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usr/share/vim/vim72/macros/urm/examples 0000666 00000002104 15077702263 0014060 0 ustar 00 Note that enough temporary registers should be provided for each example.
All should be initialised to 0.
Initial register values for benchmarking: 0,8,3,0,...
Performed on a Xenix 386/16:
Operation [sec, kbyte tmp space]: program
Asym. Diff.[ 7, 4]: (s2;s3)3.
Abs. Diff. [90,81]: (a1;a4;s2)2; (a2;s1)1; (a1;a5;s3)3; (a3;s1)1; (s2;s3)3; (s5;s4)4; (a2;s5)5.
Add [ 7, 4]: (a2;s3)3.
Mult [227, 161]: (a4;a5;s2)2; ((a2;s4)4; s3; (a1;a4;s5)5; (a5;s1)1)3.
Copy [ 48, 25]: (a1;a3;s2)2; (a2;s1)1.
sign [ 30, 17]: (a3;s2)2; (a2;(s3)3)3.
!sign[ 36, 28]: (a3;s2)2; (a2;(s3)3)3; a3; (s3;s2)2; (s3;a2)3.
Div [630,1522]: (a9;s2)2; (a2;a10;s3)3; (a3;s2)2; (a2;(s3)3)3; a3; (s3;s2)2; (s3;a2)3; (a2)2;(a2;s9)9;(a3;s10)10; (a9;a10;s2)2; (a11;a12;s3)3; (a2;s12)12; (a3;s9)9; (s2;s3)3; (a3;s2)2; (a2;(s3)3)3; a3; (s3;s2)2; (s3;a2)3; (a1;s2)2; (a2;s10)10; (a3;s11)11; ((a12;a13;s3)3; (a3;s13)13; (s2;s3)3; (a3;s12)12; a14; (s1)1; (a9;a10;s2)2; (a11;a12;s3)3; (a2;s12)12; (a3;s9)9; (s2;s3)3; (a3;s2)2; (a2;(s3)3)3; a3; (s3;s2)2; (s3;a2)3; (a1;s2)2; (a2;s10)10; (a3;s11)11)1; (s2)2; (a2;s14)14.
fstab.example2 0000666 00000003103 15077774746 0007333 0 ustar 00 # /etc/fstab: static file system information.
#
# The following is an example. Please see fstab(5) for further details.
# Please refer to mount(1) for a complete description of mount options.
#
# Format:
#
#
# dump(8) uses the field to determine which file systems need
# to be dumped. fsck(8) uses the column to determine which file
# systems need to be checked--the root file system should have a 1 in
# this field, other file systems a 2, and any file systems that should
# not be checked (such as MS-DOS or NFS file systems) a 0.
#
# The `sw' option indicates that the swap partition is to be activated
# with `swapon -a'.
/dev/hda2 none swap sw 0 0
# The `bsdgroups' option indicates that the file system is to be mounted
# with BSD semantics (files inherit the group ownership of the directory
# in which they live). `ro' can be used to mount a file system read-only.
/dev/hda3 / ext2 defaults 0 1
/dev/hda5 /home ext2 defaults 0 2
/dev/hda6 /var ext2 defaults 0 2
/dev/hda7 /usr ext2 defaults,ro 0 2
/dev/hda8 /usr/local ext2 defaults,bsdgroups 0 2
# The `noauto' option indicates that the file system should not be mounted
# with `mount -a'. `user' indicates that normal users are allowed to mount
# the file system.
/dev/cdrom /cdrom iso9660 defaults,noauto,ro,user 0 0
/dev/fd0 /floppy minix defaults,noauto,user 0 0
/dev/fd1 /floppy minix defaults,noauto,user 0 0
# NFS file systems:
server:/export/usr /usr nfs defaults 0 0
# proc file system:
proc /proc proc defaults 0 0
sfdisk.examples.gz 0000666 00000005547 15077774746 0010255 0 ustar 00 Z[w۸~~ŜɉP qN- )B%@_ߙIQ8MO& r}3l(z6REf~ vllcz+yn!S$䕂IScSbs}hQ e,!%
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}3*Mh?s}{HV"}MAoSԅ*U-w~wx6'OP^B*tBߟt 1.Wj?m !rUѴгQ(Y<^4o s9)vYx얞/s5rEюkR7xǭ; exa|C2m/FY!Xk:^L! es7w]*I<[
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hSF. C<<:=HR97>k8nW$o_]Ps r^4@ ǵ3t\4%O U Sb<Ԡ= fڬ)5d30X 40lVoU.EkᅻZ_I_lhWjfSv-Y(wӳͤx}{_qܬ&| \.i<1}O5=ԨjxXU?> ia3 _:GOS3\ 9^5iW iZlvLo53῝_n_s/ = TCY"6n&
>0͙y]
ʶt"kQ1ޜ8 (wz[찎qbO#ḱrg]^XNR۳ lrQ>܀.8ꋖ{- S(E6L1<. u& +GF%qLUʋ`U9h
&a>3JD. ?!j n*Q[(U gz*tNf20M<> S!uh|hUt9a$5Z=q ~Z;=UfFG߶ ǻU>6}
+{PN L}`QEү(ynsm솚{F_#"yֺX4ֈq!Z+M9hV wyׂgm-b.%%YUfa>ՃnlnDϯjU/dev/null 2>&1` ; [ $? = 4 ] ; then
echo "Enhanced getopt(1)"
else
echo "Old getopt(1)"
fi
getopt-parse.tcsh 0000666 00000004315 15077774746 0010100 0 ustar 00 #!/bin/tcsh
# A small example program for using the new getopt(1) program.
# This program will only work with tcsh(1)
# An similar program using the bash(1) script language can be found
# as parse.bash
# Example input and output (from the tcsh prompt):
# ./parse.tcsh -a par1 'another arg' --c-long 'wow\!*\?' -cmore -b " very long "
# Option a
# Option c, no argument
# Option c, argument `more'
# Option b, argument ` very long '
# Remaining arguments:
# --> `par1'
# --> `another arg'
# --> `wow!*\?'
# Note that we had to escape the exclamation mark in the wow-argument. This
# is _not_ a problem with getopt, but with the tcsh command parsing. If you
# would give the same line from the bash prompt (ie. call ./parse.tcsh),
# you could remove the exclamation mark.
# This is a bit tricky. We use a temp variable, to be able to check the
# return value of getopt (eval nukes it). argv contains the command arguments
# as a list. The ':q` copies that list without doing any substitutions:
# each element of argv becomes a separate argument for getopt. The braces
# are needed because the result is also a list.
set temp=(`getopt -s tcsh -o ab:c:: --long a-long,b-long:,c-long:: -- $argv:q`)
if ($? != 0) then
echo "Terminating..." >/dev/stderr
exit 1
endif
# Now we do the eval part. As the result is a list, we need braces. But they
# must be quoted, because they must be evaluated when the eval is called.
# The 'q` stops doing any silly substitutions.
eval set argv=\($temp:q\)
while (1)
switch($1:q)
case -a:
case --a-long:
echo "Option a" ; shift
breaksw;
case -b:
case --b-long:
echo "Option b, argument "\`$2:q\' ; shift ; shift
breaksw
case -c:
case --c-long:
# c has an optional argument. As we are in quoted mode,
# an empty parameter will be generated if its optional
# argument is not found.
if ($2:q == "") then
echo "Option c, no argument"
else
echo "Option c, argument "\`$2:q\'
endif
shift; shift
breaksw
case --:
shift
break
default:
echo "Internal error!" ; exit 1
endsw
end
echo "Remaining arguments:"
# foreach el ($argv:q) created problems for some tcsh-versions (at least
# 6.02). So we use another shift-loop here:
while ($#argv > 0)
echo '--> '\`$1:q\'
shift
end
getopt-parse.bash 0000666 00000002734 15077774746 0010057 0 ustar 00 #!/bin/bash
# A small example program for using the new getopt(1) program.
# This program will only work with bash(1)
# An similar program using the tcsh(1) script language can be found
# as parse.tcsh
# Example input and output (from the bash prompt):
# ./parse.bash -a par1 'another arg' --c-long 'wow!*\?' -cmore -b " very long "
# Option a
# Option c, no argument
# Option c, argument `more'
# Option b, argument ` very long '
# Remaining arguments:
# --> `par1'
# --> `another arg'
# --> `wow!*\?'
# Note that we use `"$@"' to let each command-line parameter expand to a
# separate word. The quotes around `$@' are essential!
# We need TEMP as the `eval set --' would nuke the return value of getopt.
TEMP=`getopt -o ab:c:: --long a-long,b-long:,c-long:: \
-n 'example.bash' -- "$@"`
if [ $? != 0 ] ; then echo "Terminating..." >&2 ; exit 1 ; fi
# Note the quotes around `$TEMP': they are essential!
eval set -- "$TEMP"
while true ; do
case "$1" in
-a|--a-long) echo "Option a" ; shift ;;
-b|--b-long) echo "Option b, argument \`$2'" ; shift 2 ;;
-c|--c-long)
# c has an optional argument. As we are in quoted mode,
# an empty parameter will be generated if its optional
# argument is not found.
case "$2" in
"") echo "Option c, no argument"; shift 2 ;;
*) echo "Option c, argument \`$2'" ; shift 2 ;;
esac ;;
--) shift ; break ;;
*) echo "Internal error!" ; exit 1 ;;
esac
done
echo "Remaining arguments:"
for arg do echo '--> '"\`$arg'" ; done
getopt-test.tcsh 0000666 00000000170 15077774746 0007740 0 ustar 00 #!/bin/tcsh
getopt -T >&/dev/null
if ( $status == 4) then
echo "Enhanced getopt(1)"
else
echo "Old getopt(1)"
endif
example-0.3.x.php 0000666 00000010572 15100003531 0007451 0 ustar 00 PHPMORPHY_STORAGE_FILE,
// Enable prediction by suffix
'predict_by_suffix' => true,
// Enable prediction by prefix
'predict_by_db' => true,
// TODO: comment this
'graminfo_as_text' => true,
);
// Path to directory where dictionaries located
$dir = dirname(__FILE__) . '/../dicts';
$lang = 'ru_RU';
// Create phpMorphy instance
try {
$morphy = new phpMorphy($dir, $lang, $opts);
} catch(phpMorphy_Exception $e) {
die('Error occured while creating phpMorphy instance: ' . PHP_EOL . $e);
}
// All words in dictionary in UPPER CASE, so don`t forget set proper locale via setlocale(...) call
// $morphy->getEncoding() returns dictionary encoding
$words = array('', '', '', '', '', 'abc');
if(function_exists('iconv')) {
foreach($words as &$word) {
$word = iconv('windows-1251', $morphy->getEncoding(), $word);
}
unset($word);
}
try {
foreach($words as $word) {
// by default, phpMorphy finds $word in dictionary and when nothig found, try to predict them
// you can change this behaviour, via second argument to getXXX or findWord methods
$base = $morphy->getBaseForm($word);
$all = $morphy->getAllForms($word);
$part_of_speech = $morphy->getPartOfSpeech($word);
// $base = $morphy->getBaseForm($word, phpMorphy::NORMAL); // normal behaviour
// $base = $morphy->getBaseForm($word, phpMorphy::IGNORE_PREDICT); // don`t use prediction
// $base = $morphy->getBaseForm($word, phpMorphy::ONLY_PREDICT); // always predict word
$is_predicted = $morphy->isLastPredicted(); // or $morphy->getLastPredictionType() == phpMorphy::PREDICT_BY_NONE
$is_predicted_by_db = $morphy->getLastPredictionType() == phpMorphy::PREDICT_BY_DB;
$is_predicted_by_suffix = $morphy->getLastPredictionType() == phpMorphy::PREDICT_BY_SUFFIX;
// this used for deep analysis
$collection = $morphy->findWord($word);
// or var_dump($morphy->getAllFormsWithGramInfo($word)); for debug
if(false === $collection) {
echo $word, " NOT FOUND\n";
continue;
} else {
}
echo $is_predicted ? '-' : '+', $word, "\n";
echo 'lemmas: ', implode(', ', $base), "\n";
echo 'all: ', implode(', ', $all), "\n";
echo 'poses: ', implode(', ', $part_of_speech), "\n";
echo "\n";
// $collection collection of paradigm for given word
// TODO: $collection->getByPartOfSpeech(...);
foreach($collection as $paradigm) {
// TODO: $paradigm->getBaseForm();
// TODO: $paradigm->getAllForms();
// TODO: $paradigm->hasGrammems(array('', ''));
// TODO: $paradigm->getWordFormsByGrammems(array('', ''));
// TODO: $paradigm->hasPartOfSpeech('');
// TODO: $paradigm->getWordFormsByPartOfSpeech('');
echo "lemma: ", $paradigm[0]->getWord(), "\n";
foreach($paradigm->getFoundWordForm() as $found_word_form) {
echo
$found_word_form->getWord(), ' ',
$found_word_form->getPartOfSpeech(), ' ',
'(', implode(', ', $found_word_form->getGrammems()), ')',
"\n";
}
echo "\n";
foreach($paradigm as $word_form) {
// TODO: $word_form->getWord();
// TODO: $word_form->getFormNo();
// TODO: $word_form->getGrammems();
// TODO: $word_form->getPartOfSpeech();
// TODO: $word_form->hasGrammems(array('', ''));
}
}
echo "--\n";
}
} catch(phpMorphy_Exception $e) {
die('Error occured while text processing: ' . $e->getMessage());
}
example.php 0000666 00000007010 15100003531 0006676 0 ustar 00 PHPMORPHY_STORAGE_FILE,
// Extend graminfo for getAllFormsWithGramInfo method call
'with_gramtab' => false,
// Enable prediction by suffix
'predict_by_suffix' => true,
// Enable prediction by prefix
'predict_by_db' => true
);
// Path to directory where dictionaries located
$dir = dirname(__FILE__) . '/../dicts';
// Create descriptor for dictionary located in $dir directory with russian language
$dict_bundle = new phpMorphy_FilesBundle($dir, 'rus');
// Create phpMorphy instance
try {
$morphy = new phpMorphy($dict_bundle, $opts);
} catch(phpMorphy_Exception $e) {
die('Error occured while creating phpMorphy instance: ' . $e->getMessage());
}
// All words in dictionary in UPPER CASE, so don`t forget set proper locale
// Supported dicts and locales:
// *------------------------------*
// | Dict. language | Locale name |
// |------------------------------|
// | Russian | cp1251 |
// |------------------------------|
// | English | cp1250 |
// |------------------------------|
// | German | cp1252 |
// *------------------------------*
// $codepage = $morphy->getCodepage();
// setlocale(LC_CTYPE, array('ru_RU.CP1251', 'Russian_Russia.1251'));
// Hint: in this example words $word_one, $word_two are in russian language(cp1251 encoding)
$word_one = '';
$word_two = '';
echo "Testing single mode...\n";
try {
// word by word processing
// each function return array with result or FALSE when no form(s) for given word found(or predicted)
$base_form = $morphy->getBaseForm($word_one);
$all_forms = $morphy->getAllForms($word_one);
$pseudo_root = $morphy->getPseudoRoot($word_one);
if(false === $base_form || false === $all_forms || false === $pseudo_root) {
die("Can`t find or predict $word_one word");
}
echo 'base form = ' . implode(', ', $base_form) . "\n";
echo 'all forms = ' . implode(', ', $all_forms) . "\n";
echo "Testing bulk mode...\n";
// bulk mode speed-ups processing up to 50-100%(mainly for getBaseForm method)
// in bulk mode all function always return array
$bulk_words = array($word_one, $word_two);
$base_form = $morphy->getBaseForm($bulk_words);
$all_forms = $morphy->getAllForms($bulk_words);
$pseudo_root = $morphy->getPseudoRoot($bulk_words);
// Bulk result format:
// array(
// INPUT_WORD1 => array(OUTWORD1, OUTWORD2, ... etc)
// INPUT_WORD2 => FALSE <-- when no form for word found(or predicted)
// )
echo 'bulk mode base form = ' . implode(', ', $base_form[$word_one]) . ' ' . implode(', ', $base_form[$word_two]) . "\n";
echo 'bulk mode all forms = ' . implode(', ', $all_forms[$word_one]) . ' ' . implode(', ', $all_forms[$word_two]) . "\n";
// You can also retrieve all word forms with graminfo via getAllFormsWithGramInfo method call
// $all_forms_with_gram = $morphy->getAllFormsWithGramInfo($word_one);
} catch(phpMorphy_Exception $e) {
die('Error occured while text processing: ' . $e->getMessage());
}