ElixirFM-1.1/ 0000755 0014324 0013560 00000000000 11420132771 011537 5 ustar smrz ufal ElixirFM-1.1/bin/ 0000755 0014324 0013560 00000000000 11420132771 012307 5 ustar smrz ufal ElixirFM-1.1/bin/elixir-resolve.pl 0000444 0014324 0013560 00000003061 11420132771 015613 0 ustar smrz ufal #! perl -w
BEGIN {
our $VERSION = join '.', '1.1', q $Revision: 846 $ =~ /(\d+)/;
use Getopt::Std;
$Getopt::Std::STANDARD_HELP_VERSION = 1;
our $options = {};
getopts('v', $options);
warn $VERSION . "\n" and exit if exists $options->{'v'};
}
BEGIN {
warn "Initializing ...\n";
}
use ElixirFM::Resolve;
use strict;
my $elixir = new ElixirFM::Resolve;
warn "ElixirFM is now expecting your input!\n\n";
while (my $line = <>) {
my @word = split ' ', undiacritize($line);
print $elixir->pretty($elixir->resolve($_)), "\n\n" foreach @word;
}
warn "Quitting ...\n";
sub undiacritize {
my $text = $_[0];
$text =~ tr[aiuo~`FNK][]d;
return $text;
}
__END__
=head1 NAME
elixir-resolve - Arabic morphological analyzer derived from ElixirFM
=head1 REVISION
$Revision: 846 $ $Date: 2009-04-22 22:25:47 +0200 (Wed, 22 Apr 2009) $
=head1 OPTIONS
elixir-resolve [OPTIONS]
-v --version show program's version
--help show usage information
=head1 SEE ALSO
ElixirFM Project L
Encode Arabic Project L
=head1 AUTHOR
Otakar Smrz C<< >>, L
=head1 COPYRIGHT AND LICENSE
Copyright (C) 2009-2005 Otakar Smrz, 2009 Viktor Bielicky, 2002 Tim Buckwalter
This library is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License version 3.
=cut
ElixirFM-1.1/bin/elixir-column.pl 0000444 0014324 0013560 00000004233 11420132771 015433 0 ustar smrz ufal #! perl -w
use ElixirFM;
$/ = "\n:::: "; # provide the data of `elixir resolve --lists`
while ($data = <>) { # process the data efficiently word by word
$data = substr $data, 0, -5 if $data =~ /\n:::: $/;
$data = ":::: " . $data unless $data =~ /^:::: /;
$data = $data . "\n";
@text = ElixirFM::unpretty $data; # recover structured information
foreach my $line (@text) { # the text is processed by lines
foreach my $word (@{$line}) { # words delimited by whitespace
my ($node, @data) = @{$word}; # $node is an array reference
my $form = join "", @{$node}; # remember the form for reuse
print $form . "\n" unless @data; # mention unrecognized words
foreach my $data (@data) { # level of word tokenization
my (undef, @data) = @{$data};
foreach my $data (@data) { # grouped by lexeme sequences
my ($node, @data) = @{$data}; # $node contains lexeme refs
my @lexs = @{$node}; # remember lexemes for reuse
foreach my $data (@data) { # solution token sequences
my ($node, @data) = @{$data}; # @data contains solutions
print join "\t",
$form, # input word
( join "", @{$node} ), # token forms
( join " ", map { $_->[0] } @data ), # token tags
( join " ", map { $_->[0] } @lexs ), # lexeme ids
( join " ", map { $_->[1] } @lexs ). # translation
"\n";
}
}
}
print ""; # separate input words
}
print "\n"; # separate input lines
}
}
ElixirFM-1.1/bin/elixir-compose.pl 0000444 0014324 0013560 00000010101 11420132771 015572 0 ustar smrz ufal #! perl -w
use Data::Dumper;
$Data::Dumper::Indent = 0;
$Data::Dumper::Terse = 1;
use strict;
our %hash = ();
our %list = ();
our %idx = ();
print << 'PL';
package ElixirFM::Data::Compose;
use Data::Dumper;
$Data::Dumper::Indent = 0;
$Data::Dumper::Terse = 1;
use strict;
warn "Generating dictionaries, please be patient ...\n";
open PM, '>' . (substr __FILE__, 0, -2) . 'pm';
select PM;
print << 'PM';
package ElixirFM::Data::Compose;
sub new {
my $obj = bless {}, ref $_[0] || $_[0];
$obj->{'data'} = {
PM
our $data = {};
our $lexs = [];
our $idx = 0;
foreach my $lexeme (@{data()}) {
push @{$lexs}, shift @{$lexeme};
for (my $i = 0; $i < @{$lexeme}; $i += 2) {
unshift @{$lexeme->[$i + 1]}, $idx;
push @{$data->{$lexeme->[$i]}}, $lexeme->[$i + 1];
}
$idx++;
}
printf "%s\t=> %s,\n", Data::Dumper->Dump([$_]), Data::Dumper->Dump([$data->{$_}]) foreach keys %{$data};
print << 'PM';
};
$obj->{'lexs'} = [
PM
printf "%s,\n", Data::Dumper->Dump([$_]) foreach @{$lexs};
print << 'PM';
];
$obj->{'tags'} = [
PM
printf "%s,\n", Data::Dumper->Dump([$_]) foreach @{tags()};
print << 'PM';
];
$obj->{'tmpl'} = [
PM
printf "%s,\n", Data::Dumper->Dump([$_]) foreach @{tmpl()};
print << 'PM';
];
$obj->{'cont'} = [
PM
printf "%s,\n", Data::Dumper->Dump([$_]) foreach @{cont()};
print << 'PM';
];
return $obj;
}
1;
PM
close PM;
sub data {
return [
PL
sub Nothing () {
return '';
}
sub Just ($) {
return $_[0];
}
local $/ = "";
while (my $line = <>) {
chomp $line;
if ($line =~ /^\[/ and $line =~ /\]$/) {
$line =~ s/\$/\\\$/g;
my $data = eval $line;
printf "[%s", Data::Dumper->Dump([$data->[0]]);
for (my $i = 1; $i < @{$data}; $i += 2) {
printf ",\n%s, [", Data::Dumper->Dump([$data->[$i]]);
my %assoc = ();
for (my $j = 0; $j < @{$data->[$i + 1]}; $j += 2) {
my @accum = ();
for (my $k = 0; $k < @{$data->[$i + 1][$j + 1]}; $k += 2) {
my $tmpl = Data::Dumper->Dump([$data->[$i + 1][$j + 1][$k]]);
my $tags = Data::Dumper->Dump([$data->[$i + 1][$j + 1][$k + 1]]);
$hash{'tmpl'}{$tmpl} = $idx{'tmpl'}++ unless exists $hash{'tmpl'}{$tmpl};
$hash{'tags'}{$tags} = $idx{'tags'}++ unless exists $hash{'tags'}{$tags};
push @accum, $hash{'tmpl'}{$tmpl}, $hash{'tags'}{$tags};
}
$assoc{join ", ", @accum} = [] unless exists $assoc{join ", ", @accum};
push @{$assoc{join ", ", @accum}}, $data->[$i + 1][$j];
}
print join ",", map {
my $cont = Data::Dumper->Dump([$assoc{$_}]);
$hash{'cont'}{$cont} = $idx{'cont'}++ unless exists $hash{'cont'}{$cont};
sprintf "\n\t[%s],\t%s", $_, $hash{'cont'}{$cont} }
sort { $assoc{$a}[0] cmp $assoc{$b}[0] } keys %assoc;
print "\t]";
}
print "],\n\n";
}
}
print << 'PL';
]
}
sub tags {
return [
PL
foreach my $one (keys %{$hash{'tags'}}) {
my $dat = eval $one;
for (my $i = 0; $i < @{$dat}; $i += 3) {
push @{$list{'tags'}[$hash{'tags'}{$one}]}, [ @{$dat}[$i + 2, $i, $i + 1] ];
}
}
for (my $i = 0; $i < @{$list{'tags'}}; $i++) {
printf "# %d\n", $i;
printf "[%s],\n\n", join ",\n ", map { Data::Dumper->Dump([$_]) } @{$list{'tags'}[$i]};
}
print << 'PL';
]
}
sub tmpl {
return [
PL
foreach my $one (keys %{$hash{'tmpl'}}) {
$list{'tmpl'}[$hash{'tmpl'}{$one}] = eval $one;
}
for (my $i = 0; $i < @{$list{'tmpl'}}; $i++) {
printf "# %d\n", $i;
printf "%s,\n\n", Data::Dumper->Dump([$list{'tmpl'}[$i]]);
}
print << 'PL';
]
}
sub cont {
return [
PL
foreach my $one (keys %{$hash{'cont'}}) {
$list{'cont'}[$hash{'cont'}{$one}] = eval $one;
}
for (my $i = 0; $i < @{$list{'cont'}}; $i++) {
printf "# %d\n", $i;
printf "%s,\n\n", Data::Dumper->Dump([$list{'cont'}[$i]]);
}
print << 'PL';
]
}
1;
PL
ElixirFM-1.1/cgi/ 0000755 0014324 0013560 00000000000 11420132771 012301 5 ustar smrz ufal ElixirFM-1.1/cgi/elixir/ 0000755 0014324 0013560 00000000000 11420132771 013575 5 ustar smrz ufal ElixirFM-1.1/cgi/elixir/index.fcgi 0000555 0014324 0013560 00000001162 11420132771 015537 0 ustar smrz ufal #!/usr/bin/perl
# ###################################################################### Otakar Smrz, 2007/10/05
#
# ElixirFM #####################################################################################
# $Id: index.fcgi 602 2008-07-07 09:52:29Z smrz $
our $VERSION = join '.', '1.1', q $Revision: 662 $ =~ /(\d+)/;
use lib '/home/smrz/lib/perl5/site_perl/5.10.0', '/home/smrz/lib/perl5/5.10.0',
'/home/smrz/lib/perl5/site_perl/5.10.0/i386-linux-thread-multi',
'/home/smrz/lib/perl5/site_perl/5.10.0/i386-linux-thread-multi/auto';
use ElixirFM::CGI;
our $cgi = new ElixirFM::CGI;
$cgi->run();
ElixirFM-1.1/css/ 0000755 0014324 0013560 00000000000 11420132771 012327 5 ustar smrz ufal ElixirFM-1.1/css/elixir.js 0000444 0014324 0013560 00000001515 11420132771 014161 0 ustar smrz ufal function elixirYamli (n) {
var elem = document.getElementsByName("mode");
var mode = elem.length > 0 ? elem[0].value : 'home';
if (mode == 'resolve' || mode == 'lookup') {
var code = document.getElementsByName("code");
for (var i = 0; i < code.length; i++) {
if (code[i].checked) {
if (code[i].value == 'ArabTeX' || code[i].value == 'Buckwalter') {
Yamli.deyamlify('text');
}
else {
Yamli.yamlify('text');
}
}
}
}
else {
Yamli.yamlify('clip');
}
var text = document.getElementById('text');
text.focus();
text.select();
}
function elixirClear (n) {
var input = document.getElementById(n);
input.value = '';
input.focus();
}
ElixirFM-1.1/css/listexpander/ 0000755 0014324 0013560 00000000000 11420132771 015031 5 ustar smrz ufal ElixirFM-1.1/css/listexpander/listexpander.js 0000444 0014324 0013560 00000022066 11420132771 020075 0 ustar smrz ufal /*
List Expander
written by Alen Grakalic
provided by Css Globe (cssglobe.com)
modified by Otakar Smrz
*/
this.listexpander = function(){
// edit
var listClass = "listexpander"; // class name that you want to assign to list(s)
var expandText = "Expand"; // text for expand button
var collapseText = "Collapse"; // text for collapse button
var excludeText = "Exclude";
// end edit (do not edit below this line)
var elem = document.getElementsByName("mode");
var mode = elem.length > 0 ? elem[0].value : 'home';
var expandMax = mode == 'resolve' ? 4 : 3;
var expandMin = 1;
var expandInit = expandMax;
if (mode == 'resolve' || mode == 'lookup') expandInit--;
this.start = function(){
var ul = document.getElementsByTagName("ul");
for (var i=0;i 0){
var ul = items[0];
var is = limited(ul, list);
ul.style.display = is ? "none" : "block";
li.className = is ? "collapsed" : "expanded";
li.over = true;
ul.onmouseover = function(){li.over = false;}
ul.onmouseout = function(){li.over = true;}
li.onclick = function(){
if(this.over){
ul.style.display = (ul.style.display == "none") ? "block" : "none";
this.className = (ul.style.display == "none") ? "collapsed" : "expanded";
};
};
};
};
this.buttons = function(list){
var parent = list.parentNode;
var p = document.createElement("p");
p.className = listClass;
if (mode == 'resolve' || mode == 'inflect') {
var i = document.createElement("input");
i.type = 'text';
i.name = 'exclude';
i.title = 'type in tags or parameter values';
i.onkeyup = function(){exclude(list, i)};
i.className = 'exclude';
p.appendChild(i);
var a = document.createElement("a");
a.innerHTML = excludeText;
a.onclick = function(){exclude(list, i)};
a.className = 'exclude';
p.appendChild(a);
var items = list.getElementsByTagName("li");
var shows = false;
for (var j = 0; j < items.length; j++) {
if (items[j].parentNode.level == expandMax - 1) {
var xtag = items[j].getElementsByTagName("td")[0];
if (xtag.firstChild.nodeValue.match(/[XY]/)) shows = true;
}
}
if (shows) {
i.value = 'X foreign Y acronym';
exclude(list, i);
var hides = true;
for (var j = 0; j < items.length; j++) {
if (items[j].style.display == 'block') hides = false;
}
if (hides) {
i.value = '';
exclude(list, i);
}
}
}
var a = document.createElement("a");
a.innerHTML = expandText;
a.onclick = function(){expand(list)};
p.appendChild(a);
var a = document.createElement("a");
a.innerHTML = collapseText;
a.onclick = function(){collapse(list)};
p.appendChild(a);
parent.insertBefore(p,list);
};
this.exclude = function(list, input){
var words = input.value.split(/[ ,/]+/);
var items = list.getElementsByTagName("li");
for (var i = 0; i < items.length; i++) {
if (items[i].parentNode.level == expandMax - 3) {
items[i].style.display = 'block';
}
else {
items[i].style.display = 'none';
}
}
for (var i = items.length - 1; i > -1; i--) {
var level = items[i].parentNode.level;
if (level == expandMax) {
var table = items[i].getElementsByTagName("table");
if (table.length < 1) continue;
var shows = prune(table[0], words);
if (shows) {
items[i].style.display = 'block';
var root = items[i].parentNode;
while (root.nodeName != "LI") {
root = root.parentNode;
}
root.style.display = 'block';
}
}
else if (level == expandMax - 1) {
if (items[i].style.display == 'block') {
var root = items[i].parentNode;
while (root.nodeName != "LI") {
root = root.parentNode;
}
root.style.display = 'block';
}
}
else if (level == expandMax - 2) {
if (items[i].style.display == 'none') {
var root = items[i].parentNode;
while (root.nodeName != "LI") {
root = root.parentNode;
}
root.style.display = 'none';
}
}
}
/*
for (var i = 0; i < items.length; i++) {
if (items[i].parentNode.level < expandMin + 2) {
if (items[i].style.display == 'none') {
items[i].style.display = 'block';
items[i].className = 'empty';
}
else {
items[i].className = 'expanded';
}
}
}
*/
};
this.prune = function(table, words) {
var lines = table.rows;
var shows = false;
var hides = false;
for (var i = 0; i < lines.length; i++) {
var items = lines[i].cells;
var empty = true;
var xr = false;
var dr = false;
for (var j = 0; j < items.length; j++) {
if (items[j].className == 'xtag') {
var xtag = items[j].firstChild;
if (xtag == undefined) continue;
xtag = xtag.nodeValue;
if (xtag == ' ') continue;
empty = false;
for (var w = 0; w < words.length; w++) {
if (words[w] == '') continue;
xr = xr || xtag.indexOf(words[w]) > -1;
}
}
if (items[j].className == 'dtag') {
var dtag = items[j].firstChild;
if (dtag == undefined) continue;
dtag = dtag.nodeValue.split(/[ ,/]+/);
for (var w = 0; w < words.length; w++) {
if (words[w].length < 2) continue;
for (var d = 0; d < dtag.length; d++) {
if (dtag[d] == '') continue;
empty = false;
dr = dr || dtag[d].indexOf(words[w]) == 0;
}
}
}
}
hides = empty ? hides : (xr || dr);
lines[i].style.display = hides ? "none" : "";
shows = shows || ! hides;
}
return shows;
};
this.expand = function(list){
if (list.limit < expandMax) list.limit++;
var li = list.getElementsByTagName("li");
for(var i=0;i 0){
var ul = items[0];
var is = limited(ul, list);
ul.style.display = is ? "none" : "block";
li[i].className = is ? "collapsed" : "expanded";
};
};
};
this.collapse = function(list){
if (list.limit > expandMin) list.limit--;
var li = list.getElementsByTagName("li");
for(var i=0;i 0){
var ul = items[0];
var is = limited(ul, list);
ul.style.display = is ? "none" : "block";
li[i].className = is ? "collapsed" : "expanded";
};
};
};
this.limited = function(node, list) {
if (node.level == undefined) {
node.level = 2;
var root = node.parentNode;
while(root != list) {
if (root.nodeName == "UL") node.level++;
root = root.parentNode;
}
}
return (node.level > list.limit);
};
start();
};
window.onload = listexpander;
ElixirFM-1.1/css/listexpander/expanded.gif 0000444 0014324 0013560 00000000112 11420132771 017300 0 ustar smrz ufal GIF89a
UUU ! ,
(-"meLRp}de ; ElixirFM-1.1/css/listexpander/listexpander.css 0000444 0014324 0013560 00000005343 11420132771 020250 0 ustar smrz ufal /*
List Expander
*/
.listexpander{width: 100%}
.listexpander,
.listexpander ul,
.listexpander li{
margin: 0px;
padding: 0px;
list-style: none;
line-height: 150%;
}
.listexpander ul{
/*
Uncomment this if you want to initially hide the child lists.
If you do, Javascript disabled and CSS enabled browsers will not be able to use this list.
display: none;
*/
}
.listexpander li{
line-height: 150%;
border-top: 2px white solid;
cursor: default;
text-indent: 30px;
font-weight: bold;
width: 100%;
}
.listexpander table {
margin-left: 15px;
border: 0px;
border-spacing: 0px;
}
.listexpander td {
padding-left: 20px;
padding-right: 0px;
}
.listexpander li.collapsed,
.listexpander li.expanded{cursor: pointer}
/* first level */
.listexpander li{background: #EEE8AA /*palegoldenrod*/}
.listexpander li.collapsed{background: #EEE8AA /*palegoldenrod*/ url(collapsed.gif) no-repeat 5px .4em}
.listexpander li.expanded{background: #EEE8AA /*palegoldenrod*/ url(expanded.gif) no-repeat 5px .4em}
ul.listexpander li.empty{cursor: default; background: #f8e7e7 url(empty.gif) no-repeat 5px .4em}
/* second level */
.listexpander li ul,
.listexpander li li{background: #eed; font-weight: normal}
.listexpander li li.collapsed{background: #eed url(collapsed.gif) no-repeat 5px .5em}
.listexpander li li.expanded{background: #eed url(expanded.gif) no-repeat 5px .5em}
/* third level */
.listexpander li li ul,
.listexpander li li li{background: #ffe}
.listexpander li li li.collapsed{background: #ffe url(collapsed.gif) no-repeat 5px .5em}
.listexpander li li li.expanded{background: #ffe url(expanded.gif) no-repeat 5px .5em}
/* fourth level */
.listexpander li li li li{background: #fff} /* li{text-indent: 0; margin-left: 30px; width: auto} */
/* etc. */
/* buttons */
p.listexpander{
margin: 0em;
margin-top: 0.5em;
margin-bottom: 0.2em;
}
p.listexpander a{
padding: 0 5px;
border: 1px solid #ddd;
margin-right: 5px;
cursor: pointer;
}
p.listexpander a:hover{
background: #eee;
}
p.listexpander input.exclude {
float: right;
margin: 3px 0px;
line-height: 110%;
padding: 0 5px;
font-family: Courier New;
font-size: smaller;
}
p.listexpander a.exclude {
float: right;
margin: 3px 0px;
line-height: 110%;
padding: 0px 5px;
border: 1px solid #ddd;
margin-right: 5px;
cursor: pointer;
}
/* float fix */
.listexpander li:after{
content: ".";
display: block;
height: 0;
clear: both;
visibility: hidden;
}
.listexpander li{
display: inline-block;
}
/* Hides from IE-mac \*/
* html .listexpander li{
height: 1%;
}
.listexpander li{
display: block;
}
/* End hide from IE-mac */
/* end float fix */
ElixirFM-1.1/css/listexpander/empty.gif 0000444 0014324 0013560 00000000107 11420132771 016652 0 ustar smrz ufal GIF89a
,
(-"m
3}Ai۸&( ; ElixirFM-1.1/css/listexpander/collapsed.gif 0000444 0014324 0013560 00000000117 11420132771 017463 0 ustar smrz ufal GIF89a
UUU ! ,
(-"m25\ r&#ձ *%Q ; ElixirFM-1.1/css/elixir.css 0000444 0014324 0013560 00000011716 11420132771 014341 0 ustar smrz ufal .phon {
font-style: italic;
}
.orth {
font-size: medium;
/* display: none; */
line-height: 150%;
direction: rtl;
}
.xtag {
font-family: Courier New;
}
.root {
color: #4B0082 /*indigo*/;
white-space: nowrap;
}
.morphs {
font-family: DejaVu Sans /*Courier New*/;
color: #FF8C00 /*darkorange*/;
white-space: nowrap;
}
.class {
font-family: Courier New;
color: #FF4500 /*orangered*/;
}
.stems {
font-family: DejaVu Sans /*Courier New*/;
color: #FF8C00 /*darkorange*/;
}
.word {
font-size: large;
}
.notice {
color: #FF4500 /*orangered*/;
}
body {
font-family: DejaVu Sans Condensed, DejaVu Sans, Tahoma, Arial Unicode MS, Verdana, Arial, Helvetica, sans-serif;
font-weight: normal;
font-size: medium;
color: black;
background-color: white;
}
p {
margin: 12px 0px;
}
table {
margin: 0px;
margin-bottom: 10px;
border-spacing: 0px;
}
table.lexeme {
width: 98%;
margin: 0px;
padding: 2px 0px;
border-spacing: 0px;
}
.lexeme td.xtag {
width: 2ex;
}
.lexeme td.phon {
width: 6em;
}
.lexeme td.orth {
width: 4em;
padding-right: 1em;
}
.lexeme td.atex {
width: 3em;
}
.lexeme td.root {
text-align: center;
width: 9ex;
}
.lexeme td.morphs {
width: 8em;
}
.lexeme td.class {
width: 2.5em;
}
.lexeme td.stems {
width: 5em;
}
.lexeme td.reflex {
width: 20em;
}
.lexeme td.button {
min-width: 10em;
text-align: right;
white-space: nowrap;
}
table.nest {
width: 98%;
margin: 0px;
padding: 2px 0px;
border-spacing: 0px;
}
.nest td.root {
font-weight: bold;
}
.nest td.button {
min-width: 10em;
text-align: right;
white-space: nowrap;
}
td {
border: 0px;
padding: 0px;
padding-right: 25px;
font-size: medium;
font-weight: normal;
text-indent: 0px;
text-decoration: none;
vertical-align: baseline;
}
td.orth {
text-align: right;
}
input {
font-family: DejaVu Sans Condensed, DejaVu Sans, Tahoma, Arial Unicode MS, Verdana, Arial, Helvetica, sans-serif;
font-size: medium;
}
h1 {
font-size: x-large;
font-weight: bold;
color: #EEE8AA /*palegoldenrod*/;
background-color: #4B0082 /*indigo*/;
padding: 3px 6px;
}
h2 {
font-size: large;
font-weight: bold;
line-height: 130%;
color: #4B0082 /*indigo*/;
border: 1px;
border-style: solid;
border-color: #DAA520 /*goldenrod*/;
padding: 2px 5px;
margin-top: 25px;
}
h3 {
font-size: large;
font-weight: bold;
line-height: 130%;
color: black;
border: 1px;
border-style: solid;
border-color: #FFD700 /*gold*/;
padding: 2px 5px;
margin-bottom: 10px;
}
h3 span.mode {
font-size: medium;
font-weight: normal;
margin-right: 0.4em;
}
h3 span.word {
margin-right: 0em;
}
a:link {
color: #4B0082 /*indigo*/;
text-decoration: none;
}
h1 a:link {
color: #FFD700 /*gold*/;
text-decoration: none;
}
a:visited {
color: #4B0082 /*indigo*/;
text-decoration: none;
}
h1 a:visited {
color: #FFD700 /*gold*/;
text-decoration: none;
}
a:hover {
color: #4B0082 /*indigo*/;
text-decoration: none;
background-color: #EEE8AA /*palegoldenrod*/;
}
h1 a:hover {
color: #FFD700 /*gold*/;
text-decoration: none;
background-color: #4B0082 /*indigo*/;
}
a:active {
color: #FFD700 /*gold*/;
text-decoration: none;
}
code {
font-family: Courier New;
font-size: medium;
}
span {
display: inline;
margin-right: 1em;
}
.button a {
padding: 0 5px;
border: 1px solid #ddd;
margin-right: 0em;
background-color: white;
text-align: right;
/* position: relative; */
/* left: 200px; */
}
.button a:visited {
padding: 0 5px;
border: 1px solid #ddd;
margin-right: 0em;
}
.button a:hover {
padding: 0 5px;
border: 1px solid #FFD700 /*gold*/;
margin-right: 0em;
color: #FF4500 /*orangered*/;
}
.button a:active {
padding: 0 5px;
border: 1px solid #FFD700 /*gold*/;
margin-right: 0em;
color: #FFD700 /*gold*/;
}
div.menu {
/* min-width: 10em; */
/* line-height: 0%; */
font-weight: bold;
text-align: right;
white-space: nowrap;
}
.menu span {
padding: 0 5px;
border: 1px solid #ddd;
margin-right: 0em;
background-color: white;
text-align: right;
/* position: relative; */
/* left: 200px; */
}
.menu a {
padding: 0 5px;
border: 1px solid #ddd;
margin-right: 0em;
background-color: white;
text-align: right;
/* position: relative; */
/* left: 200px; */
}
.menu a:visited {
padding: 0 5px;
border: 1px solid #ddd;
margin-right: 0em;
}
.menu a:hover {
padding: 0 5px;
border: 1px solid #FFD700 /*gold*/;
margin-right: 0em;
color: #FF4500 /*orangered*/;
}
.menu a:active {
padding: 0 5px;
border: 1px solid #FFD700 /*gold*/;
margin-right: 0em;
color: #FFD700 /*gold*/;
}
td.xtag input {
font-family: Courier New;
}
ElixirFM-1.1/lib/ 0000755 0014324 0013560 00000000000 11420132771 012305 5 ustar smrz ufal ElixirFM-1.1/lib/ElixirFM.pm 0000444 0014324 0013560 00000104567 11420132771 014335 0 ustar smrz ufal # ########################################################################## Otakar Smrz, 2008/07/07
#
# ElixirFM Interfaces ##############################################################################
# $Id: ElixirFM.pm 976 2010-07-14 22:25:17Z smrz $
package ElixirFM;
use 5.008;
use strict;
our $VERSION = '1.1' || join '.', '1.1', q $Revision: 976 $ =~ /(\d+)/;
use Encode::Arabic;
use XML::Parser;
use Unicode::Normalize;
# ##################################################################################################
#
# ##################################################################################################
use subs 'foldr', 'foldl';
no warnings 'recursion';
sub foldr (&$@) {
my ($fun, $nil, @lst, $lst) = @_;
return $nil unless @lst;
($lst, @lst) = @lst;
return $fun->($lst, foldr $fun, $nil, @lst);
}
sub foldl (&$@) {
my ($fun, $nil, @lst, $lst) = @_;
return $nil unless @lst;
($lst, @lst) = @lst;
return foldl $fun, $fun->($nil, $lst), @lst;
}
sub nub (&@) {
my ($fun, @lst, %nub) = @_;
return grep { my $r = $fun->($_); exists $nub{$r} ? 0 : ++$nub{$r} } @lst;
}
sub tuples {
my @data = @_;
push @data, undef if @data % 2;
my @pair;
for (my $i = 0; $i < @data; $i += 2) {
push @pair, [$data[$i], $data[$i + 1]];
}
return @pair;
}
sub concat {
return map { ref $_ eq 'ARRAY' ? @{$_} : $_ } @_;
}
# ##################################################################################################
#
# ##################################################################################################
sub orth {
return decode "arabtex", $_[0];
}
sub phon {
return decode "arabtex-zdmg", $_[0];
}
sub orph {
return join defined $_[1] ? $_[1] : " ", grep { $_ ne '' } orth($_[0]), phon($_[0]);
}
sub phor {
return join defined $_[1] ? $_[1] : " ", grep { $_ ne '' } phon($_[0]), orth($_[0]);
}
sub cling {
return join defined $_[1] ? $_[1] : "", split " ", $_[0];
}
sub nice {
my $morphs = morphs($_[0]);
$morphs->[0] = $morphs->[0] =~ /^(?:_____|Identity)$/ ? '_____' : merge("", $morphs->[0]);
$morphs->[0] =~ s/([FCL]|[KRDS])/|$1|/g;
$morphs->[1] = [ map { $_ =~ /"/ ? showPrefix($_) : $_ } @{$morphs->[1]} ];
$morphs->[2] = [ map { $_ =~ /"/ ? showSuffix($_) : $_ } @{$morphs->[2]} ];
return join "-", map { phon($_) } @{$morphs->[1]}, $morphs->[0], @{$morphs->[2]};
}
our $tagset = [
[ "",
{ "V-" => "verb",
"VI" => "imperfective",
"VP" => "perfective",
"VC" => "imperative",
"N-" => "noun",
"A-" => "adjective",
"S-" => "pronoun",
"SP" => "personal",
"SD" => "demonstrative",
"SR" => "relative",
"Q-" => "numeral",
"QI" => "",
"QV" => "",
"QX" => "",
"QY" => "",
"QL" => "",
"QC" => "",
"QD" => "",
"QM" => "",
"D-" => "adverb",
"P-" => "preposition",
"PI" => "inflected",
"C-" => "conjunction",
"F-" => "particle",
"FN" => "negative",
"FI" => "interrogative",
"I-" => "interjection",
"X-" => "foreign word",
"Y-" => "acronym/unit",
"Z-" => "zero inflections",
"G-" => "graphical symbol" } ],
[ "", {} ],
[ "mood",
{ "I" => "indicative",
"S" => "subjunctive",
"J" => "jussive",
"E" => "energetic" } ],
[ "voice",
{ "A" => "active",
"P" => "passive" } ],
[ "", {} ],
[ "person",
{ "1" => "first",
"2" => "second",
"3" => "third" } ],
[ "gender",
{ "M" => "masculine",
"F" => "feminine" } ],
[ "number",
{ "S" => "singular",
"D" => "dual",
"P" => "plural" } ],
[ "case",
{ "1" => "nominative",
"2" => "genitive",
"4" => "accusative" } ],
[ "state",
{ "I" => "indefinite",
"D" => "definite",
"R" => "reduced/construct",
"A" => "absolute/negative",
"C" => "complex/overdetermined",
"L" => "lifted/underdetermined" } ]
];
our $dims = scalar @{$tagset};
sub describe {
my $i = 0;
my @slot = map { $i++ % 2 ? [ split //, $_ ] : map { [ $_ ne '-' ? $_ : () ] } split //, $_ } split /[\[\]]/, $_[0];
my $terse = defined $_[1] ? $_[1] : '';
if (@slot > $dims) {
splice @slot, $dims, (@slot - $dims);
}
else {
push @slot, ([]) x ($dims - @slot);
}
my @type = map { my $x = $_;
[ exists $tagset->[0][1]{$_ . '-'} ? $tagset->[0][1]{$_ . '-'} : '',
join " ", grep { $_ ne '' }
map { exists $tagset->[0][1]{$x . $_} ? $tagset->[0][1]{$x . $_} : '' } @{$slot[1]} ]
} @{$slot[0]};
my @cats = map { my $x = $_;
[ $terse && $_ != 5 ? '' : $tagset->[$x][0],
join " ", grep { $_ ne '' }
map { exists $tagset->[$x][1]{$_} ? $tagset->[$x][1]{$_} : '' } @{$slot[$x]} ]
} 2 .. $dims - 1;
return join ", ", grep { $_ ne '' }
( join " ", map { grep { $_ ne '' } $_->[1], $_->[0] } @type ),
( map { join " ", grep { $_ ne '' } $_->[1] ne '' ? ($_->[1], $_->[0]) : () } @cats );
}
sub retrieve {
my @word = grep { $_ ne '' } map { split /([()])/, $_ } split ' ', $_[0];
my $tags = [ map { [] } 1 .. $dims ];
my @tags = ($tags);
my @slot = ();
foreach my $word (@word) {
$word =~ /^verb/i and push @{$tags->[0]}, 'V' and next;
$word =~ /^noun/i and push @{$tags->[0]}, 'N' and next;
$word =~ /^adj/i and push @{$tags->[0]}, 'A' and next;
$word =~ /^pron/i and push @{$tags->[0]}, 'S' and next;
$word =~ /^num/i and push @{$tags->[0]}, 'Q' and next;
$word =~ /^adv/i and push @{$tags->[0]}, 'D' and next;
$word =~ /^prep/i and push @{$tags->[0]}, 'P' and next;
$word =~ /^conj/i and push @{$tags->[0]}, 'C' and next;
$word =~ /^part/i and push @{$tags->[0]}, 'F' and next;
$word =~ /^int(?:er)?j/i and push @{$tags->[0]}, 'I' and next;
$word =~ /^(?:e)?xtra/i and push @{$tags->[0]}, 'X' and next;
$word =~ /^foreign/i and push @{$tags->[0]}, 'X' and next;
$word =~ /^[yu]nit/i and push @{$tags->[0]}, 'Y' and next;
$word =~ /^acronym/i and push @{$tags->[0]}, 'Y' and next;
$word =~ /^zero/i and push @{$tags->[0]}, 'Z' and next;
$word =~ /^null/i and push @{$tags->[0]}, 'Z' and next;
$word =~ /^gr(?:a)?ph/i and push @{$tags->[0]}, 'G' and next;
$word =~ /^symbol/i and push @{$tags->[0]}, 'G' and next;
$word =~ /^perf/i and push @{$tags->[1]}, 'P' and next;
$word =~ /^imp(?:er)?f/i and push @{$tags->[1]}, 'I' and next;
$word =~ /^imp(?:er)?a/i and push @{$tags->[1]}, 'C' and next;
$word =~ /^imp(?:er)?/i and push @{$tags->[1]}, 'I',
'C' and next;
$word =~ /^pers(?:ona)?l/i and push @{$tags->[1]}, 'P' and next;
$word =~ /^dem/i and push @{$tags->[1]}, 'D' and next;
$word =~ /^rel/i and push @{$tags->[1]}, 'R' and next;
$word =~ /^inf/i and push @{$tags->[1]}, 'I' and next;
$word =~ /^neg/i and push @{$tags->[1]}, 'N' and next;
$word =~ /^int(?:er)?r/i and push @{$tags->[1]}, 'I' and next;
$word =~ /^ind(?![ef])/i and push @{$tags->[2]}, 'I' and next;
$word =~ /^sub/i and push @{$tags->[2]}, 'S' and next;
$word =~ /^jus/i and push @{$tags->[2]}, 'J' and next;
$word =~ /^ene/i and push @{$tags->[2]}, 'E' and next;
$word =~ /^act/i and push @{$tags->[3]}, 'A' and next;
$word =~ /^pas/i and push @{$tags->[3]}, 'P' and next;
$word =~ /^(?:fir|[1f])st/i and push @{$tags->[5]}, '1' and next;
$word =~ /^(?:seco|[2s])nd/i and push @{$tags->[5]}, '2' and next;
$word =~ /^(?:thi|[3t])rd/i and push @{$tags->[5]}, '3' and next;
$word =~ /^mas/i and push @{$tags->[6]}, 'M' and next;
$word =~ /^fem/i and push @{$tags->[6]}, 'F' and next;
$word =~ /^s(?:in)?g/i and push @{$tags->[7]}, 'S' and next;
$word =~ /^du/i and push @{$tags->[7]}, 'D' and next;
$word =~ /^pl/i and push @{$tags->[7]}, 'P' and next;
$word =~ /^nom/i and push @{$tags->[8]}, '1' and next;
$word =~ /^gen(?![dr])/i and push @{$tags->[8]}, '2' and next;
$word =~ /^acc/i and push @{$tags->[8]}, '4' and next;
$word =~ /^obl/i and push @{$tags->[8]}, '2',
'4' and next;
$word =~ /^ind[ef]/i and push @{$tags->[9]}, 'I' and next;
$word =~ /^red/i and push @{$tags->[9]}, 'R' and next;
$word =~ /^cons/i and push @{$tags->[9]}, 'R' and next;
$word =~ /^def/i and push @{$tags->[9]}, 'D' and next;
$word =~ /^com/i and push @{$tags->[9]}, 'C' and next;
$word =~ /^over/i and push @{$tags->[9]}, 'C' and next;
$word =~ /^abs/i and push @{$tags->[9]}, 'A' and next;
$word =~ /^lift/i and push @{$tags->[9]}, 'L' and next;
$word =~ /^under/i and push @{$tags->[9]}, 'L' and next;
if (@slot = $word =~ /\G([-A-Z1-4]|\[[-A-Z1-4]*\])/g) {
if (@slot > $dims) {
splice @slot, $dims, (@slot - $dims);
}
else {
push @slot, ('-') x ($dims - @slot);
}
push @tags, join "", @slot;
}
if ($word =~ /[()]/ or @slot) {
$tags = [ map { [] } 1 .. $dims ];
push @tags, $tags;
}
}
return map { ref $_ ? ( grep { @{$_} } @{$_} ) ?
join "", map { @{$_} == 0 ? '-' : @{$_} == 1 ? $_->[0] :
'[' . (join '', @{$_}) . ']' } @{$_}
: () : $_ } @tags;
}
sub restrict {
my @restrict = split //, length $_[0] == $dims ? $_[0] : '-' x $dims;
my @inherit = split //, $_[1];
return join '', map { $restrict[$_] eq '-' && defined $inherit[$_] ? $inherit[$_] : $restrict[$_] } 0 .. @restrict - 1;
}
sub prune {
my $data = $_[0];
return $data unless ref $data eq 'ARRAY' and @{$data};
@{$data} = ($data->[0], grep {
not grep { not @{$_}[1 .. @{$_} - 1] } @{$_}[1 .. @{$_} - 1]
} @{$data}[1 .. @{$data} - 1]);
return $data;
}
sub concise {
return @_ unless @_ > 1;
my @data = @_;
my $data = pop @data;
return foldr {
return @_ unless ref $_[0] eq 'ARRAY' and ref $_[1] eq 'ARRAY';
return @_ unless @{$_[0]} > 1 and @{$_[1]} > 1 and @{$_[0]} == @{$_[1]};
for (1 .. @{$_[0]} - 1) {
return @_ unless $_[0][$_] eq $_[1][$_];
}
my @fst = $_[0]->[0] =~ /^("?[A-Z1-4-]{6})([MF])([A-Z1-4-]{3}"?)$/;
my @snd = $_[1]->[0] =~ /^("?[A-Z1-4-]{6})([MF])([A-Z1-4-]{3}"?)$/;
return @_ unless @fst == 3 and @snd == 3;
return @_ unless $fst[0] eq $snd[0] and $fst[2] eq $snd[2] and $fst[1] ne $snd[1];
return [ $fst[0] . '-' . $fst[2], @{$_[0]}[1 .. @{$_[0]} - 1] ], @_[2 .. @_ - 1];
} $data, @data;
}
sub normalize {
my ($text, $code) = @_;
$code = 'UTF' unless defined $code;
my @data = split " ", $text;
if ($code eq 'UTF') {
$text = Unicode::Normalize::normalize('KC', $text);
$text =~ tr[\x{06A9}\x{06AA}][\x{0643}];
$text =~ tr[\x{06CC}][\x{064A}];
$text =~ tr[\x{0640}][]d;
$text =~ s/([\x{064B}-\x{0650}\x{0652}\x{0670}])\x{0651}/\x{0651}$1/g;
$text =~ s/([\x{0627}\x{0649}])\x{064B}/\x{064B}$1/g;
@data = $text =~ /( (?: \p{Arabic} | [\x{064B}-\x{0652}\x{0670}\x{0657}\x{0656}\x{0640}] )+ )/gx;
}
elsif ($code eq 'Tim') {
$text =~ tr[>&<][OWI];
$text =~ tr[_][]d;
$text =~ s/([FNKauio\`])\~/\~$1/g;
$text =~ s/([AY])F/F$1/g;
@data = $text =~ /( [OWI\'\|\}AbptvjHxd\*rzs\$SDTZEgfqklmnhwYyPJRVG\{A\~FNKaui\`o]+ )/gx;
}
elsif ($code eq 'TeX') {
$text = Unicode::Normalize::normalize('D', $text);
$text =~ s/a[\x{0304}\x{0301}]/A/g;
$text =~ s/i[\x{0304}\x{0301}]/I/g;
$text =~ s/u[\x{0304}\x{0301}]/U/g;
$text =~ s/aa/A/g;
$text =~ s/ii/I/g;
$text =~ s/uu/U/g;
$text =~ s/j/\^g/g;
$text =~ s/x/\_h/g;
$text =~ s/(.)[\x{030C}\x{0303}]/\^$1/g;
$text =~ s/(.)[\x{0331}\x{032E}]/\_$1/g;
$text =~ s/(.)[\x{0323}\x{0307}]/\.$1/g;
$text =~ s/(.)[\x{0301}]/\,$1/g;
$text =~ s/\x{02BE}/\'/g;
$text =~ s/\x{02BF}/\`/g;
@data = $text =~ /( (?: \.[hsdtzgr] | \_[thdaIU] | \^[gscznl] | \,[c] | ['btdrzs`fqklmnhwyTaiuAIUYNW|"-] )+ )/gx;
}
return join " ", @data;
}
sub identify {
my ($text, $code) = @_;
$code = 'UTF' unless defined $code;
my @data = ();
while ($text ne '') {
my $data = '';
$text =~ s/^ +//;
if (($data) = $text =~ /^(\( *-? *[1-9][0-9]* *, *(?:-? *[1-9][0-9]*|Nothing|Just *\[ *-? *[1-9][0-9]* *(?:\, *-? *[1-9][0-9]* *)*\]) *\))/) {
$text = substr $text, length $data;
}
elsif (($data) = $text =~ /^(\( *-? *[0-9]+ *, *(?:-? *[0-9]+|Nothing|Just *\[ *-? *[0-9]+ *(?:\, *-? *[0-9]+ *)*\]) *\))/) {
$text = substr $text, length $data;
$data = '';
}
elsif (($data) = $text =~ /^(\"\"|(?: *\"(?:\\.|[^\"\\]+)+\")+)/) {
$text = substr $text, length $data;
}
elsif (($data) = $text =~ /^(\p{InArabic}{2,}|\p{InArabic}(?: +\p{InArabic}(?!\p{InArabic}))*)/) {
$text = substr $text, length $data;
$data = normalize $data, 'UTF';
}
elsif (($data) = $text =~ /^((?:[._^,]?[^ ._^,]){2,}|(?:[._^,]?[^ ._^,])(?: +(?:[._^,]?[^ ._^,])(?![^ ]))*)/ and $code ne 'UTF') {
$text = substr $text, length $data;
$data = normalize $data, $code;
}
elsif (($data) = $text =~ /^(.[^\(\)\"\p{InArabic}]*)/) {
$text = substr $text, length $data;
$data =~ tr[\(\)\/\-][ ];
$data =~ s/ +$//;
}
push @data, $data unless $data eq '';
}
return @data;
}
sub parse {
my $parser = new XML::Parser 'Handlers' => {
'Init' => sub {
my $expat = shift;
$expat->{'Lists'} = [];
$expat->{'Tree'} = [];
$expat->{'Curlist'} = [ '', {}, $expat->{'Tree'} ];
},
'Start' => sub {
my $expat = shift;
my $name = shift;
my $elem = [ $name, { @_ }, [] ];
push @{ $expat->{'Curlist'}[-1] }, $elem;
push @{ $expat->{'Lists'} }, $expat->{'Curlist'};
$expat->{'Curlist'} = $elem;
},
'End' => sub {
my $expat = shift;
my $name = shift;
my $elem = $expat->{'Curlist'};
my $hash = $expat->{'Curlist'}[1];
my $list = $expat->{'Curlist'}[-1];
if (@{$list} == 1 and not ref $list->[0]) {
$expat->{'Curlist'}[-1] = $list->[0];
}
else {
@{$list} = grep { ref $_ or $_ !~ /^\s*$/ } @{$list};
my $memo = {};
my $quit = '';
foreach my $one (@{$list}) {
if (ref $one and $one->[0] !~ /^[A-Z]/ and
not exists $hash->{$one->[0]} and
not exists $memo->{$one->[0]}) {
$memo->{$one->[0]} = $one;
}
else {
$quit = 'quit';
last;
}
}
unless ($quit) {
foreach my $one (keys %{$memo}) {
if (keys %{$memo->{$one}[1]}) {
if (ref $memo->{$one}[-1] and not @{$memo->{$one}[-1]}) {
$hash->{$one} = $memo->{$one}[1];
}
}
else {
$hash->{$one} = $memo->{$one}[-1];
}
}
$expat->{'Curlist'}[-1] = [];
}
}
$expat->{'Curlist'} = pop @{ $expat->{'Lists'} };
},
'Char' => sub {
my $expat = shift;
my $text = shift;
my $list = $expat->{'Curlist'}[-1];
if (@{$list} > 0 and not ref $list->[-1]) {
$list->[-1] .= $text;
}
else {
push @{$list}, $text;
}
},
'Final' => sub {
my $expat = shift;
delete $expat->{'Curlist'};
delete $expat->{'Lists'};
return $expat->{'Tree'}[0];
},
};
return $parser->parse($_[0]);
}
sub clear {
my $data = [@{$_[0]}];
my $ents = $data->[1];
if ($data->[0] eq 'Entry') {
if (exists $ents->{'reflex'}) {
$_ = [ ref $_ ? map { $_->[-1] } @{$_} : $_ ]
foreach $ents->{'reflex'};
}
if (exists $ents->{'entity'}) {
$ents->{'entity'} = $ents->{'entity'}[0];
foreach ('plural', 'femini', 'masdar',
'imperf', 'pfirst', 'second', 'form') {
next unless exists $ents->{'entity'}[1]{$_};
$_ = [ ref $_ ? map { $_->[-1] } @{$_} : $_ ]
foreach $ents->{'entity'}[1]{$_};
}
pop @{$ents->{'entity'}};
}
if (exists $ents->{'limits'}) {
if (exists $ents->{'limits'}{'snd'}) {
$_ = [ ref $_ eq 'ARRAY' ? map { $_->[-2] } @{$_} : $_ ]
foreach $ents->{'limits'}{'snd'};
}
}
pop @{$data};
}
else {
foreach ('plural', 'femini', 'masdar',
'imperf', 'pfirst', 'second', 'form') {
next unless exists $ents->{$_};
$_ = [ ref $_ ? map { $_->[-1] } @{$_} : $_ ]
foreach $ents->{$_};
}
pop @{$data};
}
return $data;
}
sub lists_trees {
my ($node, @data) = split /^[\t ]*[:]{1}(?=[\t ]+)/m, $_[0];
return $node =~ /[()]/
? [
[
map {
[ split /[\n ]*\t/, $_ ]
}
grep { $_ ne '' } split /[\n ]*(?=\([0-9]+,[0-9]+\)[\n ]*\t|$)/, $node
],
map {
my ($i) = /^(?:[\t ]*\n )*([\t ]*)(?![\t\n ])/;
$i .= ' ';
s/^[\t\n ]+//;
s/[\t\n ]+$//;
my ($node, @data) = split /(?]/ ? 'lexicon' : '';
my @data;
if ($type eq 'resolve') {
@data = split /(?:(?<=\n\n)\n|(?<=^\n)\n|(?<=^)\n)/, $data, -1;
pop @data if @data and $data[-1] eq '';
@data = map {
my (undef, @data) = split /^[\t ]*[:]{4}[\t ]+/m, $_;
[
map {
my ($node, @data) = split /^[\t ]*[:]{3}[\t ]+/m, $_;
[
[ split ' ', $node ],
map {
my ($node, @data) = split /^[\t ]*[:]{2}[\t ]+/m, $_;
[
[ map { join ' ', split ' ' } split /(?<=[>])\s+(?=[<])/, $node ],
map {
lists_trees($_)
} @data
]
} @data
]
} @data
]
} @data;
}
elsif ($type eq 'lookup') {
@data = split /(?:(?<=\n)\n|(?<=^)\n)/, $data, -1;
pop @data if @data and $data[-1] eq '';
@data = map {
my @data = split /\s*<\/Nest>\s*/, $_;
[
map {
my ($clip, $data) = split /\s*\s*/, $_;
my ($root) = $data =~ /(.*?<\/root>)/;
my (@ents) = $data =~ /(.*?<\/Entry>)/gs;
$root = parse($root)->[2];
{
'clip' => ( join '', split ' ', $clip ),
'root' => ( ref $root ? "" : $root ),
'ents' => [ map {
parse_clear($_, $mode)
} @ents ],
}
} @data
]
} @data;
}
elsif ($type eq 'lexicon') {
@data = parse_clear($data, $mode);
}
else {
@data = split /(?:(?<=\n)\n|(?<=^)\n)/, $data, -1;
pop @data if @data and $data[-1] eq '';
@data = map {
my @data = split /\n/, $_;
foldl {
my ($data, @data) = @{$_[1]};
push @{$_[0]}, [$data] unless $data eq ' ' x 10;
push @{$_[0][-1]}, [@data] if @data;
return $_[0];
} [],
map {
[ split /\t/, $_ ]
} @data
} @data;
}
return @data;
}
sub template {
my ($t, $p, $s) = @_;
$p = $p =~ /\"$/ ? $p . " >>| " : $p . " >| " unless $p eq '';
$s = $s =~ /^\"/ ? " |<< " . $s : " |< " . $s unless $s eq '';
return $p . $t . $s;
}
# ##################################################################################################
#
# ##################################################################################################
sub merge {
my ($root, $template) = @_;
my $morphs = morphs($template);
my $prefixes = sub { foldr { mergePrefix($_[0], $_[1]) } $_[0], @{$morphs->[1]} };
my $suffixes = sub { foldl { (substr $_[0], 0, -1) . mergeSuffix(
(substr $_[0], -1, 1), $_[1])
} $_[0], @{$morphs->[-1]} };
return $prefixes->($suffixes->(interlocks($morphs->[1], $morphs->[-1],
$morphs->[0], split ' ', $root)));
}
sub morphs {
my (@fields) = $_[0];
my $morphs = [ $_[0], [], [] ];
return $morphs if $_[0] eq '';
@fields = split /(?\| |(?<=\") \>\>\| /, $fields[-1];
@{$morphs->[1]} = @fields[0 .. @fields - 2];
@fields = split / \|\< (?!\")| \|\<\< (?=\")/, $fields[-1];
@{$morphs->[-1]} = @fields[1 .. @fields - 1];
$morphs->[0] = $fields[0];
return $morphs;
}
sub showPrefix {
my $text = $_[0];
return $text if $text =~ tr["][]d;
return $text . '-';
}
sub showSuffix {
my $text = $_[0];
$text =~ tr["][]d;
return $text;
}
sub assimVIII {
my ($c, $normal) = @_;
my %h = ( "'" => [ $c . "t",
"t" . "t" ],
"_t" => $c . "_t",
"_d" => [ "d" . "d",
$c . "_d" ],
"d" => $c . "d",
"z" => $c . "d",
".s" => $c . ".t",
".d" => [ $c . ".t",
$c . ".d" ],
".t" => [ $c . ".t",
".d" . ".t" ],
".z" => $c . ".z",
"w" => "t" . "t" );
return exists $h{$c} ? ref $h{$c} ? $normal ? $h{$c}[0] : $h{$c}[1]
: $h{$c}
: $c . "t";
}
sub assimVII {
my ($c, $normal) = @_;
my %h = ( "m" => [ "n" . $c, "m" . $c ] );
return exists $h{$c} ? ref $h{$c} ? $normal ? $h{$c}[0] : $h{$c}[1]
: $h{$c}
: "n" . $c;
}
sub interlock {
return interlocks([], [], @_);
}
sub interlocks {
my ($p, $s, $pattern, @root) = @_;
if ($pattern =~ /^\"([^\"]+)\"$/) {
$pattern = $1;
$pattern .= 'w' if $pattern =~ /A$/ and @{$s} and $s->[0] eq "Iy";
$pattern =~ s/^H/'/;
$pattern =~ s/^([IMNSTUY])/\l$1/;
return $pattern unless @root;
if ("' _h _d" eq join ' ', @root) {
$pattern =~ s/Ft/assimVIII($root[0], 1)/e;
}
else {
$pattern =~ s/Ft/assimVIII($root[0], 0)/e;
}
$pattern =~ s/nF/assimVII($root[0], 0)/e;
$pattern =~ s/F/$root[0]/g if defined $root[0];
$pattern =~ s/C/$root[1]/g if defined $root[1];
$pattern =~ s/L/$root[2]/g if defined $root[2];
$pattern =~ s/K/$root[0]/g if defined $root[0];
$pattern =~ s/R/$root[1]/g if defined $root[1];
$pattern =~ s/D/$root[2]/g if defined $root[2];
$pattern =~ s/S/$root[3]/g if defined $root[3];
}
elsif ($pattern =~ /^(?:_____|Identity)$/) {
$pattern = join "", @root;
$pattern = (substr $pattern, 0, -1) . 'm' if $pattern =~ /^(?:`an|min)$/
and @{$s} and $s->[0] eq '"mA"';
}
elsif ($pattern =~ /[FCL]/) {
@root = (@root, ('F', 'C', 'L')[@root .. 2]);
$pattern = (substr $pattern, 0, -1) . 'w' if $pattern =~ /^F(?:[aiu]C|[IU])LA'$/
and @root and $root[-1] ne 'w'
and @{$s} and not $s->[0] =~ /^"[aiu]N?"$/;
$pattern =~ s/UC/U\|C/ if $pattern =~ /^(?:Tu)?FUC(?:i?L|I)$/
and @root > 1 and $root[1] eq 'w';
$pattern =~ s/^H/'/;
$pattern =~ s/^([IMNSTUY])/\l$1/;
if ("' _h _d" eq join ' ', @root) {
$pattern =~ s/Ft/assimVIII($root[0], 0)/e;
}
else {
$pattern =~ s/Ft/assimVIII($root[0], 1)/e;
}
$pattern =~ s/[nN]F/assimVII($root[0], 1)/e;
$pattern =~ s/F/$root[0]/g;
$pattern =~ s/C/$root[1]/g;
$pattern =~ s/L/$root[2]/g;
}
elsif ($pattern =~ /[KRDS]/) {
@root = (@root, ('K', 'R', 'D', 'S')[@root .. 3]);
$pattern =~ s/^H/'/;
$pattern =~ s/^([IMNSTUY])/\l$1/;
$pattern =~ s/K/$root[0]/g;
$pattern =~ s/R/$root[1]/g;
$pattern =~ s/D/$root[2]/g;
$pattern =~ s/S/$root[3]/g;
}
return $pattern;
}
sub isClosed {
return 0 if $_[0] =~ /^[aiuAIUY]/;
return 1;
}
our @sunny = ( "t", "_t", "d", "_d", "r", "z", "s", "^s",
".s", ".d", ".t", ".z", "l", "n" );
our @moony = ( "'", "b", "^g", ".h", "_h", "`", ".g",
"f", "q", "k", "m", "h", "w", "y",
"B", "p", "v", "g", "^c", "^z",
"c", ",c", "^n", "^l", ".r" );
sub mergePrefix {
my $p = $_[0];
my $y = substr $_[1], 0, 1;
my $s = substr $_[1], 1;
my ($x, $l);
if ($_[0] =~ /^[Aa]l$/) {
($l) = grep { $_[1] =~ /^\Q$_/ } @sunny;
return "a" . ( defined $l ? $l : $_[1] =~ /^i/ ? "l-i" : "l" ) . "-" . $_[1];
}
return "'A" . $s if $p eq "\"'a\"" and $y eq '\'' and isClosed($s);
return "'U" . $s if $p eq "\"'u\"" and $y eq '\'' and isClosed($s);
return $x . "U" . $s if ($x) = $p =~ /^"(.)u"$/ and $y =~ /[wy]/ and isClosed($s);
return showPrefix($_[0]) . $_[1];
}
sub mergeSuffix {
my (%rules, $x);
if ($_[0] eq 'Y') {
return "AT" if $_[1] =~ /^[Aa]T$/;
return "awIy" if $_[1] eq "Iy";
return "awn" if $_[1] eq "Un";
return "ayn" if $_[1] eq "In";
%rules = ( "" => "a",
"Una" => "awna",
"U" => "aw",
"UW" => "aW",
"Ina" => "ayna",
"I" => "ay",
"^g" => "a^g" );
if (($x) = $_[1] =~ /^"(.*)"$/) {
return $rules{$x} if exists $rules{$x};
return "Y" if $x =~ /^[aiu]$/;
return "aNY" if $x =~ /^[aiu]N$/;
return $x if $x =~ /^at/;
return "aw" . $x if $x =~ /^u/;
}
return "ay" . showSuffix($_[1]);
}
if ($_[0] eq 'I') {
return "iyaT" if $_[1] =~ /^[Aa]T$/;
return "awIy" if $_[1] eq "Iy";
return "Un" if $_[1] eq "Un";
return "In" if $_[1] eq "In";
%rules = ( "" => "i",
"Una" => "Una",
"U" => "U",
"UW" => "UW",
"Ina" => "Ina",
"I" => "I",
"Iy" => "Iy",
"mA" => "ImA",
"ka" => "Ika" );
if (($x) = $_[1] =~ /^"(.*)"$/) {
return $rules{$x} if exists $rules{$x};
return "I" if $x =~ /^[iu]$/;
return "iN" if $x =~ /^[iu]N$/;
return "I" . $x if $x =~ /^[nt]/;
return $x if $x =~ /^[iu]/;
}
return "iy" . showSuffix($_[1]);
}
if ($_[0] eq 'A') {
return "AT" if $_[1] =~ /^[Aa]T$/;
return "awIy" if $_[1] eq "Iy";
return "awn" if $_[1] eq "Un";
return "ayn" if $_[1] eq "In";
%rules = ( "" => "a",
"Una" => "awna",
"U" => "aw",
"UW" => "aW",
"Ina" => "ayna",
"I" => "ay",
"Iy" => "AnIy",
"At" => "A'At",
"t" => "At",
"_dA" => "A_dA",
"li" => "Ali",
"ka" => "Aka" );
if (($x) = $_[1] =~ /^"(.*)"$/) {
return $rules{$x} if exists $rules{$x};
return "A" if $x =~ /^[aiu]$/;
return "aN" if $x =~ /^[aiu]N$/;
return $x if $x =~ /^at/;
return "aw" . $x if $x =~ /^u/;
}
return "aw" . showSuffix($_[1]);
}
if ($_[0] eq 'U') {
return "UhAt" if $_[1] eq "At";
return "Un" if $_[1] eq "Un";
return "In" if $_[1] eq "In";
%rules = ( "" => "u",
"Una" => "Una",
"U" => "U",
"UW" => "UW",
"Ina" => "Ina",
"I" => "I",
"u" => "U",
"i" => "I",
"l" => "Ul",
"f" => "Uf",
"^g" => "U^g" );
if (($x) = $_[1] =~ /^"(.*)"$/) {
return $rules{$x} if exists $rules{$x};
return $x if $x =~ /^[ui]N$/;
return "U" . $x if $x =~ /^[nt]/;
return $x if $x =~ /^[iu]/;
}
return "uw" . showSuffix($_[1]);
}
return $_[0] . showSuffix($_[1]);
}
1;
__END__
=head1 NAME
ElixirFM - Interfaces to the ElixirFM system implementing Functional Arabic Morphology
=head1 REVISION
$Revision: 976 $ $Date: 2010-07-15 00:25:17 +0200 (Thu, 15 Jul 2010) $
=head1 SYNOPSIS
use ElixirFM;
=head1 DESCRIPTION
The L module reimplements some of the functionality of the ElixirFM system
written in Haskell.
You can find documentation for this module at L.
=head1 AUTHOR
Otakar Smrz C<< >>, L
=head1 COPYRIGHT & LICENSE
Copyright (C) 2005-2010 Otakar Smrz
This program is free software; you can redistribute it and/or modify it
under the terms of the GNU General Public License version 3.
=cut
ElixirFM-1.1/lib/ElixirFM/ 0000755 0014324 0013560 00000000000 11420132771 013764 5 ustar smrz ufal ElixirFM-1.1/lib/ElixirFM/CGI/ 0000755 0014324 0013560 00000000000 11420132771 014366 5 ustar smrz ufal ElixirFM-1.1/lib/ElixirFM/CGI/Derive.pm 0000444 0014324 0013560 00000030330 11420132771 016137 0 ustar smrz ufal # ###################################################################### Otakar Smrz, 2009/01/25
#
# ElixirFM Derive Online #######################################################################
# $Id: Derive.pm 946 2010-04-12 19:27:23Z smrz $
package ElixirFM::CGI::Derive;
use strict;
our $VERSION = join '.', '1.1', q $Revision: 946 $ =~ /(\d+)/;
use ElixirFM::CGI;
use CGI::Fast ':standard';
use ElixirFM::Exec './elixir';
use ElixirFM;
use Encode::Arabic::ArabTeX ':simple';
use Encode::Arabic::Buckwalter ':xml';
use Encode::Arabic ':modes';
our @example = ( [ 'verb noun adjective', decode "buckwalter", "qrO" ],
[ 'verb masdar participle', decode "buckwalter", "qrO" ],
[ '[VN]--------- A---------', decode "buckwalter", "qrO" ],
[ 'participle passive active masdar verb', decode "buckwalter", "AstqrO ktAbp" ],
[ 'part pas act msd verb', decode "buckwalter", "AstqrO ktAbp" ],
[ 'A--[PA] N V', decode "buckwalter", "AstqrO ktAbp" ] );
sub pretty ($$$$) {
my ($reply, $query, $mode, $q) = @_;
my @word = ElixirFM::unpretty $reply;
my @text = split "\n", $q->param('clip');
my $r = '';
for (my $i = 0; $i < @text; $i++) {
$r .= $q->h3($q->span({-class => "mode"}, ucfirst $mode),
$q->span({-class => "word",
-title => "input word"}, $text[$i]));
my @r = pretty_lookup_tree($query->[$i], $q, \@word);
next unless @r;
$r .= $q->ul({-class => 'listexpander'}, $q->li([@r]));
}
return $r;
}
sub pretty_lookup_data {
my $data = $_[0];
my $q = $_[1];
my ($clip) = $data->{'clip'} =~ /^\( (-?[1-9][0-9]*) , (?: Nothing | Just \[ ([^\]]*) \] ) \)$/x;
$clip = "($clip,Nothing)";
return $q->table({-cellspacing => 0, -class => "nest"},
$q->Tr($q->td({-class => "root",
-title => "common root"}, escape join " ", (decode "zdmg", $_->{'root'}),
(quote decode "arabtex", ElixirFM::cling $_->{'root'}, "|")),
$q->td({-class => "button"},
$q->a({-title => "lookup all entries under this root",
-href => 'index.fcgi?mode=lookup' . '&text=' . (escape quote decode "arabtex", $_->{'root'})}, "Lookup"))
));
}
sub pretty_lookup_tree {
my @data = @{$_[0]};
my $q = $_[1];
my @info = @data;
return map {
my $data = $_;
my $clip = [undef, undef];
(@{$clip}) = $data->{'clip'} =~ /^\( (-?[1-9][0-9]*) , (?: Nothing | Just \[ ([^\]]*) \] ) \)$/x;
$clip->[1] = [ grep { /^-?[1-9][0-9]*$/ } split ',', $clip->[1] ] if defined $clip->[1];
my @r = map {
my $clip = sprintf "(%d,%d)", $clip->[0], defined $clip->[1] ? $clip->[1][$_] : $_ + 1;
my $ents = $data->{'ents'}[$_];
my @info = @{$ents->[1]}{'morphs', 'entity', 'limits', 'reflex'};
my $form = exists $ents->[1]{'entity'}[1]{'form'} ? $ents->[1]{'entity'}[1]{'form'} : [];
my $xtag = $info[1]->[0];
$xtag = join ' ', ElixirFM::retrieve $xtag;
$xtag = substr $xtag, 0, 1;
$info[4] = join " ", map { exists $ents->[1]{'entity'}[1]{$_} ? @{$ents->[1]{'entity'}[1]{$_}} : () } 'imperf', 'pfirst', 'second';
$info[5] = ElixirFM::merge $data->{'root'}, $info[0];
my $root = join " ", (decode "zdmg", $data->{'root'}), (decode "arabtex", ElixirFM::cling $data->{'root'});
my $word = shift @{$_[2]};
! @{$word} ? () : join $",
$q->table({-cellspacing => 0, -class => "lexeme"},
$q->Tr($q->td({-class => "xtag",
-title => ElixirFM::describe $xtag}, $xtag),
$q->td({-class => "phon",
-title => "citation form"}, decode "zdmg", $info[5]),
$q->td({-class => "orth",
-title => "citation form"}, decode "arabtex", $info[5]),
$q->td({-class => "root",
-title => "root of citation form"}, $root),
$q->td({-class => "morphs",
-title => "morphs of citation form"}, ElixirFM::nice $info[0]),
$q->td({-class => "class",
-title => "derivational class"}, join " ", @{$form}),
$q->td({-class => "stems",
-title => "inflectional stems"}, ElixirFM::nice $info[4]),
$q->td({-class => "reflex",
-title => "lexical reference"}, escape join ", ", map { '"' . $_ . '"' } @{$info[3]}),
$q->td({-class => "button"},
$q->a({-title => "inflect this lexeme",
-href => 'index.fcgi?mode=inflect' . '&clip=' . $clip}, "Inflect"),
$q->a({-title => "derive other lexemes",
-href => 'index.fcgi?mode=derive' . '&clip=' . $clip}, "Derive"),
$q->a({-title => "lookup in the lexicon",
-href => 'index.fcgi?mode=lookup' . '&clip=' . $clip}, "Lookup")),
)),
$q->ul($q->li($q->table({-cellspacing => 0}, "\n", map { pretty_derive_list($_, $q) }
map {
[ $_->[0], @{$_} > 1 ? @{$_->[1]} : () ],
map {
[ ' ' x 10, @{$_} ]
} @{$_} > 2 ? @{$_}[2 .. @{$_} - 1] : ()
} @{$word})))
} 0 .. @{$_->{'ents'}} - 1;
! @r ? () : pretty_lookup_data($_, $q) . "\n" . $q->ul($q->li([@r]))
} @data;
}
sub pretty_derive_list {
my @data = @{$_[0]};
my $q = $_[1];
return '' if @data < 4;
$data[0] = substr $data[0], 1, -1;
$data[3] = substr $data[3], 1, -1;
return $q->Tr( join $",
$q->td({-class => "xtag",
-title => ElixirFM::describe $data[0]}, $data[0]),
$q->td({-class => "class",
-title => "derivational class"}, $data[1]),
$q->td({-class => "phon",
-title => "derived form"}, decode "zdmg", $data[2]),
$q->td({-class => "orth",
-title => "derived form"}, decode "arabtex", $data[2]),
$q->td({-class => "morphs",
-title => "morphs of derived form"}, ElixirFM::nice $data[4]),
$q->td({-class => "dtag",
-title => "grammatical parameters"}, ElixirFM::describe $data[0], 'terse') );
}
sub main ($) {
my $c = shift;
my $q = $c->query();
my $r = '';
$q->param($c->mode_param(), 'derive');
$r .= display_header $c;
$r .= display_headline $c;
my $memoize = '';
if (defined $q->param('submit') and $q->param('submit') eq 'Example') {
my $idx = rand @example;
$q->param('text', $example[$idx][0]);
$q->param('clip', $example[$idx][1]);
}
else {
$q->param('text', join ' ', split ' ', defined $q->param('text') ? $q->param('text') : '');
if ($q->param('text') ne '') {
$q->param('text', decode "utf8", $q->param('text'));
}
else {
$q->param('text', $example[0][0]);
}
if (defined $q->param('clip') and $q->param('clip') !~ /^\s*$/) {
$q->param('clip', decode "utf8", $q->param('clip'));
}
else {
$q->param('clip', $example[0][1]);
$memoize = 'yes';
}
}
$r .= $q->p("ElixirFM lets you derive words of similar meaning but different grammatical category.",
"You only need to tell the desired grammatical categories.");
$r .= $q->p("You can either enter natural language descriptions, or you can specify the parameters using the positional morphological tags.");
$r .= $q->h2('Your Request');
$r .= $q->start_form(-method => 'POST');
$r .= $q->table( {-border => 0},
Tr( {-align => 'left'},
td( {-colspan => 3, -class => "xtag"},
$q->textfield( -name => 'text',
-id => 'text',
-dir => 'ltr',
-default => $q->param('text'),
-accesskey => '4',
-size => 60,
-maxlength => 180) ),
td( {-colspan => 1, -align => 'left', -style => "vertical-align: middle; padding-left: 20px"},
$q->textfield( -name => 'clip',
-id => 'clip',
-default => $q->param('clip'),
-accesskey => '5',
-size => 30,
-maxlength => 60) ) ),
Tr( {-align => 'left'},
td({-align => 'left'}, $q->submit(-name => 'submit', -value => ucfirst $q->param($c->mode_param()))),
td({-align => 'center'}, $q->button(-name => 'clear', -value => 'Clear', -onclick => "elixirClear('text')")),
td({-align => 'right'}, $q->submit(-name => 'submit', -value => 'Example')),
td({-align => 'right'}, $q->button(-name => 'clear', -value => 'Clear', -onclick => "elixirClear('clip')")) ) );
$r .= $q->hidden( -name => $c->mode_param(), -value => $q->param($c->mode_param()) );
$r .= $q->end_form();
$r .= $q->h2('ElixirFM Reply');
$r .= $q->p("Point the mouse over the data to receive further information.");
my $mode = $q->param($c->mode_param());
my $text = $q->param('text');
$text =~ s/(?:masdar|msd)/noun/g;
$text =~ s/(?:participle|part)/adj/g;
$text = join ' ', ElixirFM::retrieve $text;
my $clip = $q->param('clip');
$clip = join "\n", ElixirFM::identify $clip;
$q->param('clip', $clip);
my $query = ['lookup', $clip];
if ($memoize) {
$memoize{$mode}[0] = ElixirFM::Exec::elixir @{$query} unless exists $memoize{$mode} and defined $memoize{$mode}[0];
$query = $memoize{$mode}[0];
}
else {
$query = ElixirFM::Exec::elixir @{$query};
}
$query = [ ElixirFM::unpretty $query, 'clear' ];
my @clip = map { map { $_->{'clip'} } @{$_} } @{$query};
my $reply = [$mode, [@clip], $text];
if ($memoize) {
$memoize{$mode}[1] = ElixirFM::Exec::elixir @{$reply} unless exists $memoize{$mode} and defined $memoize{$mode}[1];
$reply = $memoize{$mode}[1];
}
else {
$reply = ElixirFM::Exec::elixir @{$reply};
}
$r .= pretty $reply, $query, $mode, $q;
unless ($memoize and exists $memoize{$mode}) {
open L, '>>', "$mode/index.log";
print L join "\t", gmtime() . "", (join " ", @clip),
($reply =~ /^\s*$/ ? '--' : '++'),
encode "utf8", $q->param('text') . "\n";
close L;
}
$r .= display_footline $c;
$r .= display_footer $c;
return encode "utf8", $r;
}
1;
ElixirFM-1.1/lib/ElixirFM/CGI/Lookup.pm 0000444 0014324 0013560 00000026057 11420132771 016205 0 ustar smrz ufal # ###################################################################### Otakar Smrz, 2009/01/25
#
# ElixirFM Lookup Online #######################################################################
# $Id: Lookup.pm 946 2010-04-12 19:27:23Z smrz $
package ElixirFM::CGI::Lookup;
use strict;
our $VERSION = join '.', '1.1', q $Revision: 946 $ =~ /(\d+)/;
use ElixirFM::CGI;
use CGI::Fast ':standard';
use ElixirFM::Exec './elixir';
use ElixirFM;
use Encode::Arabic::ArabTeX ':simple';
use Encode::Arabic::Buckwalter ':xml';
use Encode::Arabic ':modes';
our @example = ( [ 'Unicode', join " ", "school", decode "buckwalter", "drs k t b" ],
[ 'ArabTeX', "qAmUs 'lktrny ^g d d" ] );
sub pretty ($$$) {
my ($reply, $mode, $q) = @_;
my @word = ElixirFM::unpretty $reply, 'clear';
my @text = split "\n", $q->param('text');
my $r = '';
$r .= $q->p({-class => 'notice'}, 'The numbers of input and output words are not equal! ' . (scalar @text) . " <> " . (scalar @word)) unless @text == @word;
for (my $i = 0; $i < @word; $i++) {
$r .= $q->h3($q->span({-class => "mode"}, ucfirst $mode),
$q->span({-class => "word",
-title => "input word"}, $text[$i]));
next unless @{$word[$i]};
$r .= $q->ul({-class => 'listexpander'}, pretty_lookup_tree($word[$i], $q));
}
return $r;
}
sub pretty_lookup_data {
my $data = $_[0];
my $q = $_[1];
my $clip = '(' . $_[2]->[0] . ',Nothing)';
return $q->table({-cellspacing => 0, -class => "nest"},
$q->Tr($q->td({-class => "root",
-title => "common root"}, escape join " ", (decode "zdmg", $_->{'root'}),
(quote decode "arabtex", ElixirFM::cling $_->{'root'}, "|")),
$q->td({-class => "button"},
$q->a({-title => "lookup all entries under this root",
-href => 'index.fcgi?mode=lookup' . '&text=' . (escape quote decode "arabtex", $_->{'root'})}, "Lookup"))
));
}
sub pretty_lookup_tree {
my @data = @{$_[0]};
my $q = $_[1];
return $q->li([ map {
my $data = $_;
my $clip = [undef, undef];
(@{$clip}) = $_->{'clip'} =~ /^\( (-?[1-9][0-9]*) , (?: Nothing | Just \[ ([^\]]*) \] ) \)$/x;
$clip->[1] = [ grep { /^-?[1-9][0-9]*$/ } split ',', $clip->[1] ] if defined $clip->[1];
pretty_lookup_data($_, $q, $clip) . "\n" . $q->ul($q->li([ map {
pretty_lookup_entry($data, $q, $clip, $_)
} 0 .. @{$_->{'ents'}} - 1 ] ))
} @data ]);
}
sub pretty_lookup_entry {
my $data = $_[0];
my $q = $_[1];
my $clip = '(' . $_[2]->[0] . ',' . (defined $_[2]->[1] ? $_[2]->[1][$_[3]] : $_[3] + 1) . ')';
my $ents = $data->{'ents'}[$_[3]];
my @info = @{$ents->[1]}{'morphs', 'entity', 'limits', 'reflex'};
my $form = exists $ents->[1]{'entity'}[1]{'form'} ? $ents->[1]{'entity'}[1]{'form'} : [];
my @entity = map { exists $ents->[1]{'entity'}[1]{$_} ? $ents->[1]{'entity'}[1]{$_} : [] } 'plural', 'femini';
@entity = ((map { [($_ == 0 ? '-------P--' : ''),
ElixirFM::merge($data->{'root'}, $entity[0][$_]), $entity[0][$_]] } 0 .. @{$entity[0]} - 1),
(map { [($_ == 0 ? '------F---' : ''),
ElixirFM::merge($data->{'root'}, $entity[1][$_]), $entity[1][$_]] } 0 .. @{$entity[1]} - 1));
my $xtag = $info[1]->[0];
$xtag = join ' ', ElixirFM::retrieve $xtag;
$xtag = substr $xtag, 0, 1;
$info[4] = join " ", map { exists $ents->[1]{'entity'}[1]{$_} ? @{$ents->[1]{'entity'}[1]{$_}} : () } 'imperf', 'pfirst', 'second';
$info[5] = ElixirFM::merge $data->{'root'}, $info[0];
return join $",
$q->table({-cellspacing => 0, -class => "lexeme"},
$q->Tr($q->td({-class => "xtag",
-title => ElixirFM::describe $xtag}, $xtag),
$q->td({-class => "phon",
-title => "citation form"}, decode "zdmg", $info[5]),
$q->td({-class => "orth",
-title => "citation form"}, decode "arabtex", $info[5]),
$q->td({-class => "morphs",
-title => "morphs of citation form"}, ElixirFM::nice $info[0]),
$q->td({-class => "class",
-title => "derivational class"}, join " ", @{$form}),
$q->td({-class => "stems",
-title => "inflectional stems"}, ElixirFM::nice $info[4]),
$q->td({-class => "reflex",
-title => "lexical reference"}, escape join ", ", map { '"' . $_ . '"' } @{$info[3]}),
$q->td({-class => "button"},
$q->a({-title => "inflect this lexeme",
-href => 'index.fcgi?mode=inflect' . '&clip=' . $clip}, "Inflect"),
$q->a({-title => "derive other lexemes",
-href => 'index.fcgi?mode=derive' . '&clip=' . $clip}, "Derive"),
$q->a({-title => "lookup in the lexicon",
-href => 'index.fcgi?mode=lookup' . '&clip=' . $clip}, "Lookup")),
)),
(@entity == 0) ? () :
$q->ul($q->li($q->table({-cellspacing => 0},
$q->Tr([ map { pretty_lookup_entity($_, $q) } @entity ] ) )) );
}
sub pretty_lookup_entity {
my @info = @{$_[0]};
my $q = $_[1];
return join $",
$q->td({-class => "xtag",
-title => ElixirFM::describe $info[0]}, $info[0]),
$q->td({-class => "phon",
-title => "inflectional stem"}, decode "zdmg", $info[1]),
$q->td({-class => "orth",
-title => "inflectional stem"}, decode "arabtex", $info[1]),
$q->td({-class => "morphs",
-title => "morphs of inflectional stem"}, ElixirFM::nice $info[2]),
$q->td({-class => "dtag",
-title => "grammatical parameters"}, ElixirFM::describe $info[0], 'terse');
}
sub main ($) {
my $c = shift;
my $q = $c->query();
my $r = '';
$q->param($c->mode_param(), 'lookup');
$r .= display_header $c;
$r .= display_headline $c;
my $memoize = '';
if (defined $q->param('submit') and $q->param('submit') eq 'Example') {
my $idx = rand @example;
$q->param('text', $example[$idx][1]);
$q->param('code', $example[$idx][0]);
}
else {
$q->param('text', join ' ', split ' ', defined $q->param('text') ? $q->param('text') : '');
if ($q->param('text') ne '') {
$q->param('text', decode "utf8", $q->param('text'));
}
elsif (defined $q->param('clip') and $q->param('clip') =~ /^\s*\(\s*(-?)\s*([1-9][0-9]*)\s*,\s*(-?)\s*([1-9][0-9]*)\s*\)\s*$/) {
$q->param('clip', "($1$2,$3$4)");
$q->param('text', $q->param('clip'));
}
else {
$q->param('text', $example[0][1]);
$q->param('code', $example[0][0]);
$memoize = 'yes';
}
}
$q->param('code', 'Unicode') unless defined $q->param('code');
$r .= $q->p("ElixirFM can lookup lexical entries by the citation form and nests of entries by the root.",
"You can even search the dictionary using English.");
$r .= $q->p("You can try enclosing the text in quotes or parentheses if needed.");
$r .= $q->h2('Your Request');
$r .= $q->start_form(-method => 'POST');
$r .= $q->table( {-border => 0},
Tr( {-align => 'left'},
td( {-colspan => 3},
$q->textfield( -name => 'text',
-id => 'text',
-dir => 'ltr',
-default => $q->param('text'),
-accesskey => '4',
-size => 60,
-maxlength => 180) ),
td( {-colspan => 2, -style => "vertical-align: middle; padding-left: 20px", -class => 'notice'},
$q->radio_group(-name => 'code',
-values => [ @enc_list ],
-default => $q->param('code'),
-accesskey => '5',
-onchange => "elixirYamli('text')",
-attributes => { 'ArabTeX' => {-title => "internal phonology-oriented notation"},
'Buckwalter' => {-title => "letter-by-letter romanization"},
'Unicode' => {-title => "original script and orthography"} },
-linebreak => 0,
-rows => 1,
-columns => scalar @enc_list) ) ),
Tr( {-align => 'left'},
td({-align => 'left'}, $q->submit(-name => 'submit', -value => ucfirst $q->param($c->mode_param()))),
td({-align => 'center'}, $q->button(-name => 'clear', -value => 'Clear', -onclick => "elixirClear('text')")),
td({-align => 'right'}, $q->submit(-name => 'submit', -value => 'Example')) ) );
$r .= $q->hidden( -name => $c->mode_param(), -value => $q->param($c->mode_param()) );
$r .= $q->end_form();
$r .= $q->h2('ElixirFM Reply');
$r .= $q->p({-class => 'notice'}, "Click on the items in the list of solutions below in order to display or hide their contents.");
$r .= $q->p("Point the mouse over the data to receive further information.");
my $mode = $q->param($c->mode_param());
my $code = exists $enc_hash{$q->param('code')} ? $enc_hash{$q->param('code')} : 'UTF';
my $text = $q->param('text');
$text = join "\n", ElixirFM::identify $text;
$q->param('text', $text);
my $reply = [$mode, [$code], $text];
if ($memoize) {
$memoize{$mode} = ElixirFM::Exec::elixir @{$reply} unless exists $memoize{$mode};
$reply = $memoize{$mode};
}
else {
$reply = ElixirFM::Exec::elixir @{$reply};
}
$r .= pretty $reply, $mode, $q;
unless ($memoize and exists $memoize{$mode}) {
open L, '>>', "$mode/index.log";
print L join "\t", gmtime() . "", $code,
($reply =~ /^\s*$/ ? '--' : '++'),
encode "utf8", (join "\t", split "\n", $q->param('text')) . "\n";
close L;
}
$r .= display_footline $c;
$r .= display_footer $c;
return encode "utf8", $r;
}
1;
ElixirFM-1.1/lib/ElixirFM/CGI/Inflect.pm 0000444 0014324 0013560 00000030137 11420132771 016312 0 ustar smrz ufal # ###################################################################### Otakar Smrz, 2009/01/25
#
# ElixirFM Inflect Online ######################################################################
# $Id: Inflect.pm 946 2010-04-12 19:27:23Z smrz $
package ElixirFM::CGI::Inflect;
use strict;
our $VERSION = join '.', '1.1', q $Revision: 946 $ =~ /(\d+)/;
use ElixirFM::CGI;
use CGI::Fast ':standard';
use ElixirFM::Exec './elixir';
use ElixirFM;
use Encode::Arabic::ArabTeX ':simple';
use Encode::Arabic::Buckwalter ':xml';
use Encode::Arabic ':modes';
our @example = ( [ 'perfect active third imperative', decode "buckwalter", "qrO" ],
[ 'perf act 3rd impa', decode "buckwalter", "qrO" ],
[ '-P-A-3---- -C--------', decode "buckwalter", "qrO" ],
[ 'indicative subjunctive jussive indefinite reduced definite', decode "buckwalter", "AstqrO ktAbp" ],
[ 'ind sub jus indf red def', decode "buckwalter", "AstqrO ktAbp" ],
[ '--[ISJ]------[IRD]', decode "buckwalter", "AstqrO ktAbp" ] );
sub pretty ($$$$) {
my ($reply, $query, $mode, $q) = @_;
my @word = ElixirFM::unpretty $reply;
my @text = split "\n", $q->param('clip');
my $r = '';
for (my $i = 0; $i < @text; $i++) {
$r .= $q->h3($q->span({-class => "mode"}, ucfirst $mode),
$q->span({-class => "word",
-title => "input word"}, $text[$i]));
my @r = pretty_lookup_tree($query->[$i], $q, \@word);
next unless @r;
$r .= $q->ul({-class => 'listexpander'}, $q->li([@r]));
}
return $r;
}
sub pretty_lookup_data {
my $data = $_[0];
my $q = $_[1];
my ($clip) = $data->{'clip'} =~ /^\( (-?[1-9][0-9]*) , (?: Nothing | Just \[ ([^\]]*) \] ) \)$/x;
$clip = "($clip,Nothing)";
return $q->table({-cellspacing => 0, -class => "nest"},
$q->Tr($q->td({-class => "root",
-title => "common root"}, escape join " ", (decode "zdmg", $_->{'root'}),
(quote decode "arabtex", ElixirFM::cling $_->{'root'}, "|")),
$q->td({-class => "button"},
$q->a({-title => "lookup all entries under this root",
-href => 'index.fcgi?mode=lookup' . '&text=' . (escape quote decode "arabtex", $_->{'root'})}, "Lookup"))
));
}
sub pretty_lookup_tree {
my @data = @{$_[0]};
my $q = $_[1];
my @info = @data;
return map {
my $data = $_;
my $clip = [undef, undef];
(@{$clip}) = $data->{'clip'} =~ /^\( (-?[1-9][0-9]*) , (?: Nothing | Just \[ ([^\]]*) \] ) \)$/x;
$clip->[1] = [ grep { /^-?[1-9][0-9]*$/ } split ',', $clip->[1] ] if defined $clip->[1];
my @r = map {
my $clip = sprintf "(%d,%d)", $clip->[0], defined $clip->[1] ? $clip->[1][$_] : $_ + 1;
my $ents = $data->{'ents'}[$_];
my @info = @{$ents->[1]}{'morphs', 'entity', 'limits', 'reflex'};
my $form = exists $ents->[1]{'entity'}[1]{'form'} ? $ents->[1]{'entity'}[1]{'form'} : [];
my $xtag = $info[1]->[0];
$xtag = join ' ', ElixirFM::retrieve $xtag;
$xtag = substr $xtag, 0, 1;
$info[4] = join " ", map { exists $ents->[1]{'entity'}[1]{$_} ? @{$ents->[1]{'entity'}[1]{$_}} : () } 'imperf', 'pfirst', 'second';
$info[5] = ElixirFM::merge $data->{'root'}, $info[0];
my $root = join " ", (decode "zdmg", $data->{'root'}), (decode "arabtex", ElixirFM::cling $data->{'root'});
my $word = shift @{$_[2]};
! @{$word} ? () : join $",
$q->table({-cellspacing => 0, -class => "lexeme"},
$q->Tr($q->td({-class => "xtag",
-title => ElixirFM::describe $xtag}, $xtag),
$q->td({-class => "phon",
-title => "citation form"}, decode "zdmg", $info[5]),
$q->td({-class => "orth",
-title => "citation form"}, decode "arabtex", $info[5]),
$q->td({-class => "root",
-title => "root of citation form"}, $root),
$q->td({-class => "morphs",
-title => "morphs of citation form"}, ElixirFM::nice $info[0]),
$q->td({-class => "class",
-title => "derivational class"}, join " ", @{$form}),
$q->td({-class => "stems",
-title => "inflectional stems"}, ElixirFM::nice $info[4]),
$q->td({-class => "reflex",
-title => "lexical reference"}, escape join ", ", map { '"' . $_ . '"' } @{$info[3]}),
$q->td({-class => "button"},
$q->a({-title => "inflect this lexeme",
-href => 'index.fcgi?mode=inflect' . '&clip=' . $clip}, "Inflect"),
$q->a({-title => "derive other lexemes",
-href => 'index.fcgi?mode=derive' . '&clip=' . $clip}, "Derive"),
$q->a({-title => "lookup in the lexicon",
-href => 'index.fcgi?mode=lookup' . '&clip=' . $clip}, "Lookup")),
)),
$q->ul($q->li($q->table({-cellspacing => 0}, "\n", map { pretty_inflect_list($_, $q) }
map {
[ $_->[0], @{$_} > 1 ? @{$_->[1]} : () ],
map {
[ ' ' x 10, @{$_} ]
} @{$_} > 2 ? @{$_}[2 .. @{$_} - 1] : ()
} @{$word})))
} 0 .. @{$_->{'ents'}} - 1;
! @r ? () : pretty_lookup_data($_, $q) . "\n" . $q->ul($q->li([@r]))
} @data;
}
sub pretty_inflect_list {
my @data = @{$_[0]};
my $q = $_[1];
return '' if @data < 4;
$data[2] = substr $data[2], 1, -1;
return $q->Tr( join $",
$q->td({-class => "xtag",
-title => ElixirFM::describe $data[0]}, $data[0]),
$q->td({-class => "phon",
-title => "inflected form"}, decode "zdmg", $data[1]),
$q->td({-class => "orth",
-title => "inflected form"}, decode "arabtex", $data[1]),
$q->td({-class => "morphs",
-title => "morphs of inflected form"}, ElixirFM::nice $data[3]),
$q->td({-class => "dtag",
-title => "grammatical parameters"}, ElixirFM::describe $data[0], 'terse') );
}
sub main ($) {
my $c = shift;
my $q = $c->query();
my $r = '';
$q->param($c->mode_param(), 'inflect');
$r .= display_header $c;
$r .= display_headline $c;
my $memoize = '';
if (defined $q->param('submit') and $q->param('submit') eq 'Example') {
my $idx = rand @example;
$q->param('text', $example[$idx][0]);
$q->param('clip', $example[$idx][1]);
}
else {
$q->param('text', join ' ', split ' ', defined $q->param('text') ? $q->param('text') : '');
if ($q->param('text') ne '') {
$q->param('text', decode "utf8", $q->param('text'));
}
else {
$q->param('text', $example[0][0]);
}
if (defined $q->param('clip') and $q->param('clip') !~ /^\s*$/) {
$q->param('clip', decode "utf8", $q->param('clip'));
}
else {
$q->param('clip', $example[0][1]);
$memoize = 'yes';
}
}
$r .= $q->p("ElixirFM lets you inflect words into the forms required by context.",
"You only need to define the grammatical parameters of the expected word forms.");
$r .= $q->p("You can either enter natural language descriptions, or you can specify the parameters using the positional morphological tags.");
$r .= $q->h2('Your Request');
$r .= $q->start_form(-method => 'POST');
$r .= $q->table( {-border => 0},
Tr( {-align => 'left'},
td( {-colspan => 3, -class => "xtag"},
$q->textfield( -name => 'text',
-id => 'text',
-dir => 'ltr',
-default => $q->param('text'),
-accesskey => '4',
-size => 60,
-maxlength => 180) ),
td( {-colspan => 1, -align => 'left', -style => "vertical-align: middle; padding-left: 20px"},
$q->textfield( -name => 'clip',
-id => 'clip',
-default => $q->param('clip'),
-accesskey => '5',
-size => 30,
-maxlength => 60) ) ),
Tr( {-align => 'left'},
td({-align => 'left'}, $q->submit(-name => 'submit', -value => ucfirst $q->param($c->mode_param()))),
td({-align => 'center'}, $q->button(-name => 'clear', -value => 'Clear', -onclick => "elixirClear('text')")),
td({-align => 'right'}, $q->submit(-name => 'submit', -value => 'Example')),
td({-align => 'right'}, $q->button(-name => 'clear', -value => 'Clear', -onclick => "elixirClear('clip')")) ) );
$r .= $q->hidden( -name => $c->mode_param(), -value => $q->param($c->mode_param()) );
$r .= $q->end_form();
$r .= $q->h2('ElixirFM Reply');
$r .= $q->p("Point the mouse over the data to receive further information.");
my $mode = $q->param($c->mode_param());
my $text = join ' ', ElixirFM::retrieve $q->param('text');
my $clip = $q->param('clip');
$clip = join "\n", ElixirFM::identify $clip;
$q->param('clip', $clip);
my $query = ['lookup', $clip];
if ($memoize) {
$memoize{$mode}[0] = ElixirFM::Exec::elixir @{$query} unless exists $memoize{$mode} and defined $memoize{$mode}[0];
$query = $memoize{$mode}[0];
}
else {
$query = ElixirFM::Exec::elixir @{$query};
}
$query = [ ElixirFM::unpretty $query, 'clear' ];
my @clip = map { map { $_->{'clip'} } @{$_} } @{$query};
my $reply = [$mode, [@clip], $text];
if ($memoize) {
$memoize{$mode}[1] = ElixirFM::Exec::elixir @{$reply} unless exists $memoize{$mode} and defined $memoize{$mode}[1];
$reply = $memoize{$mode}[1];
}
else {
$reply = ElixirFM::Exec::elixir @{$reply};
}
$r .= pretty $reply, $query, $mode, $q;
unless ($memoize and exists $memoize{$mode}) {
open L, '>>', "$mode/index.log";
print L join "\t", gmtime() . "", (join " ", @clip),
($reply =~ /^\s*$/ ? '--' : '++'),
encode "utf8", $q->param('text') . "\n";
close L;
}
$r .= display_footline $c;
$r .= display_footer $c;
return encode "utf8", $r;
}
1;
ElixirFM-1.1/lib/ElixirFM/CGI/Resolve.pm 0000444 0014324 0013560 00000031745 11420132771 016353 0 ustar smrz ufal # ###################################################################### Otakar Smrz, 2009/01/25
#
# ElixirFM Resolve Online ######################################################################
# $Id: Resolve.pm 964 2010-06-12 19:15:10Z smrz $
package ElixirFM::CGI::Resolve;
use strict;
our $VERSION = join '.', '1.1', q $Revision: 964 $ =~ /(\d+)/;
use ElixirFM::CGI;
use CGI::Fast ':standard';
use ElixirFM::Exec './elixir';
use ElixirFM;
use Encode::Arabic::ArabTeX ':simple';
use Encode::Arabic::Buckwalter ':xml';
use Encode::Arabic ':modes';
our @example = ( [ 'Unicode', decode "buckwalter", "AqrO Aldrs AlOwl" ],
[ 'ArabTeX', "iqra' ad-darsa al-'awwala" ],
[ 'ArabTeX', "ad-dars al-'awwal" ],
[ 'Buckwalter', "Aldrs AlOwl" ],
[ 'Buckwalter', "AhlA wshlA" ],
[ 'Unicode', decode "buckwalter", "Aldrs AlOwl" ],
[ 'Unicode', decode "buckwalter", "AhlA wshlA" ] );
sub pretty ($$$) {
my ($reply, $mode, $q) = @_;
my @word = ElixirFM::concat ElixirFM::unpretty $reply;
my @text = split " ", $q->param('text');
my $r = '';
$r .= $q->p({-class => 'notice'}, escape 'The numbers of input and output words are not equal! ' . @text . " <> " . @word) unless @text == @word;
for (my $i = 0; $i < @word; $i++) {
$r .= $q->h3($q->span({-class => "mode"}, ucfirst $mode),
$q->span({-class => "word",
-title => "input word"}, $text[$i]));
if (@{$word[$i]} > 1) {
$r .= $q->ul({-class => 'listexpander'}, pretty_resolve_tree($word[$i], $q));
}
else {
$r .= $q->ul({-class => 'listexpander'},
$q->li({-class => 'empty'},
$q->span({-class => "word",
-title => "input word"}, $text[$i])) );
}
}
return $r;
}
sub pretty_resolve_tree {
my (undef, @data) = @{$_[0]};
my $q = $_[1];
return '' unless @data;
return $q->li([ map {
my (undef, @data) = @{$_};
$q->span({-title => "possible tokenization"}, pretty_resolve_data($_, $q)) . "\n" .
$q->ul($q->li([ map {
my (undef, @data) = @{$_};
$q->span({-title => "token form variants"}, pretty_resolve_forms($_, $q)) . "\n" .
$q->ul($q->li([ map {
pretty_resolve_lexeme($_, $q)
} @data ]))
} @data ]))
} @data ]);
}
sub pretty_resolve_data {
my (undef, @data) = @{$_[0]};
my $q = $_[1];
enmode "buckwalter", 'noneplus';
my $text = join " " . $q->span({-style => 'width: 20px'}, " ") . " ",
map {
my @x = ElixirFM::nub { $_[0] } map {
escape decode "buckwalter", encode "buckwalter", decode "arabtex", $_
} ElixirFM::nub { $_[0] } map { $_->[1] } map { @{$_}[1 .. @{$_} - 1] } @{$_}[1 .. @{$_} - 1];
join " ", @x > 3 ? ($x[0], '..', $x[-1]) : @x
} @data;
enmode "buckwalter", 'default';
return $text;
}
sub pretty_resolve_forms {
my ($node, undef) = @{$_[0]};
my $q = $_[1];
return join " ", map { join " ", map { escape decode "zdmg", $_ } split " ", substr $_, 1, -1 } @{$node};
}
sub pretty_resolve_lexeme {
my ($node, @data) = @{$_[0]};
my @data = ElixirFM::concise @data;
my @info = @{$node};
my $q = $_[1];
my $xcat = substr $data[0]->[0], 0, 1;
$info[1] = substr $info[1], 1, -1;
$info[1] =~ s/\",\"/\", \"/g;
my @stem = $info[2] =~ /^Verb \[([^\]]*)\] \[([^\]]*)\] \[([^\]]*)\]$/;
$info[2] = @stem ? join " ", map { split /[,]/, $stem[$_] } 1, 0, 2 : "";
$info[3] =~ s/[\[\]]//g;
$info[-2] = substr $info[-2], 1, -1;
my $root = join " ", (decode "zdmg", $info[-2]), (decode "arabtex", ElixirFM::cling $info[-2]);
return join $",
$q->table({-cellspacing => 0, -class => "lexeme"},
$q->Tr($q->td({-class => "xtag",
-title => ElixirFM::describe $xcat}, $xcat),
$q->td({-class => "phon",
-title => "citation form"}, decode "zdmg", $info[-3]),
$q->td({-class => "orth",
-title => "citation form"}, decode "arabtex", $info[-3]),
$q->td({-class => "root",
-title => "root of citation form"}, $root),
$q->td({-class => "morphs",
-title => "morphs of citation form"}, ElixirFM::nice $info[-1]),
$q->td({-class => "class",
-title => "derivational class"}, $info[3]),
$q->td({-class => "stems",
-title => "inflectional stems"}, ElixirFM::nice $info[2]),
$q->td({-class => "reflex",
-title => "lexical reference"}, $info[1]),
$q->td({-class => "button"},
$q->a({-title => "inflect this lexeme",
-href => 'index.fcgi?mode=inflect' . '&clip=' . $info[0]}, "Inflect"),
$q->a({-title => "derive other lexemes",
-href => 'index.fcgi?mode=derive' . '&clip=' . $info[0]}, "Derive"),
$q->a({-title => "lookup in the lexicon",
-href => 'index.fcgi?mode=lookup' . '&clip=' . $info[0]}, "Lookup")),
)),
$q->ul($q->li($q->table({-cellspacing => 0},
$q->Tr([ map { pretty_resolve_token($_, $q) } @data ] ) )) );
}
sub pretty_resolve_token {
my @info = @{$_[0]};
my $q = $_[1];
return join $",
$q->td({-class => "xtag",
-title => ElixirFM::describe $info[0]}, $info[0]),
$q->td({-class => "phon",
-title => "inflected form"}, decode "zdmg", $info[-3]),
$q->td({-class => "orth",
-title => "inflected form"}, decode "arabtex", $info[-3]),
$q->td({-class => "morphs",
-title => "morphs of inflected form"}, ElixirFM::nice $info[-1]),
$q->td({-class => "dtag",
-title => "grammatical parameters"}, ElixirFM::describe $info[0], 'terse');
}
sub main ($) {
my $c = shift;
my $q = $c->query();
my $r = '';
$q->param($c->mode_param(), 'resolve');
$r .= display_header $c;
$r .= display_headline $c;
my $memoize = '';
if (defined $q->param('submit') and $q->param('submit') eq 'Example') {
my $idx = rand @example;
$q->param('text', $example[$idx][1]);
$q->param('code', $example[$idx][0]);
$q->param('fuzzy', '');
$q->param('quick', '');
}
else {
$q->param('text', join ' ', split ' ', defined $q->param('text') ? $q->param('text') : '');
if ($q->param('text') ne '') {
my $text = decode "utf8", $q->param('text');
unless (defined $q->param('code') and $q->param('code') ne 'Unicode') {
return ElixirFM::CGI::Lookup::main $c unless $text =~ /\p{InArabic}/;
}
$q->param('text', $text);
}
else {
$q->param('text', $example[0][1]);
$q->param('code', $example[0][0]);
$q->param('fuzzy', '');
$q->param('quick', '');
$memoize = 'yes';
}
}
$q->param('code', 'Unicode') unless defined $q->param('code');
$q->param('fuzzy', '') unless defined $q->param('fuzzy');
$q->param('quick', '') unless defined $q->param('quick');
$r .= $q->p("ElixirFM can analyze non-tokenized as well as tokenized words, even if you omit some symbols or do not spell everything correctly.");
$r .= $q->p("You can experiment with entering the text in various notations.");
$r .= $q->h2('Your Request');
$r .= $q->start_form(-method => 'POST');
$r .= $q->table( {-border => 0},
Tr( {-align => 'left'},
td( {-colspan => 3},
$q->textfield( -name => 'text',
-id => 'text',
-dir => 'ltr',
-default => $q->param('text'),
-accesskey => '4',
-size => 60,
-maxlength => 180) ),
td( {-colspan => 2, -style => "vertical-align: middle; padding-left: 20px", -class => 'notice'},
$q->radio_group(-name => 'code',
-values => [ @enc_list ],
-default => $q->param('code'),
-accesskey => '5',
-onchange => "elixirYamli('text')",
-attributes => { 'ArabTeX' => {-title => "internal phonology-oriented notation"},
'Buckwalter' => {-title => "letter-by-letter romanization"},
'Unicode' => {-title => "original script and orthography"} },
-linebreak => 0,
-rows => 1,
-columns => scalar @enc_list) ) ),
Tr( {-align => 'left'},
td({-align => 'left'}, $q->submit(-name => 'submit', -value => ucfirst $q->param($c->mode_param()))),
td({-align => 'center'}, $q->button(-name => 'clear', -value => 'Clear', -onclick => "elixirClear('text')")),
td({-align => 'right'}, $q->submit(-name => 'submit', -value => 'Example')),
td( {-align => 'left', -style => "vertical-align: middle; padding-left: 20px"},
$q->checkbox_group( -name => 'quick',
-values => [ 'Tokenized' ],
-default => [ $q->param('quick') ],
-accesskey => '6',
-title => "consider each input word as one token",
-linebreak => 0,
-rows => 1,
-columns => 1) ),
td( {-align => 'right', -style => "vertical-align: middle; padding-left: 20px"},
$q->checkbox_group( -name => 'fuzzy',
-values => [ 'Fuzzy Notation' ],
-default => [ $q->param('fuzzy') ],
-accesskey => '7',
-title => "less strict resolution of the input",
-linebreak => 0,
-rows => 1,
-columns => 1) ) ) );
$r .= $q->hidden( -name => $c->mode_param(), -value => $q->param($c->mode_param()) );
$r .= $q->end_form();
$r .= $q->h2('ElixirFM Reply');
$r .= $q->p({-class => 'notice'}, "Click on the items in the list of solutions below in order to display or hide their contents.");
$r .= $q->p("Point the mouse over the data to receive further information.");
my $mode = $q->param($c->mode_param());
my $code = exists $enc_hash{$q->param('code')} ? $enc_hash{$q->param('code')} : 'UTF';
my $text = ElixirFM::normalize $q->param('text'), $code;
$q->param('text', $text);
my @param = map { $q->param($_) ? '--' . $_ : () } 'fuzzy', 'quick';
my $reply = [$mode, [@param, $code], $text];
if ($memoize) {
$memoize{$mode} = ElixirFM::Exec::elixir @{$reply} unless exists $memoize{$mode};
$reply = $memoize{$mode};
}
else {
$reply = ElixirFM::Exec::elixir @{$reply};
}
$r .= pretty $reply, $mode, $q;
unless ($memoize and exists $memoize{$mode}) {
open L, '>>', "$mode/index.log";
print L join "\t", gmtime() . "", $code,
($q->param('fuzzy') ? 'F' : 'A'),
($q->param('quick') ? 'T' : 'N'),
($reply =~ m/^::::$/m ? '--' : '++'),
encode "utf8", $q->param('text') . "\n";
close L;
}
$r .= display_footline $c;
$r .= display_footer $c;
return encode "utf8", $r;
}
1;
ElixirFM-1.1/lib/ElixirFM/Data/ 0000755 0014324 0013560 00000000000 11420132771 014635 5 ustar smrz ufal ElixirFM-1.1/lib/ElixirFM/Data/Compose.PL 0000444 0014324 0013560 00000046631 11420132771 016507 0 ustar smrz ufal
package ElixirFM::Data::Compose;
use Data::Dumper;
$Data::Dumper::Indent = 0;
$Data::Dumper::Terse = 1;
use strict;
warn "Generating dictionaries, please be patient ...\n";
open PM, '>' . (substr __FILE__, 0, -2) . 'pm';
select PM;
print << 'PM';
package ElixirFM::Data::Compose;
sub new {
my $obj = bless {}, ref $_[0] || $_[0];
$obj->{'data'} = {
PM
our $data = {};
our $lexs = [];
our $idx = 0;
foreach my $lexeme (@{data()}) {
push @{$lexs}, shift @{$lexeme};
for (my $i = 0; $i < @{$lexeme}; $i += 2) {
unshift @{$lexeme->[$i + 1]}, $idx;
push @{$data->{$lexeme->[$i]}}, $lexeme->[$i + 1];
}
$idx++;
}
printf "%s\t=> %s,\n", Data::Dumper->Dump([$_]), Data::Dumper->Dump([$data->{$_}]) foreach keys %{$data};
print << 'PM';
};
$obj->{'lexs'} = [
PM
printf "%s,\n", Data::Dumper->Dump([$_]) foreach @{$lexs};
print << 'PM';
];
$obj->{'tags'} = [
PM
printf "%s,\n", Data::Dumper->Dump([$_]) foreach @{tags()};
print << 'PM';
];
$obj->{'tmpl'} = [
PM
printf "%s,\n", Data::Dumper->Dump([$_]) foreach @{tmpl()};
print << 'PM';
];
$obj->{'cont'} = [
PM
printf "%s,\n", Data::Dumper->Dump([$_]) foreach @{cont()};
print << 'PM';
];
return $obj;
}
1;
PM
close PM;
sub data {
return [
[['trIliyUn','trIliyUn','_____',['trillion'],'Num [_____ |< At] []',1,1],
'Altrylywn', [
[0, 0], 0 ],
'AltrylywnAn', [
[0, 1], 0 ],
'AltrylywnAt', [
[1, 2], 0 ],
'Altrylywnyn', [
[0, 3], 0 ],
'trylywn', [
[0, 4], 0,
[0, 5], 1,
[0, 6], 2 ],
'trylywnA', [
[0, 7], 0,
[0, 8], 3 ],
'trylywnAn', [
[0, 9], 0 ],
'trylywnAt', [
[1, 10], 0,
[1, 11], 3 ],
'trylywny', [
[0, 12], 4 ],
'trylywnyn', [
[0, 13], 0 ]],
[['milyAr','milyAr','_____',['milliard','billion'],'Num [_____ |< At] []',2,1],
'AlmlyAr', [
[0, 0], 0 ],
'AlmlyArAn', [
[0, 1], 0 ],
'AlmlyArAt', [
[1, 2], 0 ],
'AlmlyAryn', [
[0, 3], 0 ],
'mlyAr', [
[0, 5], 1,
[0, 6], 2,
[0, 4], 0 ],
'mlyArA', [
[0, 7], 0,
[0, 8], 3 ],
'mlyArAn', [
[0, 9], 0 ],
'mlyArAt', [
[1, 11], 3,
[1, 10], 0 ],
'mlyAry', [
[0, 12], 4 ],
'mlyAryn', [
[0, 13], 0 ]],
[['bilyUn','b l y n','KiRDUS',['billion'],'Num [KiRDUS |< At,KaRADIS] []',3,1],
'AlblAyyn', [
[2, 14], 0 ],
'Alblywn', [
[3, 0], 0 ],
'AlblywnAn', [
[3, 1], 0 ],
'AlblywnAt', [
[4, 2], 0 ],
'Alblywnyn', [
[3, 3], 0 ],
'blAyyn', [
[2, 16], 3,
[2, 15], 0 ],
'blywn', [
[3, 6], 2,
[3, 4], 0,
[3, 5], 1 ],
'blywnA', [
[3, 8], 3,
[3, 7], 0 ],
'blywnAn', [
[3, 9], 0 ],
'blywnAt', [
[4, 11], 3,
[4, 10], 0 ],
'blywny', [
[3, 12], 4 ],
'blywnyn', [
[3, 13], 0 ]],
[['milyUn','m l y n','KiRDUS',['million'],'Num [KiRDUS |< At,KaRADIS] []',4,1],
'AlmlAyyn', [
[2, 14], 0 ],
'Almlywn', [
[3, 0], 0 ],
'AlmlywnAn', [
[3, 1], 0 ],
'AlmlywnAt', [
[4, 2], 0 ],
'Almlywnyn', [
[3, 3], 0 ],
'mlAyyn', [
[2, 16], 3,
[2, 15], 0 ],
'mlywn', [
[3, 4], 0,
[3, 5], 1,
[3, 6], 2 ],
'mlywnA', [
[3, 8], 3,
[3, 7], 0 ],
'mlywnAn', [
[3, 9], 0 ],
'mlywnAt', [
[4, 10], 0,
[4, 11], 3 ],
'mlywny', [
[3, 12], 4 ],
'mlywnyn', [
[3, 13], 0 ]],
[['lakk','l k k','FaCL',['hundred thousand','lac'],'Num [FuCUL,HaFCAL] []',5,1],
'AlOlkAk', [
[5, 14], 0 ],
'Allk', [
[6, 0], 0 ],
'AllkAn', [
[6, 1], 0 ],
'Allkwk', [
[7, 14], 0 ],
'Allkyn', [
[6, 3], 0 ],
'OlkAk', [
[5, 17], 0,
[5, 16], 3 ],
'OlkAkA', [
[5, 18], 0 ],
'lk', [
[6, 6], 2,
[6, 4], 0,
[6, 5], 1 ],
'lkA', [
[6, 8], 3,
[6, 7], 0 ],
'lkAn', [
[6, 9], 0 ],
'lkwk', [
[7, 17], 0,
[7, 16], 3 ],
'lkwkA', [
[7, 18], 0 ],
'lky', [
[6, 12], 4 ],
'lkyn', [
[6, 13], 0 ]],
[['ribwaT','r b w','FiCL |< aT',['ten thousand','myriad'],'Num [FiCL |< At] []',6,1],
'AlrbwAt', [
[8, 2], 0 ],
'Alrbwp', [
[9, 0], 0 ],
'AlrbwtAn', [
[9, 1], 0 ],
'Alrbwtyn', [
[9, 3], 0 ],
'rbwAt', [
[8, 10], 0,
[8, 11], 3 ],
'rbwp', [
[9, 19], 0 ],
'rbwt', [
[9, 6], 2,
[9, 5], 1 ],
'rbwtA', [
[9, 8], 5 ],
'rbwtAn', [
[9, 9], 0 ],
'rbwty', [
[9, 12], 4 ],
'rbwtyn', [
[9, 13], 0 ]],
[['\'alf','\' l f','FaCL',['thousand'],'Num [FuCUL,HACAL] []',7,1],
'AlOlf', [
[6, 0], 0 ],
'AlOlfAn', [
[6, 1], 0 ],
'AlOlfyn', [
[6, 3], 0 ],
'AlOlwf', [
[7, 14], 0 ],
'Al|lAf', [
[10, 14], 0 ],
'Olf', [
[6, 4], 0,
[6, 5], 1,
[6, 6], 2 ],
'OlfA', [
[6, 8], 3,
[6, 7], 0 ],
'OlfAn', [
[6, 9], 0 ],
'Olfy', [
[6, 12], 4 ],
'Olfyn', [
[6, 13], 0 ],
'Olwf', [
[7, 16], 3,
[7, 17], 0 ],
'OlwfA', [
[7, 18], 0 ],
'|lAf', [
[10, 17], 0,
[10, 16], 3 ],
'|lAfA', [
[10, 18], 0 ]],
[['mi\'aT','m \' y','FiC |< aT',['hundred'],'Num [FiC |< Un,FiC |< At] []',8,1],
'Alm}At', [
[11, 20], 0 ],
'Alm}p', [
[12, 21], 0 ],
'Alm}tAn', [
[12, 22], 0 ],
'Alm}tyn', [
[12, 23], 0 ],
'Alm}wn', [
[13, 24], 0 ],
'Alm}yn', [
[13, 25], 0 ],
'm}', [
[13, 26], 2 ],
'm}At', [
[11, 28], 3,
[11, 27], 0 ],
'm}p', [
[12, 29], 0 ],
'm}t', [
[12, 30], 1,
[12, 31], 2 ],
'm}tA', [
[12, 32], 5 ],
'm}tAn', [
[12, 33], 0 ],
'm}ty', [
[12, 34], 4 ],
'm}tyn', [
[12, 35], 0 ],
'm}w', [
[13, 36], 4 ],
'm}wn', [
[13, 37], 0 ],
'm}y', [
[13, 38], 4 ],
'm}yn', [
[13, 39], 0 ]],
[['m_I\'aT','m \' y','"F_IC" |< aT',['hundred'],'Num ["F_IC" |< Un,"F_IC" |< At] []',9,1],
'AlmA}At', [
[14, 20], 0 ],
'AlmA}p', [
[15, 21], 0 ],
'AlmA}tAn', [
[15, 22], 0 ],
'AlmA}tyn', [
[15, 23], 0 ],
'AlmA}wn', [
[16, 24], 0 ],
'AlmA}yn', [
[16, 25], 0 ],
'mA\'', [
[16, 26], 2 ],
'mAW', [
[16, 26], 2 ],
'mA}', [
[16, 26], 2 ],
'mA}At', [
[14, 27], 0,
[14, 28], 3 ],
'mA}p', [
[15, 29], 0 ],
'mA}t', [
[15, 31], 2,
[15, 30], 1 ],
'mA}tA', [
[15, 32], 5 ],
'mA}tAn', [
[15, 33], 0 ],
'mA}ty', [
[15, 34], 4 ],
'mA}tyn', [
[15, 35], 0 ],
'mA}w', [
[16, 36], 4 ],
'mA}wn', [
[16, 37], 0 ],
'mA}y', [
[16, 38], 4 ],
'mA}yn', [
[16, 39], 0 ]],
[['tis`aT','t s `','FiCL |< aT',['nine'],'Num [] [FiCL]',10,1],
'AltsE', [
[17, 40], 0 ],
'AltsEp', [
[9, 41], 0 ],
'tsE', [
[17, 42], 0,
[17, 43], 6 ],
'tsEA', [
[17, 44], 0 ],
'tsEp', [
[9, 45], 0 ]],
[['tis`Un','t s `','FiCL |< Un',['ninety'],'Num [] []',10,2],
'AltsEwn', [
[17, 46], 0 ],
'AltsEyn', [
[17, 47], 0 ],
'tsEw', [
[17, 48], 0 ],
'tsEwn', [
[17, 49], 0 ],
'tsEy', [
[17, 50], 0 ],
'tsEyn', [
[17, 51], 0 ]],
[['_tamAniyaT','_t m n','FaCALI |< aT',['eight'],'Num [] [FaCALI]',11,1],
'AlvmAny', [
[18, 40], 0 ],
'AlvmAnyp', [
[19, 41], 0 ],
'vmAn', [
[18, 52], 0 ],
'vmAny', [
[18, 53], 0,
[18, 43], 6 ],
'vmAnyA', [
[18, 44], 0 ],
'vmAnyp', [
[19, 45], 0 ]],
[['_tamAnUn','_t m n','FaCAL |< Un',['eighty'],'Num [] []',11,2],
'AlvmAnwn', [
[20, 46], 0 ],
'AlvmAnyn', [
[20, 47], 0 ],
'vmAnw', [
[20, 48], 0 ],
'vmAnwn', [
[20, 49], 0 ],
'vmAny', [
[20, 50], 0 ],
'vmAnyn', [
[20, 51], 0 ]],
[['sab`aT','s b `','FaCL |< aT',['seven'],'Num [] [FaCL]',12,1],
'AlsbE', [
[6, 40], 0 ],
'AlsbEp', [
[21, 41], 0 ],
'sbE', [
[6, 43], 6,
[6, 42], 0 ],
'sbEA', [
[6, 44], 0 ],
'sbEp', [
[21, 45], 0 ]],
[['sab`Un','s b `','FaCL |< Un',['seventy'],'Num [] []',12,2],
'AlsbEwn', [
[6, 46], 0 ],
'AlsbEyn', [
[6, 47], 0 ],
'sbEw', [
[6, 48], 0 ],
'sbEwn', [
[6, 49], 0 ],
'sbEy', [
[6, 50], 0 ],
'sbEyn', [
[6, 51], 0 ]],
[['sittaT','s t t','FiCL |< aT',['six'],'Num [] [FiCL]',13,1],
'Alst', [
[17, 40], 0 ],
'Alstp', [
[9, 41], 0 ],
'st', [
[17, 42], 0,
[17, 43], 6 ],
'stA', [
[17, 44], 0 ],
'stp', [
[9, 45], 0 ]],
[['sittUn','s t t','FiCL |< Un',['sixty'],'Num [] []',13,2],
'Alstwn', [
[17, 46], 0 ],
'Alstyn', [
[17, 47], 0 ],
'stw', [
[17, 48], 0 ],
'stwn', [
[17, 49], 0 ],
'sty', [
[17, 50], 0 ],
'styn', [
[17, 51], 0 ]],
[['_hamsaT','_h m s','FaCL |< aT',['five'],'Num [] [FaCL]',14,1],
'Alxms', [
[6, 40], 0 ],
'Alxmsp', [
[21, 41], 0 ],
'xms', [
[6, 42], 0,
[6, 43], 6 ],
'xmsA', [
[6, 44], 0 ],
'xmsp', [
[21, 45], 0 ]],
[['_hamsUn','_h m s','FaCL |< Un',['fifty'],'Num [] []',14,2],
'Alxmswn', [
[6, 46], 0 ],
'Alxmsyn', [
[6, 47], 0 ],
'xmsw', [
[6, 48], 0 ],
'xmswn', [
[6, 49], 0 ],
'xmsy', [
[6, 50], 0 ],
'xmsyn', [
[6, 51], 0 ]],
[['\'arba`aT','r b `','HaFCaL |< aT',['four'],'Num [] [HaFCaL]',15,1],
'AlOrbE', [
[22, 40], 0 ],
'AlOrbEp', [
[23, 41], 0 ],
'OrbE', [
[22, 42], 0,
[22, 43], 6 ],
'OrbEA', [
[22, 44], 0 ],
'OrbEp', [
[23, 45], 0 ]],
[['\'arba`Un','r b `','HaFCaL |< Un',['fourty'],'Num [] []',15,2],
'AlOrbEwn', [
[22, 46], 0 ],
'AlOrbEyn', [
[22, 47], 0 ],
'OrbEw', [
[22, 48], 0 ],
'OrbEwn', [
[22, 49], 0 ],
'OrbEy', [
[22, 50], 0 ],
'OrbEyn', [
[22, 51], 0 ]],
[['_talA_taT','_t l _t','FaCAL |< aT',['three'],'Num [] [FaCAL]',16,1],
'AlvlAv', [
[20, 40], 0 ],
'AlvlAvp', [
[24, 41], 0 ],
'vlAv', [
[20, 43], 6,
[20, 42], 0 ],
'vlAvA', [
[20, 44], 0 ],
'vlAvp', [
[24, 45], 0 ]],
[['_talA_tUn','_t l _t','FaCAL |< Un',['thirty'],'Num [] []',16,2],
'AlvlAvwn', [
[20, 46], 0 ],
'AlvlAvyn', [
[20, 47], 0 ],
'vlAvw', [
[20, 48], 0 ],
'vlAvwn', [
[20, 49], 0 ],
'vlAvy', [
[20, 50], 0 ],
'vlAvyn', [
[20, 51], 0 ]],
[['i_tnAn','_t n y','IFC |< An',['two'],'Num [] [IFC |< aT |< An]',17,1],
'AlAvnAn', [
[25, 54], 0 ],
'AlAvntAn', [
[26, 55], 0 ],
'AlAvntyn', [
[26, 56], 0 ],
'AlAvnyn', [
[25, 57], 0 ],
'AvnA', [
[25, 58], 0 ],
'AvnAn', [
[25, 59], 0 ],
'AvntA', [
[26, 60], 0 ],
'AvntAn', [
[26, 61], 0 ],
'Avnty', [
[26, 62], 0 ],
'Avntyn', [
[26, 63], 0 ],
'Avny', [
[25, 64], 0 ],
'Avnyn', [
[25, 65], 0 ]],
[['\'a.had','\' .h d','FaCaL',['one'],'Num [] [FiCLY]',18,1],
'AlIHdY', [
[27, 66], 0 ],
'AlOHd', [
[28, 67], 0 ],
'IHdY', [
[27, 68], 0 ],
'OHd', [
[28, 69], 0 ],
'OHdA', [
[28, 70], 0 ]],
[['wA.hid','w .h d','FACiL',['one'],'Num [] [FACiL |< aT]',19,1],
'AlwAHd', [
[29, 67], 0 ],
'AlwAHdp', [
[30, 66], 0 ],
'wAHd', [
[29, 69], 0 ],
'wAHdA', [
[29, 70], 0 ],
'wAHdp', [
[30, 71], 0 ]],
[['`a^saraT','` ^s r','FaCaL |< aT',['ten'],'Num [] [FaCL]',20,1],
'AlE$r', [
[6, 72], 0 ],
'AlE$rp', [
[31, 73], 0 ],
'E$r', [
[6, 74], 0 ],
'E$rA', [
[6, 75], 0 ],
'E$rp', [
[31, 76], 0 ]],
[['`a^saraT','` ^s r','FaCaL |< aT',['ten','score','dozen'],'Num [FaCaL |< At] []',20,2],
'AlE$rAt', [
[32, 2], 0 ],
'AlE$rp', [
[31, 0], 0 ],
'E$rAt', [
[32, 11], 3,
[32, 10], 0 ],
'E$rp', [
[31, 19], 0 ],
'E$rt', [
[31, 5], 3 ]],
[['`a^sar','` ^s r','FaCaL',['-teen'],'Num [] [FaCL |< aT]',20,3],
'E$r', [
[28, 77], 0 ],
'E$rp', [
[21, 78], 0 ]],
[['`i^srUn','` ^s r','FiCL |< Un',['twenty'],'Num [] []',20,4],
'AlE$rwn', [
[17, 46], 0 ],
'AlE$ryn', [
[17, 47], 0 ],
'E$rw', [
[17, 48], 0 ],
'E$rwn', [
[17, 49], 0 ],
'E$ry', [
[17, 50], 0 ],
'E$ryn', [
[17, 51], 0 ]],
]
}
sub tags {
return [
# 0
[['QM-----S1D','al','"u"'],
['QM-----S2D','al','"i"'],
['QM-----S4D','al','"a"']],
# 1
[['QM-----D1D','al','"Ani"']],
# 2
[['QM-----P1D','al','"u"'],
['QM-----P2D','al','"i"'],
['QM-----P4D','al','"i"']],
# 3
[['QM-----D2D','al','"ayni"'],
['QM-----D4D','al','"ayni"']],
# 4
[['QM-----S1I','','"uN"'],
['QM-----S2I','','"iN"'],
['QM-----S1R','','"u"'],
['QM-----S2R','','"i"'],
['QM-----S4R','','"a"'],
['QM-----S1A','','"u"'],
['QM-----S2A','','"i"'],
['QM-----S4A','','"a"']],
# 5
[['QM-----S1R','','"u"'],
['QM-----S2R','','"i"'],
['QM-----S4R','','"a"']],
# 6
[['QM-----S1R','','"u"'],
['QM-----S2R','','"i"'],
['QM-----S4R','','"a"'],
['QM-----D2R','','"ay"'],
['QM-----D4R','','"ay"']],
# 7
[['QM-----S4I','','"aN"'],
['QM-----D1R','','"A"']],
# 8
[['QM-----D1R','','"A"']],
# 9
[['QM-----D1I','','"Ani"'],
['QM-----D1A','','"Ani"']],
# 10
[['QM-----P1I','','"uN"'],
['QM-----P2I','','"iN"'],
['QM-----P4I','','"iN"'],
['QM-----P1R','','"u"'],
['QM-----P2R','','"i"'],
['QM-----P4R','','"i"'],
['QM-----P1A','','"u"'],
['QM-----P2A','','"i"'],
['QM-----P4A','','"i"']],
# 11
[['QM-----P1R','','"u"'],
['QM-----P2R','','"i"'],
['QM-----P4R','','"i"']],
# 12
[['QM-----D2R','','"ay"'],
['QM-----D4R','','"ay"']],
# 13
[['QM-----D2I','','"ayni"'],
['QM-----D4I','','"ayni"'],
['QM-----D2A','','"ayni"'],
['QM-----D4A','','"ayni"']],
# 14
[['QM-----P1D','al','"u"'],
['QM-----P2D','al','"i"'],
['QM-----P4D','al','"a"']],
# 15
[['QM-----P1I','','"u"'],
['QM-----P2I','','"a"'],
['QM-----P4I','','"a"'],
['QM-----P1R','','"u"'],
['QM-----P2R','','"i"'],
['QM-----P4R','','"a"'],
['QM-----P1A','','"u"'],
['QM-----P2A','','"i"'],
['QM-----P4A','','"a"']],
# 16
[['QM-----P1R','','"u"'],
['QM-----P2R','','"i"'],
['QM-----P4R','','"a"']],
# 17
[['QM-----P1I','','"uN"'],
['QM-----P2I','','"iN"'],
['QM-----P1R','','"u"'],
['QM-----P2R','','"i"'],
['QM-----P4R','','"a"'],
['QM-----P1A','','"u"'],
['QM-----P2A','','"i"'],
['QM-----P4A','','"a"']],
# 18
[['QM-----P4I','','"aN"']],
# 19
[['QM-----S1I','','"uN"'],
['QM-----S2I','','"iN"'],
['QM-----S4I','','"aN"'],
['QM-----S1R','','"u"'],
['QM-----S2R','','"i"'],
['QM-----S4R','','"a"'],
['QM-----S1A','','"u"'],
['QM-----S2A','','"i"'],
['QM-----S4A','','"a"']],
# 20
[['QC-----P1D','al','"u"'],
['QC-----P2D','al','"i"'],
['QC-----P4D','al','"i"']],
# 21
[['QC-----S1D','al','"u"'],
['QC-----S2D','al','"i"'],
['QC-----S4D','al','"a"']],
# 22
[['QC-----D1D','al','"Ani"']],
# 23
[['QC-----D2D','al','"ayni"'],
['QC-----D4D','al','"ayni"']],
# 24
[['QC-----P1D','al','"Una"']],
# 25
[['QC-----P2D','al','"Ina"'],
['QC-----P4D','al','"Ina"']],
# 26
[['QC-----P1R','','"U"'],
['QC-----P2R','','"I"'],
['QC-----P4R','','"I"']],
# 27
[['QC-----P1I','','"uN"'],
['QC-----P2I','','"iN"'],
['QC-----P4I','','"iN"'],
['QC-----P1R','','"u"'],
['QC-----P2R','','"i"'],
['QC-----P4R','','"i"'],
['QC-----P1A','','"u"'],
['QC-----P2A','','"i"'],
['QC-----P4A','','"i"']],
# 28
[['QC-----P1R','','"u"'],
['QC-----P2R','','"i"'],
['QC-----P4R','','"i"']],
# 29
[['QC-----S1I','','"uN"'],
['QC-----S2I','','"iN"'],
['QC-----S4I','','"aN"'],
['QC-----S1R','','"u"'],
['QC-----S2R','','"i"'],
['QC-----S4R','','"a"'],
['QC-----S1A','','"u"'],
['QC-----S2A','','"i"'],
['QC-----S4A','','"a"']],
# 30
[['QC-----S1R','','"u"'],
['QC-----S2R','','"i"'],
['QC-----S4R','','"a"']],
# 31
[['QC-----S1R','','"u"'],
['QC-----S2R','','"i"'],
['QC-----S4R','','"a"'],
['QC-----D2R','','"ay"'],
['QC-----D4R','','"ay"']],
# 32
[['QC-----D1R','','"A"']],
# 33
[['QC-----D1I','','"Ani"'],
['QC-----D1A','','"Ani"']],
# 34
[['QC-----D2R','','"ay"'],
['QC-----D4R','','"ay"']],
# 35
[['QC-----D2I','','"ayni"'],
['QC-----D4I','','"ayni"'],
['QC-----D2A','','"ayni"'],
['QC-----D4A','','"ayni"']],
# 36
[['QC-----P1R','','"U"']],
# 37
[['QC-----P1I','','"Una"'],
['QC-----P1A','','"Una"']],
# 38
[['QC-----P2R','','"I"'],
['QC-----P4R','','"I"']],
# 39
[['QC-----P2I','','"Ina"'],
['QC-----P4I','','"Ina"'],
['QC-----P2A','','"Ina"'],
['QC-----P4A','','"Ina"']],
# 40
[['QV----F-1D','al','"u"'],
['QV----F-2D','al','"i"'],
['QV----F-4D','al','"a"'],
['QV----F-1C','al','"u"'],
['QV----F-2C','al','"i"'],
['QV----F-4C','al','"a"']],
# 41
[['QV----M-1D','al','"u"'],
['QV----M-2D','al','"i"'],
['QV----M-4D','al','"a"'],
['QV----M-1C','al','"u"'],
['QV----M-2C','al','"i"'],
['QV----M-4C','al','"a"']],
# 42
[['QV----F-1I','','"uN"'],
['QV----F-2I','','"iN"'],
['QV----F-1R','','"u"'],
['QV----F-2R','','"i"'],
['QV----F-4R','','"a"'],
['QV----F-1A','','"u"'],
['QV----F-2A','','"i"'],
['QV----F-4A','','"a"'],
['QV----F-1L','','"u"'],
['QV----F-2L','','"i"'],
['QV----F-4L','','"a"']],
# 43
[['QV----F-1R','','"u"'],
['QV----F-2R','','"i"'],
['QV----F-4R','','"a"']],
# 44
[['QV----F-4I','','"aN"']],
# 45
[['QV----M-1I','','"uN"'],
['QV----M-2I','','"iN"'],
['QV----M-4I','','"aN"'],
['QV----M-1R','','"u"'],
['QV----M-2R','','"i"'],
['QV----M-4R','','"a"'],
['QV----M-1A','','"u"'],
['QV----M-2A','','"i"'],
['QV----M-4A','','"a"'],
['QV----M-1L','','"u"'],
['QV----M-2L','','"i"'],
['QV----M-4L','','"a"']],
# 46
[['QL------1D','al','"Una"']],
# 47
[['QL------2D','al','"Ina"'],
['QL------4D','al','"Ina"']],
# 48
[['QL------1R','','"U"']],
# 49
[['QL------1I','','"Una"'],
['QL------1A','','"Una"']],
# 50
[['QL------2R','','"I"'],
['QL------4R','','"I"']],
# 51
[['QL------2I','','"Ina"'],
['QL------4I','','"Ina"'],
['QL------2A','','"Ina"'],
['QL------4A','','"Ina"']],
# 52
[['QV----F-1I','','"uN"'],
['QV----F-2I','','"iN"']],
# 53
[['QV----F-1R','','"u"'],
['QV----F-2R','','"i"'],
['QV----F-4R','','"a"'],
['QV----F-1A','','"u"'],
['QV----F-2A','','"i"'],
['QV----F-4A','','"a"'],
['QV----F-1L','','"u"'],
['QV----F-2L','','"i"'],
['QV----F-4L','','"a"']],
# 54
[['QI----M-1D','al','"Ani"']],
# 55
[['QI----F-1D','al','"Ani"']],
# 56
[['QI----F-2D','al','"ayni"'],
['QI----F-4D','al','"ayni"']],
# 57
[['QI----M-2D','al','"ayni"'],
['QI----M-4D','al','"ayni"']],
# 58
[['QI----M-1R','','"A"']],
# 59
[['QI----M-1I','','"Ani"'],
['QI----M-1A','','"Ani"']],
# 60
[['QI----F-1R','','"A"']],
# 61
[['QI----F-1I','','"Ani"'],
['QI----F-1A','','"Ani"']],
# 62
[['QI----F-2R','','"ay"'],
['QI----F-4R','','"ay"']],
# 63
[['QI----F-2I','','"ayni"'],
['QI----F-4I','','"ayni"'],
['QI----F-2A','','"ayni"'],
['QI----F-4A','','"ayni"']],
# 64
[['QI----M-2R','','"ay"'],
['QI----M-4R','','"ay"']],
# 65
[['QI----M-2I','','"ayni"'],
['QI----M-4I','','"ayni"'],
['QI----M-2A','','"ayni"'],
['QI----M-4A','','"ayni"']],
# 66
[['QI----F-1D','al','"u"'],
['QI----F-2D','al','"i"'],
['QI----F-4D','al','"a"']],
# 67
[['QI----M-1D','al','"u"'],
['QI----M-2D','al','"i"'],
['QI----M-4D','al','"a"']],
# 68
[['QI----F-1I','','"u"'],
['QI----F-2I','','"a"'],
['QI----F-4I','','"a"'],
['QI----F-1R','','"u"'],
['QI----F-2R','','"i"'],
['QI----F-4R','','"a"'],
['QI----F-1A','','"u"'],
['QI----F-2A','','"i"'],
['QI----F-4A','','"a"']],
# 69
[['QI----M-1I','','"uN"'],
['QI----M-2I','','"iN"'],
['QI----M-1R','','"u"'],
['QI----M-2R','','"i"'],
['QI----M-4R','','"a"'],
['QI----M-1A','','"u"'],
['QI----M-2A','','"i"'],
['QI----M-4A','','"a"']],
# 70
[['QI----M-4I','','"aN"']],
# 71
[['QI----F-1I','','"uN"'],
['QI----F-2I','','"iN"'],
['QI----F-4I','','"aN"'],
['QI----F-1R','','"u"'],
['QI----F-2R','','"i"'],
['QI----F-4R','','"a"'],
['QI----F-1A','','"u"'],
['QI----F-2A','','"i"'],
['QI----F-4A','','"a"']],
# 72
[['QX----F-1D','al','"u"'],
['QX----F-2D','al','"i"'],
['QX----F-4D','al','"a"']],
# 73
[['QX----M-1D','al','"u"'],
['QX----M-2D','al','"i"'],
['QX----M-4D','al','"a"']],
# 74
[['QX----F-1I','','"uN"'],
['QX----F-2I','','"iN"'],
['QX----F-1R','','"u"'],
['QX----F-2R','','"i"'],
['QX----F-4R','','"a"'],
['QX----F-1A','','"u"'],
['QX----F-2A','','"i"'],
['QX----F-4A','','"a"']],
# 75
[['QX----F-4I','','"aN"']],
# 76
[['QX----M-1I','','"uN"'],
['QX----M-2I','','"iN"'],
['QX----M-4I','','"aN"'],
['QX----M-1R','','"u"'],
['QX----M-2R','','"i"'],
['QX----M-4R','','"a"'],
['QX----M-1A','','"u"'],
['QX----M-2A','','"i"'],
['QX----M-4A','','"a"']],
# 77
[['QY----M---','','"a"']],
# 78
[['QY----F---','','"a"']],
]
}
sub tmpl {
return [
# 0
'_____',
# 1
'_____ |< At',
# 2
'KaRADIS',
# 3
'KiRDUS',
# 4
'KiRDUS |< At',
# 5
'HaFCAL',
# 6
'FaCL',
# 7
'FuCUL',
# 8
'FiCL |< At',
# 9
'FiCL |< aT',
# 10
'HACAL',
# 11
'FiC |< At',
# 12
'FiC |< aT',
# 13
'FiC',
# 14
'"F_IC" |< At',
# 15
'"F_IC" |< aT',
# 16
'"F_IC"',
# 17
'FiCL',
# 18
'FaCALI',
# 19
'FaCALI |< aT',
# 20
'FaCAL',
# 21
'FaCL |< aT',
# 22
'HaFCaL',
# 23
'HaFCaL |< aT',
# 24
'FaCAL |< aT',
# 25
'IFC',
# 26
'IFC |< aT',
# 27
'FiCLY',
# 28
'FaCaL',
# 29
'FACiL',
# 30
'FACiL |< aT',
# 31
'FaCaL |< aT',
# 32
'FaCaL |< At',
]
}
sub cont {
return [
# 0
[['']],
# 1
[['SP---1-D2-','SP---1-P2-','SP---2--2-','SP---3--2-']],
# 2
[['SP---1-S2-']],
# 3
[['SP---1-D2-','SP---1-P2-','SP---2--2-','SP---3--2-'],['SP---1-S2-']],
# 4
[[''],['SP---1-D2-','SP---1-P2-','SP---2--2-','SP---3--2-']],
# 5
[[''],['SP---1-D2-','SP---1-P2-','SP---2--2-','SP---3--2-'],['SP---1-S2-']],
# 6
[['QC-----S2I','QC-----S2R','QC-----S2A']],
]
}
1;
ElixirFM-1.1/lib/ElixirFM/Exec.pm 0000444 0014324 0013560 00000007601 11420132771 015210 0 ustar smrz ufal # ########################################################################## Otakar Smrz, 2009/03/21
#
# ElixirFM Executable ##############################################################################
# $Id: Exec.pm 946 2010-04-12 19:27:23Z smrz $
package ElixirFM::Exec;
use strict;
our $VERSION = join '.', '1.1', q $Revision: 946 $ =~ /(\d+)/;
use Encode;
use File::Spec;
use File::Temp;
use File::Which;
our $elixir = 'elixir';
our %elixir = ();
sub import {
my $caller = caller 0;
if (@_ > 1 and $_[1] ne '') {
my @path = File::Spec->splitpath($_[1]);
if ($path[0] . $path[1] eq '' and $path[2] ne '.' and $path[2] ne '..') {
if (defined which $_[1]) {
$elixir{$caller} = $_[1];
}
else {
$elixir{$caller} = File::Spec->join($_[1], $elixir);
warn "No program like '$_[1]' or '$elixir{$caller}' can be executed"
unless grep { -x $elixir{$caller} . $_ } '', split ';', $ENV{'PATHEXT'} || '.exe;.com;.bat';
}
}
else {
$elixir{$caller} = -d $_[1] ? File::Spec->join($_[1], $elixir) : $_[1];
warn "No program like '$elixir{$caller}' can be executed"
unless grep { -x $elixir{$caller} . $_ } '', split ';', $ENV{'PATHEXT'} || '.exe;.com;.bat';
}
}
else {
delete $elixir{$caller};
warn "No program like '$elixir' can be executed" unless defined which $elixir;
}
return exists $elixir{$caller} ? $elixir{$caller} : $elixir;
}
sub elixir {
my $mode = defined $_[0] && ! ref $_[0] ? shift : '';
my $opts = defined $_[0] && ref $_[0] eq 'ARRAY' ? shift : [];
my $text = join "", map { $_ =~ /\n$/ ? $_ : $_ . "\n" } @_;
my $code = Encode::is_utf8($text);
my $caller = caller 0;
$caller = caller 1 if $caller eq __PACKAGE__;
my $system = exists $elixir{$caller} ? $elixir{$caller} : $elixir;
my $params = join " ", $mode, map { '"' . $_ . '"' } @{$opts};
my $handle = new File::Temp;
print $handle $code ? encode "utf8", $text : $text;
my $data = scalar `"$system" $params < "$handle"`;
return $code ? decode "utf8", $data : $data;
}
sub main {
return elixir @_;
}
sub resolve {
return elixir 'resolve', @_;
}
sub inflect {
return elixir 'inflect', @_;
}
sub derive {
return elixir 'derive', @_;
}
sub lookup {
return elixir 'lookup', @_;
}
1;
__END__
=head1 NAME
ElixirFM::Exec - Interface to the ElixirFM executable
=head1 REVISION
$Revision: 946 $ $Date: 2010-04-12 21:27:23 +0200 (Mon, 12 Apr 2010) $
=head1 SYNOPSIS
use ElixirFM::Exec; # 'elixir' will be tried out
use ElixirFM::Exec '.'; # './elixir' will be invoked
use ElixirFM::Exec './elixir'; # './elixir' will be invoked
use ElixirFM::Exec 'some/other'; # 'some/other/elixir' unless
# 'some/other' is executable
ElixirFM::Exec::elixir 'help';
import ElixirFM::Exec 'other/elixir'; # switching to 'other/elixir'
ElixirFM::Exec::elixir 'inflect', ['(1320,1)'], "V[PI]---3MS--", "N------P-[IRD]";
ElixirFM::Exec::inflect ['(1320,1)'], "V[PI]---3MS--", "N------P-[IRD]";
=head1 DESCRIPTION
The L module provides a simple interface for invoking the
ElixirFM executable, which you need to install on your system yourself.
The download and further information are at L.
=head1 AUTHOR
Otakar Smrz C<< >>, L
=head1 COPYRIGHT & LICENSE
Copyright (C) 2005-2010 Otakar Smrz
This program is free software; you can redistribute it and/or modify it
under the terms of the GNU General Public License version 3.
=cut
ElixirFM-1.1/lib/ElixirFM/Resolve.pm 0000444 0014324 0013560 00000012063 11420132771 015741 0 ustar smrz ufal # ########################################################################## Otakar Smrz, 2008/07/07
#
# ElixirFM Resolve #################################################################################
# $Id: Resolve.pm 826 2009-03-09 22:24:19Z smrz $
package ElixirFM::Resolve;
use 5.008;
use strict;
our $VERSION = '1.1' || do { q $Revision: 826 $ =~ /(\d+)/; sprintf "%4.2f", $1 / 100 };
# ##################################################################################################
#
# ##################################################################################################
use base 'ElixirFM::Data::Compose';
use ElixirFM;
use Encode::Arabic;
use Encode::Arabic::Buckwalter ':xml';
use Data::Dumper;
$Data::Dumper::Indent = 0;
$Data::Dumper::Terse = 1;
sub data {
return $_[0]->{'data'}{$_[1]} if exists $_[0]->{'data'}{$_[1]};
return [];
}
sub lexs {
return $_[0]->{'lexs'}[$_[1]];
}
sub tags {
return $_[0]->{'tags'}[$_[1]];
}
sub tmpl {
return $_[0]->{'tmpl'}[$_[1]];
}
sub cont {
return $_[0]->{'cont'}[$_[1]];
}
sub resolve {
my ($q, $word) = @_;
return $q->resolves([], ['----------'], $word);
}
sub resolves {
my ($q, $p, $r, $word) = @_;
if ($word eq '') {
return $p if grep { $_ eq '' } @{$r};
return;
}
my @return = ();
for (my $i = length $word; $i > 0; $i--) {
my $lookup = $q->data(substr $word, 0, $i);
my %assoc = ();
foreach (@{$lookup}) {
my ($lexs, @data) = @{$_};
foreach (ElixirFM::tuples @data) {
foreach my $cont (map { Data::Dumper->Dump([$_]) } @{$q->cont($_->[1])}) {
$assoc{$cont} = [] unless exists $assoc{$cont};
push @{$assoc{$cont}}, [$lexs, $_->[0]];
}
}
}
my $next = substr $word, $i;
foreach (keys %assoc) {
my @data = $q->filter($r, @{$assoc{$_}});
next unless @data;
my $cont = eval $_;
push @return, $q->resolves([@{$p}, [@data]], $cont, $next);
if ($i == 1 and 'll' eq substr $word, 0, 2) {
push @return, $q->resolves([@{$p}, [@data]], $cont, 'A' . $next),
$q->resolves([@{$p}, [@data]], $cont, 'Al' . $next);
}
}
}
return @return;
}
sub filter {
my ($q, $r, @data) = @_;
my @return;
foreach (@data) {
my ($lexs, $data) = @{$_};
my @lexs = ();
foreach (ElixirFM::tuples @{$data}) {
my ($tmpl, $tags) = @{$_};
my @tmpl = grep { my $t = $_->[0]; grep { ElixirFM::restrict($_, $t) eq $t and ($_ eq $t or $_ ne 'S---------') }
grep { $_ ne '' } @{$r} } @{$q->tags($tags)};
push @lexs, [$tmpl, [@tmpl]] if @tmpl;
}
push @return, [$lexs, [@lexs]] if @lexs;
}
return @return;
}
sub pretty {
my ($q, @data) = @_;
return join "\n::\n", map { join "\n:\n", map { join "", map {
my ($lexs, $data) = @{$_};
$lexs = $q->lexs($lexs);
my $r = "\n";
$r .= join "\t", @{$lexs}[0 .. 2], $lexs->[4], "($lexs->[5],$lexs->[6])" . "\n",
Data::Dumper->Dump([$lexs->[3]]);
foreach (@{$data}) {
my ($tmpl, $tags) = ($q->tmpl($_->[0]), $_->[1]);
$r .= join "", map { "\n\t" . $_ } map {
my $t = ElixirFM::template($tmpl, $_->[1], $_->[-1]);
my $m = ElixirFM::merge($lexs->[1], $t);
my $p = encode "utf8", decode "zdmg", $m;
join "\t", $_->[0], $t, $m, $p } @{$tags};
}
$r . "\n" } @{$_} } @{$_} } @data;
}
1;
__END__
=head1 NAME
ElixirFM::Resolve - Interfaces to the ElixirFM system in Haskell
=head1 REVISION
$Revision: 826 $ $Date: 2009-03-09 23:24:19 +0100 (Mon, 09 Mar 2009) $
=head1 SYNOPSIS
use ElixirFM::Resolve;
=head1 DESCRIPTION
The L module reimplements some of the functionality of the ElixirFM system
written in Haskell.
In particular, it includes the L and
L modules providing the algorithms and data for
advanced Arabic morphological analysis, see also the L executable.
Other applications, such as morphological generation, can also be implemented with ElixirFM.
=head1 SUPPORT
You can find documentation for this module with the perldoc command.
perldoc ElixirFM
You can also look for information at L.
=head1 AUTHOR
Otakar Smrz C<< >>, L
=head1 COPYRIGHT & LICENSE
Copyright (C) 2009-2005 Otakar Smrz, 2002 Tim Buckwalter
This program is free software; you can redistribute it and/or modify it
under the terms of the GNU General Public License version 3.
=cut
ElixirFM-1.1/lib/ElixirFM/CGI.pm 0000444 0014324 0013560 00000023530 11420132771 014725 0 ustar smrz ufal # ###################################################################### Otakar Smrz, 2007/10/05
#
# ElixirFM Online Interface ####################################################################
# $Id: CGI.pm 946 2010-04-12 19:27:23Z smrz $
package ElixirFM::CGI;
use strict;
our $VERSION = join '.', '1.1', q $Revision: 946 $ =~ /(\d+)/;
use base 'CGI::Application::FastCGI';
use CGI::Fast ':standard';
use base 'Exporter';
our @EXPORT = (qw 'display_header display_headline display_welcome display_footline display_footer',
qw 'escape quote revert',
qw '@modes %memoize %enc_hash @enc_list');
our @modes = qw 'home resolve inflect derive lookup';
our %memoize = ();
our %enc_hash = ( 'ArabTeX' => 'TeX',
'Buckwalter' => 'Tim',
'Unicode' => 'UTF' );
our @enc_list = reverse sort keys %enc_hash;
sub setup {
my $c = shift;
no strict;
$c->run_modes('home' => \&{__PACKAGE__ . '::main'}, map { $_ => \&{__PACKAGE__ . '::' . (ucfirst $_) . '::main'} } @modes[1 .. @modes - 1]);
use strict;
$c->mode_param('mode');
$c->start_mode('home');
}
# use base 'CGI::Application::FastCGI';
sub run {
my $self = shift;
my $request = FCGI::Request();
$self->fastcgi($request);
while ($request->Accept >= 0) {
$self->reset_query;
$self->CGI::Application::run;
last if $self->reinit();
}
}
sub reinit {
return -M $0 < 0;
}
sub escape ($) {
my $text = shift;
$text =~ s/\&/\&/g;
$text =~ s/\/\>/g;
return $text;
}
sub quote ($) {
return $_[0] eq '' ? '""' : $_[0];
}
sub revert ($) {
my $text = shift;
$text =~ s/\>/\>/g;
$text =~ s/\</\query();
my $r;
$q->charset('utf-8');
$r .= $q->start_html(-title => "ElixirFM 1.1 Online Interface", -encoding => $q->charset(),
-meta => { 'keywords' => join ' ', 'Arabic morphological analyzer analysis generator generation',
'morphology lexicon dictionary lookup inflection derivation rules grammar language' },
-style => [ {-src => 'http://quest.ms.mff.cuni.cz/elixir/elixir.css', -type => 'text/css'},
{-src => 'http://quest.ms.mff.cuni.cz/elixir/listexpander/listexpander.css', -type => 'text/css'} ],
-script => [ {-src => 'http://quest.ms.mff.cuni.cz/elixir/elixir.js', -type => 'text/javascript'},
{-src => 'http://quest.ms.mff.cuni.cz/elixir/listexpander/listexpander.js', -type => 'text/javascript'} ]);
return $r;
}
sub display_headline ($) {
my $c = shift;
my $q = $c->query();
my $m = $q->param($c->mode_param());
my $r;
$r .= $q->h1($q->a({'href' => 'http://sourceforge.net/projects/elixir-fm/'}, "ElixirFM 1.1"), ( $m eq 'home' ? ('Online', 'Interface') : (ucfirst $m, 'Online') ));
$r .= $q->div({-class => "menu"},
map { $q->param($c->mode_param()) eq $_ ? $q->span(ucfirst $_) : $q->a({'href' => 'index.fcgi?mode=' . $_}, ucfirst $_) } @modes);
return $r;
}
sub display_welcome ($) {
my $c = shift;
my $q = $c->query();
my $r;
$r .= $q->p("Welcome to the online interface to",
$q->a({-href => 'http://sourceforge.net/projects/elixir-fm/'}, "ElixirFM") . ", the implementation of",
$q->a({-href => 'http://ufal.mff.cuni.cz/~smrz/elixir-thesis.pdf'}, "Functional Arabic Morphology"),
"written in Haskell and Perl.");
$r .= $q->p("ElixirFM can work in four different modes. This request is processed by the",
$q->code($q->param($c->mode_param())), "method of the morphological system.");
return $r;
}
sub display_footline ($) {
my $c = shift;
my $q = $c->query();
my $r;
$r .= $q->p({'style' => 'margin-top: 30px'},
"(C) Otakar Smrz 2010, Viktor Bielicky 2010, Tim Buckwalter 2002. GNU General Public License",
$q->a({-href => 'http://www.gnu.org/licenses/'}, "GNU GPL 3") . ".");
$r .= $q->p("ElixirFM is an", $q->a({-href => 'http://sourceforge.net/projects/elixir-fm/'}, "open-source online"), "project.",
"You can contribute to its development with your suggestions!");
$r .= $q->p("Contact", $q->a({-href => 'http://ufal.mff.cuni.cz/~smrz/'}, "otakar.smrz"), "at",
$q->a({-href => 'http://ufal.mff.cuni.cz/'}, "mff.cuni.cz") . ",",
"Institute of Formal and Applied Linguistics, Charles University in Prague.");
return $r;
}
sub display_footer ($) {
my $c = shift;
my $q = $c->query();
my $r;
$r .= $q->p( # {'style' => 'height: 31px'},
# $q->a({'style' => 'float: right',
# 'href' => "http://jigsaw.w3.org/css-validator/check?uri=referer"},
# $q->img({'border' => "0",
# 'src' => "http://www.w3.org/Icons/valid-css2",
# 'alt' => "Valid CSS level 2.1",
# 'height' => "31", 'width' => "88"})),
# $q->a({'style' => 'float: right',
# 'href' => "http://validator.w3.org/check?uri=referer"},
# $q->img({'border' => "0",
# 'src' => "http://www.w3.org/Icons/valid-xhtml10",
# 'alt' => "Valid XHTML 1.0 Transitional",
# 'height' => "31", 'width' => "88"})),
$q->a({'style' => 'float: right',
'href' => "http://sourceforge.net/projects/elixir-fm/"},
$q->img({'border' => "0",
'style' => 'margin-bottom: 20px',
'src' => "http://sflogo.sourceforge.net/sflogo.php?group_id=181087&type=13",
'alt' => "ElixirFM at SourceForge.net",
'height' => "30", 'width' => "120"})) );
$r .= $q->script({-type => 'text/javascript', -src => 'http://api.yamli.com/js/yamli_api.js'}, "");
$r .= $q->script({-type => 'text/javascript'}, join ' ', split ' ', q {
if (typeof(Yamli) == "object") {
Yamli.init({ uiLanguage: "en", startMode: "onOrUserDefault",
settingsPlacement: 'inside',
showTutorialLink: false, showDirectionLink: false });
elixirYamli('');
}
});
$r .= $q->end_html();
return $r;
}
sub show_param ($@) {
my $q = shift;
return join '', map { '&' . $_ . '=' . $q->param($_) } @_;
}
require ElixirFM::CGI::Resolve;
require ElixirFM::CGI::Inflect;
require ElixirFM::CGI::Derive;
require ElixirFM::CGI::Lookup;
sub main ($) {
my $c = shift;
my $q = $c->query();
my $r = '';
$q->param($c->mode_param(), 'home');
$r .= display_header $c;
$r .= display_headline $c;
$r .= $q->p("Welcome to the online interface to",
$q->a({-href => 'http://sourceforge.net/projects/elixir-fm/'}, "ElixirFM") . ", the implementation of",
$q->a({-href => 'http://ufal.mff.cuni.cz/~smrz/elixir-thesis.pdf'}, "Functional Arabic Morphology"),
"written in Haskell and Perl.");
$r .= $q->p("ElixirFM can process words of", $q->a({-href => 'http://en.wikipedia.org/wiki/Dictionary_of_Modern_Written_Arabic'},
"Modern Written Arabic"), "using four different modes.", "Here, you can learn how to use these modes for various purposes.");
$r .= $q->p("ElixirFM is further documented at", $q->a({-href => 'http://elixir-fm.wiki.sourceforge.net/'},
"ElixirFM Wiki") . ".",
"The multiple scripts of this site are best viewed with", $q->a({-href => 'http://sourceforge.net/projects/dejavu/'},
"DejaVu Fonts") . ".");
$r .= $q->h2($q->a({-href => 'index.fcgi?mode=resolve'}, 'Resolve'));
$r .= $q->p("This mode provides tokenization and morphological analysis of the inserted text,",
"even if you omit some symbols or do not spell everything correctly.");
$r .= $q->p("You can experiment with entering the text in various notations.");
# $r .= $q->p("You can check the 'Fuzzy Notation' option due to which the resolution of the input words is less strict.");
$r .= $q->h2($q->a({-href => 'index.fcgi?mode=inflect'}, 'Inflect'));
$r .= $q->p("This mode lets you inflect words into the forms required by context.",
"You only need to define the grammatical parameters of the expected word forms.");
$r .= $q->p("You can either enter natural language descriptions, or you can specify the parameters using the positional morphological tags.");
$r .= $q->h2($q->a({-href => 'index.fcgi?mode=derive'}, 'Derive'));
$r .= $q->p("This mode lets you derive words of similar meaning but different grammatical category.",
"You only need to tell the desired grammatical categories.");
$r .= $q->p("You can either enter natural language descriptions, or you can specify the parameters using the positional morphological tags.");
$r .= $q->h2($q->a({-href => 'index.fcgi?mode=lookup'}, 'Lookup'));
$r .= $q->p("This mode can lookup lexical entries by the citation form and nests of entries by the root,",
"and lets you search also in the English translations.");
$r .= $q->p("You can try enclosing the text in quotes or parentheses if needed.");
$r .= display_footline $c;
$r .= display_footer $c;
return $r;
}
1;
ElixirFM-1.1/LICENSE 0000444 0014324 0013560 00000104513 11420132771 012546 0 ustar smrz ufal GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc.
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
Preamble
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software and other kinds of works.
The licenses for most software and other practical works are designed
to take away your freedom to share and change the works. By contrast,
the GNU General Public License is intended to guarantee your freedom to
share and change all versions of a program--to make sure it remains free
software for all its users. We, the Free Software Foundation, use the
GNU General Public License for most of our software; it applies also to
any other work released this way by its authors. You can apply it to
your programs, too.
When we speak of free software, we are referring to freedom, not
price. Our General Public Licenses are designed to make sure that you
have the freedom to distribute copies of free software (and charge for
them if you wish), that you receive source code or can get it if you
want it, that you can change the software or use pieces of it in new
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To protect your rights, we need to prevent others from denying you
these rights or asking you to surrender the rights. Therefore, you have
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For example, if you distribute copies of such a program, whether
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Developers that use the GNU GPL protect your rights with two steps:
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.
ElixirFM-1.1/README 0000444 0014324 0013560 00000001551 11420132771 012417 0 ustar smrz ufal ElixirFM - Interfaces to the ElixirFM system in Haskell
The ElixirFM module reimplements some of the functionality of the
ElixirFM system written in Haskell.
The Exec::ElixirFM module provides a simple interface for invoking
the ElixirFM executable, which you need to install on your system
yourself.
ElixirFM is documented at http://elixir-fm.wiki.sourceforge.net/.
INSTALLATION
To install this module, run the following from the command line:
perl Build.PL
Build
Build install
DOCUMENTATION
Visit the site http://sourceforge.net/projects/elixir-fm/ or run
perldoc ElixirFM
in order to get more information on this and related software.
COPYRIGHT AND LICENCE
Copyright (C) 2010-2005 Otakar Smrz, 2002 Tim Buckwalter
This program is free software. You can redistribute it and/or modify
it under the terms of the GNU General Public License version 3.
ElixirFM-1.1/Build.PL 0000444 0014324 0013560 00000001144 11420132771 013031 0 ustar smrz ufal use Module::Build;
use strict;
use warnings;
my $build = Module::Build->new(
module_name => 'ElixirFM',
license => 'gpl',
dist_author => 'Otakar Smrz ',
dist_version_from => 'lib/ElixirFM.pm',
requires => {
'perl' => 5.008,
'Encode::Arabic' => 0,
},
build_requires => {
'Encode::Arabic' => 0,
'Test::More' => 0,
},
add_to_cleanup => [ 'ElixirFM-*' ],
);
$build->create_build_script();
ElixirFM-1.1/META.yml 0000444 0014324 0013560 00000002024 11420132771 013004 0 ustar smrz ufal ---
name: ElixirFM
version: 1.1
author:
- 'Otakar Smrz '
abstract: Interfaces to the ElixirFM system implementing Functional Arabic Morphology
license: gpl
resources:
license: ~
requires:
Encode::Arabic: 0
perl: 5.008
build_requires:
Encode::Arabic: 0
Test::More: 0
provides:
ElixirFM:
file: lib/ElixirFM.pm
version: 1.1
ElixirFM::CGI:
file: lib/ElixirFM/CGI.pm
version: 1.1.946
ElixirFM::CGI::Derive:
file: lib/ElixirFM/CGI/Derive.pm
version: 1.1.946
ElixirFM::CGI::Inflect:
file: lib/ElixirFM/CGI/Inflect.pm
version: 1.1.946
ElixirFM::CGI::Lookup:
file: lib/ElixirFM/CGI/Lookup.pm
version: 1.1.946
ElixirFM::CGI::Resolve:
file: lib/ElixirFM/CGI/Resolve.pm
version: 1.1.964
ElixirFM::Exec:
file: lib/ElixirFM/Exec.pm
version: 1.1.946
ElixirFM::Resolve:
file: lib/ElixirFM/Resolve.pm
version: 1.1
generated_by: Module::Build version 0.32
meta-spec:
url: http://module-build.sourceforge.net/META-spec-v1.2.html
version: 1.2
ElixirFM-1.1/MANIFEST 0000444 0014324 0013560 00000001025 11420132771 012664 0 ustar smrz ufal Build.PL
bin/elixir-column.pl
bin/elixir-compose.pl
bin/elixir-resolve.pl
cgi/elixir/index.fcgi
css/elixir.css
css/elixir.js
css/listexpander/collapsed.gif
css/listexpander/empty.gif
css/listexpander/expanded.gif
css/listexpander/listexpander.css
css/listexpander/listexpander.js
LICENSE
lib/ElixirFM.pm
lib/ElixirFM/CGI.pm
lib/ElixirFM/CGI/Derive.pm
lib/ElixirFM/CGI/Inflect.pm
lib/ElixirFM/CGI/Lookup.pm
lib/ElixirFM/CGI/Resolve.pm
lib/ElixirFM/Data/Compose.PL
lib/ElixirFM/Exec.pm
lib/ElixirFM/Resolve.pm
MANIFEST
META.yml
README