise, False New in PyTango 7.0.0 """) def device_proxy_init(doc=True): __init_DeviceProxy() if doc: __doc_DeviceProxy() pytango-9.2.2/tango/device_server.py000066400000000000000000002542771316324373100175400ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ from __future__ import print_function import copy from ._tango import ( DeviceImpl, Device_3Impl, Device_4Impl, Device_5Impl, DevFailed, Attribute, WAttribute, MultiAttribute, MultiClassAttribute, Attr, Logger, AttrWriteType, AttrDataFormat, DispLevel, UserDefaultAttrProp, StdStringVector) from .utils import document_method as __document_method from .utils import copy_doc, get_latest_device_class from .attr_data import AttrData from .log4tango import TangoStream __docformat__ = "restructuredtext" __all__ = ["ChangeEventProp", "PeriodicEventProp", "ArchiveEventProp", "AttributeAlarm", "EventProperties", "AttributeConfig", "AttributeConfig_2", "AttributeConfig_3", "AttributeConfig_5", "MultiAttrProp", "device_server_init"] class LatestDeviceImpl(get_latest_device_class()): __doc__ = """\ Latest implementation of the TANGO device base class (alias for {0}). It inherits from CORBA classes where all the network layer is implemented. """.format(get_latest_device_class().__name__) class AttributeAlarm(object): """This class represents the python interface for the Tango IDL object AttributeAlarm.""" def __init__(self): self.min_alarm = '' self.max_alarm = '' self.min_warning = '' self.max_warning = '' self.delta_t = '' self.delta_val = '' self.extensions = [] class ChangeEventProp(object): """This class represents the python interface for the Tango IDL object ChangeEventProp.""" def __init__(self): self.rel_change = '' self.abs_change = '' self.extensions = [] class PeriodicEventProp(object): """This class represents the python interface for the Tango IDL object PeriodicEventProp.""" def __init__(self): self.period = '' self.extensions = [] class ArchiveEventProp(object): """This class represents the python interface for the Tango IDL object ArchiveEventProp.""" def __init__(self): self.rel_change = '' self.abs_change = '' self.period = '' self.extensions = [] class EventProperties(object): """This class represents the python interface for the Tango IDL object EventProperties.""" def __init__(self): self.ch_event = ChangeEventProp() self.per_event = PeriodicEventProp() self.arch_event = ArchiveEventProp() class MultiAttrProp(object): """This class represents the python interface for the Tango IDL object MultiAttrProp.""" def __init__(self): self.label = '' self.description = '' self.unit = '' self.standard_unit = '' self.display_unit = '' self.format = '' self.min_value = '' self.max_value = '' self.min_alarm = '' self.max_alarm = '' self.min_warning = '' self.max_warning = '' self.delta_t = '' self.delta_val = '' self.event_period = '' self.archive_period = '' self.rel_change = '' self.abs_change = '' self.archive_rel_change = '' self.archive_abs_change = '' def _init_attr_config(attr_cfg): """Helper function to initialize attribute config objects""" attr_cfg.name = '' attr_cfg.writable = AttrWriteType.READ attr_cfg.data_format = AttrDataFormat.SCALAR attr_cfg.data_type = 0 attr_cfg.max_dim_x = 0 attr_cfg.max_dim_y = 0 attr_cfg.description = '' attr_cfg.label = '' attr_cfg.unit = '' attr_cfg.standard_unit = '' attr_cfg.display_unit = '' attr_cfg.format = '' attr_cfg.min_value = '' attr_cfg.max_value = '' attr_cfg.writable_attr_name = '' attr_cfg.extensions = [] class AttributeConfig(object): """This class represents the python interface for the Tango IDL object AttributeConfig.""" def __init__(self): _init_attr_config(self) self.min_alarm = '' self.max_alarm = '' class AttributeConfig_2(object): """This class represents the python interface for the Tango IDL object AttributeConfig_2.""" def __init__(self): _init_attr_config(self) self.level = DispLevel.OPERATOR self.min_alarm = '' self.max_alarm = '' class AttributeConfig_3(object): """This class represents the python interface for the Tango IDL object AttributeConfig_3.""" def __init__(self): _init_attr_config(self) self.level = -1 self.att_alarm = AttributeAlarm() self.event_prop = EventProperties() self.sys_extensions = [] class AttributeConfig_5(object): """This class represents the python interface for the Tango IDL object AttributeConfig_5.""" def __init__(self): _init_attr_config(self) self.memorized = False self.mem_init = False self.level = -1 self.root_attr_name = '' self.enum_labels = [] self.att_alarm = AttributeAlarm() self.event_prop = EventProperties() self.sys_extensions = [] def __Attribute__get_properties(self, attr_cfg=None): """get_properties(self, attr_cfg = None) -> AttributeConfig Get attribute properties. Parameters : - conf : the config object to be filled with the attribute configuration. Default is None meaning the method will create internally a new AttributeConfig_5 and return it. Can be AttributeConfig, AttributeConfig_2, AttributeConfig_3, AttributeConfig_5 or MultiAttrProp Return : (AttributeConfig) the config object filled with attribute configuration information New in PyTango 7.1.4 """ if attr_cfg is None: attr_cfg = MultiAttrProp() if not isinstance(attr_cfg, MultiAttrProp): raise TypeError("attr_cfg must be an instance of MultiAttrProp") return self._get_properties_multi_attr_prop(attr_cfg) def __Attribute__set_properties(self, attr_cfg, dev=None): """set_properties(self, attr_cfg, dev) -> None Set attribute properties. This method sets the attribute properties value with the content of the fileds in the AttributeConfig/ AttributeConfig_3 object Parameters : - conf : (AttributeConfig or AttributeConfig_3) the config object. - dev : (DeviceImpl) the device (not used, maintained for backward compatibility) New in PyTango 7.1.4 """ if not isinstance(attr_cfg, MultiAttrProp): raise TypeError("attr_cfg must be an instance of MultiAttrProp") return self._set_properties_multi_attr_prop(attr_cfg) def __Attribute__str(self): return '%s(%s)' % (self.__class__.__name__, self.get_name()) def __init_Attribute(): Attribute.__str__ = __Attribute__str Attribute.__repr__ = __Attribute__str Attribute.get_properties = __Attribute__get_properties Attribute.set_properties = __Attribute__set_properties def __DeviceImpl__get_device_class(self): try: return self._device_class_instance except AttributeError: return None def __DeviceImpl__get_device_properties(self, ds_class=None): """get_device_properties(self, ds_class = None) -> None Utility method that fetches all the device properties from the database and converts them into members of this DeviceImpl. Parameters : - ds_class : (DeviceClass) the DeviceClass object. Optional. Default value is None meaning that the corresponding DeviceClass object for this DeviceImpl will be used Return : None Throws : DevFailed """ if ds_class is None: try: # Call this method in a try/except in case this is called during the DS shutdown sequence ds_class = self.get_device_class() except: return try: pu = self.prop_util = ds_class.prop_util self.device_property_list = copy.deepcopy(ds_class.device_property_list) class_prop = ds_class.class_property_list pu.get_device_properties(self, class_prop, self.device_property_list) for prop_name in class_prop: setattr(self, prop_name, pu.get_property_values(prop_name, class_prop)) for prop_name in self.device_property_list: setattr(self, prop_name, self.prop_util.get_property_values(prop_name, self.device_property_list)) except DevFailed as df: print(80 * "-") print(df) raise df def __DeviceImpl__add_attribute(self, attr, r_meth=None, w_meth=None, is_allo_meth=None): """add_attribute(self, attr, r_meth=None, w_meth=None, is_allo_meth=None) -> Attr Add a new attribute to the device attribute list. Please, note that if you add an attribute to a device at device creation time, this attribute will be added to the device class attribute list. Therefore, all devices belonging to the same class created after this attribute addition will also have this attribute. Parameters : - attr : (Attr or AttrData) the new attribute to be added to the list. - r_meth : (callable) the read method to be called on a read request - w_meth : (callable) the write method to be called on a write request (if attr is writable) - is_allo_meth: (callable) the method that is called to check if it is possible to access the attribute or not Return : (Attr) the newly created attribute. Throws : DevFailed """ attr_data = None if isinstance(attr, AttrData): attr_data = attr attr = attr.to_attr() att_name = attr.get_name() add_name_in_list = False r_name = 'read_%s' % att_name if r_meth is None: if attr_data is not None: r_name = attr_data.read_method_name else: r_name = r_meth.__name__ w_name = 'write_%s' % att_name if w_meth is None: if attr_data is not None: w_name = attr_data.write_method_name else: w_name = w_meth.__name__ ia_name = 'is_%s_allowed' % att_name if is_allo_meth is None: if attr_data is not None: ia_name = attr_data.is_allowed_name else: ia_name = is_allo_meth.__name__ try: self._add_attribute(attr, r_name, w_name, ia_name) if add_name_in_list: cl = self.get_device_class() cl.dyn_att_added_methods.append(att_name) except: if add_name_in_list: self._remove_attr_meth(att_name) raise return attr def __DeviceImpl__remove_attribute(self, attr_name): """remove_attribute(self, attr_name) -> None Remove one attribute from the device attribute list. Parameters : - attr_name : (str) attribute name Return : None Throws : DevFailed """ try: # Call this method in a try/except in case remove_attribute # is called during the DS shutdown sequence cl = self.get_device_class() except: return dev_list = cl.get_device_list() nb_dev = len(dev_list) if nb_dev == 1: self._remove_attr_meth(attr_name) else: nb_except = 0 for dev in dev_list: try: dev.get_device_attr().get_attr_by_name(attr_name) except: nb_except += 1 if nb_except == nb_dev - 1: self._remove_attr_meth(attr_name) self._remove_attribute(attr_name) def __DeviceImpl___remove_attr_meth(self, attr_name): """for internal usage only""" cl = self.get_device_class() if cl.dyn_att_added_methods.count(attr_name) != 0: r_meth_name = 'read_%s' % attr_name if hasattr(self.__class__, r_meth_name): delattr(self.__class__, r_meth_name) w_meth_name = 'write_%s' % attr_name if hasattr(self.__class__, w_meth_name): delattr(self.__class__, w_meth_name) allo_meth_name = 'is_%s_allowed' % attr_name if hasattr(self.__class__, allo_meth_name): delattr(self.__class__, allo_meth_name) cl.dyn_att_added_methods.remove(attr_name) def __DeviceImpl__add_command(self, cmd, device_level=True): """add_command(self, cmd, level=TANGO::OPERATOR) -> cmd Add a new command to the device command list. Parameters : - cmd : the new command to be added to the list - device_level : Set this flag to true if the command must be added for only this device Return : Command Throws : DevFailed """ add_name_in_list = False # This flag is always False, what use is it? try: config = dict(cmd.__tango_command__[1][2]) if config and ("Display level" in config): disp_level = config["Display level"] else: disp_level = DispLevel.OPERATOR self._add_command(cmd.__name__, cmd.__tango_command__[1], disp_level, device_level) if add_name_in_list: cl = self.get_device_class() cl.dyn_cmd_added_methods.append(cmd.__name__) except: if add_name_in_list: self._remove_cmd(cmd.__name__) raise return cmd def __DeviceImpl__remove_command(self, cmd_name, free_it=False, clean_db=True): """ remove_command(self, attr_name) -> None Remove one command from the device command list. Parameters : - cmd_name : (str) command name to be removed from the list - free_it : Boolean set to true if the command object must be freed. - clean_db : Clean command related information (included polling info if the command is polled) from database. Return : None Throws : DevFailed """ try: # Call this method in a try/except in case remove # is called during the DS shutdown sequence cl = self.get_device_class() except: return if cl.dyn_cmd_added_methods.count(cmd_name) != 0: cl.dyn_cmd_added_methods.remove(cmd_name) self._remove_command(cmd_name, free_it, clean_db) def __DeviceImpl__debug_stream(self, msg, *args): """ debug_stream(self, msg, *args) -> None Sends the given message to the tango debug stream. Since PyTango 7.1.3, the same can be achieved with:: print(msg, file=self.log_debug) Parameters : - msg : (str) the message to be sent to the debug stream Return : None """ self.__debug_stream(msg % args) def __DeviceImpl__info_stream(self, msg, *args): """ info_stream(self, msg, *args) -> None Sends the given message to the tango info stream. Since PyTango 7.1.3, the same can be achieved with:: print(msg, file=self.log_info) Parameters : - msg : (str) the message to be sent to the info stream Return : None """ self.__info_stream(msg % args) def __DeviceImpl__warn_stream(self, msg, *args): """ warn_stream(self, msg, *args) -> None Sends the given message to the tango warn stream. Since PyTango 7.1.3, the same can be achieved with:: print(msg, file=self.log_warn) Parameters : - msg : (str) the message to be sent to the warn stream Return : None """ self.__warn_stream(msg % args) def __DeviceImpl__error_stream(self, msg, *args): """ error_stream(self, msg, *args) -> None Sends the given message to the tango error stream. Since PyTango 7.1.3, the same can be achieved with:: print(msg, file=self.log_error) Parameters : - msg : (str) the message to be sent to the error stream Return : None """ self.__error_stream(msg % args) def __DeviceImpl__fatal_stream(self, msg, *args): """ fatal_stream(self, msg, *args) -> None Sends the given message to the tango fatal stream. Since PyTango 7.1.3, the same can be achieved with:: print(msg, file=self.log_fatal) Parameters : - msg : (str) the message to be sent to the fatal stream Return : None """ self.__fatal_stream(msg % args) @property def __DeviceImpl__debug(self): if not hasattr(self, "_debug_s"): self._debug_s = TangoStream(self.debug_stream) return self._debug_s @property def __DeviceImpl__info(self): if not hasattr(self, "_info_s"): self._info_s = TangoStream(self.info_stream) return self._info_s @property def __DeviceImpl__warn(self): if not hasattr(self, "_warn_s"): self._warn_s = TangoStream(self.warn_stream) return self._warn_s @property def __DeviceImpl__error(self): if not hasattr(self, "_error_s"): self._error_s = TangoStream(self.error_stream) return self._error_s @property def __DeviceImpl__fatal(self): if not hasattr(self, "_fatal_s"): self._fatal_s = TangoStream(self.fatal_stream) return self._fatal_s def __DeviceImpl__str(self): return '%s(%s)' % (self.__class__.__name__, self.get_name()) def __init_DeviceImpl(): DeviceImpl._device_class_instance = None DeviceImpl.get_device_class = __DeviceImpl__get_device_class DeviceImpl.get_device_properties = __DeviceImpl__get_device_properties DeviceImpl.add_attribute = __DeviceImpl__add_attribute DeviceImpl.remove_attribute = __DeviceImpl__remove_attribute DeviceImpl._remove_attr_meth = __DeviceImpl___remove_attr_meth DeviceImpl.add_command = __DeviceImpl__add_command DeviceImpl.remove_command = __DeviceImpl__remove_command DeviceImpl.__str__ = __DeviceImpl__str DeviceImpl.__repr__ = __DeviceImpl__str DeviceImpl.debug_stream = __DeviceImpl__debug_stream DeviceImpl.info_stream = __DeviceImpl__info_stream DeviceImpl.warn_stream = __DeviceImpl__warn_stream DeviceImpl.error_stream = __DeviceImpl__error_stream DeviceImpl.fatal_stream = __DeviceImpl__fatal_stream DeviceImpl.log_debug = __DeviceImpl__debug DeviceImpl.log_info = __DeviceImpl__info DeviceImpl.log_warn = __DeviceImpl__warn DeviceImpl.log_error = __DeviceImpl__error DeviceImpl.log_fatal = __DeviceImpl__fatal def __Logger__log(self, level, msg, *args): """ log(self, level, msg, *args) -> None Sends the given message to the tango the selected stream. Parameters : - level: (Level.LevelLevel) Log level - msg : (str) the message to be sent to the stream - args: (seq) list of optional message arguments Return : None .. versionchanged: """ self.__log(level, msg % args) def __Logger__log_unconditionally(self, level, msg, *args): """ log_unconditionally(self, level, msg, *args) -> None Sends the given message to the tango the selected stream, without checking the level. Parameters : - level: (Level.LevelLevel) Log level - msg : (str) the message to be sent to the stream - args: (seq) list of optional message arguments Return : None """ self.__log_unconditionally(level, msg % args) def __Logger__debug(self, msg, *args): """ debug(self, msg, *args) -> None Sends the given message to the tango debug stream. Parameters : - msg : (str) the message to be sent to the debug stream - args: (seq) list of optional message arguments Return : None """ self.__debug(msg % args) def __Logger__info(self, msg, *args): """ info(self, msg, *args) -> None Sends the given message to the tango info stream. Parameters : - msg : (str) the message to be sent to the info stream - args: (seq) list of optional message arguments Return : None """ self.__info(msg % args) def __Logger__warn(self, msg, *args): """ warn(self, msg, *args) -> None Sends the given message to the tango warn stream. Parameters : - msg : (str) the message to be sent to the warn stream - args: (seq) list of optional message arguments Return : None """ self.__warn(msg % args) def __Logger__error(self, msg, *args): """ error(self, msg, *args) -> None Sends the given message to the tango error stream. Parameters : - msg : (str) the message to be sent to the error stream - args: (seq) list of optional message arguments Return : None """ self.__error(msg % args) def __Logger__fatal(self, msg, *args): """ fatal(self, msg, *args) -> None Sends the given message to the tango fatal stream. Parameters : - msg : (str) the message to be sent to the fatal stream - args: (seq) list of optional message arguments Return : None """ self.__fatal(msg % args) def __UserDefaultAttrProp_set_enum_labels(self, enum_labels): """ set_enum_labels(self, enum_labels) -> None Set default enumeration labels. Parameters : - enum_labels : (seq) list of enumeration labels New in PyTango 9.2.0 """ elbls = StdStringVector() for enu in enum_labels: elbls.append(enu) return self._set_enum_labels(elbls) def __Attr__str(self): return '%s(%s)' % (self.__class__.__name__, self.get_name()) def __init_Attr(): Attr.__str__ = __Attr__str Attr.__repr__ = __Attr__str def __init_UserDefaultAttrProp(): UserDefaultAttrProp.set_enum_labels = __UserDefaultAttrProp_set_enum_labels def __init_Logger(): Logger.log = __Logger__log Logger.log_unconditionally = __Logger__log_unconditionally Logger.debug = __Logger__debug Logger.info = __Logger__info Logger.warn = __Logger__warn Logger.error = __Logger__error Logger.fatal = __Logger__fatal def __doc_DeviceImpl(): def document_method(method_name, desc, append=True): return __document_method(DeviceImpl, method_name, desc, append) DeviceImpl.__doc__ = """ Base class for all TANGO device. This class inherits from CORBA classes where all the network layer is implemented. """ document_method("init_device", """ init_device(self) -> None Intialize the device. Parameters : None Return : None """) document_method("set_state", """ set_state(self, new_state) -> None Set device state. Parameters : - new_state : (DevState) the new device state Return : None """) document_method("get_state", """ get_state(self) -> DevState Get a COPY of the device state. Parameters : None Return : (DevState) Current device state """) document_method("get_prev_state", """ get_prev_state(self) -> DevState Get a COPY of the device's previous state. Parameters : None Return : (DevState) the device's previous state """) document_method("get_name", """ get_name(self) -> (str) Get a COPY of the device name. Parameters : None Return : (str) the device name """) document_method("get_device_attr", """ get_device_attr(self) -> MultiAttribute Get device multi attribute object. Parameters : None Return : (MultiAttribute) the device's MultiAttribute object """) document_method("register_signal", """ register_signal(self, signo) -> None Register a signal. Register this device as device to be informed when signal signo is sent to to the device server process Parameters : - signo : (int) signal identifier Return : None """) document_method("unregister_signal", """ unregister_signal(self, signo) -> None Unregister a signal. Unregister this device as device to be informed when signal signo is sent to to the device server process Parameters : - signo : (int) signal identifier Return : None """) document_method("get_status", """ get_status(self, ) -> str Get a COPY of the device status. Parameters : None Return : (str) the device status """) document_method("set_status", """ set_status(self, new_status) -> None Set device status. Parameters : - new_status : (str) the new device status Return : None """) document_method("append_status", """ append_status(self, status, new_line=False) -> None Appends a string to the device status. Parameters : status : (str) the string to be appened to the device status new_line : (bool) If true, appends a new line character before the string. Default is False Return : None """) document_method("dev_state", """ dev_state(self) -> DevState Get device state. Default method to get device state. The behaviour of this method depends on the device state. If the device state is ON or ALARM, it reads the attribute(s) with an alarm level defined, check if the read value is above/below the alarm and eventually change the state to ALARM, return the device state. For all th other device state, this method simply returns the state This method can be redefined in sub-classes in case of the default behaviour does not fullfill the needs. Parameters : None Return : (DevState) the device state Throws : DevFailed - If it is necessary to read attribute(s) and a problem occurs during the reading """) document_method("dev_status", """ dev_status(self) -> str Get device status. Default method to get device status. It returns the contents of the device dev_status field. If the device state is ALARM, alarm messages are added to the device status. This method can be redefined in sub-classes in case of the default behaviour does not fullfill the needs. Parameters : None Return : (str) the device status Throws : DevFailed - If it is necessary to read attribute(s) and a problem occurs during the reading """) document_method("set_change_event", """ set_change_event(self, attr_name, implemented, detect=True) -> None Set an implemented flag for the attribute to indicate that the server fires change events manually, without the polling to be started. If the detect parameter is set to true, the criteria specified for the change event are verified and the event is only pushed if they are fullfilled. If detect is set to false the event is fired without any value checking! Parameters : - attr_name : (str) attribute name - implemented : (bool) True when the server fires change events manually. - detect : (bool) Triggers the verification of the change event properties when set to true. Default value is true. Return : None """) document_method("set_archive_event", """ set_archive_event(self, attr_name, implemented, detect=True) -> None Set an implemented flag for the attribute to indicate that the server fires archive events manually, without the polling to be started. If the detect parameter is set to true, the criteria specified for the archive event are verified and the event is only pushed if they are fullfilled. If detect is set to false the event is fired without any value checking! Parameters : - attr_name : (str) attribute name - implemented : (bool) True when the server fires change events manually. - detect : (bool) Triggers the verification of the change event properties when set to true. Default value is true. Return : None """) document_method("push_change_event", """ push_change_event(self, attr_name) -> None push_change_event(self, attr_name, except) -> None push_change_event(self, attr_name, data, dim_x = 1, dim_y = 0) -> None push_change_event(self, attr_name, str_data, data) -> None push_change_event(self, attr_name, data, time_stamp, quality, dim_x = 1, dim_y = 0) -> None push_change_event(self, attr_name, str_data, data, time_stamp, quality) -> None Push a change event for the given attribute name. The event is pushed to the notification daemon. Parameters: - attr_name : (str) attribute name - data : the data to be sent as attribute event data. Data must be compatible with the attribute type and format. for SPECTRUM and IMAGE attributes, data can be any type of sequence of elements compatible with the attribute type - str_data : (str) special variation for DevEncoded data type. In this case 'data' must be a str or an object with the buffer interface. - except: (DevFailed) Instead of data, you may want to send an exception. - dim_x : (int) the attribute x length. Default value is 1 - dim_y : (int) the attribute y length. Default value is 0 - time_stamp : (double) the time stamp - quality : (AttrQuality) the attribute quality factor Throws : DevFailed If the attribute data type is not coherent. """) document_method("push_archive_event", """ push_archive_event(self, attr_name) -> None push_archive_event(self, attr_name, except) -> None push_archive_event(self, attr_name, data, dim_x = 1, dim_y = 0) -> None push_archive_event(self, attr_name, str_data, data) -> None push_archive_event(self, attr_name, data, time_stamp, quality, dim_x = 1, dim_y = 0) -> None push_archive_event(self, attr_name, str_data, data, time_stamp, quality) -> None Push an archive event for the given attribute name. The event is pushed to the notification daemon. Parameters: - attr_name : (str) attribute name - data : the data to be sent as attribute event data. Data must be compatible with the attribute type and format. for SPECTRUM and IMAGE attributes, data can be any type of sequence of elements compatible with the attribute type - str_data : (str) special variation for DevEncoded data type. In this case 'data' must be a str or an object with the buffer interface. - except: (DevFailed) Instead of data, you may want to send an exception. - dim_x : (int) the attribute x length. Default value is 1 - dim_y : (int) the attribute y length. Default value is 0 - time_stamp : (double) the time stamp - quality : (AttrQuality) the attribute quality factor Throws : DevFailed If the attribute data type is not coherent. """) document_method("push_event", """ push_event(self, attr_name, filt_names, filt_vals) -> None push_event(self, attr_name, filt_names, filt_vals, data, dim_x = 1, dim_y = 0) -> None push_event(self, attr_name, filt_names, filt_vals, str_data, data) -> None push_event(self, attr_name, filt_names, filt_vals, data, time_stamp, quality, dim_x = 1, dim_y = 0) -> None push_event(self, attr_name, filt_names, filt_vals, str_data, data, time_stamp, quality) -> None Push a user event for the given attribute name. The event is pushed to the notification daemon. Parameters: - attr_name : (str) attribute name - filt_names : (sequence) the filterable fields name - filt_vals : (sequence) the filterable fields value - data : the data to be sent as attribute event data. Data must be compatible with the attribute type and format. for SPECTRUM and IMAGE attributes, data can be any type of sequence of elements compatible with the attribute type - str_data : (str) special variation for DevEncoded data type. In this case 'data' must be a str or an object with the buffer interface. - dim_x : (int) the attribute x length. Default value is 1 - dim_y : (int) the attribute y length. Default value is 0 - time_stamp : (double) the time stamp - quality : (AttrQuality) the attribute quality factor Throws : DevFailed If the attribute data type is not coherent. """) document_method("push_data_ready_event", """ push_data_ready_event(self, attr_name, counter = 0) -> None Push a data ready event for the given attribute name. The event is pushed to the notification daemon. The method needs only the attribue name and an optional "counter" which will be passed unchanged within the event Parameters : - attr_name : (str) attribute name - counter : (int) the user counter Return : None Throws : DevFailed If the attribute name is unknown. """) document_method("push_pipe_event", """ push_pipe_event(self, pipe_name, except) -> None push_pipe_event(self, pipe_name, blob, reuse_it) -> None push_pipe_event(self, pipe_name, blob, timeval, reuse_it) -> None Push a pipe event for the given blob. Parameters : - pipe_name : (str) pipe name - blob : (DevicePipeBlob) the blob data Return : None Throws : DevFailed If the pipe name is unknown. New in PyTango 9.2.2 """) document_method("get_logger", """ get_logger(self) -> Logger Returns the Logger object for this device Parameters : None Return : (Logger) the Logger object for this device """) document_method("get_exported_flag", """ get_exported_flag(self) -> bool Returns the state of the exported flag Parameters : None Return : (bool) the state of the exported flag New in PyTango 7.1.2 """) document_method("get_poll_ring_depth", """ get_poll_ring_depth(self) -> int Returns the poll ring depth Parameters : None Return : (int) the poll ring depth New in PyTango 7.1.2 """) document_method("get_poll_old_factor", """ get_poll_old_factor(self) -> int Returns the poll old factor Parameters : None Return : (int) the poll old factor New in PyTango 7.1.2 """) document_method("is_polled", """ is_polled(self) -> bool Returns if it is polled Parameters : None Return : (bool) True if it is polled or False otherwise New in PyTango 7.1.2 """) document_method("get_polled_cmd", """ get_polled_cmd(self) -> sequence Returns a COPY of the list of polled commands Parameters : None Return : (sequence) a COPY of the list of polled commands New in PyTango 7.1.2 """) document_method("get_polled_attr", """ get_polled_attr(self) -> sequence Returns a COPY of the list of polled attributes Parameters : None Return : (sequence) a COPY of the list of polled attributes New in PyTango 7.1.2 """) document_method("get_non_auto_polled_cmd", """ get_non_auto_polled_cmd(self) -> sequence Returns a COPY of the list of non automatic polled commands Parameters : None Return : (sequence) a COPY of the list of non automatic polled commands New in PyTango 7.1.2 """) document_method("get_non_auto_polled_attr", """ get_non_auto_polled_attr(self) -> sequence Returns a COPY of the list of non automatic polled attributes Parameters : None Return : (sequence) a COPY of the list of non automatic polled attributes New in PyTango 7.1.2 """) document_method("stop_polling", """ stop_polling(self) -> None stop_polling(self, with_db_upd) -> None Stop all polling for a device. if the device is polled, call this method before deleting it. Parameters : - with_db_upd : (bool) Is it necessary to update db ? Return : None New in PyTango 7.1.2 """) document_method("get_attribute_poll_period", """ get_attribute_poll_period(self, attr_name) -> int Returns the attribute polling period (ms) or 0 if the attribute is not polled. Parameters : - attr_name : (str) attribute name Return : (int) attribute polling period (ms) or 0 if it is not polled New in PyTango 8.0.0 """) document_method("get_command_poll_period", """ get_command_poll_period(self, cmd_name) -> int Returns the command polling period (ms) or 0 if the command is not polled. Parameters : - cmd_name : (str) command name Return : (int) command polling period (ms) or 0 if it is not polled New in PyTango 8.0.0 """) document_method("check_command_exists", """ check_command_exists(self) -> None This method check that a command is supported by the device and does not need input value. The method throws an exception if the command is not defined or needs an input value Parameters : - cmd_name: (str) the command name Return : None Throws : DevFailed API_IncompatibleCmdArgumentType, API_CommandNotFound New in PyTango 7.1.2 """) document_method("get_dev_idl_version", """ get_dev_idl_version(self) -> int Returns the IDL version Parameters : None Return : (int) the IDL version New in PyTango 7.1.2 """) document_method("get_cmd_poll_ring_depth", """ get_cmd_poll_ring_depth(self, cmd_name) -> int Returns the command poll ring depth Parameters : - cmd_name: (str) the command name Return : (int) the command poll ring depth New in PyTango 7.1.2 """) document_method("get_attr_poll_ring_depth", """ get_attr_poll_ring_depth(self, attr_name) -> int Returns the attribute poll ring depth Parameters : - attr_name: (str) the attribute name Return : (int) the attribute poll ring depth New in PyTango 7.1.2 """) document_method("is_device_locked", """ is_device_locked(self) -> bool Returns if this device is locked by a client Parameters : None Return : (bool) True if it is locked or False otherwise New in PyTango 7.1.2 """) document_method("get_min_poll_period", """ get_min_poll_period(self) -> int Returns the min poll period Parameters : None Return : (int) the min poll period New in PyTango 7.2.0 """) document_method("get_cmd_min_poll_period", """ get_cmd_min_poll_period(self) -> seq Returns the min command poll period Parameters : None Return : (seq) the min command poll period New in PyTango 7.2.0 """) document_method("get_attr_min_poll_period", """ get_attr_min_poll_period(self) -> seq Returns the min attribute poll period Parameters : None Return : (seq) the min attribute poll period New in PyTango 7.2.0 """) document_method("push_att_conf_event", """ push_att_conf_event(self, attr) -> None Push an attribute configuration event. Parameters : (Attribute) the attribute for which the configuration event will be sent. Return : None New in PyTango 7.2.1 """) document_method("push_pipe_event", """ push_pipe_event(self, blob) -> None Push an pipe event. Parameters : the blob which pipe event will be send. Return : None New in PyTango 9.2.2 """) document_method("is_there_subscriber", """ is_there_subscriber(self, att_name, event_type) -> bool Check if there is subscriber(s) listening for the event. This method returns a boolean set to true if there are some subscriber(s) listening on the event specified by the two method arguments. Be aware that there is some delay (up to 600 sec) between this method returning false and the last subscriber unsubscription or crash... The device interface change event is not supported by this method. Parameters : - att_name: (str) the attribute name - event_type (EventType): the event type Return : True if there is at least one listener or False otherwise """) def __doc_extra_DeviceImpl(cls): def document_method(method_name, desc, append=True): return __document_method(cls, method_name, desc, append) document_method("delete_device", """ delete_device(self) -> None Delete the device. Parameters : None Return : None """) document_method("always_executed_hook", """ always_executed_hook(self) -> None Hook method. Default method to implement an action necessary on a device before any command is executed. This method can be redefined in sub-classes in case of the default behaviour does not fullfill the needs Parameters : None Return : None Throws : DevFailed This method does not throw exception but a redefined method can. """) document_method("read_attr_hardware", """ read_attr_hardware(self, attr_list) -> None Read the hardware to return attribute value(s). Default method to implement an action necessary on a device to read the hardware involved in a a read attribute CORBA call. This method must be redefined in sub-classes in order to support attribute reading Parameters : attr_list : (sequence) list of indices in the device object attribute vector of an attribute to be read. Return : None Throws : DevFailed This method does not throw exception but a redefined method can. """) document_method("write_attr_hardware", """ write_attr_hardware(self) -> None Write the hardware for attributes. Default method to implement an action necessary on a device to write the hardware involved in a a write attribute. This method must be redefined in sub-classes in order to support writable attribute Parameters : attr_list : (sequence) list of indices in the device object attribute vector of an attribute to be written. Return : None Throws : DevFailed This method does not throw exception but a redefined method can. """) document_method("signal_handler", """ signal_handler(self, signo) -> None Signal handler. The method executed when the signal arrived in the device server process. This method is defined as virtual and then, can be redefined following device needs. Parameters : - signo : (int) the signal number Return : None Throws : DevFailed This method does not throw exception but a redefined method can. """) copy_doc(cls, "dev_state") copy_doc(cls, "dev_status") def __doc_Attribute(): def document_method(method_name, desc, append=True): return __document_method(Attribute, method_name, desc, append) Attribute.__doc__ = """ This class represents a Tango attribute. """ document_method("is_write_associated", """ is_write_associated(self) -> bool Check if the attribute has an associated writable attribute. Parameters : None Return : (bool) True if there is an associated writable attribute """) document_method("is_min_alarm", """ is_min_alarm(self) -> bool Check if the attribute is in minimum alarm condition. Parameters : None Return : (bool) true if the attribute is in alarm condition (read value below the min. alarm). """) document_method("is_max_alarm", """ is_max_alarm(self) -> bool Check if the attribute is in maximum alarm condition. Parameters : None Return : (bool) true if the attribute is in alarm condition (read value above the max. alarm). """) document_method("is_min_warning", """ is_min_warning(self) -> bool Check if the attribute is in minimum warning condition. Parameters : None Return : (bool) true if the attribute is in warning condition (read value below the min. warning). """) document_method("is_max_warning", """ is_max_warning(self) -> bool Check if the attribute is in maximum warning condition. Parameters : None Return : (bool) true if the attribute is in warning condition (read value above the max. warning). """) document_method("is_rds_alarm", """ is_rds_alarm(self) -> bool Check if the attribute is in RDS alarm condition. Parameters : None Return : (bool) true if the attribute is in RDS condition (Read Different than Set). """) document_method("is_polled", """ is_polled(self) -> bool Check if the attribute is polled. Parameters : None Return : (bool) true if the attribute is polled. """) document_method("check_alarm", """ check_alarm(self) -> bool Check if the attribute read value is below/above the alarm level. Parameters : None Return : (bool) true if the attribute is in alarm condition. Throws : DevFailed If no alarm level is defined. """) document_method("get_writable", """ get_writable(self) -> AttrWriteType Get the attribute writable type (RO/WO/RW). Parameters : None Return : (AttrWriteType) The attribute write type. """) document_method("get_name", """ get_name(self) -> str Get attribute name. Parameters : None Return : (str) The attribute name """) document_method("get_data_type", """ get_data_type(self) -> int Get attribute data type. Parameters : None Return : (int) the attribute data type """) document_method("get_data_format", """ get_data_format(self) -> AttrDataFormat Get attribute data format. Parameters : None Return : (AttrDataFormat) the attribute data format """) document_method("get_assoc_name", """ get_assoc_name(self) -> str Get name of the associated writable attribute. Parameters : None Return : (str) the associated writable attribute name """) document_method("get_assoc_ind", """ get_assoc_ind(self) -> int Get index of the associated writable attribute. Parameters : None Return : (int) the index in the main attribute vector of the associated writable attribute """) document_method("set_assoc_ind", """ set_assoc_ind(self, index) -> None Set index of the associated writable attribute. Parameters : - index : (int) The new index in the main attribute vector of the associated writable attribute Return : None """) document_method("get_date", """ get_date(self) -> TimeVal Get a COPY of the attribute date. Parameters : None Return : (TimeVal) the attribute date """) document_method("set_date", """ set_date(self, new_date) -> None Set attribute date. Parameters : - new_date : (TimeVal) the attribute date Return : None """) document_method("get_label", """ get_label(self, ) -> str Get attribute label property. Parameters : None Return : (str) he attribute label """) document_method("get_quality", """ get_quality(self) -> AttrQuality Get a COPY of the attribute data quality. Parameters : None Return : (AttrQuality) the attribute data quality """) document_method("set_quality", """ set_quality(self, quality, send_event=False) -> None Set attribute data quality. Parameters : - quality : (AttrQuality) the new attribute data quality - send_event : (bool) true if a change event should be sent. Default is false. Return : None """) document_method("get_data_size", """ get_data_size(self) -> None Get attribute data size. Parameters : None Return : (int) the attribute data size """) document_method("get_x", """ get_x(self) -> int Get attribute data size in x dimension. Parameters : None Return : (int) the attribute data size in x dimension. Set to 1 for scalar attribute """) document_method("get_max_dim_x", """ get_max_dim_x(self) -> int Get attribute maximum data size in x dimension. Parameters : None Return : (int) the attribute maximum data size in x dimension. Set to 1 for scalar attribute """) document_method("get_y", """ get_y(self) -> int Get attribute data size in y dimension. Parameters : None Return : (int) the attribute data size in y dimension. Set to 1 for scalar attribute """) document_method("get_max_dim_y", """ get_max_dim_y(self) -> int Get attribute maximum data size in y dimension. Parameters : None Return : (int) the attribute maximum data size in y dimension. Set to 0 for scalar attribute """) document_method("get_polling_period", """ get_polling_period(self) -> int Get attribute polling period. Parameters : None Return : (int) The attribute polling period in mS. Set to 0 when the attribute is not polled """) document_method("set_attr_serial_model", """ set_attr_serial_model(self, ser_model) -> void Set attribute serialization model. This method allows the user to choose the attribute serialization model. Parameters : - ser_model : (AttrSerialModel) The new serialisation model. The serialization model must be one of ATTR_BY_KERNEL, ATTR_BY_USER or ATTR_NO_SYNC Return : None New in PyTango 7.1.0 """) document_method("get_attr_serial_model", """ get_attr_serial_model(self) -> AttrSerialModel Get attribute serialization model. Parameters : None Return : (AttrSerialModel) The attribute serialization model New in PyTango 7.1.0 """) document_method("set_value", """ set_value(self, data, dim_x = 1, dim_y = 0) -> None <= DEPRECATED set_value(self, data) -> None set_value(self, str_data, data) -> None Set internal attribute value. This method stores the attribute read value inside the object. This method also stores the date when it is called and initializes the attribute quality factor. Parameters : - data : the data to be set. Data must be compatible with the attribute type and format. In the DEPRECATED form for SPECTRUM and IMAGE attributes, data can be any type of FLAT sequence of elements compatible with the attribute type. In the new form (without dim_x or dim_y) data should be any sequence for SPECTRUM and a SEQUENCE of equal-length SEQUENCES for IMAGE attributes. The recommended sequence is a C continuous and aligned numpy array, as it can be optimized. - str_data : (str) special variation for DevEncoded data type. In this case 'data' must be a str or an object with the buffer interface. - dim_x : (int) [DEPRECATED] the attribute x length. Default value is 1 - dim_y : (int) [DEPRECATED] the attribute y length. Default value is 0 Return : None """) document_method("set_value_date_quality", """ set_value_date_quality(self, data, time_stamp, quality, dim_x = 1, dim_y = 0) -> None <= DEPRECATED set_value_date_quality(self, data, time_stamp, quality) -> None set_value_date_quality(self, str_data, data, time_stamp, quality) -> None Set internal attribute value, date and quality factor. This method stores the attribute read value, the date and the attribute quality factor inside the object. Parameters : - data : the data to be set. Data must be compatible with the attribute type and format. In the DEPRECATED form for SPECTRUM and IMAGE attributes, data can be any type of FLAT sequence of elements compatible with the attribute type. In the new form (without dim_x or dim_y) data should be any sequence for SPECTRUM and a SEQUENCE of equal-length SEQUENCES for IMAGE attributes. The recommended sequence is a C continuous and aligned numpy array, as it can be optimized. - str_data : (str) special variation for DevEncoded data type. In this case 'data' must be a str or an object with the buffer interface. - dim_x : (int) [DEPRECATED] the attribute x length. Default value is 1 - dim_y : (int) [DEPRECATED] the attribute y length. Default value is 0 - time_stamp : (double) the time stamp - quality : (AttrQuality) the attribute quality factor Return : None """) document_method("set_change_event", """ set_change_event(self, implemented, detect = True) -> None Set a flag to indicate that the server fires change events manually, without the polling to be started for the attribute. If the detect parameter is set to true, the criteria specified for the change event are verified and the event is only pushed if they are fullfilled. If detect is set to false the event is fired without any value checking! Parameters : - implemented : (bool) True when the server fires change events manually. - detect : (bool) (optional, default is True) Triggers the verification of the change event properties when set to true. Return : None New in PyTango 7.1.0 """) document_method("set_archive_event", """ set_archive_event(self, implemented, detect = True) -> None Set a flag to indicate that the server fires archive events manually, without the polling to be started for the attribute If the detect parameter is set to true, the criteria specified for the archive event are verified and the event is only pushed if they are fullfilled. Parameters : - implemented : (bool) True when the server fires archive events manually. - detect : (bool) (optional, default is True) Triggers the verification of the archive event properties when set to true. Return : None New in PyTango 7.1.0 """) document_method("is_change_event", """ is_change_event(self) -> bool Check if the change event is fired manually (without polling) for this attribute. Parameters : None Return : (bool) True if a manual fire change event is implemented. New in PyTango 7.1.0 """) document_method("is_check_change_criteria", """ is_check_change_criteria(self) -> bool Check if the change event criteria should be checked when firing the event manually. Parameters : None Return : (bool) True if a change event criteria will be checked. New in PyTango 7.1.0 """) document_method("is_archive_event", """ is_archive_event(self) -> bool Check if the archive event is fired manually (without polling) for this attribute. Parameters : None Return : (bool) True if a manual fire archive event is implemented. New in PyTango 7.1.0 """) document_method("is_check_archive_criteria", """ is_check_archive_criteria(self) -> bool Check if the archive event criteria should be checked when firing the event manually. Parameters : None Return : (bool) True if a archive event criteria will be checked. New in PyTango 7.1.0 """) document_method("set_data_ready_event", """ set_data_ready_event(self, implemented) -> None Set a flag to indicate that the server fires data ready events. Parameters : - implemented : (bool) True when the server fires data ready events manually. Return : None New in PyTango 7.2.0 """) document_method("is_data_ready_event", """ is_data_ready_event(self) -> bool Check if the data ready event is fired manually (without polling) for this attribute. Parameters : None Return : (bool) True if a manual fire data ready event is implemented. New in PyTango 7.2.0 """) document_method("remove_configuration", """ remove_configuration(self) -> None Remove the attribute configuration from the database. This method can be used to clean-up all the configuration of an attribute to come back to its default values or the remove all configuration of a dynamic attribute before deleting it. The method removes all configured attribute properties and removes the attribute from the list of polled attributes. Parameters : None Return : None New in PyTango 7.1.0 """) def __doc_WAttribute(): def document_method(method_name, desc, append=True): return __document_method(WAttribute, method_name, desc, append) WAttribute.__doc__ = """ This class represents a Tango writable attribute. """ document_method("get_min_value", """ get_min_value(self) -> obj Get attribute minimum value or throws an exception if the attribute does not have a minimum value. Parameters : None Return : (obj) an object with the python minimum value """) document_method("get_max_value", """ get_max_value(self) -> obj Get attribute maximum value or throws an exception if the attribute does not have a maximum value. Parameters : None Return : (obj) an object with the python maximum value """) document_method("set_min_value", """ set_min_value(self, data) -> None Set attribute minimum value. Parameters : - data : the attribute minimum value. python data type must be compatible with the attribute data format and type. Return : None """) document_method("set_max_value", """ set_max_value(self, data) -> None Set attribute maximum value. Parameters : - data : the attribute maximum value. python data type must be compatible with the attribute data format and type. Return : None """) document_method("is_min_value", """ is_min_value(self) -> bool Check if the attribute has a minimum value. Parameters : None Return : (bool) true if the attribute has a minimum value defined """) document_method("is_max_value", """ is_max_value(self, ) -> bool Check if the attribute has a maximum value. Parameters : None Return : (bool) true if the attribute has a maximum value defined """) document_method("get_write_value_length", """ get_write_value_length(self) -> int Retrieve the new value length (data number) for writable attribute. Parameters : None Return : (int) the new value data length """) # document_method("set_write_value", """ # set_write_value(self, data, dim_x = 1, dim_y = 0) -> None # # Set the writable attribute value. # # Parameters : # - data : the data to be set. Data must be compatible with the attribute type and format. # for SPECTRUM and IMAGE attributes, data can be any type of sequence of elements # compatible with the attribute type # - dim_x : (int) the attribute set value x length. Default value is 1 # - dim_y : (int) the attribute set value y length. Default value is 0 # Return : None # """) document_method("get_write_value", """ get_write_value(self, lst) -> None <= DEPRECATED get_write_value(self, extract_as=ExtractAs.Numpy) -> obj Retrieve the new value for writable attribute. Parameters : - extract_as: (ExtractAs) - lst : [out] (list) a list object that will be filled with the attribute write value (DEPRECATED) Return : (obj) the attribute write value. """) def __doc_MultiClassAttribute(): def document_method(method_name, desc, append=True): return __document_method(MultiClassAttribute, method_name, desc, append) MultiClassAttribute.__doc__ = """ There is one instance of this class for each device class. This class is mainly an aggregate of :class:`~tango.Attr` objects. It eases management of multiple attributes New in PyTango 7.2.1""" document_method("get_attr", """ get_attr(self, attr_name) -> Attr Get the :class:`~tango.Attr` object for the attribute with name passed as parameter Parameters : - attr_name : (str) attribute name Return : (Attr) the attribute object Throws : DevFailed If the attribute is not defined. New in PyTango 7.2.1 """) document_method("remove_attr", """ remove_attr(self, attr_name, cl_name) -> None Remove the :class:`~tango.Attr` object for the attribute with name passed as parameter. Does nothing if the attribute does not exist. Parameters : - attr_name : (str) attribute name - cl_name : (str) the attribute class name New in PyTango 7.2.1 """) document_method("get_attr_list", """ get_attr_list(self) -> seq Get the list of :class:`~tango.Attr` for this device class. Return : (seq) the list of attribute objects New in PyTango 7.2.1 """) def __doc_MultiAttribute(): def document_method(method_name, desc, append=True): return __document_method(MultiAttribute, method_name, desc, append) MultiAttribute.__doc__ = """ There is one instance of this class for each device. This class is mainly an aggregate of :class:`~tango.Attribute` or :class:`~tango.WAttribute` objects. It eases management of multiple attributes""" document_method("get_attr_by_name", """ get_attr_by_name(self, attr_name) -> Attribute Get :class:`~tango.Attribute` object from its name. This method returns an :class:`~tango.Attribute` object with a name passed as parameter. The equality on attribute name is case independant. Parameters : - attr_name : (str) attribute name Return : (Attribute) the attribute object Throws : DevFailed If the attribute is not defined. """) document_method("get_attr_by_ind", """ get_attr_by_ind(self, ind) -> Attribute Get :class:`~tango.Attribute` object from its index. This method returns an :class:`~tango.Attribute` object from the index in the main attribute vector. Parameters : - ind : (int) the attribute index Return : (Attribute) the attribute object """) document_method("get_w_attr_by_name", """ get_w_attr_by_name(self, attr_name) -> WAttribute Get a writable attribute object from its name. This method returns an :class:`~tango.WAttribute` object with a name passed as parameter. The equality on attribute name is case independant. Parameters : - attr_name : (str) attribute name Return : (WAttribute) the attribute object Throws : DevFailed If the attribute is not defined. """) document_method("get_w_attr_by_ind", """ get_w_attr_by_ind(self, ind) -> WAttribute Get a writable attribute object from its index. This method returns an :class:`~tango.WAttribute` object from the index in the main attribute vector. Parameters : - ind : (int) the attribute index Return : (WAttribute) the attribute object """) document_method("get_attr_ind_by_name", """ get_attr_ind_by_name(self, attr_name) -> int Get Attribute index into the main attribute vector from its name. This method returns the index in the Attribute vector (stored in the :class:`~tango.MultiAttribute` object) of an attribute with a given name. The name equality is case independant. Parameters : - attr_name : (str) attribute name Return : (int) the attribute index Throws : DevFailed If the attribute is not found in the vector. New in PyTango 7.0.0 """) document_method("get_attr_nb", """ get_attr_nb(self) -> int Get attribute number. Parameters : None Return : (int) the number of attributes New in PyTango 7.0.0 """) document_method("check_alarm", """ check_alarm(self) -> bool check_alarm(self, attr_name) -> bool check_alarm(self, ind) -> bool - The 1st version of the method checks alarm on all attribute(s) with an alarm defined. - The 2nd version of the method checks alarm for one attribute with a given name. - The 3rd version of the method checks alarm for one attribute from its index in the main attributes vector. Parameters : - attr_name : (str) attribute name - ind : (int) the attribute index Return : (bool) True if at least one attribute is in alarm condition Throws : DevFailed If at least one attribute does not have any alarm level defined New in PyTango 7.0.0 """) document_method("read_alarm", """ read_alarm(self, status) -> None Add alarm message to device status. This method add alarm mesage to the string passed as parameter. A message is added for each attribute which is in alarm condition Parameters : - status : (str) a string (should be the device status) Return : None New in PyTango 7.0.0 """) document_method("get_attribute_list", """ get_attribute_list(self) -> seq Get the list of attribute objects. Return : (seq) list of attribute objects New in PyTango 7.2.1 """) def __doc_Attr(): def document_method(method_name, desc, append=True): return __document_method(Attr, method_name, desc, append) Attr.__doc__ = """ This class represents a Tango writable attribute. """ document_method("set_default_properties", """ set_default_properties(self) -> None Set default attribute properties. Parameters : - attr_prop : (UserDefaultAttrProp) the user default property class Return : None """) document_method("set_disp_level", """ set_disp_level(self, disp_lelel) -> None Set the attribute display level. Parameters : - disp_level : (DispLevel) the new display level Return : None """) document_method("set_polling_period", """ set_polling_period(self, period) -> None Set the attribute polling update period. Parameters : - period : (int) the attribute polling period (in mS) Return : None """) document_method("set_memorized", """ set_memorized(self) -> None Set the attribute as memorized in database (only for scalar and writable attribute) With no argument the setpoint will be written to the attribute during initialisation! Parameters : None Return : None """) document_method("set_memorized_init", """ set_memorized_init(self, write_on_init) -> None Set the initialisation flag for memorized attributes true = the setpoint value will be written to the attribute on initialisation false = only the attribute setpoint is initialised. No action is taken on the attribute Parameters : - write_on_init : (bool) if true the setpoint value will be written to the attribute on initialisation Return : None """) document_method("set_change_event", """ set_change_event(self, implemented, detect) -> None Set a flag to indicate that the server fires change events manually without the polling to be started for the attribute. If the detect parameter is set to true, the criteria specified for the change event are verified and the event is only pushed if they are fullfilled. If detect is set to false the event is fired without checking! Parameters : - implemented : (bool) True when the server fires change events manually. - detect : (bool) Triggers the verification of the change event properties when set to true. Return : None """) document_method("is_change_event", """ is_change_event(self) -> bool Check if the change event is fired manually for this attribute. Parameters : None Return : (bool) true if a manual fire change event is implemented. """) document_method("is_check_change_criteria", """ is_check_change_criteria(self) -> bool Check if the change event criteria should be checked when firing the event manually. Parameters : None Return : (bool) true if a change event criteria will be checked. """) document_method("set_archive_event", """ set_archive_event(self) -> None Set a flag to indicate that the server fires archive events manually without the polling to be started for the attribute If the detect parameter is set to true, the criteria specified for the archive event are verified and the event is only pushed if they are fullfilled. If detect is set to false the event is fired without checking! Parameters : - implemented : (bool) True when the server fires change events manually. - detect : (bool) Triggers the verification of the archive event properties when set to true. Return : None """) document_method("is_archive_event", """ is_archive_event(self) -> bool Check if the archive event is fired manually for this attribute. Parameters : None Return : (bool) true if a manual fire archive event is implemented. """) document_method("is_check_archive_criteria", """ is_check_archive_criteria(self) -> bool Check if the archive event criteria should be checked when firing the event manually. Parameters : None Return : (bool) true if a archive event criteria will be checked. """) document_method("set_data_ready_event", """ set_data_ready_event(self, implemented) -> None Set a flag to indicate that the server fires data ready events. Parameters : - implemented : (bool) True when the server fires data ready events Return : None New in PyTango 7.2.0 """) document_method("is_data_ready_event", """ is_data_ready_event(self) -> bool Check if the data ready event is fired for this attribute. Parameters : None Return : (bool) true if firing data ready event is implemented. New in PyTango 7.2.0 """) document_method("get_name", """ get_name(self) -> str Get the attribute name. Parameters : None Return : (str) the attribute name """) document_method("get_format", """ get_format(self) -> AttrDataFormat Get the attribute format Parameters : None Return : (AttrDataFormat) the attribute format """) document_method("get_writable", """ get_writable(self) -> AttrWriteType Get the attribute write type Parameters : None Return : (AttrWriteType) the attribute write type """) document_method("get_type", """ get_type(self) -> int Get the attribute data type Parameters : None Return : (int) the attribute data type """) document_method("get_disp_level", """ get_disp_level(self) -> DispLevel Get the attribute display level Parameters : None Return : (DispLevel) the attribute display level """) document_method("get_polling_period", """ get_polling_period(self) -> int Get the polling period (mS) Parameters : None Return : (int) the polling period (mS) """) document_method("get_memorized", """ get_memorized(self) -> bool Determine if the attribute is memorized or not. Parameters : None Return : (bool) True if the attribute is memorized """) document_method("get_memorized_init", """ get_memorized_init(self) -> bool Determine if the attribute is written at startup from the memorized value if it is memorized Parameters : None Return : (bool) True if initialized with memorized value or not """) document_method("get_assoc", """ get_assoc(self) -> str Get the associated name. Parameters : None Return : (bool) the associated name """) document_method("is_assoc", """ is_assoc(self) -> bool Determine if it is assoc. Parameters : None Return : (bool) if it is assoc """) document_method("get_cl_name", """ get_cl_name(self) -> str Returns the class name Parameters : None Return : (str) the class name New in PyTango 7.2.0 """) document_method("set_cl_name", """ set_cl_name(self, cl) -> None Sets the class name Parameters : - cl : (str) new class name Return : None New in PyTango 7.2.0 """) document_method("get_class_properties", """ get_class_properties(self) -> sequence Get the class level attribute properties Parameters : None Return : (sequence) the class attribute properties """) document_method("get_user_default_properties", """ get_user_default_properties(self) -> sequence Get the user default attribute properties Parameters : None Return : (sequence) the user default attribute properties """) document_method("set_class_properties", """ set_class_properties(self, props) -> None Set the class level attribute properties Parameters : - props : (StdAttrPropertyVector) new class level attribute properties Return : None """) def __doc_UserDefaultAttrProp(): def document_method(method_name, desc, append=True): return __document_method(UserDefaultAttrProp, method_name, desc, append) UserDefaultAttrProp.__doc__ = """ User class to set attribute default properties. This class is used to set attribute default properties. Three levels of attributes properties setting are implemented within Tango. The highest property setting level is the database. Then the user default (set using this UserDefaultAttrProp class) and finally a Tango library default value """ document_method("set_label", """ set_label(self, def_label) -> None Set default label property. Parameters : - def_label : (str) the user default label property Return : None """) document_method("set_description", """ set_description(self, def_description) -> None Set default description property. Parameters : - def_description : (str) the user default description property Return : None """) document_method("set_format", """ set_format(self, def_format) -> None Set default format property. Parameters : - def_format : (str) the user default format property Return : None """) document_method("set_unit", """ set_unit(self, def_unit) -> None Set default unit property. Parameters : - def_unit : (str) te user default unit property Return : None """) document_method("set_standard_unit", """ set_standard_unit(self, def_standard_unit) -> None Set default standard unit property. Parameters : - def_standard_unit : (str) the user default standard unit property Return : None """) document_method("set_display_unit", """ set_display_unit(self, def_display_unit) -> None Set default display unit property. Parameters : - def_display_unit : (str) the user default display unit property Return : None """) document_method("set_min_value", """ set_min_value(self, def_min_value) -> None Set default min_value property. Parameters : - def_min_value : (str) the user default min_value property Return : None """) document_method("set_max_value", """ set_max_value(self, def_max_value) -> None Set default max_value property. Parameters : - def_max_value : (str) the user default max_value property Return : None """) document_method("set_min_alarm", """ set_min_alarm(self, def_min_alarm) -> None Set default min_alarm property. Parameters : - def_min_alarm : (str) the user default min_alarm property Return : None """) document_method("set_max_alarm", """ set_max_alarm(self, def_max_alarm) -> None Set default max_alarm property. Parameters : - def_max_alarm : (str) the user default max_alarm property Return : None """) document_method("set_min_warning", """ set_min_warning(self, def_min_warning) -> None Set default min_warning property. Parameters : - def_min_warning : (str) the user default min_warning property Return : None """) document_method("set_max_warning", """ set_max_warning(self, def_max_warning) -> None Set default max_warning property. Parameters : - def_max_warning : (str) the user default max_warning property Return : None """) document_method("set_delta_t", """ set_delta_t(self, def_delta_t) -> None Set default RDS alarm delta_t property. Parameters : - def_delta_t : (str) the user default RDS alarm delta_t property Return : None """) document_method("set_delta_val", """ set_delta_val(self, def_delta_val) -> None Set default RDS alarm delta_val property. Parameters : - def_delta_val : (str) the user default RDS alarm delta_val property Return : None """) document_method("set_abs_change", """ set_abs_change(self, def_abs_change) -> None <= DEPRECATED Set default change event abs_change property. Parameters : - def_abs_change : (str) the user default change event abs_change property Return : None Deprecated since PyTango 8.0. Please use set_event_abs_change instead. """) document_method("set_event_abs_change", """ set_event_abs_change(self, def_abs_change) -> None Set default change event abs_change property. Parameters : - def_abs_change : (str) the user default change event abs_change property Return : None New in PyTango 8.0 """) document_method("set_rel_change", """ set_rel_change(self, def_rel_change) -> None <= DEPRECATED Set default change event rel_change property. Parameters : - def_rel_change : (str) the user default change event rel_change property Return : None Deprecated since PyTango 8.0. Please use set_event_rel_change instead. """) document_method("set_event_rel_change", """ set_event_rel_change(self, def_rel_change) -> None Set default change event rel_change property. Parameters : - def_rel_change : (str) the user default change event rel_change property Return : None New in PyTango 8.0 """) document_method("set_period", """ set_period(self, def_period) -> None <= DEPRECATED Set default periodic event period property. Parameters : - def_period : (str) the user default periodic event period property Return : None Deprecated since PyTango 8.0. Please use set_event_period instead. """) document_method("set_event_period", """ set_event_period(self, def_period) -> None Set default periodic event period property. Parameters : - def_period : (str) the user default periodic event period property Return : None New in PyTango 8.0 """) document_method("set_archive_abs_change", """ set_archive_abs_change(self, def_archive_abs_change) -> None <= DEPRECATED Set default archive event abs_change property. Parameters : - def_archive_abs_change : (str) the user default archive event abs_change property Return : None Deprecated since PyTango 8.0. Please use set_archive_event_abs_change instead. """) document_method("set_archive_event_abs_change", """ set_archive_event_abs_change(self, def_archive_abs_change) -> None Set default archive event abs_change property. Parameters : - def_archive_abs_change : (str) the user default archive event abs_change property Return : None New in PyTango 8.0 """) document_method("set_archive_rel_change", """ set_archive_rel_change(self, def_archive_rel_change) -> None <= DEPRECATED Set default archive event rel_change property. Parameters : - def_archive_rel_change : (str) the user default archive event rel_change property Return : None Deprecated since PyTango 8.0. Please use set_archive_event_rel_change instead. """) document_method("set_archive_event_rel_change", """ set_archive_event_rel_change(self, def_archive_rel_change) -> None Set default archive event rel_change property. Parameters : - def_archive_rel_change : (str) the user default archive event rel_change property Return : None New in PyTango 8.0 """) document_method("set_archive_period", """ set_archive_period(self, def_archive_period) -> None <= DEPRECATED Set default archive event period property. Parameters : - def_archive_period : (str) t Return : None Deprecated since PyTango 8.0. Please use set_archive_event_period instead. """) document_method("set_archive_event_period", """ set_archive_event_period(self, def_archive_period) -> None Set default archive event period property. Parameters : - def_archive_period : (str) t Return : None New in PyTango 8.0 """) def device_server_init(doc=True): __init_DeviceImpl() __init_Attribute() __init_Attr() __init_UserDefaultAttrProp() __init_Logger() if doc: __doc_DeviceImpl() __doc_extra_DeviceImpl(Device_3Impl) __doc_extra_DeviceImpl(Device_4Impl) __doc_extra_DeviceImpl(Device_5Impl) __doc_Attribute() __doc_WAttribute() __doc_MultiAttribute() __doc_MultiClassAttribute() __doc_UserDefaultAttrProp() __doc_Attr() pytango-9.2.2/tango/encoded_attribute.py000066400000000000000000000611201316324373100203560ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["encoded_attribute_init"] __docformat__ = "restructuredtext" from ._tango import EncodedAttribute, ExtractAs, _ImageFormat from ._tango import constants from .utils import is_pure_str, is_seq if constants.NUMPY_SUPPORT: try: import numpy np = numpy except: np = None else: np = None _allowed_extract = ( ExtractAs.Numpy, ExtractAs.String, ExtractAs.Tuple, ExtractAs.List) def __EncodedAttribute_encode_jpeg_gray8(self, gray8, width=0, height=0, quality=100.0): """Encode a 8 bit grayscale image as JPEG format :param gray8: an object containning image information :type gray8: :py:obj:`str` or :class:`numpy.ndarray` or seq< seq > :param width: image width. **MUST** be given if gray8 is a string or if it is a :class:`numpy.ndarray` with ndims != 2. Otherwise it is calculated internally. :type width: :py:obj:`int` :param height: image height. **MUST** be given if gray8 is a string or if it is a :class:`numpy.ndarray` with ndims != 2. Otherwise it is calculated internally. :type height: :py:obj:`int` :param quality: Quality of JPEG (0=poor quality 100=max quality) (default is 100.0) :type quality: :py:obj:`float` .. note:: When :class:`numpy.ndarray` is given: - gray8 **MUST** be CONTIGUOUS, ALIGNED - if gray8.ndims != 2, width and height **MUST** be given and gray8.nbytes **MUST** match width*height - if gray8.ndims == 2, gray8.itemsize **MUST** be 1 (typically, gray8.dtype is one of `numpy.dtype.byte`, `numpy.dtype.ubyte`, `numpy.dtype.int8` or `numpy.dtype.uint8`) Example:: def read_myattr(self, attr): enc = tango.EncodedAttribute() data = numpy.arange(100, dtype=numpy.byte) data = numpy.array((data,data,data)) enc.encode_jpeg_gray8(data) attr.set_value(enc) """ self._generic_encode_gray8(gray8, width=width, height=height, quality=quality, format=_ImageFormat.JpegImage) def __EncodedAttribute_encode_gray8(self, gray8, width=0, height=0): """Encode a 8 bit grayscale image (no compression) :param gray8: an object containning image information :type gray8: :py:obj:`str` or :class:`numpy.ndarray` or seq< seq > :param width: image width. **MUST** be given if gray8 is a string or if it is a :class:`numpy.ndarray` with ndims != 2. Otherwise it is calculated internally. :type width: :py:obj:`int` :param height: image height. **MUST** be given if gray8 is a string or if it is a :class:`numpy.ndarray` with ndims != 2. Otherwise it is calculated internally. :type height: :py:obj:`int` .. note:: When :class:`numpy.ndarray` is given: - gray8 **MUST** be CONTIGUOUS, ALIGNED - if gray8.ndims != 2, width and height **MUST** be given and gray8.nbytes **MUST** match width*height - if gray8.ndims == 2, gray8.itemsize **MUST** be 1 (typically, gray8.dtype is one of `numpy.dtype.byte`, `numpy.dtype.ubyte`, `numpy.dtype.int8` or `numpy.dtype.uint8`) Example:: def read_myattr(self, attr): enc = tango.EncodedAttribute() data = numpy.arange(100, dtype=numpy.byte) data = numpy.array((data,data,data)) enc.encode_gray8(data) attr.set_value(enc) """ self._generic_encode_gray8(gray8, width=width, height=height, format=_ImageFormat.RawImage) def __EncodedAttribute_generic_encode_gray8(self, gray8, width=0, height=0, quality=0, format=_ImageFormat.RawImage): """Internal usage only""" if not is_seq(gray8): raise TypeError("Expected sequence (str, numpy.ndarray, list, tuple " "or bytearray) as first argument") is_str = is_pure_str(gray8) if is_str: if not width or not height: raise ValueError("When giving a string as data, you must also " "supply width and height") if np and isinstance(gray8, np.ndarray): if gray8.ndim != 2: if not width or not height: raise ValueError("When giving a non 2D numpy array, width and " "height must be supplied") if gray8.nbytes != width * height: raise ValueError("numpy array size mismatch") else: if gray8.itemsize != 1: raise TypeError("Expected numpy array with itemsize == 1") if not gray8.flags.c_contiguous: raise TypeError("Currently, only contiguous, aligned numpy arrays " "are supported") if not gray8.flags.aligned: raise TypeError("Currently, only contiguous, aligned numpy arrays " "are supported") if not is_str and (not width or not height): height = len(gray8) if height < 1: raise IndexError("Expected sequence with at least one row") row0 = gray8[0] if not is_seq(row0): raise IndexError("Expected sequence (str, numpy.ndarray, list, tuple or " "bytearray) inside a sequence") width = len(row0) if format == _ImageFormat.RawImage: self._encode_gray8(gray8, width, height) elif format == _ImageFormat.JpegImage: self._encode_jpeg_gray8(gray8, width, height, quality) def __EncodedAttribute_encode_gray16(self, gray16, width=0, height=0): """Encode a 16 bit grayscale image (no compression) :param gray16: an object containning image information :type gray16: :py:obj:`str` or :py:obj:`buffer` or :class:`numpy.ndarray` or seq< seq > :param width: image width. **MUST** be given if gray16 is a string or if it is a :class:`numpy.ndarray` with ndims != 2. Otherwise it is calculated internally. :type width: :py:obj:`int` :param height: image height. **MUST** be given if gray16 is a string or if it is a :class:`numpy.ndarray` with ndims != 2. Otherwise it is calculated internally. :type height: :py:obj:`int` .. note:: When :class:`numpy.ndarray` is given: - gray16 **MUST** be CONTIGUOUS, ALIGNED - if gray16.ndims != 2, width and height **MUST** be given and gray16.nbytes/2 **MUST** match width*height - if gray16.ndims == 2, gray16.itemsize **MUST** be 2 (typically, gray16.dtype is one of `numpy.dtype.int16`, `numpy.dtype.uint16`, `numpy.dtype.short` or `numpy.dtype.ushort`) Example:: def read_myattr(self, attr): enc = tango.EncodedAttribute() data = numpy.arange(100, dtype=numpy.int16) data = numpy.array((data,data,data)) enc.encode_gray16(data) attr.set_value(enc) """ if not is_seq(gray16): raise TypeError("Expected sequence (str, numpy.ndarray, list, tuple " "or bytearray) as first argument") is_str = is_pure_str(gray16) if is_str: if not width or not height: raise ValueError("When giving a string as data, you must also " "supply width and height") if np and isinstance(gray16, np.ndarray): if gray16.ndim != 2: if not width or not height: raise ValueError("When giving a non 2D numpy array, width and " "height must be supplied") if gray16.nbytes / 2 != width * height: raise ValueError("numpy array size mismatch") else: if gray16.itemsize != 2: raise TypeError("Expected numpy array with itemsize == 2") if not gray16.flags.c_contiguous: raise TypeError("Currently, only contiguous, aligned numpy arrays " "are supported") if not gray16.flags.aligned: raise TypeError("Currently, only contiguous, aligned numpy arrays " "are supported") if not is_str and (not width or not height): height = len(gray16) if height < 1: raise IndexError("Expected sequence with at least one row") row0 = gray16[0] if not is_seq(row0): raise IndexError("Expected sequence (str, numpy.ndarray, list, tuple or " "bytearray) inside a sequence") width = len(row0) if is_pure_str(row0) or type(row0) == bytearray: width /= 2 self._encode_gray16(gray16, width, height) def __EncodedAttribute_encode_jpeg_rgb24(self, rgb24, width=0, height=0, quality=100.0): """Encode a 24 bit rgb color image as JPEG format. :param rgb24: an object containning image information :type rgb24: :py:obj:`str` or :class:`numpy.ndarray` or seq< seq > :param width: image width. **MUST** be given if rgb24 is a string or if it is a :class:`numpy.ndarray` with ndims != 3. Otherwise it is calculated internally. :type width: :py:obj:`int` :param height: image height. **MUST** be given if rgb24 is a string or if it is a :class:`numpy.ndarray` with ndims != 3. Otherwise it is calculated internally. :type height: :py:obj:`int` :param quality: Quality of JPEG (0=poor quality 100=max quality) (default is 100.0) :type quality: :py:obj:`float` .. note:: When :class:`numpy.ndarray` is given: - rgb24 **MUST** be CONTIGUOUS, ALIGNED - if rgb24.ndims != 3, width and height **MUST** be given and rgb24.nbytes/3 **MUST** match width*height - if rgb24.ndims == 3, rgb24.itemsize **MUST** be 1 (typically, rgb24.dtype is one of `numpy.dtype.byte`, `numpy.dtype.ubyte`, `numpy.dtype.int8` or `numpy.dtype.uint8`) and shape **MUST** be (height, width, 3) Example:: def read_myattr(self, attr): enc = tango.EncodedAttribute() # create an 'image' where each pixel is R=0x01, G=0x01, B=0x01 arr = numpy.ones((10,10,3), dtype=numpy.uint8) enc.encode_jpeg_rgb24(data) attr.set_value(enc) """ self._generic_encode_rgb24(rgb24, width=width, height=height, quality=quality, format=_ImageFormat.JpegImage) def __EncodedAttribute_encode_rgb24(self, rgb24, width=0, height=0): """Encode a 24 bit color image (no compression) :param rgb24: an object containning image information :type rgb24: :py:obj:`str` or :class:`numpy.ndarray` or seq< seq > :param width: image width. **MUST** be given if rgb24 is a string or if it is a :class:`numpy.ndarray` with ndims != 3. Otherwise it is calculated internally. :type width: :py:obj:`int` :param height: image height. **MUST** be given if rgb24 is a string or if it is a :class:`numpy.ndarray` with ndims != 3. Otherwise it is calculated internally. :type height: :py:obj:`int` .. note:: When :class:`numpy.ndarray` is given: - rgb24 **MUST** be CONTIGUOUS, ALIGNED - if rgb24.ndims != 3, width and height **MUST** be given and rgb24.nbytes/3 **MUST** match width*height - if rgb24.ndims == 3, rgb24.itemsize **MUST** be 1 (typically, rgb24.dtype is one of `numpy.dtype.byte`, `numpy.dtype.ubyte`, `numpy.dtype.int8` or `numpy.dtype.uint8`) and shape **MUST** be (height, width, 3) Example:: def read_myattr(self, attr): enc = tango.EncodedAttribute() # create an 'image' where each pixel is R=0x01, G=0x01, B=0x01 arr = numpy.ones((10,10,3), dtype=numpy.uint8) enc.encode_rgb24(data) attr.set_value(enc) """ self._generic_encode_rgb24(rgb24, width=width, height=height, format=_ImageFormat.RawImage) def __EncodedAttribute_generic_encode_rgb24(self, rgb24, width=0, height=0, quality=0, format=_ImageFormat.RawImage): """Internal usage only""" if not is_seq(rgb24): raise TypeError("Expected sequence (str, numpy.ndarray, list, tuple " "or bytearray) as first argument") is_str = is_pure_str(rgb24) if is_str: if not width or not height: raise ValueError("When giving a string as data, you must also " "supply width and height") if np and isinstance(rgb24, np.ndarray): if rgb24.ndim != 3: if not width or not height: raise ValueError("When giving a non 2D numpy array, width and " "height must be supplied") if rgb24.nbytes / 3 != width * height: raise ValueError("numpy array size mismatch") else: if rgb24.itemsize != 1: raise TypeError("Expected numpy array with itemsize == 1") if not rgb24.flags.c_contiguous: raise TypeError("Currently, only contiguous, aligned numpy arrays " "are supported") if not rgb24.flags.aligned: raise TypeError("Currently, only contiguous, aligned numpy arrays " "are supported") if not is_str and (not width or not height): height = len(rgb24) if height < 1: raise IndexError("Expected sequence with at least one row") row0 = rgb24[0] if not is_seq(row0): raise IndexError("Expected sequence (str, numpy.ndarray, list, tuple or " "bytearray) inside a sequence") width = len(row0) if is_pure_str(row0) or type(row0) == bytearray: width /= 3 if format == _ImageFormat.RawImage: self._encode_rgb24(rgb24, width, height) elif format == _ImageFormat.JpegImage: self._encode_jpeg_rgb24(rgb24, width, height, quality) def __EncodedAttribute_encode_jpeg_rgb32(self, rgb32, width=0, height=0, quality=100.0): """Encode a 32 bit rgb color image as JPEG format. :param rgb32: an object containning image information :type rgb32: :py:obj:`str` or :class:`numpy.ndarray` or seq< seq > :param width: image width. **MUST** be given if rgb32 is a string or if it is a :class:`numpy.ndarray` with ndims != 2. Otherwise it is calculated internally. :type width: :py:obj:`int` :param height: image height. **MUST** be given if rgb32 is a string or if it is a :class:`numpy.ndarray` with ndims != 2. Otherwise it is calculated internally. :type height: :py:obj:`int` .. note:: When :class:`numpy.ndarray` is given: - rgb32 **MUST** be CONTIGUOUS, ALIGNED - if rgb32.ndims != 2, width and height **MUST** be given and rgb32.nbytes/4 **MUST** match width*height - if rgb32.ndims == 2, rgb32.itemsize **MUST** be 4 (typically, rgb32.dtype is one of `numpy.dtype.int32`, `numpy.dtype.uint32`) Example:: def read_myattr(self, attr): enc = tango.EncodedAttribute() data = numpy.arange(100, dtype=numpy.int32) data = numpy.array((data,data,data)) enc.encode_jpeg_rgb32(data) attr.set_value(enc) """ if not is_seq(rgb32): raise TypeError("Expected sequence (str, numpy.ndarray, list, tuple " "or bytearray) as first argument") is_str = is_pure_str(rgb32) if is_str: if not width or not height: raise ValueError("When giving a string as data, you must also " "supply width and height") if np and isinstance(rgb32, np.ndarray): if rgb32.ndim != 2: if not width or not height: raise ValueError("When giving a non 2D numpy array, width and " "height must be supplied") if rgb32.nbytes / 4 != width * height: raise ValueError("numpy array size mismatch") else: if rgb32.itemsize != 4: raise TypeError("Expected numpy array with itemsize == 4") if not rgb32.flags.c_contiguous: raise TypeError("Currently, only contiguous, aligned numpy arrays " "are supported") if not rgb32.flags.aligned: raise TypeError("Currently, only contiguous, aligned numpy arrays " "are supported") if not is_str and (not width or not height): height = len(rgb32) if height < 1: raise IndexError("Expected sequence with at least one row") row0 = rgb32[0] if not is_seq(row0): raise IndexError("Expected sequence (str, numpy.ndarray, list, tuple or " "bytearray) inside a sequence") width = len(row0) if is_pure_str(row0) or type(row0) == bytearray: width /= 4 self._encode_jpeg_rgb32(rgb32, width, height, quality) def __EncodedAttribute_decode_gray8(self, da, extract_as=ExtractAs.Numpy): """Decode a 8 bits grayscale image (JPEG_GRAY8 or GRAY8) and returns a 8 bits gray scale image. :param da: :class:`DeviceAttribute` that contains the image :type da: :class:`DeviceAttribute` :param extract_as: defaults to ExtractAs.Numpy :type extract_as: ExtractAs :return: the decoded data - In case String string is choosen as extract method, a tuple is returned: width, height, buffer - In case Numpy is choosen as extract method, a :class:`numpy.ndarray` is returned with ndim=2, shape=(height, width) and dtype=numpy.uint8. - In case Tuple or List are choosen, a tuple> or list> is returned. .. warning:: The PyTango calls that return a :class:`DeviceAttribute` (like :meth:`DeviceProxy.read_attribute` or :meth:`DeviceProxy.command_inout`) automatically extract the contents by default. This method requires that the given :class:`DeviceAttribute` is obtained from a call which **DOESN'T** extract the contents. Example:: dev = tango.DeviceProxy("a/b/c") da = dev.read_attribute("my_attr", extract_as=tango.ExtractAs.Nothing) enc = tango.EncodedAttribute() data = enc.decode_gray8(da) """ if hasattr(da, 'value'): raise TypeError("DeviceAttribute argument must have been obtained from " "a call which doesn't extract the contents") if extract_as not in _allowed_extract: raise TypeError("extract_as must be one of Numpy, String, Tuple, List") return self._decode_gray8(da, extract_as) def __EncodedAttribute_decode_gray16(self, da, extract_as=ExtractAs.Numpy): """Decode a 16 bits grayscale image (GRAY16) and returns a 16 bits gray scale image. :param da: :class:`DeviceAttribute` that contains the image :type da: :class:`DeviceAttribute` :param extract_as: defaults to ExtractAs.Numpy :type extract_as: ExtractAs :return: the decoded data - In case String string is choosen as extract method, a tuple is returned: width, height, buffer - In case Numpy is choosen as extract method, a :class:`numpy.ndarray` is returned with ndim=2, shape=(height, width) and dtype=numpy.uint16. - In case Tuple or List are choosen, a tuple> or list> is returned. .. warning:: The PyTango calls that return a :class:`DeviceAttribute` (like :meth:`DeviceProxy.read_attribute` or :meth:`DeviceProxy.command_inout`) automatically extract the contents by default. This method requires that the given :class:`DeviceAttribute` is obtained from a call which **DOESN'T** extract the contents. Example:: dev = tango.DeviceProxy("a/b/c") da = dev.read_attribute("my_attr", extract_as=tango.ExtractAs.Nothing) enc = tango.EncodedAttribute() data = enc.decode_gray16(da) """ if hasattr(da, 'value'): raise TypeError("DeviceAttribute argument must have been obtained from " "a call which doesn't extract the contents") if extract_as not in _allowed_extract: raise TypeError("extract_as must be one of Numpy, String, Tuple, List") return self._decode_gray16(da, extract_as) def __EncodedAttribute_decode_rgb32(self, da, extract_as=ExtractAs.Numpy): """Decode a color image (JPEG_RGB or RGB24) and returns a 32 bits RGB image. :param da: :class:`DeviceAttribute` that contains the image :type da: :class:`DeviceAttribute` :param extract_as: defaults to ExtractAs.Numpy :type extract_as: ExtractAs :return: the decoded data - In case String string is choosen as extract method, a tuple is returned: width, height, buffer - In case Numpy is choosen as extract method, a :class:`numpy.ndarray` is returned with ndim=2, shape=(height, width) and dtype=numpy.uint32. - In case Tuple or List are choosen, a tuple> or list> is returned. .. warning:: The PyTango calls that return a :class:`DeviceAttribute` (like :meth:`DeviceProxy.read_attribute` or :meth:`DeviceProxy.command_inout`) automatically extract the contents by default. This method requires that the given :class:`DeviceAttribute` is obtained from a call which **DOESN'T** extract the contents. Example:: dev = tango.DeviceProxy("a/b/c") da = dev.read_attribute("my_attr", extract_as=tango.ExtractAs.Nothing) enc = tango.EncodedAttribute() data = enc.decode_rgb32(da) """ if hasattr(da, 'value'): raise TypeError("DeviceAttribute argument must have been obtained from " "a call which doesn't extract the contents") if extract_as not in _allowed_extract: raise TypeError("extract_as must be one of Numpy, String, Tuple, List") return self._decode_rgb32(da, extract_as) def __init_EncodedAttribute(): EncodedAttribute._generic_encode_gray8 = __EncodedAttribute_generic_encode_gray8 EncodedAttribute.encode_gray8 = __EncodedAttribute_encode_gray8 EncodedAttribute.encode_jpeg_gray8 = __EncodedAttribute_encode_jpeg_gray8 EncodedAttribute.encode_gray16 = __EncodedAttribute_encode_gray16 EncodedAttribute._generic_encode_rgb24 = __EncodedAttribute_generic_encode_rgb24 EncodedAttribute.encode_rgb24 = __EncodedAttribute_encode_rgb24 EncodedAttribute.encode_jpeg_rgb24 = __EncodedAttribute_encode_jpeg_rgb24 EncodedAttribute.encode_jpeg_rgb32 = __EncodedAttribute_encode_jpeg_rgb32 EncodedAttribute.decode_gray8 = __EncodedAttribute_decode_gray8 EncodedAttribute.decode_gray16 = __EncodedAttribute_decode_gray16 EncodedAttribute.decode_rgb32 = __EncodedAttribute_decode_rgb32 def __doc_EncodedAttribute(): pass def encoded_attribute_init(doc=True): __init_EncodedAttribute() if doc: __doc_EncodedAttribute() pytango-9.2.2/tango/exception.py000066400000000000000000000150751316324373100167000ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["exception_init"] __docformat__ = "restructuredtext" from .utils import document_static_method as __document_static_method from ._tango import Except, DevError, ErrSeverity def __to_dev_failed(exc_type=None, exc_value=None, traceback=None): """to_dev_failed(exc_type, exc_value, traceback) -> tango.DevFailed Generate a TANGO DevFailed exception. The exception is created with a single :class:`~tango.DevError` object. A default value *tango.ErrSeverity.ERR* is defined for the :class:`~tango.DevError` severity field. The parameters are the same as the ones generates by a call to :func:`sys.exc_info`. Parameters : - type : (class) the exception type of the exception being handled - value : (object) exception parameter (its associated value or the second argument to raise, which is always a class instance if the exception type is a class object) - traceback : (traceback) traceback object Return : (tango.DevFailed) a tango exception object New in PyTango 7.2.1""" try: Except.throw_python_exception(exc_type, exc_value, traceback) except Exception as e: return e # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ # DevError pickle # -~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~-~ def __DevError__getinitargs__(self): return () def __DevError__getstate__(self): return self.reason, self.desc, self.origin, int(self.severity) def __DevError__setstate__(self, state): self.reason = state[0] self.desc = state[1] self.origin = state[2] self.severity = ErrSeverity(state[3]) def __init_DevError(): DevError.__getinitargs__ = __DevError__getinitargs__ DevError.__getstate__ = __DevError__getstate__ DevError.__setstate__ = __DevError__setstate__ def __init_Except(): Except.to_dev_failed = staticmethod(__to_dev_failed) def __doc_Except(): def document_static_method(method_name, desc, append=True): return __document_static_method(Except, method_name, desc, append) Except.__doc__ = """ A containner for the static methods: - throw_exception - re_throw_exception - print_exception - compare_exception""" document_static_method("throw_exception", """ throw_exception(reason, desc, origin, sever=tango.ErrSeverity.ERR) -> None Generate and throw a TANGO DevFailed exception. The exception is created with a single :class:`~tango.DevError` object. A default value *tango.ErrSeverity.ERR* is defined for the :class:`~tango.DevError` severity field. Parameters : - reason : (str) The exception :class:`~tango.DevError` object reason field - desc : (str) The exception :class:`~tango.DevError` object desc field - origin : (str) The exception :class:`~tango.DevError` object origin field - sever : (tango.ErrSeverity) The exception DevError object severity field Throws : DevFailed """) document_static_method("re_throw_exception", """ re_throw_exception(ex, reason, desc, origin, sever=tango.ErrSeverity.ERR) -> None Re-throw a TANGO :class:`~tango.DevFailed` exception with one more error. The exception is re-thrown with one more :class:`~tango.DevError` object. A default value *tango.ErrSeverity.ERR* is defined for the new :class:`~tango.DevError` severity field. Parameters : - ex : (tango.DevFailed) The :class:`~tango.DevFailed` exception - reason : (str) The exception :class:`~tango.DevError` object reason field - desc : (str) The exception :class:`~tango.DevError` object desc field - origin : (str) The exception :class:`~tango.DevError` object origin field - sever : (tango.ErrSeverity) The exception DevError object severity field Throws : DevFailed """) document_static_method("print_error_stack", """ print_error_stack(ex) -> None Print all the details of a TANGO error stack. Parameters : - ex : (tango.DevErrorList) The error stack reference """) document_static_method("print_exception", """ print_exception(ex) -> None Print all the details of a TANGO exception. Parameters : - ex : (tango.DevFailed) The :class:`~tango.DevFailed` exception """) document_static_method("throw_python_exception", """ throw_python_exception(type, value, traceback) -> None Generate and throw a TANGO DevFailed exception. The exception is created with a single :class:`~tango.DevError` object. A default value *tango.ErrSeverity.ERR* is defined for the :class:`~tango.DevError` severity field. The parameters are the same as the ones generates by a call to :func:`sys.exc_info`. Parameters : - type : (class) the exception type of the exception being handled - value : (object) exception parameter (its associated value or the second argument to raise, which is always a class instance if the exception type is a class object) - traceback : (traceback) traceback object Throws : DevFailed New in PyTango 7.2.1 """) def __doc_DevError(): DevError.__doc__ = """ Structure describing any error resulting from a command execution, or an attribute query, with following members: - reason : (str) reason - severity : (ErrSeverity) error severty (WARN, ERR, PANIC) - desc : (str) error description - origin : (str) Tango server method in which the error happened""" def exception_init(doc=True): __init_Except() __init_DevError() if doc: __doc_Except() __doc_DevError() pytango-9.2.2/tango/futures.py000066400000000000000000000112721316324373100163720ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """This module exposes a futures version of :class:`tango.DeviceProxy` and :class:`tango.AttributeProxy""" __all__ = ["DeviceProxy", "AttributeProxy", "check_requirements"] from functools import partial from tango import GreenMode from tango.device_proxy import get_device_proxy from tango.attribute_proxy import get_attribute_proxy def check_requirements(): try: import concurrent.futures # noqa: F401 except ImportError: import sys if sys.version_info[0] < 3: raise ImportError( "No module named concurrent. You need to " "install the futures backport module to have " "access to PyTango futures green mode") check_requirements() DeviceProxy = partial(get_device_proxy, green_mode=GreenMode.Futures) DeviceProxy.__doc__ = """ DeviceProxy(self, dev_name, wait=True, timeout=True) -> DeviceProxy DeviceProxy(self, dev_name, need_check_acc, wait=True, timeout=True) -> DeviceProxy Creates a *futures* enabled :class:`~tango.DeviceProxy`. The DeviceProxy constructor internally makes some network calls which makes it *slow*. By using the futures *green mode* you are allowing other python code to be executed in a cooperative way. .. note:: The timeout parameter has no relation with the tango device client side timeout (gettable by :meth:`~tango.DeviceProxy.get_timeout_millis` and settable through :meth:`~tango.DeviceProxy.set_timeout_millis`) :param dev_name: the device name or alias :type dev_name: str :param need_check_acc: in first version of the function it defaults to True. Determines if at creation time of DeviceProxy it should check for channel access (rarely used) :type need_check_acc: bool :param wait: whether or not to wait for result of creating a DeviceProxy. :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when wait is False. :type timeout: float :returns: if wait is True: :class:`~tango.DeviceProxy` else: :class:`concurrent.futures.Future` :throws: * a *DevFailed* if wait is True and there is an error creating the device. * a *concurrent.futures.TimeoutError* if wait is False, timeout is not None and the time to create the device has expired. New in PyTango 8.1.0 """ AttributeProxy = partial(get_attribute_proxy, green_mode=GreenMode.Futures) AttributeProxy.__doc__ = """ AttributeProxy(self, full_attr_name, wait=True, timeout=True) -> AttributeProxy AttributeProxy(self, device_proxy, attr_name, wait=True, timeout=True) -> AttributeProxy Creates a *futures* enabled :class:`~tango.AttributeProxy`. The AttributeProxy constructor internally makes some network calls which makes it *slow*. By using the *gevent mode* you are allowing other python code to be executed in a cooperative way. :param full_attr_name: the full name of the attribute :type full_attr_name: str :param device_proxy: the :class:`~tango.DeviceProxy` :type device_proxy: DeviceProxy :param attr_name: attribute name for the given device proxy :type attr_name: str :param wait: whether or not to wait for result of creating an AttributeProxy. :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when wait is False. :type timeout: float :returns: if wait is True: :class:`~tango.AttributeProxy` else: :class:`concurrent.futures.Future` :throws: * a *DevFailed* if wait is True and there is an error creating the attribute. * a *concurrent.futures.TimeoutError* if wait is False, timeout is not None and the time to create the attribute has expired. New in PyTango 8.1.0 """ Device = DeviceProxy Attribute = AttributeProxy del GreenMode del get_device_proxy del get_attribute_proxy pytango-9.2.2/tango/futures_executor.py000066400000000000000000000036731316324373100203160ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ # Future imports from __future__ import absolute_import # Concurrent imports from concurrent.futures import ProcessPoolExecutor, ThreadPoolExecutor # Tango imports from .green import AbstractExecutor __all__ = ["FuturesExecutor", "get_global_executor", "set_global_executor"] # Global executor _EXECUTOR = None def get_global_executor(): global _EXECUTOR if _EXECUTOR is None: _EXECUTOR = FuturesExecutor() return _EXECUTOR def set_global_executor(executor): global _EXECUTOR _EXECUTOR = executor # Futures executor class FuturesExecutor(AbstractExecutor): """Futures tango executor""" asynchronous = True default_wait = True def __init__(self, process=False, max_workers=20): cls = ProcessPoolExecutor if process else ThreadPoolExecutor self.subexecutor = cls(max_workers=max_workers) def delegate(self, fn, *args, **kwargs): """Return the given operation as a concurrent future.""" return self.subexecutor.submit(fn, *args, **kwargs) def access(self, accessor, timeout=None): """Return a result from a single callable.""" return accessor.result(timeout=timeout) def submit(self, fn, *args, **kwargs): """Submit an operation""" return fn(*args, **kwargs) def execute(self, fn, *args, **kwargs): """Execute an operation and return the result.""" return fn(*args, **kwargs) pytango-9.2.2/tango/gevent.py000066400000000000000000000120041316324373100161570ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """This module exposes a gevent version of :class:`tango.DeviceProxy` and :class:`tango.AttributeProxy""" from __future__ import absolute_import from functools import partial from ._tango import GreenMode from .device_proxy import get_device_proxy from .attribute_proxy import get_attribute_proxy __all__ = ["DeviceProxy", "AttributeProxy", "check_requirements"] def check_requirements(): try: import gevent except ImportError: raise ImportError("No module named gevent. You need to install " "gevent module to have access to PyTango gevent " "green mode. Consider using the futures green mode " "instead") import distutils.version gevent_version = ".".join(map(str, gevent.version_info[:3])) if distutils.version.StrictVersion(gevent_version) < "1.0": raise ImportError("You need gevent >= 1.0. You are using %s. " "Consider using the futures green mode instead" % gevent_version) check_requirements() DeviceProxy = partial(get_device_proxy, green_mode=GreenMode.Gevent) DeviceProxy.__doc__ = """ DeviceProxy(self, dev_name, wait=True, timeout=True) -> DeviceProxy DeviceProxy(self, dev_name, need_check_acc, wait=True, timeout=True) -> DeviceProxy Creates a *gevent* enabled :class:`~tango.DeviceProxy`. The DeviceProxy constructor internally makes some network calls which makes it *slow*. By using the gevent *green mode* you are allowing other python code to be executed in a cooperative way. .. note:: The timeout parameter has no relation with the tango device client side timeout (gettable by :meth:`~tango.DeviceProxy.get_timeout_millis` and settable through :meth:`~tango.DeviceProxy.set_timeout_millis`) :param dev_name: the device name or alias :type dev_name: str :param need_check_acc: in first version of the function it defaults to True. Determines if at creation time of DeviceProxy it should check for channel access (rarely used) :type need_check_acc: bool :param wait: whether or not to wait for result of creating a DeviceProxy. :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when wait is False. :type timeout: float :returns: if wait is True: :class:`~tango.DeviceProxy` else: :class:`gevent.event.AsynchResult` :throws: * a *DevFailed* if wait is True and there is an error creating the device. * a *gevent.timeout.Timeout* if wait is False, timeout is not None and the time to create the device has expired. New in PyTango 8.1.0 """ AttributeProxy = partial(get_attribute_proxy, green_mode=GreenMode.Gevent) AttributeProxy.__doc__ = """ AttributeProxy(self, full_attr_name, wait=True, timeout=True) -> AttributeProxy AttributeProxy(self, device_proxy, attr_name, wait=True, timeout=True) -> AttributeProxy Creates a *gevent* enabled :class:`~tango.AttributeProxy`. The AttributeProxy constructor internally makes some network calls which makes it *slow*. By using the *gevent mode* you are allowing other python code to be executed in a cooperative way. :param full_attr_name: the full name of the attribute :type full_attr_name: str :param device_proxy: the :class:`~tango.DeviceProxy` :type device_proxy: DeviceProxy :param attr_name: attribute name for the given device proxy :type attr_name: str :param wait: whether or not to wait for result of creating an AttributeProxy. :type wait: bool :param timeout: The number of seconds to wait for the result. If None, then there is no limit on the wait time. Ignored when wait is False. :type timeout: float :returns: if wait is True: :class:`~tango.AttributeProxy` else: :class:`gevent.event.AsynchResult` :throws: * a *DevFailed* if wait is True and there is an error creating the attribute. * a *gevent.timeout.Timeout* if wait is False, timeout is not None and the time to create the attribute has expired. New in PyTango 8.1.0 """ Device = DeviceProxy Attribute = AttributeProxy del GreenMode del get_device_proxy del get_attribute_proxy pytango-9.2.2/tango/gevent_executor.py000066400000000000000000000116311316324373100201020ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ # Future imports from __future__ import absolute_import # Imports import sys import six import types import functools # Combatibility imports try: from threading import get_ident except: from threading import _get_ident as get_ident # Gevent imports import gevent.queue # Tango imports from .green import AbstractExecutor __all__ = ["get_global_executor", "set_global_executor", "GeventExecutor"] # Global executor _EXECUTOR = None def get_global_executor(): global _EXECUTOR if _EXECUTOR is None: _EXECUTOR = GeventExecutor() return _EXECUTOR def set_global_executor(executor): global _EXECUTOR _EXECUTOR = executor # Patch for gevent threadpool def get_global_threadpool(): """Before gevent-1.1.0, patch the spawn method to propagate exception raised in the loop to the AsyncResult. """ threadpool = gevent.get_hub().threadpool if gevent.version_info < (1, 1) and not hasattr(threadpool, '_spawn'): threadpool._spawn = threadpool.spawn threadpool.spawn = types.MethodType( spawn, threadpool, type(threadpool)) return threadpool class ExceptionWrapper: def __init__(self, exception, error_string, tb): self.exception = exception self.error_string = error_string self.tb = tb def wrap_errors(func): @functools.wraps(func) def wrapper(*args, **kwargs): try: return func(*args, **kwargs) except: return ExceptionWrapper(*sys.exc_info()) return wrapper def get_with_exception(result, block=True, timeout=None): result = result._get(block, timeout) if isinstance(result, ExceptionWrapper): # Raise the exception using the caller context six.reraise(result.exception, result.error_string, result.tb) return result def spawn(threadpool, fn, *args, **kwargs): # The gevent threadpool do not raise exception with async results, # we have to wrap it fn = wrap_errors(fn) result = threadpool._spawn(fn, *args, **kwargs) result._get = result.get result.get = types.MethodType(get_with_exception, result, type(result)) return result # Gevent task and event loop class GeventTask: def __init__(self, event, func, *args, **kwargs): self.event = event self.func = func self.args = args self.kwargs = kwargs self.value = None self.exception = None def run(self): try: self.value = self.func(*self.args, **self.kwargs) except: self.exception = sys.exc_info() finally: self.event.set() def spawn(self): return gevent.spawn(self.run) def result(self): self.event.wait() if self.exception: six.reraise(*self.exception) return self.value class GeventLoop: def __init__(self): self.thread_id = get_ident() self.tasks = gevent.queue.Queue() self.loop = gevent.spawn(self.run) def run(self): while True: self.tasks.get().spawn() def is_gevent_thread(self): return self.thread_id == get_ident() def submit(self, func, *args, **kwargs): event = gevent._threading.Event() task = GeventTask(event, func, *args, **kwargs) self.tasks.put_nowait(task) self.tasks.hub.loop.async().send() return task # Gevent executor class GeventExecutor(AbstractExecutor): """Gevent tango executor""" asynchronous = True default_wait = True def __init__(self, loop=None, subexecutor=None): if loop is None: loop = GeventLoop() if subexecutor is None: subexecutor = get_global_threadpool() self.loop = loop self.subexecutor = subexecutor def delegate(self, fn, *args, **kwargs): """Return the given operation as a gevent future.""" return self.subexecutor.spawn(fn, *args, **kwargs) def access(self, accessor, timeout=None): """Return a result from an gevent future.""" return accessor.get(timeout=timeout) def submit(self, fn, *args, **kwargs): return self.loop.submit(fn, *args, **kwargs) def execute(self, fn, *args, **kwargs): """Execute an operation and return the result.""" if self.loop.is_gevent_thread(): return fn(*args, **kwargs) task = self.submit(fn, *args, **kwargs) return task.result() pytango-9.2.2/tango/globals.py000066400000000000000000000061451316324373100163230ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["get_class", "get_classes", "get_cpp_class", "get_cpp_classes", "get_constructed_class", "get_constructed_classes", "class_factory", "delete_class_list", "class_list", "cpp_class_list", "constructed_class"] __docformat__ = "restructuredtext" # list of tuple class_list = [] # list of tuple cpp_class_list = [] # list of DeviceClass objects, one for each registered device class constructed_class = [] def get_classes(): global class_list return class_list def get_class(name): for klass_info in get_classes(): if klass_info[2] == name: return klass_info return None def get_class_by_class(klass): for klass_info in get_classes(): if klass_info[0] == klass: return klass_info return None def get_cpp_classes(): global cpp_class_list return cpp_class_list def get_cpp_class(name): for klass_info in get_cpp_classes(): if klass_info[1] == name: return klass_info return None def get_constructed_classes(): global constructed_class return constructed_class def get_constructed_class(name): for klass in get_constructed_classes(): if klass.get_name() == name: return klass return None def get_constructed_class_by_class(klass): for k in get_constructed_classes(): if k.__class__ == klass: return k return None # # A method to delete Tango classes from Python # def delete_class_list(): global constructed_class if len(constructed_class) != 0: del (constructed_class[:]) # # A generic class_factory method # def class_factory(): local_class_list = get_classes() local_cpp_class_list = get_cpp_classes() if ((len(local_class_list) + len(local_cpp_class_list)) == 0): print('Oups, no Tango class defined within this device server !!!') print('Sorry, but I exit') import sys sys.exit() # Call the delete_class_list function in order to clear the global # constructed class Python list. This is necessary only in case of # ServerRestart command delete_class_list() local_constructed_class = get_constructed_classes() for class_info in local_class_list: device_class_class = class_info[0] tango_device_class_name = class_info[2] device_class = device_class_class(tango_device_class_name) local_constructed_class.append(device_class) pytango-9.2.2/tango/green.py000066400000000000000000000136501316324373100157770ustar00rootroot00000000000000# ----------------------------------------------------------------------------- # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ----------------------------------------------------------------------------- # Imports import os from functools import wraps # Tango imports from ._tango import GreenMode __all__ = ['get_green_mode', 'set_green_mode', 'green', 'green_callback', 'get_executor', 'get_object_executor'] # Handle current green mode try: _CURRENT_GREEN_MODE = getattr( GreenMode, os.environ["PYTANGO_GREEN_MODE"].capitalize()) except Exception: _CURRENT_GREEN_MODE = GreenMode.Synchronous def set_green_mode(green_mode=None): """Sets the global default PyTango green mode. Advice: Use only in your final application. Don't use this in a python library in order not to interfere with the beavior of other libraries and/or application where your library is being. :param green_mode: the new global default PyTango green mode :type green_mode: GreenMode """ global _CURRENT_GREEN_MODE # Make sure the green mode is available get_executor(green_mode) # Set the green mode _CURRENT_GREEN_MODE = green_mode def get_green_mode(): """Returns the current global default PyTango green mode. :returns: the current global default PyTango green mode :rtype: GreenMode """ return _CURRENT_GREEN_MODE # Abstract executor class class AbstractExecutor(object): asynchronous = NotImplemented default_wait = NotImplemented def delegate(self, fn, *args, **kwargs): """Delegate an operation and return an accessor.""" if not self.asynchronous: raise ValueError('Not supported in synchronous mode') raise NotImplementedError def access(self, accessor, timeout=None): """Return a result from an accessor.""" if not self.asynchronous: raise ValueError('Not supported in synchronous mode') raise NotImplementedError def submit(self, fn, *args, **kwargs): """Submit an operation""" if not self.asynchronous: return fn(*args, **kwargs) raise NotImplementedError def execute(self, fn, *args, **kwargs): """Execute an operation and return the result.""" if not self.asynchronous: return fn(*args, **kwargs) raise NotImplementedError def run(self, fn, args=(), kwargs={}, wait=None, timeout=None): if wait is None: wait = self.default_wait # Sychronous (no delegation) if not self.asynchronous: if not wait or timeout: raise ValueError('Not supported in synchronous mode') return fn(*args, **kwargs) # Asynchronous delegation accessor = self.delegate(fn, *args, **kwargs) if not wait: return accessor return self.access(accessor, timeout=timeout) class SynchronousExecutor(AbstractExecutor): asynchronous = False default_wait = True # Default synchronous executor def get_synchronous_executor(): return _SYNCHRONOUS_EXECUTOR _SYNCHRONOUS_EXECUTOR = SynchronousExecutor() # Getters def get_object_green_mode(obj): if hasattr(obj, "get_green_mode"): return obj.get_green_mode() return get_green_mode() def get_executor(green_mode=None): if green_mode is None: green_mode = get_green_mode() # Valid green modes if green_mode == GreenMode.Synchronous: return get_synchronous_executor() if green_mode == GreenMode.Gevent: from . import gevent_executor return gevent_executor.get_global_executor() if green_mode == GreenMode.Futures: from . import futures_executor return futures_executor.get_global_executor() if green_mode == GreenMode.Asyncio: from . import asyncio_executor return asyncio_executor.get_global_executor() # Invalid green mode raise TypeError("Not a valid green mode") def get_object_executor(obj, green_mode=None): """Returns the proper executor for the given object. If the object has *_executors* and *_green_mode* members it returns the submit callable for the executor corresponding to the green_mode. Otherwise it returns the global executor for the given green_mode. Note: *None* is a valid object. :returns: submit callable""" # Get green mode if green_mode is None: green_mode = get_object_green_mode(obj) # Get executor executor = None if hasattr(obj, '_executors'): executor = obj._executors.get(green_mode, None) if executor is None: executor = get_executor(green_mode) # Get submitter return executor # Green modifiers def green(fn=None, consume_green_mode=True): """Make a function green. Can be used as a decorator.""" def decorator(fn): @wraps(fn) def greener(obj, *args, **kwargs): args = (obj,) + args wait = kwargs.pop('wait', None) timeout = kwargs.pop('timeout', None) access = kwargs.pop if consume_green_mode else kwargs.get green_mode = access('green_mode', None) executor = get_object_executor(obj, green_mode) return executor.run(fn, args, kwargs, wait=wait, timeout=timeout) return greener if fn is None: return decorator return decorator(fn) def green_callback(fn, obj=None, green_mode=None): """Return a green verion of the given callback.""" executor = get_object_executor(obj, green_mode) @wraps(fn) def greener(*args, **kwargs): return executor.submit(fn, *args, **kwargs) return greener pytango-9.2.2/tango/group.py000066400000000000000000000715301316324373100160340ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["Group", "group_init"] __docformat__ = "restructuredtext" import collections from ._tango import __Group as _RealGroup, StdStringVector from .utils import seq_2_StdStringVector, is_pure_str from .utils import document_method as __document_method from .device_proxy import __init_device_proxy_internals as init_device_proxy def _apply_to(fn, key): if isinstance(key, slice): if key.step: return [fn(x) for x in range(key.start, key.stop, key.step)] else: return [fn(x) for x in range(key.start, key.stop)] else: return fn(key) def _get_one_item(group, key): x = group.get_group(key) if x is not None: return x return group.get_device(key) # I define Group as a proxy to __Group, where group is the actual # C++ Tango::Group object. Most functions just call the __group object # and are defined dynamically in __init_proxy_Group, also copying it's # documentation strings. # The proxy is useful for add(group). In this case the parameter 'group' # becomes useless. With the proxy we make that parameter come to live # again before returning. # Another function that needs to be adapted to this is get_group because # we want to return a Group, not a __Group! # The get_device method also needs to be adapted in order to properly # initialize the returned proxy with its python attributes. class Group: """A Tango Group represents a hierarchy of tango devices. The hierarchy may have more than one level. The main goal is to group devices with same attribute(s)/command(s) to be able to do parallel requests.""" def __init__(self, name): if is_pure_str(name): name = _RealGroup(name) if not isinstance(name, _RealGroup): raise TypeError("Constructor expected receives a str") self.__group = name def add(self, pattern_subgroup, timeout_ms=-1): if isinstance(pattern_subgroup, Group): name = pattern_subgroup.__group.get_name() self._add(pattern_subgroup.__group, timeout_ms) pattern_subgroup.__group = self.get_group(name) else: self._add(pattern_subgroup, timeout_ms) def _add(self, patterns_or_group, timeout_ms=-1): if isinstance(patterns_or_group, _RealGroup): return self.__group._add(patterns_or_group, timeout_ms) elif isinstance(patterns_or_group, StdStringVector): return self.__group._add(patterns_or_group, timeout_ms) elif isinstance(patterns_or_group, str): return self.__group._add(patterns_or_group, timeout_ms) elif isinstance(patterns_or_group, collections.Sequence): patterns = seq_2_StdStringVector(patterns_or_group) return self.__group._add(patterns, timeout_ms) else: raise TypeError('Parameter patterns_or_group: Should be Group, str or a sequence of strings.') def remove(self, patterns, forward=True): if isinstance(patterns, str): return self.__group._remove(patterns, forward) elif isinstance(patterns, collections.Sequence): std_patterns = seq_2_StdStringVector(patterns) return self.__group._remove(std_patterns, forward) else: raise TypeError('Parameter patterns: Should be a str or a sequence of str.') def get_device(self, name_or_index): proxy = self.__group.get_device(name_or_index) init_device_proxy(proxy) return proxy def get_group(self, group_name): internal = self.__group.get_group(group_name) if internal is None: return None return Group(internal) def __contains__(self, pattern): return self.contains(pattern) def __getitem__(self, key): fn = lambda x: _get_one_item(self, x) return _apply_to(fn, key) def __delitem__(self, key): fn = lambda x: self.remove(x) return _apply_to(fn, key) def __len__(self): return self.get_size() def command_inout(self, cmd_name, param=None, forward=True): if param is None: idx = self.command_inout_asynch(cmd_name, forget=False, forward=forward) else: idx = self.command_inout_asynch(cmd_name, param, forget=False, forward=forward) return self.command_inout_reply(idx) def read_attribute(self, attr_name, forward=True): idx = self.__group.read_attribute_asynch(attr_name, forward) return self.__group.read_attribute_reply(idx) def read_attributes(self, attr_names, forward=True): idx = self.__group.read_attributes_asynch(attr_names, forward) return self.__group.read_attributes_reply(idx) def write_attribute(self, attr_name, value, forward=True, multi=False): idx = self.__group.write_attribute_asynch(attr_name, value, forward=forward, multi=multi) return self.__group.write_attribute_reply(idx) def __init_proxy_Group(): proxy_methods = [ # 'add', # Needs to be adapted 'command_inout_asynch', 'command_inout_reply', 'contains', 'disable', 'enable', # 'get_device', # Needs to be adapted 'get_device_list', 'get_fully_qualified_name', # 'get_group', # Needs to be adapted 'get_name', 'get_size', 'is_enabled', 'name_equals', 'name_matches', 'ping', 'read_attribute_asynch', 'read_attribute_reply', 'read_attributes_asynch', 'read_attributes_reply', 'remove_all', 'set_timeout_millis', 'write_attribute_asynch', 'write_attribute_reply'] def proxy_call_define(fname): def fn(self, *args, **kwds): return getattr(self._Group__group, fname)(*args, **kwds) fn.__doc__ = getattr(_RealGroup, fname).__doc__ setattr(Group, fname, fn) for fname in proxy_methods: proxy_call_define(fname) # Group.add.__func__.__doc__ = _RealGroup.add.__doc__ # Group.get_group.__func__.__doc__ = _RealGroup.get_group.__doc__ # Group.__doc__ = _RealGroup.__doc__ def __doc_Group(): def document_method(method_name, desc, append=True): return __document_method(_RealGroup, method_name, desc, append) document_method("_add", """ add(self, patterns, timeout_ms=-1) -> None Attaches any device which name matches one of the specified patterns. This method first asks to the Tango database the list of device names matching one the patterns. Devices are then attached to the group in the order in which they are returned by the database. Any device already present in the hierarchy (i.e. a device belonging to the group or to one of its subgroups), is silently ignored but its client side timeout is set to timeout_ms milliseconds if timeout_ms is different from -1. Parameters : - patterns : (str | sequence) can be a simple device name or a device name pattern (e.g. domain_*/ family/member_*), or a sequence of these. - timeout_ms : (int) If timeout_ms is different from -1, the client side timeouts of all devices matching the specified patterns are set to timeout_ms milliseconds. Return : None Throws : TypeError, ArgumentError """) document_method("_remove", """ remove(self, patterns, forward=True) -> None Removes any group or device which name matches the specified pattern. The pattern parameter can be a group name, a device name or a device name pattern (e.g domain_*/family/member_*). Since we can have groups with the same name in the hierarchy, a group name can be fully qualified to specify which group should be removed. Considering the following group: :: -> gauges | -> cell-01 | |-> penning | | |-> ... | |-> pirani | |-> ... | -> cell-02 | |-> penning | | |-> ... | |-> pirani | |-> ... | -> cell-03 | |-> ... | | -> ... A call to gauges->remove("penning") will remove any group named "penning" in the hierarchy while gauges->remove("gauges.cell-02.penning") will only remove the specified group. Parameters : - patterns : (str | sequence) A string with the pattern or a list of patterns. - forward : (bool) If fwd is set to true (the default), the remove request is also forwarded to subgroups. Otherwise, it is only applied to the local set of elements. For instance, the following code remove any stepper motor in the hierarchy: root_group->remove("*/stepper_motor/*"); Return : None Throws : """) document_method("remove_all", """ remove_all(self) -> None Removes all elements in the _RealGroup. After such a call, the _RealGroup is empty. """) document_method("contains", """ contains(self, pattern, forward=True) -> bool Parameters : - pattern : (str) The pattern can be a fully qualified or simple group name, a device name or a device name pattern. - forward : (bool) If fwd is set to true (the default), the remove request is also forwarded to subgroups. Otherwise, it is only applied to the local set of elements. Return : (bool) Returns true if the hierarchy contains groups and/or devices which name matches the specified pattern. Returns false otherwise. Throws : """) document_method("get_device", """ get_device(self, dev_name) -> DeviceProxy get_device(self, idx) -> DeviceProxy Returns a reference to the specified device or None if there is no device by that name in the group. Or, returns a reference to the "idx-th" device in the hierarchy or NULL if the hierarchy contains less than "idx" devices. This method may throw an exception in case the specified device belongs to the group but can't be reached (not registered, down...). See example below: :: try: dp = g.get_device("my/device/01") if dp is None: # my/device/01 does not belong to the group pass except DevFailed, f: # my/device/01 belongs to the group but can't be reached pass The request is systematically forwarded to subgroups (i.e. if no device named device_name could be found in the local set of devices, the request is forwarded to subgroups). Parameters : - dev_name : (str) Device name. - idx : (int) Device number. Return : (DeviceProxy) Be aware that this method returns a different DeviceProxy referring to the same device each time. So, do not use it directly for permanent things. Example: # WRONG: The DeviceProxy will quickly go out of scope # and disappear (thus, the event will be automatically # unsubscribed) g.get_device("my/device/01").subscribe_events('attr', callback) # GOOD: dp = g.get_device("my/device/01") dp.subscribe_events('attr', callback) Throws : DevFailed """) document_method("get_device_list", """ get_device_list(self, forward=True) -> sequence Considering the following hierarchy: :: g2.add("my/device/04") g2.add("my/device/05") g4.add("my/device/08") g4.add("my/device/09") g3.add("my/device/06") g3.add(g4) g3.add("my/device/07") g1.add("my/device/01") g1.add(g2) g1.add("my/device/03") g1.add(g3) g1.add("my/device/02") The returned vector content depends on the value of the forward option. If set to true, the results will be organized as follows: :: dl = g1.get_device_list(True) dl[0] contains "my/device/01" which belongs to g1 dl[1] contains "my/device/04" which belongs to g1.g2 dl[2] contains "my/device/05" which belongs to g1.g2 dl[3] contains "my/device/03" which belongs to g1 dl[4] contains "my/device/06" which belongs to g1.g3 dl[5] contains "my/device/08" which belongs to g1.g3.g4 dl[6] contains "my/device/09" which belongs to g1.g3.g4 dl[7] contains "my/device/07" which belongs to g1.g3 dl[8] contains "my/device/02" which belongs to g1 If the forward option is set to false, the results are: :: dl = g1.get_device_list(False); dl[0] contains "my/device/01" which belongs to g1 dl[1] contains "my/device/03" which belongs to g1 dl[2] contains "my/device/02" which belongs to g1 Parameters : - forward : (bool) If it is set to true (the default), the request is forwarded to sub-groups. Otherwise, it is only applied to the local set of devices. Return : (sequence) The list of devices currently in the hierarchy. Throws : """) document_method("get_group", """ get_group(self, group_name ) -> Group Returns a reference to the specified group or None if there is no group by that name. The group_name can be a fully qualified name. Considering the following group: :: -> gauges |-> cell-01 | |-> penning | | |-> ... | |-> pirani | |-> ... |-> cell-02 | |-> penning | | |-> ... | |-> pirani | |-> ... | -> cell-03 | |-> ... | | -> ... A call to gauges.get_group("penning") returns the first group named "penning" in the hierarchy (i.e. gauges.cell-01.penning) while gauges.get_group("gauges.cell-02.penning'') returns the specified group. The request is systematically forwarded to subgroups (i.e. if no group named group_name could be found in the local set of elements, the request is forwarded to subgroups). Parameters : - group_name : (str) Return : (Group) Throws : New in PyTango 7.0.0 """) # Tango methods (~ DeviceProxy interface) document_method("ping", """ ping(self, forward=True) -> bool Ping all devices in a group. Parameters : - forward : (bool) If fwd is set to true (the default), the request is also forwarded to subgroups. Otherwise, it is only applied to the local set of devices. Return : (bool) This method returns true if all devices in the group are alive, false otherwise. Throws : """) document_method("set_timeout_millis", """ set_timeout_millis(self, timeout_ms) -> bool Set client side timeout for all devices composing the group in milliseconds. Any method which takes longer than this time to execute will throw an exception. Parameters : - timeout_ms : (int) Return : None Throws : (errors are ignored) New in PyTango 7.0.0 """) document_method("command_inout_asynch", """ command_inout_asynch(self, cmd_name, forget=False, forward=True, reserved=-1 ) -> int command_inout_asynch(self, cmd_name, param, forget=False, forward=True, reserved=-1 ) -> int command_inout_asynch(self, cmd_name, param_list, forget=False, forward=True, reserved=-1 ) -> int Executes a Tango command on each device in the group asynchronously. The method sends the request to all devices and returns immediately. Pass the returned request id to Group.command_inout_reply() to obtain the results. Parameters : - cmd_name : (str) Command name - param : (any) parameter value - param_list : (tango.DeviceDataList) sequence of parameters. When given, it's length must match the group size. - forget : (bool) Fire and forget flag. If set to true, it means that no reply is expected (i.e. the caller does not care about it and will not even try to get it) - forward : (bool) If it is set to true (the default) request is forwarded to subgroups. Otherwise, it is only applied to the local set of devices. - reserved : (int) is reserved for internal purpose and should not be used. This parameter may disappear in a near future. Return : (int) request id. Pass the returned request id to Group.command_inout_reply() to obtain the results. Throws : """) document_method("command_inout_reply", """ command_inout_reply(self, req_id, timeout_ms=0) -> sequence Returns the results of an asynchronous command. Parameters : - req_id : (int) Is a request identifier previously returned by one of the command_inout_asynch methods - timeout_ms : (int) For each device in the hierarchy, if the command result is not yet available, command_inout_reply wait timeout_ms milliseconds before throwing an exception. This exception will be part of the global reply. If timeout_ms is set to 0, command_inout_reply waits "indefinitely". Return : (sequence) Throws : """) document_method("read_attribute_asynch", """ read_attribute_asynch(self, attr_name, forward=True, reserved=-1 ) -> int Reads an attribute on each device in the group asynchronously. The method sends the request to all devices and returns immediately. Parameters : - attr_name : (str) Name of the attribute to read. - forward : (bool) If it is set to true (the default) request is forwarded to subgroups. Otherwise, it is only applied to the local set of devices. - reserved : (int) is reserved for internal purpose and should not be used. This parameter may disappear in a near future. Return : (int) request id. Pass the returned request id to Group.read_attribute_reply() to obtain the results. Throws : """) document_method("read_attributes_asynch", """ read_attributes_asynch(self, attr_names, forward=True, reserved=-1 ) -> int Reads the attributes on each device in the group asynchronously. The method sends the request to all devices and returns immediately. Parameters : - attr_names : (sequence) Name of the attributes to read. - forward : (bool) If it is set to true (the default) request is forwarded to subgroups. Otherwise, it is only applied to the local set of devices. - reserved : (int) is reserved for internal purpose and should not be used. This parameter may disappear in a near future. Return : (int) request id. Pass the returned request id to Group.read_attributes_reply() to obtain the results. Throws : """) document_method("read_attribute_reply", """ read_attribute_reply(self, req_id, timeout_ms=0 ) -> sequence Returns the results of an asynchronous attribute reading. Parameters : - req_id : (int) a request identifier previously returned by read_attribute_asynch. - timeout_ms : (int) For each device in the hierarchy, if the attribute value is not yet available, read_attribute_reply wait timeout_ms milliseconds before throwing an exception. This exception will be part of the global reply. If timeout_ms is set to 0, read_attribute_reply waits "indefinitely". Return : (sequence) Throws : """) document_method("read_attributes_reply", """ read_attributes_reply(self, req_id, timeout_ms=0 ) -> sequence Returns the results of an asynchronous attribute reading. Parameters : - req_id : (int) a request identifier previously returned by read_attribute_asynch. - timeout_ms : (int) For each device in the hierarchy, if the attribute value is not yet available, read_attribute_reply ait timeout_ms milliseconds before throwing an exception. This exception will be part of the global reply. If timeout_ms is set to 0, read_attributes_reply waits "indefinitely". Return : (sequence) Throws : """) document_method("write_attribute_asynch", """ write_attribute_asynch(self, attr_name, value, forward=True, multi=False ) -> int Writes an attribute on each device in the group asynchronously. The method sends the request to all devices and returns immediately. Parameters : - attr_name : (str) Name of the attribute to write. - value : (any) Value to write. See DeviceProxy.write_attribute - forward : (bool) If it is set to true (the default) request is forwarded to subgroups. Otherwise, it is only applied to the local set of devices. - multi : (bool) If it is set to false (the default), the same value is applied to all devices in the group. Otherwise the value is interpreted as a sequence of values, and each value is applied to the corresponding device in the group. In this case len(value) must be equal to group.get_size()! Return : (int) request id. Pass the returned request id to Group.write_attribute_reply() to obtain the acknowledgements. Throws : """) document_method("write_attribute_reply", """ write_attribute_reply(self, req_id, timeout_ms=0 ) -> sequence Returns the acknowledgements of an asynchronous attribute writing. Parameters : - req_id : (int) a request identifier previously returned by write_attribute_asynch. - timeout_ms : (int) For each device in the hierarchy, if the acknowledgment is not yet available, write_attribute_reply wait timeout_ms milliseconds before throwing an exception. This exception will be part of the global reply. If timeout_ms is set to 0, write_attribute_reply waits "indefinitely". Return : (sequence) Throws : """) document_method("get_name", """ Get the name of the group. Eg: Group('name').get_name() == 'name' """) document_method("get_fully_qualified_name", """ Get the complete (dpt-separated) name of the group. This takes into consideration the name of the group and its parents. """) document_method("enable", "Enables a group or a device element in a group.") document_method("disable", "Disables a group or a device element in a group.") document_method("is_enabled", "Check if a group is enabled.\nNew in PyTango 7.0.0") document_method("name_equals", "New in PyTango 7.0.0") document_method("name_matches", "New in PyTango 7.0.0") document_method("get_size", """ get_size(self, forward=True) -> int Parameters : - forward : (bool) If it is set to true (the default), the request is forwarded to sub-groups. Return : (int) The number of the devices in the hierarchy Throws : """) def document_group_method(method_name, desc, append=True): return __document_method(Group, method_name, desc, append) document_group_method("add", _RealGroup._add.__doc__, False) document_group_method("add", """ add(self, subgroup, timeout_ms=-1) -> None Attaches a (sub)_RealGroup. To remove the subgroup use the remove() method. Parameters : - subgroup : (str) - timeout_ms : (int) If timeout_ms parameter is different from -1, the client side timeout associated to each device composing the _RealGroup added is set to timeout_ms milliseconds. If timeout_ms is -1, timeouts are not changed. Return : None Throws : TypeError, ArgumentError """) document_group_method("command_inout", """ command_inout(self, cmd_name, forward=True) -> sequence command_inout(self, cmd_name, param, forward=True) -> sequence command_inout(self, cmd_name, param_list, forward=True) -> sequence Just a shortcut to do: self.command_inout_reply(self.command_inout_asynch(...)) Parameters: - cmd_name : (str) Command name - param : (any) parameter value - param_list : (tango.DeviceDataList) sequence of parameters. When given, it's length must match the group size. - forward : (bool) If it is set to true (the default) request is forwarded to subgroups. Otherwise, it is only applied to the local set of devices. Return : (sequence) """) document_group_method("read_attribute", """ read_attribute(self, attr_name, forward=True) -> sequence Just a shortcut to do: self.read_attribute_reply(self.read_attribute_asynch(...)) """) document_group_method("read_attributes", """ read_attributes(self, attr_names, forward=True) -> sequence Just a shortcut to do: self.read_attributes_reply(self.read_attributes_asynch(...)) """) document_group_method("write_attribute", """ write_attribute(self, attr_name, value, forward=True, multi=False) -> sequence Just a shortcut to do: self.write_attribute_reply(self.write_attribute_asynch(...)) """) def group_init(doc=True): if doc: __doc_Group() __init_proxy_Group() pytango-9.2.2/tango/group_reply.py000066400000000000000000000064441316324373100172510ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["group_reply_init"] __docformat__ = "restructuredtext" from .utils import document_method as __document_method from ._tango import GroupReply, GroupCmdReply, GroupAttrReply, ExtractAs def __GroupCmdReply__get_data(self): return self.get_data_raw().extract() def __GroupAttrReply__get_data(self, extract_as=ExtractAs.Numpy): # GroupAttrReply.__get_data() extracts the data from the object, so # two successive calls to get_data() result in the second one returning # an empty value, which is an unexpected behaviour. # That's why we cache the result of the first call. try: data, orig_extract_as = self.__dataCache except AttributeError: data = self.__get_data(extract_as) self.__dataCache = data, extract_as return data if extract_as != orig_extract_as: raise Exception("Successive calls to get_data() must receive the same" " parameters as the first one.") return data def __init_GroupReply(): GroupCmdReply.get_data = __GroupCmdReply__get_data GroupAttrReply.get_data = __GroupAttrReply__get_data def __doc_GroupReply(): def document_method(method_name, desc, append=True): return __document_method(GroupReply, method_name, desc, append) GroupReply.__doc__ = """ This is the base class for the result of an operation on a PyTangoGroup, being it a write attribute, read attribute, or command inout operation. It has some trivial common operations: - has_failed(self) -> bool - group_element_enabled(self) ->bool - dev_name(self) -> str - obj_name(self) -> str - get_err_stack(self) -> DevErrorList """ __document_method(GroupCmdReply, "get_data", """ get_data(self) -> any Get the actual value stored in the GroupCmdRply, the command output value. It's the same as self.get_data_raw().extract() Parameters : None Return : (any) Whatever is stored there, or None. """) __document_method(GroupCmdReply, "get_data_raw", """ get_data_raw(self) -> any Get the DeviceData containing the output parameter of the command. Parameters : None Return : (DeviceData) Whatever is stored there, or None. """) __document_method(GroupAttrReply, "get_data", """ get_data(self, extract_as=ExtractAs.Numpy) -> DeviceAttribute Get the DeviceAttribute. Parameters : - extract_as : (ExtractAs) Return : (DeviceAttribute) Whatever is stored there, or None. """) def group_reply_init(doc=True): __init_GroupReply() if doc: __doc_GroupReply() pytango-9.2.2/tango/group_reply_list.py000066400000000000000000000061471316324373100203040ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["group_reply_list_init"] __docformat__ = "restructuredtext" from ._tango import GroupReplyList, GroupCmdReplyList, GroupAttrReplyList def __GroupReplyList__getitem(self, item): # Accessing an item in GroupReplyList and friends makes a C++ copy # of the item calling the copy constructor. But the copy constructor # of GroupReply is not fair: It extracts the data from the original # object!! So, we will only call the original getitem once, the # successive calls will just return the cached object. # GroupReplyList could be changed to use proxies to the internal # c++ object with the apropriate parameter to the # boost::vector_indexing_suite, but when the value is extracted # it is not anymore in any C++ object but in the python object, so # we must still keep it. # Slices support if isinstance(item, slice): return [self.__getitem__(x) for x in range(*item.indices(len(self)))] # We want to get the same cache value for x[-1] as for x[len(x)-1] if item < 0: item = item + len(self) # Try to get from cache try: return self.__listCache[item] except AttributeError: # The GroupReplyList object is created without the # cache attribute, so it is created here self.__listCache = dict() except KeyError: # The decision wheter we are out of bounds or it's just a cache # miss will be taken by original_getitem pass r = self.__GroupReplyList_original_getitem(item) self.__listCache[item] = r return r def __GroupReplyList__iter(self): # Same problem as getitem. In this case it is easier for me to just # reimplement __iter__ in terms of __getitem__ for x in range(len(self)): yield self[x] def __init_GroupReplyList(): GroupReplyList.__GroupReplyList_original_getitem = GroupReplyList.__getitem__ GroupReplyList.__getitem__ = __GroupReplyList__getitem GroupCmdReplyList.__GroupReplyList_original_getitem = GroupCmdReplyList.__getitem__ GroupCmdReplyList.__getitem__ = __GroupReplyList__getitem GroupAttrReplyList.__GroupReplyList_original_getitem = GroupAttrReplyList.__getitem__ GroupAttrReplyList.__getitem__ = __GroupReplyList__getitem GroupReplyList.__iter__ = __GroupReplyList__iter GroupCmdReplyList.__iter__ = __GroupReplyList__iter GroupAttrReplyList.__iter__ = __GroupReplyList__iter def __doc_GroupReplyList(): pass def group_reply_list_init(doc=True): __init_GroupReplyList() if doc: __doc_GroupReplyList() pytango-9.2.2/tango/log4tango.py000066400000000000000000000227151316324373100165770ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. It provides tango log classes that can be used as decorators in any method of :class:`tango.DeviceImpl`. To access these members use directly :mod:`tango` module and NOT tango.log4tango. Example:: import tango class MyDev(tango.Device_4Impl): tango.InfoIt() def read_Current(self, attr): attr.set_value(self._current) """ __all__ = ["TangoStream", "LogIt", "DebugIt", "InfoIt", "WarnIt", "ErrorIt", "FatalIt"] __docformat__ = "restructuredtext" import functools class TangoStream: def __init__(self, fn): self._fn = fn self._accum = "" def write(self, s): self._accum += s # while there is no new line, just accumulate the buffer try: if s[-1] == '\n' or s.index('\n') >= 0: self.flush() except ValueError: pass def flush(self): b = self._accum if b is None or len(self._accum) == 0: return # take the '\n' because the log adds it if b[-1] == '\n': b = b[:-1] self._fn(b) self._accum = "" class LogIt(object): """A class designed to be a decorator of any method of a :class:`tango.DeviceImpl` subclass. The idea is to log the entrance and exit of any decorated method. Example:: class MyDevice(tango.Device_4Impl): @tango.LogIt() def read_Current(self, attr): attr.set_value(self._current, 1) All log messages generated by this class have DEBUG level. If you whish to have different log level messages, you should implement subclasses that log to those levels. See, for example, :class:`tango.InfoIt`. The constructor receives three optional arguments: * show_args - shows method arguments in log message (defaults to False) * show_kwargs - shows keyword method arguments in log message (defaults to False) * show_ret - shows return value in log message (defaults to False) """ def __init__(self, show_args=False, show_kwargs=False, show_ret=False): """Initializes de LogIt object. :param show_args: (bool) show arguments in log message (default is False) :param show_kwargs: (bool) show keyword arguments in log message (default is False) :param show_ret: (bool) show return in log message (default is False) """ self._show_args = show_args self._show_kwargs = show_kwargs self._show_ret = show_ret def __compact_elem(self, v, maxlen=25): v = repr(v) if len(v) > maxlen: v = v[:maxlen - 6] + " [...]" return v def __compact_elems(self, elems): return map(self.__compact_elem, elems) def __compact_elems_str(self, elems): return ", ".join(self.__compact_elems(elems)) def __compact_item(self, k, v, maxlen=None): if maxlen is None: return "%s=%s" % (k, self.__compact(v)) return "%s=%s" % (k, self.__compact(v, maxlen=maxlen)) def __compact_dict(self, d, maxlen=None): return (self.__compact_item(k, v) for k, v in d.items()) def __compact_dict_str(self, d, maxlen=None): return ", ".join(self.__compact_dict(d, maxlen=maxlen)) def is_enabled(self, obj): return obj.get_logger().is_debug_enabled() def get_log_func(self, obj): return obj.debug_stream def __call__(self, f): @functools.wraps(f) def log_stream(*args, **kwargs): dev = args[0] if not self.is_enabled(dev): return f(*args, **kwargs) log = self.get_log_func(dev) f_name = dev.__class__.__name__ + "." + f.__name__ sargs = "" if self._show_args: sargs = self.__compact_elems_str(args[1:]) if self._show_kwargs: sargs += self.__compact_dict_str(kwargs) log("-> {0}({1})".format(f_name, sargs)) with_exc = True try: ret = f(*args, **kwargs) with_exc = False return ret finally: if with_exc: log("<- {0}() raised exception!".format(f_name)) else: sret = "" if self._show_ret: sret = self.__compact_elem(ret) + " " log("{0}<- {1}()".format(sret, f_name)) log_stream._wrapped = f return log_stream class DebugIt(LogIt): """A class designed to be a decorator of any method of a :class:`tango.DeviceImpl` subclass. The idea is to log the entrance and exit of any decorated method as DEBUG level records. Example:: class MyDevice(tango.Device_4Impl): @tango.DebugIt() def read_Current(self, attr): attr.set_value(self._current, 1) All log messages generated by this class have DEBUG level. The constructor receives three optional arguments: * show_args - shows method arguments in log message (defaults to False) * show_kwargs - shows keyword method arguments in log message (defaults to False) * show_ret - shows return value in log message (defaults to False) """ def is_enabled(self, d): return d.get_logger().is_debug_enabled() def get_log_func(self, d): return d.debug_stream class InfoIt(LogIt): """A class designed to be a decorator of any method of a :class:`tango.DeviceImpl` subclass. The idea is to log the entrance and exit of any decorated method as INFO level records. Example:: class MyDevice(tango.Device_4Impl): @tango.InfoIt() def read_Current(self, attr): attr.set_value(self._current, 1) All log messages generated by this class have INFO level. The constructor receives three optional arguments: * show_args - shows method arguments in log message (defaults to False) * show_kwargs - shows keyword method arguments in log message (defaults to False) * show_ret - shows return value in log message (defaults to False) """ def is_enabled(self, d): return d.get_logger().is_info_enabled() def get_log_func(self, d): return d.info_stream class WarnIt(LogIt): """A class designed to be a decorator of any method of a :class:`tango.DeviceImpl` subclass. The idea is to log the entrance and exit of any decorated method as WARN level records. Example:: class MyDevice(tango.Device_4Impl): @tango.WarnIt() def read_Current(self, attr): attr.set_value(self._current, 1) All log messages generated by this class have WARN level. The constructor receives three optional arguments: * show_args - shows method arguments in log message (defaults to False) * show_kwargs - shows keyword method arguments in log message (defaults to False) * show_ret - shows return value in log message (defaults to False) """ def is_enabled(self, d): return d.get_logger().is_warn_enabled() def get_log_func(self, d): return d.warn_stream class ErrorIt(LogIt): """A class designed to be a decorator of any method of a :class:`tango.DeviceImpl` subclass. The idea is to log the entrance and exit of any decorated method as ERROR level records. Example:: class MyDevice(tango.Device_4Impl): @tango.ErrorIt() def read_Current(self, attr): attr.set_value(self._current, 1) All log messages generated by this class have ERROR level. The constructor receives three optional arguments: * show_args - shows method arguments in log message (defaults to False) * show_kwargs - shows keyword method arguments in log message (defaults to False) * show_ret - shows return value in log message (defaults to False) """ def is_enabled(self, d): return d.get_logger().is_error_enabled() def get_log_func(self, d): return d.error_stream class FatalIt(LogIt): """A class designed to be a decorator of any method of a :class:`tango.DeviceImpl` subclass. The idea is to log the entrance and exit of any decorated method as FATAL level records. Example:: class MyDevice(tango.Device_4Impl): @tango.FatalIt() def read_Current(self, attr): attr.set_value(self._current, 1) All log messages generated by this class have FATAL level. The constructor receives three optional arguments: * show_args - shows method arguments in log message (defaults to False) * show_kwargs - shows keyword method arguments in log message (defaults to False) * show_ret - shows return value in log message (defaults to False) """ def is_enabled(self, d): return d.get_logger().is_fatal_enabled() def get_log_func(self, d): return d.fatal_stream pytango-9.2.2/tango/pipe.py000066400000000000000000000122711316324373100156320ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ __all__ = ['PipeConfig'] from ._tango import Pipe, PipeWriteType, UserDefaultPipeProp, \ CmdArgType, DevState, DispLevel, constants from .utils import scalar_to_array_type, TO_TANGO_TYPE, \ is_non_str_seq, is_pure_str, is_integer, is_number from .utils import document_method as __document_method class PipeConfig(object): """ This class represents the python interface for the Tango IDL object PipeConfig.""" def __init__(self): self.name = '' self.description = '' self.label = '' self.level = DispLevel.OPERATOR self.writable = PipeWriteType.PIPE_READ self.extensions = [] def __get_pipe_type_simple(obj): if is_non_str_seq(obj): if len(obj) == 2 and \ is_pure_str(obj[0]) and \ (is_non_str_seq(obj[1]) or isinstance(obj[1], dict)): tg_type = CmdArgType.DevPipeBlob else: tg_type = __get_pipe_type(obj[0]) tg_type = scalar_to_array_type(tg_type) elif is_pure_str(obj): tg_type = CmdArgType.DevString elif isinstance(obj, DevState): tg_type = CmdArgType.DevState elif isinstance(obj, bool): tg_type = CmdArgType.DevBoolean elif is_integer(obj): tg_type = CmdArgType.DevLong64 elif is_number(obj): tg_type = CmdArgType.DevDouble else: raise ValueError('Cannot determine object tango type') return tg_type def __get_pipe_type_numpy_support(obj): try: ndim, dtype = obj.ndim, str(obj.dtype) except AttributeError: return __get_pipe_type_simple(obj) if ndim > 1: raise TypeError('cannot translate numpy array with {0} ' 'dimensions to tango type'.format(obj.ndim)) tg_type = TO_TANGO_TYPE[dtype] if ndim > 0: tg_type = scalar_to_array_type(dtype) return tg_type def __get_tango_type(dtype): if is_non_str_seq(dtype): tg_type = dtype[0] if is_non_str_seq(tg_type): raise TypeError("Pipe doesn't support 2D data") tg_type = TO_TANGO_TYPE[tg_type] tg_type = scalar_to_array_type(tg_type) else: tg_type = TO_TANGO_TYPE[dtype] return tg_type def __get_pipe_type(obj, dtype=None): if dtype is not None: return __get_tango_type(dtype) if constants.NUMPY_SUPPORT: return __get_pipe_type_numpy_support(obj) return __get_pipe_type_simple(obj) def __sanatize_pipe_element(elem): if isinstance(elem, dict): result = dict(elem) else: result = dict(name=elem[0], value=elem[1]) result['value'] = value = result.get('value', result.pop('blob', None)) result['dtype'] = dtype = __get_pipe_type(value, dtype=result.get('dtype')) if dtype == CmdArgType.DevPipeBlob: result['value'] = value[0], __sanatize_pipe_blob(value[1]) return result def __sanatize_pipe_blob(blob): if isinstance(blob, dict): return [__sanatize_pipe_element((k, v)) for k, v in blob.items()] else: return [__sanatize_pipe_element(elem) for elem in blob] def __Pipe__set_value(self, value): """ Set the pipe value. Check ref:`pipe data types `: for more information on which values are supported """ root_blob_name, blob = value self.set_root_blob_name(root_blob_name) value = __sanatize_pipe_blob(blob) self._set_value(value) def __Pipe__get_value(self): return (self.get_root_blob_name(), self._get_value()) def __init_Pipe(): Pipe.set_value = __Pipe__set_value def __doc_UserDefaultPipeProp(): def document_method(method_name, desc, append=True): return __document_method(UserDefaultPipeProp, method_name, desc, append) UserDefaultPipeProp.__doc__ = """ User class to set pipe default properties. This class is used to set pipe default properties. Three levels of pipe properties setting are implemented within Tango. The highest property setting level is the database. Then the user default (set using this UserDefaultPipeProp class) and finally a Tango library default value """ document_method("set_label", """ set_label(self, def_label) -> None Set default label property. Parameters : - def_label : (str) the user default label property Return : None """) document_method("set_description", """ set_description(self, def_description) -> None Set default description property. Parameters : - def_description : (str) the user default description property Return : None """) def pipe_init(doc=True): __init_Pipe() if doc: __doc_UserDefaultPipeProp() pytango-9.2.2/tango/pipe_data.py000066400000000000000000000164451316324373100166320ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ from __future__ import with_statement from __future__ import print_function __all__ = ["PipeData"] __docformat__ = "restructuredtext" import inspect from ._tango import Except, DispLevel, Pipe, PipeWriteType, UserDefaultPipeProp from .utils import is_non_str_seq, is_pure_str class PipeData(object): """A helper class that contains the same information one of the items in DeviceClass.pipe_list but in object form""" def __init__(self, name, class_name, pipe_info=None): self.class_name = class_name self.pipe_name = name self.pipe_write = PipeWriteType.PIPE_READ self.display_level = DispLevel.OPERATOR if name is None: self.read_method_name = None self.write_method_name = None self.is_allowed_name = None else: self.read_method_name = "read_" + name self.write_method_name = "write_" + name self.is_allowed_name = "is_" + name + "_allowed" self.pipe_class = None self.pipe_args = [] self.pipe_prop = None if pipe_info is not None: self.from_pipe_info(pipe_info) @classmethod def from_dict(cls, pipe_dict): pipe_dict = dict(pipe_dict) name = pipe_dict.pop('name', None) class_name = pipe_dict.pop('class_name', None) self = cls(name, class_name) self.build_from_dict(pipe_dict) return self def build_from_dict(self, pipe_dict): self.display_level = pipe_dict.pop('display_level', DispLevel.OPERATOR) is_access_explicit = "access" in pipe_dict if is_access_explicit: self.pipe_write = pipe_dict.pop('access') else: # access is defined by which methods were defined r_explicit = "fread" in pipe_dict or "fget" in pipe_dict w_explicit = "fwrite" in pipe_dict or "fset" in pipe_dict if r_explicit and w_explicit: self.pipe_write = PipeWriteType.PIPE_READ_WRITE else: self.pipe_write = PipeWriteType.PIPE_READ fread = pipe_dict.pop('fget', pipe_dict.pop('fread', None)) if fread is not None: if is_pure_str(fread): self.read_method_name = fread elif inspect.isroutine(fread): self.read_method_name = fread.__name__ fwrite = pipe_dict.pop('fset', pipe_dict.pop('fwrite', None)) if fwrite is not None: if is_pure_str(fwrite): self.write_method_name = fwrite elif inspect.isroutine(fwrite): self.write_method_name = fwrite.__name__ fisallowed = pipe_dict.pop('fisallowed', None) if fisallowed is not None: if is_pure_str(fisallowed): self.is_allowed_name = fisallowed elif inspect.isroutine(fisallowed): self.is_allowed_name = fisallowed.__name__ self.pipe_class = pipe_dict.pop("klass", Pipe) self.pipe_args.extend((self.pipe_name, self.display_level, self.pipe_write)) if len(pipe_dict): self.pipe_prop = self.__create_user_default_pipe_prop(pipe_dict) return self def _set_name(self, name): old_name = self.pipe_name self.pipe_name = name self.pipe_args[0] = name if old_name is None: if self.read_method_name is None: self.read_method_name = "read_" + name if self.write_method_name is None: self.write_method_name = "write_" + name if self.is_allowed_name is None: self.is_allowed_name = "is_" + name + "_allowed" def __throw_exception(self, msg, meth="create_pipe()"): Except.throw_exception("PyDs_WrongPipeDefinition", msg, meth) def __create_user_default_pipe_prop(self, extra_info): """for internal usage only""" p = UserDefaultPipeProp() doc = extra_info.pop('doc', None) if doc is not None: extra_info['description'] = doc for k, v in extra_info.items(): k_lower = k.lower() method_name = "set_%s" % k_lower.replace(' ', '_') if hasattr(p, method_name): method = getattr(p, method_name) method(str(v)) else: msg = "Wrong definition of pipe. " \ "The object extra information '%s' " \ "is not recognized!" % (k,) Except.throw_exception("PyDs_WrongPipeDefinition", msg, "create_user_default_pipe_prop()") return p def from_pipe_info(self, pipe_info): name = self.class_name pipe_name = self.pipe_name throw_ex = self.__throw_exception # check for well defined pipe info # check parameter if not is_non_str_seq(pipe_info): throw_ex("Wrong data type for value for describing pipe %s in " "class %s\nMust be a sequence with 1 or 2 elements" % (pipe_name, name)) if len(pipe_info) < 1 or len(pipe_info) > 2: throw_ex("Wrong number of argument for describing pipe %s in " "class %s\nMust be a sequence with 1 or 2 elements" % (pipe_name, name)) extra_info = {} if len(pipe_info) == 2: # pipe_info[1] must be a dictionary # extra_info = pipe_info[1], with all the keys lowercase for k, v in pipe_info[1].items(): extra_info[k.lower()] = v pipe_info = pipe_info[0] # get write type try: self.pipe_write = PipeWriteType(pipe_info) except: throw_ex("Wrong data write type in pipe argument for " "pipe %s in class %s\nPipe write type must be a " "tango.PipeWriteType" % (pipe_name, name)) try: self.display_level = DispLevel(extra_info.get("display level", DispLevel.OPERATOR)) except: throw_ex("Wrong display level in pipe information for " "pipe %s in class %s\nPipe information for " "display level is not a tango.DispLevel" % (pipe_name, name)) self.pipe_class = extra_info.get("klass", Pipe) self.pipe_args.extend((self.pipe_name, self.display_level, self.pipe_write)) pipe_prop = None if extra_info: pipe_prop = self.__create_user_default_pipe_prop(extra_info) self.pipe_prop = pipe_prop def to_pipe(self): pipe = self.pipe_class(*self.pipe_args) if self.pipe_prop is not None: pipe.set_default_properties(self.pipe_prop) return pipe pytango-9.2.2/tango/pytango_init.py000066400000000000000000000075321316324373100174050ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ['init'] __docformat__ = "restructuredtext" from .attribute_proxy import attribute_proxy_init from .base_types import base_types_init from .exception import exception_init from .callback import callback_init from .api_util import api_util_init from .encoded_attribute import encoded_attribute_init from .connection import connection_init from .db import db_init from .device_attribute import device_attribute_init from .device_class import device_class_init from .device_data import device_data_init from .device_proxy import device_proxy_init from .device_server import device_server_init from .group import group_init from .group_reply import group_reply_init from .group_reply_list import group_reply_list_init from .pytango_pprint import pytango_pprint_init from .pyutil import pyutil_init from .time_val import time_val_init from .auto_monitor import auto_monitor_init from .pipe import pipe_init from ._tango import constants from ._tango import _get_tango_lib_release __INITIALIZED = False __DOC = True def init_constants(): import sys import platform tg_ver = tuple(map(int, constants.TgLibVers.split("."))) tg_ver_str = "0x%02d%02d%02d00" % (tg_ver[0], tg_ver[1], tg_ver[2]) constants.TANGO_VERSION_HEX = int(tg_ver_str, 16) BOOST_VERSION = ".".join(map(str, (constants.BOOST_MAJOR_VERSION, constants.BOOST_MINOR_VERSION, constants.BOOST_PATCH_VERSION))) constants.BOOST_VERSION = BOOST_VERSION class Compile(object): PY_VERSION = constants.PY_VERSION TANGO_VERSION = constants.TANGO_VERSION BOOST_VERSION = constants.BOOST_VERSION NUMPY_VERSION = constants.NUMPY_VERSION # UNAME = tuple(map(str, json.loads(constants.UNAME))) tg_rt_ver_nb = _get_tango_lib_release() tg_rt_major_ver = tg_rt_ver_nb // 100 tg_rt_minor_ver = tg_rt_ver_nb // 10 % 10 tg_rt_patch_ver = tg_rt_ver_nb % 10 tg_rt_ver = ".".join(map(str, (tg_rt_major_ver, tg_rt_minor_ver, tg_rt_patch_ver))) class Runtime(object): PY_VERSION = ".".join(map(str, sys.version_info[:3])) TANGO_VERSION = tg_rt_ver BOOST_VERSION = '0.0.0' if constants.NUMPY_SUPPORT: import numpy NUMPY_VERSION = numpy.__version__ else: NUMPY_VERSION = None UNAME = platform.uname() constants.Compile = Compile constants.Runtime = Runtime def init(): global __INITIALIZED if __INITIALIZED: return global __DOC doc = __DOC init_constants() base_types_init(doc=doc) exception_init(doc=doc) callback_init(doc=doc) api_util_init(doc=doc) encoded_attribute_init(doc=doc) connection_init(doc=doc) db_init(doc=doc) device_attribute_init(doc=doc) device_class_init(doc=doc) device_data_init(doc=doc) device_proxy_init(doc=doc) device_server_init(doc=doc) group_init(doc=doc) group_reply_init(doc=doc) group_reply_list_init(doc=doc) pytango_pprint_init(doc=doc) pyutil_init(doc=doc) time_val_init(doc=doc) auto_monitor_init(doc=doc) pipe_init(doc=doc) # must come last: depends on device_proxy.init() attribute_proxy_init(doc=doc) __INITIALIZED = True pytango-9.2.2/tango/pytango_pprint.py000066400000000000000000000142121316324373100177470ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["pytango_pprint_init"] __docformat__ = "restructuredtext" from ._tango import (StdStringVector, StdLongVector, CommandInfoList, AttributeInfoList, AttributeInfoListEx, PipeInfoList, DeviceDataHistoryList, GroupReplyList, GroupAttrReplyList, GroupCmdReplyList, DbData, DbDevInfos, DbDevExportInfos, DbDevImportInfos, DbHistoryList, LockerInfo, DevCommandInfo, AttributeDimension, CommandInfo, PipeInfo, DeviceInfo, DeviceAttributeConfig, AttributeInfo, AttributeAlarmInfo, ChangeEventInfo, PeriodicEventInfo, ArchiveEventInfo, AttributeEventInfo, AttributeInfoEx, DeviceAttribute, DeviceAttributeHistory, DeviceData, DeviceDataHistory, DevicePipe, DbDatum, DbDevInfo, DbDevImportInfo, DbDevExportInfo, DbServerInfo, GroupReply, GroupAttrReply, GroupCmdReply, DevError, EventData, AttrConfEventData, DataReadyEventData, TimeVal, DevFailed, CmdArgType) from .device_server import AttributeAlarm, EventProperties from .device_server import ChangeEventProp, PeriodicEventProp, ArchiveEventProp from .device_server import AttributeConfig, AttributeConfig_2 from .device_server import AttributeConfig_3, AttributeConfig_5 import collections def __inc_param(obj, name): ret = not name.startswith('_') ret &= name not in ('except_flags',) ret &= not isinstance(getattr(obj, name), collections.Callable) return ret def __single_param(obj, param_name, f=repr, fmt='%s = %s'): param_value = getattr(obj, param_name) if param_name is 'data_type': param_value = CmdArgType.values.get(param_value, param_value) return fmt % (param_name, f(param_value)) def __struct_params_s(obj, separator=', ', f=repr, fmt='%s = %s'): """method wrapper for printing all elements of a struct""" s = separator.join([__single_param(obj, n, f, fmt) for n in dir(obj) if __inc_param(obj, n)]) return s def __struct_params_repr(obj): """method wrapper for representing all elements of a struct""" return __struct_params_s(obj) def __struct_params_str(obj, fmt, f=repr): """method wrapper for printing all elements of a struct.""" return __struct_params_s(obj, '\n', f=f, fmt=fmt) def __repr__Struct(self): """repr method for struct""" return '%s(%s)' % (self.__class__.__name__, __struct_params_repr(self)) def __str__Struct_Helper(self, f=repr): """str method for struct""" attrs = [n for n in dir(self) if __inc_param(self, n)] fmt = attrs and '%%%ds = %%s' % max(map(len, attrs)) or "%s = %s" return '%s[\n%s]\n' % (self.__class__.__name__, __struct_params_str(self, fmt, f)) def __str__Struct(self): return __str__Struct_Helper(self, f=repr) def __str__Struct_extra(self): return __str__Struct_Helper(self, f=str) def __registerSeqStr(): """helper function to make internal sequences printable""" _SeqStr = lambda self: (self and "[%s]" % (", ".join(map(repr, self)))) or "[]" _SeqRepr = lambda self: (self and "[%s]" % (", ".join(map(repr, self)))) or "[]" seqs = (StdStringVector, StdLongVector, CommandInfoList, AttributeInfoList, AttributeInfoListEx, PipeInfoList, DeviceDataHistoryList, GroupReplyList, GroupAttrReplyList, GroupCmdReplyList, DbData, DbDevInfos, DbDevExportInfos, DbDevImportInfos, DbHistoryList) for seq in seqs: seq.__str__ = _SeqStr seq.__repr__ = _SeqRepr def __str__DevFailed(self): if isinstance(self.args, collections.Sequence): return 'DevFailed[\n%s]' % '\n'.join(map(str, self.args)) return 'DevFailed[%s]' % (self.args) def __repr__DevFailed(self): return 'DevFailed(args = %s)' % repr(self.args) def __str__DevError(self): desc = self.desc.replace("\n", "\n ") s = """DevError[ desc = %s origin = %s reason = %s severity = %s]\n""" % (desc, self.origin, self.reason, self.severity) return s def __registerStructStr(): """helper method to register str and repr methods for structures""" structs = (LockerInfo, DevCommandInfo, AttributeDimension, CommandInfo, DeviceInfo, DeviceAttributeConfig, AttributeInfo, AttributeAlarmInfo, ChangeEventInfo, PeriodicEventInfo, ArchiveEventInfo, AttributeEventInfo, AttributeInfoEx, PipeInfo, DeviceAttribute, DeviceAttributeHistory, DeviceData, DeviceDataHistory, DevicePipe, DbDatum, DbDevInfo, DbDevImportInfo, DbDevExportInfo, DbServerInfo, GroupReply, GroupAttrReply, GroupCmdReply, DevError, EventData, AttrConfEventData, DataReadyEventData, AttributeConfig, AttributeConfig_2, AttributeConfig_3, AttributeConfig_5, ChangeEventProp, PeriodicEventProp, ArchiveEventProp, AttributeAlarm, EventProperties) for struct in structs: struct.__str__ = __str__Struct struct.__repr__ = __repr__Struct # special case for TimeVal: it already has a str representation itself TimeVal.__repr__ = __repr__Struct # special case for DevFailed: we want a better pretty print # also, because it is an Exception it has the message attribute which # generates a Deprecation warning in python 2.6 DevFailed.__str__ = __str__DevFailed DevFailed.__repr__ = __repr__DevFailed DevError.__str__ = __str__DevError def pytango_pprint_init(doc=True): __registerSeqStr() __registerStructStr() pytango-9.2.2/tango/pyutil.py000066400000000000000000000545701316324373100162330ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["Util", "pyutil_init"] __docformat__ = "restructuredtext" import os import copy from ._tango import Util, Except, DevFailed, DbDevInfo from .utils import document_method as __document_method # from utils import document_static_method as __document_static_method from .globals import class_list, cpp_class_list, get_constructed_classes import collections def __simplify_device_name(dev_name): if dev_name.startswith("tango://"): dev_name = dev_name[8:] if dev_name.count("/") > 2: dev_name = dev_name[dev_name.index("/") + 1:] return dev_name.lower() # # Methods on Util # def __Util__get_class_list(self): """ get_class_list(self) -> seq Returns a list of objects of inheriting from DeviceClass Parameters : None Return : (seq) a list of objects of inheriting from DeviceClass""" return get_constructed_classes() def __Util__create_device(self, klass_name, device_name, alias=None, cb=None): """ create_device(self, klass_name, device_name, alias=None, cb=None) -> None Creates a new device of the given class in the database, creates a new DeviceImpl for it and calls init_device (just like it is done for existing devices when the DS starts up) An optional parameter callback is called AFTER the device is registered in the database and BEFORE the init_device for the newly created device is called Throws tango.DevFailed: - the device name exists already or - the given class is not registered for this DS. - the cb is not a callable New in PyTango 7.1.2 Parameters : - klass_name : (str) the device class name - device_name : (str) the device name - alias : (str) optional alias. Default value is None meaning do not create device alias - cb : (callable) a callback that is called AFTER the device is registered in the database and BEFORE the init_device for the newly created device is called. Typically you may want to put device and/or attribute properties in the database here. The callback must receive a parameter: device name (str). Default value is None meaning no callback Return : None""" if cb is not None and not isinstance(cb, collections.Callable): Except.throw_exception("PyAPI_InvalidParameter", "The optional cb parameter must be a python callable", "Util.create_device") db = self.get_database() device_name = __simplify_device_name(device_name) device_exists = True try: db.import_device(device_name) except DevFailed as df: device_exists = not df[0].reason == "DB_DeviceNotDefined" # 1 - Make sure device name doesn't exist already in the database if device_exists: Except.throw_exception("PyAPI_DeviceAlreadyDefined", "The device %s is already defined in the database" % device_name, "Util.create_device") # 2 - Make sure the device class is known klass_list = self.get_class_list() klass = None for k in klass_list: name = k.get_name() if name == klass_name: klass = k break if klass is None: Except.throw_exception("PyAPI_UnknownDeviceClass", "The device class %s could not be found" % klass_name, "Util.create_device") # 3 - Create entry in the database (with alias if necessary) dev_info = DbDevInfo() dev_info.name = device_name dev_info._class = klass_name dev_info.server = self.get_ds_name() db.add_device(dev_info) if alias is not None: db.put_device_alias(device_name, alias) # from this point on, if anything wrong happens we need to clean the database try: # 4 - run the callback which tipically is used to initialize # device and/or attribute properties in the database if cb is not None: cb(device_name) # 5 - Initialize device object on this server k.device_factory([device_name]) except: try: if alias is not None: db.delete_device_alias(alias) except: pass db.delete_device(device_name) def __Util__delete_device(self, klass_name, device_name): """ delete_device(self, klass_name, device_name) -> None Deletes an existing device from the database and from this running server Throws tango.DevFailed: - the device name doesn't exist in the database - the device name doesn't exist in this DS. New in PyTango 7.1.2 Parameters : - klass_name : (str) the device class name - device_name : (str) the device name Return : None""" db = self.get_database() device_name = __simplify_device_name(device_name) device_exists = True try: db.import_device(device_name) except DevFailed as df: device_exists = not df[0].reason == "DB_DeviceNotDefined" # 1 - Make sure device name exists in the database if not device_exists: Except.throw_exception("PyAPI_DeviceNotDefined", "The device %s is not defined in the database" % device_name, "Util.delete_device") # 2 - Make sure device name is defined in this server class_device_name = "%s::%s" % (klass_name, device_name) ds = self.get_dserver_device() dev_names = ds.query_device() device_exists = False for dev_name in dev_names: p = dev_name.index("::") dev_name = dev_name[:p] + dev_name[p:].lower() if dev_name == class_device_name: device_exists = True break if not device_exists: Except.throw_exception("PyAPI_DeviceNotDefinedInServer", "The device %s is not defined in this server" % class_device_name, "Util.delete_device") db.delete_device(device_name) dimpl = self.get_device_by_name(device_name) dc = dimpl.get_device_class() dc.device_destroyer(device_name) def __Util__init__(self, args): args = copy.copy(args) args[0] = os.path.splitext(args[0])[0] Util.__init_orig__(self, args) def __Util__add_TgClass(self, klass_device_class, klass_device, device_class_name=None): """Register a new python tango class. Example:: util.add_TgClass(MotorClass, Motor) util.add_TgClass(MotorClass, Motor, 'Motor') # equivalent to previous line .. deprecated:: 7.1.2 Use :meth:`tango.Util.add_class` instead.""" if device_class_name is None: device_class_name = klass_device.__name__ class_list.append((klass_device_class, klass_device, device_class_name)) def __Util__add_Cpp_TgClass(self, device_class_name, tango_device_class_name): """Register a new C++ tango class. If there is a shared library file called MotorClass.so which contains a MotorClass class and a _create_MotorClass_class method. Example:: util.add_Cpp_TgClass('MotorClass', 'Motor') .. note:: the parameter 'device_class_name' must match the shared library name. .. deprecated:: 7.1.2 Use :meth:`tango.Util.add_class` instead.""" cpp_class_list.append((device_class_name, tango_device_class_name)) def __Util__add_class(self, *args, **kwargs): """ add_class(self, class, class, language="python") -> None Register a new tango class ('python' or 'c++'). If language is 'python' then args must be the same as :meth:`tango.Util.add_TgClass`. Otherwise, args should be the ones in :meth:`tango.Util.add_Cpp_TgClass`. Example:: util.add_class(MotorClass, Motor) util.add_class('CounterClass', 'Counter', language='c++') New in PyTango 7.1.2""" language = kwargs.get("language", "python") f = self.add_TgClass if language != "python": f = f = self.add_Cpp_TgClass return f(*args) def __init_Util(): Util.__init_orig__ = Util.__init__ Util.__init__ = __Util__init__ Util.add_TgClass = __Util__add_TgClass Util.add_Cpp_TgClass = __Util__add_Cpp_TgClass Util.add_class = __Util__add_class Util.get_class_list = __Util__get_class_list Util.create_device = __Util__create_device Util.delete_device = __Util__delete_device def __doc_Util(): Util.__doc__ = """\ This class is a used to store TANGO device server process data and to provide the user with a set of utilities method. This class is implemented using the singleton design pattern. Therefore a device server process can have only one instance of this class and its constructor is not public. Example:: util = tango.Util.instance() print(util.get_host_name()) """ def document_method(method_name, desc, append=True): return __document_method(Util, method_name, desc, append) # def document_static_method(method_name, desc, append=True): # return __document_static_method(_Util, method_name, desc, append) # document_static_method("instance", """ # instance(exit = True) -> Util # # Static method that gets the singleton object reference. # If the class has not been initialised with it's init method, # this method prints a message and aborts the device server process # # Parameters : # - exit : (bool) # # Return : (Util) the tango Util object # """ ) document_method("set_trace_level", """ set_trace_level(self, level) -> None Set the process trace level. Parameters : - level : (int) the new process level Return : None """) document_method("get_trace_level", """ get_trace_level(self) -> int Get the process trace level. Parameters : None Return : (int) the process trace level. """) document_method("get_ds_inst_name", """ get_ds_inst_name(self) -> str Get a COPY of the device server instance name. Parameters : None Return : (str) a COPY of the device server instance name. New in PyTango 3.0.4 """) document_method("get_ds_exec_name", """ get_ds_exec_name(self) -> str Get a COPY of the device server executable name. Parameters : None Return : (str) a COPY of the device server executable name. New in PyTango 3.0.4 """) document_method("get_ds_name", """ get_ds_name(self) -> str Get the device server name. The device server name is the / Parameters : None Return : (str) device server name New in PyTango 3.0.4 """) document_method("get_host_name", """ get_host_name(self) -> str Get the host name where the device server process is running. Parameters : None Return : (str) the host name where the device server process is running New in PyTango 3.0.4 """) document_method("get_pid_str", """ get_pid_str(self) -> str Get the device server process identifier as a string. Parameters : None Return : (str) the device server process identifier as a string New in PyTango 3.0.4 """) document_method("get_pid", """ get_pid(self) -> TangoSys_Pid Get the device server process identifier. Parameters : None Return : (int) the device server process identifier """) document_method("get_tango_lib_release", """ get_tango_lib_release(self) -> int Get the TANGO library version number. Parameters : None Return : (int) The Tango library release number coded in 3 digits (for instance 550,551,552,600,....) """) document_method("get_version_str", """ get_version_str(self) -> str Get the IDL TANGO version. Parameters : None Return : (str) the IDL TANGO version. New in PyTango 3.0.4 """) document_method("get_server_version", """ get_server_version(self) -> str Get the device server version. Parameters : None Return : (str) the device server version. """) document_method("set_server_version", """ set_server_version(self, vers) -> None Set the device server version. Parameters : - vers : (str) the device server version Return : None """) document_method("set_serial_model", """ set_serial_model(self, ser) -> None Set the serialization model. Parameters : - ser : (SerialModel) the new serialization model. The serialization model must be one of BY_DEVICE, BY_CLASS, BY_PROCESS or NO_SYNC Return : None """) document_method("get_serial_model", """ get_serial_model(self) ->SerialModel Get the serialization model. Parameters : None Return : (SerialModel) the serialization model """) document_method("connect_db", """ connect_db(self) -> None Connect the process to the TANGO database. If the connection to the database failed, a message is displayed on the screen and the process is aborted Parameters : None Return : None """) document_method("reset_filedatabase", """ reset_filedatabase(self) -> None Reread the file database. Parameters : None Return : None """) document_method("unregister_server", """ unregister_server(self) -> None Unregister a device server process from the TANGO database. Parameters : None Return : None """) document_method("get_dserver_device", """ get_dserver_device(self) -> DServer Get a reference to the dserver device attached to the device server process. Parameters : None Return : (DServer) the dserver device attached to the device server process New in PyTango 7.0.0 """) document_method("server_init", """ server_init(self, with_window = False) -> None Initialize all the device server pattern(s) embedded in a device server process. Parameters : - with_window : (bool) default value is False Return : None Throws : DevFailed If the device pattern initialistaion failed """) document_method("server_run", """ server_run(self) -> None Run the CORBA event loop. This method runs the CORBA event loop. For UNIX or Linux operating system, this method does not return. For Windows in a non-console mode, this method start a thread which enter the CORBA event loop. Parameters : None Return : None """) document_method("trigger_cmd_polling", """ trigger_cmd_polling(self, dev, name) -> None Trigger polling for polled command. This method send the order to the polling thread to poll one object registered with an update period defined as "externally triggerred" Parameters : - dev : (DeviceImpl) the TANGO device - name : (str) the command name which must be polled Return : None Throws : DevFailed If the call failed """) document_method("trigger_attr_polling", """ trigger_attr_polling(self, dev, name) -> None Trigger polling for polled attribute. This method send the order to the polling thread to poll one object registered with an update period defined as "externally triggerred" Parameters : - dev : (DeviceImpl) the TANGO device - name : (str) the attribute name which must be polled Return : None """) document_method("set_polling_threads_pool_size", """ set_polling_threads_pool_size(self, thread_nb) -> None Set the polling threads pool size. Parameters : - thread_nb : (int) the maximun number of threads in the polling threads pool Return : None New in PyTango 7.0.0 """) document_method("get_polling_threads_pool_size", """ get_polling_threads_pool_size(self) -> int Get the polling threads pool size. Parameters : None Return : (int) the maximun number of threads in the polling threads pool """) document_method("is_svr_starting", """ is_svr_starting(self) -> bool Check if the device server process is in its starting phase Parameters : None Return : (bool) True if the server is in its starting phase New in PyTango 8.0.0 """) document_method("is_svr_shutting_down", """ is_svr_shutting_down(self) -> bool Check if the device server process is in its shutting down sequence Parameters : None Return : (bool) True if the server is in its shutting down phase. New in PyTango 8.0.0 """) document_method("is_device_restarting", """ is_device_restarting(self, (str)dev_name) -> bool Check if the device is actually restarted by the device server process admin device with its DevRestart command Parameters : dev_name : (str) device name Return : (bool) True if the device is restarting. New in PyTango 8.0.0 """) document_method("get_sub_dev_diag", """ get_sub_dev_diag(self) -> SubDevDiag Get the internal sub device manager Parameters : None Return : (SubDevDiag) the sub device manager New in PyTango 7.0.0 """) document_method("reset_filedatabase", """ reset_filedatabase(self) -> None Reread the file database Parameters : None Return : None New in PyTango 7.0.0 """) document_method("get_database", """ get_database(self) -> Database Get a reference to the TANGO database object Parameters : None Return : (Database) the database New in PyTango 7.0.0 """) document_method("unregister_server", """ unregister_server(self) -> None Unregister a device server process from the TANGO database. If the database call fails, a message is displayed on the screen and the process is aborted Parameters : None Return : None New in PyTango 7.0.0 """) document_method("get_device_list_by_class", """ get_device_list_by_class(self, class_name) -> sequence Get the list of device references for a given TANGO class. Return the list of references for all devices served by one implementation of the TANGO device pattern implemented in the process. Parameters : - class_name : (str) The TANGO device class name Return : (sequence) The device reference list New in PyTango 7.0.0 """) document_method("get_device_by_name", """ get_device_by_name(self, dev_name) -> DeviceImpl Get a device reference from its name Parameters : - dev_name : (str) The TANGO device name Return : (DeviceImpl) The device reference New in PyTango 7.0.0 """) document_method("get_dserver_device", """ get_dserver_device(self) -> DServer Get a reference to the dserver device attached to the device server process Parameters : None Return : (DServer) A reference to the dserver device New in PyTango 7.0.0 """) document_method("get_device_list", """ get_device_list(self) -> sequence Get device list from name. It is possible to use a wild card ('*') in the name parameter (e.g. "*", "/tango/tangotest/n*", ...) Parameters : None Return : (sequence) the list of device objects New in PyTango 7.0.0 """) document_method("server_set_event_loop", """ server_set_event_loop(self, event_loop) -> None This method registers an event loop function in a Tango server. This function will be called by the process main thread in an infinite loop The process will not use the classical ORB blocking event loop. It is the user responsability to code this function in a way that it implements some kind of blocking in order not to load the computer CPU. The following piece of code is an example of how you can use this feature:: _LOOP_NB = 1 def looping(): global _LOOP_NB print "looping", _LOOP_NB time.sleep(0.1) _LOOP_NB += 1 return _LOOP_NB > 100 def main(): py = tango.Util(sys.argv) # ... U = tango.Util.instance() U.server_set_event_loop(looping) U.server_init() U.server_run() Parameters : None Return : None New in PyTango 8.1.0 """) # document_static_method("init_python", """ # init_python() -> None # # Static method # For internal usage. # # Parameters : None # Return : None # """ ) def pyutil_init(doc=True): __init_Util() if doc: __doc_Util() pytango-9.2.2/tango/release.py000066400000000000000000000053501316324373100163150ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["Release"] __docformat__ = "restructuredtext" class Release: """Summarize release information as class attributes. Release information: - name: (str) package name - version_info: (tuple) The five components of the version number: major, minor, micro, releaselevel, and serial. - version: (str) package version in format .. - release: (str) pre-release, post-release or development release; it is empty for final releases. - version_long: (str) package version in format .. - version_description: (str) short description for the current version - version_number: (int) *100 + *10 + - description : (str) package description - long_description: (str) longer package description - authors: (dict>) package authors - url: (str) package url - download_url: (str) package download url - platform: (seq) list of available platforms - keywords: (seq) list of keywords - license: (str) the license """ name = 'PyTango' version_info = (9, 2, 2) version = '.'.join(map(str, version_info[:3])) release = ''.join(map(str, version_info[3:])) separator = '.' if 'dev' in release or 'post' in release else '' version_long = version + separator + release version_description = 'This version implements the C++ Tango 9.2 API.' version_number = int(version.replace('.', '')) description = 'A python binding for the Tango control system' long_description = 'This module implements the Python Tango Device API ' \ 'mapping.' license = 'LGPL' authors = {'Coutinho': ('Tiago Coutinho', 'coutinho@esrf.fr')} author_lines = "\n".join(["%s <%s>" % x for x in authors.values()]) url = 'http://github.com/tango-cs/pytango' download_url = 'http://pypi.python.org/pypi/pytango' platform = ['Linux', 'Windows XP/Vista/7/8'] keywords = ['Tango', 'CORBA', 'binding'] pytango-9.2.2/tango/server.py000066400000000000000000001615241316324373100162110ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """Server helper classes for writing Tango device servers.""" from __future__ import with_statement from __future__ import print_function from __future__ import absolute_import import sys import copy import inspect import logging import functools import traceback from ._tango import AttrDataFormat, AttrWriteType, CmdArgType, PipeWriteType from ._tango import DevFailed, GreenMode, SerialModel from .attr_data import AttrData from .pipe_data import PipeData from .device_class import DeviceClass from .device_server import LatestDeviceImpl from .utils import is_seq, is_non_str_seq from .utils import scalar_to_array_type, TO_TANGO_TYPE from .green import get_green_mode, get_executor from .pyutil import Util __all__ = ["DeviceMeta", "Device", "LatestDeviceImpl", "attribute", "command", "pipe", "device_property", "class_property", "run", "server_run", "Server"] API_VERSION = 2 # Worker access _WORKER = get_executor() def set_worker(worker): global _WORKER _WORKER = worker def get_worker(): return _WORKER # Helpers def _get_tango_type_format(dtype=None, dformat=None): if dformat is None: dformat = AttrDataFormat.SCALAR if is_non_str_seq(dtype): dtype = dtype[0] dformat = AttrDataFormat.SPECTRUM if is_non_str_seq(dtype): dtype = dtype[0] dformat = AttrDataFormat.IMAGE return TO_TANGO_TYPE[dtype], dformat def from_typeformat_to_type(dtype, dformat): if dformat == AttrDataFormat.SCALAR: return dtype elif dformat == AttrDataFormat.IMAGE: raise TypeError("Cannot translate IMAGE to tango type") return scalar_to_array_type(dtype) def set_complex_value(attr, value): is_tuple = isinstance(value, tuple) dtype, fmt = attr.get_data_type(), attr.get_data_format() if dtype == CmdArgType.DevEncoded: if is_tuple and len(value) == 4: attr.set_value_date_quality(*value) elif is_tuple and len(value) == 3 and is_non_str_seq(value[0]): attr.set_value_date_quality(value[0][0], value[0][1], *value[1:]) else: attr.set_value(*value) else: if is_tuple: if len(value) == 3: if fmt == AttrDataFormat.SCALAR: attr.set_value_date_quality(*value) elif fmt == AttrDataFormat.SPECTRUM: if is_seq(value[0]): attr.set_value_date_quality(*value) else: attr.set_value(value) else: if is_seq(value[0]) and is_seq(value[0][0]): attr.set_value_date_quality(*value) else: attr.set_value(value) else: attr.set_value(value) else: attr.set_value(value) def _get_wrapped_read_method(attribute, read_method): read_args = inspect.getargspec(read_method) nb_args = len(read_args.args) green_mode = attribute.read_green_mode if nb_args < 2: if green_mode == GreenMode.Synchronous: @functools.wraps(read_method) def read_attr(self, attr): ret = read_method(self) if not attr.get_value_flag() and ret is not None: set_complex_value(attr, ret) return ret else: @functools.wraps(read_method) def read_attr(self, attr): worker = get_worker() ret = worker.execute(read_method, self) if not attr.get_value_flag() and ret is not None: set_complex_value(attr, ret) return ret else: if green_mode == GreenMode.Synchronous: read_attr = read_method else: @functools.wraps(read_method) def read_attr(self, attr): return get_worker().execute(read_method, self, attr) return read_attr def __patch_read_method(tango_device_klass, attribute): """ Checks if method given by it's name for the given DeviceImpl class has the correct signature. If a read/write method doesn't have a parameter (the traditional Attribute), then the method is wrapped into another method which has correct parameter definition to make it work. :param tango_device_klass: a DeviceImpl class :type tango_device_klass: class :param attribute: the attribute data information :type attribute: AttrData """ read_method = getattr(attribute, "fget", None) if read_method: method_name = "__read_{0}__".format(attribute.attr_name) attribute.read_method_name = method_name else: method_name = attribute.read_method_name read_method = getattr(tango_device_klass, method_name) read_attr = _get_wrapped_read_method(attribute, read_method) method_name = "__read_{0}_wrapper__".format(attribute.attr_name) attribute.read_method_name = method_name setattr(tango_device_klass, method_name, read_attr) def _get_wrapped_write_method(attribute, write_method): green_mode = attribute.write_green_mode if green_mode == GreenMode.Synchronous: @functools.wraps(write_method) def write_attr(self, attr): value = attr.get_write_value() return write_method(self, value) else: @functools.wraps(write_method) def write_attr(self, attr): value = attr.get_write_value() return get_worker().execute(write_method, self, value) return write_attr def __patch_write_method(tango_device_klass, attribute): """ Checks if method given by it's name for the given DeviceImpl class has the correct signature. If a read/write method doesn't have a parameter (the traditional Attribute), then the method is wrapped into another method which has correct parameter definition to make it work. :param tango_device_klass: a DeviceImpl class :type tango_device_klass: class :param attribute: the attribute data information :type attribute: AttrData """ write_method = getattr(attribute, "fset", None) if write_method: method_name = "__write_{0}__".format(attribute.attr_name) attribute.write_method_name = method_name else: method_name = attribute.write_method_name write_method = getattr(tango_device_klass, method_name) write_attr = _get_wrapped_write_method(attribute, write_method) setattr(tango_device_klass, method_name, write_attr) def __patch_attr_methods(tango_device_klass, attribute): """ Checks if the read and write methods have the correct signature. If a read/write method doesn't have a parameter (the traditional Attribute), then the method is wrapped into another method to make this work. :param tango_device_klass: a DeviceImpl class :type tango_device_klass: class :param attribute: the attribute data information :type attribute: AttrData """ if attribute.attr_write in (AttrWriteType.READ, AttrWriteType.READ_WRITE): __patch_read_method(tango_device_klass, attribute) if attribute.attr_write in (AttrWriteType.WRITE, AttrWriteType.READ_WRITE): __patch_write_method(tango_device_klass, attribute) def _get_wrapped_pipe_read_method(pipe, read_method): read_args = inspect.getargspec(read_method) nb_args = len(read_args.args) green_mode = pipe.read_green_mode if nb_args < 2: if green_mode == GreenMode.Synchronous: @functools.wraps(read_method) def read_pipe(self, pipe): ret = read_method(self) if not pipe.get_value_flag() and ret is not None: pipe.set_value(pipe, ret) return ret else: @functools.wraps(read_method) def read_pipe(self, pipe): worker = get_worker() ret = worker.execute(read_method, self) if ret is not None: pipe.set_value(ret) return ret else: if green_mode == GreenMode.Synchronous: read_pipe = read_method else: @functools.wraps(read_method) def read_pipe(self, pipe): return get_worker().execute(read_method, self, pipe) return read_pipe def __patch_pipe_read_method(tango_device_klass, pipe): """ Checks if method given by it's name for the given DeviceImpl class has the correct signature. If a read/write method doesn't have a parameter (the traditional Pipe), then the method is wrapped into another method which has correct parameter definition to make it work. :param tango_device_klass: a DeviceImpl class :type tango_device_klass: class :param pipe: the pipe data information :type pipe: PipeData """ read_method = getattr(pipe, "fget", None) if read_method: method_name = "__read_{0}__".format(pipe.pipe_name) pipe.read_method_name = method_name else: method_name = pipe.read_method_name read_method = getattr(tango_device_klass, method_name) read_pipe = _get_wrapped_pipe_read_method(pipe, read_method) method_name = "__read_{0}_wrapper__".format(pipe.pipe_name) pipe.read_method_name = method_name setattr(tango_device_klass, method_name, read_pipe) def _get_wrapped_pipe_write_method(pipe, write_method): green_mode = pipe.write_green_mode if green_mode == GreenMode.Synchronous: @functools.wraps(write_method) def write_pipe(self, pipe): value = pipe.get_value() return write_method(self, value) else: @functools.wraps(write_method) def write_pipe(self, pipe): value = pipe.get_value() return get_worker().execute(write_method, self, value) return write_pipe def __patch_pipe_write_method(tango_device_klass, pipe): """ Checks if method given by it's name for the given DeviceImpl class has the correct signature. If a read/write method doesn't have a parameter (the traditional Pipe), then the method is wrapped into another method which has correct parameter definition to make it work. :param tango_device_klass: a DeviceImpl class :type tango_device_klass: class :param pipe: the pipe data information :type pipe: PipeData """ write_method = getattr(pipe, "fset", None) if write_method: method_name = "__write_{0}__".format(pipe.pipe_name) pipe.write_method_name = method_name else: method_name = pipe.write_method_name write_method = getattr(tango_device_klass, method_name) write_pipe = _get_wrapped_pipe_write_method(pipe, write_method) setattr(tango_device_klass, method_name, write_pipe) def __patch_pipe_methods(tango_device_klass, pipe): """ Checks if the read and write methods have the correct signature. If a read/write method doesn't have a parameter (the traditional Pipe), then the method is wrapped into another method to make this work. :param tango_device_klass: a DeviceImpl class :type tango_device_klass: class :param pipe: the pipe data information :type pipe: PipeData """ __patch_pipe_read_method(tango_device_klass, pipe) if pipe.pipe_write == PipeWriteType.PIPE_READ_WRITE: __patch_pipe_write_method(tango_device_klass, pipe) def __patch_standard_device_methods(klass): # TODO allow to force non green mode init_device_orig = klass.init_device @functools.wraps(init_device_orig) def init_device(self): return get_worker().execute(init_device_orig, self) setattr(klass, "init_device", init_device) delete_device_orig = klass.delete_device @functools.wraps(delete_device_orig) def delete_device(self): return get_worker().execute(delete_device_orig, self) setattr(klass, "delete_device", delete_device) dev_state_orig = klass.dev_state @functools.wraps(dev_state_orig) def dev_state(self): return get_worker().execute(dev_state_orig, self) setattr(klass, "dev_state", dev_state) dev_status_orig = klass.dev_status @functools.wraps(dev_status_orig) def dev_status(self): return get_worker().execute(dev_status_orig, self) setattr(klass, "dev_status", dev_status) read_attr_hardware_orig = klass.read_attr_hardware @functools.wraps(read_attr_hardware_orig) def read_attr_hardware(self, attr_list): return get_worker().execute(read_attr_hardware_orig, self, attr_list) setattr(klass, "read_attr_hardware", read_attr_hardware) always_executed_hook_orig = klass.always_executed_hook @functools.wraps(always_executed_hook_orig) def always_executed_hook(self): return get_worker().execute(always_executed_hook_orig, self) setattr(klass, "always_executed_hook", always_executed_hook) class _DeviceClass(DeviceClass): def __init__(self, name): DeviceClass.__init__(self, name) self.set_type(name) def dyn_attr(self, dev_list): """Invoked to create dynamic attributes for the given devices. Default implementation calls :meth:`TT.initialize_dynamic_attributes` for each device :param dev_list: list of devices :type dev_list: :class:`tango.DeviceImpl`""" for dev in dev_list: init_dyn_attrs = getattr(dev, "initialize_dynamic_attributes", None) if init_dyn_attrs and callable(init_dyn_attrs): try: init_dyn_attrs() except Exception: dev.warn_stream("Failed to initialize dynamic attributes") dev.debug_stream("Details: " + traceback.format_exc()) def __create_tango_deviceclass_klass(tango_device_klass, attrs=None): klass_name = tango_device_klass.__name__ if not issubclass(tango_device_klass, (BaseDevice)): msg = "{0} device must inherit from " \ "tango.server.Device".format(klass_name) raise Exception(msg) if attrs is None: attrs = tango_device_klass.__dict__ attr_list = {} pipe_list = {} class_property_list = {} device_property_list = {} cmd_list = {} for attr_name, attr_obj in attrs.items(): if isinstance(attr_obj, attribute): if attr_obj.attr_name is None: attr_obj._set_name(attr_name) else: attr_name = attr_obj.attr_name attr_list[attr_name] = attr_obj if not attr_obj.forward: __patch_attr_methods(tango_device_klass, attr_obj) elif isinstance(attr_obj, pipe): if attr_obj.pipe_name is None: attr_obj._set_name(attr_name) else: attr_name = attr_obj.pipe_name pipe_list[attr_name] = attr_obj __patch_pipe_methods(tango_device_klass, attr_obj) elif isinstance(attr_obj, device_property): attr_obj.name = attr_name # if you modify the attr_obj order then you should # take care of the code in get_device_properties() device_property_list[attr_name] = [attr_obj.dtype, attr_obj.doc, attr_obj.default_value, attr_obj.mandatory] elif isinstance(attr_obj, class_property): attr_obj.name = attr_name class_property_list[attr_name] = [attr_obj.dtype, attr_obj.doc, attr_obj.default_value] elif inspect.isroutine(attr_obj): if hasattr(attr_obj, "__tango_command__"): cmd_name, cmd_info = attr_obj.__tango_command__ cmd_list[cmd_name] = cmd_info __patch_standard_device_methods(tango_device_klass) devclass_name = klass_name + "Class" devclass_attrs = dict(class_property_list=class_property_list, device_property_list=device_property_list, cmd_list=cmd_list, attr_list=attr_list, pipe_list=pipe_list) return type(_DeviceClass)(devclass_name, (_DeviceClass,), devclass_attrs) def _init_tango_device_klass(tango_device_klass, attrs=None, tango_class_name=None): klass_name = tango_device_klass.__name__ tango_deviceclass_klass = __create_tango_deviceclass_klass( tango_device_klass, attrs=attrs) if tango_class_name is None: if hasattr(tango_device_klass, "TangoClassName"): tango_class_name = tango_device_klass.TangoClassName else: tango_class_name = klass_name tango_device_klass.TangoClassClass = tango_deviceclass_klass tango_device_klass.TangoClassName = tango_class_name tango_device_klass._api = API_VERSION return tango_device_klass def is_tango_object(arg): """Return tango data if the argument is a tango object, False otherwise. """ classes = attribute, device_property if isinstance(arg, classes): return arg try: return arg.__tango_command__ except AttributeError: return False def inheritance_patch(attrs): """Patch tango objects before they are processed by the metaclass.""" for key, obj in attrs.items(): if isinstance(obj, attribute): if getattr(obj, 'attr_write', None) == AttrWriteType.READ_WRITE: if not getattr(obj, 'fset', None): method_name = obj.write_method_name or "write_" + key obj.fset = attrs.get(method_name) class DeviceMeta(type(LatestDeviceImpl)): """ The :py:data:`metaclass` callable for :class:`Device`. This implementation of DeviceMeta makes device inheritance possible. """ def __new__(metacls, name, bases, attrs): # Attribute dictionary dct = {} # Filter object from bases bases = tuple(base for base in bases if base != object) # Set tango objects as attributes for base in reversed(bases): for key, value in base.__dict__.items(): if is_tango_object(value): dct[key] = value # Inheritance patch inheritance_patch(attrs) # Update attribute dictionary dct.update(attrs) # Create device class cls = type(LatestDeviceImpl).__new__(metacls, name, bases, dct) # Initialize device class _init_tango_device_klass(cls, dct) cls.TangoClassName = name # Return device class return cls class BaseDevice(LatestDeviceImpl): """ Base device class for the High level API. It should not be used directly, since this class is not an instance of MetaDevice. Use tango.server.Device instead. """ def __init__(self, cl, name): self._tango_properties = {} LatestDeviceImpl.__init__(self, cl, name) self.init_device() def init_device(self): """ Tango init_device method. Default implementation calls :meth:`get_device_properties`""" self.get_device_properties() def delete_device(self): pass delete_device.__doc__ = LatestDeviceImpl.delete_device.__doc__ def read_attr_hardware(self, attr_list): return LatestDeviceImpl.read_attr_hardware(self, attr_list) def dev_state(self): return LatestDeviceImpl.dev_state(self) def dev_status(self): return LatestDeviceImpl.dev_status(self) def get_device_properties(self, ds_class=None): if ds_class is None: try: # Call this method in a try/except in case this is called # during the DS shutdown sequence ds_class = self.get_device_class() except: return try: pu = self.prop_util = ds_class.prop_util self.device_property_list = copy.deepcopy( ds_class.device_property_list) class_prop = ds_class.class_property_list pu.get_device_properties( self, class_prop, self.device_property_list) for prop_name in class_prop: value = pu.get_property_values(prop_name, class_prop) self._tango_properties[prop_name] = value for prop_name in self.device_property_list: value = self.prop_util.get_property_values( prop_name, self.device_property_list) self._tango_properties[prop_name] = value properties = self.device_property_list[prop_name] mandatory = properties[3] if mandatory and value is None: msg = "Device property {0} is mandatory ".format(prop_name) raise Exception(msg) except DevFailed as df: print(80 * "-") print(df) raise df def always_executed_hook(self): """ Tango always_executed_hook. Default implementation does nothing """ pass def initialize_dynamic_attributes(self): """ Method executed at initializion phase to create dynamic attributes. Default implementation does nothing. Overwrite when necessary. """ pass @classmethod def run_server(cls, args=None, **kwargs): """Run the class as a device server. It is based on the tango.server.run method. The difference is that the device class and server name are automatically given. Args: args (iterable): args as given in the tango.server.run method without the server name. If None, the sys.argv list is used kwargs: the other keywords argument are as given in the tango.server.run method. """ if args is None: args = sys.argv[1:] args = [cls.__name__] + list(args) green_mode = getattr(cls, 'green_mode', None) kwargs.setdefault("green_mode", green_mode) return run((cls,), args, **kwargs) class attribute(AttrData): ''' Declares a new tango attribute in a :class:`Device`. To be used like the python native :obj:`property` function. For example, to declare a scalar, `tango.DevDouble`, read-only attribute called *voltage* in a *PowerSupply* :class:`Device` do:: class PowerSupply(Device): voltage = attribute() def read_voltage(self): return 999.999 The same can be achieved with:: class PowerSupply(Device): @attribute def voltage(self): return 999.999 It receives multiple keyword arguments. ===================== ================================ ======================================= ======================================================================================= parameter type default value description ===================== ================================ ======================================= ======================================================================================= name :obj:`str` class member name alternative attribute name dtype :obj:`object` :obj:`~tango.CmdArgType.DevDouble` data type (see :ref:`Data type equivalence `) dformat :obj:`~tango.AttrDataFormat` :obj:`~tango.AttrDataFormat.SCALAR` data format max_dim_x :obj:`int` 1 maximum size for x dimension (ignored for SCALAR format) max_dim_y :obj:`int` 0 maximum size for y dimension (ignored for SCALAR and SPECTRUM formats) display_level :obj:`~tango.DispLevel` :obj:`~tango.DisLevel.OPERATOR` display level polling_period :obj:`int` -1 polling period memorized :obj:`bool` False attribute should or not be memorized hw_memorized :obj:`bool` False write method should be called at startup when restoring memorize value (dangerous!) access :obj:`~tango.AttrWriteType` :obj:`~tango.AttrWriteType.READ` read only/ read write / write only access fget (or fread) :obj:`str` or :obj:`callable` 'read_' read method name or method object fset (or fwrite) :obj:`str` or :obj:`callable` 'write_' write method name or method object fisallowed :obj:`str` or :obj:`callable` 'is__allowed' is allowed method name or method object label :obj:`str` '' attribute label enum_labels sequence None the list of enumeration labels (enum data type) doc (or description) :obj:`str` '' attribute description unit :obj:`str` '' physical units the attribute value is in standard_unit :obj:`str` '' physical standard unit display_unit :obj:`str` '' physical display unit (hint for clients) format :obj:`str` '6.2f' attribute representation format min_value :obj:`str` None minimum allowed value max_value :obj:`str` None maximum allowed value min_alarm :obj:`str` None minimum value to trigger attribute alarm max_alarm :obj:`str` None maximum value to trigger attribute alarm min_warning :obj:`str` None minimum value to trigger attribute warning max_warning :obj:`str` None maximum value to trigger attribute warning delta_val :obj:`str` None delta_t :obj:`str` None abs_change :obj:`str` None minimum value change between events that causes event filter to send the event rel_change :obj:`str` None minimum relative change between events that causes event filter to send the event (%) period :obj:`str` None archive_abs_change :obj:`str` None archive_rel_change :obj:`str` None archive_period :obj:`str` None green_mode :obj:`~tango.GreenMode` None green mode for read and write. None means use server green mode. read_green_mode :obj:`~tango.GreenMode` None green mode for read. None means use server green mode. write_green_mode :obj:`~tango.GreenMode` None green mode for write. None means use server green mode. forwarded :obj:`bool` False the attribute should be forwarded if True ===================== ================================ ======================================= ======================================================================================= .. note:: avoid using *dformat* parameter. If you need a SPECTRUM attribute of say, boolean type, use instead ``dtype=(bool,)``. Example of a integer writable attribute with a customized label, unit and description:: class PowerSupply(Device): current = attribute(label="Current", unit="mA", dtype=int, access=AttrWriteType.READ_WRITE, doc="the power supply current") def init_device(self): Device.init_device(self) self._current = -1 def read_current(self): return self._current def write_current(self, current): self._current = current The same, but using attribute as a decorator:: class PowerSupply(Device): def init_device(self): Device.init_device(self) self._current = -1 @attribute(label="Current", unit="mA", dtype=int) def current(self): """the power supply current""" return 999.999 @current.write def current(self, current): self._current = current In this second format, defining the `write` implicitly sets the attribute access to READ_WRITE. .. versionadded:: 8.1.7 added green_mode, read_green_mode and write_green_mode options ''' def __init__(self, fget=None, **kwargs): self._kwargs = dict(kwargs) self.name = kwargs.pop("name", None) class_name = kwargs.pop("class_name", None) forward = kwargs.get("forwarded", False) if forward: expected = 2 if "label" in kwargs else 1 if len(kwargs) > expected: raise TypeError( "Forwarded attributes only support label argument") else: green_mode = kwargs.pop("green_mode", True) self.read_green_mode = kwargs.pop("read_green_mode", green_mode) self.write_green_mode = kwargs.pop("write_green_mode", green_mode) if fget: if inspect.isroutine(fget): self.fget = fget if 'doc' not in kwargs and 'description' not in kwargs: if fget.__doc__ is not None: kwargs['doc'] = fget.__doc__ kwargs['fget'] = fget super(attribute, self).__init__(self.name, class_name) self.__doc__ = kwargs.get('doc', kwargs.get('description', 'TANGO attribute')) if 'dtype' in kwargs: kwargs['dtype'], kwargs['dformat'] = \ _get_tango_type_format(kwargs['dtype'], kwargs.get('dformat')) self.build_from_dict(kwargs) def get_attribute(self, obj): return obj.get_device_attr().get_attr_by_name(self.attr_name) # -------------------- # descriptor interface # -------------------- def __get__(self, obj, objtype): if obj is None: return self return self.get_attribute(obj) def __set__(self, obj, value): attr = self.get_attribute(obj) set_complex_value(attr, value) def __delete__(self, obj): obj.remove_attribute(self.attr_name) def setter(self, fset): """ To be used as a decorator. Will define the decorated method as a write attribute method to be called when client writes the attribute """ self.fset = fset if self.attr_write == AttrWriteType.READ: if getattr(self, 'fget', None): self.attr_write = AttrWriteType.READ_WRITE else: self.attr_write = AttrWriteType.WRITE return self def write(self, fset): """ To be used as a decorator. Will define the decorated method as a write attribute method to be called when client writes the attribute """ return self.setter(fset) def __call__(self, fget): return type(self)(fget=fget, **self._kwargs) class pipe(PipeData): ''' Declares a new tango pipe in a :class:`Device`. To be used like the python native :obj:`property` function. Checkout the :ref:`pipe data types ` to see what you should return on a pipe read request and what to expect as argument on a pipe write request. For example, to declare a read-only pipe called *ROI* (for Region Of Interest), in a *Detector* :class:`Device` do:: class Detector(Device): ROI = pipe() def read_ROI(self): return ('ROI', ({'name': 'x', 'value': 0}, {'name': 'y', 'value': 10}, {'name': 'width', 'value': 100}, {'name': 'height', 'value': 200})) The same can be achieved with (also showing that a dict can be used to pass blob data):: class Detector(Device): @pipe def ROI(self): return 'ROI', dict(x=0, y=10, width=100, height=200) It receives multiple keyword arguments. ===================== ================================ ======================================= ======================================================================================= parameter type default value description ===================== ================================ ======================================= ======================================================================================= name :obj:`str` class member name alternative pipe name display_level :obj:`~tango.DispLevel` :obj:`~tango.DisLevel.OPERATOR` display level access :obj:`~tango.PipeWriteType` :obj:`~tango.PipeWriteType.READ` read only/ read write access fget (or fread) :obj:`str` or :obj:`callable` 'read_' read method name or method object fset (or fwrite) :obj:`str` or :obj:`callable` 'write_' write method name or method object fisallowed :obj:`str` or :obj:`callable` 'is__allowed' is allowed method name or method object label :obj:`str` '' pipe label doc (or description) :obj:`str` '' pipe description green_mode :obj:`~tango.GreenMode` None green mode for read and write. None means use server green mode. read_green_mode :obj:`~tango.GreenMode` None green mode for read. None means use server green mode. write_green_mode :obj:`~tango.GreenMode` None green mode for write. None means use server green mode. ===================== ================================ ======================================= ======================================================================================= The same example with a read-write ROI, a customized label and description:: class Detector(Device): ROI = pipe(label='Region Of Interest', doc='The active region of interest', access=PipeWriteType.PIPE_READ_WRITE) def init_device(self): Device.init_device(self) self.__roi = 'ROI', dict(x=0, y=10, width=100, height=200) def read_ROI(self): return self.__roi def write_ROI(self, roi): self.__roi = roi The same, but using pipe as a decorator:: class Detector(Device): def init_device(self): Device.init_device(self) self.__roi = 'ROI', dict(x=0, y=10, width=100, height=200) @pipe(label="Region Of Interest") def ROI(self): """The active region of interest""" return self.__roi @ROI.write def ROI(self, roi): self.__roi = roi In this second format, defining the `write` / `setter` implicitly sets the pipe access to READ_WRITE. .. versionadded:: 9.2.0 ''' def __init__(self, fget=None, **kwargs): self._kwargs = dict(kwargs) name = kwargs.pop("name", None) class_name = kwargs.pop("class_name", None) green_mode = kwargs.pop("green_mode", True) self.read_green_mode = kwargs.pop("read_green_mode", green_mode) self.write_green_mode = kwargs.pop("write_green_mode", green_mode) if fget: if inspect.isroutine(fget): self.fget = fget if 'doc' not in kwargs and 'description' not in kwargs: if fget.__doc__ is not None: kwargs['doc'] = fget.__doc__ kwargs['fget'] = fget super(pipe, self).__init__(name, class_name) self.__doc__ = kwargs.get('doc', kwargs.get('description', 'TANGO pipe')) self.build_from_dict(kwargs) def get_pipe(self, obj): dclass = obj.get_device_class() return dclass.get_pipe_by_name(self.pipe_name) # -------------------- # descriptor interface # -------------------- def __get__(self, obj, objtype): if obj is None: return self return self.get_attribute(obj) def __set__(self, obj, value): attr = self.get_attribute(obj) set_complex_value(attr, value) def setter(self, fset): """ To be used as a decorator. Will define the decorated method as a write pipe method to be called when client writes to the pipe """ self.fset = fset self.pipe_write = PipeWriteType.PIPE_READ_WRITE return self def write(self, fset): """ To be used as a decorator. Will define the decorated method as a write pipe method to be called when client writes to the pipe """ return self.setter(fset) def __call__(self, fget): return type(self)(fget=fget, **self._kwargs) def __build_command_doc(f, name, dtype_in, doc_in, dtype_out, doc_out): doc = "'{0}' TANGO command".format(name) if dtype_in is not None: arg_spec = inspect.getargspec(f) if len(arg_spec.args) > 1: # arg[0] should be self and arg[1] the command argument param_name = arg_spec.args[1] else: param_name = 'arg' dtype_in_str = str(dtype_in) if not isinstance(dtype_in, str): try: dtype_in_str = dtype_in.__name__ except: pass msg = doc_in or '(not documented)' doc += '\n\n:param {0}: {1}\n:type {0}: {2}'.format( param_name, msg, dtype_in_str) if dtype_out is not None: dtype_out_str = str(dtype_out) if not isinstance(dtype_out, str): try: dtype_out_str = dtype_out.__name__ except: pass msg = doc_out or '(not documented)' doc += '\n\n:return: {0}\n:rtype: {1}'.format(msg, dtype_out_str) return doc def command(f=None, dtype_in=None, dformat_in=None, doc_in="", dtype_out=None, dformat_out=None, doc_out="", display_level=None, polling_period=None, green_mode=None): """ Declares a new tango command in a :class:`Device`. To be used like a decorator in the methods you want to declare as tango commands. The following example declares commands: * `void TurnOn(void)` * `void Ramp(DevDouble current)` * `DevBool Pressurize(DevDouble pressure)` :: class PowerSupply(Device): @command def TurnOn(self): self.info_stream('Turning on the power supply') @command(dtype_in=float) def Ramp(self, current): self.info_stream('Ramping on %f...' % current) @command(dtype_in=float, doc_in='the pressure to be set', dtype_out=bool, doc_out='True if it worked, False otherwise') def Pressurize(self, pressure): self.info_stream('Pressurizing to %f...' % pressure) return True .. note:: avoid using *dformat* parameter. If you need a SPECTRUM attribute of say, boolean type, use instead ``dtype=(bool,)``. :param dtype_in: a :ref:`data type ` describing the type of parameter. Default is None meaning no parameter. :param dformat_in: parameter data format. Default is None. :type dformat_in: AttrDataFormat :param doc_in: parameter documentation :type doc_in: str :param dtype_out: a :ref:`data type ` describing the type of return value. Default is None meaning no return value. :param dformat_out: return value data format. Default is None. :type dformat_out: AttrDataFormat :param doc_out: return value documentation :type doc_out: str :param display_level: display level for the command (optional) :type display_level: DispLevel :param polling_period: polling period in milliseconds (optional) :type polling_period: int :param green_mode: set green mode on this specific command. Default value is None meaning use the server green mode. Set it to GreenMode.Synchronous to force a non green command in a green server. .. versionadded:: 8.1.7 added green_mode option .. versionadded:: 9.2.0 added display_level and polling_period optional argument """ if f is None: return functools.partial( command, dtype_in=dtype_in, dformat_in=dformat_in, doc_in=doc_in, dtype_out=dtype_out, dformat_out=dformat_out, doc_out=doc_out, display_level=display_level, polling_period=polling_period, green_mode=green_mode) name = f.__name__ dtype_format_in = _get_tango_type_format(dtype_in, dformat_in) dtype_format_out = _get_tango_type_format(dtype_out, dformat_out) din = [from_typeformat_to_type(*dtype_format_in), doc_in] dout = [from_typeformat_to_type(*dtype_format_out), doc_out] config_dict = {} if display_level is not None: config_dict['Display level'] = display_level if polling_period is not None: config_dict['Polling period'] = polling_period if green_mode == GreenMode.Synchronous: cmd = f else: @functools.wraps(f) def cmd(self, *args, **kwargs): return get_worker().execute(f, self, *args, **kwargs) cmd.__tango_command__ = name, [din, dout, config_dict] # try to create a minimalistic __doc__ if cmd.__doc__ is None: try: cmd.__doc__ = __build_command_doc( f, name, dtype_in, doc_in, dtype_out, doc_out) except Exception: cmd.__doc__ = "TANGO command" return cmd class _BaseProperty(object): def __init__(self, dtype, doc='', default_value=None, update_db=False): self.name = None dtype = from_typeformat_to_type(*_get_tango_type_format(dtype)) self.dtype = dtype self.doc = doc self.default_value = default_value self.update_db = update_db self.__doc__ = doc or 'TANGO property' def __get__(self, obj, objtype): if obj is None: return self return obj._tango_properties.get(self.name) def __set__(self, obj, value): obj._tango_properties[self.name] = value if self.update_db: import tango db = tango.Util.instance().get_database() db.put_device_property(obj.get_name(), {self.name: value}) def __delete__(self, obj): del obj._tango_properties[self.name] class device_property(_BaseProperty): """ Declares a new tango device property in a :class:`Device`. To be used like the python native :obj:`property` function. For example, to declare a scalar, `tango.DevString`, device property called *host* in a *PowerSupply* :class:`Device` do:: from tango.server import Device, DeviceMeta from tango.server import device_property class PowerSupply(Device): host = device_property(dtype=str) port = device_property(dtype=int, mandatory=True) :param dtype: Data type (see :ref:`pytango-data-types`) :param doc: property documentation (optional) :param mandatory (optional: default is False) :param default_value: default value for the property (optional) :param update_db: tells if set value should write the value to database. [default: False] :type update_db: bool .. versionadded:: 8.1.7 added update_db option """ def __init__(self, dtype, doc='', mandatory=False, default_value=None, update_db=False): super(device_property, self).__init__(dtype, doc, default_value, update_db) self.mandatory = mandatory if mandatory and default_value is not None: msg = "device_property arguments mandatory " \ "and default_value are incompatible" raise Exception(msg) class class_property(_BaseProperty): """ Declares a new tango class property in a :class:`Device`. To be used like the python native :obj:`property` function. For example, to declare a scalar, `tango.DevString`, class property called *port* in a *PowerSupply* :class:`Device` do:: from tango.server import Device, DeviceMeta from tango.server import class_property class PowerSupply(Device): port = class_property(dtype=int, default_value=9788) :param dtype: Data type (see :ref:`pytango-data-types`) :param doc: property documentation (optional) :param default_value: default value for the property (optional) :param update_db: tells if set value should write the value to database. [default: False] :type update_db: bool .. versionadded:: 8.1.7 added update_db option """ pass def __to_cb(post_init_callback): if post_init_callback is None: return lambda: None err_msg = "post_init_callback must be a callable or " \ "sequence " if callable(post_init_callback): f = post_init_callback elif is_non_str_seq(post_init_callback): length = len(post_init_callback) if length < 1 or length > 3: raise TypeError(err_msg) cb = post_init_callback[0] if not callable(cb): raise TypeError(err_msg) args, kwargs = [], {} if length > 1: args = post_init_callback[1] if length > 2: kwargs = post_init_callback[2] f = functools.partial(cb, *args, **kwargs) else: raise TypeError(err_msg) return f def _to_classes(classes): uclasses = [] if is_seq(classes): for klass_info in classes: if is_seq(klass_info): if len(klass_info) == 2: klass_klass, klass = klass_info klass_name = klass.__name__ else: klass_klass, klass, klass_name = klass_info else: if not hasattr(klass_info, '_api') or klass_info._api < 2: raise Exception( "When giving a single class, it must " "implement HLAPI (see tango.server)") klass_klass = klass_info.TangoClassClass klass_name = klass_info.TangoClassName klass = klass_info uclasses.append((klass_klass, klass, klass_name)) else: for klass_name, klass_info in classes.items(): if is_seq(klass_info): if len(klass_info) == 2: klass_klass, klass = klass_info else: klass_klass, klass, klass_name = klass_info else: if not hasattr(klass_info, '_api') or klass_info._api < 2: raise Exception( "When giving a single class, it must " "implement HLAPI (see tango.server)") klass_klass = klass_info.TangoClassClass klass_name = klass_info.TangoClassName klass = klass_info uclasses.append((klass_klass, klass, klass_name)) return uclasses def _add_classes(util, classes): for class_info in _to_classes(classes): util.add_class(*class_info) def __server_run(classes, args=None, msg_stream=sys.stdout, util=None, event_loop=None, post_init_callback=None, green_mode=None): if green_mode is None: green_mode = get_green_mode() write = msg_stream.write if msg_stream else lambda msg: None if args is None: args = sys.argv post_init_callback = __to_cb(post_init_callback) if util is None: util = Util(args) if green_mode in (GreenMode.Gevent, GreenMode.Asyncio): util.set_serial_model(SerialModel.NO_SYNC) worker = get_executor(green_mode) set_worker(worker) if event_loop is not None: event_loop = functools.partial(worker.execute, event_loop) util.server_set_event_loop(event_loop) log = logging.getLogger("tango") def tango_loop(): log.debug("server loop started") _add_classes(util, classes) util.server_init() worker.execute(post_init_callback) write("Ready to accept request\n") util.server_run() log.debug("server loop exit") worker.run(tango_loop, wait=True) return util def run(classes, args=None, msg_stream=sys.stdout, verbose=False, util=None, event_loop=None, post_init_callback=None, green_mode=None, raises=False): """ Provides a simple way to run a tango server. It handles exceptions by writting a message to the msg_stream. The `classes` parameter can be either a sequence of: * :class:`~tango.server.Device` or * a sequence of two elements :class:`~tango.DeviceClass`, :class:`~tango.DeviceImpl` or * a sequence of three elements :class:`~tango.DeviceClass`, :class:`~tango.DeviceImpl`, tango class name (str) or a dictionary where: * key is the tango class name * value is either: * a :class:`~tango.server.Device` class or * a sequence of two elements :class:`~tango.DeviceClass`, :class:`~tango.DeviceImpl` or * a sequence of three elements :class:`~tango.DeviceClass`, :class:`~tango.DeviceImpl`, tango class name (str) The optional `post_init_callback` can be a callable (without arguments) or a tuple where the first element is the callable, the second is a list of arguments (optional) and the third is a dictionary of keyword arguments (also optional). .. note:: the order of registration of tango classes defines the order tango uses to initialize the corresponding devices. if using a dictionary as argument for classes be aware that the order of registration becomes arbitrary. If you need a predefined order use a sequence or an OrderedDict. Example 1: registering and running a PowerSupply inheriting from :class:`~tango.server.Device`:: from tango.server import Device, DeviceMeta, run class PowerSupply(Device): pass run((PowerSupply,)) Example 2: registering and running a MyServer defined by tango classes `MyServerClass` and `MyServer`:: from tango import Device_4Impl, DeviceClass from tango.server import run class MyServer(Device_4Impl): pass class MyServerClass(DeviceClass): pass run({'MyServer': (MyServerClass, MyServer)}) Example 3: registering and running a MyServer defined by tango classes `MyServerClass` and `MyServer`:: from tango import Device_4Impl, DeviceClass from tango.server import Device, DeviceMeta, run class PowerSupply(Device): pass class MyServer(Device_4Impl): pass class MyServerClass(DeviceClass): pass run([PowerSupply, [MyServerClass, MyServer]]) # or: run({'MyServer': (MyServerClass, MyServer)}) :param classes: a sequence of :class:`~tango.server.Device` classes or a dictionary where keyword is the tango class name and value is a sequence of Tango Device Class python class, and Tango Device python class :type classes: sequence or dict :param args: list of command line arguments [default: None, meaning use sys.argv] :type args: list :param msg_stream: stream where to put messages [default: sys.stdout] :param util: PyTango Util object [default: None meaning create a Util instance] :type util: :class:`~tango.Util` :param event_loop: event_loop callable :type event_loop: callable :param post_init_callback: an optional callback that is executed between the calls Util.server_init and Util.server_run :type post_init_callback: callable or tuple (see description above) :param raises: Disable error handling and propagate exceptions from the server :type raises: bool :return: The Util singleton object :rtype: :class:`~tango.Util` .. versionadded:: 8.1.2 .. versionchanged:: 8.1.4 when classes argument is a sequence, the items can also be a sequence [, tango class name] .. versionchanged:: 9.2.2 `raises` argument has been added """ server_run = functools.partial( __server_run, classes, args=args, msg_stream=msg_stream, util=util, event_loop=event_loop, post_init_callback=post_init_callback, green_mode=green_mode) # Run the server without error handling if raises: return server_run() # Run the server with error handling write = msg_stream.write if msg_stream else lambda msg: None try: return server_run() except KeyboardInterrupt: write("Exiting: Keyboard interrupt\n") except DevFailed as df: write("Exiting: Server exited with tango.DevFailed:\n" + str(df) + "\n") if verbose: write(traceback.format_exc()) except Exception as e: write("Exiting: Server exited with unforseen exception:\n" + str(e) + "\n") if verbose: write(traceback.format_exc()) write("\nExited\n") def server_run(classes, args=None, msg_stream=sys.stdout, verbose=False, util=None, event_loop=None, post_init_callback=None, green_mode=None): """ Since PyTango 8.1.2 it is just an alias to :func:`~tango.server.run`. Use :func:`~tango.server.run` instead. .. versionadded:: 8.0.0 .. versionchanged:: 8.0.3 Added `util` keyword parameter. Returns util object .. versionchanged:: 8.1.1 Changed default msg_stream from *stderr* to *stdout* Added `event_loop` keyword parameter. Returns util object .. versionchanged:: 8.1.2 Added `post_init_callback` keyword parameter .. deprecated:: 8.1.2 Use :func:`~tango.server.run` instead. """ return run(classes, args=args, msg_stream=msg_stream, verbose=verbose, util=util, event_loop=event_loop, post_init_callback=post_init_callback, green_mode=green_mode) # Instanciate DeviceMeta using BaseDevice Device = DeviceMeta("Device", (BaseDevice,), {'__doc__': """\ Device class for the high-level API. All device specific classes should inherit from this class. """}) # Avoid circular imports from .tango_object import Server # noqa: E402 pytango-9.2.2/tango/tango_numpy.py000066400000000000000000000125651316324373100172430ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["NumpyType", "numpy_type", "numpy_spectrum", "numpy_image"] __docformat__ = "restructuredtext" from ._tango import Except, Attribute, AttributeInfo, constants from ._tango import CmdArgType as ArgType from .attribute_proxy import AttributeProxy import collections def _numpy_invalid(*args, **kwds): Except.throw_exception( "PyTango_InvalidConversion", "There's no registered conversor to numpy.", "NumpyType.tango_to_numpy" ) def _define_numpy(): if not constants.NUMPY_SUPPORT: return None, _numpy_invalid, _numpy_invalid, _numpy_invalid try: import numpy class NumpyType(object): DevShort = numpy.int16 DevLong = numpy.int32 DevDouble = numpy.float64 DevFloat = numpy.float32 DevBoolean = numpy.bool8 DevUShort = numpy.uint16 DevULong = numpy.uint32 DevUChar = numpy.ubyte DevLong64 = numpy.int64 DevULong64 = numpy.uint64 mapping = { ArgType.DevShort: DevShort, ArgType.DevLong: DevLong, ArgType.DevDouble: DevDouble, ArgType.DevFloat: DevFloat, ArgType.DevBoolean: DevBoolean, ArgType.DevUShort: DevUShort, ArgType.DevULong: DevULong, ArgType.DevUChar: DevUChar, ArgType.DevLong64: DevLong64, ArgType.DevULong: DevULong64, } @staticmethod def tango_to_numpy(param): if isinstance(param, ArgType): tg_type = param if isinstance(param, AttributeInfo): # or AttributeInfoEx tg_type = param.data_type elif isinstance(param, Attribute): tg_type = param.get_data_type() elif isinstance(param, AttributeProxy): tg_type = param.get_config().data_type else: tg_type = param try: return NumpyType.mapping[tg_type] except Exception: _numpy_invalid() @staticmethod def spectrum(tg_type, dim_x): """ numpy_spectrum(self, tg_type, dim_x, dim_y) -> numpy.array numpy_spectrum(self, tg_type, sequence) -> numpy.array Get a square numpy array to be used with tango. One version gets dim_x and creates an object with this size. The other version expects any sequence to convert. Parameters: - tg_type : (ArgType): The tango type. For convenience, it can also extract this information from an Attribute, AttributeInfo or AttributeProxy object. - dim_x : (int) - sequence: """ np_type = NumpyType.tango_to_numpy(tg_type) if isinstance(dim_x, collections.Sequence): return numpy.array(dim_x, dtype=np_type) else: return numpy.ndarray(shape=(dim_x,), dtype=np_type) @staticmethod def image(tg_type, dim_x, dim_y=None): """ numpy_image(self, tg_type, dim_x, dim_y) -> numpy.array numpy_image(self, tg_type, sequence) -> numpy.array Get a square numpy array to be used with tango. One version gets dim_x and dim_y and creates an object with this size. The other version expects a square sequence of sequences to convert. Parameters: - tg_type : (ArgType): The tango type. For convenience, it can also extract this information from an Attribute, AttributeInfo or AttributeProxy object. - dim_x : (int) - dim_y : (int) - sequence: """ np_type = NumpyType.tango_to_numpy(tg_type) if dim_y is None: return numpy.array(dim_x, dtype=np_type) else: return numpy.ndarray(shape=(dim_y, dim_x,), dtype=np_type) return ( NumpyType, NumpyType.spectrum, NumpyType.image, NumpyType.tango_to_numpy) except Exception: return None, _numpy_invalid, _numpy_invalid, _numpy_invalid NumpyType, numpy_spectrum, numpy_image, numpy_type = _define_numpy() pytango-9.2.2/tango/tango_object.py000066400000000000000000000464011316324373100173350ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """Server for tango objects.""" import os import sys import types import logging import weakref import inspect import functools from .codec import loads, dumps from .attr_data import AttrData from .utils import TO_TANGO_TYPE from ._tango import AttrDataFormat, CmdArgType, GreenMode from ._tango import DbDevInfo, Database, DevState, constants from .server import Device, _to_classes, _add_classes from .server import get_worker, set_worker from .green import get_executor __all__ = ['Server'] _CLEAN_UP_TEMPLATE = """ import sys from tango import Database db = Database() server_instance = '{server_instance}' try: devices = db.get_device_class_list(server_instance)[::2] for device in devices: db.delete_device(device) try: db.delete_device_alias(db.get_alias(device)) except: pass except: print ('Failed to cleanup!') """ def __to_tango_type_fmt(value): dfmt = AttrDataFormat.SCALAR value_t = type(value) dtype = TO_TANGO_TYPE.get(value_t) max_dim_x, max_dim_y = 1, 0 if dtype is None: if constants.NUMPY_SUPPORT: import numpy else: numpy = None if numpy and isinstance(value, numpy.ndarray): dtype = TO_TANGO_TYPE.get(value.dtype.name) shape_l = len(value.shape) if shape_l == 1: dfmt = AttrDataFormat.SPECTRUM max_dim_x = max(2 ** 16, value.shape[0]) elif shape_l == 2: dfmt = AttrDataFormat.IMAGE max_dim_x = max(2 ** 16, value.shape[0]) max_dim_y = max(2 ** 16, value.shape[1]) else: dtype = CmdArgType.DevEncoded return dtype, dfmt, max_dim_x, max_dim_y def create_tango_class(server, obj, tango_class_name=None, member_filter=None): slog = server.server_instance.replace("/", ".") log = logging.getLogger("tango.Server." + slog) obj_klass = obj.__class__ obj_klass_name = obj_klass.__name__ if tango_class_name is None: tango_class_name = obj_klass_name class DeviceDispatcher(Device): TangoClassName = tango_class_name def __init__(self, tango_class_obj, name): tango_object = server.get_tango_object(name) self.__tango_object = weakref.ref(tango_object) Device.__init__(self, tango_class_obj, name) def init_device(self): Device.init_device(self) self.set_state(DevState.ON) @property def _tango_object(self): return self.__tango_object() @property def _object(self): return self._tango_object._object DeviceDispatcher.__name__ = tango_class_name DeviceDispatcher.TangoClassName = tango_class_name DeviceDispatcherClass = DeviceDispatcher.TangoClassClass for name in dir(obj): if name.startswith("_"): continue log.debug("inspecting %s.%s", obj_klass_name, name) try: member = getattr(obj, name) except: log.info( "failed to inspect member '%s.%s'", obj_klass_name, name) log.debug("Details:", exc_info=1) if inspect.isclass(member) or inspect.ismodule(member): continue if member_filter and not member_filter(obj, tango_class_name, name, member): log.debug("filtered out %s from %s", name, tango_class_name) continue if inspect.isroutine(member): # try to find out if there are any parameters in_type = CmdArgType.DevEncoded out_type = CmdArgType.DevEncoded try: arg_spec = inspect.getargspec(member) if not arg_spec.args: in_type = CmdArgType.DevVoid except TypeError: pass if in_type == CmdArgType.DevVoid: def _command(dev, func_name=None): obj = dev._object f = getattr(obj, func_name) result = server.worker.execute(f) return server.dumps(result) else: def _command(dev, param, func_name=None): obj = dev._object args, kwargs = loads(*param) f = getattr(obj, func_name) result = server.worker.execute(f, *args, **kwargs) return server.dumps(result) cmd = functools.partial(_command, func_name=name) cmd.__name__ = name doc = member.__doc__ if doc is None: doc = "" cmd.__doc__ = doc cmd = types.MethodType(cmd, None, DeviceDispatcher) setattr(DeviceDispatcher, name, cmd) DeviceDispatcherClass.cmd_list[name] = \ [[in_type, doc], [out_type, ""]] else: read_only = False if hasattr(obj_klass, name): kmember = getattr(obj_klass, name) if inspect.isdatadescriptor(kmember): if kmember.fset is None: read_only = True else: continue value = member dtype, fmt, x, y = __to_tango_type_fmt(value) if dtype is None or dtype == CmdArgType.DevEncoded: dtype = CmdArgType.DevEncoded fmt = AttrDataFormat.SCALAR def read(dev, attr): name = attr.get_name() value = server.worker.execute(getattr, dev._object, name) attr.set_value(*server.dumps(value)) def write(dev, attr): name = attr.get_name() value = attr.get_write_value() value = loads(*value) server.worker.execute(setattr, dev._object, name, value) else: def read(dev, attr): name = attr.get_name() value = server.worker.execute(getattr, dev._object, name) attr.set_value(value) def write(dev, attr): name = attr.get_name() value = attr.get_write_value() server.worker.execute(setattr, dev._object, name, value) read.__name__ = "_read_" + name setattr(DeviceDispatcher, read.__name__, read) pars = dict(name=name, dtype=dtype, dformat=fmt, max_dim_x=x, max_dim_y=y, fget=read) if not read_only: write.__name__ = "_write_" + name pars['fset'] = write setattr(DeviceDispatcher, write.__name__, write) attr_data = AttrData.from_dict(pars) DeviceDispatcherClass.attr_list[name] = attr_data return DeviceDispatcher class Server: """ Server helper """ Phase0, Phase1, Phase2 = range(3) PreInitPhase = Phase1 PostInitPhase = Phase2 class TangoObjectAdapter: def __init__(self, server, obj, full_name, alias=None, tango_class_name=None): self.__server = weakref.ref(server) self.full_name = full_name self.alias = alias self.class_name = obj.__class__.__name__ if tango_class_name is None: tango_class_name = self.class_name self.tango_class_name = tango_class_name self.__object = weakref.ref(obj, self.__onObjectDeleted) def __onObjectDeleted(self, object_weak): self.__object = None server = self._server server.log.info("object deleted %s(%s)", self.class_name, self.full_name) server.unregister_object(self.full_name) @property def _server(self): return self.__server() @property def _object(self): obj = self.__object if obj is None: return None return obj() def __init__(self, server_name, server_type=None, port=None, event_loop_callback=None, init_callbacks=None, auto_clean=False, green_mode=None, tango_classes=None, protocol="pickle"): if server_name is None: raise ValueError("Must give a valid server name") self.__server_name = server_name self.__server_type = server_type self.__port = port self.__event_loop_callback = event_loop_callback if init_callbacks is None: init_callbacks = {} self.__init_callbacks = init_callbacks self.__util = None self.__objects = {} self.__running = False self.__auto_clean = auto_clean self.__green_mode = green_mode self.__protocol = protocol self.__tango_classes = _to_classes(tango_classes or []) self.__tango_devices = [] if self.async_mode: self.__worker = get_executor(self.green_mode) else: self.__worker = get_worker() set_worker(self.__worker) self.log = logging.getLogger("tango.Server") self.__phase = Server.Phase0 def __build_args(self): args = [self.server_type, self.__server_name] if self.__port is not None: args.extend(["-ORBendPoint", "giop:tcp::{0}".format(self.__port)]) return args def __exec_cb(self, cb): if not cb: return self.worker.execute(cb) def __find_tango_class(self, key): pass def __prepare(self): """Update database with existing devices""" self.log.debug("prepare") if self.__phase > 0: raise RuntimeError("Internal error: Can only prepare in phase 0") server_instance = self.server_instance db = Database() # get list of server devices if server was already registered server_registered = server_instance in db.get_server_list() if server_registered: dserver_name = "dserver/{0}".format(server_instance) if db.import_device(dserver_name).exported: import tango dserver = tango.DeviceProxy(dserver_name) try: dserver.ping() raise Exception("Server already running") except: self.log.info("Last time server was not properly " "shutdown!") _, db_device_map = self.get_devices() else: db_device_map = {} db_devices_add = {} # all devices that are registered in database that are not registered # as tango objects or for which the tango class changed will be removed db_devices_remove = set(db_device_map) - set(self.__objects) for local_name, local_object in self.__objects.items(): local_class_name = local_object.tango_class_name db_class_name = db_device_map.get(local_name) if db_class_name: if local_class_name != db_class_name: db_devices_remove.add(local_name) db_devices_add[local_name] = local_object else: db_devices_add[local_name] = local_object for device in db_devices_remove: db.delete_device(device) try: db.delete_device_alias(db.get_alias(device)) except: pass # register devices in database # add DServer db_dev_info = DbDevInfo() db_dev_info.server = server_instance db_dev_info._class = "DServer" db_dev_info.name = "dserver/" + server_instance db_dev_infos = [db_dev_info] aliases = [] for obj_name, obj in db_devices_add.items(): db_dev_info = DbDevInfo() db_dev_info.server = server_instance db_dev_info._class = obj.tango_class_name db_dev_info.name = obj.full_name db_dev_infos.append(db_dev_info) if obj.alias: aliases.append((obj.full_name, obj.alias)) db.add_server(server_instance, db_dev_infos) # add aliases for alias_info in aliases: db.put_device_alias(*alias_info) def __clean_up_process(self): if not self.__auto_clean: return clean_up = _CLEAN_UP_TEMPLATE.format( server_instance=self.server_instance) import subprocess res = subprocess.call([sys.executable, "-c", clean_up]) if res: self.log.error("Failed to cleanup") def __initialize(self): self.log.debug("initialize") async_mode = self.async_mode event_loop = self.__event_loop_callback util = self.tango_util u_instance = util.instance() if async_mode: if event_loop: event_loop = functools.partial(self.worker.execute, event_loop) if event_loop: u_instance.server_set_event_loop(event_loop) _add_classes(util, self.__tango_classes) def __run(self, timeout=None): return self.worker.run(self.__tango_loop, wait=True, timeout=timeout) def __tango_loop(self): self.log.debug("server loop started") self.__running = True u_instance = self.tango_util.instance() u_instance.server_init() self._phase = Server.Phase2 self.log.info("Ready to accept request") u_instance.server_run() if self.__auto_clean: self.__clean_up_process() self.log.debug("server loop exit") @property def _phase(self): return self.__phase @_phase.setter def _phase(self, phase): self.__phase = phase cb = self.__init_callbacks.get(phase) self.__exec_cb(cb) @property def server_type(self): server_type = self.__server_type if server_type is None: server_file = os.path.basename(sys.argv[0]) server_type = os.path.splitext(server_file)[0] return server_type @property def server_instance(self): return "{0}/{1}".format(self.server_type, self.__server_name) @property def tango_util(self): if self.__util is None: import tango self.__util = tango.Util(self.__build_args()) self._phase = Server.Phase1 return self.__util @property def green_mode(self): gm = self.__green_mode if gm is None: from tango import get_green_mode gm = get_green_mode() return gm @green_mode.setter def green_mode(self, gm): if gm == self.__green_mode: return if self.__running: raise RuntimeError("Cannot change green mode while " "server is running") self.__green_mode = gm @property def async_mode(self): return self.green_mode in (GreenMode.Gevent, GreenMode.Asyncio) @property def worker(self): return self.__worker def dumps(self, obj): return dumps(self.__protocol, obj) def get_devices(self): """ Helper that retuns a dict of devices for this server. :return: Returns a tuple of two elements: - dict - dict :rtype: tuple """ if self.__util is None: import tango db = tango.Database() else: db = self.__util.get_database() server = self.server_instance dev_list = db.get_device_class_list(server) class_map, dev_map = {}, {} for class_name, dev_name in zip(dev_list[1::2], dev_list[::2]): dev_names = class_map.get(class_name) if dev_names is None: class_map[class_name] = dev_names = [] dev_name = dev_name.lower() dev_names.append(dev_name) dev_map[dev_name] = class_name return class_map, dev_map def get_tango_object(self, name): return self.__objects.get(name.lower()) def get_tango_class(self, tango_class_name): for klass in self.__tango_classes: if klass.TangoClassName == tango_class_name: return klass def register_tango_device(self, klass, name): if inspect.isclass(klass): if isinstance(klass, Device): # TODO raise NotImplementedError else: raise ValueError else: raise NotImplementedError def register_tango_class(self, klass): if self._phase > Server.Phase1: raise RuntimeError("Cannot add new class after phase 1 " "(i.e. after server_init)") self.__tango_classes.append(klass) def unregister_object(self, name): tango_object = self.__objects.pop(name.lower()) if self._phase > Server.Phase1: import tango util = tango.Util.instance() if not util.is_svr_shutting_down(): util.delete_device(tango_object.tango_class_name, name) def register_object(self, obj, name, tango_class_name=None, member_filter=None): """ :param member_filter: callable(obj, tango_class_name, member_name, member) -> bool """ slash_count = name.count("/") if slash_count == 0: alias = name full_name = "{0}/{1}".format(self.server_instance, name) elif slash_count == 2: alias = None full_name = name else: raise ValueError("Invalid name") class_name = tango_class_name or obj.__class__.__name__ tango_class = self.get_tango_class(class_name) if tango_class is None: tango_class = create_tango_class(self, obj, class_name, member_filter=member_filter) self.register_tango_class(tango_class) tango_object = self.TangoObjectAdapter(self, obj, full_name, alias, tango_class_name=class_name) self.__objects[full_name.lower()] = tango_object if self._phase > Server.Phase1: import tango util = tango.Util.instance() util.create_device(class_name, name) return tango_object def run(self, timeout=None): self.log.debug("run") async_mode = self.async_mode running = self.__running if not running: self.__prepare() self.__initialize() else: if not async_mode: raise RuntimeError("Server is already running") self.__run(timeout=timeout) pytango-9.2.2/tango/test_context.py000066400000000000000000000251331316324373100174210ustar00rootroot00000000000000"""Provide a context to run a device without a database.""" from __future__ import absolute_import # Imports import os import sys import six import time import struct import socket import tempfile import collections from functools import partial # Concurrency imports import threading import multiprocessing from six.moves import queue # CLI imports from ast import literal_eval from importlib import import_module from argparse import ArgumentParser # Local imports from .server import run from . import DeviceProxy, Database, Util __all__ = ["DeviceTestContext", "run_device_test_context"] # Helpers IOR = collections.namedtuple( 'IOR', 'first dtype_length dtype nb_profile tag ' 'length major minor wtf host_length host port body') def ascii_to_bytes(s): convert = lambda x: six.int2byte(int(x, 16)) return b''.join(convert(s[i:i + 2]) for i in range(0, len(s), 2)) def parse_ior(encoded_ior): assert encoded_ior[:4] == 'IOR:' ior = ascii_to_bytes(encoded_ior[4:]) dtype_length = struct.unpack_from('II', ior)[-1] form = 'II{:d}sIIIBBHI'.format(dtype_length) host_length = struct.unpack_from(form, ior)[-1] form = 'II{:d}sIIIBBHI{:d}sH0I'.format(dtype_length, host_length) values = struct.unpack_from(form, ior) values += (ior[struct.calcsize(form):],) strip = lambda x: x[:-1] if isinstance(x, bytes) else x return IOR(*map(strip, values)) def get_server_host_port(): util = Util.instance() ds = util.get_dserver_device() encoded_ior = util.get_dserver_ior(ds) ior = parse_ior(encoded_ior) return ior.host.decode(), ior.port def literal_dict(arg): return dict(literal_eval(arg)) def device(path): """Get the device class from a given module.""" module_name, device_name = path.rsplit(".", 1) module = import_module(module_name) return getattr(module, device_name) def get_hostname(): """Get the hostname corresponding to the primary, external IP. This is useful because an explicit hostname is required to get tango events to work properly. Note that localhost does not work either. """ s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM) # Connecting to a UDP address doesn't send packets s.connect(('8.8.8.8', 0)) # Get ip address ip = s.getsockname()[0] # Return host name return socket.gethostbyaddr(ip)[0].split('.')[0] # Device test context class DeviceTestContext(object): """ Context to run a device without a database.""" nodb = "dbase=no" command = "{0} {1} -ORBendPoint giop:tcp:{2}:{3} -file={4}" thread_timeout = 3. process_timeout = 5. def __init__(self, device, device_cls=None, server_name=None, instance_name=None, device_name=None, properties=None, db=None, host=None, port=0, debug=3, process=False, daemon=False, timeout=None): """Inititalize the context to run a given device.""" # Argument tangoclass = device.__name__ if not server_name: server_name = tangoclass if not instance_name: instance_name = server_name.lower() if not device_name: device_name = 'test/nodb/' + server_name.lower() if db is None: _, db = tempfile.mkstemp() if host is None: host = get_hostname() if properties is None: properties = {} if timeout is None: timeout = self.process_timeout if process else self.thread_timeout # Patch bug #819 if process: os.environ['ORBscanGranularity'] = '0' # Attributes self.db = db self.host = host self.port = port self.timeout = timeout self.device_name = device_name self.server_name = "/".join(("dserver", server_name, instance_name)) self.device = self.server = None self.queue = multiprocessing.Queue() if process else queue.Queue() # File self.generate_db_file(server_name, instance_name, device_name, tangoclass, properties) # Command args string = self.command.format( server_name, instance_name, host, port, db) string += " -v{0}".format(debug) if debug else "" cmd_args = string.split() # Target and arguments if device_cls: class_dct = {tangoclass: (device_cls, device)} runserver = partial(run, class_dct, cmd_args) elif not hasattr(device, 'run_server'): runserver = partial(run, (device,), cmd_args) else: runserver = partial(device.run_server, cmd_args) # Thread cls = multiprocessing.Process if process else threading.Thread self.thread = cls(target=self.target, args=(runserver, process)) self.thread.daemon = daemon def target(self, runserver, process=False): try: runserver(post_init_callback=self.post_init, raises=True) except Exception: # Put exception in the queue etype, value, tb = sys.exc_info() if process: tb = None # Traceback objects can't be pickled self.queue.put((etype, value, tb)) finally: # Put something in the queue just in case exc = RuntimeError("The server failed to report anything") self.queue.put((None, exc, None)) # Make sure the process has enough time to send the items # because the it might segfault while cleaning up the # the tango resources if process: time.sleep(0.01) def post_init(self): try: host, port = get_server_host_port() self.queue.put((host, port)) except Exception as exc: self.queue.put((None, exc, None)) finally: # Put something in the queue just in case exc = RuntimeError( "The post_init routine failed to report anything") self.queue.put((None, exc, None)) def generate_db_file(self, server, instance, device, tangoclass=None, properties={}): """Generate a database file corresponding to the given arguments.""" if not tangoclass: tangoclass = server # Open the file with open(self.db, 'w') as f: f.write("/".join((server, instance, "DEVICE", tangoclass))) f.write(': "' + device + '"\n') # Create database db = Database(self.db) # Patch the property dict to avoid a PyTango bug patched = dict((key, value if value != '' else ' ') for key, value in properties.items()) # Write properties db.put_device_property(device, patched) return db def get_device_access(self): """Return the full device name.""" form = 'tango://{0}:{1}/{2}#{3}' return form.format(self.host, self.port, self.device_name, self.nodb) def get_server_access(self): """Return the full server name.""" form = 'tango://{0}:{1}/{2}#{3}' return form.format(self.host, self.port, self.server_name, self.nodb) def start(self): """Run the server.""" self.thread.start() self.connect() return self def connect(self): try: args = self.queue.get( timeout=self.timeout) except queue.Empty: if self.thread.is_alive(): raise RuntimeError( 'The server appears to be stuck at initialization. ' 'Check stdout/stderr for more information.') elif hasattr(self.thread, 'exitcode'): raise RuntimeError( 'The server process stopped with exitcode {}. ' 'Check stdout/stderr for more information.' ''.format(self.thread.exitcode)) else: raise RuntimeError( 'The server stopped without reporting. ' 'Check stdout/stderr for more information.') try: self.host, self.port = args except ValueError: six.reraise(*args) # Get server proxy self.server = DeviceProxy(self.get_server_access()) self.server.ping() # Get device proxy self.device = DeviceProxy(self.get_device_access()) self.device.ping() def stop(self): """Kill the server.""" try: if self.server: self.server.command_inout('Kill') self.join(self.timeout) finally: os.unlink(self.db) def join(self, timeout=None): self.thread.join(timeout) def __enter__(self): """Enter method for context support.""" if not self.thread.is_alive(): self.start() return self.device def __exit__(self, exc_type, exception, trace): """Exit method for context support.""" self.stop() # Command line interface def parse_command_line_args(args=None): """Parse arguments given in command line.""" desc = "Run a given device on a given port." parser = ArgumentParser(description=desc) # Add arguments msg = 'The device to run as a python path.' parser.add_argument('device', metavar='DEVICE', type=device, help=msg) msg = "The hostname to use." parser.add_argument('--host', metavar='HOST', type=str, help=msg, default=None) msg = "The port to use." parser.add_argument('--port', metavar='PORT', type=int, help=msg, default=8888) msg = "The debug level." parser.add_argument('--debug', metavar='DEBUG', type=int, help=msg, default=3) msg = "The properties to set as python dict." parser.add_argument('--prop', metavar='PROP', type=literal_dict, help=msg, default='{}') # Parse arguments namespace = parser.parse_args(args) return (namespace.device, namespace.host, namespace.port, namespace.prop, namespace.debug) def run_device_test_context(args=None): device, host, port, properties, debug = parse_command_line_args(args) context = DeviceTestContext( device, properties=properties, host=host, port=port, debug=debug) context.start() msg = '{0} started on port {1} with properties {2}' print(msg.format(device.__name__, context.port, properties)) print('Device access: {}'.format(context.get_device_access())) print('Server access: {}'.format(context.get_server_access())) context.join() print("Done") # Main execution if __name__ == "__main__": run_device_test_context() pytango-9.2.2/tango/test_utils.py000066400000000000000000000032351316324373100170740ustar00rootroot00000000000000"""Test utilities""" # Local imports from . import DevState, GreenMode from .server import Device from .test_context import DeviceTestContext # Conditional imports try: import pytest except ImportError: pytest = None try: import numpy.testing except ImportError: numpy = None __all__ = ['DeviceTestContext', 'SimpleDevice'] # Test devices class SimpleDevice(Device): def init_device(self): self.set_state(DevState.ON) # Helpers TYPED_VALUES = { int: (1, 2), float: (2.71, 3.14), str: ('hey hey', 'my my'), bool: (False, True), (int,): ([1, 2, 3], [9, 8, 7]), (float,): ([0.1, 0.2, 0.3], [0.9, 0.8, 0.7]), (str,): (['ab', 'cd', 'ef'], ['gh', 'ij', 'kl']), (bool,): ([False, False, True], [True, False, False])} def repr_type(x): if not isinstance(x, tuple): return x.__name__ return '({},)'.format(x[0].__name__) # Numpy helpers if numpy and pytest: def assert_close(a, b): try: assert a == pytest.approx(b) except ValueError: numpy.testing.assert_allclose(a, b) # Pytest fixtures if pytest: @pytest.fixture(params=DevState.values.values()) def state(request): return request.param @pytest.fixture( params=list(TYPED_VALUES.items()), ids=lambda x: repr_type(x[0])) def typed_values(request): return request.param @pytest.fixture(params=GreenMode.values.values()) def green_mode(request): return request.param @pytest.fixture(params=[ GreenMode.Synchronous, GreenMode.Asyncio, GreenMode.Gevent]) def server_green_mode(request): return request.param pytango-9.2.2/tango/time_val.py000066400000000000000000000121511316324373100164720ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ __all__ = ["time_val_init"] __docformat__ = "restructuredtext" import time import datetime from ._tango import TimeVal import numbers def __TimeVal__init(self, a=None, b=None, c=None): TimeVal.__init_original(self) if a is None: return if isinstance(a, datetime.datetime): assert (b is None and c is None) a = time.mktime(a.timetuple()) + a.microsecond * 1E-6 elif isinstance(a, numbers.Number): if b is None: self.tv_sec = int(a) usec = (a - self.tv_sec) * 1E6 self.tv_usec = int(usec) self.tv_nsec = int((usec - self.tv_usec) * 1E3) else: self.tv_sec, self.tv_usec, self.tv_nsec = a, b, c def __TimeVal__totime(self): """ totime(self) -> float Returns a float representing this time value Parameters : None Return : a float representing the time value .. versionadded:: 7.1.0""" return self.tv_sec + 1E-6 * self.tv_usec + 1E-9 * self.tv_nsec def __TimeVal__todatetime(self): """ todatetime(self) -> datetime.datetime Returns a :class:`datetime.datetime` object representing the same time value Parameters : None Return : (datetime.datetime) the time value in datetime format .. versionadded:: 7.1.0""" return datetime.datetime.fromtimestamp(self.totime()) def __TimeVal__fromtimestamp(ts): """ fromtimestamp(ts) -> TimeVal A static method returning a :class:`tango.TimeVal` object representing the given timestamp Parameters : - ts : (float) a timestamp Return : (TimeVal) representing the given timestamp .. versionadded:: 7.1.0""" return TimeVal(ts) def __TimeVal__fromdatetime(dt): """ fromdatetime(dt) -> TimeVal A static method returning a :class:`tango.TimeVal` object representing the given :class:`datetime.datetime` Parameters : - dt : (datetime.datetime) a datetime object Return : (TimeVal) representing the given timestamp .. versionadded:: 7.1.0 .. versionadded:: 7.1.2 Documented """ return TimeVal(dt) def __TimeVal__now(): """ now() -> TimeVal A static method returning a :class:`tango.TimeVal` object representing the current time Parameters : None Return : (TimeVal) representing the current time .. versionadded:: 7.1.0 .. versionadded:: 7.1.2 Documented """ return TimeVal(time.time()) def __TimeVal__strftime(self, format): """ strftime(self, format) -> str Convert a time value to a string according to a format specification. Parameters : format : (str) See the python library reference manual for formatting codes Return : (str) a string representing the time according to a format specification. .. versionadded:: 7.1.0 .. versionadded:: 7.1.2 Documented """ return self.todatetime().strftime(format) def __TimeVal__isoformat(self, sep='T'): """ isoformat(self, sep='T') -> str Returns a string in ISO 8601 format, YYYY-MM-DDTHH:MM:SS[.mmmmmm][+HH:MM] Parameters : sep : (str) sep is used to separate the year from the time, and defaults to 'T' Return : (str) a string representing the time according to a format specification. .. versionadded:: 7.1.0 .. versionadded:: 7.1.2 Documented .. versionchanged:: 7.1.2 The `sep` parameter is not mandatory anymore and defaults to 'T' (same as :meth:`datetime.datetime.isoformat`) """ return self.todatetime().isoformat(sep) def __TimeVal__str__(self): """ __str__(self) -> str Returns a string representation of TimeVal Parameters : None Return : (str) a string representing the time (same as :class:`datetime.datetime`) .. versionadded:: 7.1.0 .. versionadded:: 7.1.2 Documented """ return str(self.todatetime()) def __init_TimeVal(): TimeVal.__init_original = TimeVal.__init__ TimeVal.__init__ = __TimeVal__init TimeVal.totime = __TimeVal__totime TimeVal.todatetime = __TimeVal__todatetime TimeVal.fromtimestamp = staticmethod(__TimeVal__fromtimestamp) TimeVal.fromdatetime = staticmethod(__TimeVal__fromdatetime) TimeVal.now = staticmethod(__TimeVal__now) TimeVal.strftime = __TimeVal__strftime TimeVal.isoformat = __TimeVal__isoformat TimeVal.__str__ = __TimeVal__str__ def time_val_init(doc=True): __init_TimeVal() pytango-9.2.2/tango/utils.py000066400000000000000000001436741316324373100160510ustar00rootroot00000000000000# ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ """ This is an internal PyTango module. """ from __future__ import with_statement from __future__ import print_function import os import sys import six import types import numbers import collections from ._tango import StdStringVector, StdDoubleVector, \ DbData, DbDevInfos, DbDevExportInfos, CmdArgType, AttrDataFormat, \ EventData, AttrConfEventData, DataReadyEventData, DevFailed, constants, \ DevState, CommunicationFailed, PipeEventData, DevIntrChangeEventData from . import _tango from .constants import AlrmValueNotSpec, StatusNotSet, TgLibVers from .release import Release __all__ = [ "requires_pytango", "requires_tango", "is_pure_str", "is_seq", "is_non_str_seq", "is_integer", "is_number", "is_scalar_type", "is_array_type", "is_numerical_type", "is_int_type", "is_float_type", "is_bool_type", "is_binary_type", "is_str_type", "obj_2_str", "seqStr_2_obj", "scalar_to_array_type", "document_method", "document_static_method", "document_enum", "CaselessList", "CaselessDict", "EventCallBack", "get_home", "from_version_str_to_hex_str", "from_version_str_to_int", "seq_2_StdStringVector", "StdStringVector_2_seq", "dir2", "TO_TANGO_TYPE"] __docformat__ = "restructuredtext" # Types _scalar_int_types = ( CmdArgType.DevShort, CmdArgType.DevUShort, CmdArgType.DevInt, CmdArgType.DevLong, CmdArgType.DevULong, CmdArgType.DevLong64, CmdArgType.DevULong64,) _scalar_float_types = ( CmdArgType.DevFloat, CmdArgType.DevDouble,) _scalar_numerical_types = ( _scalar_int_types + _scalar_float_types) _scalar_str_types = ( CmdArgType.DevString, CmdArgType.ConstDevString,) _scalar_bool_types = ( CmdArgType.DevBoolean,) _scalar_types = ( _scalar_numerical_types + _scalar_str_types + _scalar_bool_types + (CmdArgType.DevEncoded, CmdArgType.DevUChar,)) _array_int_types = ( CmdArgType.DevVarShortArray, CmdArgType.DevVarUShortArray, CmdArgType.DevVarLongArray, CmdArgType.DevVarULongArray, CmdArgType.DevVarLong64Array, CmdArgType.DevVarULong64Array) _array_float_types = ( CmdArgType.DevVarFloatArray, CmdArgType.DevVarDoubleArray) _array_numerical_types = ( _array_int_types + _array_float_types) _array_str_types = ( CmdArgType.DevVarStringArray,) _array_bool_types = ( CmdArgType.DevVarBooleanArray,) _array_types = ( _array_numerical_types + _array_bool_types + _array_str_types + (CmdArgType.DevVarCharArray, CmdArgType.DevVarDoubleStringArray, CmdArgType.DevVarLongStringArray,)) _binary_types = ( CmdArgType.DevEncoded, CmdArgType.DevVarCharArray,) def __build_to_tango_type(): ret = { int: CmdArgType.DevLong64, str: CmdArgType.DevString, bool: CmdArgType.DevBoolean, bytearray: CmdArgType.DevEncoded, float: CmdArgType.DevDouble, chr: CmdArgType.DevUChar, None: CmdArgType.DevVoid, 'int': CmdArgType.DevLong64, 'int16': CmdArgType.DevShort, 'int32': CmdArgType.DevLong, 'int64': CmdArgType.DevLong64, 'uint': CmdArgType.DevULong64, 'uint16': CmdArgType.DevUShort, 'uint32': CmdArgType.DevULong, 'uint64': CmdArgType.DevULong64, 'str': CmdArgType.DevString, 'string': CmdArgType.DevString, 'text': CmdArgType.DevString, 'bool': CmdArgType.DevBoolean, 'boolean': CmdArgType.DevBoolean, 'bytes': CmdArgType.DevEncoded, 'bytearray': CmdArgType.DevEncoded, 'float': CmdArgType.DevDouble, 'float32': CmdArgType.DevFloat, 'float64': CmdArgType.DevDouble, 'double': CmdArgType.DevDouble, 'byte': CmdArgType.DevUChar, 'chr': CmdArgType.DevUChar, 'char': CmdArgType.DevUChar, 'None': CmdArgType.DevVoid, 'state': CmdArgType.DevState, 'enum': CmdArgType.DevEnum, 'blob': CmdArgType.DevPipeBlob, } try: ret[long] = ret[int] except NameError: pass for key in dir(CmdArgType): if key.startswith("Dev"): value = getattr(CmdArgType, key) ret[key] = ret[value] = value if constants.NUMPY_SUPPORT: import numpy FROM_TANGO_TO_NUMPY_TYPE = { CmdArgType.DevBoolean: numpy.bool8, CmdArgType.DevUChar: numpy.ubyte, CmdArgType.DevShort: numpy.short, CmdArgType.DevUShort: numpy.ushort, CmdArgType.DevLong: numpy.int32, CmdArgType.DevULong: numpy.uint32, CmdArgType.DevLong64: numpy.int64, CmdArgType.DevULong64: numpy.uint64, CmdArgType.DevString: numpy.str, CmdArgType.DevDouble: numpy.float64, CmdArgType.DevFloat: numpy.float32, } for key, value in FROM_TANGO_TO_NUMPY_TYPE.items(): ret[value] = key return ret TO_TANGO_TYPE = __build_to_tango_type() _scalar_to_array_type = { CmdArgType.DevBoolean: CmdArgType.DevVarBooleanArray, CmdArgType.DevUChar: CmdArgType.DevVarCharArray, CmdArgType.DevShort: CmdArgType.DevVarShortArray, CmdArgType.DevUShort: CmdArgType.DevVarUShortArray, CmdArgType.DevInt: CmdArgType.DevVarLongArray, CmdArgType.DevLong: CmdArgType.DevVarLongArray, CmdArgType.DevULong: CmdArgType.DevVarULongArray, CmdArgType.DevLong64: CmdArgType.DevVarLong64Array, CmdArgType.DevULong64: CmdArgType.DevVarULong64Array, CmdArgType.DevFloat: CmdArgType.DevVarFloatArray, CmdArgType.DevDouble: CmdArgType.DevVarDoubleArray, CmdArgType.DevString: CmdArgType.DevVarStringArray, CmdArgType.ConstDevString: CmdArgType.DevVarStringArray, } # add derived scalar types to scalar to array map for k, v in TO_TANGO_TYPE.items(): if v in _scalar_to_array_type: _scalar_to_array_type[k] = _scalar_to_array_type[v] __NO_STR_VALUE = AlrmValueNotSpec, StatusNotSet __device_classes = None bool_ = lambda value_str: value_str.lower() == "true" def __import(name): __import__(name) return sys.modules[name] def __requires(package_name, min_version=None, conflicts=(), software_name="Software"): from distutils.version import LooseVersion package_name_l = package_name.lower() if package_name_l == 'pytango': curr_version = LooseVersion(Release.version) elif package_name_l == 'tango': curr_version = LooseVersion(TgLibVers) else: try: package = __import(package_name) curr_version = LooseVersion(package.__version__) except ImportError: msg = "Could not find package {0} required by {1}".format( package_name, software_name) raise Exception(msg) except: msg = "Error importing package {0} required by {1}".format( package_name, software_name) raise Exception(msg) if min_version is not None: min_version = LooseVersion(min_version) if min_version > curr_version: msg = "{0} requires {1} {2} but {3} installed".format( software_name, package_name, min_version, curr_version) raise Exception(msg) conflicts = map(LooseVersion, conflicts) if curr_version in conflicts: msg = "{0} cannot run with {1} {2}".format( software_name, package_name, curr_version) raise Exception(msg) return True def requires_pytango(min_version=None, conflicts=(), software_name="Software"): """ Determines if the required PyTango version for the running software is present. If not an exception is thrown. Example usage:: from tango import requires_pytango requires_pytango('7.1', conflicts=['8.1.1'], software='MyDS') :param min_version: minimum PyTango version [default: None, meaning no minimum required]. If a string is given, it must be in the valid version number format (see: :class:`~distutils.version.LooseVersion`) :type min_version: None, str, :class:`~distutils.version.LooseVersion` :param conflics: a sequence of PyTango versions which conflict with the software using it :type conflics: seq :param software_name: software name using tango. Used in the exception message :type software_name: str :raises Exception: if the required PyTango version is not met New in PyTango 8.1.4 """ return __requires("pytango", min_version=min_version, conflicts=conflicts, software_name=software_name) def requires_tango(min_version=None, conflicts=(), software_name="Software"): """ Determines if the required Tango version for the running software is present. If not an exception is thrown. Example usage:: from tango import requires_tango requires_tango('7.1', conflicts=['8.1.1'], software='MyDS') :param min_version: minimum Tango version [default: None, meaning no minimum required]. If a string is given, it must be in the valid version number format (see: :class:`~distutils.version.LooseVersion`) :type min_version: None, str, :class:`~distutils.version.LooseVersion` :param conflics: a sequence of Tango versions which conflict with the software using it :type conflics: seq :param software_name: software name using Tango. Used in the exception message :type software_name: str :raises Exception: if the required Tango version is not met New in PyTango 8.1.4 """ return __requires("Tango", min_version=min_version, conflicts=conflicts, software_name=software_name) def get_tango_device_classes(): global __device_classes if __device_classes is None: __device_classes = [_tango.DeviceImpl] i = 2 while True: dc = "Device_{0}Impl".format(i) try: __device_classes.append(getattr(_tango, dc)) i = i + 1 except AttributeError: break return __device_classes def get_latest_device_class(): return get_tango_device_classes()[-1] try: __str_klasses = basestring, except NameError: __str_klasses = str, __int_klasses = int, __number_klasses = numbers.Number, __seq_klasses = collections.Sequence, bytearray, StdStringVector __use_unicode = False try: unicode __use_unicode = True __str_klasses = tuple(list(__str_klasses) + [unicode]) except NameError: pass __use_long = False try: long __use_long = True __int_klasses = tuple(list(__int_klasses) + [long]) except NameError: pass if constants.NUMPY_SUPPORT: import numpy __int_klasses = tuple(list(__int_klasses) + [numpy.integer]) __number_klasses = tuple(list(__number_klasses) + [numpy.number]) __seq_klasses = tuple(list(__seq_klasses) + [numpy.ndarray]) __str_klasses = tuple(__str_klasses) __int_klasses = tuple(__int_klasses) __number_klasses = tuple(__number_klasses) __seq_klasses = tuple(__seq_klasses) def __get_tango_type(obj): if is_non_str_seq(obj): tg_type, tg_format = get_tango_type(obj[0]) tg_format = AttrDataFormat(int(tg_format) + 1) return tg_type, tg_format elif is_pure_str(obj): r = CmdArgType.DevString elif isinstance(obj, DevState): r = CmdArgType.DevState elif isinstance(obj, bool): r = CmdArgType.DevBoolean elif isinstance(obj, __int_klasses): r = CmdArgType.DevLong64 elif isinstance(obj, __number_klasses): r = CmdArgType.DevDouble return r, AttrDataFormat.SCALAR def __get_tango_type_numpy_support(obj): try: ndim, dtype = obj.ndim, str(obj.dtype) if ndim > 2: raise TypeError('cannot translate numpy array with {0} ' 'dimensions to tango type'.format(obj.ndim)) return TO_TANGO_TYPE[dtype], AttrDataFormat(ndim) except AttributeError: return __get_tango_type(obj) def get_tango_type(obj): if constants.NUMPY_SUPPORT: return __get_tango_type_numpy_support(obj) return __get_tango_type(obj) def is_pure_str(obj): """ Tells if the given object is a python string. In python 2.x this means any subclass of basestring. In python 3.x this means any subclass of str. :param obj: the object to be inspected :type obj: :py:obj:`object` :return: True is the given obj is a string or False otherwise :rtype: :py:obj:`bool` """ return isinstance(obj, __str_klasses) def is_seq(obj): """ Tells if the given object is a python sequence. It will return True for any collections.Sequence (list, tuple, str, bytes, unicode), bytearray and (if numpy is enabled) numpy.ndarray :param obj: the object to be inspected :type obj: :py:obj:`object` :return: True is the given obj is a sequence or False otherwise :rtype: :py:obj:`bool` """ return isinstance(obj, __seq_klasses) def is_non_str_seq(obj): """ Tells if the given object is a python sequence (excluding string sequences). It will return True for any collections.Sequence (list, tuple (and bytes in python3)), bytearray and (if numpy is enabled) numpy.ndarray :param obj: the object to be inspected :type obj: :py:obj:`object` :return: True is the given obj is a sequence or False otherwise :rtype: :py:obj:`bool` """ return is_seq(obj) and not is_pure_str(obj) def is_integer(obj): """ Tells if the given object is a python integer. It will return True for any int, long (in python 2) and (if numpy is enabled) numpy.integer :param obj: the object to be inspected :type obj: :py:obj:`object` :return: True is the given obj is a python integer or False otherwise :rtype: :py:obj:`bool` """ return isinstance(obj, __int_klasses) def is_number(obj): """ Tells if the given object is a python number. It will return True for any numbers.Number and (if numpy is enabled) numpy.number :param obj: the object to be inspected :type obj: :py:obj:`object` :return: True is the given obj is a python number or False otherwise :rtype: :py:obj:`bool` """ return isinstance(obj, __number_klasses) def is_scalar(tg_type): """Tells if the given tango type is a scalar :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :return: True if the given tango type is a scalar or False otherwise :rtype: :py:obj:`bool` """ global _scalar_types return tg_type in _scalar_types is_scalar_type = is_scalar def is_array(tg_type): """Tells if the given tango type is an array type :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :return: True if the given tango type is an array type or False otherwise :rtype: :py:obj:`bool` """ global _array_types return tg_type in _array_types is_array_type = is_array def is_numerical(tg_type, inc_array=False): """Tells if the given tango type is numerical :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :param inc_array: (optional, default is False) determines if include array in the list of checked types :type inc_array: :py:obj:`bool` :return: True if the given tango type is a numerical or False otherwise :rtype: :py:obj:`bool` """ global _scalar_numerical_types, _array_numerical_types if tg_type in _scalar_numerical_types: return True if not inc_array: return False return tg_type in _array_numerical_types is_numerical_type = is_numerical def is_int(tg_type, inc_array=False): """Tells if the given tango type is integer :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :param inc_array: (optional, default is False) determines if include array in the list of checked types :type inc_array: :py:obj:`bool` :return: True if the given tango type is integer or False otherwise :rtype: :py:obj:`bool` """ global _scalar_int_types, _array_int_types if tg_type in _scalar_int_types: return True if not inc_array: return False return tg_type in _array_int_types is_int_type = is_int def is_float(tg_type, inc_array=False): """Tells if the given tango type is float :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :param inc_array: (optional, default is False) determines if include array in the list of checked types :type inc_array: :py:obj:`bool` :return: True if the given tango type is float or False otherwise :rtype: :py:obj:`bool` """ global _scalar_float_types, _array_float_types if tg_type in _scalar_float_types: return True if not inc_array: return False return tg_type in _array_float_types is_float_type = is_float def is_bool(tg_type, inc_array=False): """Tells if the given tango type is boolean :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :param inc_array: (optional, default is False) determines if include array in the list of checked types :type inc_array: :py:obj:`bool` :return: True if the given tango type is boolean or False otherwise :rtype: :py:obj:`bool` """ global _scalar_bool_types, _array_bool_types if tg_type in _scalar_bool_types: return True if not inc_array: return False return tg_type in _array_bool_types is_bool_type = is_bool def is_str(tg_type, inc_array=False): """Tells if the given tango type is string :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :param inc_array: (optional, default is False) determines if include array in the list of checked types :type inc_array: :py:obj:`bool` :return: True if the given tango type is string or False otherwise :rtype: :py:obj:`bool` """ global _scalar_str_types, _array_str_types if tg_type in _scalar_str_types: return True if not inc_array: return False return tg_type in _array_str_types is_str_type = is_str def is_binary(tg_type, inc_array=False): """Tells if the given tango type is binary :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :param inc_array: (optional, default is False) determines if include array in the list of checked types :type inc_array: :py:obj:`bool` :return: True if the given tango type is binary or False otherwise :rtype: :py:obj:`bool` """ global _binary_types return tg_type in _binary_types is_binary_type = is_binary def seq_2_StdStringVector(seq, vec=None): """Converts a python sequence object to a :class:`tango.StdStringVector` :param seq: the sequence of strings :type seq: sequence<:py:obj:`str`> :param vec: (optional, default is None) an :class:`tango.StdStringVector` to be filled. If None is given, a new :class:`tango.StdStringVector` is created :return: a :class:`tango.StdStringVector` filled with the same contents as seq :rtype: :class:`tango.StdStringVector` """ if vec is None: if isinstance(seq, StdStringVector): return seq vec = StdStringVector() if not isinstance(vec, StdStringVector): raise TypeError('vec must be a tango.StdStringVector') for e in seq: vec.append(str(e)) return vec def StdStringVector_2_seq(vec, seq=None): """Converts a :class:`tango.StdStringVector` to a python sequence :param seq: the :class:`tango.StdStringVector` :type seq: :class:`tango.StdStringVector` :param vec: (optional, default is None) a python sequence to be filled. If None is given, a new list is created :return: a python sequence filled with the same contents as seq :rtype: sequence """ if seq is None: seq = [] if not isinstance(vec, StdStringVector): raise TypeError('vec must be a tango.StdStringVector') for e in vec: seq.append(str(e)) return seq def seq_2_StdDoubleVector(seq, vec=None): """Converts a python sequence object to a :class:`tango.StdDoubleVector` :param seq: the sequence of floats :type seq: sequence<:py:obj:`float`> :param vec: (optional, default is None) an :class:`tango.StdDoubleVector` to be filled. If None is given, a new :class:`tango.StdDoubleVector` is created :return: a :class:`tango.StdDoubleVector` filled with the same contents as seq :rtype: :class:`tango.StdDoubleVector` """ if vec is None: if isinstance(seq, StdDoubleVector): return seq vec = StdDoubleVector() if not isinstance(vec, StdDoubleVector): raise TypeError('vec must be a tango.StdDoubleVector') for e in seq: vec.append(str(e)) return vec def StdDoubleVector_2_seq(vec, seq=None): """Converts a :class:`tango.StdDoubleVector` to a python sequence :param seq: the :class:`tango.StdDoubleVector` :type seq: :class:`tango.StdDoubleVector` :param vec: (optional, default is None) a python sequence to be filled. If None is given, a new list is created :return: a python sequence filled with the same contents as seq :rtype: sequence """ if seq is None: seq = [] if not isinstance(vec, StdDoubleVector): raise TypeError('vec must be a tango.StdDoubleVector') for e in vec: seq.append(float(e)) return seq def seq_2_DbDevInfos(seq, vec=None): """Converts a python sequence object to a :class:`tango.DbDevInfos` :param seq: the sequence of DbDevInfo :type seq: sequence :param vec: (optional, default is None) an :class:`tango.DbDevInfos` to be filled. If None is given, a new :class:`tango.DbDevInfos` is created :return: a :class:`tango.DbDevInfos` filled with the same contents as seq :rtype: :class:`tango.DbDevInfos` """ if vec is None: if isinstance(seq, DbDevInfos): return seq vec = DbDevInfos() if not isinstance(vec, DbDevInfos): raise TypeError('vec must be a tango.DbDevInfos') for e in seq: vec.append(e) return vec def seq_2_DbDevExportInfos(seq, vec=None): """Converts a python sequence object to a :class:`tango.DbDevExportInfos` :param seq: the sequence of DbDevExportInfo :type seq: sequence :param vec: (optional, default is None) an :class:`tango.DbDevExportInfos` to be filled. If None is given, a new :class:`tango.DbDevExportInfos` is created :return: a :class:`tango.DbDevExportInfos` filled with the same contents as seq :rtype: :class:`tango.DbDevExportInfos` """ if vec is None: if isinstance(seq, DbDevExportInfos): return seq vec = DbDevExportInfos() if not isinstance(vec, DbDevExportInfos): raise TypeError('vec must be a tango.DbDevExportInfos') for e in seq: vec.append(e) return vec def seq_2_DbData(seq, vec=None): """Converts a python sequence object to a :class:`tango.DbData` :param seq: the sequence of DbDatum :type seq: sequence :param vec: (optional, default is None) an :class:`tango.DbData` to be filled. If None is given, a new :class:`tango.DbData` is created :return: a :class:`tango.DbData` filled with the same contents as seq :rtype: :class:`tango.DbData` """ if vec is None: if isinstance(seq, DbData): return seq vec = DbData() if not isinstance(vec, DbData): raise TypeError('vec must be a tango.DbData') for e in seq: vec.append(e) return vec def DbData_2_dict(db_data, d=None): if d is None: d = {} if not isinstance(db_data, DbData): raise TypeError( 'db_data must be a tango.DbData. A %s found instead' % type(db_data)) for db_datum in db_data: d[db_datum.name] = db_datum.value_string return d def seqStr_2_obj(seq, tg_type, tg_format=None): """Translates a sequence to a sequence of objects of give type and format :param seq: the sequence :type seq: sequence :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :param tg_format: (optional, default is None, meaning SCALAR) tango format :type tg_format: :class:`tango.AttrDataFormat` :return: a new sequence """ if tg_format: return _seqStr_2_obj_from_type_format(seq, tg_type, tg_format) return _seqStr_2_obj_from_type(seq, tg_type) def _seqStr_2_obj_from_type(seq, tg_type): if is_pure_str(seq): seq = seq, # Scalar cases global _scalar_int_types if tg_type in _scalar_int_types: return int(seq[0]) global _scalar_float_types if tg_type in _scalar_float_types: return float(seq[0]) global _scalar_str_types if tg_type in _scalar_str_types: return seq[0] if tg_type == CmdArgType.DevBoolean: return seq[0].lower() == 'true' # sequence cases if tg_type in (CmdArgType.DevVarCharArray, CmdArgType.DevVarStringArray): return seq global _array_int_types if tg_type in _array_int_types: argout = [] for x in seq: argout.append(int(x)) return argout global _array_float_types if tg_type in _array_float_types: argout = [] for x in seq: argout.append(float(x)) return argout if tg_type == CmdArgType.DevVarBooleanArray: argout = [] for x in seq: argout.append(x.lower() == 'true') return argout return [] def _seqStr_2_obj_from_type_format(seq, tg_type, tg_format): if tg_format == AttrDataFormat.SCALAR: return _seqStr_2_obj_from_type(tg_type, seq) elif tg_format == AttrDataFormat.SPECTRUM: return _seqStr_2_obj_from_type(_scalar_to_array_type[tg_type], seq) elif tg_format == AttrDataFormat.IMAGE: if tg_type == CmdArgType.DevString: return seq global _scalar_int_types if tg_type in _scalar_int_types: argout = [] for x in seq: tmp = [] for y in x: tmp.append(int(y)) argout.append(tmp) return argout global _scalar_float_types if tg_type in _scalar_float_types: argout = [] for x in seq: tmp = [] for y in x: tmp.append(float(y)) argout.append(tmp) return argout # UNKNOWN_FORMAT return _seqStr_2_obj_from_type(tg_type, seq) def scalar_to_array_type(tg_type): """ Gives the array tango type corresponding to the given tango scalar type. Example: giving DevLong will return DevVarLongArray. :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :return: the array tango type for the given scalar tango type :rtype: :class:`tango.CmdArgType` :raises ValueError: in case the given dtype is not a tango scalar type """ try: return _scalar_to_array_type[tg_type] except KeyError: raise ValueError("Invalid tango scalar type: {0}".format(tg_type)) def str_2_obj(obj_str, tg_type=None): """Converts a string into an object according to the given tango type :param obj_str: the string to be converted :type obj_str: :py:obj:`str` :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :return: an object calculated from the given string :rtype: :py:obj:`object` """ if tg_type is None: return obj_str f = str if is_scalar_type(tg_type): if is_numerical_type(tg_type): if obj_str in __NO_STR_VALUE: return None if is_int_type(tg_type): f = int elif is_float_type(tg_type): f = float elif is_bool_type(tg_type): f = bool_ return f(obj_str) def obj_2_str(obj, tg_type=None): """Converts a python object into a string according to the given tango type :param obj: the object to be converted :type obj: :py:obj:`object` :param tg_type: tango type :type tg_type: :class:`tango.CmdArgType` :return: a string representation of the given object :rtype: :py:obj:`str` """ if tg_type is None: return obj if tg_type in _scalar_types: # scalar cases if is_pure_str(obj): return obj elif is_non_str_seq(obj): if not len(obj): return "" obj = obj[0] return str(obj) # sequence cases if obj is None: return '' return '\n'.join([str(i) for i in obj]) def __get_meth_func(klass, method_name): meth = getattr(klass, method_name) func = meth if hasattr(meth, '__func__'): func = meth.__func__ elif hasattr(meth, 'im_func'): func = meth.im_func return meth, func def copy_doc(klass, fnname): """Copies documentation string of a method from the super class into the rewritten method of the given class""" base_meth, base_func = __get_meth_func(klass.__base__, fnname) meth, func = __get_meth_func(klass, fnname) func.__doc__ = base_func.__doc__ def document_method(klass, method_name, d, add=True): meth, func = __get_meth_func(klass, method_name) if add: cpp_doc = meth.__doc__ if cpp_doc: func.__doc__ = "%s\n%s" % (d, cpp_doc) return func.__doc__ = d if func.__name__ != method_name: try: func.__name__ = method_name except AttributeError: pass def document_static_method(klass, method_name, d, add=True): meth, func = __get_meth_func(klass, method_name) if add: cpp_doc = meth.__doc__ if cpp_doc: meth.__doc__ = "%s\n%s" % (d, cpp_doc) return meth.__doc__ = d def document_enum(klass, enum_name, desc, append=True): # derived = type(base)('derived', (base,), {'__doc__': 'desc'}) # Get the original enum type base = getattr(klass, enum_name) # Prepare the new docstring if append and base.__doc__ is not None: desc = base.__doc__ + "\n" + desc # Create a new type, derived from the original. Only difference # is the docstring. derived = type(base)(enum_name, (base,), {'__doc__': desc}) # Replace the original enum type with the new one setattr(klass, enum_name, derived) class CaselessList(list): """A case insensitive lists that has some caseless methods. Only allows strings as list members. Most methods that would normally return a list, return a CaselessList. (Except list() and lowercopy()) Sequence Methods implemented are : __contains__, remove, count, index, append, extend, insert, __getitem__, __setitem__, __getslice__, __setslice__ __add__, __radd__, __iadd__, __mul__, __rmul__ Plus Extra methods: findentry, copy , lowercopy, list Inherited methods : __imul__, __len__, __iter__, pop, reverse, sort """ def __init__(self, inlist=[]): list.__init__(self) for entry in inlist: if not isinstance(entry, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\" which is \"%s\"' % (entry, type(entry))) self.append(entry) def findentry(self, item): """A caseless way of checking if an item is in the list or not. It returns None or the entry.""" if not isinstance(item, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\"' % type(item)) for entry in self: if item.lower() == entry.lower(): return entry return None def __contains__(self, item): """A caseless way of checking if a list has a member in it or not.""" for entry in self: if item.lower() == entry.lower(): return True return False def remove(self, item): """Remove the first occurence of an item, the caseless way.""" for entry in self: if item.lower() == entry.lower(): list.remove(self, entry) return raise ValueError(': list.remove(x): x not in list') def copy(self): """Return a CaselessList copy of self.""" return CaselessList(self) def list(self): """Return a normal list version of self.""" return list(self) def lowercopy(self): """Return a lowercase (list) copy of self.""" return [entry.lower() for entry in self] def append(self, item): """Adds an item to the list and checks it's a string.""" if not isinstance(item, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\"' % type(item)) list.append(self, item) def extend(self, item): """Extend the list with another list. Each member of the list must be a string.""" if not isinstance(item, list): raise TypeError( 'You can only extend lists with lists. ' 'You supplied \"%s\"' % type(item)) for entry in item: if not isinstance(entry, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\"' % type(entry)) list.append(self, entry) def count(self, item): """Counts references to 'item' in a caseless manner. If item is not a string it will always return 0.""" if not isinstance(item, str): return 0 count = 0 for entry in self: if item.lower() == entry.lower(): count += 1 return count def index(self, item, minindex=0, maxindex=None): """Provide an index of first occurence of item in the list. (or raise a ValueError if item not present) If item is not a string, will raise a TypeError. minindex and maxindex are also optional arguments s.index(x[, i[, j]]) return smallest k such that s[k] == x and i <= k < j """ if maxindex is None: maxindex = len(self) minindex = max(0, minindex) - 1 maxindex = min(len(self), maxindex) if not isinstance(item, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\"' % type(item)) index = minindex while index < maxindex: index += 1 if item.lower() == self[index].lower(): return index raise ValueError(': list.index(x): x not in list') def insert(self, i, x): """s.insert(i, x) same as s[i:i] = [x] Raises TypeError if x isn't a string.""" if not isinstance(x, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\"' % type(x)) list.insert(self, i, x) def __setitem__(self, index, value): """For setting values in the list. index must be an integer or (extended) slice object. (__setslice__ used for simple slices) If index is an integer then value must be a string. If index is a slice object then value must be a list of strings - with the same length as the slice object requires. """ if isinstance(index, int): if not isinstance(value, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\"' % type(value)) list.__setitem__(self, index, value) elif isinstance(index, slice): if not hasattr(value, '__len__'): raise TypeError( 'Value given to set slice is not a sequence object.') for entry in value: if not isinstance(entry, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\"' % type(entry)) list.__setitem__(self, index, value) else: raise TypeError('Indexes must be integers or slice objects.') def __setslice__(self, i, j, sequence): """Called to implement assignment to self[i:j].""" for entry in sequence: if not isinstance(entry, str): raise TypeError( 'Members of this object must be strings. ' 'You supplied \"%s\"' % type(entry)) list.__setslice__(self, i, j, sequence) def __getslice__(self, i, j): """Called to implement evaluation of self[i:j]. Although the manual says this method is deprecated - if I don't define it the list one is called. (Which returns a list - this returns a CaselessList)""" return CaselessList(list.__getslice__(self, i, j)) def __getitem__(self, index): """For fetching indexes. If a slice is fetched then the list returned is a CaselessList.""" if not isinstance(index, slice): return list.__getitem__(self, index) else: return CaselessList(list.__getitem__(self, index)) def __add__(self, item): """To add a list, and return a CaselessList. Every element of item must be a string.""" return CaselessList(list.__add__(self, item)) def __radd__(self, item): """To add a list, and return a CaselessList. Every element of item must be a string.""" return CaselessList(list.__add__(self, item)) def __iadd__(self, item): """To add a list in place.""" for entry in item: self.append(entry) def __mul__(self, item): """To multiply itself, and return a CaselessList. Every element of item must be a string.""" return CaselessList(list.__mul__(self, item)) def __rmul__(self, item): """To multiply itself, and return a CaselessList. Every element of item must be a string.""" return CaselessList(list.__rmul__(self, item)) class CaselessDict(dict): def __init__(self, other=None): if other: # Doesn't do keyword args if isinstance(other, dict): for k, v in other.items(): dict.__setitem__(self, k.lower(), v) else: for k, v in other: dict.__setitem__(self, k.lower(), v) def __getitem__(self, key): return dict.__getitem__(self, key.lower()) def __setitem__(self, key, value): dict.__setitem__(self, key.lower(), value) def __contains__(self, key): return dict.__contains__(self, key.lower()) def __delitem__(self, k): dict.__delitem__(self, k.lower()) def has_key(self, key): return key.lower() in self def get(self, key, def_val=None): return dict.get(self, key.lower(), def_val) def setdefault(self, key, def_val=None): return dict.setdefault(self, key.lower(), def_val) def update(self, other): for k, v in other.items(): dict.__setitem__(self, k.lower(), v) def fromkeys(self, iterable, value=None): d = CaselessDict() for k in iterable: dict.__setitem__(d, k.lower(), value) return d def pop(self, key, def_val=None): return dict.pop(self, key.lower(), def_val) def keys(self): return CaselessList(dict.keys(self)) __DEFAULT_FACT_IOR_FILE = "/tmp/rdifact.ior" __BASE_LINE = "notifd" __END_NOTIFD_LINE = "/DEVICE/notifd:" __NOTIFD_FACTORY_PREFIX = "notifd/factory/" def notifd2db(notifd_ior_file=__DEFAULT_FACT_IOR_FILE, files=None, host=None, out=sys.stdout): ior_string = "" with open(notifd_ior_file) as ior_file: ior_string = ior_file.read() if files is None: return _notifd2db_real_db(ior_string, host=host, out=out) else: return _notifd2db_file_db(ior_string, files, out=out) def _notifd2db_file_db(ior_string, files, out=sys.stdout): raise RuntimeError("Not implemented yet") print("going to export notification service event factory to " "device server property file(s) ...", file=out) for f in files: with open(f, "w"): pass return def _notifd2db_real_db(ior_string, host=None, out=sys.stdout): from . import Database print("going to export notification service event factory to " "Tango database ...", file=out) num_retries = 3 while num_retries > 0: try: db = Database() db.set_timeout_millis(10000) num_retries = 0 except DevFailed as df: num_retries -= 1 if num_retries == 0: print("Can't create Tango database object", file=out) print(str(df), file=out) return print("Can't create Tango database object, retrying....", file=out) if host is None: import socket host_name = socket.getfqdn() global __NOTIFD_FACTORY_PREFIX notifd_factory_name = __NOTIFD_FACTORY_PREFIX + host_name args = notifd_factory_name, ior_string, host_name, str(os.getpid()), "1" num_retries = 3 while num_retries > 0: try: db.command_inout("DbExportEvent", args) print("Successfully exported notification service event " "factory for host", host_name, "to Tango database !", file=out) break except CommunicationFailed as cf: if len(cf.errors) >= 2: if cf.errors[1].reason == "API_DeviceTimedOut": if num_retries > 0: num_retries -= 1 else: num_retries = 0 else: num_retries = 0 except Exception: num_retries = 0 if num_retries == 0: print("Failed to export notification service event factory " "to TANGO database", file=out) class EventCallback(object): """ Useful event callback for test purposes Usage:: >>> dev = tango.DeviceProxy(dev_name) >>> cb = tango.utils.EventCallback() >>> id = dev.subscribe_event("state", tango.EventType.CHANGE_EVENT, cb, []) 2011-04-06 15:33:18.910474 sys/tg_test/1 STATE CHANGE [ATTR_VALID] ON Allowed format keys are: - date (event timestamp) - reception_date (event reception timestamp) - type (event type) - dev_name (device name) - name (attribute name) - value (event value) New in PyTango 7.1.4 """ def __init__(self, format="{date} {dev_name} {name} {type} {value}", fd=sys.stdout, max_buf=100): self._msg = format self._fd = fd self._evts = [] self._max_buf = max_buf def get_events(self): """Returns the list of events received by this callback :return: the list of events received by this callback :rtype: sequence """ return self._evts def push_event(self, evt): """Internal usage only""" try: self._push_event(evt) except Exception as e: print("Unexpected error in callback for %s: %s" % (str(evt), str(e)), file=self._fd) def _push_event(self, evt): """Internal usage only""" self._append(evt) import datetime now = datetime.datetime.now() try: date = self._get_date(evt) except: date = now try: reception_date = evt.reception_date.todatetime() except: reception_date = now try: evt_type = evt.event.upper() except: evt_type = "" try: dev_name = evt.device.dev_name().upper() except: dev_name = "" try: attr_name = evt.attr_name.split("/")[-1].upper() except: attr_name = "" try: value = self._get_value(evt) except Exception as e: value = "Unexpected exception in getting event value: %s" % str(e) d = {"date": date, "reception_date": reception_date, "type": evt_type, "dev_name": dev_name, "name": attr_name, "value": value} print(self._msg.format(**d), file=self._fd) def _append(self, evt): """Internal usage only""" evts = self._evts if len(evts) == self._max_buf: evts.pop(0) evts.append(evt) def _get_date(self, evt): if isinstance(evt, EventData): return evt.attr_value.time.todatetime() elif isinstance(evt, PipeEventData): return evt.pipe_value.time.todatetime() else: return evt.get_date().todatetime() def _get_value(self, evt): """Internal usage only""" if evt.err: e = evt.errors[0] return "[%s] %s" % (e.reason, e.desc) if isinstance(evt, EventData): return "[%s] %s" % ( evt.attr_value.quality, str(evt.attr_value.value)) elif isinstance(evt, AttrConfEventData): cfg = evt.attr_conf return "label='%s'; unit='%s'" % (cfg.label, cfg.unit) elif isinstance(evt, DataReadyEventData): return "" elif isinstance(evt, PipeEventData): return evt.pipe_value elif isinstance(evt, DevIntrChangeEventData): print("utils::_get_value()") return def get_home(): """ Find user's home directory if possible. Otherwise raise error. :return: user's home directory :rtype: :py:obj:`str` New in PyTango 7.1.4 """ path = '' try: path = os.path.expanduser("~") except: pass if not os.path.isdir(path): for evar in ('HOME', 'USERPROFILE', 'TMP'): try: path = os.environ[evar] if os.path.isdir(path): break except: pass if path: return path else: raise RuntimeError('please define environment variable $HOME') def _get_env_var(env_var_name): """ Returns the value for the given environment name Search order: * a real environ var * HOME/.tangorc * /etc/tangorc :param env_var_name: the environment variable name :type env_var_name: str :return: the value for the given environment name :rtype: str New in PyTango 7.1.4 """ if env_var_name in os.environ: return os.environ[env_var_name] fname = os.path.join(get_home(), '.tangorc') if not os.path.exists(fname): if os.name == 'posix': fname = "/etc/tangorc" if not os.path.exists(fname): return None for line in open(fname): strippedline = line.split('#', 1)[0].strip() if not strippedline: # empty line continue tup = strippedline.split('=', 1) if len(tup) != 2: # illegal line! continue key, val = map(str.strip, tup) if key == env_var_name: return val def from_version_str_to_hex_str(version_str): v = map(int, version_str.split('.')) return "0x%02d%02d%02d00" % (v[0], v[1], v[2]) def from_version_str_to_int(version_str): return int(from_version_str_to_hex_str(version_str), 16) def info(): # Compile and Runtime are set by `tango.pytango_init.init` from .constants import Compile, Runtime msg = """\ PyTango {0.version} {0.version_info} PyTango compiled with: Python : {1.PY_VERSION} Numpy : {1.NUMPY_VERSION} Tango : {1.TANGO_VERSION} Boost : {1.BOOST_VERSION} PyTango runtime is: Python : {2.PY_VERSION} Numpy : {2.NUMPY_VERSION} Tango : {2.TANGO_VERSION} Boost : {2.BOOST_VERSION} PyTango running on: {2.UNAME} """ msg = msg.format(Release, Compile, Runtime) return msg def get_attrs(obj): """Helper for dir2 implementation.""" if not hasattr(obj, '__dict__'): return [] # slots only proxy_type = types.MappingProxyType if six.PY3 else types.DictProxyType if not isinstance(obj.__dict__, (dict, proxy_type)): print(type(obj.__dict__), obj) raise TypeError("%s.__dict__ is not a dictionary" % obj.__name__) return obj.__dict__.keys() def dir2(obj): """Default dir implementation. Inspired by gist: katyukha/dirmixin.py https://gist.github.com/katyukha/c6e5e2b829e247c9b009 """ attrs = set() if not hasattr(obj, '__bases__'): # obj is an instance if not hasattr(obj, '__class__'): # slots return sorted(get_attrs(obj)) klass = obj.__class__ attrs.update(get_attrs(klass)) else: # obj is a class klass = obj for cls in klass.__bases__: attrs.update(get_attrs(cls)) attrs.update(dir2(cls)) attrs.update(get_attrs(obj)) return list(attrs) pytango-9.2.2/tests/000077500000000000000000000000001316324373100143525ustar00rootroot00000000000000pytango-9.2.2/tests/test_client.py000066400000000000000000000206561316324373100172520ustar00rootroot00000000000000"""Client tests that run against the standard TangoTest device. Due to a TANGO 9 issue (#821), the device is run without any database. Note that this means that various features won't work: * No device configuration via properties. * No event generated by the server. * No memorized attributes. * No device attribute configuration via the database. So don't even try to test anything of the above as it will not work and is even likely to crash the device (!) """ from distutils.spawn import find_executable from subprocess import Popen import platform from time import sleep import psutil import pytest from functools import partial from tango import DeviceProxy, DevFailed, GreenMode from tango import DeviceInfo, AttributeInfo, AttributeInfoEx from tango.utils import is_str_type, is_int_type, is_float_type, is_bool_type from tango.gevent import DeviceProxy as gevent_DeviceProxy from tango.futures import DeviceProxy as futures_DeviceProxy from tango.asyncio import DeviceProxy as asyncio_DeviceProxy ATTRIBUTES = [ 'ampli', 'boolean_scalar', 'double_scalar', 'double_scalar_rww', 'double_scalar_w', 'float_scalar', 'long64_scalar', 'long_scalar', 'long_scalar_rww', 'long_scalar_w', 'no_value', 'short_scalar', 'short_scalar_ro', 'short_scalar_rww', 'short_scalar_w', 'string_scalar', 'throw_exception', 'uchar_scalar', 'ulong64_scalar', 'ushort_scalar', 'ulong_scalar', 'boolean_spectrum', 'boolean_spectrum_ro', 'double_spectrum', 'double_spectrum_ro', 'float_spectrum', 'float_spectrum_ro', 'long64_spectrum_ro', 'long_spectrum', 'long_spectrum_ro', 'short_spectrum', 'short_spectrum_ro', 'string_spectrum', 'string_spectrum_ro', 'uchar_spectrum', 'uchar_spectrum_ro', 'ulong64_spectrum_ro', 'ulong_spectrum_ro', 'ushort_spectrum', 'ushort_spectrum_ro', 'boolean_image', 'boolean_image_ro', 'double_image', 'double_image_ro', 'float_image', 'float_image_ro', 'long64_image_ro', 'long_image', 'long_image_ro', 'short_image', 'short_image_ro', 'string_image', 'string_image_ro', 'uchar_image', 'uchar_image_ro', 'ulong64_image_ro', 'ulong_image_ro', 'ushort_image', 'ushort_image_ro', 'wave', 'State', 'Status', ] device_proxy_map = { GreenMode.Synchronous: DeviceProxy, GreenMode.Futures: futures_DeviceProxy, GreenMode.Asyncio: partial(asyncio_DeviceProxy, wait=True), GreenMode.Gevent: gevent_DeviceProxy} # Helpers def get_ports(pid): p = psutil.Process(pid) conns = p.connections(kind="tcp") # Sorting by family in order to make any IPv6 address go first. # Otherwise there's a 50% chance that the proxy will just # hang (presumably because it's connecting on the wrong port) # This works on my machine, not sure if it's a general # solution though. conns = reversed(sorted(conns, key=lambda c: c.family)) return [c.laddr[1] for c in conns] def start_server(server, inst, device): exe = find_executable(server) cmd = ("{0} {1} -ORBendPoint giop:tcp::0 -nodb -dlist {2}" .format(exe, inst, device)) proc = Popen(cmd.split()) proc.poll() return proc def get_proxy(host, port, device, green_mode): access = "tango://{0}:{1}/{2}#dbase=no".format( host, port, device) return device_proxy_map[green_mode](access) def wait_for_proxy(host, proc, device, green_mode, retries=200, delay=0.01): for i in range(retries): ports = get_ports(proc.pid) if ports: try: proxy = get_proxy(host, ports[0], device, green_mode) proxy.ping() proxy.state() return proxy except DevFailed: pass sleep(delay) else: raise RuntimeError("TangoTest device did not start up!") # Fixtures @pytest.fixture(params=[GreenMode.Synchronous, GreenMode.Asyncio, GreenMode.Gevent], scope="module") def tango_test(request): green_mode = request.param server = "TangoTest" inst = "test" device = "sys/tg_test/17" host = platform.node() proc = start_server(server, inst, device) proxy = wait_for_proxy(host, proc, device, green_mode) yield proxy proc.terminate() # let's not wait for it to exit, that takes too long :) @pytest.fixture(params=ATTRIBUTES) def attribute(request): return request.param @pytest.fixture(params=[a for a in ATTRIBUTES if a not in ("no_value", "throw_exception")]) def readable_attribute(request): return request.param @pytest.fixture(params=[a for a in ATTRIBUTES if "scalar" in a and a.split("_")[-1] not in ("ro", "rww")]) def writable_scalar_attribute(request): return request.param # Tests def test_ping(tango_test): duration = tango_test.ping(wait=True) assert isinstance(duration, int) def test_info(tango_test): info = tango_test.info() assert isinstance(info, DeviceInfo) assert info.dev_class == "TangoTest" # ... def test_read_attribute(tango_test, readable_attribute): "Check that readable attributes can be read" # For read-only string spectrum and read-only string image types, # the following error is very likely to be raised: # -> MARSHAL CORBA system exception: MARSHAL_PassEndOfMessage # An explicit sleep fixes the problem but it's annoying to maintain if readable_attribute in ["string_image_ro", "string_spectrum_ro"]: pytest.xfail() tango_test.read_attribute(readable_attribute, wait=True) def test_write_scalar_attribute(tango_test, writable_scalar_attribute): "Check that writable scalar attributes can be written" attr_name = writable_scalar_attribute config = tango_test.get_attribute_config(writable_scalar_attribute) if is_bool_type(config.data_type): tango_test.write_attribute(attr_name, True, wait=True) elif is_int_type(config.data_type): tango_test.write_attribute(attr_name, 76, wait=True) elif is_float_type(config.data_type): tango_test.write_attribute(attr_name, -28.2, wait=True) elif is_str_type(config.data_type): tango_test.write_attribute(attr_name, "hello", wait=True) else: pytest.xfail("Not currently testing this type") def test_read_attribute_config(tango_test, attribute): tango_test.get_attribute_config(attribute) def test_attribute_list_query(tango_test): attrs = tango_test.attribute_list_query() assert all(isinstance(a, AttributeInfo) for a in attrs) assert set(a.name for a in attrs) == set(ATTRIBUTES) def test_attribute_list_query_ex(tango_test): attrs = tango_test.attribute_list_query_ex() assert all(isinstance(a, AttributeInfoEx) for a in attrs) assert set(a.name for a in attrs) == set(ATTRIBUTES) def test_device_proxy_dir_method(tango_test): lst = dir(tango_test) attrs = tango_test.get_attribute_list() cmds = tango_test.get_command_list() pipes = tango_test.get_pipe_list() methods = dir(type(tango_test)) internals = tango_test.__dict__.keys() # Check attributes assert set(attrs) < set(lst) assert set(map(str.lower, attrs)) < set(lst) # Check commands assert set(cmds) < set(lst) assert set(map(str.lower, cmds)) < set(lst) # Check pipes assert set(pipes) < set(lst) assert set(map(str.lower, pipes)) < set(lst) # Check internals assert set(methods) <= set(lst) # Check internals assert set(internals) <= set(lst) def test_device_polling_command(tango_test): dct = {"SwitchStates": 1000, "DevVoid": 10000, "DumpExecutionState": 5000} for command, period in dct.items(): tango_test.poll_command(command, period) ans = tango_test.polling_status() for info in ans: lines = info.split('\n') command = lines[0].split('= ')[1] period = int(lines[1].split('= ')[1]) assert dct[command] == period def test_device_polling_attribute(tango_test): dct = {"boolean_scalar": 1000, "double_scalar": 10000, "long_scalar": 5000} for attr, poll_period in dct.items(): tango_test.poll_attribute(attr, poll_period) ans = tango_test.polling_status() for x in ans: lines = x.split('\n') attr = lines[0].split('= ')[1] poll_period = int(lines[1].split('= ')[1]) assert dct[attr] == poll_period pytango-9.2.2/tests/test_event.py000066400000000000000000000133471316324373100171140ustar00rootroot00000000000000 # Imports import time import socket from functools import partial import pytest from six import StringIO from tango import EventType, GreenMode, DeviceProxy, AttrQuality from tango.server import Device from tango.server import command, attribute from tango.test_utils import DeviceTestContext from tango.utils import EventCallback from tango.gevent import DeviceProxy as gevent_DeviceProxy from tango.futures import DeviceProxy as futures_DeviceProxy from tango.asyncio import DeviceProxy as asyncio_DeviceProxy # Helpers device_proxy_map = { GreenMode.Synchronous: DeviceProxy, GreenMode.Futures: futures_DeviceProxy, GreenMode.Asyncio: partial(asyncio_DeviceProxy, wait=True), GreenMode.Gevent: gevent_DeviceProxy} def get_open_port(): s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) s.bind(("", 0)) s.listen(1) port = s.getsockname()[1] s.close() return port # Test device class EventDevice(Device): def init_device(self): self.set_change_event("attr", True, False) @attribute def attr(self): return 0. @command def send_event(self): self.push_change_event("attr", 1.) @command def send_event_with_timestamp(self): self.push_change_event("attr", 2., 3., AttrQuality.ATTR_WARNING) @command(dtype_in=str) def add_dyn_attr(self, name): attr = attribute( name=name, dtype='float', fget=self.read) self.add_attribute(attr) @command(dtype_in=str) def delete_dyn_attr(self, name): self._remove_attribute(name) def read(self, attr): attr.set_value(1.23) # Device fixture @pytest.fixture(params=[GreenMode.Synchronous, GreenMode.Futures, GreenMode.Asyncio, GreenMode.Gevent], scope="module") def event_device(request): green_mode = request.param # Hack: a port have to be specified explicitely for events to work port = get_open_port() context = DeviceTestContext(EventDevice, port=port, process=True) with context: yield device_proxy_map[green_mode](context.get_device_access()) # Tests def test_subscribe_change_event(event_device): results = [] def callback(evt): results.append(evt.attr_value.value) # Subscribe eid = event_device.subscribe_event( "attr", EventType.CHANGE_EVENT, callback, wait=True) assert eid == 1 # Trigger an event event_device.command_inout("send_event", wait=True) # Wait for tango event retries = 20 for _ in range(retries): event_device.read_attribute("state", wait=True) if len(results) > 1: break time.sleep(0.05) # Test the event values assert results == [0., 1.] # Unsubscribe event_device.unsubscribe_event(eid) def test_subscribe_interface_event(event_device): results = [] def callback(evt): results.append(evt) # Subscribe eid = event_device.subscribe_event( "attr", EventType.INTERFACE_CHANGE_EVENT, callback, wait=True) assert eid == 1 # Trigger an event event_device.command_inout("add_dyn_attr", 'bla', wait=True) event_device.read_attribute('bla', wait=True) == 1.23 # Wait for tango event retries = 30 for _ in range(retries): event_device.read_attribute("state", wait=True) if len(results) > 1: break time.sleep(0.05) event_device.command_inout("delete_dyn_attr", 'bla', wait=True) # Wait for tango event retries = 30 for _ in range(retries): event_device.read_attribute("state", wait=True) if len(results) > 2: break time.sleep(0.05) # Test the first event value assert set(cmd.cmd_name for cmd in results[0].cmd_list) == \ {'Init', 'State', 'Status', 'add_dyn_attr', 'delete_dyn_attr', 'send_event', 'send_event_with_timestamp'} assert set(att.name for att in results[0].att_list) == \ {'attr', 'State', 'Status'} # Test the second event value assert set(cmd.cmd_name for cmd in results[1].cmd_list) == \ {'Init', 'State', 'Status', 'add_dyn_attr', 'delete_dyn_attr', 'send_event', 'send_event_with_timestamp'} assert set(att.name for att in results[1].att_list) == \ {'attr', 'State', 'Status', 'bla'} # Test the third event value assert set(cmd.cmd_name for cmd in results[2].cmd_list) == \ {'Init', 'State', 'Status', 'add_dyn_attr', 'delete_dyn_attr', 'send_event', 'send_event_with_timestamp'} assert set(att.name for att in results[2].att_list) == \ {'attr', 'State', 'Status'} # Unsubscribe event_device.unsubscribe_event(eid) def test_push_event_with_timestamp(event_device): string = StringIO() ec = EventCallback(fd=string) # Subscribe eid = event_device.subscribe_event( "attr", EventType.CHANGE_EVENT, ec, wait=True) assert eid == 1 # Trigger an event event_device.command_inout("send_event_with_timestamp", wait=True) # Wait for tango event retries = 20 for _ in range(retries): event_device.read_attribute("state", wait=True) if len(ec.get_events()) > 1: break time.sleep(0.05) # Test the event values and timestamp results = [evt.attr_value.value for evt in ec.get_events()] assert results == [0., 2.] assert ec.get_events()[-1].attr_value.time.totime() == 3. # Check string line1 = "TEST/NODB/EVENTDEVICE ATTR#DBASE=NO CHANGE [ATTR_VALID] 0.0" line2 = "TEST/NODB/EVENTDEVICE ATTR#DBASE=NO CHANGE [ATTR_WARNING] 2.0" assert line1 in string.getvalue() assert line2 in string.getvalue() # Unsubscribe event_device.unsubscribe_event(eid) pytango-9.2.2/tests/test_server.py000066400000000000000000000205301316324373100172710ustar00rootroot00000000000000# -*- coding: utf-8 -*- import sys import textwrap import pytest from tango import DevState, AttrWriteType, GreenMode, DevFailed from tango.server import Device from tango.server import command, attribute, device_property from tango.test_utils import DeviceTestContext, assert_close # Asyncio imports try: import asyncio except ImportError: import trollius as asyncio # noqa: F401 # Pytest fixtures from tango.test_utils import state, typed_values, server_green_mode state, typed_values, server_green_mode # Constants PY3 = sys.version_info >= (3,) YIELD_FROM = "yield from" if PY3 else "yield asyncio.From" RETURN = "return" if PY3 else "raise asyncio.Return" # Test state/status def test_empty_device(server_green_mode): class TestDevice(Device): green_mode = server_green_mode with DeviceTestContext(TestDevice) as proxy: assert proxy.state() == DevState.UNKNOWN assert proxy.status() == 'The device is in UNKNOWN state.' def test_set_state(state, server_green_mode): status = 'The device is in {0!s} state.'.format(state) class TestDevice(Device): green_mode = server_green_mode def init_device(self): self.set_state(state) with DeviceTestContext(TestDevice) as proxy: assert proxy.state() == state assert proxy.status() == status def test_set_status(server_green_mode): status = '\n'.join(( "This is a multiline status", "with special characters such as", "Café à la crème")) class TestDevice(Device): green_mode = server_green_mode def init_device(self): self.set_state(DevState.ON) self.set_status(status) with DeviceTestContext(TestDevice) as proxy: assert proxy.state() == DevState.ON assert proxy.status() == status # Test commands def test_identity_command(typed_values, server_green_mode): dtype, values = typed_values if dtype == (bool,): pytest.xfail('Not supported for some reasons') class TestDevice(Device): green_mode = server_green_mode @command(dtype_in=dtype, dtype_out=dtype) def identity(self, arg): return arg with DeviceTestContext(TestDevice) as proxy: for value in values: assert_close(proxy.identity(value), value) def test_polled_command(server_green_mode): dct = {'Polling1': 100, 'Polling2': 100000, 'Polling3': 500} class TestDevice(Device): green_mode = server_green_mode @command(polling_period=dct["Polling1"]) def Polling1(self): pass @command(polling_period=dct["Polling2"]) def Polling2(self): pass @command(polling_period=dct["Polling3"]) def Polling3(self): pass with DeviceTestContext(TestDevice) as proxy: ans = proxy.polling_status() for info in ans: lines = info.split('\n') comm = lines[0].split('= ')[1] period = int(lines[1].split('= ')[1]) assert dct[comm] == period # Test attributes def test_read_write_attribute(typed_values, server_green_mode): dtype, values = typed_values class TestDevice(Device): green_mode = server_green_mode @attribute(dtype=dtype, max_dim_x=10, access=AttrWriteType.READ_WRITE) def attr(self): return self.attr_value @attr.write def attr(self, value): self.attr_value = value with DeviceTestContext(TestDevice) as proxy: for value in values: proxy.attr = value assert_close(proxy.attr, value) # Test properties def test_device_property_no_default(typed_values, server_green_mode): dtype, values = typed_values patched_dtype = dtype if dtype != (bool,) else (int,) default = values[0] value = values[1] class TestDevice(Device): green_mode = server_green_mode prop = device_property(dtype=dtype) @command(dtype_out=patched_dtype) def get_prop(self): return default if self.prop is None else self.prop with DeviceTestContext(TestDevice, process=True) as proxy: assert_close(proxy.get_prop(), default) with DeviceTestContext(TestDevice, properties={'prop': value}, process=True) as proxy: assert_close(proxy.get_prop(), value) def test_device_property_with_default_value(typed_values, server_green_mode): dtype, values = typed_values patched_dtype = dtype if dtype != (bool,) else (int,) default = values[0] value = values[1] class TestDevice(Device): green_mode = server_green_mode prop = device_property(dtype=dtype, default_value=default) @command(dtype_out=patched_dtype) def get_prop(self): print(self.prop) return self.prop with DeviceTestContext(TestDevice, process=True) as proxy: assert_close(proxy.get_prop(), default) with DeviceTestContext(TestDevice, properties={'prop': value}, process=True) as proxy: assert_close(proxy.get_prop(), value) # Test inheritance def test_inheritance(server_green_mode): class A(Device): green_mode = server_green_mode prop1 = device_property(dtype=str, default_value="hello1") prop2 = device_property(dtype=str, default_value="hello2") @command(dtype_out=str) def get_prop1(self): return self.prop1 @command(dtype_out=str) def get_prop2(self): return self.prop2 @attribute(access=AttrWriteType.READ_WRITE) def attr(self): return self.attr_value @attr.write def attr(self, value): self.attr_value = value def dev_status(self): return ")`'-.,_" class B(A): prop2 = device_property(dtype=str, default_value="goodbye2") @attribute def attr2(self): return 3.14 def dev_status(self): return 3 * A.dev_status(self) if server_green_mode == GreenMode.Asyncio: code = textwrap.dedent("""\ @asyncio.coroutine def dev_status(self): coro = super(type(self), self).dev_status() result = {YIELD_FROM}(coro) {RETURN}(3*result) """).format(**globals()) exec(code) with DeviceTestContext(B) as proxy: assert proxy.get_prop1() == "hello1" assert proxy.get_prop2() == "goodbye2" proxy.attr = 1.23 assert proxy.attr == 1.23 assert proxy.attr2 == 3.14 assert proxy.status() == ")`'-.,_)`'-.,_)`'-.,_" def test_polled_attribute(server_green_mode): dct = {'PolledAttribute1': 100, 'PolledAttribute2': 100000, 'PolledAttribute3': 500} class TestDevice(Device): green_mode = server_green_mode @attribute(polling_period=dct["PolledAttribute1"]) def PolledAttribute1(self): return 42.0 @attribute(polling_period=dct["PolledAttribute2"]) def PolledAttribute2(self): return 43.0 @attribute(polling_period=dct["PolledAttribute3"]) def PolledAttribute3(self): return 44.0 with DeviceTestContext(TestDevice) as proxy: ans = proxy.polling_status() for x in ans: lines = x.split('\n') attr = lines[0].split('= ')[1] poll_period = int(lines[1].split('= ')[1]) assert dct[attr] == poll_period def test_mandatory_device_property(typed_values, server_green_mode): dtype, values = typed_values patched_dtype = dtype if dtype != (bool,) else (int,) default, value = values[:2] class TestDevice(Device): green_mode = server_green_mode prop = device_property(dtype=dtype, mandatory=True) @command(dtype_out=patched_dtype) def get_prop(self): return self.prop with DeviceTestContext(TestDevice, properties={'prop': value}, process=True) as proxy: assert_close(proxy.get_prop(), value) with pytest.raises(DevFailed) as context: with DeviceTestContext(TestDevice, process=True) as proxy: pass assert 'Device property prop is mandatory' in str(context.value) pytango-9.2.2/win/000077500000000000000000000000001316324373100140055ustar00rootroot00000000000000pytango-9.2.2/win/PyTango_VS10/000077500000000000000000000000001316324373100161375ustar00rootroot00000000000000pytango-9.2.2/win/PyTango_VS10/PyTango.props000077500000000000000000000533141316324373100206160ustar00rootroot00000000000000 _tango 9 2 0 $(TangoMajorVer).$(TangoMinorVer).$(TangoPatchVer) 9 2 0 $(PyTangoMajorVer).$(PyTangoMinorVer).$(PyTangoPatchVer) 1 61 0 $(BoostMajorVer).$(BoostMinorVer).$(BoostPatchVer) C: $(RootDir)\wsp\tango $(RootDir)\wsp\boost-$(BoostVer) C:\Python 10 0 $(VCMajorVer).$(VCMinorVer) $(BoostBaseDir)\include\boost-$(BoostMajorVer)_$(BoostMinorVer) $(BoostBaseDir)\multi\release\msvc-$(VCVer)\$(Platform) 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py33_bopyshared_tangoshared_release|Win32 py33_bopyshared_tangoshared_release|x64 = py33_bopyshared_tangoshared_release|x64 py33_bopystatic_tangoshared_release|Win32 = py33_bopystatic_tangoshared_release|Win32 py33_bopystatic_tangoshared_release|x64 = py33_bopystatic_tangoshared_release|x64 py33_bopystatic_tangostatic_release|Win32 = py33_bopystatic_tangostatic_release|Win32 py33_bopystatic_tangostatic_release|x64 = py33_bopystatic_tangostatic_release|x64 py33_bopyshared_tangoshared_debug|Win32 = py33_bopyshared_tangoshared_debug|Win32 py33_bopyshared_tangoshared_debug|x64 = py33_bopyshared_tangoshared_debug|x64 py33_bopystatic_tangoshared_debug|Win32 = py33_bopystatic_tangoshared_debug|Win32 py33_bopystatic_tangoshared_debug|x64 = py33_bopystatic_tangoshared_debug|x64 py33_bopystatic_tangostatic_debug|Win32 = py33_bopystatic_tangostatic_debug|Win32 py33_bopystatic_tangostatic_debug|x64 = py33_bopystatic_tangostatic_debug|x64 py34_bopyshared_tangoshared_release|Win32 = 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GlobalSection(ProjectConfigurationPlatforms) = postSolution {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopyshared_tangoshared_release|Win32.ActiveCfg = py33_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopyshared_tangoshared_release|Win32.Build.0 = py33_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopyshared_tangoshared_release|x64.ActiveCfg = py33_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopyshared_tangoshared_release|x64.Build.0 = py33_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangoshared_release|Win32.ActiveCfg = py33_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangoshared_release|Win32.Build.0 = py33_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangoshared_release|x64.ActiveCfg = py33_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangoshared_release|x64.Build.0 = py33_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangostatic_release|Win32.ActiveCfg = py33_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangostatic_release|Win32.Build.0 = py33_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangostatic_release|x64.ActiveCfg = py33_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangostatic_release|x64.Build.0 = py33_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopyshared_tangoshared_debug|Win32.ActiveCfg = py33_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopyshared_tangoshared_debug|Win32.Build.0 = py33_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopyshared_tangoshared_debug|x64.ActiveCfg = py33_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopyshared_tangoshared_debug|x64.Build.0 = py33_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangoshared_debug|Win32.ActiveCfg = py33_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangoshared_debug|Win32.Build.0 = py33_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangoshared_debug|x64.ActiveCfg = py33_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangoshared_debug|x64.Build.0 = py33_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangostatic_debug|Win32.ActiveCfg = py33_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py33_bopystatic_tangostatic_debug|Win32.Build.0 = 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pytango-9.2.2/win/PyTango_VS8/000077500000000000000000000000001316324373100160665ustar00rootroot00000000000000pytango-9.2.2/win/PyTango_VS8/PyTango.sln000066400000000000000000000140371316324373100201720ustar00rootroot00000000000000 Microsoft Visual Studio Solution File, Format Version 9.00 # Visual Studio 2005 Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "PyTango", "PyTango.vcproj", "{764A5ECE-11AE-4363-9A1C-573972A1BADD}" EndProject Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "Test01", "..\Test01\Test01.vcproj", "{43864AA2-4DB3-4E0B-9EA5-85800E17AA59}" EndProject Global GlobalSection(SolutionConfigurationPlatforms) = preSolution Debug|Win32 = Debug|Win32 Debug|x64 = Debug|x64 Release_Py26_boost141_static|Win32 = Release_Py26_boost141_static|Win32 Release_Py26_boost141_static|x64 = Release_Py26_boost141_static|x64 Release_Py26_boost141|Win32 = Release_Py26_boost141|Win32 Release_Py26_boost141|x64 = Release_Py26_boost141|x64 Release_Py27_boost1461|Win32 = Release_Py27_boost1461|Win32 Release_Py27_boost1461|x64 = Release_Py27_boost1461|x64 Release_Py27_boost147_static|Win32 = Release_Py27_boost147_static|Win32 Release_Py27_boost147_static|x64 = Release_Py27_boost147_static|x64 Release_Py27_boost147|Win32 = Release_Py27_boost147|Win32 Release_Py27_boost147|x64 = Release_Py27_boost147|x64 Release|Win32 = Release|Win32 Release|x64 = Release|x64 EndGlobalSection GlobalSection(ProjectConfigurationPlatforms) = postSolution {764A5ECE-11AE-4363-9A1C-573972A1BADD}.Debug|Win32.ActiveCfg = Release_Py27_boost147_static|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.Debug|x64.ActiveCfg = Release_Py27_boost147_static|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.Debug|x64.Build.0 = Release_Py27_boost147_static|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.Release_Py26_boost141_static|Win32.ActiveCfg = Release_Py27_boost147_static|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.Release_Py26_boost141_static|Win32.Build.0 = Release_Py27_boost147_static|Win32 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{43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py26_boost141|x64.ActiveCfg = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost1461|Win32.ActiveCfg = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost1461|Win32.Build.0 = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost1461|x64.ActiveCfg = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost147_static|Win32.ActiveCfg = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost147_static|Win32.Build.0 = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost147_static|x64.ActiveCfg = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost147|Win32.ActiveCfg = Release_Py27_boost147|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost147|Win32.Build.0 = Release_Py27_boost147|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release_Py27_boost147|x64.ActiveCfg = Release_Py27_boost147|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release|Win32.ActiveCfg = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release|Win32.Build.0 = Release|Win32 {43864AA2-4DB3-4E0B-9EA5-85800E17AA59}.Release|x64.ActiveCfg = Release|Win32 EndGlobalSection GlobalSection(SolutionProperties) = preSolution HideSolutionNode = FALSE EndGlobalSection EndGlobal pytango-9.2.2/win/PyTango_VS8/PyTango.vcproj000066400000000000000000001023131316324373100206740ustar00rootroot00000000000000 pytango-9.2.2/win/PyTango_VS9/000077500000000000000000000000001316324373100160675ustar00rootroot00000000000000pytango-9.2.2/win/PyTango_VS9/PyTango.sln000066400000000000000000000417121316324373100201730ustar00rootroot00000000000000 Microsoft Visual Studio Solution File, Format Version 10.00 # Visual C++ Express 2008 Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "PyTango", "PyTango.vcproj", "{764A5ECE-11AE-4363-9A1C-573972A1BADD}" EndProject Global GlobalSection(SolutionConfigurationPlatforms) = preSolution py26_bopyshared_tangoshared_debug|Win32 = py26_bopyshared_tangoshared_debug|Win32 py26_bopyshared_tangoshared_debug|x64 = py26_bopyshared_tangoshared_debug|x64 py26_bopyshared_tangoshared_release|Win32 = py26_bopyshared_tangoshared_release|Win32 py26_bopyshared_tangoshared_release|x64 = py26_bopyshared_tangoshared_release|x64 py26_bopystatic_tangoshared_debug|Win32 = py26_bopystatic_tangoshared_debug|Win32 py26_bopystatic_tangoshared_debug|x64 = py26_bopystatic_tangoshared_debug|x64 py26_bopystatic_tangoshared_release|Win32 = py26_bopystatic_tangoshared_release|Win32 py26_bopystatic_tangoshared_release|x64 = py26_bopystatic_tangoshared_release|x64 py26_bopystatic_tangostatic_debug|Win32 = py26_bopystatic_tangostatic_debug|Win32 py26_bopystatic_tangostatic_debug|x64 = py26_bopystatic_tangostatic_debug|x64 py26_bopystatic_tangostatic_release|Win32 = py26_bopystatic_tangostatic_release|Win32 py26_bopystatic_tangostatic_release|x64 = py26_bopystatic_tangostatic_release|x64 py27_bopyshared_tangoshared_debug|Win32 = py27_bopyshared_tangoshared_debug|Win32 py27_bopyshared_tangoshared_debug|x64 = py27_bopyshared_tangoshared_debug|x64 py27_bopyshared_tangoshared_release|Win32 = py27_bopyshared_tangoshared_release|Win32 py27_bopyshared_tangoshared_release|x64 = py27_bopyshared_tangoshared_release|x64 py27_bopystatic_tangoshared_debug|Win32 = py27_bopystatic_tangoshared_debug|Win32 py27_bopystatic_tangoshared_debug|x64 = py27_bopystatic_tangoshared_debug|x64 py27_bopystatic_tangoshared_release|Win32 = py27_bopystatic_tangoshared_release|Win32 py27_bopystatic_tangoshared_release|x64 = py27_bopystatic_tangoshared_release|x64 py27_bopystatic_tangostatic_debug|Win32 = py27_bopystatic_tangostatic_debug|Win32 py27_bopystatic_tangostatic_debug|x64 = py27_bopystatic_tangostatic_debug|x64 py27_bopystatic_tangostatic_release|Win32 = py27_bopystatic_tangostatic_release|Win32 py27_bopystatic_tangostatic_release|x64 = py27_bopystatic_tangostatic_release|x64 py31_bopyshared_tangoshared_debug|Win32 = py31_bopyshared_tangoshared_debug|Win32 py31_bopyshared_tangoshared_debug|x64 = py31_bopyshared_tangoshared_debug|x64 py31_bopyshared_tangoshared_release|Win32 = py31_bopyshared_tangoshared_release|Win32 py31_bopyshared_tangoshared_release|x64 = py31_bopyshared_tangoshared_release|x64 py31_bopystatic_tangoshared_debug|Win32 = py31_bopystatic_tangoshared_debug|Win32 py31_bopystatic_tangoshared_debug|x64 = py31_bopystatic_tangoshared_debug|x64 py31_bopystatic_tangoshared_release|Win32 = py31_bopystatic_tangoshared_release|Win32 py31_bopystatic_tangoshared_release|x64 = py31_bopystatic_tangoshared_release|x64 py31_bopystatic_tangostatic_debug|Win32 = py31_bopystatic_tangostatic_debug|Win32 py31_bopystatic_tangostatic_debug|x64 = py31_bopystatic_tangostatic_debug|x64 py31_bopystatic_tangostatic_release|Win32 = py31_bopystatic_tangostatic_release|Win32 py31_bopystatic_tangostatic_release|x64 = py31_bopystatic_tangostatic_release|x64 py32_bopyshared_tangoshared_debug|Win32 = py32_bopyshared_tangoshared_debug|Win32 py32_bopyshared_tangoshared_debug|x64 = py32_bopyshared_tangoshared_debug|x64 py32_bopyshared_tangoshared_release|Win32 = py32_bopyshared_tangoshared_release|Win32 py32_bopyshared_tangoshared_release|x64 = py32_bopyshared_tangoshared_release|x64 py32_bopystatic_tangoshared_debug|Win32 = py32_bopystatic_tangoshared_debug|Win32 py32_bopystatic_tangoshared_debug|x64 = py32_bopystatic_tangoshared_debug|x64 py32_bopystatic_tangoshared_release|Win32 = py32_bopystatic_tangoshared_release|Win32 py32_bopystatic_tangoshared_release|x64 = py32_bopystatic_tangoshared_release|x64 py32_bopystatic_tangostatic_debug|Win32 = py32_bopystatic_tangostatic_debug|Win32 py32_bopystatic_tangostatic_debug|x64 = py32_bopystatic_tangostatic_debug|x64 py32_bopystatic_tangostatic_release|Win32 = py32_bopystatic_tangostatic_release|Win32 py32_bopystatic_tangostatic_release|x64 = py32_bopystatic_tangostatic_release|x64 EndGlobalSection GlobalSection(ProjectConfigurationPlatforms) = postSolution {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopyshared_tangoshared_debug|Win32.ActiveCfg = py26_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopyshared_tangoshared_debug|Win32.Build.0 = py26_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopyshared_tangoshared_debug|x64.ActiveCfg = py26_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopyshared_tangoshared_debug|x64.Build.0 = py26_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopyshared_tangoshared_release|Win32.ActiveCfg = py26_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopyshared_tangoshared_release|Win32.Build.0 = py26_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopyshared_tangoshared_release|x64.ActiveCfg = py26_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopyshared_tangoshared_release|x64.Build.0 = py26_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangoshared_debug|Win32.ActiveCfg = py26_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangoshared_debug|Win32.Build.0 = py26_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangoshared_debug|x64.ActiveCfg = py26_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangoshared_debug|x64.Build.0 = py26_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangoshared_release|Win32.ActiveCfg = py26_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangoshared_release|Win32.Build.0 = py26_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangoshared_release|x64.ActiveCfg = py26_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangoshared_release|x64.Build.0 = py26_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangostatic_debug|Win32.ActiveCfg = py26_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangostatic_debug|Win32.Build.0 = py26_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangostatic_debug|x64.ActiveCfg = py26_bopystatic_tangostatic_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangostatic_debug|x64.Build.0 = py26_bopystatic_tangostatic_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangostatic_release|Win32.ActiveCfg = py26_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangostatic_release|Win32.Build.0 = py26_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangostatic_release|x64.ActiveCfg = py26_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py26_bopystatic_tangostatic_release|x64.Build.0 = py26_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopyshared_tangoshared_debug|Win32.ActiveCfg = py27_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopyshared_tangoshared_debug|Win32.Build.0 = py27_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopyshared_tangoshared_debug|x64.ActiveCfg = py27_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopyshared_tangoshared_debug|x64.Build.0 = py27_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopyshared_tangoshared_release|Win32.ActiveCfg = py27_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopyshared_tangoshared_release|Win32.Build.0 = py27_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopyshared_tangoshared_release|x64.ActiveCfg = py27_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopyshared_tangoshared_release|x64.Build.0 = py27_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangoshared_debug|Win32.ActiveCfg = py27_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangoshared_debug|Win32.Build.0 = py27_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangoshared_debug|x64.ActiveCfg = py27_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangoshared_debug|x64.Build.0 = py27_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangoshared_release|Win32.ActiveCfg = py27_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangoshared_release|Win32.Build.0 = py27_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangoshared_release|x64.ActiveCfg = py27_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangoshared_release|x64.Build.0 = py27_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangostatic_debug|Win32.ActiveCfg = py27_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangostatic_debug|Win32.Build.0 = py27_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangostatic_debug|x64.ActiveCfg = py27_bopystatic_tangostatic_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangostatic_debug|x64.Build.0 = py27_bopystatic_tangostatic_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangostatic_release|Win32.ActiveCfg = py27_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangostatic_release|Win32.Build.0 = py27_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangostatic_release|x64.ActiveCfg = py27_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py27_bopystatic_tangostatic_release|x64.Build.0 = py27_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopyshared_tangoshared_debug|Win32.ActiveCfg = py31_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopyshared_tangoshared_debug|Win32.Build.0 = py31_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopyshared_tangoshared_debug|x64.ActiveCfg = py31_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopyshared_tangoshared_debug|x64.Build.0 = py31_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopyshared_tangoshared_release|Win32.ActiveCfg = py31_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopyshared_tangoshared_release|Win32.Build.0 = py31_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopyshared_tangoshared_release|x64.ActiveCfg = py31_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopyshared_tangoshared_release|x64.Build.0 = py31_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangoshared_debug|Win32.ActiveCfg = py31_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangoshared_debug|Win32.Build.0 = py31_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangoshared_debug|x64.ActiveCfg = py31_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangoshared_debug|x64.Build.0 = py31_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangoshared_release|Win32.ActiveCfg = py31_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangoshared_release|Win32.Build.0 = py31_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangoshared_release|x64.ActiveCfg = py31_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangoshared_release|x64.Build.0 = py31_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangostatic_debug|Win32.ActiveCfg = py31_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangostatic_debug|Win32.Build.0 = py31_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangostatic_debug|x64.ActiveCfg = py31_bopystatic_tangostatic_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangostatic_debug|x64.Build.0 = py31_bopystatic_tangostatic_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangostatic_release|Win32.ActiveCfg = py31_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangostatic_release|Win32.Build.0 = py31_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangostatic_release|x64.ActiveCfg = py31_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py31_bopystatic_tangostatic_release|x64.Build.0 = py31_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopyshared_tangoshared_debug|Win32.ActiveCfg = py32_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopyshared_tangoshared_debug|Win32.Build.0 = py32_bopyshared_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopyshared_tangoshared_debug|x64.ActiveCfg = py32_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopyshared_tangoshared_debug|x64.Build.0 = py32_bopyshared_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopyshared_tangoshared_release|Win32.ActiveCfg = py32_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopyshared_tangoshared_release|Win32.Build.0 = py32_bopyshared_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopyshared_tangoshared_release|x64.ActiveCfg = py32_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopyshared_tangoshared_release|x64.Build.0 = py32_bopyshared_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangoshared_debug|Win32.ActiveCfg = py32_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangoshared_debug|Win32.Build.0 = py32_bopystatic_tangoshared_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangoshared_debug|x64.ActiveCfg = py32_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangoshared_debug|x64.Build.0 = py32_bopystatic_tangoshared_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangoshared_release|Win32.ActiveCfg = py32_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangoshared_release|Win32.Build.0 = py32_bopystatic_tangoshared_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangoshared_release|x64.ActiveCfg = py32_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangoshared_release|x64.Build.0 = py32_bopystatic_tangoshared_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangostatic_debug|Win32.ActiveCfg = py32_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangostatic_debug|Win32.Build.0 = py32_bopystatic_tangostatic_debug|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangostatic_debug|x64.ActiveCfg = py32_bopystatic_tangostatic_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangostatic_debug|x64.Build.0 = py32_bopystatic_tangostatic_debug|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangostatic_release|Win32.ActiveCfg = py32_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangostatic_release|Win32.Build.0 = py32_bopystatic_tangostatic_release|Win32 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangostatic_release|x64.ActiveCfg = py32_bopystatic_tangostatic_release|x64 {764A5ECE-11AE-4363-9A1C-573972A1BADD}.py32_bopystatic_tangostatic_release|x64.Build.0 = py32_bopystatic_tangostatic_release|x64 EndGlobalSection GlobalSection(SolutionProperties) = preSolution HideSolutionNode = FALSE EndGlobalSection EndGlobal pytango-9.2.2/win/PyTango_VS9/PyTango.vcproj000066400000000000000000002357341316324373100207130ustar00rootroot00000000000000 pytango-9.2.2/win/PyTango_VS9/PyTango.vsprops000066400000000000000000000442511316324373100211140ustar00rootroot00000000000000 pytango-9.2.2/winsetup.py000066400000000000000000000056651316324373100154540ustar00rootroot00000000000000#!/usr/bin/env python # ------------------------------------------------------------------------------ # This file is part of PyTango (http://pytango.rtfd.io) # # Copyright 2006-2012 CELLS / ALBA Synchrotron, Bellaterra, Spain # Copyright 2013-2014 European Synchrotron Radiation Facility, Grenoble, France # # Distributed under the terms of the GNU Lesser General Public License, # either version 3 of the License, or (at your option) any later version. # See LICENSE.txt for more info. # ------------------------------------------------------------------------------ # ------------------------------------------------------------------------------ # WARNING: This script should only be executed as a Post-Build Event from inside # Microsoft Visual Studio and not from the command line # ------------------------------------------------------------------------------ from __future__ import print_function import sys import os import os.path as osp def main(): executable = sys.executable curr_dir = os.getcwd() winsetup_dir = osp.dirname(osp.abspath(__file__)) os.chdir(winsetup_dir) setup_name = "setup.py" bitmap = osp.join(winsetup_dir, 'doc', 'logo-medium.bmp') ver = ".".join(map(str, sys.version_info[:2])) if len(sys.argv) < 6: print("Need to supply build directory, distribution directory, temporary binary install directory, configuration name and platform name") return 1 build_dir, dist_dir, bdist_dir = map(osp.abspath, sys.argv[1:4]) config_name, plat_name = sys.argv[4:6] # temp_base_dir = osp.abspath(os.environ["TEMP"]) # temp_dir = osp.join(temp_base_dir, "PyTango", config_name) if plat_name == 'x64': plat_name = 'win-amd64' try: cmd_line = '%s %s ' % (executable, setup_name) cmd_line += 'build_py --force --no-compile ' \ '--build-lib=%s ' \ % (build_dir,) cmd_line += 'build_scripts --force ' cmd_line += 'install_lib --skip-build --no-compile ' \ '--build-dir=%s ' \ % (build_dir, ) cmd_line += 'bdist_msi --skip-build --target-version=%s ' \ '--bdist-dir=%s ' \ '--dist-dir=%s ' \ '--plat-name=%s ' % (ver, bdist_dir, dist_dir, plat_name) cmd_line += 'bdist_wininst --skip-build --target-version=%s ' \ '--bdist-dir=%s ' \ '--dist-dir=%s ' \ '--title="PyTango 8" ' \ '--bitmap="%s" ' \ '--plat-name=%s ' % (ver, bdist_dir, dist_dir, bitmap, plat_name) os.system(cmd_line) except: print("Failed:") import traceback traceback.print_exc() return 2 finally: os.chdir(curr_dir) return 0 if __name__ == "__main__": ret = main() sys.exit(ret)