hexsha
stringlengths 40
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int64 3
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stringlengths 1
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⌀ | lang
stringlengths 1
21
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stringlengths 3
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stringlengths 4
112
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stringlengths 40
78
| max_stars_repo_licenses
sequence | max_stars_count
float64 1
191k
⌀ | max_stars_repo_stars_event_min_datetime
stringlengths 24
24
⌀ | max_stars_repo_stars_event_max_datetime
stringlengths 24
24
⌀ | max_issues_repo_path
stringlengths 3
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| max_issues_repo_name
stringlengths 4
113
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stringlengths 40
78
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sequence | max_issues_count
float64 1
116k
⌀ | max_issues_repo_issues_event_min_datetime
stringlengths 24
24
⌀ | max_issues_repo_issues_event_max_datetime
stringlengths 24
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stringlengths 3
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113
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stringlengths 40
78
| max_forks_repo_licenses
sequence | max_forks_count
float64 1
105k
⌀ | max_forks_repo_forks_event_min_datetime
stringlengths 24
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stringlengths 24
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stringlengths 3
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float64 1
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|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
edb9968b71510328111bc84a4287bed6bd79e346 | 72 | t | Perl | t/00unit.evloop.t | adarshdec23/h2o_custom_priority | c6dde246a2df2570e40618b51757616de2b3df89 | [
"MIT"
] | null | null | null | t/00unit.evloop.t | adarshdec23/h2o_custom_priority | c6dde246a2df2570e40618b51757616de2b3df89 | [
"MIT"
] | null | null | null | t/00unit.evloop.t | adarshdec23/h2o_custom_priority | c6dde246a2df2570e40618b51757616de2b3df89 | [
"MIT"
] | null | null | null | use strict;
use warnings;
use t::Util;
exec_unittest('evloop');
| 10.285714 | 25 | 0.652778 |
edaf622f55f080385ebd8775a9d9a20b96e2ae40 | 2,701 | t | Perl | _t/120custom-commands.t | patrickpichler/jira | 57e1c7426e28d4d66bb877f4e6a5a1298c1a17f3 | [
"Apache-2.0"
] | null | null | null | _t/120custom-commands.t | patrickpichler/jira | 57e1c7426e28d4d66bb877f4e6a5a1298c1a17f3 | [
"Apache-2.0"
] | null | null | null | _t/120custom-commands.t | patrickpichler/jira | 57e1c7426e28d4d66bb877f4e6a5a1298c1a17f3 | [
"Apache-2.0"
] | null | null | null | #!/bin/bash
eval "$(curl -q -s https://raw.githubusercontent.com/coryb/osht/master/osht.sh)"
cd $(dirname $0)
jira="../jira"
. env.sh
PLAN 16
# reset login
RUNS $jira logout
RUNS $jira login
# cleanup from previous failed test executions
($jira ls --project BASIC | awk -F: '{print $1}' | while read issue; do ../jira done $issue; done) | sed 's/^/# CLEANUP: /g'
###############################################################################
## Create an issue
###############################################################################
RUNS $jira create --project BASIC -o summary=summary -o description=description --noedit --saveFile issue.props
issue=$(awk '/issue/{print $2}' issue.props)
DIFF <<EOF
OK $issue $ENDPOINT/browse/$issue
EOF
###############################################################################
## Testing the example custom commands, print-project
###############################################################################
RUNS $jira print-project
DIFF <<EOF
BASIC
EOF
###############################################################################
## Testing the example custom commands, jira-path
###############################################################################
RUNS $jira jira-path
DIFF <<EOF
../jira
EOF
###############################################################################
## Testing the example custom commands, env
###############################################################################
RUNS $jira env
GREP ^JIRA_PROJECT=BASIC
###############################################################################
## Testing the example custom commands, argtest
###############################################################################
RUNS $jira argtest TEST
DIFF <<EOF
TEST
EOF
###############################################################################
## Testing the example custom commands, opttest
###############################################################################
RUNS $jira opttest --OPT TEST
DIFF <<EOF
TEST
EOF
###############################################################################
## Use the "mine" alias to list issues assigned to self
###############################################################################
RUNS $jira mine
DIFF <<EOF
+------------+---------+------+----------+--------+----------+----------+----------+
| Issue | Summary | Type | Priority | Status | Age | Reporter | Assignee |
+------------+---------+------+----------+--------+----------+----------+----------+
| $issue | summary | Bug | Medium | To Do | a minute | gojira | gojira |
+------------+---------+------+----------+--------+----------+----------+----------+
EOF
| 33.345679 | 124 | 0.342096 |
ed7bd4f724af19d8da562b620f29abb79b25bd7e | 3,044 | pm | Perl | openkore-master/plugins/needs-review/webMonitor/trunk/template.pm | phuchduong/ro_restart_bot | 41da6e1def82d05341433961ca0f071ad4424b60 | [
"Apache-2.0"
] | null | null | null | openkore-master/plugins/needs-review/webMonitor/trunk/template.pm | phuchduong/ro_restart_bot | 41da6e1def82d05341433961ca0f071ad4424b60 | [
"Apache-2.0"
] | null | null | null | openkore-master/plugins/needs-review/webMonitor/trunk/template.pm | phuchduong/ro_restart_bot | 41da6e1def82d05341433961ca0f071ad4424b60 | [
"Apache-2.0"
] | null | null | null | package template;
use strict;
my %fields = {
template => '',
markF => '',
markB => '',
keywords => '',
debug => 0,
};
# $template = new template ("filename");
sub new {
my ($that, $template) = @_;
my $class = ref($that) || $that;
my $self = {
_permitted => \%fields,
%fields,
};
bless $self, $class;
$self->_initialize($template);
return $self;
}
sub _initialize {
my ($self, $template) = @_;
$self->_loadTemplate($template);
}
sub _loadTemplate {
my ($self, $filename) = @_;
if (open (TEMPLATE, "<" . $filename)) {
binmode TEMPLATE;
while (read TEMPLATE, my $buffer, 1024) {
$self->{template} .= $buffer;
}
close FILE;
}
}
# $replacement = $template->replace(\%keywords, $markF, $markB);
sub replace {
my ($self, $keywords, $markF, $markB) = @_;
my $replacement = $self->{template};
$self->{keywords} = $keywords;
$self->{markF} = quotemeta $markF;
$self->{markB} = quotemeta $markB;
$markF = $self->{markF};
$markB = $self->{markB};
my @arrays;
$replacement =~ s/\?/\x08/sg;
my @keys = keys %{$keywords};
foreach my $key (@keys) {
my $value = $keywords->{$key};
pos($replacement) = 0;
if (ref($value) eq 'ARRAY') {
push(@arrays, $key) if ($replacement =~ m/$markF$key$markB/sg);
} else {
$replacement =~ s/$markF$key$markB/$value/sg;
}
}
pos($replacement) = 0;
my (@startOffsets, @endOffsets);
my $startLoop = 'startLoop';
my $endLoop = 'endLoop';
while ($replacement =~ /$markF$startLoop$markB/g) {
push @startOffsets, ((pos $replacement) - length '{startLoop}');
$replacement =~ /$markF$endLoop$markB/g;
push @endOffsets, (pos $replacement);
}
my @replacements;
for (my $i; $i < @startOffsets; $i++) {
push @replacements, substr $replacement, $startOffsets[$i], $endOffsets[$i]-$startOffsets[$i];
}
for (my $i; $i < @replacements; $i++) {
my $replace = $replacements[$i];
my $text = $self->_expand($replace, \@arrays);
$replacement =~ s/$replace/$text/sg;
}
$replacement =~ s/\x08/\?/sg;
return $replacement;
}
# $expanded = _expand($text, \@keys);
sub _expand {
my ($self, $text, $keys) = @_;
my $keywords = $self->{keywords};
my $markF = $self->{markF};
my $markB = $self->{markB};
my $replacement;
my $expanded;
my $firstFound;
for (my $i; $i < @{$keys}; $i++) {
my $key = $keys->[$i];
if (quotemeta $text =~ /$markF$key$markB/sg) {
$firstFound = $key;
last;
}
}
my $array = $keywords->{$firstFound};
my $i;
foreach my $value (@{$array}) {
$replacement = $text;
$replacement =~ s/\{startLoop\}//sg;
$replacement =~ s/\{endLoop\}//sg;
next if !($replacement =~ s/$markF$firstFound$markB/$value/sg);
foreach my $key (@{$keys}) {
next if ($key eq $firstFound);
$replacement =~ s/$markF$key$markB/$keywords->{$key}->[$i]/sg;
}
$expanded .= $replacement;
$i++;
}
if ($expanded) {
return $expanded;
} else {
foreach my $key (@{$keys}) {
$text =~ s/\{startLoop\}//sg;
$text =~ s/\{endLoop\}//sg;
$text =~ s/$markF$key$markB/none/sg;;
}
return $text;
}
}
| 22.218978 | 96 | 0.583771 |
73f415bc24e495eb90e69c70e44730892e327173 | 386 | pl | Perl | scripts/get_switch_port_addrs.pl | smonk/856_b_side | 8c8e49d198d69b005393d3d51f520944dba5cfbb | [
"FSFAP"
] | null | null | null | scripts/get_switch_port_addrs.pl | smonk/856_b_side | 8c8e49d198d69b005393d3d51f520944dba5cfbb | [
"FSFAP"
] | 4 | 2016-03-02T03:14:09.000Z | 2017-03-23T22:58:23.000Z | scripts/get_switch_port_addrs.pl | mondaugen/856_for_zellersasn | 8c8e49d198d69b005393d3d51f520944dba5cfbb | [
"FSFAP"
] | null | null | null | BEGIN{ $l1=""; $l2="";}
($port,$pin) = ($_ =~ m/ return \((\(\(GPIO_.*IDR) & \(0x1 << ([0-9]+)\)/);
if ($port){
($tmp) = ($l2 =~ m/uint32_t (.*)\_get_state.*/);
if ($tmp =~ m/sw[0-9]+/) {
print "set \$tmp = &".$port."\n";
print "printf \"".$tmp."_reg {%#x}\\n\", \$tmp \n";
print "printf \"".$tmp."_pin {".$pin."}\\n\"\n";
}
}
$l2=$l1;
$l1=$_;
| 25.733333 | 78 | 0.380829 |
edde071fe9eef812db7abbd8119ead39b55c059a | 274 | pm | Perl | auto-lib/Azure/Devices/ListBySubscriptionIotHubResourceResult.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | null | null | null | auto-lib/Azure/Devices/ListBySubscriptionIotHubResourceResult.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | null | null | null | auto-lib/Azure/Devices/ListBySubscriptionIotHubResourceResult.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | 1 | 2021-04-08T15:26:39.000Z | 2021-04-08T15:26:39.000Z | package Azure::Devices::ListBySubscriptionIotHubResourceResult;
use Moose;
has code => (is => 'ro', isa => 'Str' );
has details => (is => 'ro', isa => 'Str' );
has httpStatusCode => (is => 'ro', isa => 'Str' );
has message => (is => 'ro', isa => 'Str' );
1;
| 27.4 | 63 | 0.547445 |
ed9a85c16c2dad402e8a43999de5f49f14cd75af | 526 | pl | Perl | cgi-bin/maps/tomato_arabidopsis/chr8d.pl | labroo2/sgn | c8a1a10e4ac2104d82c5fd2d986f1688d01b20be | [
"MIT"
] | 39 | 2015-02-03T15:47:55.000Z | 2022-03-23T13:34:05.000Z | cgi-bin/maps/tomato_arabidopsis/chr8d.pl | labroo2/sgn | c8a1a10e4ac2104d82c5fd2d986f1688d01b20be | [
"MIT"
] | 2,491 | 2015-01-07T05:49:17.000Z | 2022-03-31T15:31:05.000Z | cgi-bin/maps/tomato_arabidopsis/chr8d.pl | labroo2/sgn | c8a1a10e4ac2104d82c5fd2d986f1688d01b20be | [
"MIT"
] | 20 | 2015-06-30T19:10:09.000Z | 2022-03-23T13:34:09.000Z | use strict;
use CXGN::Page;
my $page=CXGN::Page->new('chr8d.html','html2pl converter');
$page->header('Chromosome 8');
print<<END_HEREDOC;
<br />
<br />
<center>
<h1><a href="chr8_split.pl">Chromosome 8</a></h1>
<h3>- Section D -</h3>
<br />
<br />
<table summary="">
<tr>
<td align="right" valign="top"><img alt="" align="left"
src="/documents/maps/tomato_arabidopsis/map_images/chr8d.png" border="none" /></td>
</tr>
</table>
</center>
END_HEREDOC
$page->footer(); | 19.481481 | 91 | 0.581749 |
edde73b8a1f8a325e8feaad767a80b42a72cdbdf | 5,315 | pm | Perl | lib/Devel/hdb/App/Stack.pm | gitpan/Devel-hdb | 1fa37cb35666be40e08895e2752a4754ca747e01 | [
"Artistic-1.0"
] | null | null | null | lib/Devel/hdb/App/Stack.pm | gitpan/Devel-hdb | 1fa37cb35666be40e08895e2752a4754ca747e01 | [
"Artistic-1.0"
] | null | null | null | lib/Devel/hdb/App/Stack.pm | gitpan/Devel-hdb | 1fa37cb35666be40e08895e2752a4754ca747e01 | [
"Artistic-1.0"
] | null | null | null | package Devel::hdb::App::Stack;
BEGIN {
our @saved_ARGV = @ARGV;
}
use strict;
use warnings;
use Plack::Request;
use base 'Devel::hdb::App::Base';
use Exporter 'import';
our @EXPORT_OK = qw(_serialize_stack);
use Data::Transform::ExplicitMetadata qw(encode);
__PACKAGE__->add_route('get', qr{(^/stack$)}, \&stack);
__PACKAGE__->add_route('head', qr{^/stack$}, \&stack_head);
__PACKAGE__->add_route('get', qr{(^/stack)/(\d+)$}, \&stack_frame);
__PACKAGE__->add_route('head', qr{^/stack/(\d+)$}, \&stack_frame_head);
sub stack {
my($class, $app, $env, $base_url) = @_;
my $req = Plack::Request->new($env);
my $frames = $class->_serialize_stack($app, $base_url, $req->param('exclude_sub_params'));
return [ 200,
[ 'Content-Type' => 'application/json',
'X-Stack-Depth' => scalar(@$frames),
],
[ $app->encode_json($frames) ],
];
}
sub stack_head {
my($class, $app, $env) = @_;
my $stack = $app->stack;
return [ 200,
[ 'Content-Type' => 'application/json',
'X-Stack-Depth' => $stack->depth,
],
[],
];
}
sub stack_frame {
my($class, $app, $env, $base_url, $level) = @_;
my $req = Plack::Request->new($env);
my $stack = $app->stack;
my $frame = $stack->frame($level);
my $rv = _stack_frame_head_impl($app, $frame);
if ($rv->[0] == 200) {
my $serialized_frame = _serialize_frame($frame, $base_url, $level, $req->param('exclude_sub_params'));
$rv->[2] = [ $app->encode_json($serialized_frame) ];
}
return $rv;
}
sub stack_frame_head {
my($class, $app, $env, $level) = @_;
my $stack = $app->stack;
my $frame = $stack->frame($level);
return _stack_frame_head_impl($app, $frame);
}
sub _stack_frame_head_impl {
my($app, $frame) = @_;
unless ($frame) {
return [ 404,
[ 'Content-Type' => 'application/json' ],
[ $app->encode_json( { error => 'Stack frame not found' } ) ],
];
}
return [ 200,
[ 'Content-Type' => 'application/json',
'X-Stack-Serial' => $frame->serial,
'X-Stack-Line' => $frame->line,
],
[ ]
];
}
sub _serialize_stack {
my($class, $app, $base_url, $exclude_sub_params) = @_;
my $frames = $app->stack()->iterator;
my @stack;
my $level = 0;
while (my $frame = $frames->()) {
push @stack, _serialize_frame($frame, $base_url, $level++, $exclude_sub_params);
}
return \@stack;
}
sub _serialize_frame {
my($frame, $base_url, $level, $exclude_sub_params) = @_;
my %frame = %$frame; # copy
if ($frame{autoload}) {
$frame{subname} .= "($frame{autoload})";
}
if ($exclude_sub_params) {
$frame{args} = undef;
} elsif ($frame{subroutine} eq '(eval)') {
$frame{args} = [];
} else {
my @encoded_args = map { encode($_) } @{$frame{args}};
$frame{args} = \@encoded_args;
}
$frame{href} = join('/', $base_url, $level++);
return \%frame;
}
1;
=pod
=head1 NAME
Devel::hdb::App::Stack - Get information about the program stack
=head1 DESCRIPTION
=head2 Routes
=over 4
=item GET /stack
=item GET /stack?exclude_sub_params=1
=item HEAD /stack
Get a list of the current program stack. Does not include any stack frames
within the debugger. The currently executing frame is the first element in
the list. Returns a JSON-encoded array where each item is a hash
with the following keys:
package Package/namespace
subroutine Fully-qualified subroutine name. Includes the package
subname Subroutine name without the package included
filename File where the subroutine was defined
lineno Line execution is stopped on
args Array of arguments to the subroutine
wantarray Context this frame was called in
serial Unique serial number for this frame
The header X-Stack-Depth will have the number of frames in the stack. The
caller may request the HEAD to omit the body/data and just get the headers.
The deepest stack frame is reported as being in the subroutine named 'MAIN'.
Values in the args list are encoded using Data::Transform::ExplicitMetadata
If the param exclude_sub_params is true, then the 'args' value will be undef,
useful to avoid serializing/deserializing possibly deep data structures
passed as arguments to functions.
=item GET /stack/<id>
=item GET /stack/<id>?exclude_sub_params=1
=item HEAD /stack/<id>
Get only one stack frame. 0 is the most recent frame in the debugged program,
1 is the frame before that. Returns a JSON-encoded hash with the same
information as each stack frame returned by GET /stack. In addition, the header
X-Stack-Line contains the current frame's line number, and the header
X-Stack-Serial contains the current frame's serial. Returns a 404 error if
there is no frame as deep as was requested.
=back
=head1 SEE ALSO
Devel::hdb, Data::Transform::ExplicitMetadata
=head1 AUTHOR
Anthony Brummett <brummett@cpan.org>
=head1 COPYRIGHT
Copyright 2014, Anthony Brummett. This module is free software. It may
be used, redistributed and/or modified under the same terms as Perl itself.
| 26.979695 | 110 | 0.62841 |
edc2e012dcc6db72e27dd80090d11a045a888e94 | 751 | pl | Perl | fichiers_de_travail/5_comparaison_2_fichiers.pl | Tdpeiam/ednum | 2b224dbb68760957fd081f1ad04d9650bc139c5a | [
"MIT"
] | null | null | null | fichiers_de_travail/5_comparaison_2_fichiers.pl | Tdpeiam/ednum | 2b224dbb68760957fd081f1ad04d9650bc139c5a | [
"MIT"
] | null | null | null | fichiers_de_travail/5_comparaison_2_fichiers.pl | Tdpeiam/ednum | 2b224dbb68760957fd081f1ad04d9650bc139c5a | [
"MIT"
] | null | null | null | #/usr/bin/perl -w
open (OAI,"enssib_oai_pmh_perl.xml");
open (COLL,">enssib_oai_pmh_perl_collection.xml");
while (<OAI>) {
$ligne=$_;
if ($ligne !~ /^setSpec: Collection-/) {
print COLL $ligne;
}
else {
$collection=$ligne;
chomp($collection);
$collection=~s/^setSpec: //g;
open (NOM,"nom_collections_themes_oai.txt"); #j'ouvre ici sinon il ne parcours qu'une fois le fichier, en gros il ne revient jamais au début du fichier ce qui est un gros problème si l'on veut chercher une chaîne
while (<NOM>) {
($setSpec,$setName)=split(/\t/);
if ($setSpec eq $collection) {
print COLL "setName: ",$setName;
}
else {
next;
}
}
close (NOM);
}
}
close (COLL);
close (OAI);
| 24.225806 | 216 | 0.609854 |
ed86e23738e84530f79aa8f5a532c43597d02549 | 2,336 | t | Perl | t/get_regexp_qc_data.t | BuildJet/MIP | f1f63117a7324e37dbcaa16c0298f4b4c857d44c | [
"MIT"
] | null | null | null | t/get_regexp_qc_data.t | BuildJet/MIP | f1f63117a7324e37dbcaa16c0298f4b4c857d44c | [
"MIT"
] | null | null | null | t/get_regexp_qc_data.t | BuildJet/MIP | f1f63117a7324e37dbcaa16c0298f4b4c857d44c | [
"MIT"
] | null | null | null | #!/usr/bin/env perl
use 5.026;
use Carp;
use charnames qw{ :full :short };
use English qw{ -no_match_vars };
use File::Basename qw{ dirname };
use File::Spec::Functions qw{ catdir catfile };
use FindBin qw{ $Bin };
use open qw{ :encoding(UTF-8) :std };
use Params::Check qw{ allow check last_error };
use Test::More;
use utf8;
use warnings qw{ FATAL utf8 };
## CPANM
use autodie qw { :all };
use Modern::Perl qw{ 2018 };
use Readonly;
use Test::Trap qw{ :stderr:output(systemsafe) };
## MIPs lib/
use lib catdir( dirname($Bin), q{lib} );
use MIP::Constants qw{ $COMMA $SPACE };
use MIP::Test::Fixtures qw{ test_standard_cli };
my $VERBOSE = 1;
our $VERSION = 1.00;
$VERBOSE = test_standard_cli(
{
verbose => $VERBOSE,
version => $VERSION,
}
);
BEGIN {
use MIP::Test::Fixtures qw{ test_import };
### Check all internal dependency modules and imports
## Modules with import
my %perl_module = (
q{MIP::Qc_data} => [qw{ get_regexp_qc_data }],
q{MIP::Test::Fixtures} => [qw{ test_standard_cli }],
);
test_import( { perl_module_href => \%perl_module, } );
}
use MIP::Qc_data qw{ get_regexp_qc_data };
diag( q{Test get_regexp_qc_data from Qc_data.pm v}
. $MIP::Qc_data::VERSION
. $COMMA
. $SPACE . q{Perl}
. $SPACE
. $PERL_VERSION
. $SPACE
. $EXECUTABLE_NAME );
## Given a valid regexp when file exists
my $data_file_path = catfile( dirname($Bin), q{mip} );
my $recipe_name = q{mip};
my $regexp = q{perl -nae 'if ($_ =~ /\bour\s\$VERSION\b/xms) {print q{Got version};}'};
my $regexp_key = q{test_add_data_from_regexp};
my @regexp_returns = get_regexp_qc_data(
{
data_file_path => $data_file_path,
regexp => $regexp,
}
);
my @expected_qc_data = q{Got version};
## Then return array with single value
is_deeply( \@regexp_returns, \@expected_qc_data,
q{Got regexp return data from system call} );
## Given a invalid regexp when file exist
my @response = trap { get_regexp_qc_data(
{
data_file_path => $data_file_path,
regexp => q{perl -e 'print STDERR q{Testing catching STDERR}'},
}
)
};
is( $response[0], undef, q{Return undef when STDERR} );
like( $trap->stderr, qr/Testing\s+catching\s+STDERR/xms, q{Throw warning when STDERR} );
done_testing();
| 24.851064 | 88 | 0.639555 |
73f699a3f23cb9671ce6b99f01edd4127ecff0a0 | 3,384 | t | Perl | t/40-alltypes.t | git-the-cpan/DBD-Firebird | de1442a79b909565d1cff98c6d543b1e0cbf3ecf | [
"Artistic-1.0-Perl"
] | null | null | null | t/40-alltypes.t | git-the-cpan/DBD-Firebird | de1442a79b909565d1cff98c6d543b1e0cbf3ecf | [
"Artistic-1.0-Perl"
] | null | null | null | t/40-alltypes.t | git-the-cpan/DBD-Firebird | de1442a79b909565d1cff98c6d543b1e0cbf3ecf | [
"Artistic-1.0-Perl"
] | null | null | null | #!/usr/bin/perl
#
#
# This is a test for all data types handling.
#
# 2011-01-23 stefansbv
# New version based on testlib and Firebird.dbtest
# NOW and TOMORROW tests replaced with simple TIME and DATE tests
# there is a separate test for them anyway
use strict;
use warnings;
use Test::More;
use lib 't','.';
use TestFirebird;
my $T = TestFirebird->new;
my ($dbh, $error_str) = $T->connect_to_database();
if ($error_str) {
BAIL_OUT("Unknown: $error_str!");
}
unless ( $dbh->isa('DBI::db') ) {
plan skip_all => 'Connection to database failed, cannot continue testing';
}
else {
plan tests => 32;
}
ok($dbh, 'Connected to the database');
# ------- TESTS ------------------------------------------------------------- #
my %expected = (
VALUES => [
30000,
1000,
'Edwin ',
'Edwin Pratomo ',
'A string',
5000,
1.125,
1.25,
'2011-01-23 17:14',
'2011-01-23',
'17:14',
32.71,
-32.71,
123456.79,
-123456.79,
'86753090000.868',
],
TYPE => [
4,5,1,1,12,4,6,8,11,9,10,5,5,4,4,-9581,
],
SCALE => [
0,0,0,0,0,0,0,0,0,0,0,-3,-3,-3,-3,-3,
],
PRECISION => [
4,2,52,80,52,4,4,8,8,4,4,2,2,4,4,8,
]
);
my $def = <<"DEF";
INTEGER_ INTEGER,
SMALLINT_ SMALLINT,
CHAR13_ CHAR(13),
CHAR20_ CHAR(20),
VARCHAR13_ VARCHAR(13),
DECIMAL_ DECIMAL,
FLOAT_ FLOAT,
DOUBLE_ DOUBLE PRECISION,
A_TIMESTAMP TIMESTAMP,
A_DATE DATE,
A_TIME TIME,
NUMERIC_AS_SMALLINT NUMERIC(4,3),
NUMERIC_AS_SMALLINT2 NUMERIC(4,3),
NUMERIC_AS_INTEGER NUMERIC(9,3),
NUMERIC_AS_INTEGER2 NUMERIC(9,3),
A_SIXTYFOUR NUMERIC(18,3)
DEF
for (split m/,[\r\n]+/ => $def) {
my ($f, $d) = m/^\s*(\S+)\s+(\S+)/;
push @{$expected{NAME}}, $f;
push @{$expected{NAME_lc}}, lc $f;
push @{$expected{NAME_uc}}, uc $f;
push @{$expected{DEF}}, $d;
}
#
# Find a possible new table name
#
my $table = find_new_table($dbh);
ok($table, qq{Table is '$table'});
#
# Create a new table
#
ok($dbh->do("CREATE TABLE $table (\n$def)"), "CREATE TABLE $table");
# Prepare insert
#
my $NAMES = join "," => @{$expected{NAME}};
my $cursor = $dbh->prepare(
"INSERT INTO $table ($NAMES) VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)");
ok($cursor->execute(@{$expected{VALUES}}), "INSERT in $table");
ok(my $cursor2 = $dbh->prepare("SELECT * FROM $table", {
ib_timestampformat => '%Y-%m-%d %H:%M',
ib_dateformat => '%Y-%m-%d',
ib_timeformat => '%H:%M',
}), "PREPARE");
ok($cursor2->execute, "EXECUTE");
ok(my $res = $cursor2->fetchall_arrayref, 'FETCHALL arrayref');
is($cursor2->{NUM_OF_FIELDS}, 16, "Field count");
do {
my $i = 0;
for my $t ( @{ $expected{DEF} } ) {
my $e = $expected{VALUES}[$i];
if ( $t =~ /^FLOAT|DOUBLE(?: PRECISION)?|NUMERIC\(\d+,\d+\)$/ ) {
ok( abs( $res->[0][$i] - $e ) < 1e-10, "$t ~= $e" );
}
else {
is( $res->[0][$i], $e, "$t == $e" );
}
$i++;
}
};
is_deeply($cursor2->{$_}, $expected{$_}, "attribute $_") for qw( NAME NAME_lc NAME_uc TYPE PRECISION SCALE );
#
# Drop the test table
#
ok($dbh->do("DROP TABLE $table"), "DROP TABLE '$table'");
#
# Finally disconnect.
#
ok($dbh->disconnect(), "Disconnect");
| 22.56 | 109 | 0.526891 |
eddf0c52931b9a5d4307e29645a6e45daabc3f0b | 2,653 | pl | Perl | DB/compare_database_table_contents.pl | m-macnair/Toolbox | 80eff1f0ab1f155302b5a2598c8fbaf613110392 | [
"BSD-3-Clause"
] | null | null | null | DB/compare_database_table_contents.pl | m-macnair/Toolbox | 80eff1f0ab1f155302b5a2598c8fbaf613110392 | [
"BSD-3-Clause"
] | null | null | null | DB/compare_database_table_contents.pl | m-macnair/Toolbox | 80eff1f0ab1f155302b5a2598c8fbaf613110392 | [
"BSD-3-Clause"
] | null | null | null | #!/usr/bin/perl
# ABSTRACT: Given master and subject database connections, an optional list of tables and non-default values, compare random entries within tables that have a primary key
our $VERSION = 'v0.0.6';
##~ DIGEST : dbab0e6fb51dc1b2f200fb22cc1aa780
use strict;
use warnings;
package Obj;
use Moo;
use parent 'Moo::GenericRoleClass::CLI'; #provides CLI, FileSystem, Common
with qw/
Moo::GenericRole::FileSystem
Moo::GenericRole::FileIO
Moo::GenericRole::FileIO::CSV
Moo::GenericRole::JSON
Moo::GenericRole::DB
Moo::GenericRole::DB::Abstract
Moo::GenericRole::DB::MariaMysql
Moo::GenericRole::DB::SQLite
Moo::GenericRole::UUID
/;
sub process {
my ($self) = @_;
my $master_dbh = $self->dbh_from_def( $self->json_load_file( $self->cfg->{master_db_def} ) );
my $subject_dbh = $self->dbh_from_def( $self->json_load_file( $self->cfg->{subject_db_def} ) );
my @table_stack;
if ( $self->cfg->{check_tables} ) {
$self->sub_on_csv(
sub {
my ($row) = @_;
push ( @table_stack, $row->[0] );
},
$self->cfg->{check_tables}
);
} else {
my $table_list_query = $master_dbh->prepare("show tables");
$table_list_query->execute();
while ( my $row = $table_list_query->fetchrow_arrayref() ) {
push ( @table_stack, $row->[0] );
}
}
my $out_file = 'database_entry_compare_' . $self->iso_time_string();
$self->aref_to_csv( [qw/ table master subject /], $out_file );
for my $table (@table_stack) {
my $master_sth = $master_dbh->prepare("select count(*) from $table");
$master_sth->execute();
my $master_row = $master_sth->fetchrow_arrayref();
my $subject_sth = $master_dbh->prepare("select count(*) from $table");
$subject_sth->execute();
my $subject_row = $subject_sth->fetchrow_arrayref();
if ( ref ($master_row) eq 'ARRAY' && ref ($subject_row) eq 'ARRAY' ) {
unless ( $master_row->[0] == $subject_row->[0] ) )
{
$self->aref_to_csv( [$table, $master_row->[0], $subject_row->[0]], $out_file );
}
} else {
$self->aref_to_csv( [$table, 'invalid comparison?'], $out_file );
}
print "Checked $table $/" if $self->cfg->{vocal};
}
}
1;
package main;
main();
sub main {
my $self = Obj->new();
$self->get_config( [
qw/
master_db_def
subject_db_def
/
],
[
qw/
check_tables
/
],
{
required => {
vocal => "show progress messages",
master_db_def => "The 'Right' database",
subject_db_def => "The db to consider",
},
optional => {
check_tables => "Specific set of tables to compare as opposed to 'all of them'",
}
}
);
$self->process();
}
| 27.071429 | 170 | 0.628722 |
edc902610ddd2956cc0183be53ca277bdb4f2872 | 4,183 | pm | Perl | network/extreme/snmp/mode/hardware.pm | nribault/centreon-plugins | e99276ba80ba202392791e78d72b00f1306d1a99 | [
"Apache-2.0"
] | null | null | null | network/extreme/snmp/mode/hardware.pm | nribault/centreon-plugins | e99276ba80ba202392791e78d72b00f1306d1a99 | [
"Apache-2.0"
] | null | null | null | network/extreme/snmp/mode/hardware.pm | nribault/centreon-plugins | e99276ba80ba202392791e78d72b00f1306d1a99 | [
"Apache-2.0"
] | null | null | null | #
# Copyright 2020 Centreon (http://www.centreon.com/)
#
# Centreon is a full-fledged industry-strength solution that meets
# the needs in IT infrastructure and application monitoring for
# service performance.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
package network::extreme::snmp::mode::hardware;
use base qw(centreon::plugins::templates::hardware);
use strict;
use warnings;
sub set_system {
my ($self, %options) = @_;
$self->{regexp_threshold_numeric_check_section_option} = '^(temperature|fan|poe|psu\.power|psu\.fan)$';
$self->{cb_hook2} = 'snmp_execute';
$self->{thresholds} = {
psu => [
['notPresent', 'OK'],
['presentOK', 'OK'],
['presentPowerOff', 'WARNING'],
['presentNotOK', 'CRITICAL'],
],
fan => [
['not operational', 'CRITICAL'],
['operational', 'OK'],
],
slot => [
['notPresent', 'OK'],
['testing', 'OK'],
['mismatch', 'WARNING'],
['failed', 'CRITICAL'],
['operational', 'OK'],
['powerdown', 'WARNING'],
['unknown', 'UNKNOWN'],
['present', 'OK'],
['poweron', 'OK'],
['post', 'UNKNOWN'],
['downloading', 'WARNING'],
['booting', 'WARNING'],
['offline', 'WARNING'],
['initializing', 'OK'],
['invalid', 'CRITICAL'],
],
poe => [
['initializing', 'OK'],
['operational', 'OK'],
['downloadFail', 'CRITICAL'],
['calibrationRequired', 'CRITICAL'],
['invalidFirmware', 'CRITICAL'],
['mismatchVersion', 'CRITICAL'],
['updating', 'OK'],
['invalidDevice', 'CRITICAL'],
['notOperational', 'CRITICAL'],
['other', 'CRITICAL'],
],
};
$self->{components_path} = 'network::extreme::snmp::mode::components';
$self->{components_module} = ['fan', 'psu', 'slot', 'temperature', 'poe'];
}
sub snmp_execute {
my ($self, %options) = @_;
$self->{snmp} = $options{snmp};
$self->{results} = $self->{snmp}->get_multiple_table(oids => $self->{request});
}
sub new {
my ($class, %options) = @_;
my $self = $class->SUPER::new(package => __PACKAGE__, %options);
bless $self, $class;
$options{options}->add_options(arguments => {});
return $self;
}
1;
__END__
=head1 MODE
Check Hardware (Fans, Power Supplies, Slot, Temperature, POEs).
=over 8
=item B<--component>
Which component to check (Default: '.*').
Can be: 'fan', 'psu', 'slot', 'temperature', 'poe'.
=item B<--filter>
Exclude some parts (comma seperated list) (Example: --filter=fan --filter=psu)
Can also exclude specific instance: --filter=fan,101
=item B<--absent-problem>
Return an error if an entity is not 'present' (default is skipping) (comma seperated list)
Can be specific or global: --absent-problem=psu,1
=item B<--no-component>
Return an error if no compenents are checked.
If total (with skipped) is 0. (Default: 'critical' returns).
=item B<--threshold-overload>
Set to overload default threshold values (syntax: section,[instance,]status,regexp)
It used before default thresholds (order stays).
Example: --threshold-overload='psu,CRITICAL,^(?!(presentOK)$)'
=item B<--warning>
Set warning threshold for 'temperature', 'fan', 'psu.fan', 'psu' (syntax: type,regexp,threshold)
Example: --warning='psu.fan,1.1,5000'
=item B<--critical>
Set critical threshold for 'temperature', 'fan', 'psu.fan', 'psu' (syntax: type,regexp,threshold)
Example: --critical='psu,.*,200'
=back
=cut
| 28.455782 | 107 | 0.59957 |
edc048d7f76b2b047bbeb03b737b6e2daaddddd7 | 2,183 | pm | Perl | SCAP_WEBCO/pub/web/html/nodes/nc/scap/pub/contacts/contacts_cardwin/pagemeta.pm | j735059474/gzw | 22516ebbc10bf6b90094db0468f3caf86de857a0 | [
"MIT"
] | null | null | null | SCAP_WEBCO/pub/web/html/nodes/nc/scap/pub/contacts/contacts_cardwin/pagemeta.pm | j735059474/gzw | 22516ebbc10bf6b90094db0468f3caf86de857a0 | [
"MIT"
] | null | null | null | SCAP_WEBCO/pub/web/html/nodes/nc/scap/pub/contacts/contacts_cardwin/pagemeta.pm | j735059474/gzw | 22516ebbc10bf6b90094db0468f3caf86de857a0 | [
"MIT"
] | null | null | null | <?xml version="1.0" encoding='UTF-8'?>
<!DOCTYPE PageMeta PUBLIC "-//Yonyou Co., Ltd.//UAP LFW WINDOW 6.3//EN" "http://uap.yonyou.com/dtd/uap_lfw_window_6_3.dtd">
<PageMeta caption="常用联系人卡片" componentId="nc.scap.pub.contacts" controllerClazz="nc.scap.pub.contacts.ContactsCardWinCtrl" foldPath="/sync/scapco/pub/html/nodes/nc/scap/pub/contacts/contacts_cardwin/" id="contacts_cardwin" sourcePackage="pub/src/public/">
<Processor>nc.uap.lfw.core.event.AppRequestProcessor</Processor>
<Widgets>
<Widget canFreeDesign="true" id="main" refId="main">
</Widget>
<Widget canFreeDesign="true" id="pubview_selectUserbyOrg" refId="../selectUserComps.pubview_selectUserbyOrg">
</Widget>
<Widget canFreeDesign="true" id="selectUserByVisualOrg" refId="../nc.scap.pub.selectUserByVisualOrg.selectUserByVisualOrg">
</Widget>
</Widgets>
<Attributes>
<Attribute>
<Key>CARD_WINDOW</Key>
<Value>true</Value>
<Desc>
</Desc>
</Attribute>
</Attributes>
<PlugoutDescs>
<PlugoutProxy delegatedViewId="main" id="proxyAfterSavePlugout">
</PlugoutProxy>
</PlugoutDescs>
<PluginDescs>
</PluginDescs>
<Connectors>
<Connector connType="2" id="be384459-6b57-483c-9597-44c4994c7255" pluginId="SelectUserAfterPlugin" plugoutId="afterOkplugout" source="pubview_selectUserbyOrg" sourceWindow="" target="main" targetWindow="">
</Connector>
<Connector connType="" id="18865992-f0e9-459b-9399-82142aaf3b5e" pluginId="" plugoutId="" source="" sourceWindow="" target="" targetWindow="">
</Connector>
<Connector connType="" id="2e6f5c9d-a26e-4005-a076-4c29559fd631" pluginId="SelectUserAfterPlugin" plugoutId="afterOkplugout" source="selectUserByVisualOrg" sourceWindow="" target="main" targetWindow="">
</Connector>
<Connector connType="7" id="proxyout_proxyAfterSavePlugout_afterSavePlugout" pluginId="proxyAfterSavePlugout" plugoutId="afterSavePlugout" source="main" sourceWindow="" target="nc.scap.pub.contacts.contacts_cardwin" targetWindow="">
</Connector>
</Connectors>
</PageMeta> | 59 | 254 | 0.695373 |
ed7916161c6195a6e5c5356a9885120816b07fb2 | 16,274 | pm | Perl | scr/pm/IPC/Run/Win32IO.pm | AmeerAbdelhadi/Timing-Driven-Variation-Aware-Clock-Mesh-Synthesis | 755ae558be1a64bc0d41774f5d8b386700d64f4f | [
"BSD-3-Clause"
] | 5 | 2019-07-04T16:41:27.000Z | 2021-12-20T20:21:24.000Z | scr/pm/IPC/Run/Win32IO.pm | AmeerAbdelhadi/Timing-Driven-Variation-Aware-Clock-Mesh-Synthesis | 755ae558be1a64bc0d41774f5d8b386700d64f4f | [
"BSD-3-Clause"
] | null | null | null | scr/pm/IPC/Run/Win32IO.pm | AmeerAbdelhadi/Timing-Driven-Variation-Aware-Clock-Mesh-Synthesis | 755ae558be1a64bc0d41774f5d8b386700d64f4f | [
"BSD-3-Clause"
] | 4 | 2017-12-01T08:17:28.000Z | 2019-07-07T23:47:44.000Z | package IPC::Run::Win32IO;
=head1 NAME
IPC::Run::Win32IO - helper routines for IPC::Run on Win32 platforms.
=head1 SYNOPSIS
use IPC::Run::Win32IO; # Exports all by default
=head1 DESCRIPTION
IPC::Run needs to use sockets to redirect subprocess I/O so that the select()
loop will work on Win32. This seems to only work on WinNT and Win2K at this
time, not sure if it will ever work on Win95 or Win98. If you have experience
in this area, please contact me at barries@slaysys.com, thanks!.
=cut
=head1 DESCRIPTION
A specialized IO class used on Win32.
=cut
use strict ;
use Carp ;
use IO::Handle ;
use Socket ;
require POSIX ;
use Socket qw( IPPROTO_TCP TCP_NODELAY ) ;
use Symbol ;
use Text::ParseWords ;
use Win32::Process ;
use IPC::Run::Debug qw( :default _debugging_level );
use IPC::Run::Win32Helper qw( _inherit _dont_inherit );
use Fcntl qw( O_TEXT O_RDONLY );
use base qw( IPC::Run::IO );
my @cleanup_fields;
BEGIN {
## These fields will be set to undef in _cleanup to close
## the handles.
@cleanup_fields = (
'SEND_THROUGH_TEMP_FILE', ## Set by WinHelper::optimize()
'RECV_THROUGH_TEMP_FILE', ## Set by WinHelper::optimize()
'TEMP_FILE_NAME', ## The name of the temp file, needed for
## error reporting / debugging only.
'PARENT_HANDLE', ## The handle of the socket for the parent
'PUMP_SOCKET_HANDLE', ## The socket handle for the pump
'PUMP_PIPE_HANDLE', ## The anon pipe handle for the pump
'CHILD_HANDLE', ## The anon pipe handle for the child
'TEMP_FILE_HANDLE', ## The Win32 filehandle for the temp file
);
}
## REMOVE OSFHandleOpen
use Win32API::File qw(
GetOsFHandle
OsFHandleOpenFd
OsFHandleOpen
FdGetOsFHandle
SetHandleInformation
SetFilePointer
HANDLE_FLAG_INHERIT
INVALID_HANDLE_VALUE
createFile
WriteFile
ReadFile
CloseHandle
FILE_ATTRIBUTE_TEMPORARY
FILE_FLAG_DELETE_ON_CLOSE
FILE_FLAG_WRITE_THROUGH
FILE_BEGIN
) ;
# FILE_ATTRIBUTE_HIDDEN
# FILE_ATTRIBUTE_SYSTEM
BEGIN {
## Force AUTOLOADED constants to be, well, constant by getting them
## to AUTOLOAD before compilation continues. Sigh.
() = (
SOL_SOCKET,
SO_REUSEADDR,
IPPROTO_TCP,
TCP_NODELAY,
HANDLE_FLAG_INHERIT,
INVALID_HANDLE_VALUE,
);
}
use constant temp_file_flags => (
FILE_ATTRIBUTE_TEMPORARY() |
FILE_FLAG_DELETE_ON_CLOSE() |
FILE_FLAG_WRITE_THROUGH()
);
# FILE_ATTRIBUTE_HIDDEN() |
# FILE_ATTRIBUTE_SYSTEM() |
my $tmp_file_counter;
my $tmp_dir;
sub _cleanup {
my IPC::Run::Win32IO $self = shift;
my ( $harness ) = @_;
$self->_recv_through_temp_file( $harness )
if $self->{RECV_THROUGH_TEMP_FILE};
CloseHandle( $self->{TEMP_FILE_HANDLE} )
if defined $self->{TEMP_FILE_HANDLE};
$self->{$_} = undef for @cleanup_fields;
}
sub _create_temp_file {
my IPC::Run::Win32IO $self = shift;
## Create a hidden temp file that Win32 will delete when we close
## it.
unless ( defined $tmp_dir ) {
$tmp_dir = File::Spec->catdir(
File::Spec->tmpdir, "IPC-Run.tmp"
);
## Trust in the user's umask.
## This could possibly be a security hole, perhaps
## we should offer an option. Hmmmm, really, people coding
## security conscious apps should audit this code and
## tell me how to make it better. Nice cop-out :).
unless ( -d $tmp_dir ) {
mkdir $tmp_dir or croak "$!: $tmp_dir";
}
}
$self->{TEMP_FILE_NAME} = File::Spec->catfile(
## File name is designed for easy sorting and not conflicting
## with other processes. This should allow us to use "t"runcate
## access in CreateFile in case something left some droppings
## around (which should never happen because we specify
## FLAG_DELETE_ON_CLOSE.
## heh, belt and suspenders are better than bug reports; God forbid
## that NT should ever crash before a temp file gets deleted!
$tmp_dir, sprintf "Win32io-%06d-%08d", $$, $tmp_file_counter++
);
$self->{TEMP_FILE_HANDLE} = createFile(
$self->{TEMP_FILE_NAME},
"trw", ## new, truncate, read, write
{
Flags => temp_file_flags,
},
) or croak "Can't create temporary file, $self->{TEMP_FILE_NAME}: $^E";
$self->{TFD} = OsFHandleOpenFd $self->{TEMP_FILE_HANDLE}, 0;
$self->{FD} = undef;
_debug
"Win32 Optimizer: temp file (",
$self->{KFD},
$self->{TYPE},
$self->{TFD},
", fh ",
$self->{TEMP_FILE_HANDLE},
"): ",
$self->{TEMP_FILE_NAME}
if _debugging_details;
}
sub _reset_temp_file_pointer {
my $self = shift;
SetFilePointer( $self->{TEMP_FILE_HANDLE}, 0, 0, FILE_BEGIN )
or confess "$^E seeking on (fd $self->{TFD}) $self->{TEMP_FILE_NAME} for kid's fd $self->{KFD}";
}
sub _send_through_temp_file {
my IPC::Run::Win32IO $self = shift;
_debug
"Win32 optimizer: optimizing "
. " $self->{KFD} $self->{TYPE} temp file instead of ",
ref $self->{SOURCE} || $self->{SOURCE}
if _debugging_details;
$self->_create_temp_file;
if ( defined ${$self->{SOURCE}} ) {
my $bytes_written = 0;
my $data_ref;
if ( $self->binmode ) {
$data_ref = $self->{SOURCE};
}
else {
my $data = ${$self->{SOURCE}}; # Ugh, a copy.
$data =~ s/(?<!\r)\n/\r\n/g;
$data_ref = \$data;
}
WriteFile(
$self->{TEMP_FILE_HANDLE},
$$data_ref,
0, ## Write entire buffer
$bytes_written,
[], ## Not overlapped.
) or croak
"$^E writing $self->{TEMP_FILE_NAME} for kid to read on fd $self->{KFD}";
_debug
"Win32 optimizer: wrote $bytes_written to temp file $self->{TEMP_FILE_NAME}"
if _debugging_data;
$self->_reset_temp_file_pointer;
}
_debug "Win32 optimizer: kid to read $self->{KFD} from temp file on $self->{TFD}"
if _debugging_details;
}
sub _init_recv_through_temp_file {
my IPC::Run::Win32IO $self = shift;
$self->_create_temp_file;
}
## TODO: USe the Win32 API in the select loop to see if the file has grown
## and read it incrementally if it has.
sub _recv_through_temp_file {
my IPC::Run::Win32IO $self = shift;
## This next line kicks in if the run() never got to initting things
## and needs to clean up.
return undef unless defined $self->{TEMP_FILE_HANDLE};
push @{$self->{FILTERS}}, sub {
my ( undef, $out_ref ) = @_;
return undef unless defined $self->{TEMP_FILE_HANDLE};
my $r;
my $s;
ReadFile(
$self->{TEMP_FILE_HANDLE},
$s,
999_999, ## Hmmm, should read the size.
$r,
[]
) or croak "$^E reading from $self->{TEMP_FILE_NAME}";
_debug "ReadFile( $self->{TFD} ) = $r chars '$s'" if _debugging_data ;
return undef unless $r;
$s =~ s/\r\n/\n/g unless $self->binmode;
my $pos = pos $$out_ref;
$$out_ref .= $s;
pos( $out_ref ) = $pos;
return 1;
};
my ( $harness ) = @_;
$self->_reset_temp_file_pointer;
1 while $self->_do_filters( $harness );
pop @{$self->{FILTERS}};
IPC::Run::_close( $self->{TFD} );
}
sub poll {
my IPC::Run::Win32IO $self = shift;
return if $self->{SEND_THROUGH_TEMP_FILE} || $self->{RECV_THROUGH_TEMP_FILE};
return $self->SUPER::poll( @_ );
}
## When threaded Perls get good enough, we should use threads here.
## The problem with threaded perls is that they dup() all sorts of
## filehandles and fds and don't allow sufficient control over
## closing off the ones we don't want.
sub _spawn_pumper {
my ( $stdin, $stdout, $debug_fd, $binmode, $child_label, @opts ) = @_ ;
my ( $stdin_fd, $stdout_fd ) = ( fileno $stdin, fileno $stdout ) ;
_debug "pumper stdin = ", $stdin_fd if _debugging_details;
_debug "pumper stdout = ", $stdout_fd if _debugging_details;
_inherit $stdin_fd, $stdout_fd, $debug_fd ;
my @I_options = map qq{"-I$_"}, @INC;
my $cmd_line = join( " ",
qq{"$^X"},
@I_options,
qw(-MIPC::Run::Win32Pump -e 1 ),
## I'm using this clunky way of passing filehandles to the child process
## in order to avoid some kind of premature closure of filehandles
## problem I was having with VCP's test suite when passing them
## via CreateProcess. All of the ## REMOVE code is stuff I'd like
## to be rid of and the ## ADD code is what I'd like to use.
FdGetOsFHandle( $stdin_fd ), ## REMOVE
FdGetOsFHandle( $stdout_fd ), ## REMOVE
FdGetOsFHandle( $debug_fd ), ## REMOVE
$binmode ? 1 : 0,
$$, $^T, _debugging_level, qq{"$child_label"},
@opts
) ;
# open SAVEIN, "<&STDIN" or croak "$! saving STDIN" ; #### ADD
# open SAVEOUT, ">&STDOUT" or croak "$! saving STDOUT" ; #### ADD
# open SAVEERR, ">&STDERR" or croak "$! saving STDERR" ; #### ADD
# _dont_inherit \*SAVEIN ; #### ADD
# _dont_inherit \*SAVEOUT ; #### ADD
# _dont_inherit \*SAVEERR ; #### ADD
# open STDIN, "<&$stdin_fd" or croak "$! dup2()ing $stdin_fd (pumper's STDIN)" ; #### ADD
# open STDOUT, ">&$stdout_fd" or croak "$! dup2()ing $stdout_fd (pumper's STDOUT)" ; #### ADD
# open STDERR, ">&$debug_fd" or croak "$! dup2()ing $debug_fd (pumper's STDERR/debug_fd)" ; #### ADD
_debug "pump cmd line: ", $cmd_line if _debugging_details;
my $process ;
Win32::Process::Create(
$process,
$^X,
$cmd_line,
1, ## Inherit handles
NORMAL_PRIORITY_CLASS,
".",
) or croak "$!: Win32::Process::Create()" ;
# open STDIN, "<&SAVEIN" or croak "$! restoring STDIN" ; #### ADD
# open STDOUT, ">&SAVEOUT" or croak "$! restoring STDOUT" ; #### ADD
# open STDERR, ">&SAVEERR" or croak "$! restoring STDERR" ; #### ADD
# close SAVEIN or croak "$! closing SAVEIN" ; #### ADD
# close SAVEOUT or croak "$! closing SAVEOUT" ; #### ADD
# close SAVEERR or croak "$! closing SAVEERR" ; #### ADD
close $stdin or croak "$! closing pumper's stdin in parent" ;
close $stdout or croak "$! closing pumper's stdout in parent" ;
# Don't close $debug_fd, we need it, as do other pumpers.
# Pause a moment to allow the child to get up and running and emit
# debug messages. This does not always work.
# select undef, undef, undef, 1 if _debugging_details ;
_debug "_spawn_pumper pid = ", $process->GetProcessID
if _debugging_data;
}
my $next_port = 2048 ;
my $loopback = inet_aton "127.0.0.1" ;
my $tcp_proto = getprotobyname('tcp');
croak "$!: getprotobyname('tcp')" unless defined $tcp_proto ;
sub _socket {
my ( $server ) = @_ ;
$server ||= gensym ;
my $client = gensym ;
my $listener = gensym ;
socket $listener, PF_INET, SOCK_STREAM, $tcp_proto
or croak "$!: socket()";
setsockopt $listener, SOL_SOCKET, SO_REUSEADDR, pack("l", 0)
or croak "$!: setsockopt()";
my $port ;
my @errors ;
PORT_FINDER_LOOP:
{
$port = $next_port ;
$next_port = 2048 if ++$next_port > 65_535 ;
unless ( bind $listener, sockaddr_in( $port, INADDR_ANY ) ) {
push @errors, "$! on port $port" ;
croak join "\n", @errors if @errors > 10 ;
goto PORT_FINDER_LOOP;
}
}
_debug "win32 port = $port" if _debugging_details;
listen $listener, my $queue_size = 1
or croak "$!: listen()" ;
{
socket $client, PF_INET, SOCK_STREAM, $tcp_proto
or croak "$!: socket()";
my $paddr = sockaddr_in($port, $loopback );
connect $client, $paddr
or croak "$!: connect()" ;
croak "$!: accept" unless defined $paddr ;
## The windows "default" is SO_DONTLINGER, which should make
## sure all socket data goes through. I have my doubts based
## on experimentation, but nothing prompts me to set SO_LINGER
## at this time...
setsockopt $client, IPPROTO_TCP, TCP_NODELAY, pack("l", 0)
or croak "$!: setsockopt()";
}
{
_debug "accept()ing on port $port" if _debugging_details;
my $paddr = accept( $server, $listener ) ;
croak "$!: accept()" unless defined $paddr ;
}
_debug
"win32 _socket = ( ", fileno $server, ", ", fileno $client, " ) on port $port"
if _debugging_details;
return ( $server, $client ) ;
}
sub _open_socket_pipe {
my IPC::Run::Win32IO $self = shift;
my ( $debug_fd, $parent_handle ) = @_ ;
my $is_send_to_child = $self->dir eq "<";
$self->{CHILD_HANDLE} = gensym;
$self->{PUMP_PIPE_HANDLE} = gensym;
(
$self->{PARENT_HANDLE},
$self->{PUMP_SOCKET_HANDLE}
) = _socket $parent_handle ;
## These binmodes seem to have no effect on Win2K, but just to be safe
## I do them.
binmode $self->{PARENT_HANDLE} or die $!;
binmode $self->{PUMP_SOCKET_HANDLE} or die $!;
_debug "PUMP_SOCKET_HANDLE = ", fileno $self->{PUMP_SOCKET_HANDLE}
if _debugging_details;
##my $buf ;
##$buf = "write on child end of " . fileno( $self->{WRITE_HANDLE} ) . "\n\n\n\n\n" ;
##POSIX::write(fileno $self->{WRITE_HANDLE}, $buf, length $buf) or warn "$! in syswrite" ;
##$buf = "write on parent end of " . fileno( $self->{CHILD_HANDLE} ) . "\r\n" ;
##POSIX::write(fileno $self->{CHILD_HANDLE},$buf, length $buf) or warn "$! in syswrite" ;
## $self->{CHILD_HANDLE}->autoflush( 1 ) ;
## $self->{WRITE_HANDLE}->autoflush( 1 ) ;
## Now fork off a data pump and arrange to return the correct fds.
if ( $is_send_to_child ) {
pipe $self->{CHILD_HANDLE}, $self->{PUMP_PIPE_HANDLE}
or croak "$! opening child pipe" ;
_debug "CHILD_HANDLE = ", fileno $self->{CHILD_HANDLE}
if _debugging_details;
_debug "PUMP_PIPE_HANDLE = ", fileno $self->{PUMP_PIPE_HANDLE}
if _debugging_details;
}
else {
pipe $self->{PUMP_PIPE_HANDLE}, $self->{CHILD_HANDLE}
or croak "$! opening child pipe" ;
_debug "CHILD_HANDLE = ", fileno $self->{CHILD_HANDLE}
if _debugging_details;
_debug "PUMP_PIPE_HANDLE = ", fileno $self->{PUMP_PIPE_HANDLE}
if _debugging_details;
}
## These binmodes seem to have no effect on Win2K, but just to be safe
## I do them.
binmode $self->{CHILD_HANDLE};
binmode $self->{PUMP_PIPE_HANDLE};
## No child should ever see this.
_dont_inherit $self->{PARENT_HANDLE} ;
## We clear the inherit flag so these file descriptors are not inherited.
## It'll be dup()ed on to STDIN/STDOUT/STDERR before CreateProcess is
## called and *that* fd will be inheritable.
_dont_inherit $self->{PUMP_SOCKET_HANDLE} ;
_dont_inherit $self->{PUMP_PIPE_HANDLE} ;
_dont_inherit $self->{CHILD_HANDLE} ;
## Need to return $self so the HANDLEs don't get freed.
## Return $self, $parent_fd, $child_fd
my ( $parent_fd, $child_fd ) = (
fileno $self->{PARENT_HANDLE},
fileno $self->{CHILD_HANDLE}
) ;
## Both PUMP_..._HANDLEs will be closed, no need to worry about
## inheritance.
_debug "binmode on" if _debugging_data && $self->binmode;
_spawn_pumper(
$is_send_to_child
? ( $self->{PUMP_SOCKET_HANDLE}, $self->{PUMP_PIPE_HANDLE} )
: ( $self->{PUMP_PIPE_HANDLE}, $self->{PUMP_SOCKET_HANDLE} ),
$debug_fd,
$self->binmode,
$child_fd . $self->dir . "pump" . $self->dir . $parent_fd,
) ;
{
my $foo ;
confess "PARENT_HANDLE no longer open"
unless POSIX::read( $parent_fd, $foo, 0 ) ;
}
_debug "win32_fake_pipe = ( $parent_fd, $child_fd )"
if _debugging_details;
$self->{FD} = $parent_fd;
$self->{TFD} = $child_fd;
}
sub _do_open {
my IPC::Run::Win32IO $self = shift;
if ( $self->{SEND_THROUGH_TEMP_FILE} ) {
return $self->_send_through_temp_file( @_ );
}
elsif ( $self->{RECV_THROUGH_TEMP_FILE} ) {
return $self->_init_recv_through_temp_file( @_ );
}
else {
return $self->_open_socket_pipe( @_ );
}
}
=head1 AUTHOR
Barries Slaymaker <barries@slaysys.com>. Funded by Perforce Software, Inc.
=head1 COPYRIGHT
Copyright 2001, Barrie Slaymaker, All Rights Reserved.
You may use this under the terms of either the GPL 2.0 ir the Artistic License.
=cut
1;
| 29.217235 | 108 | 0.62394 |
edda6e9359096723d8a7cb44f91781165e3ef3ef | 1,875 | pm | Perl | openkore-master/src/Network/Receive/kRO/RagexeRE_2015_09_16.pm | phuchduong/ro_restart_bot | 41da6e1def82d05341433961ca0f071ad4424b60 | [
"Apache-2.0"
] | null | null | null | openkore-master/src/Network/Receive/kRO/RagexeRE_2015_09_16.pm | phuchduong/ro_restart_bot | 41da6e1def82d05341433961ca0f071ad4424b60 | [
"Apache-2.0"
] | null | null | null | openkore-master/src/Network/Receive/kRO/RagexeRE_2015_09_16.pm | phuchduong/ro_restart_bot | 41da6e1def82d05341433961ca0f071ad4424b60 | [
"Apache-2.0"
] | null | null | null | #########################################################################
# OpenKore - Packet Receiveing
# This module contains functions for Receiveing packets to the server.
#
# This software is open source, licensed under the GNU General Public
# License, version 2.
# Basically, this means that you're allowed to modify and distribute
# this software. However, if you distribute modified versions, you MUST
# also distribute the source code.
# See http://www.gnu.org/licenses/gpl.html for the full license.
########################################################################
# Korea (kRO)
# The majority of private servers use eAthena, this is a clone of kRO
package Network::Receive::kRO::RagexeRE_2015_09_16;
use strict;
use base qw(Network::Receive::kRO::RagexeRE_2015_05_13a);
1;
=pod
//2015-09-16Ragexe
packet_ver: 53
packet_keys: 0x17F83A19,0x116944F4,0x1CC541E9 // [Napster]
0x0869,7,actionrequest,2:6
0x093E,10,useskilltoid,2:4:6
0x0877,5,walktoxy,2
0x08AC,6,ticksend,2
0x0936,5,changedir,2:4
0x089C,6,takeitem,2
0x092F,6,dropitem,2:4
0x0934,8,movetokafra,2:4
0x085E,8,movefromkafra,2:4
0x022D,10,useskilltopos,2:4:6:8
0x0873,90,useskilltoposinfo,2:4:6:8:10
0x095A,6,getcharnamerequest,2
0x0942,6,solvecharname,2
0x087F,12,searchstoreinfolistitemclick,2:6:10
0x0817,2,searchstoreinfonextpage,0
0x0920,-1,searchstoreinfo,2:4:5:9:13:14:15
0x0881,-1,reqtradebuyingstore,2:4:8:12
0x0835,6,reqclickbuyingstore,2
0x092E,2,reqclosebuyingstore,0
0x0948,-1,reqopenbuyingstore,2:4:8:9:89
0x089B,18,bookingregreq,2:4:6
// 0x094F,8 CZ_JOIN_BATTLE_FIELD
0x0961,-1,itemlistwindowselected,2:4:8:12
0x0969,19,wanttoconnection,2:6:10:14:18
0x0924,26,partyinvite2,2
// 0x0938,4 CZ_GANGSI_RANK
0x089E,26,friendslistadd,2
0x0960,5,hommenu,2:4
0x0941,36,storagepassword,2:4:20
// New Packet
0x097F,-1 // ZC_SELECTCART
0x0980,7,selectcart,2:6 // CZ_SELECTCART
=cut | 30.737705 | 73 | 0.7248 |
ed7bddaca86cfa03dfb1500a8e372cbec89523ab | 65 | t | Perl | t/00-basic.t | fastmailops/perl-Crypt-OpenSSL-Verify | cb5eb3c7d8f6e73744edba4283f1ba14cc08b81d | [
"OpenSSL"
] | null | null | null | t/00-basic.t | fastmailops/perl-Crypt-OpenSSL-Verify | cb5eb3c7d8f6e73744edba4283f1ba14cc08b81d | [
"OpenSSL"
] | 11 | 2020-06-13T01:05:40.000Z | 2021-01-27T22:43:51.000Z | t/00-basic.t | timlegge/perl-Crypt-OpenSSL-Verify_old | 0ab1b9fdb1284fd19a714c8b7dce974e402afe88 | [
"OpenSSL"
] | 4 | 2020-11-17T00:37:27.000Z | 2021-04-03T14:41:13.000Z | use Test::More;
use_ok('Crypt::OpenSSL::Verify');
done_testing;
| 13 | 33 | 0.723077 |
edd4355efa6a2b7cf8aa7fbed8ad09ca76e5c06b | 3,535 | pm | Perl | modules/EnsEMBL/Web/TextSequence/Annotation/Exons.pm | pblins/ensembl-webcode | 1b70534380de5e46f3778b03296ffad6eaf739db | [
"Apache-2.0"
] | null | null | null | modules/EnsEMBL/Web/TextSequence/Annotation/Exons.pm | pblins/ensembl-webcode | 1b70534380de5e46f3778b03296ffad6eaf739db | [
"Apache-2.0"
] | null | null | null | modules/EnsEMBL/Web/TextSequence/Annotation/Exons.pm | pblins/ensembl-webcode | 1b70534380de5e46f3778b03296ffad6eaf739db | [
"Apache-2.0"
] | null | null | null | =head1 LICENSE
Copyright [1999-2015] Wellcome Trust Sanger Institute and the EMBL-European Bioinformatics Institute
Copyright [2016-2022] EMBL-European Bioinformatics Institute
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
=cut
package EnsEMBL::Web::TextSequence::Annotation::Exons;
use strict;
use warnings;
use parent qw(EnsEMBL::Web::TextSequence::Annotation);
sub annotate {
my ($self, $config, $slice_data, $markup) = @_;
my $slice = $slice_data->{'slice'};
my $exontype = $config->{'exon_display'} || '';
my ($slice_start, $slice_end, $slice_length, $slice_strand) = map $slice->$_, qw(start end length strand);
my @exons;
if ($exontype eq 'Ab-initio') {
@exons = grep { $_->seq_region_start <= $slice_end && $_->seq_region_end >= $slice_start } map @{$_->get_all_Exons}, @{$slice->get_all_PredictionTranscripts};
} elsif ($exontype eq 'vega' || $exontype eq 'est') {
@exons = map @{$_->get_all_Exons}, @{$slice->get_all_Genes('', $exontype)};
} else {
@exons = map @{$_->get_all_Exons}, @{$slice->get_all_Genes};
}
# Values of parameter should not be fwd and rev - this is confusing.
if (($config->{'exon_ori'}||'') eq 'fwd') {
@exons = grep { $_->strand > 0 } @exons; # Only exons in same orientation
} elsif (($config->{'exon_ori'}||'') eq 'rev') {
@exons = grep { $_->strand < 0 } @exons; # Only exons in opposite orientation
}
my @all_exons = map [ $config->{'comparison'} ? 'compara' : 'other', $_ ], @exons;
if ($config->{'exon_features'}) {
push @all_exons, [ 'gene', $_ ] for @{$config->{'exon_features'}};
if ($config->{'exon_features'} && $config->{'exon_features'}->[0] && $config->{'exon_features'}->[0]->isa('Bio::EnsEMBL::Exon')) {
$config->{'gene_exon_type'} = 'exons';
} else {
$config->{'gene_exon_type'} = 'features';
}
}
if ($config->{'mapper'}) {
my $slice_name = $slice->seq_region_name;
push @$_, $config->{'mapper'}->map_coordinates($slice_name, $_->[1]->seq_region_start, $_->[1]->seq_region_end, $slice_strand, 'ref_slice') for @all_exons;
}
foreach (@all_exons) {
my ($type, $exon, @mappings) = @$_;
next unless $exon->seq_region_start && $exon->seq_region_end;
foreach (scalar @mappings ? @mappings : $exon) {
my $start = $_->start - ($type eq 'gene' ? $slice_start : 1);
my $end = $_->end - ($type eq 'gene' ? $slice_start : 1);
my $id = $exon->can('stable_id') ? $exon->stable_id : '';
($start, $end) = ($slice_length - $end - 1, $slice_length - $start - 1) if $type eq 'gene' && $slice_strand < 0 && $exon->strand < 0;
next if $end < 0 || $start >= $slice_length;
$start = 0 if $start < 0;
$end = $slice_length - 1 if $end >= $slice_length;
for ($start..$end) {
push @{$markup->{'exons'}{$_}{'type'}}, $type;
$markup->{'exons'}{$_}{'id'} .= ($markup->{'exons'}{$_}{'id'} ? "\n" : '') . $id unless ($markup->{'exons'}{$_}{'id'}||'') =~ /$id/;
}
}
}
}
1;
| 38.423913 | 162 | 0.610467 |
ed08e145f8419eaa2a93cedf07ab5f7b28e366bb | 1,197 | pl | Perl | common-perl/tutorial/regular-expression/regular.pl | micolore/perl-tzon | 3b80ab2c8adbf59cec98e615992694b3153794c3 | [
"MIT"
] | null | null | null | common-perl/tutorial/regular-expression/regular.pl | micolore/perl-tzon | 3b80ab2c8adbf59cec98e615992694b3153794c3 | [
"MIT"
] | null | null | null | common-perl/tutorial/regular-expression/regular.pl | micolore/perl-tzon | 3b80ab2c8adbf59cec98e615992694b3153794c3 | [
"MIT"
] | null | null | null | #!/usr/bin/perl
# 三种方式
# 匹配 m// (可以省去m)
# 替换 s///
# 转化 tr///
# 1、匹配操作符
$bar = "I am runoob site . wecolme to ruboob site.";
if($bar =~ /run/){
print "第一次匹配！\n";
}else{
print "第一次不匹配! \n";
}
$bar = "run";
if($bar =~ /run/){
print "第二次匹配!\n";
}else{
print "第二次不匹配！\n";
}
# 2、模式匹配修饰符
# i 忽略大小写
# m 多行模式
# o 仅赋值一次
# s 单行模式
# x 忽略模式空白
# g 全局匹配
# cg 全局匹配失败后，允许再次匹配字符串
# 3、正则表达式变量
# $`: 匹配部分的前一部分字符串
# $&: 匹配的字符串
# $': 还没有匹配的剩余字符串
$string = "welcome to runoob site";
$string =~ m/run/;
print "匹配前的字符串:$`\n";
print "匹配的字符串: $&\n";
print "匹配后的字符串:$'\n";
# 4、替换操作符
# s/PATTERN/REPLACEMENT/;
$string2 = "welcome to google site";
$string2 =~ s/google/lopscoop/;
print "$string2\n";
# 5、替换操作修饰符
# i 同上
# m ^开始 $结束
# o 只执行一次
# s
# x 空白忽略
# g 替换所有匹配
# e 替换字符串为表达式
# 6、转化操作符
# c 转化所有未指定符
# d 删除所有指定符
# s 把多个相同的输成字符缩成一个
$string3 = "welcome to lopscoop site";
$string3 =~ tr/a-z/A-z/;
print "$string3\n";
$string4 = "lopscoop";
$string4 =~ tr/a-z/a-z/s;
print "$string4\n";
#7、more regular
#. 匹配替换行符以外所有字符
#x? 匹配0次或一次字符串
#x*
#x+
#.*
#.+
#{m}
#{m,n}
#{m,}
#[]
#[^]
#[0-9]
#[a-z]
#[^0-9]
#[^a-z]
#^
#$
#\d
#\d+
#\D
#\D+
#\w
#\w+
#\W
#\W+
#\s
#\s+
#\S
#\S+
#\b
#\B
#a|b|c
#abc
#/patten/i
| 10.59292 | 52 | 0.548872 |
eddb78e6b3852d173b9ff4935bba437792b5b803 | 1,626 | t | Perl | t/002_read.t | clipland/text-nsr | 7142fe894feee9971d886a6b6678627129ecd3ad | [
"Artistic-1.0-cl8"
] | 1 | 2022-03-07T22:06:53.000Z | 2022-03-07T22:06:53.000Z | t/002_read.t | clipland/text-nsr | 7142fe894feee9971d886a6b6678627129ecd3ad | [
"Artistic-1.0-cl8"
] | null | null | null | t/002_read.t | clipland/text-nsr | 7142fe894feee9971d886a6b6678627129ecd3ad | [
"Artistic-1.0-cl8"
] | null | null | null |
use Test::More tests => 20;
use lib 'lib';
use Text::NSR;
my $nsr = Text::NSR->new( filepath => 't/test.nsr' );
my $records = $nsr->read();
use Data::Dumper;
print Dumper $records;
is( scalar(@$records), 8, "parsing test file without fieldspec returns 8 entries");
is( ref($records->[0]), 'ARRAY', "record 0 is an array");
is( scalar(@{$records->[0]}), 4, "record 0 array has 4 keys");
is( scalar(@{$records->[1]}), 4, "record 1 array has 4 keys");
is( scalar(@{$records->[2]}), 4, "record 2 array has 4 keys");
is( scalar(@{$records->[3]}), 5, "record 3 array has 5 keys");
is( scalar(@{$records->[4]}), 4, "record 4 array has 4 keys");
is( scalar(@{$records->[5]}), 3, "record 5 array has 3 keys");
is( scalar(@{$records->[6]}), 4, "record 6 array has 4 keys");
is( scalar(@{$records->[7]}), 4, "record 7 array has 4 keys");
$nsr = Text::NSR->new(filepath => 't/test.nsr', fieldspec => ['f1','f2','f3','f4'] );
$records = $nsr->read();
is( scalar(@$records), 8, "parsing test file with fieldspec returns 8 entries");
is( ref($records->[0]), 'HASH', "record 0 is a hash");
is( scalar(keys %{$records->[0]}), 4, "record 0 hash has 4 keys");
is( scalar(keys %{$records->[1]}), 4, "record 1 hash has 4 keys");
is( scalar(keys %{$records->[2]}), 4, "record 2 hash has 4 keys");
is( scalar(keys %{$records->[3]}), 5, "record 3 hash has 5 keys");
is( scalar(keys %{$records->[4]}), 4, "record 4 hash has 4 keys");
is( scalar(keys %{$records->[5]}), 3, "record 5 hash has 3 keys");
is( scalar(keys %{$records->[6]}), 4, "record 6 hash has 4 keys");
is( scalar(keys %{$records->[7]}), 4, "record 7 hash has 4 keys");
| 35.347826 | 85 | 0.600861 |
eddf405e6e5d745850e03f01121ad6ac0e378588 | 42 | pl | Perl | Labo/reeks1/Reeks1_01.pl | VDBBjorn/Besturingssystemen-III | b07b6af4cc6a8731ed8abd4f714f37c6bc6df8af | [
"MIT"
] | 3 | 2018-05-11T18:35:15.000Z | 2020-09-20T17:50:43.000Z | Labo/reeks1/Reeks1_01.pl | VDBBjorn/Besturingssystemen-III | b07b6af4cc6a8731ed8abd4f714f37c6bc6df8af | [
"MIT"
] | null | null | null | Labo/reeks1/Reeks1_01.pl | VDBBjorn/Besturingssystemen-III | b07b6af4cc6a8731ed8abd4f714f37c6bc6df8af | [
"MIT"
] | null | null | null | #Je plaatst de tekst tussen " "-tekens.
| 10.5 | 39 | 0.666667 |
ed9a4099dcd9dd7ff18c2e7de876ae49f9a27314 | 7,471 | pl | Perl | pack/logicmoo_nlu/prolog/ape/utils/owlswrl/drs_to_owlswrl.pl | logicmoo/old_logicmoo_workspace | 44025b6e389e2f2f7d86b46c1301cab0604bba26 | [
"MIT"
] | 1 | 2018-09-04T14:44:49.000Z | 2018-09-04T14:44:49.000Z | pack/logicmoo_nlu/prolog/ape/utils/owlswrl/drs_to_owlswrl.pl | logicmoo/old_logicmoo_workspace | 44025b6e389e2f2f7d86b46c1301cab0604bba26 | [
"MIT"
] | null | null | null | pack/logicmoo_nlu/prolog/ape/utils/owlswrl/drs_to_owlswrl.pl | logicmoo/old_logicmoo_workspace | 44025b6e389e2f2f7d86b46c1301cab0604bba26 | [
"MIT"
] | null | null | null | % This file is part of the Attempto Parsing Engine (APE).
% Copyright 2008-2010, Kaarel Kaljurand <kaljurand@gmail.com>.
%
% The Attempto Parsing Engine (APE) is free software: you can redistribute it and/or modify it
% under the terms of the GNU Lesser General Public License as published by the Free Software
% Foundation, either version 3 of the License, or (at your option) any later version.
%
% The Attempto Parsing Engine (APE) is distributed in the hope that it will be useful, but WITHOUT
% ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
% PURPOSE. See the GNU Lesser General Public License for more details.
%
% You should have received a copy of the GNU Lesser General Public License along with the Attempto
% Parsing Engine (APE). If not, see http://www.gnu.org/licenses/.
:- module(drs_to_owlswrl, [
drs_to_owlswrl/2,
drs_to_owlswrl/4
]).
:- use_module(drs_to_owlswrl_core, [
condlist_to_dlquery/2,
condition_oneof/3,
condlist_axiomlist_with_cheat/3
]).
:- use_module('../drs_to_drslist', [
drs_to_drslist/2
]).
:- use_module('../drs_to_sdrs', [
drs_to_sdrs/2
]).
:- use_module('../../logger/error_logger', [
add_error_message/4,
clear_messages/1
]).
:- use_module(drs_to_owldrs, [
drs_to_owldrs/2
]).
:- use_module(transform_anonymous, [
transform_anonymous/2
]).
/** <module> Attempto DRS to OWL 2/SWRL translator
Translate an Attempto DRS into Web Ontology Language (OWL 2),
or if this fails then to Semantic Web Rule Language (SWRL).
If the translation fails then we search for errors by traversing
the respective structure (e.g. implication) again. Note that the error
capture is not completely implemented. Sometimes the translation simply
fails and no explanatory messages are asserted.
@author Kaarel Kaljurand
@version 2010-11-14
@license LGPLv3
TODO:
==
- general:
- put "tricks" into a separate module
- low priority: add a trick: if a DRS maps to a SWRL rule which uses sameAs/differentFrom,
but replacing these with normal object properties would make the rule expressible
directly in OWL (probably SubPropertyOf with property composition),
then replace these with ace:equal/ace:differ-from (with equivalent
definitions) and express the rule in OWL syntax.
- allow:
- URGENT: John likes at least 3 cars that Mary likes. (wrong translation)
- URGENT: Which member of Attempto is a productive-developer? (currently fails)
- URGENT: support: What are the countries that contain Paris?
- Every man is a human and sees the human.
- John's age is not 21.
- John's age is 21 or is 22.
- Every man owns something that is "abc". (because we do allow: Every man owns "abc".)
- For everything X for every thing Y if X likes Y then X does not hate Y.
- Every dog hates every cat. (MAYBE)
- Mary eats some grass. (because we do allow: Everybody that eats some meat is a carnivore.)
- Every lady's pets are nothing but cats. (instead to/in addition to: Every lady's pet is nothing but cats.)
- Every lady is somebody whose pets are more than 3 cats. (instead/in addition to: Every lady is somebody whose pet is more than 3 cats.)
- John likes more than 3 women that own a car.
- Every man is himself. (currently generates SWRL, but we could generate nothing in this case)
- check:
- if the syntax is according to the spec: DataProperty, DataValue, DataType
- Are the following equivalent, if so then handle all of them (currently some are rejected):
-- t(166, 'No city overlaps-with a city that is not the city.').
-- t(167, 'Every city overlaps-with itself or does not overlap-with a city.').
-- t(168, 'If a city overlaps-with something X then X is the city or X is not a city.').
- better error messages for:
- No card is valid.
- Every man does not have to cook a chicken.
- Every singular is every singular. (from the log)
- top-level negation
- top-level disjunction
- RDF/XML (deprecated):
- There is something X. If X likes Mary then John sees Bill. (fails to be translated to RDF/XML)
- What borders itself? (otherwise OK, but fails to be translated into RDF/XML)
- improve:
- implement namespaces support, i.e. each name should actually be a term ':'(NS, Name)
- better support for anonymous individuals (don't numbervar the DRS, this would make things easier)
- seems to be fixed:
- John owns a car. John is a man. What is it?
==
*/
%:- debug(d).
%:- debug(owldrs).
%:- debug(sentence).
% Operators used in the DRS.
:- op(400, fx, -).
:- op(500, xfx, =>).
:- op(500, xfx, v).
%% drs_to_owlswrl(+Drs:term, -Owl:term) is semidet.
%% drs_to_owlswrl(+Drs:term, +IRI:atom, -Owl:term) is semidet.
%% drs_to_owlswrl(+Drs:term, +IRI:atom, +Comment:atom, -Owl:term) is semidet.
%
% Converts an Attempto DRS into OWL 2/SWRL.
% In the beginning, the DRS is modified by drs_to_owldrs/2 in order to make
% the processing more straight-forward.
%
% @param Drs is an Attempto DRS
% @param IRI is a IRI relative to which all class names are to be interpreted
% @param Comment is a comment to be inserted into the resulting ontology (currently ignored)
% @param Owl is an OWL ontology in the form 'Ontology'(IRI, Axioms) where Axioms
% is a list of axioms that correspond to the DRS conditions, in OWL FSS (Prolog notation)
drs_to_owlswrl(Drs, Owl) :-
ontology_iri(IRI),
drs_to_owlswrl(Drs, IRI, Owl).
drs_to_owlswrl(Drs, IRI, Owl) :-
drs_to_owlswrl(Drs, IRI, 'Ontology from an ACE text.', Owl).
drs_to_owlswrl(Drs, IRI, Comment, 'Ontology'(IRI, Axioms)) :-
debug(sentence, "ACE: ~w~n", [Comment]),
drs_to_drslist(Drs, DrsList),
maplist(drs_to_owlswrl_x, DrsList, AxiomList),
append(AxiomList, Axioms).
drs_to_owlswrl(_, _, _, 'Ontology'('', [])).
drs_to_owlswrl_x(Drs, Axioms) :-
copy_term(Drs, DrsCopy),
clear_messages(owl),
drs_to_sdrs(DrsCopy, SDrsCopy),
drs_to_owldrs(SDrsCopy, OwlDrs),
numbervars(OwlDrs, 1, _),
debug(owldrs, "OWL DRS: ~q~n", [OwlDrs]),
drs_to_axioms(OwlDrs, Axioms),
!.
% If the DRS corresponds to a DL-Query
drs_to_axioms(Drs, Axioms) :-
process_question(Drs, Axioms).
% If the DRS corresponds to a set of OWL and/or SWRL axioms
drs_to_axioms(Drs, Axioms) :-
findall(
ref_oneof(X, OneOf),
(
member(Condition, Drs),
condition_oneof(Condition, X, OneOf)
),
RefList
),
debug(sentence, "Toplevel: ~w~n", [RefList]),
condlist_axiomlist_with_cheat(Drs, RefList, AL),
transform_anonymous(AL, Axioms).
% Only a single question is accepted, but it
% can be preceded and followed by declarative sentences.
% Examples:
% John owns a car. Mary owns the car. What is it?
% John owns a car. Mary owns the car. What is it? Bill sees the car.
% John owns a car. Mary owns the car. What is it? Bill sees John.
process_question(Conds, AxiomList) :-
select(question(QConds), Conds, RConds),
!,
append(QConds, RConds, FlatConds),
debug(d, "~w~n", [FlatConds]),
clear_messages(owl),
catch(
(
condlist_to_dlquery(FlatConds, Class),
AxiomList = ['SubClassOf'(Class, owl:'Thing')]
),
Catcher,
(
AxiomList = [],
parse_exception(Catcher, Message, Lemma, SId/TId),
add_error_message(owl, SId-TId, Lemma, Message)
)
).
parse_exception(error(Message, context(_Pred, query(_, Lemma)-Id)), Message, Lemma, Id) :- !.
parse_exception(error(Message, context(_Pred, _Arg)), Message, '', ''/'').
%% ontology_iri(?IRI:atom)
%
% @param IRI is the prefix for ACE words used as OWL names
%
ontology_iri('http://attempto.ifi.uzh.ch/ontologies/owlswrl/test').
| 33.352679 | 138 | 0.723866 |
edc4be13649b9b971fa6b64296549891fe441a7e | 1,407 | t | Perl | FreeBSD/contrib/pjdfstest/tests/open/07.t | TigerBSD/FreeBSD-Custom-ThinkPad | 3d092f261b362f73170871403397fc5d6b89d1dc | [
"0BSD"
] | 4 | 2016-08-22T22:02:55.000Z | 2017-03-04T22:56:44.000Z | FreeBSD/contrib/pjdfstest/tests/open/07.t | TigerBSD/FreeBSD-Custom-ThinkPad | 3d092f261b362f73170871403397fc5d6b89d1dc | [
"0BSD"
] | 21 | 2016-08-11T09:43:43.000Z | 2017-01-29T12:52:56.000Z | FreeBSD/contrib/pjdfstest/tests/open/07.t | TigerBSD/TigerBSD | 3d092f261b362f73170871403397fc5d6b89d1dc | [
"0BSD"
] | null | null | null | #!/bin/sh
# $FreeBSD: head/tools/regression/pjdfstest/tests/open/07.t 211352 2010-08-15 21:24:17Z pjd $
desc="open returns EACCES when O_TRUNC is specified and write permission is denied"
dir=`dirname $0`
. ${dir}/../misc.sh
echo "1..23"
n0=`namegen`
n1=`namegen`
expect 0 mkdir ${n0} 0755
expect 0 chown ${n0} 65534 65534
cdir=`pwd`
cd ${n0}
expect 0 -u 65534 -g 65534 create ${n1} 0644
expect 0 -u 65534 -g 65534 chmod ${n1} 0477
expect EACCES -u 65534 -g 65534 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 chmod ${n1} 0747
expect EACCES -u 65533 -g 65534 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 chmod ${n1} 0774
expect EACCES -u 65533 -g 65533 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 chmod ${n1} 0177
expect EACCES -u 65534 -g 65534 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 chmod ${n1} 0717
expect EACCES -u 65533 -g 65534 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 chmod ${n1} 0771
expect EACCES -u 65533 -g 65533 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 chmod ${n1} 0077
expect EACCES -u 65534 -g 65534 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 chmod ${n1} 0707
expect EACCES -u 65533 -g 65534 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 chmod ${n1} 0770
expect EACCES -u 65533 -g 65533 open ${n1} O_RDONLY,O_TRUNC
expect 0 -u 65534 -g 65534 unlink ${n1}
cd ${cdir}
expect 0 rmdir ${n0}
| 30.586957 | 93 | 0.707889 |
eddf4c30ebdc8169c11f9b7bdfea94cab53a6220 | 25,910 | pm | Perl | Slim/Utils/Prefs.pm | LarsGrootkarzijn/LogitechMediaServer_SA | 4c81461426ba6399e16f3f88d6a313a16ade423e | [
"BSD-3-Clause"
] | 647 | 2015-01-02T14:39:47.000Z | 2022-03-26T03:35:54.000Z | Slim/Utils/Prefs.pm | LarsGrootkarzijn/LogitechMediaServer_SA | 4c81461426ba6399e16f3f88d6a313a16ade423e | [
"BSD-3-Clause"
] | 571 | 2015-01-13T17:35:32.000Z | 2022-03-31T04:22:16.000Z | Slim/Utils/Prefs.pm | LarsGrootkarzijn/LogitechMediaServer_SA | 4c81461426ba6399e16f3f88d6a313a16ade423e | [
"BSD-3-Clause"
] | 296 | 2015-01-20T13:10:18.000Z | 2022-03-20T12:39:05.000Z | package Slim::Utils::Prefs;
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License,
# version 2.
=head1 NAME
Slim::Utils::Prefs
=head1 SYNOPSIS
use Slim::Utils::Prefs;
my $prefs = preferences('plugin.demo');
$prefs->set('pref1', 1); or $prefs->pref1(1);
$prefs->get('pref1'); or $prefs->pref1;
$prefs->client($client)->set('clientpref1', 1); or $prefs->client($client)->clientpref1(1);
$prefs->client($client)->get('clientpref1'); or $prefs->client($client)->clientpref1;
$prefs->init({ 'pref1' => 1, 'pref2' => 2 });
$pref->remove( 'pref1' );
$prefs->migrate(1, sub {
$prefs->set('skin', Slim::Utils::Prefs::OldPrefs->get('skin') );
1;
});
$prefs->setValidate('int', 'pref1');
$prefs->setChange(\&myCallback, 'pref1');
=head1 DESCRIPTION
Object based preferences supporing multiple namespaces so the server and
each plugin can have their own preference namespace.
Supports both global and client preferences within a namespace.
This implementation stores preferences in YAML files with one YAML file per namespace.
Namespaces of the form 'dir.name' are saved as filename 'name.prefs' in sub directory 'dir'.
Preferences for plugins are expected to be stored in namespaces prefixed by 'plugin.'
=head2 Each preference may be associated with:
=over 4
=item validation function to verify the new value for a preference before setting it
=item on change callback to execute when a preference is set
=back
=head2 Each namespace supports:
=over 4
=item migration functions to update preferences to a new version number
(each namespace has a global and per client version number)
=back
=head1 METHODS
=cut
use strict;
use Exporter::Lite;
use File::Path qw(mkpath);
use Getopt::Long qw(:config pass_through);
use Slim::Utils::Prefs::Namespace;
use Slim::Utils::Log;
our @EXPORT = qw(preferences);
my $log = logger('prefs');
my $path; # path to directory where preferences are stored
my %namespaces;
# we need to check for prefsdir being set on cmdline as we are run before the server parses options
Getopt::Long::GetOptions('prefsdir=s' => \$path);
$::prefsdir = $path;
$path ||= Slim::Utils::OSDetect::dirsFor('prefs');
my $os = Slim::Utils::OSDetect->getOS();
$os->migratePrefsFolder($path);
my $prefs = preferences('server');
# File paths need to be prepared in order to correctly read the file system
$prefs->setFilepaths(qw(mediadirs ignoreInAudioScan ignoreInVideoScan ignoreInImageScan playlistdir cachedir librarycachedir coverArt));
=head2 preferences( $namespace )
Returns a prefs object for the namespace $namespace.
It is usual to prefix plugin namespaces with "plugin.", e.g. preferences('plugin.demo').
=cut
sub preferences {
my $namespace = shift;
return $namespaces{$namespace} ||= Slim::Utils::Prefs::Namespace->new($namespace, $path);
}
=head2 namespaces( )
Returns an array of all active preference namespaces.
=cut
sub namespaces {
return [ keys %namespaces ];
}
sub init {
my $sqlHelperClass = $os->sqlHelperClass();
my $default_dbsource = $sqlHelperClass->default_dbsource();
my %defaults = (
# Server Prefs not settable from web pages
'bindAddress' => '127.0.0.1', # Default MySQL bind address
'dbsource' => $default_dbsource,
'dbusername' => 'slimserver',
'dbpassword' => '',
'dbhighmem' => sub { $os->canDBHighMem() },
# assuming that a system which has a lot of memory has larger storage, too
'dbjournalsize' => sub { $os->canDBHighMem() ? 50 : 5 },
'cachedir' => \&defaultCacheDir,
'librarycachedir' => \&defaultCacheDir,
'securitySecret' => \&makeSecuritySecret,
'ignoreDirRE' => '',
# My Music menu ordering
'rank-BROWSE_BY_ARTIST' => 35,
'rank-BROWSE_BY_ALBUM' => 30,
'rank-BROWSE_BY_GENRE' => 25,
'rank-BROWSE_BY_YEAR' => 20,
'rank-BROWSE_NEW_MUSIC' => 15,
'rank-PLUGIN_RANDOMPLAY' => 13,
'rank-BROWSE_MUSIC_FOLDER' => 10,
'rank-SAVED_PLAYLISTS' => 5,
'rank-SEARCH' => 3,
# Extras menu ordering
'rank-PLUGIN_PODCAST' => 35,
'rank-PLUGIN_RSSNEWS' => 30,
'rank-PLUGIN_SOUNDS_MODULE_NAME' => 25,
'rank-GAMES' => 20,
# Server Settings - Basic
'language' => \&defaultLanguage,
'mediadirs' => \&defaultMediaDirs,
'playlistdir' => \&defaultPlaylistDir,
'autorescan' => 0,
'autorescan_stat_interval' => 10,
'dontTriggerScanOnPrefChange' => 1,
# Server Settings - Behaviour
'displaytexttimeout' => 1,
'checkVersion' => 1,
'checkVersionInterval' => 60*60*24,
# enable auto download of SC updates on Windows only (for now)
'autoDownloadUpdate' => sub { $os->canAutoUpdate() },
'noGenreFilter' => 0,
'noRoleFilter' => 0,
'searchSubString' => 0,
'ignoredarticles' => "The El La Los Las Le Les",
'splitList' => ';',
'browseagelimit' => 100,
'groupdiscs' => 1,
'persistPlaylists' => 1,
'playtrackalbum' => 1,
'reshuffleOnRepeat' => 0,
'saveShuffled' => 0,
'composerInArtists' => 0,
'conductorInArtists' => 0,
'bandInArtists' => 0,
'variousArtistAutoIdentification' => 1,
'useUnifiedArtistsList' => 0,
'useTPE2AsAlbumArtist' => 0,
'variousArtistsString' => undef,
'ratingImplementation' => 'LOCAL_RATING_STORAGE',
# Server Settings - FileTypes
'disabledextensionsaudio' => '',
'disabledextensionsvideo' => '',
'disabledextensionsimages' => '',
'disabledextensionsplaylist' => '',
'prioritizeNative' => 1,
'disabledformats' => [],
'ignoreInAudioScan' => [],
'ignoreInVideoScan' => [],
'ignoreInImageScan' => [],
# Server Settings - Networking
'webproxy' => \&Slim::Utils::OSDetect::getProxy,
'httpport' => 9000,
'bufferSecs' => 3,
'remotestreamtimeout' => 15,
'maxWMArate' => 9999,
'tcpConnectMaximum' => 30, # not on web page
'udpChunkSize' => 1400, # only used for Slimp3
# Server Settings - Performance
'disableStatistics' => 0,
'serverPriority' => '',
'scannerPriority' => 0,
'precacheArtwork' => 1,
'customArtSpecs' => {},
'maxPlaylistLength' => sub { $os->canDBHighMem() ? 2500 : 500 },
'useBalancedShuffle' => sub { $os->canDBHighMem() ? 1 : 0 },
# Server Settings - Security
'filterHosts' => 0,
'allowedHosts' => sub {
require Slim::Utils::Network;
return join(',', Slim::Utils::Network::hostAddr());
},
'csrfProtectionLevel' => 0,
'protectSettings' => 1,
'authorize' => 0,
'username' => '',
'password' => '',
'insecureHTTPS' => main::ISWINDOWS ? 1 : 0,
# Server Settings - TextFormatting
'longdateFormat' => q(%A, %B |%d, %Y),
'shortdateFormat' => q(%m/%d/%Y),
'timeFormat' => q(|%I:%M %p),
'showArtist' => 0,
'showYear' => 0,
'guessFileFormats' => [
'(ARTIST - ALBUM) TRACKNUM - TITLE',
'/ARTIST/ALBUM/TRACKNUM - TITLE',
'/ARTIST/ALBUM/TRACKNUM TITLE',
'/ARTIST/ALBUM/TRACKNUM. TITLE'
],
'titleFormat' => [
'TITLE',
'DISC-TRACKNUM. TITLE',
'TRACKNUM. TITLE',
'TRACKNUM. ARTIST - TITLE',
'TRACKNUM. TITLE (ARTIST)',
'TRACKNUM. TITLE - ARTIST - ALBUM',
'TRACKNUM. TITLE from ALBUM by ARTIST',
'TITLE (ARTIST)',
'ARTIST - TITLE'
],
'titleFormatWeb' => 0,
# Server Settings - UserInterface
'skin' => 'Default',
'itemsPerPage' => 50,
'refreshRate' => 30,
'coverArt' => '',
'artfolder' => '',
'thumbSize' => 100,
# Server Settings - jive UI
'jivealbumsort' => 'album',
'defeatDestructiveTouchToPlay' => 4, # 4 => defeat only if playing and current item not a radio stream
# Bug 5557, disable UPnP support by default
'noupnp' => 1,
);
if (!main::NOMYSB) {
# Server Settings - mysqueezebox.com
$defaults{'sn_sync'} = 1;
$defaults{'sn_disable_stats'} = 1;
}
# we can have different defaults depending on the OS
$os->initPrefs(\%defaults);
# add entry to dispatch table if it is loaded (it isn't in scanner.pl) as migration may call notify for this
# this is required as Slim::Control::Request::init will not have run at this point
if (exists &Slim::Control::Request::addDispatch) {
Slim::Control::Request::addDispatch(['prefset', '_namespace', '_prefname', '_newvalue'], [0, 0, 1, undef]);
}
unless (-d $path) { mkdir $path; }
unless (-d $path && -w $path) {
logError("unable to write to preferences directory $path");
}
# initialise any new prefs
$prefs->init(\%defaults, 'Slim::Utils::Prefs::Migration');
# perform OS-specific post-init steps
$os->postInitPrefs($prefs);
# set validation functions
$prefs->setValidate( 'int', qw(dbhighmem dbjournalsize) );
$prefs->setValidate( 'num', qw(displaytexttimeout browseagelimit remotestreamtimeout screensavertimeout
itemsPerPage refreshRate thumbSize httpport bufferSecs remotestreamtimeout) );
$prefs->setValidate( 'dir', qw(cachedir librarycachedir playlistdir artfolder) );
$prefs->setValidate( 'array', qw(guessFileFormats titleFormat disabledformats) );
# allow users to set a port below 1024 on windows which does not require admin for this
my $minP = main::ISWINDOWS ? 1 : 1024;
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => $minP,'high'=> 65535 }, 'httpport' );
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 3, 'high' => 30 }, 'bufferSecs' );
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 1, 'high' => 4096 }, 'udpChunkSize');
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 1, }, 'itemsPerPage');
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 2, }, 'refreshRate' );
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 25, 'high' => 250 }, 'thumbSize' );
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 0, }, 'startDelay' );
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 0, }, 'playDelay' );
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 0, 'high' => 1000 }, 'packetLatency');
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 10, 'high' => 1000 }, 'minSyncAdjust');
$prefs->setValidate({ 'validator' => sub { $_[1] ne '' } }, 'playername');
$prefs->setValidate({ 'validator' => sub {
!$_[1] # covers undefined, 0 or '' cases
|| ($_[1] =~ /^\d+$/ && $_[1] >= 10)
}
}, 'maxPlaylistLength');
$prefs->setValidate({
validator => sub {
foreach (split (/,/, $_[1])) {
s/\s*//g;
next if Slim::Utils::Network::ip_is_ipv4($_);
# allow ranges à la "192.168.0.1-50"
if (/(.+)-(\d+)$/) {
next if Slim::Utils::Network::ip_is_ipv4($1);
}
# 192.168.0.*
s/\*/0/g;
next if Slim::Utils::Network::ip_is_ipv4($_);
return 0;
}
return 1;
}
}, 'allowedHosts');
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 0, 'high' => 100 }, 'alarmDefaultVolume');
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 1 }, 'alarmSnoozeSeconds');
$prefs->setValidate({ 'validator' => 'intlimit', 'low' => 0 }, 'alarmTimeoutSeconds');
$prefs->setValidate({
validator => sub {
my $regex = $_[1];
# try to compile the regex to validate it
eval { qr/$regex/ };
if ($@) {
return;
} elsif ($regex =~ /.+\.([^.]+)$/) {
my $suffix = $1;
return grep(/^$suffix$/i, qw(jpg gif png jpeg));
}
return 1;
}
}, 'coverArt',
);
# mediadirs must be a list of unique, valid folders
$prefs->setValidate({
validator => sub {
my $new = $_[1];
return 0 if ref $new ne 'ARRAY';
# don't accept duplicate entries
my %seen;
return 0 if scalar ( grep { !$seen{$_}++ } @{$new} ) != scalar @$new;
foreach (@{ $new }) {
if (Slim::Utils::Misc::isWinDrive($_)) {
# do nothing - on Windows we're going to accept a drive letter without folder
}
elsif (! (-d $_ || (main::ISWINDOWS && -d Win32::GetANSIPathName($_)) || -d Slim::Utils::Unicode::encode_locale($_)) ) {
return 0;
}
}
return 1;
}
}, 'mediadirs', 'ignoreInAudioScan', 'ignoreInVideoScan', 'ignoreInImageScan');
# set on change functions
$prefs->setChange( \&Slim::Web::HTTP::adjustHTTPPort, 'httpport' );
# All languages are always loaded on SN
$prefs->setChange( sub { Slim::Utils::Strings::setLanguage($_[1]) }, 'language' );
$prefs->setChange(
sub { Slim::Control::Request::executeRequest(undef, ['wipecache', $prefs->get('dontTriggerScanOnPrefChange') ? 'queue' : undef]) },
qw(splitList groupdiscs useTPE2AsAlbumArtist)
);
$prefs->setChange( sub { Slim::Utils::Misc::setPriority($_[1]) }, 'serverPriority');
$prefs->setChange( sub {
Slim::Utils::Text::clearCaseArticleCache();
Slim::Control::Request::executeRequest(undef, ['wipecache', $prefs->get('dontTriggerScanOnPrefChange') ? 'queue' : undef])
}, 'ignoredarticles');
$prefs->setChange( sub {
if ( $_[1] ) {
require Slim::Utils::Update;
Slim::Utils::Update::checkVersion();
}
}, 'checkVersion' );
$prefs->setChange( sub {
if ( !$_[1] ) {
require Slim::Utils::Update;
# remove the server.version file to stop update notifications
Slim::Utils::Update::setUpdateInstaller('');
}
}, 'autoDownloadUpdate', 'checkVersion' );
if ( !main::SCANNER ) {
$prefs->setChange( sub {
return if Slim::Music::Import->stillScanning;
my $newValues = $_[1];
my $oldValues = $_[3];
my @new = grep {
!defined $oldValues->{$_};
} keys %$newValues;
# trigger artwork scan if we've got a new specification only
if ( scalar @new ) {
require Slim::Music::Artwork;
Slim::Music::Import->setIsScanning('PRECACHEARTWORK_PROGRESS');
Slim::Music::Artwork->precacheAllArtwork(sub {
Slim::Music::Import->setIsScanning(0);
}, 1);
}
}, 'customArtSpecs');
$prefs->setChange( sub {
my $new = $_[1];
my $old = $_[3];
Slim::Music::Import->nextScanTask if $old && !$new;
}, 'dontTriggerScanOnPrefChange' );
}
if ( !main::SCANNER ) {
$prefs->setChange( sub {
my $newValues = $_[1];
my $oldValues = $_[3];
my %new = map { $_ => 1 } @$newValues;
# get old paths which no longer exist:
my @old = grep {
delete $new{$_} != 1;
} @$oldValues;
# in order to get rid of stale entries trigger full rescan if path has been removed
if (scalar @old) {
main::INFOLOG && logger('scan.scanner')->info('removed folder from mediadirs - trigger wipecache: ' . Data::Dump::dump(@old));
Slim::Control::Request::executeRequest(undef, ['wipecache', $prefs->get('dontTriggerScanOnPrefChange') ? 'queue' : undef]);
}
# if only new paths were added, only scan those folders
else {
foreach (keys %new) {
main::INFOLOG && logger('scan.scanner')->info('added folder to mediadirs - trigger rescan of new folder only: ' . $_);
Slim::Control::Request::executeRequest( undef, [ 'rescan', 'full', Slim::Utils::Misc::fileURLFromPath($_) ] );
}
}
}, 'mediadirs');
$prefs->setChange( sub {
my $newValues = $_[1];
my $oldValues = $_[3];
my %old = map { $_ => 1 } @$oldValues;
# get new exclusion paths which did not exist previously:
my @new = grep {
delete $old{$_} != 1;
} @$newValues;
# in order to get rid of stale entries trigger full rescan if path has been added
if (scalar @new) {
my %mediadirs = map { $_ => 1 } @{ Slim::Utils::Misc::getMediaDirs() };
if (!scalar grep { $mediadirs{$_} } @new) {
main::INFOLOG && logger('scan.scanner')->info("added folder to exclusion list which is not in mediadirs yet - don't trigger scan: " . Data::Dump::dump(@new));
}
else {
main::INFOLOG && logger('scan.scanner')->info('added folder to exclusion list - trigger wipecache: ' . Data::Dump::dump(@new));
Slim::Control::Request::executeRequest(undef, ['wipecache', $prefs->get('dontTriggerScanOnPrefChange') ? 'queue' : undef]);
}
}
# if only new paths were added, only scan those folders
else {
foreach (keys %old) {
main::INFOLOG && logger('scan.scanner')->info('removed folder from exclusion list - trigger rescan of new folder only: ' . $_);
Slim::Control::Request::executeRequest( undef, [ 'rescan', 'full', Slim::Utils::Misc::fileURLFromPath($_) ] );
}
}
}, 'ignoreInAudioScan', 'ignoreInVideoScan', 'ignoreInImageScan');
$prefs->setChange( sub {
require Slim::Music::PlaylistFolderScan;
Slim::Music::PlaylistFolderScan->init;
Slim::Control::Request::executeRequest(undef, ['rescan', 'playlists']);
}, 'playlistdir');
$prefs->setChange( sub {
if ($_[1]) {
Slim::Control::Request::subscribe(\&Slim::Player::Playlist::modifyPlaylistCallback, [['playlist']]);
for my $client (Slim::Player::Client::clients()) {
next if Slim::Player::Sync::isSlave($client);
my $request = Slim::Control::Request->new($client, ['playlist','load_done']);
Slim::Player::Playlist::modifyPlaylistCallback($request);
}
} else {
Slim::Control::Request::unsubscribe(\&Slim::Player::Playlist::modifyPlaylistCallback);
}
}, 'persistPlaylists');
# Rebuild Jive cache if VA setting is changed
$prefs->setChange( sub {
Slim::Schema->wipeCaches();
}, 'variousArtistAutoIdentification', 'composerInArtists', 'conductorInArtists', 'bandInArtists', 'useUnifiedArtistsList');
$prefs->setChange( sub {
Slim::Control::Queries->wipeCaches();
}, 'browseagelimit', 'ignoreDirRE');
}
$prefs->setChange( sub {
my $client = $_[2] || return;
Slim::Player::Transporter::updateClockSource($client);
}, 'clockSource');
$prefs->setChange( sub {
my $client = $_[2] || return;
Slim::Player::Transporter::updateEffectsLoop($client);
}, 'fxloopSource');
$prefs->setChange( sub {
my $client = $_[2] || return;
Slim::Player::Transporter::updateEffectsLoop($client);
}, 'fxloopClock');
$prefs->setChange( sub {
my $client = $_[2] || return;
Slim::Player::Transporter::updateRolloff($client);
}, 'rolloffSlow');
$prefs->setChange( sub {
my $client = $_[2] || return;
if ( $client->display ) {
$client->display->renderCache()->{'defaultfont'} = undef;
}
}, qw(activeFont idleFont activeFont_curr idleFont_curr) );
$prefs->setChange( sub {
my $client = $_[2] || return;
$client->setAnalogOutMode if $client->can('setAnalogOutMode');
}, 'analogOutMode');
$prefs->setChange( sub {
foreach my $client ( Slim::Player::Client::clients() ) {
if ($client->isa("Slim::Player::Boom")) {
$client->setRTCTime();
}
}
}, 'timeFormat');
if (!main::NOMYSB) {
# Clear SN cookies from the cookie jar if the session changes
$prefs->setChange( sub {
if (!$_[1]) {
Slim::Networking::SqueezeNetwork->shutdown();
}
# XXX the sn.com hostnames can be removed later
my $cookieJar = Slim::Networking::Async::HTTP::cookie_jar();
$cookieJar->clear( 'www.squeezenetwork.com' );
$cookieJar->clear( 'www.test.squeezenetwork.com' );
$cookieJar->clear( 'www.mysqueezebox.com' );
$cookieJar->clear( 'www.test.mysqueezebox.com' );
$cookieJar->save();
main::DEBUGLOG && logger('network.squeezenetwork')->debug( 'SN session has changed, removing cookies' );
}, 'sn_session' );
$prefs->setChange(sub {
my $newValue = $_[1];
if ( UNIVERSAL::can('Slim::Networking::SqueezeNetwork::PrefSync', 'shutdown') ) {
Slim::Networking::SqueezeNetwork::PrefSync->shutdown();
}
if ( $newValue && $prefs->get('sn_session') ) {
require Slim::Networking::SqueezeNetwork::PrefSync;
Slim::Networking::SqueezeNetwork::PrefSync->init();
}
}, 'sn_sync');
$prefs->setChange( sub {
Slim::Utils::Timers::setTimer(
$_[1],
time() + 30,
sub {
return unless $prefs->get('sn_session');
my $isDisabled = shift;
my $http = Slim::Networking::SqueezeNetwork->new(sub {}, sub {});
$http->get( $http->url( '/api/v1/stats/mark_disabled/' . $isDisabled ? 1 : 0 ) );
},
);
}, 'sn_disable_stats');
}
# Reset IR state if preference change
$prefs->setChange( sub {
my $client = $_[2] || return;
Slim::Hardware::IR::initClient($client);
}, qw(disabledirsets irmap) );
}
=head2 writeAll( )
Write all pending preference changes to disk.
=cut
sub writeAll {
for my $n (values %namespaces) {
$n->savenow;
}
}
=head2 dir( )
Returns path to preference files.
=cut
sub dir {
return $path;
}
=head2 SEE ALSO
L<Slim::Utils::Prefs::Base>
L<Slim::Utils::Prefs::Namespace>
L<Slim::Utils::Prefs::Client>
L<Slim::Utils::Prefs::OldPrefs>
=cut
# FIXME - support functions - should these be here?
use FindBin qw($Bin);
use File::Spec::Functions qw(:ALL);
use Digest::MD5;
sub makeSecuritySecret {
# each Logitech Media Server installation should have a unique,
# strongly random value for securitySecret. This routine
# will be called by the first time the server is started
# to "seed" the prefs file with a value for this installation
my $hash = new Digest::MD5;
$hash->add(rand());
my $secret = $hash->hexdigest();
if ($log) {
main::DEBUGLOG && $log->debug("Creating a securitySecret for this installation.");
}
$prefs->set('securitySecret', $secret);
return $secret;
}
sub defaultLanguage {
return Slim::Utils::OSDetect->getOS->getSystemLanguage;
}
sub defaultMediaDirs {
my $audiodir = $prefs->get('audiodir');
$prefs->remove('audiodir') if $audiodir;
my @mediaDirs;
# if an audiodir had been there before, configure LMS as we did in SBS: audio only
if ($audiodir) {
# set mediadirs to the former audiodir
push @mediaDirs, $audiodir;
# add the audiodir to the list of sources to be ignored by the other scans
defaultMediaIgnoreFolders('music', $audiodir);
}
# new LMS installation: default to all media folders
else {
# try to find the OS specific default folders for various media types
foreach my $medium ('music', 'videos', 'pictures') {
my $path = Slim::Utils::OSDetect::dirsFor($medium);
main::DEBUGLOG && $log && $log->debug("Setting default path for medium '$medium' to '$path' if available.");
if ($path && -d $path) {
push @mediaDirs, $path;
# ignore media from other media's scan
defaultMediaIgnoreFolders($medium, $path);
}
}
}
return \@mediaDirs;
}
# when using default folders for a given media type, exclude it from other media's scans
sub defaultMediaIgnoreFolders {
my ($type, $dir) = @_;
my %ignoreDirs = (
music => ['ignoreInVideoScan', 'ignoreInImageScan'],
videos => ['ignoreInAudioScan', 'ignoreInImageScan'],
pictures => ['ignoreInVideoScan', 'ignoreInAudioScan'],
);
foreach ( @{ $ignoreDirs{$type} } ) {
my $ignoreDirs = $prefs->get($_) || [];
push @$ignoreDirs, $dir;
$prefs->set($_, $ignoreDirs);
}
}
sub defaultPlaylistDir {
my $path = Slim::Utils::OSDetect::dirsFor('playlists');
if ($path) {
# We've seen people have the defaultPlayListDir be a file. So
# change the path slightly to allow for that.
if (-f $path) {
$path .= 'Squeezebox';
}
if (!-d $path) {
mkpath($path) or msg("Couldn't create playlist path: $path - $!\n");
}
}
return $path;
}
sub defaultCacheDir {
my $CacheDir = Slim::Utils::OSDetect::dirsFor('cache');
my @CacheDirs = splitdir($CacheDir);
pop @CacheDirs;
my $CacheParent = catdir(@CacheDirs);
if ((!-e $CacheDir && !-w $CacheParent) || (-e $CacheDir && !-w $CacheDir)) {
$CacheDir = undef;
}
return $CacheDir;
}
sub makeCacheDir {
my $cacheDir = shift || $prefs->get('cachedir') || defaultCacheDir();
if (defined $cacheDir && !-d $cacheDir) {
mkpath($cacheDir) or do {
logBacktrace("Couldn't create cache dir for $cacheDir : $!");
return;
};
}
}
sub homeURL {
logBacktrace('Slim::Utils::Prefs::homeURL is deprecated. Please use Slim::Utils::Network::serverURL() instead.');
require Slim::Utils::Network;
return Slim::Utils::Network::serverURL() . '/';
}
sub maxRate {
my $client = shift || return 0;
my $soloRate = shift;
# The default for a new client will be undef.
my $rate = $prefs->client($client)->get('maxBitrate');
if (!defined $rate) {
# Possibly the first time this pref has been accessed
# if maxBitrate hasn't been set yet, allow wired squeezeboxen and ALL SB2's to default to no limit, others to 320kbps
if ($client->isa("Slim::Player::Squeezebox2")) {
$rate = 0;
} elsif ($client->isa("Slim::Player::Squeezebox") && !defined $client->signalStrength()) {
$rate = 0;
} else {
$rate = 320;
}
}
# override the saved or default bitrate if a transcodeBitrate has been set via HTTP parameter
$rate = $prefs->client($client)->get('transcodeBitrate') || $rate;
if ($soloRate) {
return $rate;
}
if ( $rate != 0 && logger('player.source')->is_debug ) {
main::DEBUGLOG && logger('player.source')->debug(sprintf("Setting maxBitRate for %s to: %d", $client->name, $rate));
}
# if we're the master, make sure we return the lowest common denominator bitrate.
my @playergroup = ($client->syncGroupActiveMembers());
for my $everyclient (@playergroup) {
my $otherRate = maxRate($everyclient, 1);
# find the lowest bitrate limit of the sync group. Zero refers to no limit.
$rate = ($otherRate && (($rate && $otherRate < $rate) || !$rate)) ? $otherRate : $rate;
}
# return lowest bitrate limit.
return $rate;
}
1;
__END__
| 30.092915 | 163 | 0.624315 |
eddfa1b686c79755d6d6e140c2fed8bb173e0434 | 2,098 | pl | Perl | vep/compare_previous_release_cache_data.pl | at7/work | 0198a1818700a37c36a8d42a87ac4e8d772ad3eb | [
"Apache-2.0"
] | null | null | null | vep/compare_previous_release_cache_data.pl | at7/work | 0198a1818700a37c36a8d42a87ac4e8d772ad3eb | [
"Apache-2.0"
] | null | null | null | vep/compare_previous_release_cache_data.pl | at7/work | 0198a1818700a37c36a8d42a87ac4e8d772ad3eb | [
"Apache-2.0"
] | null | null | null | use strict;
use warnings;
use FileHandle;
my $dir = '/hps/nobackup2/production/ensembl/anja/vep_data/output/grch37/';
my $previous_release = file2hash("$dir/production_test_95_37.out");
my $new_release = file2hash("$dir/production_test_37.out");
foreach my $key (keys %$new_release) {
foreach my $pop (keys %{$new_release->{$key}}) {
if (!exists $previous_release->{$key}) {
print STDERR "Key doesn't exist in prev $key\n";
} else {
if (!exists $previous_release->{$key}->{$pop}) {
print STDERR "Pop $pop dosen't exist for $key\n";
} else {
my $old_af = $previous_release->{$key}->{$pop};
my $new_af = $new_release->{$key}->{$pop};
if ($old_af == $new_af) {
next if ($old_af == 0);
print STDERR "=====$key $pop $old_af $new_af\n";
}
if ($old_af == 0) {
print STDERR "$key $pop $old_af $new_af\n";
next;
}
my $increase = $new_af - $old_af;
my $precent_increase = ($increase/$old_af) * 100;
print STDERR "$key $pop $old_af $new_af $precent_increase\n";
}
}
}
}
sub file2hash {
my $file = shift;
my $hash = {};
#Uploaded_variation Location Allele Gene Feature Feature_type Consequence cDNA_position CDS_position Protein_position Amino_acids Codons Existing_variation Extra
#rs772603749 12:63042271 G ENSG00000111110 ENST00000228705 Transcript
my $fh = FileHandle->new($file, 'r');
while (<$fh>) {
chomp;
my @values = split("\t");
my $Uploaded_variation = $values[0] || 'Uploaded_variation';
my $Location = $values[1] || 'Location';
my $Allele = $values[2] || 'Allele';
my $Gene = $values[3] || 'Gene';
my $Feature = $values[4] || 'Feature';
my $key = join("_", $Uploaded_variation, $Location, $Allele, $Gene, $Feature);
if (defined $values[13]) {
my @extra = split(';', $values[13]);
foreach (@extra) {
if (/^gnomAD/) {
my ($pop, $freq) = split(/=/);
$hash->{$key}->{$pop} = $freq;
}
}
}
}
$fh->close;
return $hash;
}
| 31.313433 | 169 | 0.57817 |
ed6f8a08b49185ef60d48af6f683c0077143fb5e | 12,851 | pl | Perl | perl/vendor/lib/auto/share/dist/DateTime-Locale/ar-YE.pl | ifleeyo180/VspriteMoodleWebsite | 38baa924829c83808d2c87d44740ff365927a646 | [
"Apache-2.0"
] | 2 | 2021-11-19T22:37:28.000Z | 2021-11-22T18:04:55.000Z | perl/vendor/lib/auto/share/dist/DateTime-Locale/ar-YE.pl | ifleeyo180/VspriteMoodleWebsite | 38baa924829c83808d2c87d44740ff365927a646 | [
"Apache-2.0"
] | 6 | 2021-11-18T00:39:48.000Z | 2021-11-20T00:31:40.000Z | perl/vendor/lib/auto/share/dist/DateTime-Locale/ar-YE.pl | ifleeyo180/VspriteMoodleWebsite | 38baa924829c83808d2c87d44740ff365927a646 | [
"Apache-2.0"
] | null | null | null | {
am_pm_abbreviated => [
"\N{U+0635}",
"\N{U+0645}",
],
available_formats => {
Bh => "h B",
Bhm => "h:mm B",
Bhms => "h:mm:ss B",
E => "ccc",
EBhm => "E h:mm B",
EBhms => "E h:mm:ss B",
EHm => "E HH:mm",
EHms => "E HH:mm:ss",
Ed => "E\N{U+060c} d",
Ehm => "E h:mm a",
Ehms => "E h:mm:ss a",
Gy => "y G",
GyMMM => "MMM y G",
GyMMMEd => "E\N{U+060c} d MMM y G",
GyMMMd => "d MMM y G",
H => "HH",
Hm => "HH:mm",
Hms => "HH:mm:ss",
Hmsv => "HH:mm:ss v",
Hmv => "HH:mm v",
M => "L",
MEd => "E\N{U+060c} d/\N{U+200f}M",
MMM => "LLL",
MMMEd => "E\N{U+060c} d MMM",
MMMMEd => "E\N{U+060c} d MMMM",
"MMMMW-count-few" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} W \N{U+0645}\N{U+0646} MMMM",
"MMMMW-count-many" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} W \N{U+0645}\N{U+0646} MMMM",
"MMMMW-count-one" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} W \N{U+0645}\N{U+0646} MMMM",
"MMMMW-count-other" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} W \N{U+0645}\N{U+0646} MMMM",
"MMMMW-count-two" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} W \N{U+0645}\N{U+0646} MMMM",
"MMMMW-count-zero" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} W \N{U+0645}\N{U+0646} MMMM",
MMMMd => "d MMMM",
MMMd => "d MMM",
MMdd => "dd\N{U+200f}/MM",
Md => "d/\N{U+200f}M",
d => "d",
h => "h a",
hm => "h:mm a",
hms => "h:mm:ss a",
hmsv => "h:mm:ss a v",
hmv => "h:mm a v",
ms => "mm:ss",
y => "y",
yM => "M\N{U+200f}/y",
yMEd => "E\N{U+060c} d/\N{U+200f}M/\N{U+200f}y",
yMM => "MM\N{U+200f}/y",
yMMM => "MMM y",
yMMMEd => "E\N{U+060c} d MMM y",
yMMMM => "MMMM y",
yMMMd => "d MMM y",
yMd => "d\N{U+200f}/M\N{U+200f}/y",
yQQQ => "QQQ y",
yQQQQ => "QQQQ y",
"yw-count-few" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} w \N{U+0645}\N{U+0646} \N{U+0633}\N{U+0646}\N{U+0629} Y",
"yw-count-many" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} w \N{U+0645}\N{U+0646} \N{U+0633}\N{U+0646}\N{U+0629} Y",
"yw-count-one" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} w \N{U+0645}\N{U+0646} \N{U+0633}\N{U+0646}\N{U+0629} Y",
"yw-count-other" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} w \N{U+0645}\N{U+0646} \N{U+0633}\N{U+0646}\N{U+0629} Y",
"yw-count-two" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} w \N{U+0645}\N{U+0646} \N{U+0633}\N{U+0646}\N{U+0629} Y",
"yw-count-zero" => "\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0633}\N{U+0628}\N{U+0648}\N{U+0639} w \N{U+0645}\N{U+0646} \N{U+0633}\N{U+0646}\N{U+0629} Y",
},
code => "ar-YE",
date_format_full => "EEEE\N{U+060c} d MMMM y",
date_format_long => "d MMMM y",
date_format_medium => "dd\N{U+200f}/MM\N{U+200f}/y",
date_format_short => "d\N{U+200f}/M\N{U+200f}/y",
datetime_format_full => "{1} \N{U+0641}\N{U+064a} {0}",
datetime_format_long => "{1} \N{U+0641}\N{U+064a} {0}",
datetime_format_medium => "{1}, {0}",
datetime_format_short => "{1}, {0}",
day_format_abbreviated => [
"\N{U+0627}\N{U+0644}\N{U+0627}\N{U+062b}\N{U+0646}\N{U+064a}\N{U+0646}",
"\N{U+0627}\N{U+0644}\N{U+062b}\N{U+0644}\N{U+0627}\N{U+062b}\N{U+0627}\N{U+0621}",
"\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0631}\N{U+0628}\N{U+0639}\N{U+0627}\N{U+0621}",
"\N{U+0627}\N{U+0644}\N{U+062e}\N{U+0645}\N{U+064a}\N{U+0633}",
"\N{U+0627}\N{U+0644}\N{U+062c}\N{U+0645}\N{U+0639}\N{U+0629}",
"\N{U+0627}\N{U+0644}\N{U+0633}\N{U+0628}\N{U+062a}",
"\N{U+0627}\N{U+0644}\N{U+0623}\N{U+062d}\N{U+062f}",
],
day_format_narrow => [
"\N{U+0646}",
"\N{U+062b}",
"\N{U+0631}",
"\N{U+062e}",
"\N{U+062c}",
"\N{U+0633}",
"\N{U+062d}",
],
day_format_wide => [
"\N{U+0627}\N{U+0644}\N{U+0627}\N{U+062b}\N{U+0646}\N{U+064a}\N{U+0646}",
"\N{U+0627}\N{U+0644}\N{U+062b}\N{U+0644}\N{U+0627}\N{U+062b}\N{U+0627}\N{U+0621}",
"\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0631}\N{U+0628}\N{U+0639}\N{U+0627}\N{U+0621}",
"\N{U+0627}\N{U+0644}\N{U+062e}\N{U+0645}\N{U+064a}\N{U+0633}",
"\N{U+0627}\N{U+0644}\N{U+062c}\N{U+0645}\N{U+0639}\N{U+0629}",
"\N{U+0627}\N{U+0644}\N{U+0633}\N{U+0628}\N{U+062a}",
"\N{U+0627}\N{U+0644}\N{U+0623}\N{U+062d}\N{U+062f}",
],
day_stand_alone_abbreviated => [
"\N{U+0627}\N{U+0644}\N{U+0627}\N{U+062b}\N{U+0646}\N{U+064a}\N{U+0646}",
"\N{U+0627}\N{U+0644}\N{U+062b}\N{U+0644}\N{U+0627}\N{U+062b}\N{U+0627}\N{U+0621}",
"\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0631}\N{U+0628}\N{U+0639}\N{U+0627}\N{U+0621}",
"\N{U+0627}\N{U+0644}\N{U+062e}\N{U+0645}\N{U+064a}\N{U+0633}",
"\N{U+0627}\N{U+0644}\N{U+062c}\N{U+0645}\N{U+0639}\N{U+0629}",
"\N{U+0627}\N{U+0644}\N{U+0633}\N{U+0628}\N{U+062a}",
"\N{U+0627}\N{U+0644}\N{U+0623}\N{U+062d}\N{U+062f}",
],
day_stand_alone_narrow => [
"\N{U+0646}",
"\N{U+062b}",
"\N{U+0631}",
"\N{U+062e}",
"\N{U+062c}",
"\N{U+0633}",
"\N{U+062d}",
],
day_stand_alone_wide => [
"\N{U+0627}\N{U+0644}\N{U+0627}\N{U+062b}\N{U+0646}\N{U+064a}\N{U+0646}",
"\N{U+0627}\N{U+0644}\N{U+062b}\N{U+0644}\N{U+0627}\N{U+062b}\N{U+0627}\N{U+0621}",
"\N{U+0627}\N{U+0644}\N{U+0623}\N{U+0631}\N{U+0628}\N{U+0639}\N{U+0627}\N{U+0621}",
"\N{U+0627}\N{U+0644}\N{U+062e}\N{U+0645}\N{U+064a}\N{U+0633}",
"\N{U+0627}\N{U+0644}\N{U+062c}\N{U+0645}\N{U+0639}\N{U+0629}",
"\N{U+0627}\N{U+0644}\N{U+0633}\N{U+0628}\N{U+062a}",
"\N{U+0627}\N{U+0644}\N{U+0623}\N{U+062d}\N{U+062f}",
],
era_abbreviated => [
"\N{U+0642}.\N{U+0645}",
"\N{U+0645}",
],
era_narrow => [
"\N{U+0642}.\N{U+0645}",
"\N{U+0645}",
],
era_wide => [
"\N{U+0642}\N{U+0628}\N{U+0644} \N{U+0627}\N{U+0644}\N{U+0645}\N{U+064a}\N{U+0644}\N{U+0627}\N{U+062f}",
"\N{U+0645}\N{U+064a}\N{U+0644}\N{U+0627}\N{U+062f}\N{U+064a}",
],
first_day_of_week => 7,
glibc_date_1_format => "%d %b, %Y %Z %I:%M:%S %p",
glibc_date_format => "%d %b, %Y",
glibc_datetime_format => "%d %b, %Y %I:%M:%S %p",
glibc_time_12_format => "%Z %I:%M:%S %p",
glibc_time_format => "%Z %I:%M:%S %p",
language => "Arabic",
month_format_abbreviated => [
"\N{U+064a}\N{U+0646}\N{U+0627}\N{U+064a}\N{U+0631}",
"\N{U+0641}\N{U+0628}\N{U+0631}\N{U+0627}\N{U+064a}\N{U+0631}",
"\N{U+0645}\N{U+0627}\N{U+0631}\N{U+0633}",
"\N{U+0623}\N{U+0628}\N{U+0631}\N{U+064a}\N{U+0644}",
"\N{U+0645}\N{U+0627}\N{U+064a}\N{U+0648}",
"\N{U+064a}\N{U+0648}\N{U+0646}\N{U+064a}\N{U+0648}",
"\N{U+064a}\N{U+0648}\N{U+0644}\N{U+064a}\N{U+0648}",
"\N{U+0623}\N{U+063a}\N{U+0633}\N{U+0637}\N{U+0633}",
"\N{U+0633}\N{U+0628}\N{U+062a}\N{U+0645}\N{U+0628}\N{U+0631}",
"\N{U+0623}\N{U+0643}\N{U+062a}\N{U+0648}\N{U+0628}\N{U+0631}",
"\N{U+0646}\N{U+0648}\N{U+0641}\N{U+0645}\N{U+0628}\N{U+0631}",
"\N{U+062f}\N{U+064a}\N{U+0633}\N{U+0645}\N{U+0628}\N{U+0631}",
],
month_format_narrow => [
"\N{U+064a}",
"\N{U+0641}",
"\N{U+0645}",
"\N{U+0623}",
"\N{U+0648}",
"\N{U+0646}",
"\N{U+0644}",
"\N{U+063a}",
"\N{U+0633}",
"\N{U+0643}",
"\N{U+0628}",
"\N{U+062f}",
],
month_format_wide => [
"\N{U+064a}\N{U+0646}\N{U+0627}\N{U+064a}\N{U+0631}",
"\N{U+0641}\N{U+0628}\N{U+0631}\N{U+0627}\N{U+064a}\N{U+0631}",
"\N{U+0645}\N{U+0627}\N{U+0631}\N{U+0633}",
"\N{U+0623}\N{U+0628}\N{U+0631}\N{U+064a}\N{U+0644}",
"\N{U+0645}\N{U+0627}\N{U+064a}\N{U+0648}",
"\N{U+064a}\N{U+0648}\N{U+0646}\N{U+064a}\N{U+0648}",
"\N{U+064a}\N{U+0648}\N{U+0644}\N{U+064a}\N{U+0648}",
"\N{U+0623}\N{U+063a}\N{U+0633}\N{U+0637}\N{U+0633}",
"\N{U+0633}\N{U+0628}\N{U+062a}\N{U+0645}\N{U+0628}\N{U+0631}",
"\N{U+0623}\N{U+0643}\N{U+062a}\N{U+0648}\N{U+0628}\N{U+0631}",
"\N{U+0646}\N{U+0648}\N{U+0641}\N{U+0645}\N{U+0628}\N{U+0631}",
"\N{U+062f}\N{U+064a}\N{U+0633}\N{U+0645}\N{U+0628}\N{U+0631}",
],
month_stand_alone_abbreviated => [
"\N{U+064a}\N{U+0646}\N{U+0627}\N{U+064a}\N{U+0631}",
"\N{U+0641}\N{U+0628}\N{U+0631}\N{U+0627}\N{U+064a}\N{U+0631}",
"\N{U+0645}\N{U+0627}\N{U+0631}\N{U+0633}",
"\N{U+0623}\N{U+0628}\N{U+0631}\N{U+064a}\N{U+0644}",
"\N{U+0645}\N{U+0627}\N{U+064a}\N{U+0648}",
"\N{U+064a}\N{U+0648}\N{U+0646}\N{U+064a}\N{U+0648}",
"\N{U+064a}\N{U+0648}\N{U+0644}\N{U+064a}\N{U+0648}",
"\N{U+0623}\N{U+063a}\N{U+0633}\N{U+0637}\N{U+0633}",
"\N{U+0633}\N{U+0628}\N{U+062a}\N{U+0645}\N{U+0628}\N{U+0631}",
"\N{U+0623}\N{U+0643}\N{U+062a}\N{U+0648}\N{U+0628}\N{U+0631}",
"\N{U+0646}\N{U+0648}\N{U+0641}\N{U+0645}\N{U+0628}\N{U+0631}",
"\N{U+062f}\N{U+064a}\N{U+0633}\N{U+0645}\N{U+0628}\N{U+0631}",
],
month_stand_alone_narrow => [
"\N{U+064a}",
"\N{U+0641}",
"\N{U+0645}",
"\N{U+0623}",
"\N{U+0648}",
"\N{U+0646}",
"\N{U+0644}",
"\N{U+063a}",
"\N{U+0633}",
"\N{U+0643}",
"\N{U+0628}",
"\N{U+062f}",
],
month_stand_alone_wide => [
"\N{U+064a}\N{U+0646}\N{U+0627}\N{U+064a}\N{U+0631}",
"\N{U+0641}\N{U+0628}\N{U+0631}\N{U+0627}\N{U+064a}\N{U+0631}",
"\N{U+0645}\N{U+0627}\N{U+0631}\N{U+0633}",
"\N{U+0623}\N{U+0628}\N{U+0631}\N{U+064a}\N{U+0644}",
"\N{U+0645}\N{U+0627}\N{U+064a}\N{U+0648}",
"\N{U+064a}\N{U+0648}\N{U+0646}\N{U+064a}\N{U+0648}",
"\N{U+064a}\N{U+0648}\N{U+0644}\N{U+064a}\N{U+0648}",
"\N{U+0623}\N{U+063a}\N{U+0633}\N{U+0637}\N{U+0633}",
"\N{U+0633}\N{U+0628}\N{U+062a}\N{U+0645}\N{U+0628}\N{U+0631}",
"\N{U+0623}\N{U+0643}\N{U+062a}\N{U+0648}\N{U+0628}\N{U+0631}",
"\N{U+0646}\N{U+0648}\N{U+0641}\N{U+0645}\N{U+0628}\N{U+0631}",
"\N{U+062f}\N{U+064a}\N{U+0633}\N{U+0645}\N{U+0628}\N{U+0631}",
],
name => "Arabic Yemen",
native_language => "\N{U+0627}\N{U+0644}\N{U+0639}\N{U+0631}\N{U+0628}\N{U+064a}\N{U+0629}",
native_name => "\N{U+0627}\N{U+0644}\N{U+0639}\N{U+0631}\N{U+0628}\N{U+064a}\N{U+0629} \N{U+0627}\N{U+0644}\N{U+064a}\N{U+0645}\N{U+0646}",
native_script => undef,
native_territory => "\N{U+0627}\N{U+0644}\N{U+064a}\N{U+0645}\N{U+0646}",
native_variant => undef,
quarter_format_abbreviated => [
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+0623}\N{U+0648}\N{U+0644}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+062b}\N{U+0627}\N{U+0646}\N{U+064a}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+062b}\N{U+0627}\N{U+0644}\N{U+062b}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+0631}\N{U+0627}\N{U+0628}\N{U+0639}",
],
quarter_format_narrow => [
"\N{U+0661}",
"\N{U+0662}",
"\N{U+0663}",
"\N{U+0664}",
],
quarter_format_wide => [
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+0623}\N{U+0648}\N{U+0644}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+062b}\N{U+0627}\N{U+0646}\N{U+064a}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+062b}\N{U+0627}\N{U+0644}\N{U+062b}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+0631}\N{U+0627}\N{U+0628}\N{U+0639}",
],
quarter_stand_alone_abbreviated => [
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+0623}\N{U+0648}\N{U+0644}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+062b}\N{U+0627}\N{U+0646}\N{U+064a}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+062b}\N{U+0627}\N{U+0644}\N{U+062b}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+0631}\N{U+0627}\N{U+0628}\N{U+0639}",
],
quarter_stand_alone_narrow => [
"\N{U+0661}",
"\N{U+0662}",
"\N{U+0663}",
"\N{U+0664}",
],
quarter_stand_alone_wide => [
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+0623}\N{U+0648}\N{U+0644}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+062b}\N{U+0627}\N{U+0646}\N{U+064a}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+062b}\N{U+0627}\N{U+0644}\N{U+062b}",
"\N{U+0627}\N{U+0644}\N{U+0631}\N{U+0628}\N{U+0639} \N{U+0627}\N{U+0644}\N{U+0631}\N{U+0627}\N{U+0628}\N{U+0639}",
],
script => undef,
territory => "Yemen",
time_format_full => "h:mm:ss a zzzz",
time_format_long => "h:mm:ss a z",
time_format_medium => "h:mm:ss a",
time_format_short => "h:mm a",
variant => undef,
version => 38,
}
| 45.25 | 153 | 0.520738 |
edd26f68cea5bec65150e174266f2886560883bd | 563 | t | Perl | v5.14/t/io/iofile.t | perl11/p5-coretests | 65f340f49aea59bd666f1bf5c077a66004b51731 | [
"Artistic-2.0"
] | 1 | 2015-12-07T12:45:44.000Z | 2015-12-07T12:45:44.000Z | v5.14/t/io/iofile.t | perl11/p5-coretests | 65f340f49aea59bd666f1bf5c077a66004b51731 | [
"Artistic-2.0"
] | null | null | null | v5.14/t/io/iofile.t | perl11/p5-coretests | 65f340f49aea59bd666f1bf5c077a66004b51731 | [
"Artistic-2.0"
] | null | null | null | #!./perl
BEGIN {
unshift @INC, 'lib';
require 'test.pl';
}
$| = 1;
use warnings;
use Config;
plan tests => 3;
# this is essentially the same as a test on a lexical filehandle in
# t/io/open.t, but done in a separate test process against a standard
# filehandle
# check that we can call methods on filehandles auto-magically
# and have IO::File loaded for us
{
is( $INC{'IO/File.pm'}, undef, "IO::File not loaded" );
ok( eval { STDOUT->autoflush(1); 1 }, 'STDOUT->autoflush(1) lives' );
ok( $INC{'IO/File.pm'}, "IO::File now loaded" );
}
| 22.52 | 73 | 0.642984 |
ed7b2547222d1955afbcc93da4ab7453240308af | 10,567 | pl | Perl | tools/docker-test/startup.pl | adesso-as-a-service/openxpki | 0ef14d3d714a3f9d4f902ab8b5551e2b20a91eb0 | [
"Apache-2.0"
] | 357 | 2015-02-19T18:23:12.000Z | 2022-03-29T04:05:25.000Z | tools/docker-test/startup.pl | adesso-as-a-service/openxpki | 0ef14d3d714a3f9d4f902ab8b5551e2b20a91eb0 | [
"Apache-2.0"
] | 604 | 2015-01-19T11:58:44.000Z | 2022-03-14T13:38:42.000Z | tools/docker-test/startup.pl | adesso-as-a-service/openxpki | 0ef14d3d714a3f9d4f902ab8b5551e2b20a91eb0 | [
"Apache-2.0"
] | 108 | 2015-03-10T19:05:20.000Z | 2022-03-29T04:32:28.000Z | #!/usr/bin/perl
# Obeyed env variables:
# OXI_TEST_ONLY (Str: comma separated list of tests dirs/files)
# OXI_TEST_ALL (Bool: 1 = run all tests)
# OXI_TEST_COVERAGE (Bool: 1 = only run coverage tests)
# OXI_TEST_GITREPO (Str: Git repository)
# OXI_TEST_GITBRANCH (Str: Git branch, default branch if not specified)
use strict;
use warnings;
# Core modules
use Cwd qw( realpath );
use File::Copy;
use File::Path qw( make_path );
use File::Temp qw( tempdir );
use FindBin qw( $Bin );
use Getopt::Long;
use IPC::Open3 qw( open3 );
use List::Util qw( sum );
use Pod::Usage;
use POSIX ":sys_wait_h";
use Symbol qw( gensym );
#
# Configuration
#
my $clone_dir = "/opt/openxpki";
my $config_dir = $ENV{'OXI_TEST_SAMPLECONFIG_DIR'} || die "OXI_TEST_SAMPLECONFIG_DIR is not set";
# Exit handler - run bash on errors to allow inspection of log files
#
sub _exit {
my ($start_bash, $code, $msg) = @_;
if ($start_bash) {
print STDERR "\n==========[ ERROR ]==========\n";
print STDERR "$msg\n" if $msg;
print STDERR "You may now inspect the log files below /var/log/openxpki/\n";
print STDERR "To finally stop the Docker container type 'exit'.\n\n";
system "/bin/bash", "-l";
}
else {
print STDERR "\n$msg\n\n" if $msg;
}
exit $code;
}
sub _failure {
my ($die_on_error, $code, $msg) = @_;
return $code unless $die_on_error;
my $start_bash = not $ENV{OXI_TEST_NONINTERACTIVE};
_exit $start_bash, $code, $msg;
}
sub _stop {
my ($code, $msg) = @_;
_exit 0, $code, $msg;
}
# $mode:
# code - hide output and return exit code
# capture - hide output and return it as string instead, exit on errors
# show - show output and return nothing, exit on errors
sub execute {
my ($mode, $args, $tolerate_errors) = @_;
$args = [ split /\s+/, $args ] unless ref $args eq "ARRAY";
my $output = ($mode eq "show") ? ">&STDOUT" : gensym; # gensym = filehandle
# execute command and wait for it to finish
my $pid = open3(0, $output, 0, @$args);
waitpid($pid, 0);
my $die_on_error = not ($mode eq "code" or $tolerate_errors);
my $output_str = ref $output eq "GLOB" ? do { local $/; <$output> } : "";
return _failure($die_on_error, -1) if $? == -1; # execute failed: error message was already shown by system()
return _failure(!$tolerate_errors, $? & 127, sprintf( "'%s' died with signal %d: %s", $args->[0], ($? & 127), $output_str )) if ($? & 127);
return _failure($die_on_error, $? >> 8, sprintf( "'%s' exited with code %d: %s", $args->[0], $? >> 8, $output_str )) if ($? >> 8);
return if $mode eq "show";
return $output_str if $mode eq "capture";
return 0;
}
sub git_checkout {
my ($env_repo, $branch, $commit, $target) = @_;
my $repo = $ENV{$env_repo};
_stop 100, "Please specify either a remote or local Git repo:\ndocker run -e $env_repo=https://...\ndocker run -e $env_repo=/repo -v /my/host/path:/repo ..."
if $repo !~ m{ \A ( / | (https?|ssh):// ) }msx;
my $is_local = not $repo =~ / \A (https?|ssh): /msx;
# local repo from host (if Docker volume is mounted)
if ($is_local) {
# stop unless $repo is a mountpoint (= device number differs from parent dir)
_stop 101, "Path specified in $env_repo is not a mountpoint"
unless (-d $repo and (stat $repo)[0] != (stat "/")[0]);
$repo = "file://$repo";
}
my $code = execute code => [ "git", "ls-remote", "-h", $repo ];
_stop 103, "Repo $repo either does not exist or is not readable" if $code;
#
# Clone repository
#
print "- Cloning repo into $target ... ";
my @branch_spec = $branch ? "--branch=$branch" : ();
my @restrict_depth = $commit ? () : ("--depth=1");
execute capture => [ "git", "clone", @restrict_depth, @branch_spec, $repo, $target ];
if ($commit) {
print "Checking out given commit... ";
chdir $target;
execute capture => [ "git", "checkout", $commit ];
}
print "\n";
#
# Informations
#
printf " Repo: %s%s\n", $ENV{$env_repo}, $is_local ? " (local)" : "";
printf " Branch: %s\n", $branch // "(default)";
printf " Commit: %s\n", $commit // "HEAD";
# last commit's message
chdir $target;
my $logmsg = execute capture => [ "git", "log", "--format=%B", "-n" => 1, $commit // "HEAD", ];
$logmsg =~ s/\R$//gm; # remove trailing newline
($logmsg) = split /\R/, $logmsg; # only print first line
printf " » %s «\n", $logmsg;
return $is_local;
}
sub git_is_based_on {
my ($code_dir, $branch) = @_;
my $temp_coderepo = tempdir( CLEANUP => 1 );
# get commit id of $branch in official repo
`git clone --quiet --depth=1 --branch=$branch https://github.com/openxpki/openxpki.git $temp_coderepo`;
chdir $temp_coderepo;
my $commit_id_develop=`git rev-parse HEAD`;
chdir $code_dir;
my $exit_code = execute code => [ 'git', 'merge-base', '--is-ancestor', $commit_id_develop, 'HEAD' ];
# exit codes: 1 = develop is no ancestor of HEAD, 128 = commit ID not found
return ($exit_code == 0);
}
my $mode = "all"; # default mode
$mode = "all" if $ENV{OXI_TEST_ALL};
$mode = "coverage" if $ENV{OXI_TEST_COVERAGE};
my @test_only = split ",", $ENV{OXI_TEST_ONLY};
$mode = "selected" if scalar @test_only;
my @tests_unit;
my @tests_qa;
if ($mode eq "all") {
@tests_unit = "t/";
@tests_qa = qw( qatest/backend/api2 qatest/backend/webui qatest/client );
}
elsif ($mode eq "selected") {
@tests_unit = grep { /^t\// } map { my $t = $_; $t =~ s/ ^ core\/server\/ //x; $t } @test_only;
@tests_qa = grep { /^qatest\// } @test_only;
}
#
# Test arguments and repository
#
print "\n####[ Run tests in Docker container ]####\n";
#
# Code repository
#
print "\nCode source:\n";
my $local_repo = git_checkout('OXI_TEST_GITREPO', $ENV{OXI_TEST_GITBRANCH}, $ENV{OXI_TEST_GITCOMMIT}, $clone_dir);
_stop 104, "Code coverage tests only work with local repo" if ($mode eq "coverage" and not $local_repo);
#
# Config repository
#
print "\nConfiguration source:\n";
my $config_gitbranch = $ENV{OXI_TEST_CONFIG_GITBRANCH};
# auto-set config branch to develop if code is based on develop
if (not $config_gitbranch) {
print "- no Git branch specified\n";
print " - checking if code is based on Github branch 'develop': ";
if (git_is_based_on($clone_dir, 'community')) {
print "yes\n";
$config_gitbranch = 'community';
}
else {
print "no\n";
print " - checking if code is based on Github branch 'master': ";
if (git_is_based_on($clone_dir, 'develop')) {
print "yes\n";
$config_gitbranch = 'develop';
}
else {
print "no\n";
print " --> assuming private repo based on 'community'\n";
$config_gitbranch = 'community';
}
}
}
git_checkout('OXI_TEST_CONFIG_GITREPO', $config_gitbranch, $ENV{OXI_TEST_CONFIG_GITCOMMIT}, $config_dir);
#
# List selected tests
#
print "\n";
my $msg = $mode eq "all" ? " all tests" : ($mode eq "coverage" ? " code coverage" : " selected tests:");
print `figlet '$msg'`;
printf " - $_\n" for @test_only;
#
# Grab and install Perl module dependencies from Makefile.PL using PPI
#
print "\n====[ Scanning Makefile.PL for new Perl dependencies ]====\n";
my $cpanfile = execute capture => "/tools-copy/scripts/makefile2cpanfile.pl $clone_dir/core/server/Makefile.PL";
open my $fh, ">", "$clone_dir/cpanfile";
print $fh $cpanfile;
close $fh;
execute show => "cpanm --quiet --notest --installdeps $clone_dir";
#
# Database setup
#
print "\n====[ MySQL ]====\n";
my $dummy = gensym;
my $pid = open3(0, $dummy, 0, qw(sh -c /usr/sbin/mysqld) );
execute show => "/tools-copy/testenv/mysql-wait-for-db.sh";
execute show => "/tools-copy/testenv/mysql-create-user.sh";
# if there are only qatests, we create the database later on
if ($mode eq "coverage" or scalar @tests_unit) {
execute show => "/tools-copy/testenv/mysql-create-db.sh";
execute show => "/tools-copy/testenv/mysql-create-schema.sh";
}
#
# OpenXPKI compilation
#
print "\n====[ Compile OpenXPKI ]====\n";
## Config::Versioned reads USER env variable
#export USER=dummy
chdir "$clone_dir/core/server";
`perl Makefile.PL`;
`make`;
#
# Test coverage
#
if ($mode eq "coverage") {
print "\n====[ Testing the code coverage (this will take a while) ]====\n";
execute show => "cover -test";
my $cover_src = "$clone_dir/core/server/cover_db";
use DateTime;
my $dirname = "code-coverage-".(DateTime->now->strftime('%Y%m%d-%H%M%S'));
my $cover_target = sprintf "/%s/%s", $ENV{OXI_TEST_GITREPO}, $dirname;
if (-d $cover_src) {
system "mv", $cover_src, $cover_target;
if (-d $cover_target) {
`chmod -R g+w,o+w "$cover_target"`;
print "\nCode coverage results available in project root dir:\n$dirname\n";
}
else {
print "\nError: code coverage results could not be moved to host dir $cover_target:\n$!\n"
}
}
else {
print "\nError: code coverage results where not found\n($cover_src does not exist)\n"
}
exit;
}
#
# Unit tests
#
if (scalar @tests_unit) {
print "\n====[ Testing: unit tests ]====\n";
execute show => "prove -I ./t/lib -b -r -q $_" for @tests_unit;
}
exit unless scalar @tests_qa;
#
# OpenXPKI installation
#
print "\n====[ Install OpenXPKI ]====\n";
print "Copying files\n";
`make install`;
# directory list borrowed from /package/debian/core/libopenxpki-perl.dirs
make_path "/var/openxpki/session", "/var/log/openxpki";
# copy config
`mkdir -p /etc/openxpki && cp -R $config_dir/* /etc/openxpki`;
# customize config
use File::Slurp qw( edit_file );
edit_file { s/ ^ ( (user|group): \s+ ) \w+ /$1root/gmsx } "/etc/openxpki/config.d/system/server.yaml";
execute show => "/tools-copy/testenv/mysql-oxi-config.sh";
#
# Database (re-)creation
#
execute show => "/tools-copy/testenv/mysql-create-db.sh";
execute show => "/tools-copy/testenv/mysql-create-schema.sh";
#
# Start OpenXPKI and insert test certificates
#
`mkdir -p /etc/openxpki/local/keys/`;
execute show => "/usr/local/bin/openxpkictl start";
execute show => "/tools-copy/testenv/insert-certificates.sh";
#
# QA tests
#
print "\n====[ Testing: QA tests ]====\n";
chdir "$clone_dir/qatest";
my @t = map { my $t = $_; $t =~ s/ ^ qatest\/ //x; $t } @tests_qa;
execute show => "prove -I ../core/server/t/lib -I ./lib -l -r -q $_" for @t;
| 31.828313 | 161 | 0.614649 |
edb7216f5adc9551739050e29df4cb1416f2ffeb | 165 | pm | Perl | exercises/practice/minesweeper/Minesweeper.pm | nataraj-hates-MS-for-stealing-github/perl5 | d2300f2ce2f9dace3349d1d6a904a7e4de3de1c4 | [
"MIT"
] | 13 | 2017-12-04T11:31:32.000Z | 2021-10-30T15:09:34.000Z | exercises/practice/minesweeper/Minesweeper.pm | nataraj-hates-MS-for-stealing-github/perl5 | d2300f2ce2f9dace3349d1d6a904a7e4de3de1c4 | [
"MIT"
] | 106 | 2017-06-21T19:50:42.000Z | 2022-03-20T14:42:27.000Z | exercises/practice/minesweeper/Minesweeper.pm | nataraj-hates-MS-for-stealing-github/perl5 | d2300f2ce2f9dace3349d1d6a904a7e4de3de1c4 | [
"MIT"
] | 29 | 2017-07-29T03:44:17.000Z | 2021-12-12T16:48:55.000Z | package Minesweeper;
use strict;
use warnings;
use Exporter qw<import>;
our @EXPORT_OK = qw<annotate>;
sub annotate {
my ($minefield) = @_;
return undef;
}
1;
| 12.692308 | 30 | 0.690909 |
eda22b8be1024c265bbf0184a3cdbfc8c263efcb | 535 | pm | Perl | lib/SemanticWeb/Schema/RVPark.pm | robrwo/LDF-JSON-LD | 2745fa73562625ab217b7094a812bfc1f4be8cbc | [
"ClArtistic"
] | null | null | null | lib/SemanticWeb/Schema/RVPark.pm | robrwo/LDF-JSON-LD | 2745fa73562625ab217b7094a812bfc1f4be8cbc | [
"ClArtistic"
] | null | null | null | lib/SemanticWeb/Schema/RVPark.pm | robrwo/LDF-JSON-LD | 2745fa73562625ab217b7094a812bfc1f4be8cbc | [
"ClArtistic"
] | null | null | null | use utf8;
package SemanticWeb::Schema::RVPark;
# ABSTRACT: A place offering space for "Recreational Vehicles"
use Moo;
extends qw/ SemanticWeb::Schema::CivicStructure /;
use MooX::JSON_LD 'RVPark';
use Ref::Util qw/ is_plain_hashref /;
# RECOMMEND PREREQ: Ref::Util::XS
use namespace::autoclean;
our $VERSION = 'v14.0.1';
=encoding utf8
=head1 DESCRIPTION
A place offering space for "Recreational Vehicles", Caravans, mobile homes
and the like.
=cut
=head1 SEE ALSO
L<SemanticWeb::Schema::CivicStructure>
=cut
1;
| 12.738095 | 74 | 0.730841 |
eddf0dbcfa60ce435ea2370a8dc3fccfb694bad8 | 5,170 | pl | Perl | perl/vendor/lib/auto/share/dist/DateTime-Locale/pt.pl | luiscarlosg27/xampp | c295dbdd435c9c62fbd4cc6fc42097bea7a900a0 | [
"Apache-2.0"
] | 2 | 2021-07-24T12:46:49.000Z | 2021-08-02T08:37:53.000Z | perl/vendor/lib/auto/share/dist/DateTime-Locale/pt.pl | luiscarlosg27/xampp | c295dbdd435c9c62fbd4cc6fc42097bea7a900a0 | [
"Apache-2.0"
] | null | null | null | perl/vendor/lib/auto/share/dist/DateTime-Locale/pt.pl | luiscarlosg27/xampp | c295dbdd435c9c62fbd4cc6fc42097bea7a900a0 | [
"Apache-2.0"
] | null | null | null | {
am_pm_abbreviated => [
"AM",
"PM",
],
available_formats => {
Bh => "h B",
Bhm => "h:mm B",
Bhms => "h:mm:ss B",
E => "ccc",
EBhm => "E h:mm B",
EBhms => "E h:mm:ss B",
EHm => "E, HH:mm",
EHms => "E, HH:mm:ss",
Ed => "E, d",
Ehm => "E, h:mm a",
Ehms => "E, h:mm:ss a",
Gy => "y G",
GyMMM => "MMM 'de' y G",
GyMMMEd => "E, d 'de' MMM 'de' y G",
GyMMMd => "d 'de' MMM 'de' y G",
H => "HH",
Hm => "HH:mm",
Hms => "HH:mm:ss",
Hmsv => "HH:mm:ss v",
Hmv => "HH:mm v",
M => "L",
MEd => "E, dd/MM",
MMM => "LLL",
MMMEd => "E, d 'de' MMM",
MMMMEd => "E, d 'de' MMMM",
"MMMMW-count-one" => "W'\N{U+00aa}' 'semana' 'de' MMMM",
"MMMMW-count-other" => "W'\N{U+00aa}' 'semana' 'de' MMMM",
MMMMd => "d 'de' MMMM",
MMMd => "d 'de' MMM",
MMdd => "dd/MM",
Md => "d/M",
d => "d",
h => "h a",
hm => "h:mm a",
hms => "h:mm:ss a",
hmsv => "h:mm:ss a v",
hmv => "h:mm a v",
ms => "mm:ss",
y => "y",
yM => "MM/y",
yMEd => "E, dd/MM/y",
yMM => "MM/y",
yMMM => "MMM 'de' y",
yMMMEd => "E, d 'de' MMM 'de' y",
yMMMM => "MMMM 'de' y",
yMMMMEd => "E, d 'de' MMMM 'de' y",
yMMMMd => "d 'de' MMMM 'de' y",
yMMMd => "d 'de' MMM 'de' y",
yMd => "dd/MM/y",
yQQQ => "QQQ 'de' y",
yQQQQ => "QQQQ 'de' y",
"yw-count-one" => "w'\N{U+00aa}' 'semana' 'de' Y",
"yw-count-other" => "w'\N{U+00aa}' 'semana' 'de' Y",
},
code => "pt",
date_format_full => "EEEE, d 'de' MMMM 'de' y",
date_format_long => "d 'de' MMMM 'de' y",
date_format_medium => "d 'de' MMM 'de' y",
date_format_short => "dd/MM/y",
datetime_format_full => "{1} {0}",
datetime_format_long => "{1} {0}",
datetime_format_medium => "{1} {0}",
datetime_format_short => "{1} {0}",
day_format_abbreviated => [
"seg.",
"ter.",
"qua.",
"qui.",
"sex.",
"s\N{U+00e1}b.",
"dom.",
],
day_format_narrow => [
"S",
"T",
"Q",
"Q",
"S",
"S",
"D",
],
day_format_wide => [
"segunda-feira",
"ter\N{U+00e7}a-feira",
"quarta-feira",
"quinta-feira",
"sexta-feira",
"s\N{U+00e1}bado",
"domingo",
],
day_stand_alone_abbreviated => [
"seg.",
"ter.",
"qua.",
"qui.",
"sex.",
"s\N{U+00e1}b.",
"dom.",
],
day_stand_alone_narrow => [
"S",
"T",
"Q",
"Q",
"S",
"S",
"D",
],
day_stand_alone_wide => [
"segunda-feira",
"ter\N{U+00e7}a-feira",
"quarta-feira",
"quinta-feira",
"sexta-feira",
"s\N{U+00e1}bado",
"domingo",
],
era_abbreviated => [
"a.C.",
"d.C.",
],
era_narrow => [
"a.C.",
"d.C.",
],
era_wide => [
"antes de Cristo",
"depois de Cristo",
],
first_day_of_week => 1,
glibc_date_1_format => "%a %b %e %H:%M:%S %Z %Y",
glibc_date_format => "%m/%d/%y",
glibc_datetime_format => "%a %b %e %H:%M:%S %Y",
glibc_time_12_format => "%I:%M:%S %p",
glibc_time_format => "%H:%M:%S",
language => "Portuguese",
month_format_abbreviated => [
"jan.",
"fev.",
"mar.",
"abr.",
"mai.",
"jun.",
"jul.",
"ago.",
"set.",
"out.",
"nov.",
"dez.",
],
month_format_narrow => [
"J",
"F",
"M",
"A",
"M",
"J",
"J",
"A",
"S",
"O",
"N",
"D",
],
month_format_wide => [
"janeiro",
"fevereiro",
"mar\N{U+00e7}o",
"abril",
"maio",
"junho",
"julho",
"agosto",
"setembro",
"outubro",
"novembro",
"dezembro",
],
month_stand_alone_abbreviated => [
"jan.",
"fev.",
"mar.",
"abr.",
"mai.",
"jun.",
"jul.",
"ago.",
"set.",
"out.",
"nov.",
"dez.",
],
month_stand_alone_narrow => [
"J",
"F",
"M",
"A",
"M",
"J",
"J",
"A",
"S",
"O",
"N",
"D",
],
month_stand_alone_wide => [
"janeiro",
"fevereiro",
"mar\N{U+00e7}o",
"abril",
"maio",
"junho",
"julho",
"agosto",
"setembro",
"outubro",
"novembro",
"dezembro",
],
name => "Portuguese",
native_language => "portugu\N{U+00ea}s",
native_name => "portugu\N{U+00ea}s",
native_script => undef,
native_territory => undef,
native_variant => undef,
quarter_format_abbreviated => [
"T1",
"T2",
"T3",
"T4",
],
quarter_format_narrow => [
1,
2,
3,
4,
],
quarter_format_wide => [
"1\N{U+00ba} trimestre",
"2\N{U+00ba} trimestre",
"3\N{U+00ba} trimestre",
"4\N{U+00ba} trimestre",
],
quarter_stand_alone_abbreviated => [
"T1",
"T2",
"T3",
"T4",
],
quarter_stand_alone_narrow => [
1,
2,
3,
4,
],
quarter_stand_alone_wide => [
"1\N{U+00ba} trimestre",
"2\N{U+00ba} trimestre",
"3\N{U+00ba} trimestre",
"4\N{U+00ba} trimestre",
],
script => undef,
territory => undef,
time_format_full => "HH:mm:ss zzzz",
time_format_long => "HH:mm:ss z",
time_format_medium => "HH:mm:ss",
time_format_short => "HH:mm",
variant => undef,
version => 37,
}
| 18.597122 | 62 | 0.448936 |
edaa327eef07d392231d97e7c60968e7e1d37342 | 5,089 | pm | Perl | lib/IPC/Transit/Internal.pm | dana/perl-IPC-Transit | ed0047838ad763924dfdc151f1f7478566e6d232 | [
"Artistic-1.0-Perl",
"ClArtistic"
] | null | null | null | lib/IPC/Transit/Internal.pm | dana/perl-IPC-Transit | ed0047838ad763924dfdc151f1f7478566e6d232 | [
"Artistic-1.0-Perl",
"ClArtistic"
] | 1 | 2016-03-06T12:07:12.000Z | 2016-03-06T12:07:12.000Z | lib/IPC/Transit/Internal.pm | dana/perl-IPC-Transit | ed0047838ad763924dfdc151f1f7478566e6d232 | [
"Artistic-1.0-Perl",
"ClArtistic"
] | null | null | null | package IPC::Transit::Internal;
use strict;use warnings;
use IPC::SysV;
use IPC::Msg;
use POSIX;
use vars qw(
$config
);
{
my $queue_cache = {};
sub _initialize_queue {
my %args = @_;
my $qid = _get_queue_id(%args);
if(not $queue_cache->{$qid}) {
$queue_cache->{$qid} = IPC::Msg->new($qid, _get_flags('create_ipc'))
or die "failed to _initialize_queue: failed to create queue_id $qid: $!\n";
}
return $queue_cache->{$qid};
}
sub _remove {
my %args = @_;
my $qname = $args{qname};
my $qid = _get_queue_id(%args);
$queue_cache->{$qid}->remove if $queue_cache->{$qid};
unlink _get_transit_config_dir() . "/$qname";
}
sub _stat {
my %args = @_;
my $qid = _get_queue_id(%args);
_initialize_queue(%args);
my @heads = qw(uid gid cuid cgid mode qnum qbytes lspid lrpid stime rtime ctime);
my $ret = {};
my @items = @{$queue_cache->{$qid}->stat};
foreach my $item (@items) {
$ret->{shift @heads} = $item;
}
$ret->{qname} = $args{qname};
$ret->{qid} = $qid;
return $ret;
}
}
sub _drop_all_queues {
foreach my $qname (keys %{$config->{queues}}) {
_remove(qname => $qname);
}
}
sub _stats {
my $ret = [];
_gather_queue_info();
foreach my $queue_name (keys %{$config->{queues}}) {
push @$ret, IPC::Transit::stat(qname => $queue_name);
}
return $ret;
}
sub _get_transit_config_dir {
my $dir = $IPC::Transit::config_dir || '/tmp/ipc_transit/';
return $dir;
}
sub _lock_config_dir {
my $lock_file = _get_transit_config_dir() . '/.lock';
my ($have_lock, $fh);
for (1..2) {
if(sysopen($fh, $lock_file, _get_flags('exclusive_lock'))) {
$have_lock = 1;
last;
}
sleep 1;
}
if(not $have_lock) {
_unlock_config_dir();
sysopen($fh, $lock_file, _get_flags('exclusive_lock'));
}
#we have the advisory lock for sure now
}
sub _unlock_config_dir {
my $lock_file = _get_transit_config_dir() . '/.lock';
unlink $lock_file or die "_unlock_config_dir: failed to unlink $lock_file: $!";
}
sub _gather_queue_info {
_mk_queue_dir();
$config->{queues} = {} unless $config->{queues};
foreach my $filename (glob _get_transit_config_dir() . '/*') {
my $info = {};
open my $fh, '<', $filename
or die "IPC::Transit::Internal::_gather_queue_info: failed to open $filename for reading: $!";
while(my $line = <$fh>) {
chomp $line;
my ($key, $value) = split '=', $line;
$info->{$key} = $value;
}
die 'required key "qid" not found' unless $info->{qid};
die 'required key "qname" not found' unless $info->{qname};
$config->{queues}->{$info->{qname}} = $info;
}
}
sub _queue_exists {
my $qname = shift;
_mk_queue_dir();
return $config->{queues}->{$qname};
}
sub _get_queue_id {
my %args = @_;
_mk_queue_dir();
my $qname = $args{qname};
#return it if we have it
return $config->{queues}->{$qname}->{qid}
if $config->{queues} and $config->{queues}->{$qname};
#we don't have it; let's load it and try again
_gather_queue_info();
return $config->{queues}->{$qname}->{qid}
if $config->{queues} and $config->{queues}->{$qname};
#we still don't have it; get a lock, load it, try again, ane make
#it if necessary
_lock_config_dir();
eval {
#now re-load the config
_gather_queue_info();
#if we now have it, unlock and return it
if($config->{queues} and $config->{queues}->{$qname}) {
_unlock_config_dir();
return $config->{queues}->{$qname}->{qid};
}
#otherwise, we need to make one
{ my $file = _get_transit_config_dir() . "/$qname";
open my $fh, '>', $file or die "IPC::Transit::Internal::_get_queue_id: failed to open $file for writing: $!";
my $new_qid = IPC::SysV::ftok($file, 1);
print $fh "qid=$new_qid\n";
print $fh "qname=$qname\n";
close $fh;
}
_unlock_config_dir();
};
if($@) {
_unlock_config_dir();
}
_gather_queue_info();
return $config->{queues}->{$qname}->{qid};
}
sub _mk_queue_dir {
mkdir _get_transit_config_dir(), 0777
unless -d _get_transit_config_dir();
}
#gnarly looking UNIX goop hidden below
{
my $flags = {
create_ipc => IPC::SysV::S_IRUSR() |
IPC::SysV::S_IWUSR() |
IPC::SysV::S_IRGRP() |
IPC::SysV::S_IWGRP() |
IPC::SysV::S_IROTH() |
IPC::SysV::S_IWOTH() |
IPC::SysV::IPC_CREAT(),
nowait => IPC::SysV::IPC_NOWAIT(),
exclusive_lock => POSIX::O_RDWR() |
POSIX::O_CREAT() |
POSIX::O_EXCL(),
nonblock => POSIX::O_NONBLOCK(),
};
sub
_get_flags {
my $name = shift;
return $flags->{$name};
}
}
1;
| 26.643979 | 121 | 0.546473 |
ed63cba3009ccdff9347aa3dcf0cc3d5dc94bb69 | 2,062 | ph | Perl | pop/x/pop/auto/popc_declare.ph | nickpapadonis/poplog-x64 | c4af8c97e68823fe162fbedde0bc0af183c3a1ca | [
"MIT"
] | null | null | null | pop/x/pop/auto/popc_declare.ph | nickpapadonis/poplog-x64 | c4af8c97e68823fe162fbedde0bc0af183c3a1ca | [
"MIT"
] | null | null | null | pop/x/pop/auto/popc_declare.ph | nickpapadonis/poplog-x64 | c4af8c97e68823fe162fbedde0bc0af183c3a1ca | [
"MIT"
] | null | null | null | /* --- Copyright University of Sussex 1993. All rights reserved. ----------
> File: C.x/x/pop/auto/popc_declare.ph
> Purpose: Identifier declarations for POPC in this directory
> Author: John Gibson, Mar 13 1993
*/
uses-now popxlib;
library_declare_section '$usepop/pop/x/pop/auto/'
section;
weak global constant macro (
XtN,
);
weak global constant procedure (
XpmImportString,
XptAncestors,
XptArgList,
XptBusyCursor,
XptBusyCursorFeedback,
XptCheckArgList,
XptCheckDisplayPtr,
XptCheckInt,
XptCheckProcedure,
XptCheckString,
XptCheckUnsignedInt,
XptCheckWidget,
XptCheckWidgetClass,
XptChildren,
XptCoerceSaveString,
XptCursorPlaneOn,
XptDoesBackingStore,
XptGarbageCursor,
XptGeometrySpec,
XptImportAny,
XptImportCacheRef,
XptImportKeySymTable,
XptImportScreenPtr,
XptImportWindow,
XptImportXEventPtr,
XptImportXrmDatabase,
XptIsLiveType,
XptIsType,
XptIsValidCallback,
XptLiveTypeCheck,
XptNewCursorPlaneCursor,
XptParseGeometry,
XptPopImportProcedure,
XptPopValue,
XptResourceInfo,
XptShellOfObject,
XptSpecifyResourceInfo,
XptSyncDisplay,
XptTypeCheck,
XptWMShellCoords,
XptWidgetCoords,
XptWidgetTree,
XtDisplay,
XtNLookup,
fast_XptWidgetOfObject,
fast_XtDisplayOfObject,
fast_XtFree,
fast_XtIsSubclass,
fast_XtIsWidget,
$-Xpt$-ConsAccess,
$-Xpt$-ConstraintResources,
$-Xpt$-Get_class_resources,
$-Xpt$-Get_resource_struct,
$-Xpt$-PopValueTypes,
$-Xpt$-WidgetResources,
);
/* Next declaration necessary only for access/conversion procedures,
and other procedures on which top-level closures are created.
*/
declare_updater
XpmImportString,
XptImportAny,
XptImportCacheRef,
XptImportKeySymTable,
XptImportScreenPtr,
XptImportWindow,
XptImportXEventPtr,
XptImportXrmDatabase,
;
weak global constant
xtApplicationShellWidget,
xtCoreWidget,
$-Xpt$-RES_NOT_SET,
;
weak global vars procedure (
XptBusyCursorChangeTrap,
);
endsection;
end_library_declare_section;
#_INCLUDE '../lib/popc_declare.ph'
| 19.826923 | 75 | 0.767216 |
edcdc4bfe29c8e2df825ba27d06191925f7c90c4 | 2,075 | pm | Perl | auto-lib/Paws/CostExplorer/SavingsPlansCoverageData.pm | 0leksii/aws-sdk-perl | b2132fe3c79a06fd15b6137e8a0eb628de722e0f | [
"Apache-2.0"
] | 164 | 2015-01-08T14:58:53.000Z | 2022-02-20T19:16:24.000Z | auto-lib/Paws/CostExplorer/SavingsPlansCoverageData.pm | 0leksii/aws-sdk-perl | b2132fe3c79a06fd15b6137e8a0eb628de722e0f | [
"Apache-2.0"
] | 348 | 2015-01-07T22:08:38.000Z | 2022-01-27T14:34:44.000Z | auto-lib/Paws/CostExplorer/SavingsPlansCoverageData.pm | 0leksii/aws-sdk-perl | b2132fe3c79a06fd15b6137e8a0eb628de722e0f | [
"Apache-2.0"
] | 87 | 2015-04-22T06:29:47.000Z | 2021-09-29T14:45:55.000Z | # Generated by default/object.tt
package Paws::CostExplorer::SavingsPlansCoverageData;
use Moose;
has CoveragePercentage => (is => 'ro', isa => 'Str');
has OnDemandCost => (is => 'ro', isa => 'Str');
has SpendCoveredBySavingsPlans => (is => 'ro', isa => 'Str');
has TotalCost => (is => 'ro', isa => 'Str');
1;
### main pod documentation begin ###
=head1 NAME
Paws::CostExplorer::SavingsPlansCoverageData
=head1 USAGE
This class represents one of two things:
=head3 Arguments in a call to a service
Use the attributes of this class as arguments to methods. You shouldn't make instances of this class.
Each attribute should be used as a named argument in the calls that expect this type of object.
As an example, if Att1 is expected to be a Paws::CostExplorer::SavingsPlansCoverageData object:
$service_obj->Method(Att1 => { CoveragePercentage => $value, ..., TotalCost => $value });
=head3 Results returned from an API call
Use accessors for each attribute. If Att1 is expected to be an Paws::CostExplorer::SavingsPlansCoverageData object:
$result = $service_obj->Method(...);
$result->Att1->CoveragePercentage
=head1 DESCRIPTION
Specific coverage percentage, On-Demand costs, and spend covered by
Savings Plans, and total Savings Plans costs for an account.
=head1 ATTRIBUTES
=head2 CoveragePercentage => Str
The percentage of your existing Savings Plans covered usage, divided by
all of your eligible Savings Plans usage in an account(or set of
accounts).
=head2 OnDemandCost => Str
The cost of your AWS usage at the public On-Demand rate.
=head2 SpendCoveredBySavingsPlans => Str
The amount of your AWS usage that is covered by a Savings Plans.
=head2 TotalCost => Str
The total cost of your AWS usage, regardless of your purchase option.
=head1 SEE ALSO
This class forms part of L<Paws>, describing an object used in L<Paws::CostExplorer>
=head1 BUGS and CONTRIBUTIONS
The source code is located here: L<https://github.com/pplu/aws-sdk-perl>
Please report bugs to: L<https://github.com/pplu/aws-sdk-perl/issues>
=cut
| 25.9375 | 115 | 0.742169 |
ed9c43071e113578ef9ba949e5a2da43f24b011d | 1,978 | pm | Perl | cloud/azure/storage/storageaccount/mode/health.pm | petneli/centreon-plugins | d131e60a1859fdd0e959623de56e6e7512c669af | [
"Apache-2.0"
] | 316 | 2015-01-18T20:37:21.000Z | 2022-03-27T00:20:35.000Z | cloud/azure/storage/storageaccount/mode/health.pm | petneli/centreon-plugins | d131e60a1859fdd0e959623de56e6e7512c669af | [
"Apache-2.0"
] | 2,333 | 2015-04-26T19:10:19.000Z | 2022-03-31T15:35:21.000Z | cloud/azure/storage/storageaccount/mode/health.pm | petneli/centreon-plugins | d131e60a1859fdd0e959623de56e6e7512c669af | [
"Apache-2.0"
] | 371 | 2015-01-18T20:37:23.000Z | 2022-03-22T10:10:16.000Z | #
# Copyright 2021 Centreon (http://www.centreon.com/)
#
# Centreon is a full-fledged industry-strength solution that meets
# the needs in IT infrastructure and application monitoring for
# service performance.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
package cloud::azure::storage::storageaccount::mode::health;
use base qw(cloud::azure::management::monitor::mode::health);
use strict;
use warnings;
sub check_options {
my ($self, %options) = @_;
$self->SUPER::check_options(%options);
$self->{az_resource_namespace} = 'Microsoft.Storage';
$self->{az_resource_type} = 'storageAccounts';
}
1;
__END__
=head1 MODE
Check Storage Account health status.
(Usefull to determine host status)
=over 8
=item B<--resource>
Set resource name or id (Required).
=item B<--resource-group>
Set resource group (Required if resource's name is used).
=item B<--warning-status>
Set warning threshold for status (Default: '').
Can used special variables like: %{status}, %{summary}
=item B<--critical-status>
Set critical threshold for status (Default: '%{status} =~ /^Unavailable$/').
Can used special variables like: %{status}, %{summary}
=item B<--unknown-status>
Set unknown threshold for status (Default: '%{status} =~ /^Unknown$/').
Can used special variables like: %{status}, %{summary}
=item B<--ok-status>
Set ok threshold for status (Default: '%{status} =~ /^Available$/').
Can used special variables like: %{status}, %{summary}
=back
=cut
| 25.037975 | 76 | 0.722952 |
edc568c9da770bb6e8694599ddba951c420ac05c | 474 | pl | Perl | silk-src/src/rwset/tests/rwsetbuild-cidr-s1-v4.pl | mjschultz/netsa-pkg | 07bf4ff29a73ebc0f58e4aa27d3ad6b1dee7fc83 | [
"Apache-2.0"
] | 3 | 2018-06-01T06:55:14.000Z | 2021-11-14T22:51:04.000Z | silk-src/src/rwset/tests/rwsetbuild-cidr-s1-v4.pl | mjschultz/netsa-pkg | 07bf4ff29a73ebc0f58e4aa27d3ad6b1dee7fc83 | [
"Apache-2.0"
] | 3 | 2017-07-02T17:03:34.000Z | 2021-09-09T17:05:31.000Z | silk-src/src/rwset/tests/rwsetbuild-cidr-s1-v4.pl | mjschultz/netsa-pkg | 07bf4ff29a73ebc0f58e4aa27d3ad6b1dee7fc83 | [
"Apache-2.0"
] | 4 | 2017-08-14T15:42:31.000Z | 2022-01-24T16:24:27.000Z | #! /usr/bin/perl -w
# MD5: bbe1ccae72895f2e22791ea049aba410
# TEST: ./rwsetcat --cidr ../../tests/set1-v4.set | ./rwsetbuild | ./rwsetcat --cidr
use strict;
use SiLKTests;
my $rwsetbuild = check_silk_app('rwsetbuild');
my $rwsetcat = check_silk_app('rwsetcat');
my %file;
$file{v4set1} = get_data_or_exit77('v4set1');
my $cmd = "$rwsetcat --cidr $file{v4set1} | $rwsetbuild | $rwsetcat --cidr";
my $md5 = "bbe1ccae72895f2e22791ea049aba410";
check_md5_output($md5, $cmd);
| 29.625 | 84 | 0.706751 |
ede0c8fc26f3d1dfd54686ad465d0627cbd9f8fd | 3,051 | pl | Perl | auparse/mk_audit_syscalls.pl | wolandr/go-libaudit | 8bcb06ea2313e7d2d0c5171a421cc76d6c23647b | [
"Apache-2.0"
] | 109 | 2017-05-18T13:15:32.000Z | 2022-03-15T04:44:05.000Z | auparse/mk_audit_syscalls.pl | wolandr/go-libaudit | 8bcb06ea2313e7d2d0c5171a421cc76d6c23647b | [
"Apache-2.0"
] | 76 | 2017-04-11T22:43:02.000Z | 2022-02-22T15:59:28.000Z | auparse/mk_audit_syscalls.pl | wolandr/go-libaudit | 8bcb06ea2313e7d2d0c5171a421cc76d6c23647b | [
"Apache-2.0"
] | 49 | 2017-04-17T20:50:11.000Z | 2022-03-11T04:42:21.000Z | #!/usr/bin/env perl
# Copyright 2017 Elasticsearch Inc.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
use strict;
my $command = "mk_audit_syscalls.pl ". join(' ', @ARGV);
sub fmt {
my ($num, $name) = @_;
print "\t\t$num: \"$name\",\n";
}
my $base_url = "https://raw.githubusercontent.com/linux-audit/audit-userspace/4d933301b1835cafa08b9e9ef705c8fb6c96cb62/lib";
my @tables = (
"aarch64",
"arm",
"i386",
"ia64",
"ppc",
"s390",
"s390x",
"x86_64",
);
sub downloadTable {
my ($arch) = @_;
`curl -s -O ${base_url}/${arch}_table.h`;
}
sub readTable {
my ($file) = @_;
# Read syscall number to name mapping.
open(FILE, $file);
my %num_to_name;
while(<FILE>){
# Example: _S(14, "rt_sigprocmask")
if(/^_S\((\d+),\s+"(\w+)"/){
$num_to_name{$1} = $2;
}
}
close FILE;
return %num_to_name;
}
print <<EOF;
// Licensed to Elasticsearch B.V. under one or more contributor
// license agreements. See the NOTICE file distributed with
// this work for additional information regarding copyright
// ownership. Elasticsearch B.V. licenses this file to you under
// the Apache License, Version 2.0 (the "License"); you may
// not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing,
// software distributed under the License is distributed on an
// "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
// KIND, either express or implied. See the License for the
// specific language governing permissions and limitations
// under the License.
// Code generated by $command - DO NOT EDIT.
package auparse
// AuditSyscalls is a mapping of arch names to tables of syscall numbers to names.
// For example, x86_64 -> 165 = "mount".
var AuditSyscalls = map[string]map[int]string{
EOF
foreach my $arch (sort @tables) {
downloadTable $arch;
my %num_to_name = readTable("${arch}_table.h");
print "\t\"${arch}\": map[int]string{\n";
foreach my $syscall (sort {$a <=> $b} keys %num_to_name) {
my $name = $num_to_name{$syscall};
fmt($syscall, $name);
}
print "\t},\n";
}
print <<EOF;
}
func init() {
// Add "aliases" to ppc for ppc64 and ppc64le. They share the same tables.
ppcTable, found := AuditSyscalls["ppc"]
if !found {
panic("missing ppc syscall table")
}
AuditSyscalls["ppc64"] = ppcTable
AuditSyscalls["ppc64le"] = ppcTable
}
EOF
| 26.763158 | 124 | 0.66765 |
ed5a9004b129e714f4d9ca12ee00046538558740 | 3,397 | pl | Perl | library/unicode_data/unicode_prop_list/unicode_other_lowercase.pl | sergio-castro/logtalk3 | 821cb1277cf144be36b52bef9d9f86c530f96fac | [
"Apache-2.0"
] | null | null | null | library/unicode_data/unicode_prop_list/unicode_other_lowercase.pl | sergio-castro/logtalk3 | 821cb1277cf144be36b52bef9d9f86c530f96fac | [
"Apache-2.0"
] | null | null | null | library/unicode_data/unicode_prop_list/unicode_other_lowercase.pl | sergio-castro/logtalk3 | 821cb1277cf144be36b52bef9d9f86c530f96fac | [
"Apache-2.0"
] | null | null | null | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% This file is part of VivoMind Prolog Unicode Resources
%
% VivoMind Prolog Unicode Resources is free software distributed using the
% Creative Commons CC0 1.0 Universal (CC0 1.0) - Public Domain Dedication
% license
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Last modified: March 15, 2012
%
% Original Unicode file header comments follow
/*
# PropList-6.1.0.txt
# Date: 2011-11-30, 01:49:54 GMT [MD]
#
# Unicode Character Database
# Copyright (c) 1991-2011 Unicode, Inc.
# For terms of use, see http://www.unicode.org/terms_of_use.html
# For documentation, see http://www.unicode.org/reports/tr44/
*/
unicode_other_lowercase(CodePoint) :-
( var(CodePoint) ->
% generate code point pairs
unicode_other_lowercase(CodePointStart, CodePointEnd),
between(CodePointStart, CodePointEnd, CodePoint)
; % try first-argument indexing first
unicode_other_lowercase(CodePoint, _) ->
true
; % look for a code point range that includes the given code point
unicode_other_lowercase(CodePointStart, CodePointEnd),
between(CodePointStart, CodePointEnd, CodePoint) ->
true
).
% ================================================
unicode_other_lowercase(0x00AA, 0x00AA). % Other_Lowercase # Lo FEMININE ORDINAL INDICATOR
unicode_other_lowercase(0x00BA, 0x00BA). % Other_Lowercase # Lo MASCULINE ORDINAL INDICATOR
unicode_other_lowercase(0x02B0, 0x02B8). % Other_Lowercase # Lm [9] MODIFIER LETTER SMALL H..MODIFIER LETTER SMALL Y
unicode_other_lowercase(0x02C0, 0x02C1). % Other_Lowercase # Lm [2] MODIFIER LETTER GLOTTAL STOP..MODIFIER LETTER REVERSED GLOTTAL STOP
unicode_other_lowercase(0x02E0, 0x02E4). % Other_Lowercase # Lm [5] MODIFIER LETTER SMALL GAMMA..MODIFIER LETTER SMALL REVERSED GLOTTAL STOP
unicode_other_lowercase(0x0345, 0x0345). % Other_Lowercase # Mn COMBINING GREEK YPOGEGRAMMENI
unicode_other_lowercase(0x037A, 0x037A). % Other_Lowercase # Lm GREEK YPOGEGRAMMENI
unicode_other_lowercase(0x1D2C, 0x1D6A). % Other_Lowercase # Lm [63] MODIFIER LETTER CAPITAL A..GREEK SUBSCRIPT SMALL LETTER CHI
unicode_other_lowercase(0x1D78, 0x1D78). % Other_Lowercase # Lm MODIFIER LETTER CYRILLIC EN
unicode_other_lowercase(0x1D9B, 0x1DBF). % Other_Lowercase # Lm [37] MODIFIER LETTER SMALL TURNED ALPHA..MODIFIER LETTER SMALL THETA
unicode_other_lowercase(0x2071, 0x2071). % Other_Lowercase # Lm SUPERSCRIPT LATIN SMALL LETTER I
unicode_other_lowercase(0x207F, 0x207F). % Other_Lowercase # Lm SUPERSCRIPT LATIN SMALL LETTER N
unicode_other_lowercase(0x2090, 0x209C). % Other_Lowercase # Lm [13] LATIN SUBSCRIPT SMALL LETTER A..LATIN SUBSCRIPT SMALL LETTER T
unicode_other_lowercase(0x2170, 0x217F). % Other_Lowercase # Nl [16] SMALL ROMAN NUMERAL ONE..SMALL ROMAN NUMERAL ONE THOUSAND
unicode_other_lowercase(0x24D0, 0x24E9). % Other_Lowercase # So [26] CIRCLED LATIN SMALL LETTER A..CIRCLED LATIN SMALL LETTER Z
unicode_other_lowercase(0x2C7C, 0x2C7D). % Other_Lowercase # Lm [2] LATIN SUBSCRIPT SMALL LETTER J..MODIFIER LETTER CAPITAL V
unicode_other_lowercase(0xA770, 0xA770). % Other_Lowercase # Lm MODIFIER LETTER US
unicode_other_lowercase(0xA7F8, 0xA7F9). % Other_Lowercase # Lm [2] MODIFIER LETTER CAPITAL H WITH STROKE..MODIFIER LETTER SMALL LIGATURE OE
% Total code points: 183
| 55.688525 | 142 | 0.726523 |
73e6b4ef9c8783b12fc12dd6e6074f9c49f45a2f | 42 | pl | Perl | test_suite/3/double_quotes.pl | n3ih7/Sheeple | 04c62871c0db1994c7b5eda7a5878f52185f7cbe | [
"MIT"
] | null | null | null | test_suite/3/double_quotes.pl | n3ih7/Sheeple | 04c62871c0db1994c7b5eda7a5878f52185f7cbe | [
"MIT"
] | null | null | null | test_suite/3/double_quotes.pl | n3ih7/Sheeple | 04c62871c0db1994c7b5eda7a5878f52185f7cbe | [
"MIT"
] | null | null | null | #!/usr/bin/perl -w
print "hello world\n";
| 14 | 22 | 0.642857 |
edc2bb5750101ff692c2fae446b638d63a1c1410 | 48,179 | pl | Perl | perl/utils/h2xs.pl | tharindusathis/sourcecodes-of-CodeReadingTheOpenSourcePerspective | 1b0172cdb78757fd17898503aaf6ce03d940ef28 | [
"Apache-1.1"
] | 46 | 2015-12-04T17:12:58.000Z | 2022-03-11T04:30:49.000Z | perl/utils/h2xs.pl | tharindusathis/sourcecodes-of-CodeReadingTheOpenSourcePerspective | 1b0172cdb78757fd17898503aaf6ce03d940ef28 | [
"Apache-1.1"
] | null | null | null | perl/utils/h2xs.pl | tharindusathis/sourcecodes-of-CodeReadingTheOpenSourcePerspective | 1b0172cdb78757fd17898503aaf6ce03d940ef28 | [
"Apache-1.1"
] | 23 | 2016-10-24T09:18:14.000Z | 2022-02-25T02:11:35.000Z | #!/usr/local/bin/perl
use Config;
use File::Basename qw(&basename &dirname);
use Cwd;
# List explicitly here the variables you want Configure to
# generate. Metaconfig only looks for shell variables, so you
# have to mention them as if they were shell variables, not
# %Config entries. Thus you write
# $startperl
# to ensure Configure will look for $Config{startperl}.
# This forces PL files to create target in same directory as PL file.
# This is so that make depend always knows where to find PL derivatives.
my $origdir = cwd;
chdir dirname($0);
my $file = basename($0, '.PL');
$file .= '.com' if $^O eq 'VMS';
open OUT,">$file" or die "Can't create $file: $!";
print "Extracting $file (with variable substitutions)\n";
# In this section, perl variables will be expanded during extraction.
# You can use $Config{...} to use Configure variables.
print OUT <<"!GROK!THIS!";
$Config{startperl}
eval 'exec $Config{perlpath} -S \$0 \${1+"\$@"}'
if \$running_under_some_shell;
!GROK!THIS!
# In the following, perl variables are not expanded during extraction.
print OUT <<'!NO!SUBS!';
=head1 NAME
h2xs - convert .h C header files to Perl extensions
=head1 SYNOPSIS
B<h2xs> [B<-ACOPXacdfkmx>] [B<-F> addflags] [B<-M> fmask] [B<-n> module_name] [B<-o> tmask] [B<-p> prefix] [B<-s> subs] [B<-v> version] [headerfile ... [extra_libraries]]
B<h2xs> B<-h>
=head1 DESCRIPTION
I<h2xs> builds a Perl extension from C header files. The extension
will include functions which can be used to retrieve the value of any
#define statement which was in the C header files.
The I<module_name> will be used for the name of the extension. If
module_name is not supplied then the name of the first header file
will be used, with the first character capitalized.
If the extension might need extra libraries, they should be included
here. The extension Makefile.PL will take care of checking whether
the libraries actually exist and how they should be loaded.
The extra libraries should be specified in the form -lm -lposix, etc,
just as on the cc command line. By default, the Makefile.PL will
search through the library path determined by Configure. That path
can be augmented by including arguments of the form B<-L/another/library/path>
in the extra-libraries argument.
=head1 OPTIONS
=over 5
=item B<-A>
Omit all autoload facilities. This is the same as B<-c> but also removes the
S<C<use AutoLoader>> statement from the .pm file.
=item B<-C>
Omits creation of the F<Changes> file, and adds a HISTORY section to
the POD template.
=item B<-F> I<addflags>
Additional flags to specify to C preprocessor when scanning header for
function declarations. Should not be used without B<-x>.
=item B<-M> I<regular expression>
selects functions/macros to process.
=item B<-O>
Allows a pre-existing extension directory to be overwritten.
=item B<-P>
Omit the autogenerated stub POD section.
=item B<-X>
Omit the XS portion. Used to generate templates for a module which is not
XS-based. C<-c> and C<-f> are implicitly enabled.
=item B<-a>
Generate an accessor method for each element of structs and unions. The
generated methods are named after the element name; will return the current
value of the element if called without additional arguments; and will set
the element to the supplied value (and return the new value) if called with
an additional argument. Embedded structures and unions are returned as a
pointer rather than the complete structure, to facilitate chained calls.
These methods all apply to the Ptr type for the structure; additionally
two methods are constructed for the structure type itself, C<_to_ptr>
which returns a Ptr type pointing to the same structure, and a C<new>
method to construct and return a new structure, initialised to zeroes.
=item B<-c>
Omit C<constant()> from the .xs file and corresponding specialised
C<AUTOLOAD> from the .pm file.
=item B<-d>
Turn on debugging messages.
=item B<-f>
Allows an extension to be created for a header even if that header is
not found in standard include directories.
=item B<-h>
Print the usage, help and version for this h2xs and exit.
=item B<-k>
For function arguments declared as C<const>, omit the const attribute in the
generated XS code.
=item B<-m>
B<Experimental>: for each variable declared in the header file(s), declare
a perl variable of the same name magically tied to the C variable.
=item B<-n> I<module_name>
Specifies a name to be used for the extension, e.g., S<-n RPC::DCE>
=item B<-o> I<regular expression>
Use "opaque" data type for the C types matched by the regular
expression, even if these types are C<typedef>-equivalent to types
from typemaps. Should not be used without B<-x>.
This may be useful since, say, types which are C<typedef>-equivalent
to integers may represent OS-related handles, and one may want to work
with these handles in OO-way, as in C<$handle-E<gt>do_something()>.
Use C<-o .> if you want to handle all the C<typedef>ed types as opaque types.
The type-to-match is whitewashed (except for commas, which have no
whitespace before them, and multiple C<*> which have no whitespace
between them).
=item B<-p> I<prefix>
Specify a prefix which should be removed from the Perl function names, e.g., S<-p sec_rgy_>
This sets up the XS B<PREFIX> keyword and removes the prefix from functions that are
autoloaded via the C<constant()> mechanism.
=item B<-s> I<sub1,sub2>
Create a perl subroutine for the specified macros rather than autoload with the constant() subroutine.
These macros are assumed to have a return type of B<char *>, e.g., S<-s sec_rgy_wildcard_name,sec_rgy_wildcard_sid>.
=item B<-v> I<version>
Specify a version number for this extension. This version number is added
to the templates. The default is 0.01.
=item B<-x>
Automatically generate XSUBs basing on function declarations in the
header file. The package C<C::Scan> should be installed. If this
option is specified, the name of the header file may look like
C<NAME1,NAME2>. In this case NAME1 is used instead of the specified string,
but XSUBs are emitted only for the declarations included from file NAME2.
Note that some types of arguments/return-values for functions may
result in XSUB-declarations/typemap-entries which need
hand-editing. Such may be objects which cannot be converted from/to a
pointer (like C<long long>), pointers to functions, or arrays. See
also the section on L<LIMITATIONS of B<-x>>.
=item B<-b> I<version>
Generates a .pm file which is backwards compatible with the specified
perl version.
For versions < 5.6.0, the changes are.
- no use of 'our' (uses 'use vars' instead)
- no 'use warnings'
Specifying a compatibility version higher than the version of perl you
are using to run h2xs will have no effect.
=back
=head1 EXAMPLES
# Default behavior, extension is Rusers
h2xs rpcsvc/rusers
# Same, but extension is RUSERS
h2xs -n RUSERS rpcsvc/rusers
# Extension is rpcsvc::rusers. Still finds <rpcsvc/rusers.h>
h2xs rpcsvc::rusers
# Extension is ONC::RPC. Still finds <rpcsvc/rusers.h>
h2xs -n ONC::RPC rpcsvc/rusers
# Without constant() or AUTOLOAD
h2xs -c rpcsvc/rusers
# Creates templates for an extension named RPC
h2xs -cfn RPC
# Extension is ONC::RPC.
h2xs -cfn ONC::RPC
# Makefile.PL will look for library -lrpc in
# additional directory /opt/net/lib
h2xs rpcsvc/rusers -L/opt/net/lib -lrpc
# Extension is DCE::rgynbase
# prefix "sec_rgy_" is dropped from perl function names
h2xs -n DCE::rgynbase -p sec_rgy_ dce/rgynbase
# Extension is DCE::rgynbase
# prefix "sec_rgy_" is dropped from perl function names
# subroutines are created for sec_rgy_wildcard_name and sec_rgy_wildcard_sid
h2xs -n DCE::rgynbase -p sec_rgy_ \
-s sec_rgy_wildcard_name,sec_rgy_wildcard_sid dce/rgynbase
# Make XS without defines in perl.h, but with function declarations
# visible from perl.h. Name of the extension is perl1.
# When scanning perl.h, define -DEXT=extern -DdEXT= -DINIT(x)=
# Extra backslashes below because the string is passed to shell.
# Note that a directory with perl header files would
# be added automatically to include path.
h2xs -xAn perl1 -F "-DEXT=extern -DdEXT= -DINIT\(x\)=" perl.h
# Same with function declaration in proto.h as visible from perl.h.
h2xs -xAn perl2 perl.h,proto.h
# Same but select only functions which match /^av_/
h2xs -M '^av_' -xAn perl2 perl.h,proto.h
# Same but treat SV* etc as "opaque" types
h2xs -o '^[S]V \*$' -M '^av_' -xAn perl2 perl.h,proto.h
=head2 Extension based on F<.h> and F<.c> files
Suppose that you have some C files implementing some functionality,
and the corresponding header files. How to create an extension which
makes this functionality accessable in Perl? The example below
assumes that the header files are F<interface_simple.h> and
I<interface_hairy.h>, and you want the perl module be named as
C<Ext::Ension>. If you need some preprocessor directives and/or
linking with external libraries, see the flags C<-F>, C<-L> and C<-l>
in L<"OPTIONS">.
=over
=item Find the directory name
Start with a dummy run of h2xs:
h2xs -Afn Ext::Ension
The only purpose of this step is to create the needed directories, and
let you know the names of these directories. From the output you can
see that the directory for the extension is F<Ext/Ension>.
=item Copy C files
Copy your header files and C files to this directory F<Ext/Ension>.
=item Create the extension
Run h2xs, overwriting older autogenerated files:
h2xs -Oxan Ext::Ension interface_simple.h interface_hairy.h
h2xs looks for header files I<after> changing to the extension
directory, so it will find your header files OK.
=item Archive and test
As usual, run
cd Ext/Ension
perl Makefile.PL
make dist
make
make test
=item Hints
It is important to do C<make dist> as early as possible. This way you
can easily merge(1) your changes to autogenerated files if you decide
to edit your C<.h> files and rerun h2xs.
Do not forget to edit the documentation in the generated F<.pm> file.
Consider the autogenerated files as skeletons only, you may invent
better interfaces than what h2xs could guess.
Consider this section as a guideline only, some other options of h2xs
may better suit your needs.
=back
=head1 ENVIRONMENT
No environment variables are used.
=head1 AUTHOR
Larry Wall and others
=head1 SEE ALSO
L<perl>, L<perlxstut>, L<ExtUtils::MakeMaker>, and L<AutoLoader>.
=head1 DIAGNOSTICS
The usual warnings if it cannot read or write the files involved.
=head1 LIMITATIONS of B<-x>
F<h2xs> would not distinguish whether an argument to a C function
which is of the form, say, C<int *>, is an input, output, or
input/output parameter. In particular, argument declarations of the
form
int
foo(n)
int *n
should be better rewritten as
int
foo(n)
int &n
if C<n> is an input parameter.
Additionally, F<h2xs> has no facilities to intuit that a function
int
foo(addr,l)
char *addr
int l
takes a pair of address and length of data at this address, so it is better
to rewrite this function as
int
foo(sv)
SV *addr
PREINIT:
STRLEN len;
char *s;
CODE:
s = SvPV(sv,len);
RETVAL = foo(s, len);
OUTPUT:
RETVAL
or alternately
static int
my_foo(SV *sv)
{
STRLEN len;
char *s = SvPV(sv,len);
return foo(s, len);
}
MODULE = foo PACKAGE = foo PREFIX = my_
int
foo(sv)
SV *sv
See L<perlxs> and L<perlxstut> for additional details.
=cut
use strict;
my( $H2XS_VERSION ) = ' $Revision: 1.21 $ ' =~ /\$Revision:\s+([^\s]+)/;
my $TEMPLATE_VERSION = '0.01';
my @ARGS = @ARGV;
my $compat_version = $];
use Getopt::Std;
sub usage{
warn "@_\n" if @_;
die "h2xs [-ACOPXacdfhkmx] [-F addflags] [-M fmask] [-n module_name] [-o tmask] [-p prefix] [-s subs] [-v version] [headerfile [extra_libraries]]
version: $H2XS_VERSION
-A Omit all autoloading facilities (implies -c).
-C Omit creating the Changes file, add HISTORY heading to stub POD.
-F Additional flags for C preprocessor (used with -x).
-M Mask to select C functions/macros (default is select all).
-O Allow overwriting of a pre-existing extension directory.
-P Omit the stub POD section.
-X Omit the XS portion (implies both -c and -f).
-a Generate get/set accessors for struct and union members (used with -x).
-c Omit the constant() function and specialised AUTOLOAD from the XS file.
-d Turn on debugging messages.
-f Force creation of the extension even if the C header does not exist.
-h Display this help message
-k Omit 'const' attribute on function arguments (used with -x).
-m Generate tied variables for access to declared variables.
-n Specify a name to use for the extension (recommended).
-o Regular expression for \"opaque\" types.
-p Specify a prefix which should be removed from the Perl function names.
-s Create subroutines for specified macros.
-v Specify a version number for this extension.
-x Autogenerate XSUBs using C::Scan.
-b Specify a perl version to be backwards compatibile with
extra_libraries
are any libraries that might be needed for loading the
extension, e.g. -lm would try to link in the math library.
";
}
getopts("ACF:M:OPXacdfhkmn:o:p:s:v:xb:") || usage;
use vars qw($opt_A $opt_C $opt_F $opt_M $opt_O $opt_P $opt_X $opt_a $opt_c $opt_d
$opt_f $opt_h $opt_k $opt_m $opt_n $opt_o $opt_p $opt_s $opt_v $opt_x
$opt_b);
usage if $opt_h;
if( $opt_b ){
usage "You cannot use -b and -m at the same time.\n" if ($opt_b && $opt_m);
$opt_b =~ /^\d+\.\d+\.\d+/ ||
usage "You must provide the backwards compatibility version in X.Y.Z form. " .
"(i.e. 5.5.0)\n";
my ($maj,$min,$sub) = split(/\./,$opt_b,3);
$compat_version = sprintf("%d.%03d%02d",$maj,$min,$sub);
}
if( $opt_v ){
$TEMPLATE_VERSION = $opt_v;
}
# -A implies -c.
$opt_c = 1 if $opt_A;
# -X implies -c and -f
$opt_c = $opt_f = 1 if $opt_X;
my %const_xsub = map { $_,1 } split(/,+/, $opt_s) if $opt_s;
my $extralibs;
my @path_h;
while (my $arg = shift) {
if ($arg =~ /^-l/i) {
$extralibs = "$arg @ARGV";
last;
}
push(@path_h, $arg);
}
usage "Must supply header file or module name\n"
unless (@path_h or $opt_n);
my $fmask;
my $tmask;
$fmask = qr{$opt_M} if defined $opt_M;
$tmask = qr{$opt_o} if defined $opt_o;
my $tmask_all = $tmask && $opt_o eq '.';
if ($opt_x) {
eval {require C::Scan; 1}
or die <<EOD;
C::Scan required if you use -x option.
To install C::Scan, execute
perl -MCPAN -e "install C::Scan"
EOD
unless ($tmask_all) {
$C::Scan::VERSION >= 0.70
or die <<EOD;
C::Scan v. 0.70 or later required unless you use -o . option.
You have version $C::Scan::VERSION installed as $INC{'C/Scan.pm'}.
To install C::Scan, execute
perl -MCPAN -e "install C::Scan"
EOD
}
if (($opt_m || $opt_a) && $C::Scan::VERSION < 0.73) {
die <<EOD;
C::Scan v. 0.73 or later required to use -m or -a options.
You have version $C::Scan::VERSION installed as $INC{'C/Scan.pm'}.
To install C::Scan, execute
perl -MCPAN -e "install C::Scan"
EOD
}
}
elsif ($opt_o or $opt_F) {
warn <<EOD;
Options -o and -F do not make sense without -x.
EOD
}
my @path_h_ini = @path_h;
my ($name, %fullpath, %prefix, %seen_define, %prefixless, %const_names);
my $module = $opt_n;
if( @path_h ){
use Config;
use File::Spec;
my @paths;
if ($^O eq 'VMS') { # Consider overrides of default location
# XXXX This is not equivalent to what the older version did:
# it was looking at $hadsys header-file per header-file...
my($hadsys) = grep s!^sys/!!i , @path_h;
@paths = qw( Sys$Library VAXC$Include );
push @paths, ($hadsys ? 'GNU_CC_Include[vms]' : 'GNU_CC_Include[000000]');
push @paths, qw( DECC$Library_Include DECC$System_Include );
}
else {
@paths = (File::Spec->curdir(), $Config{usrinc},
(split ' ', $Config{locincpth}), '/usr/include');
}
foreach my $path_h (@path_h) {
$name ||= $path_h;
$module ||= do {
$name =~ s/\.h$//;
if ( $name !~ /::/ ) {
$name =~ s#^.*/##;
$name = "\u$name";
}
$name;
};
if( $path_h =~ s#::#/#g && $opt_n ){
warn "Nesting of headerfile ignored with -n\n";
}
$path_h .= ".h" unless $path_h =~ /\.h$/;
my $fullpath = $path_h;
$path_h =~ s/,.*$// if $opt_x;
$fullpath{$path_h} = $fullpath;
# Minor trickery: we can't chdir() before we processed the headers
# (so know the name of the extension), but the header may be in the
# extension directory...
my $tmp_path_h = $path_h;
my $rel_path_h = $path_h;
my @dirs = @paths;
if (not -f $path_h) {
my $found;
for my $dir (@paths) {
$found++, last
if -f ($path_h = File::Spec->catfile($dir, $tmp_path_h));
}
if ($found) {
$rel_path_h = $path_h;
} else {
(my $epath = $module) =~ s,::,/,g;
$epath = File::Spec->catdir('ext', $epath) if -d 'ext';
$rel_path_h = File::Spec->catfile($epath, $tmp_path_h);
$path_h = $tmp_path_h; # Used during -x
push @dirs, $epath;
}
}
if (!$opt_c) {
die "Can't find $tmp_path_h in @dirs\n"
if ( ! $opt_f && ! -f "$rel_path_h" );
# Scan the header file (we should deal with nested header files)
# Record the names of simple #define constants into const_names
# Function prototypes are processed below.
open(CH, "<$rel_path_h") || die "Can't open $rel_path_h: $!\n";
defines:
while (<CH>) {
if (/^[ \t]*#[ \t]*define\s+([\$\w]+)\b(?!\()\s*(?=[^" \t])(.*)/) {
my $def = $1;
my $rest = $2;
$rest =~ s!/\*.*?(\*/|\n)|//.*!!g; # Remove comments
$rest =~ s/^\s+//;
$rest =~ s/\s+$//;
# Cannot do: (-1) and ((LHANDLE)3) are OK:
#print("Skip non-wordy $def => $rest\n"),
# next defines if $rest =~ /[^\w\$]/;
if ($rest =~ /"/) {
print("Skip stringy $def => $rest\n") if $opt_d;
next defines;
}
print "Matched $_ ($def)\n" if $opt_d;
$seen_define{$def} = $rest;
$_ = $def;
next if /^_.*_h_*$/i; # special case, but for what?
if (defined $opt_p) {
if (!/^$opt_p(\d)/) {
++$prefix{$_} if s/^$opt_p//;
}
else {
warn "can't remove $opt_p prefix from '$_'!\n";
}
}
$prefixless{$def} = $_;
if (!$fmask or /$fmask/) {
print "... Passes mask of -M.\n" if $opt_d and $fmask;
$const_names{$_}++;
}
}
}
close(CH);
}
}
}
my ($ext, $nested, @modparts, $modfname, $modpname);
(chdir 'ext', $ext = 'ext/') if -d 'ext';
if( $module =~ /::/ ){
$nested = 1;
@modparts = split(/::/,$module);
$modfname = $modparts[-1];
$modpname = join('/',@modparts);
}
else {
$nested = 0;
@modparts = ();
$modfname = $modpname = $module;
}
if ($opt_O) {
warn "Overwriting existing $ext$modpname!!!\n" if -e $modpname;
}
else {
die "Won't overwrite existing $ext$modpname\n" if -e $modpname;
}
if( $nested ){
my $modpath = "";
foreach (@modparts){
mkdir("$modpath$_", 0777);
$modpath .= "$_/";
}
}
mkdir($modpname, 0777);
chdir($modpname) || die "Can't chdir $ext$modpname: $!\n";
my %types_seen;
my %std_types;
my $fdecls = [];
my $fdecls_parsed = [];
my $typedef_rex;
my %typedefs_pre;
my %known_fnames;
my %structs;
my @fnames;
my @fnames_no_prefix;
my %vdecl_hash;
my @vdecls;
if( ! $opt_X ){ # use XS, unless it was disabled
open(XS, ">$modfname.xs") || die "Can't create $ext$modpname/$modfname.xs: $!\n";
if ($opt_x) {
require Config; # Run-time directive
warn "Scanning typemaps...\n";
get_typemap();
my @td;
my @good_td;
my $addflags = $opt_F || '';
foreach my $filename (@path_h) {
my $c;
my $filter;
if ($fullpath{$filename} =~ /,/) {
$filename = $`;
$filter = $';
}
warn "Scanning $filename for functions...\n";
$c = new C::Scan 'filename' => $filename, 'filename_filter' => $filter,
'add_cppflags' => $addflags, 'c_styles' => [qw(C++ C9X)];
$c->set('includeDirs' => ["$Config::Config{archlib}/CORE"]);
push @$fdecls_parsed, @{ $c->get('parsed_fdecls') };
push(@$fdecls, @{$c->get('fdecls')});
push @td, @{$c->get('typedefs_maybe')};
if ($opt_a) {
my $structs = $c->get('typedef_structs');
@structs{keys %$structs} = values %$structs;
}
if ($opt_m) {
%vdecl_hash = %{ $c->get('vdecl_hash') };
@vdecls = sort keys %vdecl_hash;
for (local $_ = 0; $_ < @vdecls; ++$_) {
my $var = $vdecls[$_];
my($type, $post) = @{ $vdecl_hash{$var} };
if (defined $post) {
warn "Can't handle variable '$type $var $post', skipping.\n";
splice @vdecls, $_, 1;
redo;
}
$type = normalize_type($type);
$vdecl_hash{$var} = $type;
}
}
unless ($tmask_all) {
warn "Scanning $filename for typedefs...\n";
my $td = $c->get('typedef_hash');
# eval {require 'dumpvar.pl'; ::dumpValue($td)} or warn $@ if $opt_d;
my @f_good_td = grep $td->{$_}[1] eq '', keys %$td;
push @good_td, @f_good_td;
@typedefs_pre{@f_good_td} = map $_->[0], @$td{@f_good_td};
}
}
{ local $" = '|';
$typedef_rex = qr(\b(?<!struct )(?:@good_td)\b) if @good_td;
}
%known_fnames = map @$_[1,3], @$fdecls_parsed; # [1,3] is NAME, FULLTEXT
if ($fmask) {
my @good;
for my $i (0..$#$fdecls_parsed) {
next unless $fdecls_parsed->[$i][1] =~ /$fmask/; # [1] is NAME
push @good, $i;
print "... Function $fdecls_parsed->[$i][1] passes -M mask.\n"
if $opt_d;
}
$fdecls = [@$fdecls[@good]];
$fdecls_parsed = [@$fdecls_parsed[@good]];
}
@fnames = sort map $_->[1], @$fdecls_parsed; # 1 is NAME
# Sort declarations:
{
my %h = map( ($_->[1], $_), @$fdecls_parsed);
$fdecls_parsed = [ @h{@fnames} ];
}
@fnames_no_prefix = @fnames;
@fnames_no_prefix
= sort map { ++$prefix{$_} if s/^$opt_p(?!\d)//; $_ } @fnames_no_prefix;
# Remove macros which expand to typedefs
print "Typedefs are @td.\n" if $opt_d;
my %td = map {($_, $_)} @td;
# Add some other possible but meaningless values for macros
for my $k (qw(char double float int long short unsigned signed void)) {
$td{"$_$k"} = "$_$k" for ('', 'signed ', 'unsigned ');
}
# eval {require 'dumpvar.pl'; ::dumpValue( [\@td, \%td] ); 1} or warn $@;
my $n = 0;
my %bad_macs;
while (keys %td > $n) {
$n = keys %td;
my ($k, $v);
while (($k, $v) = each %seen_define) {
# print("found '$k'=>'$v'\n"),
$bad_macs{$k} = $td{$k} = $td{$v} if exists $td{$v};
}
}
# Now %bad_macs contains names of bad macros
for my $k (keys %bad_macs) {
delete $const_names{$prefixless{$k}};
print "Ignoring macro $k which expands to a typedef name '$bad_macs{$k}'\n" if $opt_d;
}
}
}
my @const_names = sort keys %const_names;
open(PM, ">$modfname.pm") || die "Can't create $ext$modpname/$modfname.pm: $!\n";
$" = "\n\t";
warn "Writing $ext$modpname/$modfname.pm\n";
if ( $compat_version < 5.006 ) {
print PM <<"END";
package $module;
use $compat_version;
use strict;
END
}
else {
print PM <<"END";
package $module;
use 5.006;
use strict;
use warnings;
END
}
unless( $opt_X || $opt_c || $opt_A ){
# we'll have an AUTOLOAD(), and it will have $AUTOLOAD and
# will want Carp.
print PM <<'END';
use Carp;
END
}
print PM <<'END';
require Exporter;
END
print PM <<"END" if ! $opt_X; # use DynaLoader, unless XS was disabled
require DynaLoader;
END
# Are we using AutoLoader or not?
unless ($opt_A) { # no autoloader whatsoever.
unless ($opt_c) { # we're doing the AUTOLOAD
print PM "use AutoLoader;\n";
}
else {
print PM "use AutoLoader qw(AUTOLOAD);\n"
}
}
if ( $compat_version < 5.006 ) {
if ( $opt_X || $opt_c || $opt_A ) {
print PM 'use vars qw($VERSION @ISA @EXPORT @EXPORT_OK %EXPORT_TAGS);';
} else {
print PM 'use vars qw($VERSION @ISA @EXPORT @EXPORT_OK %EXPORT_TAGS $AUTOLOAD);';
}
}
# Determine @ISA.
my $myISA = 'our @ISA = qw(Exporter'; # We seem to always want this.
$myISA .= ' DynaLoader' unless $opt_X; # no XS
$myISA .= ');';
$myISA =~ s/^our // if $compat_version < 5.006;
print PM "\n$myISA\n\n";
my @exported_names = (@const_names, @fnames_no_prefix, map '$'.$_, @vdecls);
my $tmp=<<"END";
# Items to export into callers namespace by default. Note: do not export
# names by default without a very good reason. Use EXPORT_OK instead.
# Do not simply export all your public functions/methods/constants.
# This allows declaration use $module ':all';
# If you do not need this, moving things directly into \@EXPORT or \@EXPORT_OK
# will save memory.
our %EXPORT_TAGS = ( 'all' => [ qw(
@exported_names
) ] );
our \@EXPORT_OK = ( \@{ \$EXPORT_TAGS{'all'} } );
our \@EXPORT = qw(
@const_names
);
our \$VERSION = '$TEMPLATE_VERSION';
END
$tmp =~ s/^our //mg if $compat_version < 5.006;
print PM $tmp;
if (@vdecls) {
printf PM "our(@{[ join ', ', map '$'.$_, @vdecls ]});\n\n";
}
$tmp = ( $compat_version < 5.006 ? "" : "our \$AUTOLOAD;" );
print PM <<"END" unless $opt_c or $opt_X;
sub AUTOLOAD {
# This AUTOLOAD is used to 'autoload' constants from the constant()
# XS function. If a constant is not found then control is passed
# to the AUTOLOAD in AutoLoader.
my \$constname;
$tmp
(\$constname = \$AUTOLOAD) =~ s/.*:://;
croak "&$module::constant not defined" if \$constname eq 'constant';
my \$val = constant(\$constname, \@_ ? \$_[0] : 0);
if (\$! != 0) {
if (\$! =~ /Invalid/ || \$!{EINVAL}) {
\$AutoLoader::AUTOLOAD = \$AUTOLOAD;
goto &AutoLoader::AUTOLOAD;
}
else {
croak "Your vendor has not defined $module macro \$constname";
}
}
{
no strict 'refs';
# Fixed between 5.005_53 and 5.005_61
if (\$] >= 5.00561) {
*\$AUTOLOAD = sub () { \$val };
}
else {
*\$AUTOLOAD = sub { \$val };
}
}
goto &\$AUTOLOAD;
}
END
if( ! $opt_X ){ # print bootstrap, unless XS is disabled
print PM <<"END";
bootstrap $module \$VERSION;
END
}
# tying the variables can happen only after bootstrap
if (@vdecls) {
printf PM <<END;
{
@{[ join "\n", map " _tievar_$_(\$$_);", @vdecls ]}
}
END
}
my $after;
if( $opt_P ){ # if POD is disabled
$after = '__END__';
}
else {
$after = '=cut';
}
print PM <<"END";
# Preloaded methods go here.
END
print PM <<"END" unless $opt_A;
# Autoload methods go after $after, and are processed by the autosplit program.
END
print PM <<"END";
1;
__END__
END
my $author = "A. U. Thor";
my $email = 'a.u.thor@a.galaxy.far.far.away';
my $revhist = '';
$revhist = <<EOT if $opt_C;
#
#=head1 HISTORY
#
#=over 8
#
#=item $TEMPLATE_VERSION
#
#Original version; created by h2xs $H2XS_VERSION with options
#
# @ARGS
#
#=back
#
EOT
my $exp_doc = <<EOD;
#
#=head2 EXPORT
#
#None by default.
#
EOD
if (@const_names and not $opt_P) {
$exp_doc .= <<EOD;
#=head2 Exportable constants
#
# @{[join "\n ", @const_names]}
#
EOD
}
if (defined $fdecls and @$fdecls and not $opt_P) {
$exp_doc .= <<EOD;
#=head2 Exportable functions
#
EOD
# $exp_doc .= <<EOD if $opt_p;
#When accessing these functions from Perl, prefix C<$opt_p> should be removed.
#
#EOD
$exp_doc .= <<EOD;
# @{[join "\n ", @known_fnames{@fnames}]}
#
EOD
}
my $meth_doc = '';
if ($opt_x && $opt_a) {
my($name, $struct);
$meth_doc .= accessor_docs($name, $struct)
while ($name, $struct) = each %structs;
}
my $pod = <<"END" unless $opt_P;
## Below is stub documentation for your module. You better edit it!
#
#=head1 NAME
#
#$module - Perl extension for blah blah blah
#
#=head1 SYNOPSIS
#
# use $module;
# blah blah blah
#
#=head1 DESCRIPTION
#
#Stub documentation for $module, created by h2xs. It looks like the
#author of the extension was negligent enough to leave the stub
#unedited.
#
#Blah blah blah.
$exp_doc$meth_doc$revhist
#=head1 AUTHOR
#
#$author, E<lt>${email}E<gt>
#
#=head1 SEE ALSO
#
#L<perl>.
#
#=cut
END
$pod =~ s/^\#//gm unless $opt_P;
print PM $pod unless $opt_P;
close PM;
if( ! $opt_X ){ # print XS, unless it is disabled
warn "Writing $ext$modpname/$modfname.xs\n";
print XS <<"END";
#include "EXTERN.h"
#include "perl.h"
#include "XSUB.h"
END
if( @path_h ){
foreach my $path_h (@path_h_ini) {
my($h) = $path_h;
$h =~ s#^/usr/include/##;
if ($^O eq 'VMS') { $h =~ s#.*vms\]#sys/# or $h =~ s#.*[:>\]]##; }
print XS qq{#include <$h>\n};
}
print XS "\n";
}
my %pointer_typedefs;
my %struct_typedefs;
sub td_is_pointer {
my $type = shift;
my $out = $pointer_typedefs{$type};
return $out if defined $out;
my $otype = $type;
$out = ($type =~ /\*$/);
# This converts only the guys which do not have trailing part in the typedef
if (not $out
and $typedef_rex and $type =~ s/($typedef_rex)/$typedefs_pre{$1}/go) {
$type = normalize_type($type);
print "Is-Pointer: Type mutation via typedefs: $otype ==> $type\n"
if $opt_d;
$out = td_is_pointer($type);
}
return ($pointer_typedefs{$otype} = $out);
}
sub td_is_struct {
my $type = shift;
my $out = $struct_typedefs{$type};
return $out if defined $out;
my $otype = $type;
$out = ($type =~ /^(struct|union)\b/) && !td_is_pointer($type);
# This converts only the guys which do not have trailing part in the typedef
if (not $out
and $typedef_rex and $type =~ s/($typedef_rex)/$typedefs_pre{$1}/go) {
$type = normalize_type($type);
print "Is-Struct: Type mutation via typedefs: $otype ==> $type\n"
if $opt_d;
$out = td_is_struct($type);
}
return ($struct_typedefs{$otype} = $out);
}
# Some macros will bomb if you try to return them from a double-returning func.
# Say, ((char *)0), or strlen (if somebody #define STRLEN strlen).
# Fortunately, we can detect both these cases...
sub protect_convert_to_double {
my $in = shift;
my $val;
return '' unless defined ($val = $seen_define{$in});
return '(IV)' if $known_fnames{$val};
# OUT_t of ((OUT_t)-1):
return '' unless $val =~ /^\s*(\(\s*)?\(\s*([^()]*?)\s*\)/;
td_is_pointer($2) ? '(IV)' : '';
}
# For each of the generated functions, length($pref) leading
# letters are already checked. Moreover, it is recommended that
# the generated functions uses switch on letter at offset at least
# $off + length($pref).
#
# The given list has length($pref) chars removed at front, it is
# guarantied that $off leading chars in the rest are the same for all
# elts of the list.
#
# Returns: how at which offset it was decided to make a switch, or -1 if none.
sub write_const;
sub write_const {
my ($fh, $pref, $off, $list) = (shift,shift,shift,shift);
my %leading;
my $offarg = length $pref;
if (@$list == 0) { # Can happen on the initial iteration only
print $fh <<"END";
static double
constant(char *name, int len, int arg)
{
errno = EINVAL;
return 0;
}
END
return -1;
}
if (@$list == 1) { # Can happen on the initial iteration only
my $protect = protect_convert_to_double("$pref$list->[0]");
print $fh <<"END";
static double
constant(char *name, int len, int arg)
{
errno = 0;
if (strEQ(name + $offarg, "$list->[0]")) { /* $pref removed */
#ifdef $pref$list->[0]
return $protect$pref$list->[0];
#else
errno = ENOENT;
return 0;
#endif
}
errno = EINVAL;
return 0;
}
END
return -1;
}
for my $n (@$list) {
my $c = substr $n, $off, 1;
$leading{$c} = [] unless exists $leading{$c};
push @{$leading{$c}}, substr $n, $off + 1;
}
if (keys(%leading) == 1) {
return 1 + write_const $fh, $pref, $off + 1, $list;
}
my $leader = substr $list->[0], 0, $off;
foreach my $letter (keys %leading) {
write_const $fh, "$pref$leader$letter", 0, $leading{$letter}
if @{$leading{$letter}} > 1;
}
my $npref = "_$pref";
$npref = '' if $pref eq '';
print $fh <<"END";
static double
constant$npref(char *name, int len, int arg)
{
END
print $fh <<"END" if $npref eq '';
errno = 0;
END
print $fh <<"END" if $off;
if ($offarg + $off >= len ) {
errno = EINVAL;
return 0;
}
END
print $fh <<"END";
switch (name[$offarg + $off]) {
END
foreach my $letter (sort keys %leading) {
my $let = $letter;
$let = '\0' if $letter eq '';
print $fh <<EOP;
case '$let':
EOP
if (@{$leading{$letter}} > 1) {
# It makes sense to call a function
if ($off) {
print $fh <<EOP;
if (!strnEQ(name + $offarg,"$leader", $off))
break;
EOP
}
print $fh <<EOP;
return constant_$pref$leader$letter(name, len, arg);
EOP
}
else {
# Do it ourselves
my $protect
= protect_convert_to_double("$pref$leader$letter$leading{$letter}[0]");
print $fh <<EOP;
if (strEQ(name + $offarg, "$leader$letter$leading{$letter}[0]")) { /* $pref removed */
#ifdef $pref$leader$letter$leading{$letter}[0]
return $protect$pref$leader$letter$leading{$letter}[0];
#else
goto not_there;
#endif
}
EOP
}
}
print $fh <<"END";
}
errno = EINVAL;
return 0;
not_there:
errno = ENOENT;
return 0;
}
END
}
if( ! $opt_c ) {
print XS <<"END";
static int
not_here(char *s)
{
croak("$module::%s not implemented on this architecture", s);
return -1;
}
END
write_const(\*XS, '', 0, \@const_names);
}
print_tievar_subs(\*XS, $_, $vdecl_hash{$_}) for @vdecls;
my $prefix;
$prefix = "PREFIX = $opt_p" if defined $opt_p;
# Now switch from C to XS by issuing the first MODULE declaration:
print XS <<"END";
MODULE = $module PACKAGE = $module $prefix
END
foreach (sort keys %const_xsub) {
print XS <<"END";
char *
$_()
CODE:
#ifdef $_
RETVAL = $_;
#else
croak("Your vendor has not defined the $module macro $_");
#endif
OUTPUT:
RETVAL
END
}
# If a constant() function was written then output a corresponding
# XS declaration:
print XS <<"END" unless $opt_c;
double
constant(sv,arg)
PREINIT:
STRLEN len;
INPUT:
SV * sv
char * s = SvPV(sv, len);
int arg
CODE:
RETVAL = constant(s,len,arg);
OUTPUT:
RETVAL
END
my %seen_decl;
my %typemap;
sub print_decl {
my $fh = shift;
my $decl = shift;
my ($type, $name, $args) = @$decl;
return if $seen_decl{$name}++; # Need to do the same for docs as well?
my @argnames = map {$_->[1]} @$args;
my @argtypes = map { normalize_type( $_->[0], 1 ) } @$args;
if ($opt_k) {
s/^\s*const\b\s*// for @argtypes;
}
my @argarrays = map { $_->[4] || '' } @$args;
my $numargs = @$args;
if ($numargs and $argtypes[-1] eq '...') {
$numargs--;
$argnames[-1] = '...';
}
local $" = ', ';
$type = normalize_type($type, 1);
print $fh <<"EOP";
$type
$name(@argnames)
EOP
for my $arg (0 .. $numargs - 1) {
print $fh <<"EOP";
$argtypes[$arg] $argnames[$arg]$argarrays[$arg]
EOP
}
}
sub print_tievar_subs {
my($fh, $name, $type) = @_;
print $fh <<END;
I32
_get_$name(IV index, SV *sv) {
dSP;
PUSHMARK(SP);
XPUSHs(sv);
PUTBACK;
(void)call_pv("$module\::_get_$name", G_DISCARD);
return (I32)0;
}
I32
_set_$name(IV index, SV *sv) {
dSP;
PUSHMARK(SP);
XPUSHs(sv);
PUTBACK;
(void)call_pv("$module\::_set_$name", G_DISCARD);
return (I32)0;
}
END
}
sub print_tievar_xsubs {
my($fh, $name, $type) = @_;
print $fh <<END;
void
_tievar_$name(sv)
SV* sv
PREINIT:
struct ufuncs uf;
CODE:
uf.uf_val = &_get_$name;
uf.uf_set = &_set_$name;
uf.uf_index = (IV)&_get_$name;
sv_magic(sv, 0, 'U', (char*)&uf, sizeof(uf));
void
_get_$name(THIS)
$type THIS = NO_INIT
CODE:
THIS = $name;
OUTPUT:
SETMAGIC: DISABLE
THIS
void
_set_$name(THIS)
$type THIS
CODE:
$name = THIS;
END
}
sub print_accessors {
my($fh, $name, $struct) = @_;
return unless defined $struct && $name !~ /\s|_ANON/;
$name = normalize_type($name);
my $ptrname = normalize_type("$name *");
print $fh <<"EOF";
MODULE = $module PACKAGE = ${name} $prefix
$name *
_to_ptr(THIS)
$name THIS = NO_INIT
PROTOTYPE: \$
CODE:
if (sv_derived_from(ST(0), "$name")) {
STRLEN len;
char *s = SvPV((SV*)SvRV(ST(0)), len);
if (len != sizeof(THIS))
croak("Size \%d of packed data != expected \%d",
len, sizeof(THIS));
RETVAL = ($name *)s;
}
else
croak("THIS is not of type $name");
OUTPUT:
RETVAL
$name
new(CLASS)
char *CLASS = NO_INIT
PROTOTYPE: \$
CODE:
Zero((void*)&RETVAL, sizeof(RETVAL), char);
OUTPUT:
RETVAL
MODULE = $module PACKAGE = ${name}Ptr $prefix
EOF
my @items = @$struct;
while (@items) {
my $item = shift @items;
if ($item->[0] =~ /_ANON/) {
if (defined $item->[2]) {
push @items, map [
@$_[0, 1], "$item->[2]_$_->[2]", "$item->[2].$_->[2]",
], @{ $structs{$item->[0]} };
} else {
push @items, @{ $structs{$item->[0]} };
}
} else {
my $type = normalize_type($item->[0]);
my $ttype = $structs{$type} ? normalize_type("$type *") : $type;
print $fh <<"EOF";
$ttype
$item->[2](THIS, __value = NO_INIT)
$ptrname THIS
$type __value
PROTOTYPE: \$;\$
CODE:
if (items > 1)
THIS->$item->[-1] = __value;
RETVAL = @{[
$type eq $ttype ? "THIS->$item->[-1]" : "&(THIS->$item->[-1])"
]};
OUTPUT:
RETVAL
EOF
}
}
}
sub accessor_docs {
my($name, $struct) = @_;
return unless defined $struct && $name !~ /\s|_ANON/;
$name = normalize_type($name);
my $ptrname = $name . 'Ptr';
my @items = @$struct;
my @list;
while (@items) {
my $item = shift @items;
if ($item->[0] =~ /_ANON/) {
if (defined $item->[2]) {
push @items, map [
@$_[0, 1], "$item->[2]_$_->[2]", "$item->[2].$_->[2]",
], @{ $structs{$item->[0]} };
} else {
push @items, @{ $structs{$item->[0]} };
}
} else {
push @list, $item->[2];
}
}
my $methods = (join '(...)>, C<', @list) . '(...)';
my $pod = <<"EOF";
#
#=head2 Object and class methods for C<$name>/C<$ptrname>
#
#The principal Perl representation of a C object of type C<$name> is an
#object of class C<$ptrname> which is a reference to an integer
#representation of a C pointer. To create such an object, one may use
#a combination
#
# my \$buffer = $name->new();
# my \$obj = \$buffer->_to_ptr();
#
#This exersizes the following two methods, and an additional class
#C<$name>, the internal representation of which is a reference to a
#packed string with the C structure. Keep in mind that \$buffer should
#better survive longer than \$obj.
#
#=over
#
#=item C<\$object_of_type_$name-E<gt>_to_ptr()>
#
#Converts an object of type C<$name> to an object of type C<$ptrname>.
#
#=item C<$name-E<gt>new()>
#
#Creates an empty object of type C<$name>. The corresponding packed
#string is zeroed out.
#
#=item C<$methods>
#
#return the current value of the corresponding element if called
#without additional arguments. Set the element to the supplied value
#(and return the new value) if called with an additional argument.
#
#Applicable to objects of type C<$ptrname>.
#
#=back
#
EOF
$pod =~ s/^\#//gm;
return $pod;
}
# Should be called before any actual call to normalize_type().
sub get_typemap {
# We do not want to read ./typemap by obvios reasons.
my @tm = qw(../../../typemap ../../typemap ../typemap);
my $stdtypemap = "$Config::Config{privlib}/ExtUtils/typemap";
unshift @tm, $stdtypemap;
my $proto_re = "[" . quotemeta('\$%&*@;') . "]" ;
# Start with useful default values
$typemap{float} = 'T_DOUBLE';
foreach my $typemap (@tm) {
next unless -e $typemap ;
# skip directories, binary files etc.
warn " Scanning $typemap\n";
warn("Warning: ignoring non-text typemap file '$typemap'\n"), next
unless -T $typemap ;
open(TYPEMAP, $typemap)
or warn ("Warning: could not open typemap file '$typemap': $!\n"), next;
my $mode = 'Typemap';
while (<TYPEMAP>) {
next if /^\s*\#/;
if (/^INPUT\s*$/) { $mode = 'Input'; next; }
elsif (/^OUTPUT\s*$/) { $mode = 'Output'; next; }
elsif (/^TYPEMAP\s*$/) { $mode = 'Typemap'; next; }
elsif ($mode eq 'Typemap') {
next if /^\s*($|\#)/ ;
my ($type, $image);
if ( ($type, $image) =
/^\s*(.*?\S)\s+(\S+)\s*($proto_re*)\s*$/o
# This may reference undefined functions:
and not ($image eq 'T_PACKED' and $typemap eq $stdtypemap)) {
$typemap{normalize_type($type)} = $image;
}
}
}
close(TYPEMAP) or die "Cannot close $typemap: $!";
}
%std_types = %types_seen;
%types_seen = ();
}
sub normalize_type { # Second arg: do not strip const's before \*
my $type = shift;
my $do_keep_deep_const = shift;
# If $do_keep_deep_const this is heuristical only
my $keep_deep_const = ($do_keep_deep_const ? '\b(?![^(,)]*\*)' : '');
my $ignore_mods
= "(?:\\b(?:(?:__const__|const)$keep_deep_const|static|inline|__inline__)\\b\\s*)*";
if ($do_keep_deep_const) { # Keep different compiled /RExen/o separately!
$type =~ s/$ignore_mods//go;
}
else {
$type =~ s/$ignore_mods//go;
}
$type =~ s/([^\s\w])/ \1 /g;
$type =~ s/\s+$//;
$type =~ s/^\s+//;
$type =~ s/\s+/ /g;
$type =~ s/\* (?=\*)/*/g;
$type =~ s/\. \. \./.../g;
$type =~ s/ ,/,/g;
$types_seen{$type}++
unless $type eq '...' or $type eq 'void' or $std_types{$type};
$type;
}
my $need_opaque;
sub assign_typemap_entry {
my $type = shift;
my $otype = $type;
my $entry;
if ($tmask and $type =~ /$tmask/) {
print "Type $type matches -o mask\n" if $opt_d;
$entry = (td_is_struct($type) ? "T_OPAQUE_STRUCT" : "T_PTROBJ");
}
elsif ($typedef_rex and $type =~ s/($typedef_rex)/$typedefs_pre{$1}/go) {
$type = normalize_type $type;
print "Type mutation via typedefs: $otype ==> $type\n" if $opt_d;
$entry = assign_typemap_entry($type);
}
$entry ||= $typemap{$otype}
|| (td_is_struct($type) ? "T_OPAQUE_STRUCT" : "T_PTROBJ");
$typemap{$otype} = $entry;
$need_opaque = 1 if $entry eq "T_OPAQUE_STRUCT";
return $entry;
}
for (@vdecls) {
print_tievar_xsubs(\*XS, $_, $vdecl_hash{$_});
}
if ($opt_x) {
for my $decl (@$fdecls_parsed) { print_decl(\*XS, $decl) }
if ($opt_a) {
while (my($name, $struct) = each %structs) {
print_accessors(\*XS, $name, $struct);
}
}
}
close XS;
if (%types_seen) {
my $type;
warn "Writing $ext$modpname/typemap\n";
open TM, ">typemap" or die "Cannot open typemap file for write: $!";
for $type (sort keys %types_seen) {
my $entry = assign_typemap_entry $type;
print TM $type, "\t" x (5 - int((length $type)/8)), "\t$entry\n"
}
print TM <<'EOP' if $need_opaque; # Older Perls do not have correct entry
#############################################################################
INPUT
T_OPAQUE_STRUCT
if (sv_derived_from($arg, \"${ntype}\")) {
STRLEN len;
char *s = SvPV((SV*)SvRV($arg), len);
if (len != sizeof($var))
croak(\"Size %d of packed data != expected %d\",
len, sizeof($var));
$var = *($type *)s;
}
else
croak(\"$var is not of type ${ntype}\")
#############################################################################
OUTPUT
T_OPAQUE_STRUCT
sv_setref_pvn($arg, \"${ntype}\", (char *)&$var, sizeof($var));
EOP
close TM or die "Cannot close typemap file for write: $!";
}
} # if( ! $opt_X )
warn "Writing $ext$modpname/Makefile.PL\n";
open(PL, ">Makefile.PL") || die "Can't create $ext$modpname/Makefile.PL: $!\n";
print PL <<END;
use ExtUtils::MakeMaker;
# See lib/ExtUtils/MakeMaker.pm for details of how to influence
# the contents of the Makefile that is written.
WriteMakefile(
'NAME' => '$module',
'VERSION_FROM' => '$modfname.pm', # finds \$VERSION
'PREREQ_PM' => {}, # e.g., Module::Name => 1.1
(\$] >= 5.005 ? ## Add these new keywords supported since 5.005
(ABSTRACT_FROM => '$modfname.pm', # retrieve abstract from module
AUTHOR => '$author <$email>') : ()),
END
if (!$opt_X) { # print C stuff, unless XS is disabled
$opt_F = '' unless defined $opt_F;
my $I = (((glob '*.h') || (glob '*.hh')) ? '-I.' : '');
my $Ihelp = ($I ? '-I. ' : '');
my $Icomment = ($I ? '' : <<EOC);
# Insert -I. if you add *.h files later:
EOC
print PL <<END;
'LIBS' => ['$extralibs'], # e.g., '-lm'
'DEFINE' => '$opt_F', # e.g., '-DHAVE_SOMETHING'
$Icomment 'INC' => '$I', # e.g., '$Ihelp-I/usr/include/other'
END
my $C = grep $_ ne "$modfname.c", (glob '*.c'), (glob '*.cc'), (glob '*.C');
my $Cpre = ($C ? '' : '# ');
my $Ccomment = ($C ? '' : <<EOC);
# Un-comment this if you add C files to link with later:
EOC
print PL <<END;
$Ccomment $Cpre\'OBJECT' => '\$(O_FILES)', # link all the C files too
END
}
print PL ");\n";
close(PL) || die "Can't close $ext$modpname/Makefile.PL: $!\n";
# Create a simple README since this is a CPAN requirement
# and it doesnt hurt to have one
warn "Writing $ext$modpname/README\n";
open(RM, ">README") || die "Can't create $ext$modpname/README:$!\n";
my $thisyear = (gmtime)[5] + 1900;
my $rmhead = "$modpname version $TEMPLATE_VERSION";
my $rmheadeq = "=" x length($rmhead);
print RM <<_RMEND_;
$rmhead
$rmheadeq
The README is used to introduce the module and provide instructions on
how to install the module, any machine dependencies it may have (for
example C compilers and installed libraries) and any other information
that should be provided before the module is installed.
A README file is required for CPAN modules since CPAN extracts the
README file from a module distribution so that people browsing the
archive can use it get an idea of the modules uses. It is usually a
good idea to provide version information here so that people can
decide whether fixes for the module are worth downloading.
INSTALLATION
To install this module type the following:
perl Makefile.PL
make
make test
make install
DEPENDENCIES
This module requires these other modules and libraries:
blah blah blah
COPYRIGHT AND LICENCE
Put the correct copyright and licence information here.
Copyright (C) $thisyear $author blah blah blah
_RMEND_
close(RM) || die "Can't close $ext$modpname/README: $!\n";
warn "Writing $ext$modpname/test.pl\n";
open(EX, ">test.pl") || die "Can't create $ext$modpname/test.pl: $!\n";
print EX <<'_END_';
# Before `make install' is performed this script should be runnable with
# `make test'. After `make install' it should work as `perl test.pl'
#########################
# change 'tests => 1' to 'tests => last_test_to_print';
use Test;
BEGIN { plan tests => 1 };
_END_
print EX <<_END_;
use $module;
_END_
print EX <<'_END_';
ok(1); # If we made it this far, we're ok.
#########################
# Insert your test code below, the Test module is use()ed here so read
# its man page ( perldoc Test ) for help writing this test script.
_END_
close(EX) || die "Can't close $ext$modpname/test.pl: $!\n";
unless ($opt_C) {
warn "Writing $ext$modpname/Changes\n";
$" = ' ';
open(EX, ">Changes") || die "Can't create $ext$modpname/Changes: $!\n";
@ARGS = map {/[\s\"\'\`\$*?^|&<>\[\]\{\}\(\)]/ ? "'$_'" : $_} @ARGS;
print EX <<EOP;
Revision history for Perl extension $module.
$TEMPLATE_VERSION @{[scalar localtime]}
\t- original version; created by h2xs $H2XS_VERSION with options
\t\t@ARGS
EOP
close(EX) || die "Can't close $ext$modpname/Changes: $!\n";
}
warn "Writing $ext$modpname/MANIFEST\n";
open(MANI,'>MANIFEST') or die "Can't create MANIFEST: $!";
my @files = <*>;
if (!@files) {
eval {opendir(D,'.');};
unless ($@) { @files = readdir(D); closedir(D); }
}
if (!@files) { @files = map {chomp && $_} `ls`; }
if ($^O eq 'VMS') {
foreach (@files) {
# Clip trailing '.' for portability -- non-VMS OSs don't expect it
s%\.$%%;
# Fix up for case-sensitive file systems
s/$modfname/$modfname/i && next;
$_ = "\U$_" if $_ eq 'manifest' or $_ eq 'changes';
$_ = 'Makefile.PL' if $_ eq 'makefile.pl';
}
}
print MANI join("\n",@files), "\n";
close MANI;
!NO!SUBS!
close OUT or die "Can't close $file: $!";
chmod 0755, $file or die "Can't reset permissions for $file: $!\n";
exec("$Config{'eunicefix'} $file") if $Config{'eunicefix'} ne ':';
chdir $origdir;
| 25.8194 | 170 | 0.626767 |
eda0aa2a40926558225e96b203f15e25f44c851b | 1,207 | pm | Perl | admin/modules/EnsEMBL/Web/Object/HelpLink.pm | at7/public-plugins | 189ef46fe2567a7999c216505a9f543eeb4ecfb1 | [
"Apache-2.0"
] | null | null | null | admin/modules/EnsEMBL/Web/Object/HelpLink.pm | at7/public-plugins | 189ef46fe2567a7999c216505a9f543eeb4ecfb1 | [
"Apache-2.0"
] | null | null | null | admin/modules/EnsEMBL/Web/Object/HelpLink.pm | at7/public-plugins | 189ef46fe2567a7999c216505a9f543eeb4ecfb1 | [
"Apache-2.0"
] | null | null | null | =head1 LICENSE
Copyright [1999-2015] Wellcome Trust Sanger Institute and the EMBL-European Bioinformatics Institute
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
=cut
package EnsEMBL::Web::Object::HelpLink;
use strict;
use parent qw(EnsEMBL::Web::Object::DbFrontend);
### ### ### ### ### ### ### ### ###
### Inherited method overriding ###
### ### ### ### ### ### ### ### ###
sub manager_class {
## @overrides
return shift->rose_manager(qw(Website HelpLink));
}
sub show_fields {
## @overrides
return [
'page_url' => {
'label' => 'Page URL',
'type' => 'string',
'notee' => 'e.g. Gene/Location'
}
];
}
sub show_columns {
## @overrides
return ['page_url' => 'Page URL'];
}
1; | 24.14 | 100 | 0.669428 |
ed8cd10c5ac3db29c6a00e22e018abc86056b4ef | 107,716 | pm | Perl | lib/AmuseWikiFarm/Schema/Result/Site.pm | labdsf/amusewiki | c9be8dd0784c96d99efef0fa550ea2532fc2f749 | [
"Artistic-1.0"
] | null | null | null | lib/AmuseWikiFarm/Schema/Result/Site.pm | labdsf/amusewiki | c9be8dd0784c96d99efef0fa550ea2532fc2f749 | [
"Artistic-1.0"
] | null | null | null | lib/AmuseWikiFarm/Schema/Result/Site.pm | labdsf/amusewiki | c9be8dd0784c96d99efef0fa550ea2532fc2f749 | [
"Artistic-1.0"
] | null | null | null | use utf8;
package AmuseWikiFarm::Schema::Result::Site;
# Created by DBIx::Class::Schema::Loader
# DO NOT MODIFY THE FIRST PART OF THIS FILE
=head1 NAME
AmuseWikiFarm::Schema::Result::Site - Site definitions
=cut
use strict;
use warnings;
use Moose;
use MooseX::NonMoose;
use MooseX::MarkAsMethods autoclean => 1;
extends 'DBIx::Class::Core';
=head1 COMPONENTS LOADED
=over 4
=item * L<DBIx::Class::InflateColumn::DateTime>
=back
=cut
__PACKAGE__->load_components("InflateColumn::DateTime");
=head1 TABLE: C<site>
=cut
__PACKAGE__->table("site");
=head1 ACCESSORS
=head2 id
data_type: 'varchar'
is_nullable: 0
size: 16
=head2 mode
data_type: 'varchar'
default_value: 'private'
is_nullable: 0
size: 16
=head2 locale
data_type: 'varchar'
default_value: 'en'
is_nullable: 0
size: 3
=head2 magic_question
data_type: 'varchar'
default_value: '12 + 4 ='
is_nullable: 0
size: 255
=head2 magic_answer
data_type: 'varchar'
default_value: 16
is_nullable: 0
size: 255
=head2 fixed_category_list
data_type: 'varchar'
is_nullable: 1
size: 255
=head2 sitename
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 siteslogan
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 theme
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 32
=head2 logo
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 mail_notify
data_type: 'varchar'
is_nullable: 1
size: 255
=head2 mail_from
data_type: 'varchar'
is_nullable: 1
size: 255
=head2 canonical
data_type: 'varchar'
is_nullable: 0
size: 255
=head2 secure_site
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 secure_site_only
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 sitegroup
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 cgit_integration
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 ssl_key
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 ssl_cert
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 ssl_ca_cert
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 ssl_chained_cert
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 acme_certificate
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 multilanguage
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 active
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 blog_style
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 bb_page_limit
data_type: 'integer'
default_value: 1000
is_nullable: 0
=head2 tex
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 pdf
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 a4_pdf
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 lt_pdf
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 sl_pdf
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 html
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 bare_html
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 epub
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 zip
data_type: 'integer'
default_value: 1
is_nullable: 0
size: 1
=head2 ttdir
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 255
=head2 papersize
data_type: 'varchar'
default_value: (empty string)
is_nullable: 0
size: 64
=head2 division
data_type: 'integer'
default_value: 12
is_nullable: 0
=head2 bcor
data_type: 'varchar'
default_value: '0mm'
is_nullable: 0
size: 16
=head2 fontsize
data_type: 'integer'
default_value: 10
is_nullable: 0
=head2 mainfont
data_type: 'varchar'
default_value: 'CMU Serif'
is_nullable: 0
size: 255
=head2 sansfont
data_type: 'varchar'
default_value: 'CMU Sans Serif'
is_nullable: 0
size: 255
=head2 monofont
data_type: 'varchar'
default_value: 'CMU Typewriter Text'
is_nullable: 0
size: 255
=head2 beamertheme
data_type: 'varchar'
default_value: 'default'
is_nullable: 0
size: 255
=head2 beamercolortheme
data_type: 'varchar'
default_value: 'dove'
is_nullable: 0
size: 255
=head2 nocoverpage
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 logo_with_sitename
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 opening
data_type: 'varchar'
default_value: 'any'
is_nullable: 0
size: 16
=head2 twoside
data_type: 'integer'
default_value: 0
is_nullable: 0
size: 1
=head2 last_updated
data_type: 'datetime'
is_nullable: 1
=cut
__PACKAGE__->add_columns(
"id",
{ data_type => "varchar", is_nullable => 0, size => 16 },
"mode",
{
data_type => "varchar",
default_value => "private",
is_nullable => 0,
size => 16,
},
"locale",
{ data_type => "varchar", default_value => "en", is_nullable => 0, size => 3 },
"magic_question",
{
data_type => "varchar",
default_value => "12 + 4 =",
is_nullable => 0,
size => 255,
},
"magic_answer",
{ data_type => "varchar", default_value => 16, is_nullable => 0, size => 255 },
"fixed_category_list",
{ data_type => "varchar", is_nullable => 1, size => 255 },
"sitename",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"siteslogan",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"theme",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 32 },
"logo",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"mail_notify",
{ data_type => "varchar", is_nullable => 1, size => 255 },
"mail_from",
{ data_type => "varchar", is_nullable => 1, size => 255 },
"canonical",
{ data_type => "varchar", is_nullable => 0, size => 255 },
"secure_site",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"secure_site_only",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"sitegroup",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"cgit_integration",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"ssl_key",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"ssl_cert",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"ssl_ca_cert",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"ssl_chained_cert",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"acme_certificate",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"multilanguage",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"active",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"blog_style",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"bb_page_limit",
{ data_type => "integer", default_value => 1000, is_nullable => 0 },
"tex",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"pdf",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"a4_pdf",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"lt_pdf",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"sl_pdf",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"html",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"bare_html",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"epub",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"zip",
{ data_type => "integer", default_value => 1, is_nullable => 0, size => 1 },
"ttdir",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 255 },
"papersize",
{ data_type => "varchar", default_value => "", is_nullable => 0, size => 64 },
"division",
{ data_type => "integer", default_value => 12, is_nullable => 0 },
"bcor",
{
data_type => "varchar",
default_value => "0mm",
is_nullable => 0,
size => 16,
},
"fontsize",
{ data_type => "integer", default_value => 10, is_nullable => 0 },
"mainfont",
{
data_type => "varchar",
default_value => "CMU Serif",
is_nullable => 0,
size => 255,
},
"sansfont",
{
data_type => "varchar",
default_value => "CMU Sans Serif",
is_nullable => 0,
size => 255,
},
"monofont",
{
data_type => "varchar",
default_value => "CMU Typewriter Text",
is_nullable => 0,
size => 255,
},
"beamertheme",
{
data_type => "varchar",
default_value => "default",
is_nullable => 0,
size => 255,
},
"beamercolortheme",
{
data_type => "varchar",
default_value => "dove",
is_nullable => 0,
size => 255,
},
"nocoverpage",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"logo_with_sitename",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"opening",
{
data_type => "varchar",
default_value => "any",
is_nullable => 0,
size => 16,
},
"twoside",
{ data_type => "integer", default_value => 0, is_nullable => 0, size => 1 },
"last_updated",
{ data_type => "datetime", is_nullable => 1 },
);
=head1 PRIMARY KEY
=over 4
=item * L</id>
=back
=cut
__PACKAGE__->set_primary_key("id");
=head1 UNIQUE CONSTRAINTS
=head2 C<canonical_unique>
=over 4
=item * L</canonical>
=back
=cut
__PACKAGE__->add_unique_constraint("canonical_unique", ["canonical"]);
=head1 RELATIONS
=head2 amw_sessions
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::AmwSession>
=cut
__PACKAGE__->has_many(
"amw_sessions",
"AmuseWikiFarm::Schema::Result::AmwSession",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 attachments
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::Attachment>
=cut
__PACKAGE__->has_many(
"attachments",
"AmuseWikiFarm::Schema::Result::Attachment",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 bookbuilder_sessions
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::BookbuilderSession>
=cut
__PACKAGE__->has_many(
"bookbuilder_sessions",
"AmuseWikiFarm::Schema::Result::BookbuilderSession",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 bulk_jobs
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::BulkJob>
=cut
__PACKAGE__->has_many(
"bulk_jobs",
"AmuseWikiFarm::Schema::Result::BulkJob",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 categories
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::Category>
=cut
__PACKAGE__->has_many(
"categories",
"AmuseWikiFarm::Schema::Result::Category",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 custom_formats
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::CustomFormat>
=cut
__PACKAGE__->has_many(
"custom_formats",
"AmuseWikiFarm::Schema::Result::CustomFormat",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 global_site_files
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::GlobalSiteFile>
=cut
__PACKAGE__->has_many(
"global_site_files",
"AmuseWikiFarm::Schema::Result::GlobalSiteFile",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 jobs
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::Job>
=cut
__PACKAGE__->has_many(
"jobs",
"AmuseWikiFarm::Schema::Result::Job",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 legacy_links
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::LegacyLink>
=cut
__PACKAGE__->has_many(
"legacy_links",
"AmuseWikiFarm::Schema::Result::LegacyLink",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 monthly_archives
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::MonthlyArchive>
=cut
__PACKAGE__->has_many(
"monthly_archives",
"AmuseWikiFarm::Schema::Result::MonthlyArchive",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 redirections
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::Redirection>
=cut
__PACKAGE__->has_many(
"redirections",
"AmuseWikiFarm::Schema::Result::Redirection",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 revisions
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::Revision>
=cut
__PACKAGE__->has_many(
"revisions",
"AmuseWikiFarm::Schema::Result::Revision",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 site_links
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::SiteLink>
=cut
__PACKAGE__->has_many(
"site_links",
"AmuseWikiFarm::Schema::Result::SiteLink",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 site_options
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::SiteOption>
=cut
__PACKAGE__->has_many(
"site_options",
"AmuseWikiFarm::Schema::Result::SiteOption",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 text_internal_links
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::TextInternalLink>
=cut
__PACKAGE__->has_many(
"text_internal_links",
"AmuseWikiFarm::Schema::Result::TextInternalLink",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 title_stats
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::TitleStat>
=cut
__PACKAGE__->has_many(
"title_stats",
"AmuseWikiFarm::Schema::Result::TitleStat",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 titles
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::Title>
=cut
__PACKAGE__->has_many(
"titles",
"AmuseWikiFarm::Schema::Result::Title",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 user_sites
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::UserSite>
=cut
__PACKAGE__->has_many(
"user_sites",
"AmuseWikiFarm::Schema::Result::UserSite",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 vhosts
Type: has_many
Related object: L<AmuseWikiFarm::Schema::Result::Vhost>
=cut
__PACKAGE__->has_many(
"vhosts",
"AmuseWikiFarm::Schema::Result::Vhost",
{ "foreign.site_id" => "self.id" },
{ cascade_copy => 0, cascade_delete => 0 },
);
=head2 users
Type: many_to_many
Composing rels: L</user_sites> -> user
=cut
__PACKAGE__->many_to_many("users", "user_sites", "user");
# Created by DBIx::Class::Schema::Loader v0.07046 @ 2018-02-03 20:01:21
# DO NOT MODIFY THIS OR ANYTHING ABOVE! md5sum:emUAqdjyD58S+6sOj2+GJg
=head2 other_sites
Other sites with the same sitegroup id.
=cut
__PACKAGE__->has_many(
other_sites => "AmuseWikiFarm::Schema::Result::Site",
sub {
my $args = shift;
return {
"$args->{foreign_alias}.sitegroup" => { -ident => "$args->{self_alias}.sitegroup",
'!=' => '' },
"$args->{foreign_alias}.id" => { "!=" => { -ident => "$args->{self_alias}.id" } },
};
},
{ cascade_copy => 0, cascade_delete => 0 },
);
use File::Spec;
use Cwd;
use constant ROOT => getcwd();
use AmuseWikiFarm::Utils::Amuse qw/muse_get_full_path
muse_file_info
muse_filepath_is_valid
cover_filename_is_valid
muse_naming_algo/;
use Text::Amuse::Preprocessor::HTML qw/html_to_muse html_file_to_muse/;
use Text::Amuse::Compile;
use Date::Parse;
use DateTime;
use File::Copy qw/copy/;
use AmuseWikiFarm::Archive::Xapian;
use Unicode::Collate::Locale;
use File::Find;
use Data::Dumper::Concise;
use AmuseWikiFarm::Archive::BookBuilder;
use Text::Amuse::Compile::Utils ();
use AmuseWikiFarm::Log::Contextual;
use AmuseWikiFarm::Utils::CgitSetup;
use AmuseWikiFarm::Utils::LexiconMigration;
use Regexp::Common qw/net/;
use Path::Tiny ();
use JSON::MaybeXS ();
use AmuseWikiFarm::Utils::Paths ();
use Try::Tiny;
use Encode ();
=head2 repo_root_rel
The location of the repository. It's hardcoded as 'repo/<id>'
according to the system path separator. You have no reason to change
this.
=head2 repo_root
The absolute location of the repository. Keep in mind that the
absolute location is inferred with C<getcwd()> + C<repo_name>, so it's
not safe to change directory and call this method.
You can provide an optional argument to get the base (absolute or
relative to the CWD).
=cut
sub repo_root_rel {
my $self = shift;
return File::Spec->catdir(repo => $self->id);
}
sub repo_root {
my ($self, $base) = @_;
if (defined $base) {
die "repo_root doesn't accept an argument";
}
return File::Spec->catdir(ROOT, $self->repo_root_rel);
}
=head2 compile_options
Options to feed the Text::Amuse::Compile object.
=cut
sub valid_ttdir {
my $self = shift;
if (my $ttdir = $self->ttdir) {
# sane names only please
if ($ttdir =~ m/\A[0-9a-zA-Z][0-9a-zA-Z_-]*[0-9a-zA-Z]\z/) {
my $full_path = File::Spec->catdir($self->repo_root, $ttdir);
if (-d $full_path) {
return $full_path;
}
}
}
return;
}
sub compile_options {
my $self = shift;
my %opts = (
tex => 1,
html => 1,
bare_html => 1,
epub => 1,
zip => 1,
);
if ($self->use_luatex) {
$opts{luatex} = 1;
}
$opts{epub_embed_fonts} = 0;
$opts{fontspec} = $self->fontspec_file;
if (my $dir = $self->valid_ttdir) {
$opts{ttdir} = $dir;
}
# passing nocoverpage, as we used to, would kill the coverpage
# globally. If you really want that, you need a custom format.
if ($self->nocoverpage) {
$opts{coverpage_only_if_toc} = 1;
}
foreach my $ext (qw/siteslogan logo
sitename opening
papersize division fontsize
bcor mainfont sansfont monofont
beamertheme beamercolortheme
twoside/) {
$opts{extra}{$ext} = $self->$ext;
}
# if the logo has the sitename in it, skip it.
if ($self->logo_with_sitename) {
$opts{extra}{sitename} = '';
}
$opts{extra}{site} = $self->canonical;
Dlog_debug { "options are $_" } (\%opts);
return %opts;
}
sub formats_definitions {
my ($self, %opts) = @_;
my @all = ({
code => 'epub',
ext => '.epub',
icon => 'fa-file-epub',
# loc('EPUB (for mobile devices)');
desc => 'EPUB (for mobile devices)',
oldid => "downloadepub",
},
{
code => 'html',
ext => '.html',
icon => 'fa-print',
# loc('Standalone HTML (printer-friendly)');
desc => 'Standalone HTML (printer-friendly)',
oldid => "downloadhtml",
},
{
code => 'tex',
ext => '.tex',
icon => 'fa-file-code-o',
# loc('XeLaTeX source');
desc => 'XeLaTeX source',
oldid => "downloadtex",
},
{
code => 'muse',
ext => '.muse',
icon => 'fa-file-text-o',
# loc('plain text source');
desc => 'plain text source',
oldid => "downloadsrc",
},
{
code => 'zip',
ext => '.zip',
icon => 'fa-file-archive-o',
# loc('Source files with attachments');
desc => 'Source files with attachments',
oldid => "downloadzip",
}
);
my %legacy_ids = (
pdf => 'pdfgeneric',
'a4.pdf' => 'pdfa4imp',
'lt.pdf' => 'letterimp',
'sl.pdf' => 'downloadslides',
);
my @out;
foreach my $custom ($self->custom_formats->active_only->all) {
my $icon;
if ($custom->is_epub) {
$icon = 'fa-file-epub';
}
elsif ($custom->is_imposed_pdf) {
$icon = 'fa-columns fa-flip-vertical';
}
elsif ($custom->is_slides) {
$icon = 'fa-file-powerpoint-o';
}
else {
$icon = 'fa-file-pdf-o'
}
my $old_id;
if (my $alias = $custom->format_alias) {
$old_id = $legacy_ids{$alias};
}
my $extension = $custom->format_alias || $custom->extension;
push @out, {
code => $extension,
ext => '.' . $extension,
icon => $icon,
desc => $custom->format_name,
oldid => $old_id,
is_slides => $custom->is_slides,
};
}
push @out, @all;
if ($opts{localize}) {
log_debug { "Localizing descriptions" };
my $loc = $self->localizer;
foreach my $i (@out) {
$i->{desc} = $loc->loc_html($i->{desc});
}
}
return \@out;
}
sub bb_values {
my $self = shift;
# here the problem is that there is no 1:1 mapping, which kind of
# sucks, but hey.
my %out;
my %map = (division => 0,
bcor => 0,
fontsize => 0,
mainfont => 0,
sansfont => 0,
monofont => 0,
beamertheme => 0,
beamercolortheme => 0,
nocoverpage => 'coverpage_only_if_toc',
twoside => 0,
);
foreach my $method (sort keys %map) {
my $target = $map{$method} || $method;
# special shitty case.
if ($method eq 'bcor') {
if ($self->bcor =~ m/0?([1-9][0-9]*)(mm)?/) {
$out{$target} = $1;
}
}
else {
$out{$target} = $self->$method;
}
}
my $valid;
try {
# validate
if (my $bb = AmuseWikiFarm::Archive::BookBuilder->new(%out)) {
$valid = 1;
}
} catch {
my $err = $_;
# scream, so we fix it
log_error { "$err validating $_" } \%out;
};
if ($valid) {
return %out;
}
else {
return;
}
}
=head2 check_and_update_custom_formats
Method to spawn the standard CF, bound to the site flags
pdf/sl_pdf/a4_pdf/lt_pdf. Such flags are now informative only and are
toggled on /settings/formats. This method is called after the
insertion in the DB of a new site, at jobber startup and when visiting
/settings/formats.
Assert that all the formats are active, either by site flag or by
format active, and never deactivate anything.
Also assert that the custom formats are what they say they are.
=cut
sub fixed_formats_definitions {
my %formats = (
pdf => {
initial => {
format_alias => 'pdf',
# loc('plain PDF');
# loc('Plain PDF');
format_name => 'Plain PDF',
format_priority => 1,
},
fields => {
bb_format => 'pdf',
bb_imposed => 0,
bb_twoside => 0,
},
},
a4_pdf => {
initial => {
format_alias => 'a4.pdf',
# loc('A4 imposed PDF');
format_name => 'A4 imposed PDF',
format_priority => 2,
bb_signature_2up => '40-80',
},
fields => {
bb_format => 'pdf',
bb_imposed => 1,
bb_papersize => 'a5',
bb_schema => '2up',
bb_cover => 1,
},
},
lt_pdf => {
initial => {
format_alias => 'lt.pdf',
# loc('Letter imposed PDF');
format_name => 'Letter imposed PDF',
format_priority => 3,
bb_signature_2up => '40-80',
},
fields => {
bb_format => 'pdf',
bb_imposed => 1,
bb_papersize => '5.5in:8.5in',
bb_schema => '2up',
bb_cover => 1,
},
},
sl_pdf => {
initial => {
format_alias => 'sl.pdf',
# loc('Slides (PDF)'),
format_name => 'Slides (PDF)',
format_priority => 4,
},
fields => {
bb_format => 'slides',
},
},
);
return %formats;
}
sub check_and_update_custom_formats {
my $self = shift;
my %formats = $self->fixed_formats_definitions;
my $guard = $self->result_source->schema->txn_scope_guard;
foreach my $method (sort keys %formats) {
my $alias = $formats{$method}{initial}{format_alias} or die;
my $cf = $self->custom_formats->find({ format_alias => $alias });
unless ($cf) {
my %insertion = %{$formats{$method}{initial}};
$insertion{active} = 0;
my @fixed;
foreach my $k (sort keys %{$formats{$method}{fields}}) {
my $v = $formats{$method}{fields}{$k};
$k =~ s/bb_//;
push @fixed, "$k:$v";
}
$insertion{format_description} = "Standard format. Changes to these fields will be ignored: "
. join(' ', @fixed);
$cf = $self->custom_formats->create(\%insertion);
# import the common stuff from the site
$cf->sync_from_site;
}
die "Shouldn't happen" unless $cf;
if ($self->$method) {
if (!$cf->active) {
log_info { "Activating CF " . $self->id . '/' . $cf->format_alias };
$cf->update({ active => 1 });
}
}
elsif ($cf->active) {
if (!$self->$method) {
log_info { "Setting $method flag for " . $self->id . '/' . $cf->format_alias };
$self->update({ $method => 1 });
}
}
else {
log_info { "$method for " . $self->id . " is disabled" };
}
Dlog_debug { "Enforcing $_ on " . $cf->format_name } $formats{$method}{fields};
$cf->update($formats{$method}{fields});
}
$guard->commit;
}
sub known_langs {
AmuseWikiFarm::Utils::Amuse::known_langs();
}
sub known_langs_as_string {
my $self = shift;
my $langs = $self->known_langs;
return join(' ', sort keys %$langs);
}
sub path_for_specials {
my $self = shift;
my $target = File::Spec->catdir($self->repo_root, 'specials');
mkdir $target unless -d $target;
return $target;
}
sub path_for_uploads {
my $self = shift;
my $target = File::Spec->catdir($self->repo_root, 'uploads');
mkdir $target unless -d $target;
return $target;
}
sub path_for_file {
my ($self, $uri) = @_;
return unless $uri;
my $pieces = muse_get_full_path($uri);
return unless $pieces && @$pieces && @$pieces == 3;
# add the path piece by piece
my $target_dir = File::Spec->catdir($self->repo_root, $pieces->[0]);
unless (-d $target_dir) {
mkdir $target_dir or die $!;
}
$target_dir = File::Spec->catdir($self->repo_root,
$pieces->[0], $pieces->[1]);
unless (-d $target_dir) {
mkdir $target_dir or die $!;
}
return $target_dir;
}
sub path_for_site_files {
my $self = shift;
return File::Spec->catdir($self->repo_root, 'site_files');
}
sub site_files {
return shift->global_site_files->app_files;
}
sub thumbnails {
return shift->global_site_files->thumbnails;
}
sub index_site_files {
my $self = shift;
my $dir = Path::Tiny::path($self->path_for_site_files);
my $guard = $self->result_source->schema->txn_scope_guard;
$self->site_files->delete;
if ($dir->exists) {
foreach my $path ($dir->children(qr{^[a-z0-9]([a-z0-9-]*[a-z0-9])?\.[a-z0-9]+$})) {
my ($w, $h) = AmuseWikiFarm::Utils::Amuse::image_dimensions($path);
my $stored = $self->site_files->create({
file_name => $path->basename,
file_path => "$path",
image_width => $w,
image_height => $h,
});
}
}
$guard->commit;
return $self->site_files->count;
}
sub has_site_file {
my ($self, $file) = @_;
if (my $gfile = $self->site_files->find({ file_name => $file })) {
return $gfile->file_path;
}
else {
return;
}
}
sub fontspec_file {
my $self = shift;
my $filename = 'fontspec.json';
if (my $file = $self->has_site_file($filename)) {
return $file;
}
# search the current dir for fontspec.json
elsif (-f $filename) {
return File::Spec->rel2abs($filename);
}
else {
return undef;
}
}
=head2 repo_is_under_git
Return true if the site repo is kept under git.
=cut
has repo_is_under_git => (is => 'ro',
isa => 'Bool',
lazy => 1,
builder => '_build_repo_is_under_git');
sub _build_repo_is_under_git {
my $self = shift;
return -d File::Spec->catdir($self->repo_root, '.git');
}
=head1 Site modes
To check the site mode, you should use these methods, instead of
looking at C<mode>.
The filtered actions boil down to editing and publishing, where
editing is also the creation of new texts.
=cut
sub available_modes {
return {
modwiki => 1,
openwiki => 1,
blog => 1,
private => 1,
};
}
sub human_can_edit {
my $self = shift;
my $mode = $self->mode;
if ($mode eq 'modwiki' or
$mode eq 'openwiki') {
return 1;
}
else {
return;
}
}
sub human_can_publish {
my $self = shift;
my $mode = $self->mode;
if ($mode eq 'openwiki') {
return 1;
}
else {
return;
}
}
sub is_private {
my $self = shift;
my $mode = $self->mode;
if ($mode eq 'private') {
return 1;
}
else {
return;
}
}
=head1 Create new texts
=head2 staging_dirname
The relative path to the staging directory. Hardcoded for now as 'staging'.
=head2 staging_dir
The absolute path to the staging directory, concatenating the
C<staging_dirname> and the current directory.
TODO: use a setting instead of the getcwd.
=cut
sub staging_dirname {
return 'staging';
}
sub staging_dir {
my $self = shift;
return File::Spec->catdir(ROOT, $self->staging_dirname);
}
=head2 create_new_text(\%params, $f_class)
Using the parameters passed, create a new text and return its revision
object or undef it couldn't be created.
The second argument B<must> be C<text> or C<special>.
Always return two values: the first is the revision object, the second
is the redirection.
If the revision could not be created, return undef as the first
element and the error in the second.
=cut
sub create_new_text {
my ($self, $params, $f_class) = @_;
die "Missing params" unless $params;
die "Missing f_class" unless $f_class;
die "Wrong f_class $f_class"
unless ($f_class eq 'text' or $f_class eq 'special');
# assert that the directory where to put the files exists
my $staging_dir = $self->staging_dir;
unless (-d $staging_dir) {
mkdir $self->staging_dir or die "Couldn't create $staging_dir $!";
}
# URI generation
my $author = $params->{author} // "";
my $title = $params->{title} // "";
my $uri;
if ($params->{uri}) {
$uri = muse_naming_algo($params->{uri});
# replace the params with our clean form
}
elsif ($title =~ m/\w/) {
my $string = "$author $title";
if ($self->multilanguage && $params->{lang}) {
$string = substr($string, 0, 90) . ' ' . $params->{lang};
}
$uri = muse_naming_algo($string);
}
unless ($uri) {
# loc("Couldn't automatically generate the URI!");
return undef, "Couldn't automatically generate the URI!";
}
# and store it in the params
$params->{uri} = $uri;
if ($self->titles->find({ uri => $uri, f_class => $f_class })) {
# loc("Such an URI already exists");
return undef, "Such an URI already exists";
}
return $self->import_text_from_html_params($params, $f_class);
}
=head2 import_text_from_html_params
HTML => muse conversion
=cut
sub import_text_from_html_params {
my ($self, $params, $f_class) = @_;
die "Missing params" unless $params;
die "Missing f_class" unless $f_class;
my $uri = $params->{uri};
die "uri not set!" unless $uri;
# the first thing we do is to assign a path and create a revision in the db
my $pubdate = str2time($params->{pubdate}) || time();
my $pubdt = DateTime->from_epoch(epoch => $pubdate);
$params->{pubdate} = $pubdt->iso8601;
# documented in Result::Title
my $bogus = {
uri => $uri,
pubdate => $pubdt,
f_suffix => '.muse',
status => 'editing',
f_class => $f_class,
# dummy as well, 40 years in the past
f_timestamp => DateTime->from_epoch(epoch => 1),
};
foreach my $f (qw/f_path f_archive_rel_path
f_full_path_name f_name/) {
$bogus->{$f} = '';
}
my $body;
my $error;
if ($params->{fileupload}) {
if (-f $params->{fileupload} && -T $params->{fileupload}) {
$body = eval { html_file_to_muse($params->{fileupload}) };
if ($@) {
log_error { "error while converting file upload: " . $@ };
# loc('Error converting the upload file. Is it an HTML file?');
$error = "Error converting the upload file. Is it an HTML file?";
}
}
else {
log_error { $params->{fileupload} . " is not a text file!" };
# loc('The file uploaded is not an HTML file!');
$error = "The file uploaded is not an HTML file!";
}
}
else {
$params->{textbody} //= "\n";
$params->{textbody} =~ s/\r//g;
$body = eval { html_to_muse($params->{textbody}) };
if ($@) {
log_error { "error while converting HTML: " . $@ };
# loc('Error while converting the HTML. Sorry.');
$error = "Error while converting the HTML. Sorry.";
}
}
if ($error) {
return undef, $error;
}
my $guard = $self->result_source->schema->txn_scope_guard;
# title->can_spawn_revision will return false, so we have to force
my $revision = $self->titles->create($bogus)->new_revision('force');
# save a copy of the html request
my $html_copy = $revision->original_html;
if (defined $body) {
if ($params->{fileupload}) {
copy ($params->{fileupload}, $html_copy) or die $!;
}
else {
open (my $fhh, '>:encoding(utf-8)', $html_copy)
or die "Couldn't open $html_copy $!";
print $fhh $params->{textbody};
print $fhh "\n";
close $fhh or die $!;
}
}
my $file = $revision->f_full_path_name;
die "full path was not set!" unless $file;
# populate the file with the parameters
open (my $fh, '>:encoding(utf-8)', $file) or die "Couldn't open $file $!";
foreach my $directive (qw/title subtitle author LISTtitle SORTauthors
SORTtopics date uid cat
slides
sku
source lang pubdate/) {
$self->_add_directive($fh, $directive, $params->{$directive});
}
# add the notes
foreach my $field (qw/notes teaser/) {
$self->_add_directive($fh, $field => html_to_muse($params->{$field}));
}
# separator
print $fh "\n";
if (defined $body) {
print $fh $body;
}
print $fh "\n\n";
close $fh or die $!;
# save a copy as the starting file
# see "new_revision" below
die $revision->starting_file . ' already present'
if -f $revision->starting_file;;
copy($file, $revision->starting_file) or die $!;
$guard->commit;
return $revision;
}
sub _add_directive {
my ($self, $fh, $directive, $text) = @_;
die unless $fh && $directive;
return unless defined $text;
# usual washing
$text =~ s/\r*\n/ /gs; # it's a directive, no \n
# leading and trailing spaces
$text =~ s/^\s*//s;
$text =~ s/\s+$//s;
$text =~ s/ +/ /gs; # pack the whitespaces
return unless length($text);
print $fh '#' . $directive . ' ' . $text . "\n";
}
=head2 xapian
Return a L<AmuseWikiFarm::Archive::Xapian> object
=cut
sub xapian {
my ($self, %args) = @_;
return AmuseWikiFarm::Archive::Xapian->new(
%args,
code => $self->id,
page => $self->pagination_size_search,
locale => $self->locale,
# disable stemming for search on multilang environment
stem_search => !$self->multilanguage,
index_deferred => $self->show_preview_when_deferred,
);
}
=head2 collation_index
Update the C<sorting_pos> field of each text and category based on the
collation for the current locale.
Collation on the fly would have been too slow, or would depend on the
(possibly crappy) collation of the database engine, if any.
Return the number of updates (both titles and categories);
=cut
sub collation_index {
my $self = shift;
my $collator = Unicode::Collate::Locale->new(locale => $self->locale);
my $changes = 0;
my $ttime = time();
my @texts = sort {
# warn $a->id . ' <=> ' . $b->id;
$collator->cmp($a->list_title, $b->list_title)
} $self->titles->search(undef, { order_by => 'sorting_pos',
columns => [qw/id sorting_pos list_title/] })->all;
log_debug { "Sorting texts done in " . (time() - $ttime) . " seconds" };
$ttime = time();
# at least on sqlite, wrapping in a transaction drammatically
# speeds things up because it doesn't hit the disk
my $guard = $self->result_source->schema->txn_scope_guard;
my $i = 1;
foreach my $title (@texts) {
if ($title->sorting_pos != $i) {
$title->update({ sorting_pos => $i });
$changes++;
}
$i++;
}
log_debug { "Update texts done in " . (time() - $ttime) . " seconds" };
$ttime = time();
# and then sort the categories
my @categories = sort {
# warn $a->id . ' <=> ' . $b->id;
$collator->cmp($a->sorting_fragments->[0], $b->sorting_fragments->[0]) or
$a->sorting_fragments->[1] <=> $b->sorting_fragments->[1] or
$collator->cmp($a->sorting_fragments->[2], $b->sorting_fragments->[2])
} $self->categories->search(undef, { order_by => 'sorting_pos',
columns => [qw/id sorting_pos name/] })->all;
log_debug { "Sorting categories done in " . (time() - $ttime) . " seconds" };
$ttime = time();
$i = 1;
foreach my $cat (@categories) {
if ($cat->sorting_pos != $i) {
$cat->update({ sorting_pos => $i });
$changes++;
}
$i++;
}
# close the transaction
$guard->commit;
log_debug { "Update categories done in " . (time() - $ttime) . " seconds" };
return $changes;
}
=head2 index_file($path_to_file)
Add the file to the DB and Xapian databases, first parsing it with
C<muse_info_file> from L<AmuseWikiFarm::Utils::Amuse>.
=head2 compile_and_index_files(\@abs_paths_to_files, $logger)
Same as above, but before proceeding, compile it if it's a muse file
and it's outdated.
=cut
sub get_compiler {
my ($self, $logger) = @_;
my $compiler = Text::Amuse::Compile->new($self->compile_options);
if ($logger) {
$compiler->logger($logger);
}
return $compiler;
}
sub compile_and_index_files {
my ($self, $files, $logger, %opts) = @_;
$logger ||= sub { warn $_[0] };
my $compiler = $self->get_compiler($logger);
my (@active_cfs, @inactive_cfs);
foreach my $cf ($self->custom_formats) {
if ($cf->active) {
push @active_cfs, $cf;
}
else {
push @inactive_cfs, $cf;
}
}
my (@muses, @images);
foreach my $f (@$files) {
my $file;
if (ref($f)) {
$file = $f->f_full_path_name;
}
# check if it's in place
elsif (-f $f) {
$file = File::Spec->rel2abs($f);
}
else {
$file = File::Spec->rel2abs($f, $self->repo_root);
}
unless (-f $file) {
die "File $file does not exists\n";
}
my $relpath = File::Spec->abs2rel($file, $self->repo_root);
unless (muse_filepath_is_valid($relpath)) {
die "$relpath doesn't appear a valid path!";
}
if ($file =~ m/\.muse$/) {
push @muses, $file;
}
else {
push @images, $file;
}
}
foreach my $file (@images, @muses) {
if ($file =~ m/\.muse$/) {
# ensure that we properly migrated the PDFS to CF
foreach my $cf (@active_cfs) {
$cf->save_canonical_from_aliased_file($file);
}
# compile
$compiler->compile($file) if $compiler->file_needs_compilation($file);
}
if (my $indexed = $self->index_file($file, $logger)) {
if ($indexed->isa('AmuseWikiFarm::Schema::Result::Title')) {
foreach my $cf (@inactive_cfs) {
$logger->("Removed inactive format " . $cf->format_name . "\n")
if $cf->remove_stale_files($indexed);
}
CUSTOMFORMAT:
foreach my $cf (@active_cfs) {
# the standard compilation nuked the standard formats, so we
# have to restore them, preserving the TS. Then we
# will rebuild them in the next job.
$cf->install_aliased_file($indexed);
next CUSTOMFORMAT if $opts{skip_custom_formats};
if ($cf->needs_compile($indexed)) {
my $job = $self->jobs->build_custom_format_add({
id => $indexed->id,
cf => $cf->custom_formats_id,
});
$logger->("Scheduled generation of "
. $indexed->full_uri . '.' . ($cf->valid_alias || $cf->extension)
. " (" . $cf->format_name .') as task number #'
. $job->id . "\n");
}
}
}
}
}
$logger->("Updating title and category sorting\n");
my $time = time();
my $changed = $self->collation_index;
$logger->("Updated $changed records in " . (time() - $time) . " seconds\n");
$self->generate_static_indexes($logger);
my $now = DateTime->now;
$self->update({ last_updated => $now })
}
sub generate_static_indexes {
my ($self, $logger) = @_;
$logger ||= sub { return };
if ($self->jobs->pending->build_static_indexes_jobs->count) {
log_debug { "Generation of static indexes already scheduled" };
$logger->("Generation of static indexes already scheduled\n");
}
else {
$self->jobs->build_static_indexes_add;
log_debug { "Scheduled static indexes generation" };
$logger->("Scheduled static indexes generation\n");
}
}
sub list_files_for_mirroring {
my $self = shift;
my $cache = Path::Tiny::path($self->mirror_list_file);
my $list;
try {
$list = JSON::MaybeXS::decode_json($cache->slurp)
} catch {
log_warn { "Failed to read cached mirror list $cache $_, refreshing" };
$list = $self->store_file_list_for_mirroring;
};
return $list;
}
sub store_file_list_for_mirroring {
my $self = shift;
my $file = Path::Tiny::path($self->mirror_list_file);
my $list = $self->get_file_list_for_mirroring;
log_debug { "Writing mirror list into cache $file" };
$file->spew(JSON::MaybeXS::encode_json($list));
return $list;
}
sub get_file_list_for_mirroring {
my ($self) = @_;
my $root = Path::Tiny::path($self->repo_root);
my @list = map { +{
file => $_,
ts => (stat($root->child($_)))[9] || '',
} } ('index.html', 'titles.html', 'topics.html', 'authors.html' );
my $root_as_string = $root->stringify;
my $mime = AmuseWikiFarm::Utils::Paths::served_mime_types();
find({ wanted => sub {
my $filename = $_;
if (-f $filename) {
my $ts = (stat($filename))[9];
my ($volume, $dir, $file) = File::Spec->splitpath(File::Spec->abs2rel($filename,
$root_as_string));
my @fragments = grep { length($_) } (File::Spec->splitdir($dir), $file);
Dlog_debug { "$filename: $_" } \@fragments;
return if grep { !m{\A[0-9a-zA-Z_-]+(\.[0-9a-zA-Z]+)*\z} } @fragments;
if ($fragments[-1] =~ m/\.([0-9a-zA-Z]+)\z/) {
my $ext = $1;
if ($mime->{$ext}) {
push @list, {
file => join('/', @fragments),
ts => $ts,
};
}
else {
log_info { "$filename denied, $ext not allowed" };
}
}
}
},
no_chdir => 1,
}, map { $_->stringify } $root->children(qr{\A[0-9a-zA-Z][0-9a-zA-Z_-]*\z}));
Dlog_debug { "List is $_" } \@list;
return \@list;
}
sub index_file {
my ($self, $file, $logger) = @_;
unless ($logger) {
$logger = sub { warn join(" ", @_) };
}
unless ($file && -f $file) {
$file ||= '<empty>';
$logger->("File $file does not exist\n");
return;
}
my $details = muse_file_info($file, $self->repo_root);
# unparsable
return unless $details;
my $class = $details->{f_class};
die "Missing class!" unless $class;
my %handled = (
image => 1,
upload_pdf => 1,
special => 1,
special_image => 1,
text => 1,
);
die "Unknown class $class" unless $handled{$class};
if ($class eq 'upload_pdf' or
$class eq 'image' or
$class eq 'special_image') {
$logger->("Inserting data for attachment $file and generating thumbnails\n");
my $attachment = $self->attachments->update_or_create($details);
try {
$attachment->generate_thumbnails;
} catch {
my $err = $_;
Dlog_error { "Error generating thumbnails for $_" } $details;
};
return $attachment;
}
# handle specials and texts
# ready to store into titles?
my $guard = $self->result_source->schema->txn_scope_guard;
# by default text are published, unless the file info returns something else
# and if it's an update we have to reset it.
my %insertion = (deleted => '');
# lower case the keys
my $fields = $self->title_fields;
foreach my $col (keys %$details) {
my $db_col = lc($col);
if (exists $fields->{$db_col}) {
$insertion{$db_col} = delete $details->{$col};
}
}
delete $details->{coverwidth};
$insertion{cover} = cover_filename_is_valid($insertion{cover});
# this is needed because we insert it from title, and DBIC can't
# infer the site_id from there (even if it should, but hey).
my @parsed_cats;
if (my $cats_from_title = delete $details->{parsed_categories}) {
my %cat_hash;
foreach my $cat (@$cats_from_title) {
# help dbic to cope with this
$cat->{site_id} = $self->id;
# check if there is an alias
if (my $alias = $self->redirections->find({
uri => $cat->{uri},
type => $cat->{type},
})) {
# check if the alias points to something
if (my $acat = $self->categories->find({
uri => $alias->redirect,
type => $alias->type,
})) {
# insert that instead
$logger->("Alias for $cat->{name} found, using "
. $acat->name . " instead\n");
foreach my $m (qw/name uri type/) {
$cat->{$m} = $acat->$m;
}
}
else {
$logger->(sprintf("Alias %s defined, but no %s found in %s\n",
$alias->uri, $alias->redirect,
$alias->type));
}
}
# here we have to check duplicated categories after the
# aliasing, which would trigger an exception.
my $cat_hashed = $cat->{type} . '/' . $cat->{uri};
if ($cat_hash{$cat_hashed}) {
$logger->("Duplicated $cat_hashed\n");
}
else {
$cat_hash{$cat_hashed} = 1;
push @parsed_cats, $cat;
}
}
}
if (%$details) {
$logger->("Custom directives: " . join(", ", %$details) . "\n");
}
$logger->("Inserting data for $file\n");
my $title = $self->titles->update_or_create(\%insertion)->discard_changes;
# handle redirections
if (my $deletion_msg = $title->deleted) {
if ($deletion_msg =~ m/^\s*redirect\:?\s+([a-z0-9-]+)\s*$/i) {
my $target = $1;
$logger->("Setting redirection to $target\n");
$self->redirections->update_or_create(
uri => $title->uri,
type => $title->f_class,
redirect => $target,
);
}
}
elsif (my $redir = $self->redirections->find({
uri => $title->uri,
type => $title->f_class,
})) {
$logger->("Removing existing redirection to "
. $redir->full_dest_uri . "\n");
$redir->delete;
}
# pick the old categories.
my @old_cats_ids;
foreach my $old_cat ($title->categories) {
push @old_cats_ids, $old_cat->id;
}
my $name = $title->uri;
$title->update_text_status($logger);
# before setting them, update or create. This way, the latest
# update will overwrite older one in case an error which maps to
# the same uri is spotted. For example, "pinco pallino" => "Pinco
# Pallino", without being stuck with the lower case. This of
# course is also a bit of performance penalty but i guess it's
# barely misurable on a normal run.
foreach my $category (@parsed_cats) {
$self->categories->update_or_create($category);
}
$title->set_categories(\@parsed_cats);
# the final goal is to avoid the use of hardcoded text_count
if ($class eq 'text') {
# update the text structure
$title->text_html_structure(1);
my $pubdate = $title->pubdate;
my @months;
# populate
if ($title->is_published) {
if (my $pubdate = $title->pubdate) {
push @months, {
site_id => $self->id,
month => $pubdate->month,
year => $pubdate->year,
};
}
}
$title->set_monthly_archives(\@months);
}
$title->muse_headers->delete;
if (my $header_obj = AmuseWikiFarm::Utils::Amuse::muse_header_object($title->f_full_path_name)) {
my %header = %{$header_obj->header};
foreach my $k (keys %header) {
# prevent a mess
if (length($k) < 255) {
$title->muse_headers->create({
muse_header => $k,
muse_value => $header{$k},
});
}
}
}
$title->scan_and_store_links($logger) if $self->enable_backlinks;
if (my $teaser_length = $self->automatic_teaser) {
$title->autogenerate_teaser($teaser_length, $logger);
}
$guard->commit;
# postpone the xapian indexing to the very end. The only piece
# missing is the collation indexing, which changes anyway.
$self->xapian->index_text($title, $logger);
return $title;
}
=head2 title_fields
Return an hashref with the keys set to each column of the Title row.
=head2 list_fixed_categories
Return an arrayref with the list of the fixed category, if they exist,
or nothing.
=cut
sub title_fields {
my $self = shift;
my %fields = map { $_ => 1 } $self->titles->result_source->columns;
return \%fields;
}
sub list_fixed_categories {
my $self = shift;
if (my $list = $self->fixed_category_list) {
return [ split(/\s+/, $list) ];
}
else {
return;
}
}
sub locales_dir {
my $self = shift;
return File::Spec->catdir($self->path_for_site_files, 'locales');
}
sub lexicon_file {
my $self = shift;
return File::Spec->catfile($self->path_for_site_files, "lexicon.json");
}
sub mirror_list_file {
my $self = shift;
return File::Spec->catfile($self->path_for_site_files, "mirror.json");
}
has lexicon => (is => 'ro',
isa => 'Maybe[HashRef]',
lazy => 1,
builder => '_build_lexicon');
sub _build_lexicon {
my $self = shift;
my $file = $self->lexicon_file;
if (-f $file) {
my $json = Text::Amuse::Compile::Utils::read_file($file);
my $hashref = AmuseWikiFarm::Utils::Amuse::from_json($json);
if ($hashref and ref($hashref) eq 'HASH') {
return $hashref;
}
elsif ($@) {
log_fatal { $@ };
}
}
return undef;
}
sub multilanguage_list {
my ($self) = @_;
my $list = $self->multilanguage;
if ($list) {
my @langs = grep { /\w/ } split(/\s+/, $list);
my @out;
my $check = $self->known_langs;
foreach my $i (@langs) {
if (my $label = $check->{$i}) {
push @out, {
code => $i,
label => $label,
},
}
}
return \@out;
}
else {
return;
}
}
sub supported_locales {
my ($self) = @_;
my $check = $self->known_langs;
my @all = map { $_->{code} } @{ $self->multilanguage_list || [] };
push @all, $self->locale;
my %out;
foreach my $lang (@all) {
if ($check->{$lang}) {
$out{$lang}++;
}
}
my @locales = sort keys %out;
return @locales;
}
sub is_without_authors {
my ($self, $logged_in) = @_;
return !$self->categories->by_type('author')
->with_texts(deferred => $logged_in || $self->show_preview_when_deferred)
->first;
}
sub is_without_topics {
my ($self, $logged_in) = @_;
return !$self->categories->by_type('topic')
->with_texts(deferred => $logged_in || $self->show_preview_when_deferred)
->first;
}
has options_hr => (
is => 'ro',
isa => 'HashRef[Str]',
lazy => 1,
builder => '_build_options_hr',
);
sub _build_options_hr {
my $self = shift;
my $options = $self->site_options;
my %opts;
while (my $option = $options->next) {
$opts{$option->option_name} = $option->option_value;
}
return \%opts;
}
=head1 SCANNING
=head2 repo_find_files
Return an hashrefs, where each key is the relative path to the file,
and the value is the epoch timestamp in seconds.
=cut
sub repo_find_files {
my $self = shift;
my %files;
my $root = $self->repo_root;
find (sub {
my $file = $_;
return unless -f $file;
my $relpath = File::Spec->abs2rel($File::Find::name, $root);
if (muse_filepath_is_valid($relpath)) {
die "Something is wrong here" if exists $files{$relpath};
$files{$relpath} = (stat($file))[9];
}
else {
warn "Discarding $relpath\n" if $relpath =~ m/\.muse$/;
}
}, $root);
return \%files;
}
=head2 repo_find_tracked_files
Return an hashrefs, where each key is the relative path to the file,
and the value is the epoch timestamp in seconds.
=cut
sub repo_find_tracked_files {
my $self = shift;
my %files;
my $root = $self->repo_root;
foreach my $f ($self->titles, $self->attachments) {
# ignore bogus entries without a timestamp (placeholders for revisions)
my $abspath = $f->f_full_path_name;
next unless $abspath;
# ignore files in the staging area
next unless $f->f_archive_rel_path;
my $relpath = File::Spec->abs2rel($f->f_full_path_name, $root);
if (muse_filepath_is_valid($relpath)) {
die "Something is wrong here" if exists $files{$relpath};
$files{$relpath} = $f->f_timestamp_epoch;
}
else {
warn "Discarding $relpath, not in the right directory\n";
}
}
return \%files;
}
=head2 repo_find_changed_files
Compare the timestamp found in the tree with the ones stored in the
db, and run a check. It return an hashref with three keys, C<changed>,
C<new>, C<removed>. Each of them points to an arrayref with the list
of relative paths.
=cut
sub repo_find_changed_files {
my $self = shift;
my $report = {
new => [],
changed => [],
removed => [],
};
my $in_tree = $self->repo_find_files;
Dlog_debug { "Files are $_" } $in_tree;
my $in_db = $self->repo_find_tracked_files;
foreach my $file (keys %$in_db) {
if (exists $in_tree->{$file}) {
if ($in_tree->{$file} != $in_db->{$file}) {
push @{$report->{changed}}, $file;
}
}
else {
push @{$report->{removed}}, $file;
}
}
# and the other way around
foreach my $file (keys %$in_tree) {
unless (exists $in_db->{$file}) {
push @{$report->{new}}, $file;
}
}
return $report;
}
=head3 repo_git_pull($remote_name)
Try to pull the remote git into the master branch (fast-forward only).
You want to call C<update_db_from_tree> afterward.
=head3 repo_git_push($remote_name)
Try to push master into the remote git.
=cut
sub repo_git_pull {
shift->_repo_git_action(pull => @_);
}
sub repo_git_push {
shift->_repo_git_action(push => @_);
}
sub _repo_git_action {
my ($self, $action, $remote, $logger) = @_;
die "Wrong usage" unless $action;
my @out;
if (my $git = $self->git) {
$remote ||= 'origin';
if ($remote =~ m/\A([a-z0-9]{2,30})\z/) {
$remote = $1; # untainting tecnique from the old days
}
else {
die "Invalid remote repo name $remote";
}
# cfr. git remote
my $fatal;
if ($action eq 'push') {
eval {
@out = $git->push($remote, 'master');
};
$fatal = $@;
}
elsif ($action eq 'pull') {
eval {
$git->fetch($remote);
# safe interpolation, as we checked it.
@out = $git->RUN(log => "HEAD..$remote/master");
push @out, $git->pull({ ff_only => 1 }, $remote, 'master');
};
$fatal = $@;
}
else {
die "Bad usage $action";
}
# this is the standard error was ->ERR, now is ->error
if (my $err = $git->can('error') ? $git->error : $git->ERR) {
push @out, @$err if @$err;
}
if ($fatal) {
push @out, $fatal->error;
log_error { $self->id . ": Fatal error on $action $remote: " . join("\n", @out) };
}
}
else {
push @out, "Not under git!";
}
if (@out) {
eval {
my @decoded = map { Encode::decode('UTF-8', $_) } @out;
@out = @decoded;
};
@out = map { $_ . "\n" } @out;
if ($logger) {
$logger->(@out);
}
else {
print @out;
}
}
return @out;
}
=head3 update_db_from_tree($logger)
Check the consistency of the repo and the db. Index and compile
new/changed files and purge the removed ones.
Pass the first argument (a sub ref) as logger to
L<Text::Amuse::Compile> if present.
=cut
sub update_db_from_tree {
my ($self, $logger) = @_;
$logger ||= sub { print @_ };
my @files = $self->_pre_update_db_from_tree($logger);
$self->compile_and_index_files(\@files, $logger);
}
sub _pre_update_db_from_tree {
my ($self, $logger) = @_;
$logger ||= sub { print @_ };
my $todo = $self->repo_find_changed_files;
# first delete
foreach my $purge (@{ $todo->{removed} }) {
if (my $found = $self->find_file_by_path($purge)) {
$logger->("Removing $purge from database\n");
$found->delete;
}
else {
log_warn { "$purge was not present in the db!" };
}
}
$self->index_site_files;
eval {
if (my @generated =
AmuseWikiFarm::Utils::LexiconMigration::convert($self->lexicon,
$self->locales_dir)) {
$logger->("Updated the following file from lexicon file:\n"
. join("\n", @generated) . "\n");
}
};
if ($@) {
$logger->("Exception migrating lexicon to PO: $@");
}
my @files = (sort @{ $todo->{new} }, @{ $todo->{changed} });
return @files;
}
=head2 find_file_by_path($path)
Return a title or attachment depending on the path provided (or
nothing if not found).
=cut
sub find_file_by_path {
my ($self, $path) = @_;
return unless $path;
my $fullpath = File::Spec->rel2abs($path, $self->repo_root);
if ($fullpath =~ m/\.muse$/) {
my $title = $self->titles->find_file($fullpath);
return $title;
}
else {
my $file = $self->attachments->find_file($fullpath);
return $file;
}
}
=head2 git
Return the Git::Wrapper object bound to the repo (or undef if it's not under git).
=cut
sub git {
my $self = shift;
return unless $self->repo_is_under_git;
my $root = $self->repo_root;
require Git::Wrapper;
my $git = Git::Wrapper->new($root);
return $git;
}
=head2 remote_gits
Return a list of remote gits found in the repo. Each element is an
hashref with the following keys: C<name>, C<url>, C<action>.
=cut
sub remote_gits {
my $self = shift;
my $git = $self->git;
return unless $git;
my @remotes = $git->remote('-v');
my @out;
foreach my $remote (@remotes) {
my ($name, $url, $action) = split(/\s+/, $remote, 3);
if ($action =~ m/\s*\((.+)\)\s*/) {
push @out, { name => $name,
url => $url,
action => $1 };
}
}
return @out;
}
=head2 remote_gits_hashref
Return an hashref (empty hashref is no git or no remotes) with this structure:
{
origin => {
fetch => $remotedir,
push => $remotedir,
},
other => {
fetch => $repo,
},
# ....
}
This is used for validation of actions.
=cut
sub remote_gits_hashref {
my $self = shift;
my @remotes = $self->remote_gits;
my $out = {};
foreach my $remote (@remotes) {
$out->{$remote->{name}}->{$remote->{action}} = $remote->{url};
}
return $out;
}
sub add_git_remote {
my ($self, $name, $url) = @_;
my $git = $self->git;
return unless $git;
log_debug { "Trying to add $name and $url" };
my ($valid_name, $valid_url);
if ($name =~ m/\A\s*([0-9a-zA-Z]{2,30})\s*\z/) {
$valid_name = lc($1);
}
my $pathre = qr{(/[0-9a-zA-Z\._-]+)+/?};
if ($url =~ m{\A\s*(((git|https?):/)?$pathre)\s*\z}) {
$valid_url = $1;
}
if ($valid_url && $valid_name && !$self->remote_gits_hashref->{$valid_name}) {
log_info { "Adding $valid_name $valid_url" };
$git->remote(add => $valid_name => $valid_url);
return $valid_name;
}
else {
log_error { "$name and/or $url are invalid" };
return;
}
}
sub remove_git_remote {
my ($self, $name) = @_;
my $git = $self->git;
if ($self->remote_gits_hashref->{$name}) {
$git->remote(rm => $name);
return 1;
}
else {
return;
}
}
=head2 update_or_create_user(\%attrs, $role)
update_or_create_user($username, $role)
Create or update a user and add it to our user unless already present.
If an hashref is passed, it must contain the username key with some
value. Also, the sanity of the username is checked.
Returns the User object.
If the optional $role is passed, the role will be assigned, defaulting
to librarian if not passed.
=cut
sub update_or_create_user {
my ($self, $details, $role) = @_;
$role ||= 'librarian';
# first, search our users
my $username;
if (ref($details)) {
$username = $details->{username};
}
else {
$username = $details;
$details = { username => $username };
}
die "Missing username" unless $username;
my $cleaned = muse_naming_algo($username);
die "$username doesn't match $cleaned" unless $username eq $cleaned;
# search the site
my $user = $self->users->find({ username => $username });
if ($user) {
my %query = %$details;
delete $query{username};
if (%query) {
$user->update(\%query)->discard_changes;
}
}
else {
# still here? check the existing userbase
$user = $self->result_source->schema->resultset('User')
->update_or_create({ %$details })->discard_changes;
$self->add_to_users($user);
}
# check the roles
unless ($user->roles->find({ role => $role })) {
$user->add_to_roles({ role => $role });
}
return $user;
}
sub my_topics {
my $self = shift;
return $self->categories->by_type('topic');
}
sub my_authors {
my $self = shift;
return $self->categories->by_type('author');
}
=head2 update_from_params(\%params)
If the params is valid, perform an update, otherwise return the error.
=cut
sub update_from_params_restricted {
my ($self, $params) = @_;
return unless $params;
my %fixed_values = (
active => 'value',
logo => 'value_or_empty',
logo_with_sitename => 'value',
canonical => 'value',
sitegroup => 'value',
ttdir => 'value',
use_luatex => 'option',
vhosts => 'delete',
secure_site => 'value',
secure_site_only => 'value',
acme_certificate => 'value',
ssl_key => 'value_or_empty',
ssl_chained_cert => 'value_or_empty',
ssl_cert => 'value_or_empty',
ssl_ca_cert => 'value_or_empty',
);
my $abort;
foreach my $value (keys %fixed_values) {
if (exists $params->{$value}) {
log_error { "Restricted update passed a fixed value, $value, aborting" };
$abort++;
}
my $type = $fixed_values{$value};
if ($type eq 'value') {
$params->{$value} = $self->$value;
}
elsif ($type eq 'value_or_empty') {
$params->{$value} = $self->$value || '';
}
elsif ($type eq 'option') {
$params->{$value} = $self->get_option($value);
}
elsif ($type eq 'delete') {
delete $params->{$value};
}
else {
die "$type is wrong";
}
}
if ($abort) {
return;
}
else {
return $self->update_from_params($params);
}
}
sub update_from_params {
my ($self, $params) = @_;
Dlog_debug { "options are $_" } ($params);
my @errors;
# allwoing to set bare_html, we get the chance to the sloppy admin
# to break the app, but hey...
# first round: booleans. Here there is not much to do. If it's set, 1,
# otherwise 0
my @booleans = (qw/logo_with_sitename
cgit_integration
secure_site
active
blog_style
acme_certificate
secure_site_only
twoside nocoverpage/);
foreach my $boolean (@booleans) {
if (delete $params->{$boolean}) {
$self->$boolean(1);
}
else {
$self->$boolean(0);
}
}
# strings: same here, nothing which should go too wrong, save for
# the the length.
my @strings = (qw/magic_answer magic_question fixed_category_list
multilanguage
theme
ssl_key
ssl_cert
ssl_ca_cert
ssl_chained_cert
sitename siteslogan logo mail_notify mail_from
sitegroup ttdir/);
foreach my $string (@strings) {
my $param = delete $params->{$string};
if (defined $param) {
$param =~ s/\s+/ /gs;
$param =~ s/^\s+//;
$param =~ s/\s+$//;
if (length($param) < 256) {
$self->$string($param);
}
else {
push @errors, "$string $param exceeds 255 chars";
}
}
else {
push @errors, "$string is not defined!";
}
}
if ($params->{canonical} and
$params->{canonical} =~ m/\A$RE{net}{domain}{-nospace}{-rfc1101}\z/) {
my $canonical = delete $params->{canonical};
$self->canonical($canonical);
}
else {
log_error { ($params->{canonical} || '') . "doesn't match"
. $RE{net}{domain}{-nospace}{-rfc1101} };
push @errors, "Canonical is mandatory";
}
# ranges
my %ranges = (
division => [9, 15],
fontsize => [10, 12],
bb_page_limit => [10, 2000], # 2000 pages should be enough...
);
foreach my $integer (keys %ranges) {
my $int = delete $params->{$integer};
unless (defined $int and $int =~ m/^[1-9][0-9]*$/) {
push @errors, "$integer $int doesn't look like an integer";
next;
}
my $range = $ranges{$integer};
if ($int < $range->[0] and $int > $range->[1]) {
push @errors, "$integer $int is out of range";
}
else {
$self->$integer($int);
}
}
# most critical: strings which need to have exactly defined values
# 'mode' => 'modwiki',
# 'papersize' => 'a4',
# 'mainfont' => 'Charis SIL',
# 'locale' => 'hr',
# 'bcor' => '0mm'
# these are select options, so just ignore wrong values
my $mode = delete $params->{mode};
if ($mode && $self->available_modes->{$mode}) {
$self->mode($mode);
}
else {
push @errors, "Wrong mode!";
}
my $locale = delete $params->{locale};
if ($locale && $self->known_langs->{$locale}) {
$self->locale($locale);
}
else {
push @errors, "Wrong locale!";
}
# for papersize and fonts, we ask the bookbuilder
my $bb = AmuseWikiFarm::Archive::BookBuilder->new(site => $self) ;
my $ppsize = delete $params->{papersize};
if ($ppsize && $bb->papersize_values_as_hashref->{$ppsize}) {
$self->papersize($ppsize);
}
else {
push @errors, "Wrong papersize!";
}
foreach my $fontfamily (qw/mainfont sansfont monofont/) {
my $font = delete $params->{$fontfamily};
Dlog_debug { "Available fonts $_" } $bb->available_fonts;
if ($font && $bb->available_fonts->{$font}) {
$self->$fontfamily($font);
}
else {
$font ||= "NONE";
push @errors, "Wrong $fontfamily $font!";
}
}
if (my $beamertheme = delete $params->{beamertheme} || '') {
my %avail = map { $_ => 1 } @{ $bb->beamer_themes_values };
Dlog_debug { "available beamer theme $_ and $beamertheme" } \%avail;
if ($avail{$beamertheme}) {
$self->beamertheme($beamertheme);
}
else {
push @errors, "Wrong Beamer theme: $beamertheme";
}
}
if (my $beamercolortheme = delete $params->{beamercolortheme} || '') {
my %avail = map { $_ => 1 } @{ $bb->beamer_color_themes_values };
Dlog_debug { "available beamer color theme $_ and $beamercolortheme" }
\%avail;
if ($avail{$beamercolortheme}) {
$self->beamercolortheme($beamercolortheme);
}
else {
push @errors, "Wrong Beamer Color theme: $beamercolortheme";
}
}
my $bcor = delete $params->{bcor};
if ($bcor && $bcor =~ m/^([0-9]+mm)$/) {
$self->bcor($1);
}
else {
push @errors, "Invalid binding correction\n";
}
my $opening = delete $params->{opening};
if ($opening) {
my %avail_openings = map { $_ => 1 } @{ $bb->opening_values };
if ($avail_openings{$opening}) {
$self->opening($opening);
}
else {
push @errors, "Invalid opening!";
}
}
else {
push @errors, "Invalid opening!";
}
# unclear if it's enough to prevent a memory cycle. Probably it
# is, as $bb goes away, which references $self.
undef $bb;
my @vhosts;
# ignore missing vhosts
if (my $vhosts = delete $params->{vhosts}) {
@vhosts = grep { m/\w/ } split(/\s+/, $vhosts);
if (@vhosts) {
my @existing = $self->result_source->schema->resultset('Vhost')
->search( {
name => [ @vhosts ],
site_id => { '!=' => $self->id }
} );
foreach my $ex (@existing) {
push @errors, "Found existing vhost: " . $ex->name;
}
}
}
my @options;
# these are numerics
foreach my $option (qw/latest_entries_for_rss
paginate_archive_after
pagination_size
pagination_size_search
pagination_size_monthly
pagination_size_latest
pagination_size_category
automatic_teaser
/) {
my $value = 0;
if (my $set_to = delete $params->{$option}) {
if ($set_to =~ m/([1-9][0-9]*)/) {
$value = $1;
}
else {
push @errors, "$option should be numeric";
}
}
push @options, {
option_name => $option,
option_value => $value,
};
}
# this is totally arbitrary
foreach my $option (qw/html_special_page_bottom use_luatex
html_regular_page_bottom
left_layout_html
right_layout_html
top_layout_html
bottom_layout_html
footer_layout_html
do_not_enforce_commit_message
text_infobox_at_the_bottom
freenode_irc_channel
turn_links_to_images_into_images
enable_video_widgets
restrict_mirror
show_preview_when_deferred
lists_are_always_flat
titles_category_default_sorting
enable_order_by_sku
enable_backlinks
use_js_highlight
edit_option_page_left_bs_columns
edit_option_show_cheatsheet
edit_option_show_filters
edit_option_preview_box_height
show_type_and_number_of_pages
/) {
my $value = delete $params->{$option} || '';
# clean it up from leading and trailing spaces
$value =~ s/\A\s*//s;
$value =~ s/\s*\z//s;
push @options, {
option_name => $option,
option_value => $value,
};
}
my @site_links = (
$self->deserialize_links(delete $params->{site_links}, 'specials'),
$self->deserialize_links(delete $params->{site_links_projects}, 'projects'),
$self->deserialize_links(delete $params->{site_links_archive}, 'archive')
);
if (%$params) {
push @errors, "Unprocessed parameters found: "
. join(", ", keys %$params);
}
# no error? update the db
unless (@errors) {
my $guard = $self->result_source->schema->txn_scope_guard;
Dlog_info { "Updating site settings $_ " } +{ $self->get_dirty_columns };
$self->update;
if (@vhosts) {
Dlog_info { "Updating vhosts to $_" }
+{
to => \@vhosts,
from => [ map { $_->name } $self->vhosts ],
};
# delete and reinsert, even if it doesn't feel too right
$self->vhosts->delete;
foreach my $vhost (@vhosts) {
$self->vhosts->create({ name => $vhost });
}
}
$self->site_links->delete;
Dlog_info { "Updating links to $_" }
+{
from => [ map { +{ url => $_->url,
label => $_->label,
sorting_pos => $_->sorting_pos
} } $self->site_links ],
to => \@site_links,
};
foreach my $link (@site_links) {
$self->site_links->create($link);
}
Dlog_info { "Updating options to $_" }
+{
from => [ map { +{
option_name => $_->option_name,
option_value => $_->option_value
} } $self->site_options ],
to => \@options,
};
foreach my $opt (@options) {
$self->site_options->update_or_create($opt);
}
$guard->commit;
$self->configure_cgit;
}
# in any case discard the changes
$self->discard_changes;
@errors ? return join("\n", @errors) : return;
}
sub configure_cgit {
my $self = shift;
my $schema = $self->result_source->schema;
my $cgit = AmuseWikiFarm::Utils::CgitSetup->new(schema => $schema);
$cgit->configure;
}
sub deserialize_links {
my ($self, $string, $menu) = @_;
my @links;
return @links unless $string;
my @lines = grep { $_ } split(/\r?\n/, $string);
return @links unless @lines;
my $order = 0;
foreach my $line (@lines) {
if ($line =~ m{^\s*(\S+)\s+(.*?)\s*$}) {
push @links, {
url => $1,
label => $2,
sorting_pos => $order++,
menu => $menu,
};
}
}
return @links;
}
sub serialize_links {
my ($self, $menu) = @_;
my $links = $self->site_links->search({ menu => $menu },
{ order_by => [qw/sorting_pos label url/] });
my @lines;
while (my $link = $links->next) {
push @lines, $link->url . ' ' . $link->label;
}
if (@lines) {
return join("\n", @lines);
}
else {
return '';
}
}
sub translations_list {
my $self = shift;
# get all the texts
my $rs = $self->titles->search({ f_class => 'text' },
{
columns => [qw/uid title uri f_class/],
order_by => [qw/list_title/],
});
my %all;
while (my $text = $rs->next) {
my $uid = $text->uid || 0; # consider '', null and 0 all the same
$all{$uid} ||= [];
push @{$all{$uid}}, {
full_uri => $text->full_uri,
title => $text->uri,
full_edit_uri => $text->full_edit_uri,
};
}
my @out;
my @list = sort keys %all;
foreach my $k (@list) {
push @out, { uid => $k,
texts => delete($all{$k}) };
}
return \@out;
}
=head2 initialize_git
If there is no repo, initialize a git one.
=cut
sub initialize_git {
my $self = shift;
my $root = $self->repo_root;
if (-d $root) {
warn "$root already exist, skipping the git initialization";
return;
}
mkdir $self->repo_root
or die "Couldn't create " . $self->repo_root . " " . $!;
require Git::Wrapper;
my $git = Git::Wrapper->new($self->repo_root);
$git->init;
$self->_create_repo_stub;
$git->add('.');
$git->commit({ message => 'Initial AMuseWiki setup' });
$self->configure_cgit;
return 1;
}
sub _create_repo_stub {
my $self = shift;
my $root = $self->repo_root;
my $gitignore =<<'GITIGNORE';
?/??/*.pdf
?/??/*.a4.pdf
?/??/*.lt.pdf
?/??/*.epub
?/??/*.html
?/??/*.tex
?/??/*.log
?/??/*.tuc
?/??/*.aux
?/??/*.toc
?/??/*.ok
?/??/*.zip
?/??/*.status
specials/*.pdf
specials/*.a4.pdf
specials/*.lt.pdf
specials/*.epub
specials/*.html
specials/*.tex
specials/*.log
specials/*.tuc
specials/*.aux
specials/*.toc
specials/*.ok
specials/*.zip
specials/*.status
*~
GITIGNORE
my $stub = "/* Empty by default, for local changes */\n";
my $gitignore_path = File::Spec->catfile($root, '.gitignore');
my $local_js_path = File::Spec->catfile($self->path_for_site_files, 'local.js');
my $local_css_path = File::Spec->catfile($self->path_for_site_files, 'local.css');
# create stub dirs
foreach my $dir (qw/site_files specials uploads/) {
my $target = File::Spec->catdir($root, $dir);
mkdir $target or die "Couldn't create $target: $!";
}
my %stubs = (
$gitignore_path => $gitignore,
$local_js_path => $stub,
$local_css_path => $stub,
);
foreach my $file (keys %stubs) {
open (my $fh, '>:encoding(UTF-8)', $file) or die "Couldn't open $file $!";
print $fh $stubs{$file};
close $fh or die $!;
}
}
sub static_indexes_generator {
my $self = shift;
require AmuseWikiFarm::Archive::StaticIndexes;
# pass a copy, so we avoid potential circular references
return AmuseWikiFarm::Archive::StaticIndexes->new(site => $self->get_from_storage);
}
sub canonical_url {
return shift->canonical_url_secure;
}
sub https_available {
my $self = shift;
return $self->secure_site || $self->secure_site_only;
}
sub canonical_url_secure {
my $self = shift;
if ($self->https_available) {
return 'https://' . $self->canonical;
}
else {
return 'http://' . $self->canonical;
}
}
sub all_site_hostnames {
my $self = shift;
my @hostnames = ($self->canonical);
push @hostnames, $self->alternate_hostnames;
return @hostnames;
}
sub alternate_hostnames {
my $self = shift;
return sort map { $_->name } $self->vhosts;
}
sub full_name {
my $self = shift;
return $self->sitename || $self->canonical;
}
sub latest_entries_for_rss_rs {
my $self = shift;
return $self->titles->latest($self->latest_entries_for_rss);
}
sub latest_entries_for_rss {
return shift->get_option('latest_entries_for_rss') || 25;
}
sub paginate_archive_after {
return shift->get_option('paginate_archive_after') || 25;
}
sub freenode_irc_channel {
return shift->get_option('freenode_irc_channel') || '#amusewiki';
}
sub turn_links_to_images_into_images {
return shift->get_option('turn_links_to_images_into_images') || '';
}
sub restrict_mirror {
return shift->get_option('restrict_mirror') || '';
}
sub enable_video_widgets {
return shift->get_option('enable_video_widgets') || '';
}
sub lists_are_always_flat {
return shift->get_option('lists_are_always_flat') || '';
}
sub pagination_needed {
my ($self, $count) = @_;
return 0 unless $count;
my $min = $self->paginate_archive_after;
$count > $min ? return 1 : return 0;
}
sub get_option {
my ($self, $lookup) = @_;
if ($lookup) {
return $self->options_hr->{$lookup};
}
else {
return undef;
}
}
sub html_special_page_bottom {
return shift->get_option('html_special_page_bottom') || '';
}
sub html_regular_page_bottom {
return shift->get_option('html_regular_page_bottom') || '';
}
sub left_layout_html {
return shift->get_option('left_layout_html') || '';
}
sub right_layout_html {
return shift->get_option('right_layout_html') || '';
}
sub top_layout_html {
return shift->get_option('top_layout_html') || '';
}
sub bottom_layout_html {
return shift->get_option('bottom_layout_html') || '';
}
sub footer_layout_html {
return shift->get_option('footer_layout_html') || '';
}
sub titles_available_sortings {
my $self = shift;
return $self->titles->available_sortings(
sku => $self->enable_order_by_sku,
text_size => $self->show_type_and_number_of_pages,
);
}
sub validate_text_category_sorting {
my ($self, $option) = @_;
my @available = $self->titles_available_sortings;
if ($option) {
if (grep { $_->{name} eq $option } @available) {
return $option;
}
}
if ($self->blog_style) {
return 'pubdate_desc';
}
else {
return $available[0]{name};
}
}
sub titles_category_default_sorting {
my $self = shift;
my $option = $self->get_option('titles_category_default_sorting') || '';
return $self->validate_text_category_sorting($option);
}
sub enable_order_by_sku {
return shift->get_option('enable_order_by_sku') || '';
}
sub enable_backlinks {
return shift->get_option('enable_backlinks') || '';
}
sub pagination_size {
return shift->get_option('pagination_size') || 10;
}
sub pagination_size_latest {
my $self = shift;
return $self->get_option('pagination_size_latest') || $self->pagination_size;
}
sub pagination_size_category {
my $self = shift;
return $self->get_option('pagination_size_category') || $self->pagination_size;
}
sub pagination_size_search {
my $self = shift;
return $self->get_option('pagination_size_search') || $self->pagination_size;
}
sub pagination_size_monthly {
my $self = shift;
return $self->get_option('pagination_size_monthly') || $self->pagination_size;
}
sub automatic_teaser {
my $self = shift;
if (my $value = $self->get_option('automatic_teaser')) {
if ($value =~ m/\A([1-9][0-9]*)\z/) {
return $1;
}
}
return 0;
}
sub show_type_and_number_of_pages {
my $self = shift;
return $self->get_option('show_type_and_number_of_pages') || '';
}
sub text_infobox_at_the_bottom {
return shift->get_option('text_infobox_at_the_bottom') || '';
}
sub show_preview_when_deferred {
my $self = shift;
if ($self->get_option('show_preview_when_deferred')) {
return 1;
}
else {
return '';
}
}
sub use_luatex {
my ($self) = @_;
$self->get_option('use_luatex') ? 1 : 0;
}
sub do_not_enforce_commit_message {
my ($self) = @_;
$self->get_option('do_not_enforce_commit_message') ? 1 : 0;
}
sub use_js_highlight {
my ($self, $force) = @_;
if (my $langs = $self->use_js_highlight_value || $force ) {
my @true_langs = grep { /\A[a-z]+\z/ } split(/\s+/, $langs);
return AmuseWikiFarm::Utils::Amuse::to_json({ languages => \@true_langs });
}
return '';
}
sub use_js_highlight_value {
my $self = shift;
return $self->get_option('use_js_highlight');
}
sub mail_from_default {
my $self = shift;
if (my $mail = $self->mail_from) {
return $mail;
}
else {
return 'noreply@' . $self->canonical;
}
}
sub popular_titles {
my ($self, $page) = @_;
return $self->title_stats->popular_texts($page, $self->pagination_size);
}
=head2 serialize_site
Return an hashref with the serialized site, with options, virtual
host, etc. so you can call the resultset
L<AmuseWikiFarm::Schema::ResultSet::Site> C<deserialize_site> call on
this to clone a site.
=cut
sub _columns_with_no_embedded_id {
my $row = shift;
my $source = $row->result_source;
my %cols = $row->get_columns;
foreach my $col ($row->columns) {
my %info = %{ $source->column_info($col) };
if ($info{is_auto_increment} or
$info{is_foreign_key}) {
log_debug { "Deleting $col $cols{$col} from $row" };
delete $cols{$col};
}
}
return %cols;
}
sub serialize_site {
my ($self) = @_;
my %data = $self->get_columns;
foreach my $spec ($self->result_source->resultset->site_serialize_related_rels) {
my ($method, @search_args) = @$spec;
my @records;
ROW:
foreach my $row ($self->$method->search(@search_args)->all) {
my %row_data = _columns_with_no_embedded_id($row);
if ($method eq 'categories') {
# add the description, if needed
my @descriptions;
foreach my $desc ($row->category_descriptions) {
my %hashref = _columns_with_no_embedded_id($desc);
push @descriptions, \%hashref;
}
if (@descriptions) {
$row_data{category_descriptions} = \@descriptions;
}
}
push @records, \%row_data;
}
if (my $ordering = $search_args[1]{order_by}) {
if (@$ordering == 1) {
my $order_by = $ordering->[0];
log_debug { "Ordering again by $order_by" };
@records = sort { $a->{$order_by} cmp $b->{$order_by} } @records;
}
}
$data{$method} = \@records;
}
# then the users
my @users;
foreach my $user ($self->users) {
my %user_data = _columns_with_no_embedded_id($user);
foreach my $method (qw/roles
bookbuilder_profiles/) {
$user_data{$method} = [ map { +{ _columns_with_no_embedded_id($_) } } $user->$method->all ];
}
push @users, \%user_data;
}
$data{users} = \@users;
return \%data;
}
sub populate_monthly_archives {
my $self = shift;
my $guard = $self->result_source->schema->txn_scope_guard;
# clear all
$self->monthly_archives->delete;
my $texts = $self->titles->published_texts->search({}, { columns => [qw/id pubdate/] });
while (my $text = $texts->next) {
if (my $pubdate = $text->pubdate) {
my $month = $self->monthly_archives->find_or_create({
month => $pubdate->month,
year => $pubdate->year,
});
$month->add_to_titles($text);
}
}
$guard->commit;
}
sub bootstrap_themes {
my $self = shift;
my @themes = (qw/amusewiki
amusecosmo
amusejournal
cerulean
cosmo
cyborg
darkly
flatly
journal
lumen
readable
simplex
slate
spacelab
united
/);
return @themes;
}
sub bootstrap_theme {
my $self = shift;
my $theme = $self->theme || 'amusewiki';
my %avail = map { $_ => 1 } $self->bootstrap_themes;
if ($avail{$theme}) {
return $theme;
}
else {
log_error { "Theme $theme not found! for site " . $self->canonical };
return 'amusewiki';
}
}
sub bootstrap_theme_list {
my $self = shift;
my @themes = map { +{ name => $_, label => ucfirst($_) } } $self->bootstrap_themes;
Dlog_debug { "Themes are $_" } \@themes;
return @themes;
}
sub xapian_reindex_all {
my ($self, $logger) = @_;
$logger ||= sub { return };
my $xapian = $self->xapian;
my $newdir;
my $titles = $self->titles->texts_only;
unless ($titles->count) {
$xapian->write_specification_file;
return;
}
try {
my $newdb = $self->xapian(auxiliary => 1);
log_info { "Building new db against " . $newdb->xapian_dir };
while (my $title = $titles->next) {
$newdb->index_text($title, $logger);
}
$newdir = $newdb->xapian_dir;
log_info { "new xapian dir is $newdir" };
} catch {
my $err = $_;
log_error { "$err while rebuilding xapian index for " . $self->id };
};
if ($newdir and -d $newdir) {
my $src = Path::Tiny::path($newdir);
my $dest = Path::Tiny::path($xapian->xapian_dir);
my $backup = Path::Tiny::path($xapian->xapian_backup_dir);
log_info { "moving $dest to $backup and $newdir to $dest" };
try {
$backup->remove_tree({ verbose => 1 }) if $backup->exists;
# please note that this is not atomic, but it should be
# really fast as it's a rename. I think we can afford a
# couple of failed requests. At least for now.
$dest->move($backup) if $dest->exists;
$src->move($dest);
$xapian->write_specification_file;
} catch {
my $err = $_;
log_error { "$err while swapping xapian dbs for " . $self->id };
};
}
else {
log_error { "No newdir $newdir set for " . $self->id };
}
}
=head1 WEBSERVER options
These options only affect the webserver configuration, but we have to
store them here to fully automate that, without calling the script
with different options which are not going to cover any case.
They are stored in the C<site> table to enable a more straightforward
setting from the sql monitor. (Say you have a wildcard cert for all
the sites, you can just do a single update to set them).
Please note that ssl_cert and ssl_ca_cert are not used anywhere,
because we don't provide an apache config generator. But if there is
the need for this, we have already the fields ready.
=head2 ssl_key
Used by both Apache and nginx.
=head2 ssl_cert
Used by Apache.
=head2 ssl_ca_cert
Used by Apache
=head2 ssl_chained_cert
Used by nginx (concatenation of the certificate and the CA
certificate).
=head2 secure_site_only
This affects only the generation of the nginx conf
=head1 EDITING OPTIONS
Stored in the site_options table and wrapped here. Compare with User
class.
=over 4
=item edit_option_preview_box_height
=item edit_option_show_filters
=item edit_option_show_cheatsheet
=item edit_option_page_left_bs_columns
=back
=cut
sub edit_option_preview_box_height {
my $self = shift;
my $value = $self->get_option('edit_option_preview_box_height');
if (defined $value and
$value =~ m/\A[1-9][0-9]*\z/) {
return $value;
}
return 500;
}
sub edit_option_show_filters {
my $self = shift;
my $value = $self->get_option('edit_option_show_filters');
if (defined $value) {
$value ? return 1 : return 0;
}
else {
return 1;
}
}
sub edit_option_show_cheatsheet {
my $self = shift;
my $value = $self->get_option('edit_option_show_cheatsheet');
if (defined $value) {
$value ? return 1 : return 0;
}
else {
return 1;
}
}
sub edit_option_page_left_bs_columns {
my $self = shift;
my $value = $self->get_option('edit_option_page_left_bs_columns');
if (defined $value and $value =~ m/\A[1-9][0-9]*\z/) {
return $value;
}
return 6;
}
sub update_db_from_tree_async {
my ($self, $logger, $username) = @_;
$logger ||= sub { print @_ };
my @files = $self->_pre_update_db_from_tree($logger);
my $now = DateTime->now;
return $self->bulk_jobs->reindexes->create({
created => $now,
status => (scalar(@files) ? 'active' : 'completed'),
completed => (scalar(@files) ? undef : $now),
username => $username,
jobs => [
map {
+{
site_id => $self->id,
username => $username,
task => 'reindex',
status => 'pending',
created => $now,
priority => 19,
payload => AmuseWikiFarm::Utils::Amuse::to_json({ path => $_ }),
}
} @files ]
});
}
sub rebuild_formats {
my ($self, $username) = @_;
my @texts = $self->titles->published_or_deferred_all
->search(undef,
{
result_class => 'DBIx::Class::ResultClass::HashRefInflator',
columns => [qw/id/],
});
Dlog_debug { "Texts are $_" } \@texts;
my $site_id = $self->id;
my $now = DateTime->now;
if ($username) {
$username = AmuseWikiFarm::Utils::Amuse::clean_username($username);
}
# here we skip the rebuild_add method, because it would be a lot
# slower to call $self->bulk_jobs->jobs->enqueue for each text.
# They could be very well be thousands. Here, instead, the
# creation is wrapped in a transaction and doesn't spawn objects
# without reason.
# loc('Rebuild')
return $self->bulk_jobs->rebuilds->create({
created => $now,
username => $username,
status => 'active',
jobs => [ map {
+{
payload => AmuseWikiFarm::Utils::Amuse::to_json($_),
site_id => $site_id,
task => 'rebuild',
status => 'pending',
created => $now,
priority => 20,
username => $username,
}
} @texts ]
});
}
sub active_custom_formats {
my $self = shift;
my @all = $self->custom_formats->active_only;
return \@all;
}
sub root_install_directory {
AmuseWikiFarm::Utils::Paths::root_install_directory();
}
sub mkits_location {
AmuseWikiFarm::Utils::Paths::mkits_location();
}
sub templates_location {
AmuseWikiFarm::Utils::Paths::templates_location();
}
sub localizer {
my ($self, $locale_asked) = @_;
log_debug { "Loading localizer" };
# there is no caching here. This should be called only outside the
# web app if needed.
my $locale = $locale_asked || $self->locale || 'en';
unless ($self->known_langs->{$locale}) {
log_error { "Unknown locale asked: $locale, defaulting to en" };
$locale = 'en';
}
require AmuseWikiFarm::Archive::Lexicon;
return AmuseWikiFarm::Archive::Lexicon->new->localizer($locale,
$self->id);
}
sub mailer {
my ($self, @args) = @_;
require AmuseWikiFarm::Utils::Mailer;
return AmuseWikiFarm::Utils::Mailer->new(mkit_location => $self->mkits_location->stringify, @args);
# please note that the catalyst config could have injected args.
# If we call this, those settings will be ignored, hence we permit
# argument passing)
}
sub send_mail {
my ($self, $mkit, $tokens) = @_;
foreach my $f (qw/to from cc/) {
if (length($tokens->{$f})) {
if (my $valid = Email::Valid->address($tokens->{$f})) {
$tokens->{$f} = $valid;
}
else {
log_error { "Invalid email for $f $tokens->{$f} for $mkit" };
$tokens->{$f} = '';
}
}
else {
# 0 or undef length
$tokens->{$f} = '';
}
}
return unless $tokens->{to} && $tokens->{from};
# check if the recipient is known to us and have a language
# preference
if (my $known_user = $self->result_source->schema->resultset('User')
->search({
email => $tokens->{to},
preferred_language => [ keys %{$self->known_langs} ],
})->first) {
$tokens->{lh} = $self->localizer($known_user->preferred_language);
}
else {
$tokens->{lh} = $self->localizer;
}
$self->mailer->send_mail($mkit => $tokens);
}
after insert => sub {
my $self = shift;
$self->discard_changes;
$self->check_and_update_custom_formats;
};
__PACKAGE__->meta->make_immutable;
1;
| 27.740407 | 116 | 0.523321 |
edc324a97d39237277e7ece7bd45d3bbfbef2e5d | 20,004 | pm | Perl | src/BioGraphics/Bio/Graphics/Glyph/wiggle_density.pm | EuPathDB-Infra/GBrowse | 250030f6ab615fffb348eb37641d240e589c225a | [
"Apache-2.0"
] | null | null | null | src/BioGraphics/Bio/Graphics/Glyph/wiggle_density.pm | EuPathDB-Infra/GBrowse | 250030f6ab615fffb348eb37641d240e589c225a | [
"Apache-2.0"
] | null | null | null | src/BioGraphics/Bio/Graphics/Glyph/wiggle_density.pm | EuPathDB-Infra/GBrowse | 250030f6ab615fffb348eb37641d240e589c225a | [
"Apache-2.0"
] | null | null | null | package Bio::Graphics::Glyph::wiggle_density;
use strict;
use base qw(Bio::Graphics::Glyph::wiggle_data
Bio::Graphics::Glyph::box
Bio::Graphics::Glyph::smoothing
Bio::Graphics::Glyph::xyplot
);
sub my_description {
return <<END;
This glyph draws quantitative data as a heatmap. Higher-intensity parts of the feature
will be drawn with more saturation.
For this glyph to work, the feature must define one of the following tags:
wigfile -- a path to a Bio::Graphics::Wiggle file
wigdata -- Wiggle data in the Bio::Graphics::Wiggle "wif" format, as created
by \$wig->export_to_wif().
coverage-- a simple comma-delimited string containing the quantitative values,
assumed to be one value per pixel.
END
}
sub my_options {
{
basedir => [
'string',
undef,
'If a relative path is used for "wigfile", then this option provides',
'the base directory on which to resolve the path.'
],
z_score_bounds => [
'integer',
4,
'When using z_score autoscaling, this option controls how many standard deviations',
'above and below the mean to show.'
],
autoscale => [
['local','chromosome','global','z_score','clipped_global'],
'clipped_global',
'If set to "global" , then the minimum and maximum values of the XY plot',
'will be taken from the wiggle file as a whole. If set to "chromosome", then',
'scaling will be to minimum and maximum on the current chromosome.',
'"clipped_global" is similar to "global", but clips the top and bottom values',
'to the multiples of standard deviations indicated by "z_score_bounds"',
'If set to "z_score", then the whole plot will be rescaled to z-scores in which',
'the "0" value corresponds to the mean across the genome, and the units correspond',
'to standard deviations above and below the mean. The number of SDs to show are',
'controlled by the "z_score_bound" option.',
'Otherwise, the plot will be',
'scaled to the minimum and maximum values of the region currently on display.',
'min_score and max_score override autoscaling if one or both are defined'
],
graph_type => [
undef,
undef,
'Unused option',
],
};
}
sub pad_top {
my $self = shift;
my $overlap = $self->bump eq 'overlap';
return $overlap ?$self->Bio::Graphics::Glyph::xyplot::pad_top(@_)
:$self->SUPER::pad_top(@_);
}
sub draw {
my $self = shift;
my ($gd,$dx,$dy) = @_;
my $retval = $self->SUPER::draw(@_);
if ($retval) {
$self->draw_label(@_) if $self->option('label');
$self->draw_description(@_) if $self->option('description');
$self->panel->endGroup($gd);
return $retval;
} else {
return $self->Bio::Graphics::Glyph::box::draw(@_);
}
}
sub draw_coverage {
my $self = shift;
my $feature = shift;
my $array = shift;
if (! $array || ref($array) ne 'ARRAY'){
unshift(@_,$array);
my @arr = (eval{$feature->get_tag_values('coverage')});
$array = $arr[0];
} else {
$array = [split ',',$array] unless ref $array;
}
return unless @$array;
my ($gd,$left,$top) = @_;
my ($start,$end) = $self->effective_bounds($feature);
my $length = $end - $start + 1;
my $bases_per_bin = ($end-$start)/@$array;
my @parts;
my $samples = $length < $self->panel->width ? $length
: $self->panel->width;
my $samples_per_base = $samples/$length;
for (my $i=0;$i<$samples;$i++) {
my $offset = $i/$samples_per_base;
my $v = $array->[$offset/$bases_per_bin];
push @parts,$v;
}
my ($x1,$y1,$x2,$y2) = $self->bounds($left,$top);
$self->draw_segment($gd,
$start,$end,
\@parts,
$start,$end,
1,1,
$x1,$y1,$x2,$y2);
}
sub draw_segment {
my $self = shift;
my ($gd,
$start,$end,
$seg_data,
$seg_start,$seg_end,
$step,$span,
$x1,$y1,$x2,$y2) = @_;
# clip, because wig files do no clipping
$seg_start = $start if $seg_start < $start;
$seg_end = $end if $seg_end > $end;
# figure out where we're going to start
my $scale = $self->scale; # pixels per base pair
my $pixels_per_span = $scale * $span + 1;
my $pixels_per_step = 1;
my $length = $end-$start+1;
# if the feature starts before the data starts, then we need to draw
# a line indicating missing data (this only happens if something went
# wrong upstream)
if ($seg_start > $start) {
my $terminus = $self->map_pt($seg_start);
$start = $seg_start;
$x1 = $terminus;
}
# if the data ends before the feature ends, then we need to draw
# a line indicating missing data (this only happens if something went
# wrong upstream)
if ($seg_end < $end) {
my $terminus = $self->map_pt($seg_end);
$end = $seg_end;
$x2 = $terminus;
}
return unless $start < $end;
# get data values across the area
my $samples = $length < $self->panel->width ? $length
: $self->panel->width;
my $data = ref $seg_data eq 'ARRAY' ? $seg_data
: $seg_data->values($start,$end,$samples);
# scale the glyph if the data end before the panel does
my $data_width = $end - $start;
my $data_width_ratio;
if ($data_width < $self->panel->length) {
$data_width_ratio = $data_width/$self->panel->length;
}
else {
$data_width_ratio = 1;
}
return unless $data && ref $data && @$data > 0;
my $min_value = $self->min_score;
my $max_value = $self->max_score;
my ($min,$max,$mean,$stdev) = $self->minmax($data);
unless (defined $min_value && defined $max_value) {
$min_value ||= $min;
$max_value ||= $max;
}
my $rescale = $self->option('autoscale') eq 'z_score';
my ($scaled_min,$scaled_max);
if ($rescale) {
my $bound = $self->z_score_bound;
$scaled_min = -$bound;
$scaled_max = +$bound;
} else {
($scaled_min,$scaled_max) = ($min_value,$max_value);
}
my $t = 0; for (@$data) {$t+=$_}
# allocate colors
# There are two ways to do this. One is a scale from min to max. The other is a
# bipartite scale using one color range from zero to min, and another color range
# from 0 to max. The latter behavior is triggered when the config file contains
# entries for "pos_color" and "neg_color" and the data ranges from < 0 to > 0.
my $poscolor = $self->pos_color || $self->fgcolor;
my $negcolor = $self->neg_color || $self->bgcolor;
my $data_midpoint = $self->midpoint;
$data_midpoint = 0 if $rescale;
my $bicolor = $poscolor != $negcolor
&& $scaled_min < $data_midpoint
&& $scaled_max > $data_midpoint;
my ($rgb_pos,$rgb_neg,$rgb);
if ($bicolor) {
$rgb_pos = [$self->panel->rgb($poscolor)];
$rgb_neg = [$self->panel->rgb($negcolor)];
} else {
$rgb = $scaled_max > $scaled_min ? ([$self->panel->rgb($poscolor)] || [$self->panel->rgb($self->bgcolor)])
: ([$self->panel->rgb($negcolor)] || [$self->panel->rgb($self->bgcolor)]);
}
my %color_cache;
@$data = reverse @$data if $self->flip;
if (@$data <= $self->panel->width) { # data fits in width, so just draw it
$pixels_per_step = $scale * $step;
$pixels_per_step = 1 if $pixels_per_step < 1;
my $datapoints_per_base = @$data/$length;
my $pixels_per_datapoint = $self->panel->width/@$data * $data_width_ratio;
my %temps;
map{$temps{$_}++} (@$data);
my %colorss = ();
for (my $i = 0; $i <= @$data ; $i++) {
my $x = $x1 + $pixels_per_datapoint * $i;
my $data_point = $data->[$i];
defined $data_point || next;
$data_point = ($data_point-$mean)/$stdev if $rescale;
$data_point = $scaled_min if $scaled_min > $data_point;
$data_point = $scaled_max if $scaled_max < $data_point;
my ($r,$g,$b) = $bicolor
? $data_point > $data_midpoint ? $self->calculate_color($data_point,$rgb_pos,
$data_midpoint,$scaled_max)
: $self->calculate_color($data_point,$rgb_neg,
$data_midpoint,$scaled_min)
: $self->calculate_color($data_point,$rgb,
$scaled_min,$scaled_max);
my $idx = $color_cache{$r,$g,$b} ||= $self->panel->translate_color($r,$g,$b);
$colorss{$idx} = $data_point;
$self->filled_box($gd,$x,$y1,$x+$pixels_per_datapoint,$y2,$idx,$idx);
}
(keys %colorss); # Alleviate a silent crash somewhere in GD that causes density graph get drawn as a solid-colored box
} else { # use Sheldon's code to subsample data
$pixels_per_step = $scale * $step;
my $pixels = 0;
# only draw boxes 2 pixels wide, so take the mean value
# for n data points that span a 2 pixel interval
my $binsize = 2/$pixels_per_step;
my $pixelstep = $pixels_per_step;
$pixels_per_step *= $binsize;
$pixels_per_step *= $data_width_ratio;
$pixels_per_span = 2;
my $scores = 0;
my $defined;
for (my $i = $start; $i < $end ; $i += $step) {
# draw the box if we have accumulated >= 2 pixel's worth of data.
if ($pixels >= 2) {
my $data_point = $defined ? $scores/$defined : 0;
$scores = 0;
$defined = 0;
$data_point = $scaled_min if $scaled_min > $data_point;
$data_point = $scaled_max if $scaled_max < $data_point;
my ($r,$g,$b) = $bicolor
? $data_point > $data_midpoint ? $self->calculate_color($data_point,$rgb_pos,
$data_midpoint,$scaled_max)
: $self->calculate_color($data_point,$rgb_neg,
$data_midpoint,$scaled_min)
: $self->calculate_color($data_point,$rgb,
$scaled_min,$max_value);
my $idx = $color_cache{$r,$g,$b} ||= $self->panel->translate_color($r,$g,$b);
$self->filled_box($gd,$x1,$y1,$x1+$pixels_per_span,$y2,$idx,$idx);
$x1 += $pixels;
$pixels = 0;
}
my $val = shift @$data;
# don't include undef scores in the mean calculation
# $scores is the numerator; $defined is the denominator
$scores += $val if defined $val;
$defined++ if defined $val;
# keep incrementing until we exceed 2 pixels
# the step is a fraction of a pixel, not an integer
$pixels += $pixelstep;
}
}
}
sub draw_plot {
my $self = shift;
my $parts = shift;
my ($gd,$dx,$dy) = @_;
my $x_scale = $self->scale;
my $panel_start = $self->panel->start;
my $feature = $self->feature;
my $f_start = $feature->start > $panel_start
? $feature->start
: $panel_start;
my ($left,$top,$right,$bottom) = $self->calculate_boundaries($dx,$dy);
# There is a minmax inherited from xyplot as well as wiggle_data, and I don't want to
# rely on Perl's multiple inheritance DFS to find the right one.
my ($min_score,$max_score,$mean,$stdev) = $self->minmax($parts);
my $rescale = $self->option('autoscale') eq 'z_score';
my ($scaled_min,$scaled_max);
if ($rescale) {
$scaled_min = int(($min_score-$mean)/$stdev + 0.5);
$scaled_max = int(($max_score-$mean)/$stdev + 0.5);
my $bound = $self->z_score_bound;
$scaled_max = $bound if $scaled_max > $bound;
$scaled_min = -$bound if $scaled_min < -$bound;
} else {
($scaled_min,$scaled_max) = ($min_score,$max_score);
}
my $pivot = $self->bicolor_pivot;
my $positive = $self->pos_color;
my $negative = $self->neg_color;
my $midpoint = $self->midpoint;
my ($rgb_pos,$rgb_neg,$rgb);
if ($pivot) {
$rgb_pos = [$self->panel->rgb($positive)];
$rgb_neg = [$self->panel->rgb($negative)];
} else {
$rgb = $scaled_max > $scaled_min ? ([$self->panel->rgb($positive)] || [$self->panel->rgb($self->bgcolor)])
: ([$self->panel->rgb($negative)] || [$self->panel->rgb($self->bgcolor)]);
}
my %color_cache;
my $flip = $self->{flip};
$self->panel->startGroup($gd);
foreach (@$parts) {
my ($start,$end,$score) = @$_;
$score = ($score-$mean)/$stdev if $rescale;
$score = $scaled_min if $scaled_min > $score;
$score = $scaled_max if $scaled_max < $score;
my $x1 = $left + ($start - $f_start) * $x_scale;
my $x2 = $left + ($end - $f_start) * $x_scale;
if ($flip) {
$x1 = $right - ($x1-$left);
$x2 = $right - ($x2-$left);
($x1,$x2) = ($x2,$x1);
}
my ($r,$g,$b) = $pivot
? ($score > $midpoint ? $self->calculate_color($score,$rgb_pos,
$midpoint,$scaled_max)
: $self->calculate_color($score,$rgb_neg,
$midpoint,$scaled_min)
)
: $self->calculate_color($score,$rgb,
$scaled_min,$scaled_max);
my $idx = $color_cache{$r,$g,$b} ||= $self->panel->translate_color($r,$g,$b);
$self->filled_box($gd,$x1,$top,$x2,$bottom,$idx,$idx);
}
return 1;
}
sub _draw_coverage {
my $self = shift;
my $feature = shift;
my $array = shift;
$array = [split ',',$array] unless ref $array;
return unless @$array;
my ($start,$end) = $self->effective_bounds($feature);
my $bases_per_bin = ($end-$start)/@$array;
my $pixels_per_base = $self->scale;
my @parts;
for (my $pixel=0;$pixel<$self->width;$pixel++) {
my $offset = $pixel/$pixels_per_base;
my $s = $start + $offset;
my $e = $s+1; # fill in gaps
my $v = $array->[$offset/$bases_per_bin];
push @parts,[$s,$s,$v];
}
$self->Bio::Graphics::Glyph::wiggle_density::draw_plot(\@parts,@_);
}
sub calculate_color {
my $self = shift;
my ($s,$rgb,$min_score,$max_score) = @_;
$s ||= $min_score;
return (255,255,255) if $max_score <= $min_score; # avoid div by zero
my $relative_score = ($s-$min_score)/($max_score-$min_score);
$relative_score = 0 if $relative_score < 0;
$relative_score = 1 if $relative_score > 1;
return map { int(255 - (255-$_) * $relative_score) } @$rgb;
}
sub min { $_[0] < $_[1] ? $_[0] : $_[1] }
sub max { $_[0] > $_[1] ? $_[0] : $_[1] }
sub record_label_positions {
my $self = shift;
my $rlp = $self->option('record_label_positions');
return $rlp if defined $rlp;
return 1;
}
sub draw_label {
shift->Bio::Graphics::Glyph::xyplot::draw_label(@_);
}
1;
__END__
=head1 NAME
Bio::Graphics::Glyph::wiggle_density - A density plot compatible with dense "wig"data
=head1 SYNOPSIS
See <Bio::Graphics::Panel> and <Bio::Graphics::Glyph>.
=head1 DESCRIPTION
This glyph works like the regular density but takes value data in
Bio::Graphics::Wiggle file format:
reference = chr1
ChipCHIP Feature1 1..10000 wigfile=./test.wig;wigstart=0
ChipCHIP Feature2 10001..20000 wigfile=./test.wig;wigstart=656
ChipCHIP Feature3 25001..35000 wigfile=./test.wig;wigstart=1312
The "wigfile" attribute gives a relative or absolute pathname to a
Bio::Graphics::Wiggle format file. The optional "wigstart" option
gives the offset to the start of the data. If not specified, a linear
search will be used to find the data. The data consist of a packed
binary representation of the values in the feature, using a constant
step such as present in tiling array data.
=head2 OPTIONS
The same as the regular graded_segments glyph, except that the
following options are recognized:
Name Value Description
---- ----- -----------
basedir path Path to be used to resolve "wigfile" and "densefile"
tags giving relative paths. Default is to use the
current working directory. Absolute wigfile &
densefile paths will not be changed.
autoscale "local" or "global"
If one or more of min_score and max_score options
are absent, then these values will be calculated
automatically. The "autoscale" option controls how
the calculation is done. The "local" value will
scale values according to the minimum and maximum
values present in the window being graphed. "global"
will use chromosome-wide statistics for the entire
wiggle or dense file to find min and max values.
smoothing method name Smoothing method: one of "mean", "max", "min" or "none"
smoothing_window
integer Number of values across which data should be smoothed.
bicolor_pivot
name Where to pivot the two colors when drawing bicolor plots.
Options are "mean" and "zero". A numeric value can
also be provided.
pos_color color When drawing bicolor plots, the fill color to use for values
that are above the pivot point.
neg_color color When drawing bicolor plots, the fill color to use for values
that are below the pivot point.
=head2 SPECIAL FEATURE TAGS
The glyph expects one or more of the following tags (attributes) in
feature it renders:
Name Value Description
---- ----- -----------
wigfile path name Path to the Bio::Graphics::Wiggle file for vales.
(required)
densefile path name Path to a Bio::Graphics::DenseFeature object
(deprecated)
denseoffset integer Integer offset to where the data begins in the
Bio::Graphics::DenseFeature file (deprecated)
densesize integer Integer size of the data in the Bio::Graphics::DenseFeature
file (deprecated)
=head1 BUGS
Please report them.
=head1 SEE ALSO
L<Bio::Graphics::Panel>,
L<Bio::Graphics::Glyph>,
L<Bio::Graphics::Glyph::arrow>,
L<Bio::Graphics::Glyph::cds>,
L<Bio::Graphics::Glyph::crossbox>,
L<Bio::Graphics::Glyph::diamond>,
L<Bio::Graphics::Glyph::dna>,
L<Bio::Graphics::Glyph::dot>,
L<Bio::Graphics::Glyph::ellipse>,
L<Bio::Graphics::Glyph::extending_arrow>,
L<Bio::Graphics::Glyph::generic>,
L<Bio::Graphics::Glyph::graded_segments>,
L<Bio::Graphics::Glyph::heterogeneous_segments>,
L<Bio::Graphics::Glyph::line>,
L<Bio::Graphics::Glyph::pinsertion>,
L<Bio::Graphics::Glyph::primers>,
L<Bio::Graphics::Glyph::rndrect>,
L<Bio::Graphics::Glyph::segments>,
L<Bio::Graphics::Glyph::ruler_arrow>,
L<Bio::Graphics::Glyph::toomany>,
L<Bio::Graphics::Glyph::transcript>,
L<Bio::Graphics::Glyph::transcript2>,
L<Bio::Graphics::Glyph::translation>,
L<Bio::Graphics::Glyph::allele_tower>,
L<Bio::DB::GFF>,
L<Bio::SeqI>,
L<Bio::SeqFeatureI>,
L<Bio::Das>,
L<GD>
=head1 AUTHOR
Lincoln Stein E<lt>steinl@cshl.eduE<gt>.
Copyright (c) 2007 Cold Spring Harbor Laboratory
This package and its accompanying libraries is free software; you can
redistribute it and/or modify it under the terms of the GPL (either
version 1, or at your option, any later version) or the Artistic
License 2.0. Refer to LICENSE for the full license text. In addition,
please see DISCLAIMER.txt for disclaimers of warranty.
=cut
| 34.910995 | 121 | 0.581934 |
ed9fd8e7a33040ea51b67ea95c43f055e28634a9 | 22,325 | pl | Perl | scripts/metadata.pl | whble/trunk | 25110ded97af2d98bd56b061de973ac5686d28dc | [
"Apache-2.0"
] | null | null | null | scripts/metadata.pl | whble/trunk | 25110ded97af2d98bd56b061de973ac5686d28dc | [
"Apache-2.0"
] | null | null | null | scripts/metadata.pl | whble/trunk | 25110ded97af2d98bd56b061de973ac5686d28dc | [
"Apache-2.0"
] | null | null | null | #!/usr/bin/env perl
use FindBin;
use lib "$FindBin::Bin";
use strict;
use metadata;
my %board;
sub confstr($) {
my $conf = shift;
$conf =~ tr#/\.\-/#___#;
return $conf;
}
sub parse_target_metadata() {
my $file = shift @ARGV;
my ($target, @target, $profile);
my %target;
open FILE, "<$file" or do {
warn "Can't open file '$file': $!\n";
return;
};
while (<FILE>) {
chomp;
/^Target:\s*(.+)\s*$/ and do {
my $name = $1;
$target = {
id => $name,
board => $name,
boardconf => confstr($name),
conf => confstr($name),
profiles => [],
features => [],
depends => [],
subtargets => []
};
push @target, $target;
$target{$name} = $target;
if ($name =~ /([^\/]+)\/([^\/]+)/) {
push @{$target{$1}->{subtargets}}, $2;
$target->{board} = $1;
$target->{boardconf} = confstr($1);
$target->{subtarget} = 1;
$target->{parent} = $target{$1};
}
};
/^Target-Name:\s*(.+)\s*$/ and $target->{name} = $1;
/^Target-Path:\s*(.+)\s*$/ and $target->{path} = $1;
/^Target-Arch:\s*(.+)\s*$/ and $target->{arch} = $1;
/^Target-Arch-Packages:\s*(.+)\s*$/ and $target->{arch_packages} = $1;
/^Target-Features:\s*(.+)\s*$/ and $target->{features} = [ split(/\s+/, $1) ];
/^Target-Depends:\s*(.+)\s*$/ and $target->{depends} = [ split(/\s+/, $1) ];
/^Target-Description:/ and $target->{desc} = get_multiline(*FILE);
/^Target-Optimization:\s*(.+)\s*$/ and $target->{cflags} = $1;
/^CPU-Type:\s*(.+)\s*$/ and $target->{cputype} = $1;
/^Linux-Version:\s*(.+)\s*$/ and $target->{version} = $1;
/^Linux-Release:\s*(.+)\s*$/ and $target->{release} = $1;
/^Linux-Kernel-Arch:\s*(.+)\s*$/ and $target->{karch} = $1;
/^Default-Subtarget:\s*(.+)\s*$/ and $target->{def_subtarget} = $1;
/^Default-Packages:\s*(.+)\s*$/ and $target->{packages} = [ split(/\s+/, $1) ];
/^Target-Profile:\s*(.+)\s*$/ and do {
$profile = {
id => $1,
name => $1,
packages => []
};
push @{$target->{profiles}}, $profile;
};
/^Target-Profile-Name:\s*(.+)\s*$/ and $profile->{name} = $1;
/^Target-Profile-Packages:\s*(.*)\s*$/ and $profile->{packages} = [ split(/\s+/, $1) ];
/^Target-Profile-Description:\s*(.*)\s*/ and $profile->{desc} = get_multiline(*FILE);
/^Target-Profile-Config:/ and $profile->{config} = get_multiline(*FILE, "\t");
/^Target-Profile-Kconfig:/ and $profile->{kconfig} = 1;
}
close FILE;
foreach my $target (@target) {
next if @{$target->{subtargets}} > 0;
@{$target->{profiles}} > 0 or $target->{profiles} = [
{
id => 'Default',
name => 'Default',
packages => []
}
];
}
return @target;
}
sub gen_kconfig_overrides() {
my %config;
my %kconfig;
my $package;
my $pkginfo = shift @ARGV;
my $cfgfile = shift @ARGV;
# parameter 2: build system config
open FILE, "<$cfgfile" or return;
while (<FILE>) {
/^(CONFIG_.+?)=(.+)$/ and $config{$1} = 1;
}
close FILE;
# parameter 1: package metadata
open FILE, "<$pkginfo" or return;
while (<FILE>) {
/^Package:\s*(.+?)\s*$/ and $package = $1;
/^Kernel-Config:\s*(.+?)\s*$/ and do {
my @config = split /\s+/, $1;
foreach my $config (@config) {
my $val = 'm';
my $override;
if ($config =~ /^(.+?)=(.+)$/) {
$config = $1;
$override = 1;
$val = $2;
}
if ($config{"CONFIG_PACKAGE_$package"} and ($config ne 'n')) {
next if $kconfig{$config} eq 'y';
$kconfig{$config} = $val;
} elsif (!$override) {
$kconfig{$config} or $kconfig{$config} = 'n';
}
}
};
};
close FILE;
foreach my $kconfig (sort keys %kconfig) {
if ($kconfig{$kconfig} eq 'n') {
print "# $kconfig is not set\n";
} else {
print "$kconfig=$kconfig{$kconfig}\n";
}
}
}
sub merge_package_lists($$) {
my $list1 = shift;
my $list2 = shift;
my @l = ();
my %pkgs;
foreach my $pkg (@$list1, @$list2) {
$pkgs{$pkg} = 1;
}
foreach my $pkg (keys %pkgs) {
push @l, $pkg unless ($pkg =~ /^-/ or $pkgs{"-$pkg"});
}
return sort(@l);
}
sub target_config_features(@) {
my $ret;
while ($_ = shift @_) {
/arm_v(\w+)/ and $ret .= "\tselect arm_v$1\n";
/broken/ and $ret .= "\tdepends on BROKEN\n";
/audio/ and $ret .= "\tselect AUDIO_SUPPORT\n";
/display/ and $ret .= "\tselect DISPLAY_SUPPORT\n";
/dt/ and $ret .= "\tselect USES_DEVICETREE\n";
/gpio/ and $ret .= "\tselect GPIO_SUPPORT\n";
/pci/ and $ret .= "\tselect PCI_SUPPORT\n";
/pcie/ and $ret .= "\tselect PCIE_SUPPORT\n";
/usb/ and $ret .= "\tselect USB_SUPPORT\n";
/usbgadget/ and $ret .= "\tselect USB_GADGET_SUPPORT\n";
/pcmcia/ and $ret .= "\tselect PCMCIA_SUPPORT\n";
/rtc/ and $ret .= "\tselect RTC_SUPPORT\n";
/squashfs/ and $ret .= "\tselect USES_SQUASHFS\n";
/jffs2$/ and $ret .= "\tselect USES_JFFS2\n";
/jffs2_nand/ and $ret .= "\tselect USES_JFFS2_NAND\n";
/ext4/ and $ret .= "\tselect USES_EXT4\n";
/targz/ and $ret .= "\tselect USES_TARGZ\n";
/cpiogz/ and $ret .= "\tselect USES_CPIOGZ\n";
/ubifs/ and $ret .= "\tselect USES_UBIFS\n";
/fpu/ and $ret .= "\tselect HAS_FPU\n";
/spe_fpu/ and $ret .= "\tselect HAS_SPE_FPU\n";
/ramdisk/ and $ret .= "\tselect USES_INITRAMFS\n";
/powerpc64/ and $ret .= "\tselect powerpc64\n";
/nommu/ and $ret .= "\tselect NOMMU\n";
/mips16/ and $ret .= "\tselect HAS_MIPS16\n";
/rfkill/ and $ret .= "\tselect RFKILL_SUPPORT\n";
}
return $ret;
}
sub target_name($) {
my $target = shift;
my $parent = $target->{parent};
if ($parent) {
return $target->{parent}->{name}." - ".$target->{name};
} else {
return $target->{name};
}
}
sub kver($) {
my $v = shift;
$v =~ tr/\./_/;
if (substr($v,0,2) eq "2_") {
$v =~ /(\d+_\d+_\d+)(_\d+)?/ and $v = $1;
} else {
$v =~ /(\d+_\d+)(_\d+)?/ and $v = $1;
}
return $v;
}
sub print_target($) {
my $target = shift;
my $features = target_config_features(@{$target->{features}});
my $help = $target->{desc};
my $confstr;
chomp $features;
$features .= "\n";
if ($help =~ /\w+/) {
$help =~ s/^\s*/\t /mg;
$help = "\thelp\n$help";
} else {
undef $help;
}
my $v = kver($target->{version});
if (@{$target->{subtargets}} == 0) {
$confstr = <<EOF;
config TARGET_$target->{conf}
bool "$target->{name}"
select LINUX_$v
EOF
}
else {
$confstr = <<EOF;
config TARGET_$target->{conf}
bool "$target->{name}"
EOF
}
if ($target->{subtarget}) {
$confstr .= "\tdepends on TARGET_$target->{boardconf}\n";
}
if (@{$target->{subtargets}} > 0) {
$confstr .= "\tselect HAS_SUBTARGETS\n";
grep { /broken/ } @{$target->{features}} and $confstr .= "\tdepends on BROKEN\n";
} else {
$confstr .= $features;
}
if ($target->{arch} =~ /\w/) {
$confstr .= "\tselect $target->{arch}\n";
}
foreach my $dep (@{$target->{depends}}) {
my $mode = "depends on";
my $flags;
my $name;
$dep =~ /^([@\+\-]+)(.+)$/;
$flags = $1;
$name = $2;
next if $name =~ /:/;
$flags =~ /-/ and $mode = "deselect";
$flags =~ /\+/ and $mode = "select";
$flags =~ /@/ and $confstr .= "\t$mode $name\n";
}
$confstr .= "$help\n\n";
print $confstr;
}
sub gen_target_config() {
my @target = parse_target_metadata();
my %defaults;
my @target_sort = sort {
target_name($a) cmp target_name($b);
} @target;
print <<EOF;
choice
prompt "Target System"
default TARGET_ar71xx
reset if !DEVEL
EOF
foreach my $target (@target_sort) {
next if $target->{subtarget};
print_target($target);
}
print <<EOF;
endchoice
choice
prompt "Subtarget" if HAS_SUBTARGETS
EOF
foreach my $target (@target) {
next unless $target->{def_subtarget};
print <<EOF;
default TARGET_$target->{conf}_$target->{def_subtarget} if TARGET_$target->{conf}
EOF
}
print <<EOF;
EOF
foreach my $target (@target) {
next unless $target->{subtarget};
print_target($target);
}
print <<EOF;
endchoice
choice
prompt "Target Profile"
EOF
foreach my $target (@target) {
my $profiles = $target->{profiles};
foreach my $profile (@$profiles) {
print <<EOF;
config TARGET_$target->{conf}_$profile->{id}
bool "$profile->{name}"
depends on TARGET_$target->{conf}
$profile->{config}
EOF
$profile->{kconfig} and print "\tselect PROFILE_KCONFIG\n";
my @pkglist = merge_package_lists($target->{packages}, $profile->{packages});
foreach my $pkg (@pkglist) {
print "\tselect DEFAULT_$pkg\n";
$defaults{$pkg} = 1;
}
my $help = $profile->{desc};
if ($help =~ /\w+/) {
$help =~ s/^\s*/\t /mg;
$help = "\thelp\n$help";
} else {
undef $help;
}
print "$help\n";
}
}
print <<EOF;
endchoice
config HAS_SUBTARGETS
bool
config TARGET_BOARD
string
EOF
foreach my $target (@target) {
$target->{subtarget} or print "\t\tdefault \"".$target->{board}."\" if TARGET_".$target->{conf}."\n";
}
print <<EOF;
config TARGET_ARCH_PACKAGES
string
EOF
foreach my $target (@target) {
next if @{$target->{subtargets}} > 0;
print "\t\tdefault \"".($target->{arch_packages} || $target->{board})."\" if TARGET_".$target->{conf}."\n";
}
print <<EOF;
config DEFAULT_TARGET_OPTIMIZATION
string
EOF
foreach my $target (@target) {
next if @{$target->{subtargets}} > 0;
print "\tdefault \"".$target->{cflags}."\" if TARGET_".$target->{conf}."\n";
}
print "\tdefault \"-Os -pipe -funit-at-a-time\"\n";
print <<EOF;
config CPU_TYPE
string
EOF
foreach my $target (@target) {
next if @{$target->{subtargets}} > 0;
print "\tdefault \"".$target->{cputype}."\" if TARGET_".$target->{conf}."\n";
}
print "\tdefault \"\"\n";
my %kver;
foreach my $target (@target) {
my $v = kver($target->{version});
next if $kver{$v};
$kver{$v} = 1;
print <<EOF;
config LINUX_$v
bool
EOF
}
foreach my $def (sort keys %defaults) {
print "\tconfig DEFAULT_".$def."\n";
print "\t\tbool\n\n";
}
}
my %dep_check;
sub __find_package_dep($$) {
my $pkg = shift;
my $name = shift;
my $deps = ($pkg->{vdepends} or $pkg->{depends});
return 0 unless defined $deps;
foreach my $dep (@{$deps}) {
next if $dep_check{$dep};
$dep_check{$dep} = 1;
return 1 if $dep eq $name;
return 1 if ($package{$dep} and (__find_package_dep($package{$dep},$name) == 1));
}
return 0;
}
# wrapper to avoid infinite recursion
sub find_package_dep($$) {
my $pkg = shift;
my $name = shift;
%dep_check = ();
return __find_package_dep($pkg, $name);
}
sub package_depends($$) {
my $a = shift;
my $b = shift;
my $ret;
return 0 if ($a->{submenu} ne $b->{submenu});
if (find_package_dep($a, $b->{name}) == 1) {
$ret = 1;
} elsif (find_package_dep($b, $a->{name}) == 1) {
$ret = -1;
} else {
return 0;
}
return $ret;
}
sub mconf_depends {
my $pkgname = shift;
my $depends = shift;
my $only_dep = shift;
my $res;
my $dep = shift;
my $seen = shift;
my $parent_condition = shift;
$dep or $dep = {};
$seen or $seen = {};
my @t_depends;
$depends or return;
my @depends = @$depends;
foreach my $depend (@depends) {
my $m = "depends on";
my $flags = "";
$depend =~ s/^([@\+]+)// and $flags = $1;
my $vdep;
my $condition = $parent_condition;
next if $condition eq $depend;
next if $seen->{"$parent_condition:$depend"};
next if $seen->{":$depend"};
$seen->{"$parent_condition:$depend"} = 1;
if ($depend =~ /^(.+):(.+)$/) {
if ($1 ne "PACKAGE_$pkgname") {
if ($condition) {
$condition = "$condition && $1";
} else {
$condition = $1;
}
}
$depend = $2;
}
next if $package{$depend} and $package{$depend}->{buildonly};
if ($vdep = $package{$depend}->{vdepends}) {
$depend = join("||", map { "PACKAGE_".$_ } @$vdep);
} else {
$flags =~ /\+/ and do {
# Menuconfig will not treat 'select FOO' as a real dependency
# thus if FOO depends on other config options, these dependencies
# will not be checked. To fix this, we simply emit all of FOO's
# depends here as well.
$package{$depend} and push @t_depends, [ $package{$depend}->{depends}, $condition ];
$m = "select";
next if $only_dep;
};
$flags =~ /@/ or $depend = "PACKAGE_$depend";
if ($condition) {
if ($m =~ /select/) {
next if $depend eq $condition;
$depend = "$depend if $condition";
} else {
$depend = "!($condition) || $depend";
}
}
}
$dep->{$depend} =~ /select/ or $dep->{$depend} = $m;
}
foreach my $tdep (@t_depends) {
mconf_depends($pkgname, $tdep->[0], 1, $dep, $seen, $tdep->[1]);
}
foreach my $depend (keys %$dep) {
my $m = $dep->{$depend};
$res .= "\t\t$m $depend\n";
}
return $res;
}
sub print_package_config_category($) {
my $cat = shift;
my %menus;
my %menu_dep;
return unless $category{$cat};
print "menu \"$cat\"\n\n";
my %spkg = %{$category{$cat}};
foreach my $spkg (sort {uc($a) cmp uc($b)} keys %spkg) {
foreach my $pkg (@{$spkg{$spkg}}) {
next if $pkg->{buildonly};
my $menu = $pkg->{submenu};
if ($menu) {
$menu_dep{$menu} or $menu_dep{$menu} = $pkg->{submenudep};
} else {
$menu = 'undef';
}
$menus{$menu} or $menus{$menu} = [];
push @{$menus{$menu}}, $pkg;
}
}
my @menus = sort {
($a eq 'undef' ? 1 : 0) or
($b eq 'undef' ? -1 : 0) or
($a cmp $b)
} keys %menus;
foreach my $menu (@menus) {
my @pkgs = sort {
package_depends($a, $b) or
($a->{name} cmp $b->{name})
} @{$menus{$menu}};
if ($menu ne 'undef') {
$menu_dep{$menu} and print "if $menu_dep{$menu}\n";
print "menu \"$menu\"\n";
}
foreach my $pkg (@pkgs) {
my $title = $pkg->{name};
my $c = (72 - length($pkg->{name}) - length($pkg->{title}));
if ($c > 0) {
$title .= ("." x $c). " ". $pkg->{title};
}
$title = "\"$title\"";
print "\t";
$pkg->{menu} and print "menu";
print "config PACKAGE_".$pkg->{name}."\n";
$pkg->{hidden} and $title = "";
print "\t\t".($pkg->{tristate} ? 'tristate' : 'bool')." $title\n";
print "\t\tdefault y if DEFAULT_".$pkg->{name}."\n";
unless ($pkg->{hidden}) {
$pkg->{default} ||= "m if ALL";
}
if ($pkg->{default}) {
foreach my $default (split /\s*,\s*/, $pkg->{default}) {
print "\t\tdefault $default\n";
}
}
print mconf_depends($pkg->{name}, $pkg->{depends}, 0);
print mconf_depends($pkg->{name}, $pkg->{mdepends}, 0);
print "\t\thelp\n";
print $pkg->{description};
print "\n";
$pkg->{config} and print $pkg->{config}."\n";
}
if ($menu ne 'undef') {
print "endmenu\n";
$menu_dep{$menu} and print "endif\n";
}
}
print "endmenu\n\n";
undef $category{$cat};
}
sub print_package_features() {
keys %features > 0 or return;
print "menu \"Package features\"\n";
foreach my $n (keys %features) {
my @features = sort { $b->{priority} <=> $a->{priority} or $a->{title} cmp $b->{title} } @{$features{$n}};
print <<EOF;
choice
prompt "$features[0]->{target_title}"
default FEATURE_$features[0]->{name}
EOF
foreach my $feature (@features) {
print <<EOF;
config FEATURE_$feature->{name}
bool "$feature->{title}"
EOF
$feature->{description} =~ /\w/ and do {
print "\t\thelp\n".$feature->{description}."\n";
};
}
print "endchoice\n"
}
print "endmenu\n\n";
}
sub gen_package_config() {
parse_package_metadata($ARGV[0]) or exit 1;
print "menuconfig IMAGEOPT\n\tbool \"Image configuration\"\n\tdefault n\n";
foreach my $preconfig (keys %preconfig) {
foreach my $cfg (keys %{$preconfig{$preconfig}}) {
my $conf = $preconfig{$preconfig}->{$cfg}->{id};
$conf =~ tr/\.-/__/;
print <<EOF
config UCI_PRECONFIG_$conf
string "$preconfig{$preconfig}->{$cfg}->{label}" if IMAGEOPT
depends on PACKAGE_$preconfig
default "$preconfig{$preconfig}->{$cfg}->{default}"
EOF
}
}
print "source \"package/*/image-config.in\"\n";
if (scalar glob "package/feeds/*/*/image-config.in") {
print "source \"package/feeds/*/*/image-config.in\"\n";
}
print_package_features();
print_package_config_category 'Base system';
foreach my $cat (sort {uc($a) cmp uc($b)} keys %category) {
print_package_config_category $cat;
}
}
sub get_conditional_dep($$) {
my $condition = shift;
my $depstr = shift;
if ($condition) {
if ($condition =~ /^!(.+)/) {
return "\$(if \$(CONFIG_$1),,$depstr)";
} else {
return "\$(if \$(CONFIG_$condition),$depstr)";
}
} else {
return $depstr;
}
}
sub gen_package_mk() {
my %conf;
my %dep;
my %done;
my $line;
parse_package_metadata($ARGV[0]) or exit 1;
foreach my $name (sort {uc($a) cmp uc($b)} keys %package) {
my $config;
my $pkg = $package{$name};
my @srcdeps;
next if defined $pkg->{vdepends};
if ($ENV{SDK}) {
$conf{$pkg->{src}} or do {
$config = 'm';
$conf{$pkg->{src}} = 1;
};
} else {
$config = "\$(CONFIG_PACKAGE_$name)"
}
if ($config) {
$pkg->{buildonly} and $config = "";
print "package-$config += $pkg->{subdir}$pkg->{src}\n";
if ($pkg->{variant}) {
if (!defined($done{$pkg->{src}})) {
print "\$(curdir)/$pkg->{subdir}$pkg->{src}/default-variant := $pkg->{variant}\n";
}
print "\$(curdir)/$pkg->{subdir}$pkg->{src}/variants += \$(if $config,$pkg->{variant})\n"
}
$pkg->{prereq} and print "prereq-$config += $pkg->{subdir}$pkg->{src}\n";
}
next if $done{$pkg->{src}};
$done{$pkg->{src}} = 1;
if (@{$pkg->{buildtypes}} > 0) {
print "buildtypes-$pkg->{subdir}$pkg->{src} = ".join(' ', @{$pkg->{buildtypes}})."\n";
}
foreach my $spkg (@{$srcpackage{$pkg->{src}}}) {
foreach my $dep (@{$spkg->{depends}}, @{$spkg->{builddepends}}) {
$dep =~ /@/ or do {
$dep =~ s/\+//g;
push @srcdeps, $dep;
};
}
}
foreach my $type (@{$pkg->{buildtypes}}) {
my @extra_deps;
my %deplines;
next unless $pkg->{"builddepends/$type"};
foreach my $dep (@{$pkg->{"builddepends/$type"}}) {
my $suffix = "";
my $condition;
if ($dep =~ /^(.+):(.+)/) {
$condition = $1;
$dep = $2;
}
if ($dep =~ /^(.+)(\/.+)/) {
$dep = $1;
$suffix = $2;
}
my $idx = "";
my $pkg_dep = $package{$dep};
if (defined($pkg_dep) && defined($pkg_dep->{src})) {
$idx = $pkg_dep->{subdir}.$pkg_dep->{src};
} elsif (defined($srcpackage{$dep})) {
$idx = $subdir{$dep}.$dep;
} else {
next;
}
my $depstr = "\$(curdir)/$idx$suffix/compile";
my $depline = get_conditional_dep($condition, $depstr);
if ($depline) {
$deplines{$depline}++;
}
}
my $depline = join(" ", sort keys %deplines);
if ($depline) {
$line .= "\$(curdir)/".$pkg->{subdir}."$pkg->{src}/$type/compile += $depline\n";
}
}
my $hasdeps = 0;
my %deplines;
foreach my $deps (@srcdeps) {
my $idx;
my $condition;
my $prefix = "";
my $suffix = "";
if ($deps =~ /^(.+):(.+)/) {
$condition = $1;
$deps = $2;
}
if ($deps =~ /^(.+)(\/.+)/) {
$deps = $1;
$suffix = $2;
}
my $pkg_dep = $package{$deps};
my @deps;
if ($pkg_dep->{vdepends}) {
@deps = @{$pkg_dep->{vdepends}};
} else {
@deps = ($deps);
}
foreach my $dep (@deps) {
$pkg_dep = $package{$deps};
if (defined $pkg_dep->{src}) {
($pkg->{src} ne $pkg_dep->{src}.$suffix) and $idx = $pkg_dep->{subdir}.$pkg_dep->{src};
} elsif (defined($srcpackage{$dep})) {
$idx = $subdir{$dep}.$dep;
}
$idx .= $suffix;
undef $idx if $idx eq 'base-files';
if ($idx) {
my $depline;
next if $pkg->{src} eq $pkg_dep->{src}.$suffix;
next if $dep{$condition.":".$pkg->{src}."->".$idx};
next if $dep{$pkg->{src}."->($dep)".$idx} and $pkg_dep->{vdepends};
my $depstr;
if ($pkg_dep->{vdepends}) {
$depstr = "\$(if \$(CONFIG_PACKAGE_$dep),\$(curdir)/$idx/compile)";
$dep{$pkg->{src}."->($dep)".$idx} = 1;
} else {
$depstr = "\$(curdir)/$idx/compile";
$dep{$pkg->{src}."->".$idx} = 1;
}
$depline = get_conditional_dep($condition, $depstr);
if ($depline) {
$deplines{$depline}++;
}
}
}
}
my $depline = join(" ", sort keys %deplines);
if ($depline) {
$line .= "\$(curdir)/".$pkg->{subdir}."$pkg->{src}/compile += $depline\n";
}
}
if ($line ne "") {
print "\n$line";
}
foreach my $preconfig (keys %preconfig) {
my $cmds;
foreach my $cfg (keys %{$preconfig{$preconfig}}) {
my $conf = $preconfig{$preconfig}->{$cfg}->{id};
$conf =~ tr/\.-/__/;
$cmds .= "\techo \"uci set '$preconfig{$preconfig}->{$cfg}->{id}=\$(subst \",,\$(CONFIG_UCI_PRECONFIG_$conf))'\"; \\\n";
}
next unless $cmds;
print <<EOF
ifndef DUMP_TARGET_DB
\$(TARGET_DIR)/etc/uci-defaults/$preconfig: FORCE
( \\
$cmds \\
) > \$@
ifneq (\$(IMAGEOPT)\$(CONFIG_IMAGEOPT),)
package/preconfig: \$(TARGET_DIR)/etc/uci-defaults/$preconfig
endif
endif
EOF
}
}
sub gen_package_source() {
parse_package_metadata($ARGV[0]) or exit 1;
foreach my $name (sort {uc($a) cmp uc($b)} keys %package) {
my $pkg = $package{$name};
if ($pkg->{name} && $pkg->{source}) {
print "$pkg->{name}: ";
print "$pkg->{source}\n";
}
}
}
sub parse_command() {
my $cmd = shift @ARGV;
for ($cmd) {
/^target_config$/ and return gen_target_config();
/^package_mk$/ and return gen_package_mk();
/^package_config$/ and return gen_package_config();
/^kconfig/ and return gen_kconfig_overrides();
/^package_source$/ and return gen_package_source();
}
print <<EOF
Available Commands:
$0 target_config [file] Target metadata in Kconfig format
$0 package_mk [file] Package metadata in makefile format
$0 package_config [file] Package metadata in Kconfig format
$0 kconfig [file] [config] Kernel config overrides
$0 package_source [file] Package source file information
EOF
}
parse_command();
| 25.572738 | 124 | 0.542038 |
edb786949905a8cd584c932ea6f377bc6f7d4485 | 9,474 | ph | Perl | doc/metrics/ptmb8a.ph | dlundqvist/nam | 0b71bbf5b6b9a2c2c3f116a86a928699a83c9515 | [
"BSD-2-Clause"
] | 1 | 2020-12-11T22:11:09.000Z | 2020-12-11T22:11:09.000Z | doc/metrics/ptmb8a.ph | dlundqvist/nam | 0b71bbf5b6b9a2c2c3f116a86a928699a83c9515 | [
"BSD-2-Clause"
] | null | null | null | doc/metrics/ptmb8a.ph | dlundqvist/nam | 0b71bbf5b6b9a2c2c3f116a86a928699a83c9515 | [
"BSD-2-Clause"
] | null | null | null | %PS_Times_Bold = (
name => 'Times-Bold',
widths => {
"A" => 722, "AE" => 1000, "Aacute" => 722, "Acircumflex" => 722,
"Adieresis" => 722, "Agrave" => 722, "Aring" => 722,
"Atilde" => 722, "B" => 667, "C" => 722, "Ccedilla" => 722,
"D" => 722, "E" => 667, "Eacute" => 667, "Ecircumflex" => 667,
"Edieresis" => 667, "Egrave" => 667, "Eth" => 722, "F" => 611,
"G" => 778, "H" => 778, "I" => 389, "Iacute" => 389,
"Icircumflex" => 389, "Idieresis" => 389, "Igrave" => 389,
"J" => 500, "K" => 778, "L" => 667, "Lslash" => 667, "M" => 944,
"N" => 722, "Ntilde" => 722, "O" => 778, "OE" => 1000,
"Oacute" => 778, "Ocircumflex" => 778, "Odieresis" => 778,
"Ograve" => 778, "Oslash" => 778, "Otilde" => 778, "P" => 611,
"Q" => 778, "R" => 722, "S" => 556, "Scaron" => 556, "T" => 667,
"Thorn" => 611, "U" => 722, "Uacute" => 722, "Ucircumflex" => 722,
"Udieresis" => 722, "Ugrave" => 722, "V" => 722, "W" => 1000,
"X" => 722, "Y" => 722, "Yacute" => 722, "Ydieresis" => 722,
"Z" => 667, "Zcaron" => 667, "a" => 500, "aacute" => 500,
"acircumflex" => 500, "acute" => 333, "adieresis" => 500,
"ae" => 722, "agrave" => 500, "ampersand" => 833, "aring" => 500,
"asciicircum" => 581, "asciitilde" => 520, "asterisk" => 500,
"at" => 930, "atilde" => 500, "b" => 556, "backslash" => 278,
"bar" => 220, "braceleft" => 394, "braceright" => 394,
"bracketleft" => 333, "bracketright" => 333, "breve" => 333,
"brokenbar" => 220, "bullet" => 350, "c" => 444, "caron" => 333,
"ccedilla" => 444, "cedilla" => 333, "cent" => 500,
"circumflex" => 333, "colon" => 333, "comma" => 250,
"copyright" => 747, "currency" => 500, "d" => 556, "dagger" => 500,
"daggerdbl" => 500, "degree" => 400, "dieresis" => 333,
"divide" => 570, "dollar" => 500, "dotaccent" => 333,
"dotlessi" => 278, "e" => 444, "eacute" => 444,
"ecircumflex" => 444, "edieresis" => 444, "egrave" => 444,
"eight" => 500, "ellipsis" => 1000, "emdash" => 1000,
"endash" => 500, "equal" => 570, "eth" => 500, "exclam" => 333,
"exclamdown" => 333, "f" => 333, "fi" => 556, "five" => 500,
"fl" => 556, "florin" => 500, "four" => 500, "fraction" => 167,
"g" => 500, "germandbls" => 556, "grave" => 333, "greater" => 570,
"guillemotleft" => 500, "guillemotright" => 500,
"guilsinglleft" => 333, "guilsinglright" => 333, "h" => 556,
"hungarumlaut" => 333, "hyphen" => 333, "i" => 278,
"iacute" => 278, "icircumflex" => 278, "idieresis" => 278,
"igrave" => 278, "j" => 333, "k" => 556, "l" => 278, "less" => 570,
"logicalnot" => 570, "lslash" => 278, "m" => 833, "macron" => 333,
"minus" => 570, "mu" => 556, "multiply" => 570, "n" => 556,
"nine" => 500, "ntilde" => 556, "numbersign" => 500, "o" => 500,
"oacute" => 500, "ocircumflex" => 500, "odieresis" => 500,
"oe" => 722, "ogonek" => 333, "ograve" => 500, "one" => 500,
"onehalf" => 750, "onequarter" => 750, "onesuperior" => 300,
"ordfeminine" => 300, "ordmasculine" => 330, "oslash" => 500,
"otilde" => 500, "p" => 556, "paragraph" => 540,
"parenleft" => 333, "parenright" => 333, "percent" => 1000,
"period" => 250, "periodcentered" => 250, "perthousand" => 1000,
"plus" => 570, "plusminus" => 570, "q" => 556, "question" => 500,
"questiondown" => 500, "quotedbl" => 555, "quotedblbase" => 500,
"quotedblleft" => 500, "quotedblright" => 500, "quoteleft" => 333,
"quoteright" => 333, "quotesinglbase" => 333, "quotesingle" => 278,
"r" => 444, "registered" => 747, "ring" => 333, "s" => 389,
"scaron" => 389, "section" => 500, "semicolon" => 333,
"seven" => 500, "six" => 500, "slash" => 278, "space" => 250,
"sterling" => 500, "t" => 333, "thorn" => 556, "three" => 500,
"threequarters" => 750, "threesuperior" => 300, "tilde" => 333,
"trademark" => 1000, "two" => 500, "twosuperior" => 300,
"u" => 556, "uacute" => 556, "ucircumflex" => 556,
"udieresis" => 556, "ugrave" => 556, "underscore" => 500,
"v" => 500, "w" => 722, "x" => 500, "y" => 500, "yacute" => 500,
"ydieresis" => 500, "yen" => 500, "z" => 444, "zcaron" => 444,
"zero" => 500,
},
kern => {
"A" => {
"C" => -55, "G" => -55, "O" => -45, "Q" => -45, "T" => -95,
"U" => -50, "V" => -145, "W" => -130, "Y" => -100, "p" => -25,
"quotedblright" => 0, "quoteright" => -74, "u" => -50,
"v" => -100, "w" => -90, "y" => -74,
},
"B" => {
"A" => -30, "U" => -10, "comma" => 0, "period" => 0,
},
"D" => {
"A" => -35, "V" => -40, "W" => -40, "Y" => -40, "comma" => 0,
"period" => -20,
},
"F" => {
"A" => -90, "a" => -25, "comma" => -92, "e" => -25, "i" => 0,
"o" => -25, "period" => -110, "r" => 0,
},
"G" => {
"comma" => 0, "period" => 0,
},
"J" => {
"A" => -30, "a" => -15, "comma" => 0, "e" => -15, "o" => -15,
"period" => -20, "u" => -15,
},
"K" => {
"O" => -30, "e" => -25, "o" => -25, "u" => -15, "y" => -45,
},
"L" => {
"T" => -92, "V" => -92, "W" => -92, "Y" => -92,
"quotedblright" => -20, "quoteright" => -110, "y" => -55,
},
"N" => {
"A" => -20, "comma" => 0, "period" => 0,
},
"O" => {
"A" => -40, "T" => -40, "V" => -50, "W" => -50, "X" => -40,
"Y" => -50, "comma" => 0, "period" => 0,
},
"P" => {
"A" => -74, "a" => -10, "comma" => -92, "e" => -20, "o" => -20,
"period" => -110,
},
"Q" => {
"U" => -10, "comma" => 0, "period" => -20,
},
"R" => {
"O" => -30, "T" => -40, "U" => -30, "V" => -55, "W" => -35,
"Y" => -35,
},
"S" => {
"comma" => 0, "period" => 0,
},
"T" => {
"A" => -90, "O" => -18, "a" => -92, "colon" => -74,
"comma" => -74, "e" => -92, "h" => 0, "hyphen" => -92,
"i" => -18, "o" => -92, "period" => -90, "r" => -74,
"semicolon" => -74, "u" => -92, "w" => -74, "y" => -74,
},
"U" => {
"A" => -60, "comma" => -50, "period" => -50,
},
"V" => {
"A" => -135, "G" => -30, "O" => -45, "a" => -92, "colon" => -92,
"comma" => -129, "e" => -100, "hyphen" => -74, "i" => -37,
"o" => -100, "period" => -145, "semicolon" => -92, "u" => -92,
},
"W" => {
"A" => -120, "O" => -10, "a" => -65, "colon" => -55,
"comma" => -92, "e" => -65, "h" => 0, "hyphen" => -37,
"i" => -18, "o" => -75, "period" => -92, "semicolon" => -55,
"u" => -50, "y" => -60,
},
"Y" => {
"A" => -110, "O" => -35, "a" => -85, "colon" => -92,
"comma" => -92, "e" => -111, "hyphen" => -92, "i" => -37,
"o" => -111, "period" => -92, "semicolon" => -92, "u" => -92,
},
"a" => {
"b" => 0, "g" => 0, "p" => 0, "t" => 0, "v" => -25, "w" => 0,
"y" => 0,
},
"b" => {
"b" => -10, "comma" => 0, "l" => 0, "period" => -40, "u" => -20,
"v" => -15, "y" => 0,
},
"c" => {
"comma" => 0, "h" => 0, "k" => 0, "l" => 0, "period" => 0,
"y" => 0,
},
"colon" => {
"space" => 0,
},
"comma" => {
"quotedblright" => -45, "quoteright" => -55, "space" => 0,
},
"d" => {
"comma" => 0, "d" => 0, "period" => 0, "v" => 0, "w" => -15,
"y" => 0,
},
"e" => {
"b" => 0, "comma" => 0, "g" => 0, "p" => 0, "period" => 0,
"v" => -15, "w" => 0, "x" => 0, "y" => 0,
},
"f" => {
"a" => 0, "comma" => -15, "dotlessi" => -35, "e" => 0, "f" => 0,
"i" => -25, "l" => 0, "o" => -25, "period" => -15,
"quotedblright" => 50, "quoteright" => 55,
},
"g" => {
"a" => 0, "comma" => 0, "e" => 0, "g" => 0, "i" => 0, "o" => 0,
"period" => -15, "r" => 0, "y" => 0,
},
"h" => {
"y" => -15,
},
"i" => {
"v" => -10,
},
"k" => {
"e" => -10, "o" => -15, "y" => -15,
},
"l" => {
"w" => 0, "y" => 0,
},
"m" => {
"u" => 0, "y" => 0,
},
"n" => {
"u" => 0, "v" => -40, "y" => 0,
},
"o" => {
"g" => 0, "v" => -10, "w" => -10, "x" => 0, "y" => 0,
},
"p" => {
"y" => 0,
},
"period" => {
"quotedblright" => -55, "quoteright" => -55,
},
"quotedblleft" => {
"A" => -10, "quoteleft" => 0,
},
"quotedblright" => {
"space" => 0,
},
"quoteleft" => {
"A" => -10, "quoteleft" => -63,
},
"quoteright" => {
"d" => -20, "l" => 0, "quotedblright" => 0, "quoteright" => -63,
"r" => -20, "s" => -37, "space" => -74, "t" => 0, "v" => -20,
},
"r" => {
"a" => 0, "c" => -18, "comma" => -92, "d" => 0, "e" => -18,
"g" => -10, "hyphen" => -37, "i" => 0, "k" => 0, "l" => 0,
"m" => 0, "n" => -15, "o" => -18, "p" => -10, "period" => -100,
"q" => -18, "r" => 0, "s" => 0, "t" => 0, "u" => 0, "v" => -10,
"y" => 0,
},
"s" => {
"w" => 0,
},
"space" => {
"A" => -55, "T" => -30, "V" => -45, "W" => -30, "Y" => -55,
"quotedblleft" => 0, "quoteleft" => 0,
},
"v" => {
"a" => -10, "comma" => -55, "e" => -10, "o" => -10,
"period" => -70,
},
"w" => {
"a" => 0, "comma" => -55, "e" => 0, "h" => 0, "o" => -10,
"period" => -70,
},
"x" => {
"e" => 0,
},
"y" => {
"a" => 0, "comma" => -55, "e" => -10, "o" => -25,
"period" => -70,
},
"z" => {
"e" => 0, "o" => 0,
}
}
);
1;
| 36.72093 | 71 | 0.363943 |
ed8370edbb402a252f914d3686a399510a4b0fc0 | 585 | t | Perl | t/02-util-func-scalar.t | ktat/Util-Any | a7b7594fdcf06f282039490a4776f4e97ec0f438 | [
"Artistic-1.0"
] | null | null | null | t/02-util-func-scalar.t | ktat/Util-Any | a7b7594fdcf06f282039490a4776f4e97ec0f438 | [
"Artistic-1.0"
] | 1 | 2016-10-29T16:05:10.000Z | 2016-12-19T15:55:48.000Z | t/02-util-func-scalar.t | ktat/Util-Any | a7b7594fdcf06f282039490a4776f4e97ec0f438 | [
"Artistic-1.0"
] | null | null | null | use Test::More qw/no_plan/;
use Util::Any {Scalar => [qw/blessed weaken/]};
no strict 'refs';
ok(defined &weaken , 'weaken');
ok(defined &blessed , 'blessed');
my $hoge = bless {};
ok(blessed $hoge, "blessed test");
foreach (grep {$_ ne 'weaken' and $_ ne 'blessed'} @Scalar::Util::EXPORT_OK) {
ok(! defined &{$_} , $_);
}
foreach (@Hash::Util::EXPORT_OK) {
no strict 'refs';
ok(! defined &{$_} , $_) if defined &{'Hash::Util::' . $_};
}
foreach (@List::Util::EXPORT_OK) {
ok(! defined &{$_} , $_);
}
foreach (@List::MoreUtils::EXPORT_OK) {
ok(! defined &{$_} , $_);
}
| 21.666667 | 78 | 0.589744 |
eda911d52480c736365ddf9d7b26dcec11557a3c | 1,427 | pm | Perl | auto-lib/Paws/EC2/PurchaseRequest.pm | galenhuntington/aws-sdk-perl | 13b775dcb5f0b3764f0a82f3679ed5c7721e67d3 | [
"Apache-2.0"
] | null | null | null | auto-lib/Paws/EC2/PurchaseRequest.pm | galenhuntington/aws-sdk-perl | 13b775dcb5f0b3764f0a82f3679ed5c7721e67d3 | [
"Apache-2.0"
] | 1 | 2021-05-26T19:13:58.000Z | 2021-05-26T19:13:58.000Z | auto-lib/Paws/EC2/PurchaseRequest.pm | galenhuntington/aws-sdk-perl | 13b775dcb5f0b3764f0a82f3679ed5c7721e67d3 | [
"Apache-2.0"
] | null | null | null | package Paws::EC2::PurchaseRequest;
use Moose;
has InstanceCount => (is => 'ro', isa => 'Int', required => 1);
has PurchaseToken => (is => 'ro', isa => 'Str', required => 1);
1;
### main pod documentation begin ###
=head1 NAME
Paws::EC2::PurchaseRequest
=head1 USAGE
This class represents one of two things:
=head3 Arguments in a call to a service
Use the attributes of this class as arguments to methods. You shouldn't make instances of this class.
Each attribute should be used as a named argument in the calls that expect this type of object.
As an example, if Att1 is expected to be a Paws::EC2::PurchaseRequest object:
$service_obj->Method(Att1 => { InstanceCount => $value, ..., PurchaseToken => $value });
=head3 Results returned from an API call
Use accessors for each attribute. If Att1 is expected to be an Paws::EC2::PurchaseRequest object:
$result = $service_obj->Method(...);
$result->Att1->InstanceCount
=head1 DESCRIPTION
This class has no description
=head1 ATTRIBUTES
=head2 B<REQUIRED> InstanceCount => Int
The number of instances.
=head2 B<REQUIRED> PurchaseToken => Str
The purchase token.
=head1 SEE ALSO
This class forms part of L<Paws>, describing an object used in L<Paws::EC2>
=head1 BUGS and CONTRIBUTIONS
The source code is located here: L<https://github.com/pplu/aws-sdk-perl>
Please report bugs to: L<https://github.com/pplu/aws-sdk-perl/issues>
=cut
| 23.016129 | 102 | 0.720392 |
edc8ae33536893d011f5cc036b90e76ca0f5a170 | 3,817 | pl | Perl | examples/0003_themes.pl | sanko/alien-fltk2 | 170bc5c4881fa087b5e8732155ea0e9e7a47af16 | [
"Artistic-2.0"
] | 1 | 2018-04-02T18:45:26.000Z | 2018-04-02T18:45:26.000Z | examples/0003_themes.pl | sanko/alien-fltk2 | 170bc5c4881fa087b5e8732155ea0e9e7a47af16 | [
"Artistic-2.0"
] | 1 | 2015-02-15T20:31:22.000Z | 2015-02-15T20:38:20.000Z | examples/0003_themes.pl | sanko/alien-fltk2 | 170bc5c4881fa087b5e8732155ea0e9e7a47af16 | [
"Artistic-2.0"
] | null | null | null | use strict;
use warnings;
{
use Alien::FLTK2;
use ExtUtils::CBuilder;
my $AF = Alien::FLTK2->new();
my $CC = ExtUtils::CBuilder->new();
my $source = 'hello_world.cxx';
open(my $FH, '>', $source) || die '...';
syswrite($FH, <<'END') || die '...'; close $FH;
#include <fltk/Box.h>
#include <fltk/Style.h>
#include <fltk/Window.h>
#include <fltk/run.h>
// fltk group named style bug
extern fltk::NamedStyle * group_style;
bool my_theme( ) {
// Reset to fltk's default theme
fltk::reset_theme();
// Change some widget's defaults
int bgcolor = 0x43434300;
int textcolor = 0xababab00;
int selectioncolor = 0x97a8a800;
fltk::Style * style = fltk::Style::find( "Slider" );
if ( style ) {
style->color( bgcolor );
style->textcolor( textcolor );
style->buttoncolor( bgcolor );
style->textsize( 8 );
style->labelsize( 10 );
style->labelcolor( textcolor );
style->highlight_textcolor( 0xFFFF0000 );
}
// this is broken...
// style = fltk::Style::find( "Group" );
style = group_style;
if ( style ) {
style->color( bgcolor );
style->textcolor( textcolor );
style->buttoncolor( bgcolor );
style->textsize( 10 );
style->labelsize( 10 );
style->labelcolor( textcolor );
}
style = fltk::Style::find( "Widget" );
if ( style ) {
style->color( bgcolor );
style->textcolor( textcolor );
style->buttoncolor( bgcolor );
style->textsize( 14 );
style->labelsize( 14 );
style->labelcolor( textcolor );
style->selection_color( selectioncolor );
}
// change down box to draw a tad darker than default
fltk::FrameBox * box;
box = (fltk::FrameBox *) fltk::Symbol::find( "down_" );
if ( box ) box->data( "2HHOOAA" );
return true;
}
int main( ) {
fltk::theme( &my_theme );
fltk::Window *window = new fltk::Window(300, 180);
window->begin();
fltk::Widget *box = new fltk::Widget(20, 40, 260, 100, "Hello, World!");
box->box(fltk::UP_BOX);
box->labelfont(fltk::HELVETICA_BOLD_ITALIC);
box->labelsize(36);
box->labeltype(fltk::SHADOW_LABEL);
window->end();
window->show( );
return fltk::run();
// create widgets normally.
// Any widget with default settings gets the defaults we
// just set.
}
END
my $obj = $CC->compile('C++' => 1,
source => $source,
include_dirs => [$AF->include_dirs()],
extra_compiler_flags => $AF->cxxflags()
);
my $exe = $CC->link_executable(objects => $obj,
extra_linker_flags => $AF->ldflags());
print system('./' . $exe) ? 'Aww...' : 'Yay!';
END { unlink grep defined, $source, $obj, $exe; }
}
=pod
=head1 Author
Sanko Robinson <sanko@cpan.org> - http://sankorobinson.com/
CPAN ID: SANKO
=head1 License and Legal
Copyright (C) 2009 by Sanko Robinson E<lt>sanko@cpan.orgE<gt>
This program is free software; you can redistribute it and/or modify it under
the terms of The Artistic License 2.0. See the F<LICENSE> file included with
this distribution or http://www.perlfoundation.org/artistic_license_2_0. For
clarification, see http://www.perlfoundation.org/artistic_2_0_notes.
When separated from the distribution, all POD documentation is covered by the
Creative Commons Attribution-Share Alike 3.0 License. See
http://creativecommons.org/licenses/by-sa/3.0/us/legalcode. For
clarification, see http://creativecommons.org/licenses/by-sa/3.0/us/.
=for git $Id$
=cut
| 31.286885 | 78 | 0.578989 |
eddda150ec4535dd90d6bb65d9f439f6175f9f07 | 41,778 | t | Perl | pTk/tkDecls.t | cboleary/perl-tk | 88dd549c36e1e615837c3dc185f553b5a9533792 | [
"TCL"
] | 28 | 2015-01-02T00:31:12.000Z | 2021-12-21T09:03:05.000Z | pTk/tkDecls.t | cboleary/perl-tk | 88dd549c36e1e615837c3dc185f553b5a9533792 | [
"TCL"
] | 44 | 2015-01-07T22:25:25.000Z | 2022-03-28T13:34:44.000Z | pTk/tkDecls.t | cboleary/perl-tk | 88dd549c36e1e615837c3dc185f553b5a9533792 | [
"TCL"
] | 18 | 2015-01-02T00:32:47.000Z | 2022-03-24T12:57:40.000Z | #ifdef _TKDECLS
#ifndef Tk_3DBorderColor
VFUNC(XColor *,Tk_3DBorderColor,V_Tk_3DBorderColor,_ANSI_ARGS_((Tk_3DBorder border)))
#endif /* #ifndef Tk_3DBorderColor */
#ifndef Tk_3DBorderGC
VFUNC(GC,Tk_3DBorderGC,V_Tk_3DBorderGC,_ANSI_ARGS_((Tk_Window tkwin,
Tk_3DBorder border, int which)))
#endif /* #ifndef Tk_3DBorderGC */
#ifndef Tk_3DHorizontalBevel
VFUNC(void,Tk_3DHorizontalBevel,V_Tk_3DHorizontalBevel,_ANSI_ARGS_((Tk_Window tkwin,
Drawable drawable, Tk_3DBorder border, int x,
int y, int width, int height, int leftIn,
int rightIn, int topBevel, int relief)))
#endif /* #ifndef Tk_3DHorizontalBevel */
#ifndef Tk_3DVerticalBevel
VFUNC(void,Tk_3DVerticalBevel,V_Tk_3DVerticalBevel,_ANSI_ARGS_((Tk_Window tkwin,
Drawable drawable, Tk_3DBorder border, int x,
int y, int width, int height, int leftBevel,
int relief)))
#endif /* #ifndef Tk_3DVerticalBevel */
#ifndef Tk_Alloc3DBorderFromObj
VFUNC(Tk_3DBorder,Tk_Alloc3DBorderFromObj,V_Tk_Alloc3DBorderFromObj,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_Alloc3DBorderFromObj */
#ifndef Tk_AllocBitmapFromObj
VFUNC(Pixmap,Tk_AllocBitmapFromObj,V_Tk_AllocBitmapFromObj,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_AllocBitmapFromObj */
#ifndef Tk_AllocColorFromObj
VFUNC(XColor *,Tk_AllocColorFromObj,V_Tk_AllocColorFromObj,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_AllocColorFromObj */
#ifndef Tk_AllocCursorFromObj
VFUNC(Tk_Cursor,Tk_AllocCursorFromObj,V_Tk_AllocCursorFromObj,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_AllocCursorFromObj */
#ifndef Tk_AllocFontFromObj
VFUNC(Tk_Font,Tk_AllocFontFromObj,V_Tk_AllocFontFromObj,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_AllocFontFromObj */
#ifndef Tk_AllocStyleFromObj
VFUNC(Tk_Style,Tk_AllocStyleFromObj,V_Tk_AllocStyleFromObj,_ANSI_ARGS_((
Tcl_Interp * interp, Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_AllocStyleFromObj */
#ifndef Tk_BindEvent
VFUNC(void,Tk_BindEvent,V_Tk_BindEvent,_ANSI_ARGS_((
Tk_BindingTable bindingTable,
XEvent * eventPtr, Tk_Window tkwin,
int numObjects, ClientData * objectPtr)))
#endif /* #ifndef Tk_BindEvent */
#ifndef Tk_ChangeWindowAttributes
VFUNC(void,Tk_ChangeWindowAttributes,V_Tk_ChangeWindowAttributes,_ANSI_ARGS_((
Tk_Window tkwin, unsigned long valueMask,
XSetWindowAttributes * attsPtr)))
#endif /* #ifndef Tk_ChangeWindowAttributes */
#ifndef Tk_CharBbox
VFUNC(int,Tk_CharBbox,V_Tk_CharBbox,_ANSI_ARGS_((Tk_TextLayout layout,
int index, int * xPtr, int * yPtr,
int * widthPtr, int * heightPtr)))
#endif /* #ifndef Tk_CharBbox */
#ifndef Tk_ClearSelection
VFUNC(void,Tk_ClearSelection,V_Tk_ClearSelection,_ANSI_ARGS_((Tk_Window tkwin,
Atom selection)))
#endif /* #ifndef Tk_ClearSelection */
#ifndef Tk_ClipboardAppend
VFUNC(int,Tk_ClipboardAppend,V_Tk_ClipboardAppend,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Atom target, Atom format,
char* buffer)))
#endif /* #ifndef Tk_ClipboardAppend */
#ifndef Tk_ClipboardClear
VFUNC(int,Tk_ClipboardClear,V_Tk_ClipboardClear,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin)))
#endif /* #ifndef Tk_ClipboardClear */
#ifndef Tk_CollapseMotionEvents
VFUNC(int,Tk_CollapseMotionEvents,V_Tk_CollapseMotionEvents,_ANSI_ARGS_((
Display * display, int collapse)))
#endif /* #ifndef Tk_CollapseMotionEvents */
#ifndef Tk_ComputeTextLayout
VFUNC(Tk_TextLayout,Tk_ComputeTextLayout,V_Tk_ComputeTextLayout,_ANSI_ARGS_((Tk_Font font,
CONST char * str, int numChars,
int wrapLength, Tk_Justify justify,
int flags, int * widthPtr, int * heightPtr)))
#endif /* #ifndef Tk_ComputeTextLayout */
#ifndef Tk_ConfigureInfo
VFUNC(int,Tk_ConfigureInfo,V_Tk_ConfigureInfo,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tk_ConfigSpec * specs,
char * widgRec, CONST char * argvName,
int flags)))
#endif /* #ifndef Tk_ConfigureInfo */
#ifndef Tk_ConfigureValue
VFUNC(int,Tk_ConfigureValue,V_Tk_ConfigureValue,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tk_ConfigSpec * specs,
char * widgRec, CONST char * argvName,
int flags)))
#endif /* #ifndef Tk_ConfigureValue */
#ifndef Tk_ConfigureWidget
VFUNC(int,Tk_ConfigureWidget,V_Tk_ConfigureWidget,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tk_ConfigSpec * specs,
int argc, CONST84 Tcl_Obj *CONST *objv,
char * widgRec, int flags)))
#endif /* #ifndef Tk_ConfigureWidget */
#ifndef Tk_ConfigureWindow
VFUNC(void,Tk_ConfigureWindow,V_Tk_ConfigureWindow,_ANSI_ARGS_((Tk_Window tkwin,
unsigned int valueMask,
XWindowChanges * valuePtr)))
#endif /* #ifndef Tk_ConfigureWindow */
#ifndef Tk_CoordsToWindow
VFUNC(Tk_Window,Tk_CoordsToWindow,V_Tk_CoordsToWindow,_ANSI_ARGS_((int rootX, int rootY,
Tk_Window tkwin)))
#endif /* #ifndef Tk_CoordsToWindow */
#ifndef Tk_CreateAnonymousWindow
VFUNC(Tk_Window,Tk_CreateAnonymousWindow,V_Tk_CreateAnonymousWindow,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window parent,
CONST char * screenName)))
#endif /* #ifndef Tk_CreateAnonymousWindow */
#ifndef Tk_CreateBinding
VFUNC(unsigned long,Tk_CreateBinding,V_Tk_CreateBinding,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_BindingTable bindingTable,
ClientData object, CONST char * eventStr,
Tcl_Obj *command, int append)))
#endif /* #ifndef Tk_CreateBinding */
#ifndef Tk_CreateBindingTable
VFUNC(Tk_BindingTable,Tk_CreateBindingTable,V_Tk_CreateBindingTable,_ANSI_ARGS_((
Tcl_Interp * interp)))
#endif /* #ifndef Tk_CreateBindingTable */
#ifndef Tk_CreateClientMessageHandler
VFUNC(void,Tk_CreateClientMessageHandler,V_Tk_CreateClientMessageHandler,_ANSI_ARGS_((
Tk_ClientMessageProc * proc)))
#endif /* #ifndef Tk_CreateClientMessageHandler */
#ifndef Tk_CreateErrorHandler
VFUNC(Tk_ErrorHandler,Tk_CreateErrorHandler,V_Tk_CreateErrorHandler,_ANSI_ARGS_((Display * display,
int errNum, int request, int minorCode,
Tk_ErrorProc * errorProc,
ClientData clientData)))
#endif /* #ifndef Tk_CreateErrorHandler */
#ifndef Tk_CreateEventHandler
VFUNC(void,Tk_CreateEventHandler,V_Tk_CreateEventHandler,_ANSI_ARGS_((Tk_Window token,
unsigned long mask, Tk_EventProc * proc,
ClientData clientData)))
#endif /* #ifndef Tk_CreateEventHandler */
#ifndef Tk_CreateGenericHandler
VFUNC(void,Tk_CreateGenericHandler,V_Tk_CreateGenericHandler,_ANSI_ARGS_((
Tk_GenericProc * proc, ClientData clientData)))
#endif /* #ifndef Tk_CreateGenericHandler */
#ifndef Tk_CreateImageType
VFUNC(void,Tk_CreateImageType,V_Tk_CreateImageType,_ANSI_ARGS_((
Tk_ImageType * typePtr)))
#endif /* #ifndef Tk_CreateImageType */
#ifndef Tk_CreateOptionTable
VFUNC(Tk_OptionTable,Tk_CreateOptionTable,V_Tk_CreateOptionTable,_ANSI_ARGS_((
Tcl_Interp * interp,
CONST Tk_OptionSpec * templatePtr)))
#endif /* #ifndef Tk_CreateOptionTable */
#ifndef Tk_CreateSelHandler
VFUNC(void,Tk_CreateSelHandler,V_Tk_CreateSelHandler,_ANSI_ARGS_((Tk_Window tkwin,
Atom selection, Atom target,
Tk_SelectionProc * proc,
ClientData clientData, Atom format)))
#endif /* #ifndef Tk_CreateSelHandler */
#ifndef Tk_CreateStyle
VFUNC(Tk_Style,Tk_CreateStyle,V_Tk_CreateStyle,_ANSI_ARGS_((CONST char * name,
Tk_StyleEngine engine, ClientData clientData)))
#endif /* #ifndef Tk_CreateStyle */
#ifndef Tk_CreateWindow
VFUNC(Tk_Window,Tk_CreateWindow,V_Tk_CreateWindow,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window parent, CONST char * name,
CONST char * screenName)))
#endif /* #ifndef Tk_CreateWindow */
#ifndef Tk_CreateWindowFromPath
VFUNC(Tk_Window,Tk_CreateWindowFromPath,V_Tk_CreateWindowFromPath,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window tkwin,
CONST char * pathName,
CONST char * screenName)))
#endif /* #ifndef Tk_CreateWindowFromPath */
#ifndef Tk_DefineBitmap
VFUNC(int,Tk_DefineBitmap,V_Tk_DefineBitmap,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * name, CONST char * source,
int width, int height)))
#endif /* #ifndef Tk_DefineBitmap */
#ifndef Tk_DefineCursor
VFUNC(void,Tk_DefineCursor,V_Tk_DefineCursor,_ANSI_ARGS_((Tk_Window window,
Tk_Cursor cursor)))
#endif /* #ifndef Tk_DefineCursor */
#ifndef Tk_DeleteAllBindings
VFUNC(void,Tk_DeleteAllBindings,V_Tk_DeleteAllBindings,_ANSI_ARGS_((
Tk_BindingTable bindingTable,
ClientData object)))
#endif /* #ifndef Tk_DeleteAllBindings */
#ifndef Tk_DeleteBinding
VFUNC(int,Tk_DeleteBinding,V_Tk_DeleteBinding,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_BindingTable bindingTable,
ClientData object, CONST char * eventStr)))
#endif /* #ifndef Tk_DeleteBinding */
#ifndef Tk_DeleteBindingTable
VFUNC(void,Tk_DeleteBindingTable,V_Tk_DeleteBindingTable,_ANSI_ARGS_((
Tk_BindingTable bindingTable)))
#endif /* #ifndef Tk_DeleteBindingTable */
#ifndef Tk_DeleteClientMessageHandler
VFUNC(void,Tk_DeleteClientMessageHandler,V_Tk_DeleteClientMessageHandler,_ANSI_ARGS_((
Tk_ClientMessageProc * proc)))
#endif /* #ifndef Tk_DeleteClientMessageHandler */
#ifndef Tk_DeleteErrorHandler
VFUNC(void,Tk_DeleteErrorHandler,V_Tk_DeleteErrorHandler,_ANSI_ARGS_((
Tk_ErrorHandler handler)))
#endif /* #ifndef Tk_DeleteErrorHandler */
#ifndef Tk_DeleteEventHandler
VFUNC(void,Tk_DeleteEventHandler,V_Tk_DeleteEventHandler,_ANSI_ARGS_((Tk_Window token,
unsigned long mask, Tk_EventProc * proc,
ClientData clientData)))
#endif /* #ifndef Tk_DeleteEventHandler */
#ifndef Tk_DeleteGenericHandler
VFUNC(void,Tk_DeleteGenericHandler,V_Tk_DeleteGenericHandler,_ANSI_ARGS_((
Tk_GenericProc * proc, ClientData clientData)))
#endif /* #ifndef Tk_DeleteGenericHandler */
#ifndef Tk_DeleteImage
VFUNC(void,Tk_DeleteImage,V_Tk_DeleteImage,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * name)))
#endif /* #ifndef Tk_DeleteImage */
#ifndef Tk_DeleteOptionTable
VFUNC(void,Tk_DeleteOptionTable,V_Tk_DeleteOptionTable,_ANSI_ARGS_((
Tk_OptionTable optionTable)))
#endif /* #ifndef Tk_DeleteOptionTable */
#ifndef Tk_DeleteSelHandler
VFUNC(void,Tk_DeleteSelHandler,V_Tk_DeleteSelHandler,_ANSI_ARGS_((Tk_Window tkwin,
Atom selection, Atom target)))
#endif /* #ifndef Tk_DeleteSelHandler */
#ifndef Tk_DestroyWindow
VFUNC(void,Tk_DestroyWindow,V_Tk_DestroyWindow,_ANSI_ARGS_((Tk_Window tkwin)))
#endif /* #ifndef Tk_DestroyWindow */
#ifndef Tk_DisplayName
VFUNC(CONST84_RETURN char *,Tk_DisplayName,V_Tk_DisplayName,_ANSI_ARGS_((Tk_Window tkwin)))
#endif /* #ifndef Tk_DisplayName */
#ifndef Tk_DistanceToTextLayout
VFUNC(int,Tk_DistanceToTextLayout,V_Tk_DistanceToTextLayout,_ANSI_ARGS_((
Tk_TextLayout layout, int x, int y)))
#endif /* #ifndef Tk_DistanceToTextLayout */
#ifndef Tk_Draw3DPolygon
VFUNC(void,Tk_Draw3DPolygon,V_Tk_Draw3DPolygon,_ANSI_ARGS_((Tk_Window tkwin,
Drawable drawable, Tk_3DBorder border,
XPoint * pointPtr, int numPoints,
int borderWidth, int leftRelief)))
#endif /* #ifndef Tk_Draw3DPolygon */
#ifndef Tk_Draw3DRectangle
VFUNC(void,Tk_Draw3DRectangle,V_Tk_Draw3DRectangle,_ANSI_ARGS_((Tk_Window tkwin,
Drawable drawable, Tk_3DBorder border, int x,
int y, int width, int height,
int borderWidth, int relief)))
#endif /* #ifndef Tk_Draw3DRectangle */
#ifndef Tk_DrawChars
VFUNC(void,Tk_DrawChars,V_Tk_DrawChars,_ANSI_ARGS_((Display * display,
Drawable drawable, GC gc, Tk_Font tkfont,
CONST char * source, int numBytes, int x,
int y)))
#endif /* #ifndef Tk_DrawChars */
#ifndef Tk_DrawElement
VFUNC(void,Tk_DrawElement,V_Tk_DrawElement,_ANSI_ARGS_((Tk_Style style,
Tk_StyledElement element, char * recordPtr,
Tk_Window tkwin, Drawable d, int x, int y,
int width, int height, int state)))
#endif /* #ifndef Tk_DrawElement */
#ifndef Tk_DrawFocusHighlight
VFUNC(void,Tk_DrawFocusHighlight,V_Tk_DrawFocusHighlight,_ANSI_ARGS_((Tk_Window tkwin,
GC gc, int width, Drawable drawable)))
#endif /* #ifndef Tk_DrawFocusHighlight */
#ifndef Tk_DrawTextLayout
VFUNC(void,Tk_DrawTextLayout,V_Tk_DrawTextLayout,_ANSI_ARGS_((Display * display,
Drawable drawable, GC gc,
Tk_TextLayout layout, int x, int y,
int firstChar, int lastChar)))
#endif /* #ifndef Tk_DrawTextLayout */
#ifndef Tk_Fill3DPolygon
VFUNC(void,Tk_Fill3DPolygon,V_Tk_Fill3DPolygon,_ANSI_ARGS_((Tk_Window tkwin,
Drawable drawable, Tk_3DBorder border,
XPoint * pointPtr, int numPoints,
int borderWidth, int leftRelief)))
#endif /* #ifndef Tk_Fill3DPolygon */
#ifndef Tk_Fill3DRectangle
VFUNC(void,Tk_Fill3DRectangle,V_Tk_Fill3DRectangle,_ANSI_ARGS_((Tk_Window tkwin,
Drawable drawable, Tk_3DBorder border, int x,
int y, int width, int height,
int borderWidth, int relief)))
#endif /* #ifndef Tk_Fill3DRectangle */
#ifndef Tk_FontId
VFUNC(Font,Tk_FontId,V_Tk_FontId,_ANSI_ARGS_((Tk_Font font)))
#endif /* #ifndef Tk_FontId */
#ifndef Tk_Free3DBorder
VFUNC(void,Tk_Free3DBorder,V_Tk_Free3DBorder,_ANSI_ARGS_((Tk_3DBorder border)))
#endif /* #ifndef Tk_Free3DBorder */
#ifndef Tk_Free3DBorderFromObj
VFUNC(void,Tk_Free3DBorderFromObj,V_Tk_Free3DBorderFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_Free3DBorderFromObj */
#ifndef Tk_FreeBitmap
VFUNC(void,Tk_FreeBitmap,V_Tk_FreeBitmap,_ANSI_ARGS_((Display * display,
Pixmap bitmap)))
#endif /* #ifndef Tk_FreeBitmap */
#ifndef Tk_FreeBitmapFromObj
VFUNC(void,Tk_FreeBitmapFromObj,V_Tk_FreeBitmapFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_FreeBitmapFromObj */
#ifndef Tk_FreeColor
VFUNC(void,Tk_FreeColor,V_Tk_FreeColor,_ANSI_ARGS_((XColor * colorPtr)))
#endif /* #ifndef Tk_FreeColor */
#ifndef Tk_FreeColorFromObj
VFUNC(void,Tk_FreeColorFromObj,V_Tk_FreeColorFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_FreeColorFromObj */
#ifndef Tk_FreeColormap
VFUNC(void,Tk_FreeColormap,V_Tk_FreeColormap,_ANSI_ARGS_((Display * display,
Colormap colormap)))
#endif /* #ifndef Tk_FreeColormap */
#ifndef Tk_FreeConfigOptions
VFUNC(void,Tk_FreeConfigOptions,V_Tk_FreeConfigOptions,_ANSI_ARGS_((char * recordPtr,
Tk_OptionTable optionToken, Tk_Window tkwin)))
#endif /* #ifndef Tk_FreeConfigOptions */
#ifndef Tk_FreeCursor
VFUNC(void,Tk_FreeCursor,V_Tk_FreeCursor,_ANSI_ARGS_((Display * display,
Tk_Cursor cursor)))
#endif /* #ifndef Tk_FreeCursor */
#ifndef Tk_FreeCursorFromObj
VFUNC(void,Tk_FreeCursorFromObj,V_Tk_FreeCursorFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_FreeCursorFromObj */
#ifndef Tk_FreeFont
VFUNC(void,Tk_FreeFont,V_Tk_FreeFont,_ANSI_ARGS_((Tk_Font f)))
#endif /* #ifndef Tk_FreeFont */
#ifndef Tk_FreeFontFromObj
VFUNC(void,Tk_FreeFontFromObj,V_Tk_FreeFontFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_FreeFontFromObj */
#ifndef Tk_FreeGC
VFUNC(void,Tk_FreeGC,V_Tk_FreeGC,_ANSI_ARGS_((Display * display, GC gc)))
#endif /* #ifndef Tk_FreeGC */
#ifndef Tk_FreeImage
VFUNC(void,Tk_FreeImage,V_Tk_FreeImage,_ANSI_ARGS_((Tk_Image image)))
#endif /* #ifndef Tk_FreeImage */
#ifndef Tk_FreeOptions
VFUNC(void,Tk_FreeOptions,V_Tk_FreeOptions,_ANSI_ARGS_((Tk_ConfigSpec * specs,
char * widgRec, Display * display,
int needFlags)))
#endif /* #ifndef Tk_FreeOptions */
#ifndef Tk_FreePixmap
VFUNC(void,Tk_FreePixmap,V_Tk_FreePixmap,_ANSI_ARGS_((Display * display,
Pixmap pixmap)))
#endif /* #ifndef Tk_FreePixmap */
#ifndef Tk_FreeSavedOptions
VFUNC(void,Tk_FreeSavedOptions,V_Tk_FreeSavedOptions,_ANSI_ARGS_((
Tk_SavedOptions * savePtr)))
#endif /* #ifndef Tk_FreeSavedOptions */
#ifndef Tk_FreeStyle
VFUNC(void,Tk_FreeStyle,V_Tk_FreeStyle,_ANSI_ARGS_((Tk_Style style)))
#endif /* #ifndef Tk_FreeStyle */
#ifndef Tk_FreeStyleFromObj
VFUNC(void,Tk_FreeStyleFromObj,V_Tk_FreeStyleFromObj,_ANSI_ARGS_((Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_FreeStyleFromObj */
#ifndef Tk_FreeTextLayout
VFUNC(void,Tk_FreeTextLayout,V_Tk_FreeTextLayout,_ANSI_ARGS_((
Tk_TextLayout textLayout)))
#endif /* #ifndef Tk_FreeTextLayout */
#ifndef Tk_FreeXId
VFUNC(void,Tk_FreeXId,V_Tk_FreeXId,_ANSI_ARGS_((Display * display, XID xid)))
#endif /* #ifndef Tk_FreeXId */
#ifndef Tk_GCForColor
VFUNC(GC,Tk_GCForColor,V_Tk_GCForColor,_ANSI_ARGS_((XColor * colorPtr,
Drawable drawable)))
#endif /* #ifndef Tk_GCForColor */
#ifndef Tk_GeometryRequest
VFUNC(void,Tk_GeometryRequest,V_Tk_GeometryRequest,_ANSI_ARGS_((Tk_Window tkwin,
int reqWidth, int reqHeight)))
#endif /* #ifndef Tk_GeometryRequest */
#ifndef Tk_Get3DBorder
VFUNC(Tk_3DBorder,Tk_Get3DBorder,V_Tk_Get3DBorder,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tk_Uid colorName)))
#endif /* #ifndef Tk_Get3DBorder */
#ifndef Tk_Get3DBorderFromObj
VFUNC(Tk_3DBorder,Tk_Get3DBorderFromObj,V_Tk_Get3DBorderFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_Get3DBorderFromObj */
#ifndef Tk_GetAllBindings
VFUNC(void,Tk_GetAllBindings,V_Tk_GetAllBindings,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_BindingTable bindingTable,
ClientData object)))
#endif /* #ifndef Tk_GetAllBindings */
#ifndef Tk_GetAnchor
VFUNC(int,Tk_GetAnchor,V_Tk_GetAnchor,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * str, Tk_Anchor * anchorPtr)))
#endif /* #ifndef Tk_GetAnchor */
#ifndef Tk_GetAnchorFromObj
VFUNC(int,Tk_GetAnchorFromObj,V_Tk_GetAnchorFromObj,_ANSI_ARGS_((Tcl_Interp * interp,
Tcl_Obj * objPtr, Tk_Anchor * anchorPtr)))
#endif /* #ifndef Tk_GetAnchorFromObj */
#ifndef Tk_GetAtomName
VFUNC(CONST84_RETURN char *,Tk_GetAtomName,V_Tk_GetAtomName,_ANSI_ARGS_((Tk_Window tkwin,
Atom atom)))
#endif /* #ifndef Tk_GetAtomName */
#ifndef Tk_GetBinding
VFUNC(Tcl_Obj *,Tk_GetBinding,V_Tk_GetBinding,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_BindingTable bindingTable,
ClientData object, CONST char * eventStr)))
#endif /* #ifndef Tk_GetBinding */
#ifndef Tk_GetBitmap
VFUNC(Pixmap,Tk_GetBitmap,V_Tk_GetBitmap,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, CONST char * str)))
#endif /* #ifndef Tk_GetBitmap */
#ifndef Tk_GetBitmapFromData
VFUNC(Pixmap,Tk_GetBitmapFromData,V_Tk_GetBitmapFromData,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window tkwin,
CONST char * source, int width, int height)))
#endif /* #ifndef Tk_GetBitmapFromData */
#ifndef Tk_GetBitmapFromObj
VFUNC(Pixmap,Tk_GetBitmapFromObj,V_Tk_GetBitmapFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_GetBitmapFromObj */
#ifndef Tk_GetCapStyle
VFUNC(int,Tk_GetCapStyle,V_Tk_GetCapStyle,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * str, int * capPtr)))
#endif /* #ifndef Tk_GetCapStyle */
#ifndef Tk_GetColor
VFUNC(XColor *,Tk_GetColor,V_Tk_GetColor,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tk_Uid name)))
#endif /* #ifndef Tk_GetColor */
#ifndef Tk_GetColorByValue
VFUNC(XColor *,Tk_GetColorByValue,V_Tk_GetColorByValue,_ANSI_ARGS_((Tk_Window tkwin,
XColor * colorPtr)))
#endif /* #ifndef Tk_GetColorByValue */
#ifndef Tk_GetColorFromObj
VFUNC(XColor *,Tk_GetColorFromObj,V_Tk_GetColorFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_GetColorFromObj */
#ifndef Tk_GetColormap
VFUNC(Colormap,Tk_GetColormap,V_Tk_GetColormap,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, CONST char * str)))
#endif /* #ifndef Tk_GetColormap */
#ifndef Tk_GetCursor
VFUNC(Tk_Cursor,Tk_GetCursor,V_Tk_GetCursor,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tk_Uid str)))
#endif /* #ifndef Tk_GetCursor */
#ifndef Tk_GetCursorFromData
VFUNC(Tk_Cursor,Tk_GetCursorFromData,V_Tk_GetCursorFromData,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window tkwin,
CONST char * source, CONST char * mask,
int width, int height, int xHot, int yHot,
Tk_Uid fg, Tk_Uid bg)))
#endif /* #ifndef Tk_GetCursorFromData */
#ifndef Tk_GetCursorFromObj
VFUNC(Tk_Cursor,Tk_GetCursorFromObj,V_Tk_GetCursorFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_GetCursorFromObj */
#ifndef Tk_GetElementBorderWidth
VFUNC(int,Tk_GetElementBorderWidth,V_Tk_GetElementBorderWidth,_ANSI_ARGS_((Tk_Style style,
Tk_StyledElement element, char * recordPtr,
Tk_Window tkwin)))
#endif /* #ifndef Tk_GetElementBorderWidth */
#ifndef Tk_GetElementBox
VFUNC(void,Tk_GetElementBox,V_Tk_GetElementBox,_ANSI_ARGS_((Tk_Style style,
Tk_StyledElement element, char * recordPtr,
Tk_Window tkwin, int x, int y, int width,
int height, int inner, int * xPtr,
int * yPtr, int * widthPtr, int * heightPtr)))
#endif /* #ifndef Tk_GetElementBox */
#ifndef Tk_GetElementId
VFUNC(int,Tk_GetElementId,V_Tk_GetElementId,_ANSI_ARGS_((CONST char * name)))
#endif /* #ifndef Tk_GetElementId */
#ifndef Tk_GetElementSize
VFUNC(void,Tk_GetElementSize,V_Tk_GetElementSize,_ANSI_ARGS_((Tk_Style style,
Tk_StyledElement element, char * recordPtr,
Tk_Window tkwin, int width, int height,
int inner, int * widthPtr, int * heightPtr)))
#endif /* #ifndef Tk_GetElementSize */
#ifndef Tk_GetFont
VFUNC(Tk_Font,Tk_GetFont,V_Tk_GetFont,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, CONST char * str)))
#endif /* #ifndef Tk_GetFont */
#ifndef Tk_GetFontFromObj
VFUNC(Tk_Font,Tk_GetFontFromObj,V_Tk_GetFontFromObj,_ANSI_ARGS_((Tk_Window tkwin,
Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_GetFontFromObj */
#ifndef Tk_GetFontMetrics
VFUNC(void,Tk_GetFontMetrics,V_Tk_GetFontMetrics,_ANSI_ARGS_((Tk_Font font,
Tk_FontMetrics * fmPtr)))
#endif /* #ifndef Tk_GetFontMetrics */
#ifndef Tk_GetGC
VFUNC(GC,Tk_GetGC,V_Tk_GetGC,_ANSI_ARGS_((Tk_Window tkwin,
unsigned long valueMask,
XGCValues * valuePtr)))
#endif /* #ifndef Tk_GetGC */
#ifndef Tk_GetImage
VFUNC(Tk_Image,Tk_GetImage,V_Tk_GetImage,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, CONST char * name,
Tk_ImageChangedProc * changeProc,
ClientData clientData)))
#endif /* #ifndef Tk_GetImage */
#ifndef Tk_GetImageMasterData
VFUNC(ClientData,Tk_GetImageMasterData,V_Tk_GetImageMasterData,_ANSI_ARGS_((
Tcl_Interp * interp, CONST char * name,
Tk_ImageType ** typePtrPtr)))
#endif /* #ifndef Tk_GetImageMasterData */
#ifndef Tk_GetJoinStyle
VFUNC(int,Tk_GetJoinStyle,V_Tk_GetJoinStyle,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * str, int * joinPtr)))
#endif /* #ifndef Tk_GetJoinStyle */
#ifndef Tk_GetJustify
VFUNC(int,Tk_GetJustify,V_Tk_GetJustify,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * str, Tk_Justify * justifyPtr)))
#endif /* #ifndef Tk_GetJustify */
#ifndef Tk_GetJustifyFromObj
VFUNC(int,Tk_GetJustifyFromObj,V_Tk_GetJustifyFromObj,_ANSI_ARGS_((
Tcl_Interp * interp, Tcl_Obj * objPtr,
Tk_Justify * justifyPtr)))
#endif /* #ifndef Tk_GetJustifyFromObj */
#ifndef Tk_GetMMFromObj
VFUNC(int,Tk_GetMMFromObj,V_Tk_GetMMFromObj,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tcl_Obj * objPtr,
double * doublePtr)))
#endif /* #ifndef Tk_GetMMFromObj */
#ifndef Tk_GetNumMainWindows
VFUNC(int,Tk_GetNumMainWindows,V_Tk_GetNumMainWindows,_ANSI_ARGS_((void)))
#endif /* #ifndef Tk_GetNumMainWindows */
#ifndef Tk_GetOptionInfo
VFUNC(Tcl_Obj *,Tk_GetOptionInfo,V_Tk_GetOptionInfo,_ANSI_ARGS_((Tcl_Interp * interp,
char * recordPtr, Tk_OptionTable optionTable,
Tcl_Obj * namePtr, Tk_Window tkwin)))
#endif /* #ifndef Tk_GetOptionInfo */
#ifndef Tk_GetOptionValue
VFUNC(Tcl_Obj *,Tk_GetOptionValue,V_Tk_GetOptionValue,_ANSI_ARGS_((Tcl_Interp * interp,
char * recordPtr, Tk_OptionTable optionTable,
Tcl_Obj * namePtr, Tk_Window tkwin)))
#endif /* #ifndef Tk_GetOptionValue */
#ifndef Tk_GetPixels
VFUNC(int,Tk_GetPixels,V_Tk_GetPixels,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, CONST char * str,
int * intPtr)))
#endif /* #ifndef Tk_GetPixels */
#ifndef Tk_GetPixelsFromObj
VFUNC(int,Tk_GetPixelsFromObj,V_Tk_GetPixelsFromObj,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tcl_Obj * objPtr,
int * intPtr)))
#endif /* #ifndef Tk_GetPixelsFromObj */
#ifndef Tk_GetPixmap
VFUNC(Pixmap,Tk_GetPixmap,V_Tk_GetPixmap,_ANSI_ARGS_((Display * display,
Drawable d, int width, int height, int depth)))
#endif /* #ifndef Tk_GetPixmap */
#ifndef Tk_GetRelief
VFUNC(int,Tk_GetRelief,V_Tk_GetRelief,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * name, int * reliefPtr)))
#endif /* #ifndef Tk_GetRelief */
#ifndef Tk_GetReliefFromObj
VFUNC(int,Tk_GetReliefFromObj,V_Tk_GetReliefFromObj,_ANSI_ARGS_((Tcl_Interp * interp,
Tcl_Obj * objPtr, int * resultPtr)))
#endif /* #ifndef Tk_GetReliefFromObj */
#ifndef Tk_GetRootCoords
VFUNC(void,Tk_GetRootCoords,V_Tk_GetRootCoords,_ANSI_ARGS_((Tk_Window tkwin,
int * xPtr, int * yPtr)))
#endif /* #ifndef Tk_GetRootCoords */
#ifndef Tk_GetScreenMM
VFUNC(int,Tk_GetScreenMM,V_Tk_GetScreenMM,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, CONST char * str,
double * doublePtr)))
#endif /* #ifndef Tk_GetScreenMM */
#ifndef Tk_GetScrollInfo
VFUNC(int,Tk_GetScrollInfo,V_Tk_GetScrollInfo,_ANSI_ARGS_((Tcl_Interp * interp,
int argc, CONST84 Tcl_Obj *CONST *objv,
double * dblPtr, int * intPtr)))
#endif /* #ifndef Tk_GetScrollInfo */
#ifndef Tk_GetScrollInfoObj
VFUNC(int,Tk_GetScrollInfoObj,V_Tk_GetScrollInfoObj,_ANSI_ARGS_((Tcl_Interp * interp,
int objc, Tcl_Obj *CONST objv[],
double * dblPtr, int * intPtr)))
#endif /* #ifndef Tk_GetScrollInfoObj */
#ifndef Tk_GetSelection
VFUNC(int,Tk_GetSelection,V_Tk_GetSelection,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Atom selection, Atom target,
Tk_GetSelProc * proc, ClientData clientData)))
#endif /* #ifndef Tk_GetSelection */
#ifndef Tk_GetStyle
VFUNC(Tk_Style,Tk_GetStyle,V_Tk_GetStyle,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * name)))
#endif /* #ifndef Tk_GetStyle */
#ifndef Tk_GetStyleEngine
VFUNC(Tk_StyleEngine,Tk_GetStyleEngine,V_Tk_GetStyleEngine,_ANSI_ARGS_((CONST char * name)))
#endif /* #ifndef Tk_GetStyleEngine */
#ifndef Tk_GetStyleFromObj
VFUNC(Tk_Style,Tk_GetStyleFromObj,V_Tk_GetStyleFromObj,_ANSI_ARGS_((Tcl_Obj * objPtr)))
#endif /* #ifndef Tk_GetStyleFromObj */
#ifndef Tk_GetStyledElement
VFUNC(Tk_StyledElement,Tk_GetStyledElement,V_Tk_GetStyledElement,_ANSI_ARGS_((Tk_Style style,
int elementId, Tk_OptionTable optionTable)))
#endif /* #ifndef Tk_GetStyledElement */
#ifndef Tk_GetUid
VFUNC(Tk_Uid,Tk_GetUid,V_Tk_GetUid,_ANSI_ARGS_((CONST char * str)))
#endif /* #ifndef Tk_GetUid */
#ifndef Tk_GetVRootGeometry
VFUNC(void,Tk_GetVRootGeometry,V_Tk_GetVRootGeometry,_ANSI_ARGS_((Tk_Window tkwin,
int * xPtr, int * yPtr, int * widthPtr,
int * heightPtr)))
#endif /* #ifndef Tk_GetVRootGeometry */
#ifndef Tk_GetVisual
VFUNC(Visual *,Tk_GetVisual,V_Tk_GetVisual,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tcl_Obj *str,
int * depthPtr, Colormap * colormapPtr)))
#endif /* #ifndef Tk_GetVisual */
#ifndef Tk_Grab
VFUNC(int,Tk_Grab,V_Tk_Grab,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, int grabGlobal)))
#endif /* #ifndef Tk_Grab */
#ifndef Tk_HandleEvent
VFUNC(void,Tk_HandleEvent,V_Tk_HandleEvent,_ANSI_ARGS_((XEvent * eventPtr)))
#endif /* #ifndef Tk_HandleEvent */
#ifndef Tk_IdToWindow
VFUNC(Tk_Window,Tk_IdToWindow,V_Tk_IdToWindow,_ANSI_ARGS_((Display * display,
Window window)))
#endif /* #ifndef Tk_IdToWindow */
#ifndef Tk_ImageChanged
VFUNC(void,Tk_ImageChanged,V_Tk_ImageChanged,_ANSI_ARGS_((Tk_ImageMaster master,
int x, int y, int width, int height,
int imageWidth, int imageHeight)))
#endif /* #ifndef Tk_ImageChanged */
#ifndef Tk_InitOptions
VFUNC(int,Tk_InitOptions,V_Tk_InitOptions,_ANSI_ARGS_((Tcl_Interp * interp,
char * recordPtr, Tk_OptionTable optionToken,
Tk_Window tkwin)))
#endif /* #ifndef Tk_InitOptions */
#ifndef Tk_InternAtom
VFUNC(Atom,Tk_InternAtom,V_Tk_InternAtom,_ANSI_ARGS_((Tk_Window tkwin,
CONST char * name)))
#endif /* #ifndef Tk_InternAtom */
#ifndef Tk_IntersectTextLayout
VFUNC(int,Tk_IntersectTextLayout,V_Tk_IntersectTextLayout,_ANSI_ARGS_((
Tk_TextLayout layout, int x, int y,
int width, int height)))
#endif /* #ifndef Tk_IntersectTextLayout */
#ifndef Tk_MainLoop
VFUNC(void,Tk_MainLoop,V_Tk_MainLoop,_ANSI_ARGS_((void)))
#endif /* #ifndef Tk_MainLoop */
#ifndef Tk_MainWindow
VFUNC(Tk_Window,Tk_MainWindow,V_Tk_MainWindow,_ANSI_ARGS_((Tcl_Interp * interp)))
#endif /* #ifndef Tk_MainWindow */
#ifndef Tk_MaintainGeometry
VFUNC(void,Tk_MaintainGeometry,V_Tk_MaintainGeometry,_ANSI_ARGS_((Tk_Window slave,
Tk_Window master, int x, int y, int width,
int height)))
#endif /* #ifndef Tk_MaintainGeometry */
#ifndef Tk_MakeWindowExist
VFUNC(void,Tk_MakeWindowExist,V_Tk_MakeWindowExist,_ANSI_ARGS_((Tk_Window tkwin)))
#endif /* #ifndef Tk_MakeWindowExist */
#ifndef Tk_ManageGeometry
VFUNC(void,Tk_ManageGeometry,V_Tk_ManageGeometry,_ANSI_ARGS_((Tk_Window tkwin,
Tk_GeomMgr * mgrPtr, ClientData clientData)))
#endif /* #ifndef Tk_ManageGeometry */
#ifndef Tk_MapWindow
VFUNC(void,Tk_MapWindow,V_Tk_MapWindow,_ANSI_ARGS_((Tk_Window tkwin)))
#endif /* #ifndef Tk_MapWindow */
#ifndef Tk_MeasureChars
VFUNC(int,Tk_MeasureChars,V_Tk_MeasureChars,_ANSI_ARGS_((Tk_Font tkfont,
CONST char * source, int numBytes,
int maxPixels, int flags, int * lengthPtr)))
#endif /* #ifndef Tk_MeasureChars */
#ifndef Tk_MoveResizeWindow
VFUNC(void,Tk_MoveResizeWindow,V_Tk_MoveResizeWindow,_ANSI_ARGS_((Tk_Window tkwin,
int x, int y, int width, int height)))
#endif /* #ifndef Tk_MoveResizeWindow */
#ifndef Tk_MoveToplevelWindow
VFUNC(void,Tk_MoveToplevelWindow,V_Tk_MoveToplevelWindow,_ANSI_ARGS_((Tk_Window tkwin,
int x, int y)))
#endif /* #ifndef Tk_MoveToplevelWindow */
#ifndef Tk_MoveWindow
VFUNC(void,Tk_MoveWindow,V_Tk_MoveWindow,_ANSI_ARGS_((Tk_Window tkwin, int x,
int y)))
#endif /* #ifndef Tk_MoveWindow */
#ifndef Tk_NameOf3DBorder
VFUNC(CONST84_RETURN char *,Tk_NameOf3DBorder,V_Tk_NameOf3DBorder,_ANSI_ARGS_((
Tk_3DBorder border)))
#endif /* #ifndef Tk_NameOf3DBorder */
#ifndef Tk_NameOfAnchor
VFUNC(CONST84_RETURN char *,Tk_NameOfAnchor,V_Tk_NameOfAnchor,_ANSI_ARGS_((Tk_Anchor anchor)))
#endif /* #ifndef Tk_NameOfAnchor */
#ifndef Tk_NameOfBitmap
VFUNC(CONST84_RETURN char *,Tk_NameOfBitmap,V_Tk_NameOfBitmap,_ANSI_ARGS_((Display * display,
Pixmap bitmap)))
#endif /* #ifndef Tk_NameOfBitmap */
#ifndef Tk_NameOfCapStyle
VFUNC(CONST84_RETURN char *,Tk_NameOfCapStyle,V_Tk_NameOfCapStyle,_ANSI_ARGS_((int cap)))
#endif /* #ifndef Tk_NameOfCapStyle */
#ifndef Tk_NameOfColor
VFUNC(CONST84_RETURN char *,Tk_NameOfColor,V_Tk_NameOfColor,_ANSI_ARGS_((XColor * colorPtr)))
#endif /* #ifndef Tk_NameOfColor */
#ifndef Tk_NameOfCursor
VFUNC(CONST84_RETURN char *,Tk_NameOfCursor,V_Tk_NameOfCursor,_ANSI_ARGS_((Display * display,
Tk_Cursor cursor)))
#endif /* #ifndef Tk_NameOfCursor */
#ifndef Tk_NameOfFont
VFUNC(CONST84_RETURN char *,Tk_NameOfFont,V_Tk_NameOfFont,_ANSI_ARGS_((Tk_Font font)))
#endif /* #ifndef Tk_NameOfFont */
#ifndef Tk_NameOfImage
VFUNC(CONST84_RETURN char *,Tk_NameOfImage,V_Tk_NameOfImage,_ANSI_ARGS_((
Tk_ImageMaster imageMaster)))
#endif /* #ifndef Tk_NameOfImage */
#ifndef Tk_NameOfJoinStyle
VFUNC(CONST84_RETURN char *,Tk_NameOfJoinStyle,V_Tk_NameOfJoinStyle,_ANSI_ARGS_((int join)))
#endif /* #ifndef Tk_NameOfJoinStyle */
#ifndef Tk_NameOfJustify
VFUNC(CONST84_RETURN char *,Tk_NameOfJustify,V_Tk_NameOfJustify,_ANSI_ARGS_((
Tk_Justify justify)))
#endif /* #ifndef Tk_NameOfJustify */
#ifndef Tk_NameOfRelief
VFUNC(CONST84_RETURN char *,Tk_NameOfRelief,V_Tk_NameOfRelief,_ANSI_ARGS_((int relief)))
#endif /* #ifndef Tk_NameOfRelief */
#ifndef Tk_NameOfStyle
VFUNC(CONST char *,Tk_NameOfStyle,V_Tk_NameOfStyle,_ANSI_ARGS_((Tk_Style style)))
#endif /* #ifndef Tk_NameOfStyle */
#ifndef Tk_NameToWindow
VFUNC(Tk_Window,Tk_NameToWindow,V_Tk_NameToWindow,_ANSI_ARGS_((Tcl_Interp * interp,
CONST char * pathName, Tk_Window tkwin)))
#endif /* #ifndef Tk_NameToWindow */
#ifndef Tk_OwnSelection
VFUNC(void,Tk_OwnSelection,V_Tk_OwnSelection,_ANSI_ARGS_((Tk_Window tkwin,
Atom selection, Tk_LostSelProc * proc,
ClientData clientData)))
#endif /* #ifndef Tk_OwnSelection */
#ifndef Tk_PointToChar
VFUNC(int,Tk_PointToChar,V_Tk_PointToChar,_ANSI_ARGS_((Tk_TextLayout layout,
int x, int y)))
#endif /* #ifndef Tk_PointToChar */
#ifndef Tk_PostscriptBitmap
VFUNC(int,Tk_PostscriptBitmap,V_Tk_PostscriptBitmap,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_Window tkwin, Tk_PostscriptInfo psInfo,
Pixmap bitmap, int startX, int startY,
int width, int height)))
#endif /* #ifndef Tk_PostscriptBitmap */
#ifndef Tk_PostscriptColor
VFUNC(int,Tk_PostscriptColor,V_Tk_PostscriptColor,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_PostscriptInfo psInfo, XColor * colorPtr)))
#endif /* #ifndef Tk_PostscriptColor */
#ifndef Tk_PostscriptFont
VFUNC(int,Tk_PostscriptFont,V_Tk_PostscriptFont,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_PostscriptInfo psInfo, Tk_Font font)))
#endif /* #ifndef Tk_PostscriptFont */
#ifndef Tk_PostscriptFontName
VFUNC(int,Tk_PostscriptFontName,V_Tk_PostscriptFontName,_ANSI_ARGS_((Tk_Font tkfont,
Tcl_DString * dsPtr)))
#endif /* #ifndef Tk_PostscriptFontName */
#ifndef Tk_PostscriptImage
VFUNC(int,Tk_PostscriptImage,V_Tk_PostscriptImage,_ANSI_ARGS_((Tk_Image image,
Tcl_Interp * interp, Tk_Window tkwin,
Tk_PostscriptInfo psinfo, int x, int y,
int width, int height, int prepass)))
#endif /* #ifndef Tk_PostscriptImage */
#ifndef Tk_PostscriptPath
VFUNC(void,Tk_PostscriptPath,V_Tk_PostscriptPath,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_PostscriptInfo psInfo, double * coordPtr,
int numPoints)))
#endif /* #ifndef Tk_PostscriptPath */
#ifndef Tk_PostscriptPhoto
VFUNC(int,Tk_PostscriptPhoto,V_Tk_PostscriptPhoto,_ANSI_ARGS_((Tcl_Interp * interp,
Tk_PhotoImageBlock * blockPtr,
Tk_PostscriptInfo psInfo, int width,
int height)))
#endif /* #ifndef Tk_PostscriptPhoto */
#ifndef Tk_PostscriptStipple
VFUNC(int,Tk_PostscriptStipple,V_Tk_PostscriptStipple,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_Window tkwin,
Tk_PostscriptInfo psInfo, Pixmap bitmap)))
#endif /* #ifndef Tk_PostscriptStipple */
#ifndef Tk_PostscriptY
VFUNC(double,Tk_PostscriptY,V_Tk_PostscriptY,_ANSI_ARGS_((double y,
Tk_PostscriptInfo psInfo)))
#endif /* #ifndef Tk_PostscriptY */
#ifndef Tk_PreserveColormap
VFUNC(void,Tk_PreserveColormap,V_Tk_PreserveColormap,_ANSI_ARGS_((Display * display,
Colormap colormap)))
#endif /* #ifndef Tk_PreserveColormap */
#ifndef Tk_QueueWindowEvent
VFUNC(void,Tk_QueueWindowEvent,V_Tk_QueueWindowEvent,_ANSI_ARGS_((XEvent * eventPtr,
Tcl_QueuePosition position)))
#endif /* #ifndef Tk_QueueWindowEvent */
#ifndef Tk_RedrawImage
VFUNC(void,Tk_RedrawImage,V_Tk_RedrawImage,_ANSI_ARGS_((Tk_Image image,
int imageX, int imageY, int width,
int height, Drawable drawable, int drawableX,
int drawableY)))
#endif /* #ifndef Tk_RedrawImage */
#ifndef Tk_RegisterStyleEngine
VFUNC(Tk_StyleEngine,Tk_RegisterStyleEngine,V_Tk_RegisterStyleEngine,_ANSI_ARGS_((
CONST char * name, Tk_StyleEngine parent)))
#endif /* #ifndef Tk_RegisterStyleEngine */
#ifndef Tk_RegisterStyledElement
VFUNC(int,Tk_RegisterStyledElement,V_Tk_RegisterStyledElement,_ANSI_ARGS_((
Tk_StyleEngine engine,
Tk_ElementSpec * templatePtr)))
#endif /* #ifndef Tk_RegisterStyledElement */
#ifndef Tk_ResizeWindow
VFUNC(void,Tk_ResizeWindow,V_Tk_ResizeWindow,_ANSI_ARGS_((Tk_Window tkwin,
int width, int height)))
#endif /* #ifndef Tk_ResizeWindow */
#ifndef Tk_RestackWindow
VFUNC(int,Tk_RestackWindow,V_Tk_RestackWindow,_ANSI_ARGS_((Tk_Window tkwin,
int aboveBelow, Tk_Window other)))
#endif /* #ifndef Tk_RestackWindow */
#ifndef Tk_RestoreSavedOptions
VFUNC(void,Tk_RestoreSavedOptions,V_Tk_RestoreSavedOptions,_ANSI_ARGS_((
Tk_SavedOptions * savePtr)))
#endif /* #ifndef Tk_RestoreSavedOptions */
#ifndef Tk_RestrictEvents
VFUNC(Tk_RestrictProc *,Tk_RestrictEvents,V_Tk_RestrictEvents,_ANSI_ARGS_((
Tk_RestrictProc * proc, ClientData arg,
ClientData * prevArgPtr)))
#endif /* #ifndef Tk_RestrictEvents */
#ifndef Tk_SetAppName
VFUNC(CONST char *,Tk_SetAppName,V_Tk_SetAppName,_ANSI_ARGS_((Tk_Window tkwin,
CONST char * name)))
#endif /* #ifndef Tk_SetAppName */
#ifndef Tk_SetBackgroundFromBorder
VFUNC(void,Tk_SetBackgroundFromBorder,V_Tk_SetBackgroundFromBorder,_ANSI_ARGS_((
Tk_Window tkwin, Tk_3DBorder border)))
#endif /* #ifndef Tk_SetBackgroundFromBorder */
#ifndef Tk_SetCaretPos
VFUNC(void,Tk_SetCaretPos,V_Tk_SetCaretPos,_ANSI_ARGS_((Tk_Window tkwin, int x,
int y, int height)))
#endif /* #ifndef Tk_SetCaretPos */
#ifndef Tk_SetClass
VFUNC(void,Tk_SetClass,V_Tk_SetClass,_ANSI_ARGS_((Tk_Window tkwin,
CONST char * className)))
#endif /* #ifndef Tk_SetClass */
#ifndef Tk_SetClassProcs
VFUNC(void,Tk_SetClassProcs,V_Tk_SetClassProcs,_ANSI_ARGS_((Tk_Window tkwin,
Tk_ClassProcs * procs,
ClientData instanceData)))
#endif /* #ifndef Tk_SetClassProcs */
#ifndef Tk_SetGrid
VFUNC(void,Tk_SetGrid,V_Tk_SetGrid,_ANSI_ARGS_((Tk_Window tkwin,
int reqWidth, int reqHeight, int gridWidth,
int gridHeight)))
#endif /* #ifndef Tk_SetGrid */
#ifndef Tk_SetInternalBorder
VFUNC(void,Tk_SetInternalBorder,V_Tk_SetInternalBorder,_ANSI_ARGS_((Tk_Window tkwin,
int width)))
#endif /* #ifndef Tk_SetInternalBorder */
#ifndef Tk_SetInternalBorderEx
VFUNC(void,Tk_SetInternalBorderEx,V_Tk_SetInternalBorderEx,_ANSI_ARGS_((Tk_Window tkwin,
int left, int right, int top, int bottom)))
#endif /* #ifndef Tk_SetInternalBorderEx */
#ifndef Tk_SetMinimumRequestSize
VFUNC(void,Tk_SetMinimumRequestSize,V_Tk_SetMinimumRequestSize,_ANSI_ARGS_((
Tk_Window tkwin, int minWidth, int minHeight)))
#endif /* #ifndef Tk_SetMinimumRequestSize */
#ifndef Tk_SetOptions
VFUNC(int,Tk_SetOptions,V_Tk_SetOptions,_ANSI_ARGS_((Tcl_Interp * interp,
char * recordPtr, Tk_OptionTable optionTable,
int objc, Tcl_Obj *CONST objv[],
Tk_Window tkwin, Tk_SavedOptions * savePtr,
int * maskPtr)))
#endif /* #ifndef Tk_SetOptions */
#ifndef Tk_SetTSOrigin
VFUNC(void,Tk_SetTSOrigin,V_Tk_SetTSOrigin,_ANSI_ARGS_((Tk_Window tkwin, GC gc,
int x, int y)))
#endif /* #ifndef Tk_SetTSOrigin */
#ifndef Tk_SetWindowBackground
VFUNC(void,Tk_SetWindowBackground,V_Tk_SetWindowBackground,_ANSI_ARGS_((Tk_Window tkwin,
unsigned long pixel)))
#endif /* #ifndef Tk_SetWindowBackground */
#ifndef Tk_SetWindowBackgroundPixmap
VFUNC(void,Tk_SetWindowBackgroundPixmap,V_Tk_SetWindowBackgroundPixmap,_ANSI_ARGS_((
Tk_Window tkwin, Pixmap pixmap)))
#endif /* #ifndef Tk_SetWindowBackgroundPixmap */
#ifndef Tk_SetWindowBorder
VFUNC(void,Tk_SetWindowBorder,V_Tk_SetWindowBorder,_ANSI_ARGS_((Tk_Window tkwin,
unsigned long pixel)))
#endif /* #ifndef Tk_SetWindowBorder */
#ifndef Tk_SetWindowBorderPixmap
VFUNC(void,Tk_SetWindowBorderPixmap,V_Tk_SetWindowBorderPixmap,_ANSI_ARGS_((
Tk_Window tkwin, Pixmap pixmap)))
#endif /* #ifndef Tk_SetWindowBorderPixmap */
#ifndef Tk_SetWindowBorderWidth
VFUNC(void,Tk_SetWindowBorderWidth,V_Tk_SetWindowBorderWidth,_ANSI_ARGS_((Tk_Window tkwin,
int width)))
#endif /* #ifndef Tk_SetWindowBorderWidth */
#ifndef Tk_SetWindowColormap
VFUNC(void,Tk_SetWindowColormap,V_Tk_SetWindowColormap,_ANSI_ARGS_((Tk_Window tkwin,
Colormap colormap)))
#endif /* #ifndef Tk_SetWindowColormap */
#ifndef Tk_SetWindowVisual
VFUNC(int,Tk_SetWindowVisual,V_Tk_SetWindowVisual,_ANSI_ARGS_((Tk_Window tkwin,
Visual * visual, int depth,
Colormap colormap)))
#endif /* #ifndef Tk_SetWindowVisual */
#ifndef Tk_SizeOfBitmap
VFUNC(void,Tk_SizeOfBitmap,V_Tk_SizeOfBitmap,_ANSI_ARGS_((Display * display,
Pixmap bitmap, int * widthPtr,
int * heightPtr)))
#endif /* #ifndef Tk_SizeOfBitmap */
#ifndef Tk_SizeOfImage
VFUNC(void,Tk_SizeOfImage,V_Tk_SizeOfImage,_ANSI_ARGS_((Tk_Image image,
int * widthPtr, int * heightPtr)))
#endif /* #ifndef Tk_SizeOfImage */
#ifndef Tk_StrictMotif
VFUNC(int,Tk_StrictMotif,V_Tk_StrictMotif,_ANSI_ARGS_((Tk_Window tkwin)))
#endif /* #ifndef Tk_StrictMotif */
#ifndef Tk_TextLayoutToPostscript
VFUNC(void,Tk_TextLayoutToPostscript,V_Tk_TextLayoutToPostscript,_ANSI_ARGS_((
Tcl_Interp * interp, Tk_TextLayout layout)))
#endif /* #ifndef Tk_TextLayoutToPostscript */
#ifndef Tk_TextWidth
VFUNC(int,Tk_TextWidth,V_Tk_TextWidth,_ANSI_ARGS_((Tk_Font font,
CONST char * str, int numBytes)))
#endif /* #ifndef Tk_TextWidth */
#ifndef Tk_UndefineCursor
VFUNC(void,Tk_UndefineCursor,V_Tk_UndefineCursor,_ANSI_ARGS_((Tk_Window window)))
#endif /* #ifndef Tk_UndefineCursor */
#ifndef Tk_UnderlineChars
VFUNC(void,Tk_UnderlineChars,V_Tk_UnderlineChars,_ANSI_ARGS_((Display * display,
Drawable drawable, GC gc, Tk_Font tkfont,
CONST char * source, int x, int y,
int firstByte, int lastByte)))
#endif /* #ifndef Tk_UnderlineChars */
#ifndef Tk_UnderlineTextLayout
VFUNC(void,Tk_UnderlineTextLayout,V_Tk_UnderlineTextLayout,_ANSI_ARGS_((
Display * display, Drawable drawable, GC gc,
Tk_TextLayout layout, int x, int y,
int underline)))
#endif /* #ifndef Tk_UnderlineTextLayout */
#ifndef Tk_Ungrab
VFUNC(void,Tk_Ungrab,V_Tk_Ungrab,_ANSI_ARGS_((Tk_Window tkwin)))
#endif /* #ifndef Tk_Ungrab */
#ifndef Tk_UnmaintainGeometry
VFUNC(void,Tk_UnmaintainGeometry,V_Tk_UnmaintainGeometry,_ANSI_ARGS_((Tk_Window slave,
Tk_Window master)))
#endif /* #ifndef Tk_UnmaintainGeometry */
#ifndef Tk_UnmapWindow
VFUNC(void,Tk_UnmapWindow,V_Tk_UnmapWindow,_ANSI_ARGS_((Tk_Window tkwin)))
#endif /* #ifndef Tk_UnmapWindow */
#ifndef Tk_UnsetGrid
VFUNC(void,Tk_UnsetGrid,V_Tk_UnsetGrid,_ANSI_ARGS_((Tk_Window tkwin)))
#endif /* #ifndef Tk_UnsetGrid */
#ifndef Tk_UpdatePointer
VFUNC(void,Tk_UpdatePointer,V_Tk_UpdatePointer,_ANSI_ARGS_((Tk_Window tkwin, int x,
int y, int state)))
#endif /* #ifndef Tk_UpdatePointer */
#endif /* _TKDECLS */
| 36.046592 | 99 | 0.785701 |
ed979a3eb886f9ab907fcb20b17b5006a5ecb6d1 | 2,026 | pm | Perl | ppenv/ppenv.pm | proofpoint/optconfig | 76b16687cdbec7491010918433cf3b5fcc17d14b | [
"Apache-2.0"
] | 1 | 2015-03-22T12:33:40.000Z | 2015-03-22T12:33:40.000Z | ppenv/ppenv.pm | proofpoint/optconfig | 76b16687cdbec7491010918433cf3b5fcc17d14b | [
"Apache-2.0"
] | null | null | null | ppenv/ppenv.pm | proofpoint/optconfig | 76b16687cdbec7491010918433cf3b5fcc17d14b | [
"Apache-2.0"
] | null | null | null | #!perl
# /* Copyright 2013 Proofpoint, Inc. All rights reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# */
# @INC now is like this:
# /opt/pptools, PERLLIB-dirs, system-lib-dirs
# I need to get rid of /opt/pptools
# I need to save the dirs that came from PERLLIB
# Put /opt/pptools/lib ahead of all the system libpath dirs
# and put back PERLLIB dirs. Otherwise, you'll never be able
# to override modules in /opt/pptools/lib
# use lib '/opt/pptools/lib';
use Config;
BEGIN {
no warnings;
if ($INC[0] eq '/opt/pptools') {
shift(@INC);
}
my @perllib = ();
my @saved_perllib = ();
if ($ENV{'PERL5LIB'}) {
@perllib = split(':', $ENV{'PERL5LIB'});
} elsif ($ENV{'PERLLIB'}) {
@perllib = split(':', $ENV{'PERLLIB'});
}
if (@perllib) {
while ($perllib[0] eq $INC[0]) {
push(@saved_perllib, shift(@perllib));
shift(@INC);
}
}
my %libpath;
for my $libpathkey (qw(archlib archlibexp
installarchlib installprivlib installsitearch
installsitelib
privlib privlibexp sitearch sitearchexp
sitelib sitelibexp sitelib_stem)) {
my $libpath = $Config{$libpathkey};
if (-d $libpath) {
$libpath{$libpath} = 1;
}
}
for my $libpath (keys %libpath) {
$libpath =~ s{^(.*?)(lib64|lib)}{/opt/pptools/$2};
unshift(@INC, $libpath);
}
unshift(@INC, '/opt/pptools/lib');
unshift(@INC, @saved_perllib);
}
1;
| 29.362319 | 74 | 0.621422 |
ed3a4cf36be19cc74dd24f3e48b7cc57934e718d | 2,751 | pm | Perl | lib/Mojo/Promise/Role/Get.pm | Grinnz/Mojo-Promise-Role-Get | c13173c2469d2d3b761a46212e71740d57b49e64 | [
"Artistic-2.0"
] | null | null | null | lib/Mojo/Promise/Role/Get.pm | Grinnz/Mojo-Promise-Role-Get | c13173c2469d2d3b761a46212e71740d57b49e64 | [
"Artistic-2.0"
] | 1 | 2019-05-13T18:20:09.000Z | 2019-05-24T05:17:10.000Z | lib/Mojo/Promise/Role/Get.pm | Grinnz/Mojo-Promise-Role-Get | c13173c2469d2d3b761a46212e71740d57b49e64 | [
"Artistic-2.0"
] | null | null | null | package Mojo::Promise::Role::Get;
use Carp ();
use Role::Tiny;
our $VERSION = 'v0.1.4';
requires qw(ioloop then wait);
sub get {
my ($self) = @_;
Carp::croak "'get' cannot be called when the event loop is running" if $self->ioloop->is_running;
my (@result, $rejected);
$self->then(sub { @result = @_ }, sub { $rejected = 1; @result = @_ })->wait;
if ($rejected) {
my $reason = $result[0] // 'Promise was rejected';
die $reason if ref $reason or $reason =~ m/\n\z/;
Carp::croak $reason;
}
return wantarray ? @result : $result[0];
}
1;
=head1 NAME
Mojo::Promise::Role::Get - Wait for the results of a Mojo::Promise
=head1 SYNOPSIS
use Mojo::IOLoop;
use Mojo::Promise;
use Mojo::UserAgent;
my $ua = Mojo::UserAgent->new;
# long way of writing $ua->get('http://example.com')->result
my $res = $ua->get_p('http://example.com')->with_roles('+Get')->get->result;
# wait for multiple requests at once
my @responses = map { $_->[0]->result } Mojo::Promise->all(
$ua->get_p('http://example.com'),
$ua->get_p('https://www.google.com'),
)->with_roles('Mojo::Promise::Role::Get')->get;
# request with exception on timeout
my $timeout = Mojo::Promise->new;
Mojo::IOLoop->timer(1 => sub { $timeout->reject('Timed out!') });
my $res = Mojo::Promise->race($ua->get_p('http://example.com'), $timeout)
->with_roles('Mojo::Promise::Role::Get')->get->result;
=head1 DESCRIPTION
L<Mojo::Promise::Role::Get> is a L<Mojo::Promise> L<role|Role::Tiny> that adds
a L</"get"> method to facilitate the usage of asynchronous code in a
synchronous manner, similar to L<Future/"get">.
Note: Like in Future, L</"get"> cannot retrieve results when the event loop is
already running, as that can recurse into the event reactor. Unlike in Future,
this is true even if the promise has already been resolved or rejected, because
retrieving L<Mojo::Promise> results always requires running the event loop.
=head1 METHODS
L<Mojo::Promise::Role::Get> composes the following methods.
=head2 get
my @results = $promise->get;
my $first_result = $promise->get;
Blocks until the promise resolves or is rejected. If it is fulfilled, the
results are returned. In scalar context the first value is returned. If the
promise is rejected, the (first value of the) rejection reason is thrown as an
exception.
An exception is thrown if the L<Mojo::Promise/"ioloop"> is running, to prevent
recursing into the event reactor.
=head1 BUGS
Report any issues on the public bugtracker.
=head1 AUTHOR
Dan Book <dbook@cpan.org>
=head1 COPYRIGHT AND LICENSE
This software is Copyright (c) 2018 by Dan Book.
This is free software, licensed under:
The Artistic License 2.0 (GPL Compatible)
=head1 SEE ALSO
L<Future>
| 28.071429 | 99 | 0.689931 |
eddf2ccf0ea7dd140e96a1e8983021eb3a7be541 | 1,162 | pm | Perl | lib/Google/Ads/GoogleAds/V7/Services/CampaignFeedService/CampaignFeedOperation.pm | googleads/google-ads-perl | 3ee6c09e11330fea1e6a0c9ee9f837e5e36d8177 | [
"Apache-2.0"
] | 19 | 2019-06-21T00:43:57.000Z | 2022-03-29T14:23:01.000Z | lib/Google/Ads/GoogleAds/V7/Services/CampaignFeedService/CampaignFeedOperation.pm | googleads/google-ads-perl | 3ee6c09e11330fea1e6a0c9ee9f837e5e36d8177 | [
"Apache-2.0"
] | 16 | 2020-03-04T07:44:53.000Z | 2021-12-15T23:06:23.000Z | lib/Google/Ads/GoogleAds/V7/Services/CampaignFeedService/CampaignFeedOperation.pm | googleads/google-ads-perl | 3ee6c09e11330fea1e6a0c9ee9f837e5e36d8177 | [
"Apache-2.0"
] | 9 | 2020-02-28T03:00:48.000Z | 2021-11-10T14:23:02.000Z | # Copyright 2020, Google LLC
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
package Google::Ads::GoogleAds::V7::Services::CampaignFeedService::CampaignFeedOperation;
use strict;
use warnings;
use base qw(Google::Ads::GoogleAds::BaseEntity);
use Google::Ads::GoogleAds::Utils::GoogleAdsHelper;
sub new {
my ($class, $args) = @_;
my $self = {
create => $args->{create},
remove => $args->{remove},
update => $args->{update},
updateMask => $args->{updateMask}};
# Delete the unassigned fields in this object for a more concise JSON payload
remove_unassigned_fields($self, $args);
bless $self, $class;
return $self;
}
1;
| 29.794872 | 89 | 0.711704 |
ed561a3b77e845a1396961e207e42bd7a674bfeb | 906 | al | Perl | benchmark/benchmarks/FASP-benchmarks/data/random-oriented/randomoriented-0200-100-210.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | benchmark/benchmarks/FASP-benchmarks/data/random-oriented/randomoriented-0200-100-210.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | benchmark/benchmarks/FASP-benchmarks/data/random-oriented/randomoriented-0200-100-210.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | 1 62 83 99
2 34 47 56 61
3
4 15 52
5
6 38 56 81
7 69
8 53 62 71
9 14 30 32 40 49 61
10 1 15 36 56 80 84
11 25 77
12 33 34 49
13 69 87
14 97
15 40 66 83
16 61 93 97
17 7 23 29
18 36 48 76
19 14
20 23
21 36 40 100
22 6
23 35
24 3 7
25 34
26 3 82
27 22 33 92
28 38
29 11 65 80
30 53
31
32 53 57 84
33 44 71
34 78
35 55 64 88
36 9 55 87
37 41
38 37 47 56
39
40 14 23 37 50 78
41 62 72
42 9
43
44
45 48 54 100
46 54 55
47 82
48 16 37 83
49 52
50 5 19 37 97
51 8 19 99
52 83 92
53 5 47
54
55
56 18 25 66
57 7 21
58 51 54 65
59 56 63
60 34 85
61 38
62 44
63 7 36
64
65 8 31 40
66 14 28 62
67 57 89
68 40
69 45 78 92
70 3 15 35 69
71 56
72 43
73 14 41 81
74 12 18 90
75 30 82 100
76
77 8 64 82
78
79 15 82
80 18 35 38 50 96
81 60
82 66
83 54 94
84 31 48 74 99
85 13
86 26 35 76
87 58
88 43 45 55 61 84 94 99
89 13 32 42 49 50
90 9 27 60 96
91 1
92 44 84
93 39 77
94 43 70 79 95
95
96
97 93
98 44 83
99 71 89
100 83 | 9.06 | 23 | 0.65894 |
73daa502469d8f57d0d170f4f6c6f5cd4950c7ac | 3,942 | pl | Perl | tests/badsymbols.pl | Axis-Mats/curl | 37fb213a2eab80047014e74b0a1c64e9d4dc68f0 | [
"curl"
] | 23,856 | 2016-02-03T15:35:29.000Z | 2022-03-31T17:24:30.000Z | tests/badsymbols.pl | Axis-Mats/curl | 37fb213a2eab80047014e74b0a1c64e9d4dc68f0 | [
"curl"
] | 6,135 | 2016-02-03T16:09:05.000Z | 2022-03-31T21:32:46.000Z | tests/badsymbols.pl | Axis-Mats/curl | 37fb213a2eab80047014e74b0a1c64e9d4dc68f0 | [
"curl"
] | 5,231 | 2016-02-04T02:46:06.000Z | 2022-03-31T10:42:24.000Z | #!/usr/bin/env perl
#***************************************************************************
# _ _ ____ _
# Project ___| | | | _ \| |
# / __| | | | |_) | |
# | (__| |_| | _ <| |___
# \___|\___/|_| \_\_____|
#
# Copyright (C) 2010-2021, Daniel Stenberg, <daniel@haxx.se>, et al.
#
# This software is licensed as described in the file COPYING, which
# you should have received as part of this distribution. The terms
# are also available at https://curl.se/docs/copyright.html.
#
# You may opt to use, copy, modify, merge, publish, distribute and/or sell
# copies of the Software, and permit persons to whom the Software is
# furnished to do so, under the terms of the COPYING file.
#
# This software is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY
# KIND, either express or implied.
#
###########################################################################
#
# This script grew out of help from Przemyslaw Iskra and Balint Szilakszi
# a late evening in the #curl IRC channel.
#
use strict;
use warnings;
use vars qw($Cpreprocessor);
#
# configurehelp perl module is generated by configure script
#
my $rc = eval {
require configurehelp;
configurehelp->import(qw(
$Cpreprocessor
));
1;
};
# Set default values if configure has not generated a configurehelp.pm file.
# This is the case with cmake.
if (!$rc) {
$Cpreprocessor = 'cpp';
}
my $verbose=0;
# verbose mode when -v is the first argument
if($ARGV[0] eq "-v") {
$verbose=1;
shift;
}
# we may get the dir root pointed out
my $root=$ARGV[0] || ".";
# need an include directory when building out-of-tree
my $i = ($ARGV[1]) ? "-I$ARGV[1] " : '';
my $incdir = "$root/include/curl";
my $summary=0;
my $misses=0;
my @syms;
my %doc;
my %rem;
sub scanenums {
my ($file)=@_;
my $skipit = 0;
open H_IN, "-|", "$Cpreprocessor $i$file" || die "Cannot preprocess $file";
while ( <H_IN> ) {
my ($line, $linenum) = ($_, $.);
if( /^#(line|) (\d+) \"(.*)\"/) {
# if the included file isn't in our incdir, then we skip this section
# until next #line
#
if($3 !~ /^$incdir/) {
$skipit = 1;
next;
}
# parse this!
$skipit = 0;
next;
}
if($skipit) {
next;
}
if (/^#/) {
next;
}
if ( /enum\s+(\S+\s+)?{/ .. /}/ ) {
s/^\s+//;
chomp;
s/[,\s].*//;
if(($_ !~ /\}(;|)/) &&
($_ ne "typedef") &&
($_ ne "enum") &&
($_ !~ /^[ \t]*$/)) {
if($verbose) {
print "Source: $Cpreprocessor $i$file\n";
print "Symbol: $_\n";
print "Line #$linenum: $line\n\n";
}
push @syms, $_;
}
}
}
close H_IN || die "Error preprocessing $file";
}
sub scanheader {
my ($f)=@_;
scanenums($f);
open H, "<$f";
while(<H>) {
my ($line, $linenum) = ($_, $.);
if (/^#define +([^ \n]*)/) {
if($verbose) {
print "Source: $f\n";
print "Symbol: $1\n";
print "Line #$linenum: $line\n\n";
}
push @syms, $1;
}
}
close H;
}
opendir(my $dh, $incdir) || die "Can't opendir $incdir: $!";
my @hfiles = grep { /\.h$/ } readdir($dh);
closedir $dh;
for(@hfiles) {
scanheader("$incdir/$_");
}
my $errors = 0;
for my $s (@syms) {
if($s !~ /^(lib|)curl/i) {
print "Bad symbols in public header files:\n" if(!$errors);
$errors++;
print " $s\n";
}
}
if($errors) {
exit 1;
}
printf "%d fine symbols found\n", scalar(@syms);
| 25.432258 | 81 | 0.460173 |
ed8217918fcb3e53c61a3750bf86cf5ed09905f7 | 2,604 | t | Perl | test/custom.tag_ind.t | sudosays/taskwarrior | 144e415e846cf27eb442c50d0e0dbce28cbb8213 | [
"MIT"
] | 3 | 2020-11-02T23:35:19.000Z | 2022-02-25T00:01:34.000Z | test/custom.tag_ind.t | sudosays/taskwarrior | 144e415e846cf27eb442c50d0e0dbce28cbb8213 | [
"MIT"
] | null | null | null | test/custom.tag_ind.t | sudosays/taskwarrior | 144e415e846cf27eb442c50d0e0dbce28cbb8213 | [
"MIT"
] | null | null | null | #!/usr/bin/env python
# -*- coding: utf-8 -*-
###############################################################################
#
# Copyright 2006 - 2019, Paul Beckingham, Federico Hernandez.
#
# Permission is hereby granted, free of charge, to any person obtaining a copy
# of this software and associated documentation files (the "Software"), to deal
# in the Software without restriction, including without limitation the rights
# to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
# copies of the Software, and to permit persons to whom the Software is
# furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
# THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
# SOFTWARE.
#
# https://www.opensource.org/licenses/mit-license.php
#
###############################################################################
import sys
import os
import unittest
# Ensure python finds the local simpletap module
sys.path.append(os.path.dirname(os.path.abspath(__file__)))
from basetest import Task, TestCase
class TestCustomTagIndicator(TestCase):
@classmethod
def setUpClass(cls):
"""Executed once before any test in the class"""
cls.t = Task()
cls.t.config("report.foo.description", "DESC")
cls.t.config("report.foo.columns", "id,tags.indicator")
cls.t.config("report.foo.labels", "ID,T")
cls.t.config("report.foo.sort", "id+")
cls.t("add foo +tag")
cls.t("add bar")
def test_default_indicator(self):
"""Verify default tag indicator (+) is shown"""
code, out, err = self.t("foo")
self.assertRegexpMatches(out, "ID.+T")
self.assertRegexpMatches(out, "1\s+\+")
def test_custom_indicator(self):
"""Verify custom tag indicator (TAG) is shown"""
code, out, err = self.t("rc.tag.indicator:TAG foo")
self.assertRegexpMatches(out, "1\s+TAG")
if __name__ == "__main__":
from simpletap import TAPTestRunner
unittest.main(testRunner=TAPTestRunner())
# vim: ai sts=4 et sw=4 ft=python
| 38.294118 | 79 | 0.658986 |
edb1302c892b1162748bebab68d3a0301f2f7fd8 | 2,754 | pm | Perl | tests/jeos/prepare_firstboot.pm | DeepthiYV/os-autoinst-distri-opensuse | 563632700f014528b3cd938a6efc2cc566a7aae5 | [
"FSFAP"
] | null | null | null | tests/jeos/prepare_firstboot.pm | DeepthiYV/os-autoinst-distri-opensuse | 563632700f014528b3cd938a6efc2cc566a7aae5 | [
"FSFAP"
] | null | null | null | tests/jeos/prepare_firstboot.pm | DeepthiYV/os-autoinst-distri-opensuse | 563632700f014528b3cd938a6efc2cc566a7aae5 | [
"FSFAP"
] | null | null | null | # SUSE's openQA tests
#
# Copyright © 2019 SUSE LLC
#
# Copying and distribution of this file, with or without modification,
# are permitted in any medium without royalty provided the copyright
# notice and this notice are preserved. This file is offered as-is,
# without any warranty.
# Summary: Enable jeos-firstboot as required by openQA testsuite
# Maintainer: Guillaume GARDET <guillaume@opensuse.org>
use strict;
use warnings;
use base "opensusebasetest";
use testapi;
use utils 'zypper_call';
use version_utils 'is_leap';
sub run {
my ($self) = @_;
my $default_password = 'linux';
my $distripassword = $testapi::password;
my $reboot_for_jeos_firstboot = 1;
my $is_generalhw_via_ssh = check_var('BACKEND', 'generalhw') && !defined(get_var('GENERAL_HW_VNC_IP'));
if ($is_generalhw_via_ssh) {
# Run jeos-firstboot manually and do not reboot as we use SSH
$reboot_for_jeos_firstboot = 0;
# Handle default credentials for ssh login
$testapi::password = $default_password;
# 'root-ssh' console will wait for SUT to be reachable from ssh
select_console('root-ssh');
}
else {
# Login with default credentials (root:linux)
assert_screen('linux-login', 300);
type_string("root\n", wait_still_screen => 5);
type_string("$default_password\n", wait_still_screen => 5);
}
# Install jeos-firstboot, when needed
zypper_call('in jeos-firstboot') if is_leap;
if ($is_generalhw_via_ssh) {
# Do not set network down as we are connected through ssh!
my $filetoedit = is_leap('<=15.2') ? '/usr/lib/jeos-firstboot' : '/usr/share/jeos-firstboot/jeos-firstboot-dialogs';
assert_script_run("sed -i 's/ip link set down /# ip link set down/g' $filetoedit");
}
# Remove current root password
assert_script_run("sed -i 's/^root:[^:]*:/root:*:/' /etc/shadow", 600);
# Restore expected password, to be used by jeos-firstboot
$testapi::password = $distripassword;
if ($reboot_for_jeos_firstboot) {
# Ensure YaST2-Firstboot is disabled, and enable jeos-firstboot in openQA
assert_script_run("systemctl disable YaST2-Firstboot") if is_leap('<15.2');
assert_script_run("systemctl enable jeos-firstboot");
# When YaST2-Firstboot is not installed, /var/lib/YaST2 does not exist, so create it
assert_script_run("mkdir -p /var/lib/YaST2") if !is_leap('<15.2');
# Trigger *-firstboot at next boot
assert_script_run("touch /var/lib/YaST2/reconfig_system");
type_string("reboot\n");
}
else {
type_string(is_leap('<=15.2') ? "/usr/lib/jeos-firstboot\n" : "jeos-firstboot\n");
}
}
1;
| 35.766234 | 124 | 0.665214 |
edbe94bcba52181ba3957ee17e105b4a3c4fa0c1 | 3,242 | pl | Perl | Zonemaster-Backend/client.pl | mtoma/zonemaster | 4d3c67db52a97705452ceaceeddccacbf4c52991 | [
"BSD-2-Clause"
] | null | null | null | Zonemaster-Backend/client.pl | mtoma/zonemaster | 4d3c67db52a97705452ceaceeddccacbf4c52991 | [
"BSD-2-Clause"
] | null | null | null | Zonemaster-Backend/client.pl | mtoma/zonemaster | 4d3c67db52a97705452ceaceeddccacbf4c52991 | [
"BSD-2-Clause"
] | null | null | null | use strict;
use warnings;
use utf8;
use 5.10.1;
use strict;
use LWP::UserAgent;
use JSON;
use Data::Dumper;
use Client;
my $c = Client->new({url => 'http://localhost:5000'});
say "Client->validate_syntax:".Dumper($c->validate_syntax("nic.fr"));
=coment
say "Client->version_info:".Dumper($c->version_info("test param"));
say "Client->get_ns_ips:".Dumper($c->get_ns_ips("ns1.nic.fr"));
say "Client->get_data_from_parent_zone:".Dumper($c->get_data_from_parent_zone("nic.fr"));
say "Client->validate_domain_syntax:".Dumper($c->validate_domain_syntax("nic.fr"));
my $frontend_params = {
client_id => 'Zonemaster CGI/Dancer/node.js', # free string
client_version => '1.0', # free version like string
domain => 'afnic-2.fr', # content of the domain text field
advanced_options => 1, # 0 or 1, is the advanced options checkbox checked
ipv4 => 1, # 0 or 1, is the ipv4 checkbox checked
ipv6 => 1, # 0 or 1, is the ipv6 checkbox checked
test_profile => 'test_profile_2', # the id if the Test profile listbox
nameservers => [ # list of the namaserves up to 32
{'ns1.nic.fr' => ''}, # key values pairs representing nameserver => namesterver_ip
{'empty' => '192.134.4.1'},
{'ns1.nic.fr' => '192.134.4.1'},
],
ds_digest_pairs => [ # list of DS/Digest pairs up to 32
{'ds1' => 'digest2'}, # key values pairs representing ds => digest
{'ds2' => 'digest2'},
],
};
my $id_test = $c->start_domain_test($frontend_params);
say "start_domain_test: ".Dumper($id_test);
say "--------------------------";
say "test_progress: ".Dumper($c->test_progress($id_test));
sleep(1);
say "test_progress: ".Dumper($c->test_progress($id_test));
sleep(1);
say "test_progress: ".Dumper($c->test_progress($id_test));
sleep(2);
say "test_progress: ".Dumper($c->test_progress($id_test));
sleep(2);
say "test_progress: ".Dumper($c->test_progress($id_test));
sleep(3);
say "test_progress: ".Dumper($c->test_progress($id_test));
sleep(3);
say "test_progress: ".Dumper($c->test_progress($id_test));
say "--------------------------";
say "get_test_results: ".Dumper($c->get_test_results( { id => $id_test, language => 'en' } ));
say "--------------------------";
my $frontend_params1 = {
client_id => 'Zonemaster CGI/Dancer/node.js', # free string
client_version => '1.0', # free version like string
domain => 'afnic-2.fr', # content of the domain text field
advanced_options => 1, # 0 or 1, is the advanced options checkbox checked
ipv4 => 1, # 0 or 1, is the ipv4 checkbox checked
ipv6 => 1, # 0 or 1, is the ipv6 checkbox checked
test_profile => 'test_profile_1', # the id if the Test profile listbox
nameservers => [ # list of the namaserves up to 32
{'ns1.nic.fr' => ''}, # key values pairs representing nameserver => namesterver_ip
{'empty' => '192.134.4.1'},
{'ns1.nic.fr' => '192.134.4.1'},
],
ds_digest_pairs => [ # list of DS/Digest pairs up to 32
{'ds1' => 'digest1'}, # key values pairs representing ds => digest
{'ds2' => 'digest2'},
],
};
my $offset = 0;
my $limit = 10;
say "get_test_history: ".Dumper($c->get_test_history( { frontend_params => $frontend_params1, offset => $offset, limit => $limit } ));
say "--------------------------";
=cut
| 34.489362 | 134 | 0.638803 |
edd21e7a59d09a40953adbba72bdaf5440da5304 | 537 | pm | Perl | t/lib/Test/Schema/Result/FooBaz.pm | git-the-cpan/DBIx-Class-Relationship-Predicate | b97ba4cdfafb00324b50a95d2597cc7caa99e368 | [
"Artistic-1.0"
] | null | null | null | t/lib/Test/Schema/Result/FooBaz.pm | git-the-cpan/DBIx-Class-Relationship-Predicate | b97ba4cdfafb00324b50a95d2597cc7caa99e368 | [
"Artistic-1.0"
] | null | null | null | t/lib/Test/Schema/Result/FooBaz.pm | git-the-cpan/DBIx-Class-Relationship-Predicate | b97ba4cdfafb00324b50a95d2597cc7caa99e368 | [
"Artistic-1.0"
] | null | null | null | package # hide from PAUSE
Test::Schema::Result::FooBaz;
use strict;
use warnings;
use parent 'DBIx::Class::Core';
__PACKAGE__->table('foo_baz');
__PACKAGE__->add_columns(
foo_id => { 'data_type' => 'integer' },
baz_id => { 'data_type' => 'integer' },
);
__PACKAGE__->set_primary_key(qw/foo_id baz_id/);
__PACKAGE__->belongs_to(
'foo' => 'Test::Schema::Result::Foo',
{ 'foreign.id' => 'self.foo_id' }
);
__PACKAGE__->belongs_to(
'baz' => 'Test::Schema::Result::Baz',
{ 'foreign.id' => 'self.baz_id' }
);
1;
| 20.653846 | 48 | 0.629423 |
ed80e1570d945262e908a0e3b4b467468c9f8be7 | 73,618 | pl | Perl | scripts/training/pipeline.pl | jganitkevitch/joshua | a3a24af8ef951745628915369247cdec12c1bbe8 | [
"BSD-2-Clause"
] | null | null | null | scripts/training/pipeline.pl | jganitkevitch/joshua | a3a24af8ef951745628915369247cdec12c1bbe8 | [
"BSD-2-Clause"
] | null | null | null | scripts/training/pipeline.pl | jganitkevitch/joshua | a3a24af8ef951745628915369247cdec12c1bbe8 | [
"BSD-2-Clause"
] | null | null | null | #!/usr/bin/perl
# This script implements the Joshua pipeline. It can run a complete
# pipeline --- from raw training corpora to bleu scores on a test set
# --- and it allows jumping into arbitrary points of the pipeline.
my $JOSHUA;
BEGIN {
if (! exists $ENV{JOSHUA} || $ENV{JOSHUA} eq "" ||
! exists $ENV{JAVA_HOME} || $ENV{JAVA_HOME} eq "") {
print "Several environment variables must be set before running the pipeline. Please set:\n";
print "* \$JOSHUA to the root of the Joshua source code.\n"
if (! exists $ENV{JOSHUA} || $ENV{JOSHUA} eq "");
print "* \$JAVA_HOME to the directory of your local java installation. \n"
if (! exists $ENV{JAVA_HOME} || $ENV{JAVA_HOME} eq "");
exit;
}
$JOSHUA = $ENV{JOSHUA};
unshift(@INC,"$JOSHUA/scripts/training/cachepipe");
unshift(@INC,"$JOSHUA/lib");
}
use strict;
use warnings;
use Getopt::Long;
use File::Basename;
use Cwd qw[abs_path getcwd];
use POSIX qw[ceil];
use List::Util qw[max min sum];
use File::Temp qw[:mktemp];
use CachePipe;
# use Thread::Pool;
# Hadoop uses a stupid hacker trick to change directories, but (per Lane Schwartz) if CDPATH
# contains ".", it triggers the printing of the directory, which kills the stupid hacker trick.
# Thus we undefine CDPATH to ensure this doesn't happen.
delete $ENV{CDPATH};
my $HADOOP = $ENV{HADOOP};
my $MOSES = $ENV{MOSES};
delete $ENV{GREP_OPTIONS};
my $THRAX = "$JOSHUA/thrax";
die not_defined("JAVA_HOME") unless exists $ENV{JAVA_HOME};
my (@CORPORA,$TUNE,$TEST,$ALIGNMENT,$SOURCE,$TARGET,@LMFILES,$GRAMMAR_FILE,$GLUE_GRAMMAR_FILE,$TUNE_GRAMMAR_FILE,$TEST_GRAMMAR_FILE,$THRAX_CONF_FILE);
my $FIRST_STEP = "FIRST";
my $LAST_STEP = "LAST";
my $LMFILTER = "$ENV{HOME}/code/filter/filter";
# The maximum length of training sentences (--maxlen). The threshold is applied to both sides.
my $MAXLEN = 50;
# The maximum span rules in the main grammar can be applied to
my $MAXSPAN = 20;
# The maximum length of tuning and testing sentences (--maxlen-tune and --maxlen-test).
my $MAXLEN_TUNE = 0;
my $MAXLEN_TEST = 0;
my $DO_FILTER_TM = 1;
my $DO_SUBSAMPLE = 0;
my $DO_PACK_GRAMMARS = 1;
my $SCRIPTDIR = "$JOSHUA/scripts";
my $TOKENIZER_SOURCE = "$SCRIPTDIR/training/penn-treebank-tokenizer.perl";
my $TOKENIZER_TARGET = "$SCRIPTDIR/training/penn-treebank-tokenizer.perl";
my $NORMALIZER = "$SCRIPTDIR/training/normalize-punctuation.pl";
my $GIZA_TRAINER = "$SCRIPTDIR/training/run-giza.pl";
my $TUNECONFDIR = "$SCRIPTDIR/training/templates/tune";
my $SRILM = ($ENV{SRILM}||"")."/bin/i686-m64/ngram-count";
my $COPY_CONFIG = "$SCRIPTDIR/copy-config.pl";
my $STARTDIR;
my $RUNDIR = $STARTDIR = getcwd();
my $GRAMMAR_TYPE = "hiero"; # or "phrasal" or "samt" or "ghkm"
# Which GHKM extractor to use ("galley" or "moses")
my $GHKM_EXTRACTOR = "moses";
my $EXTRACT_OPTIONS = "";
my $WITTEN_BELL = 0;
my $JOSHUA_ARGS = "";
# Run description.
my $README = undef;
# gzip-aware cat
my $CAT = "$SCRIPTDIR/training/scat";
# where processed data files are stored
my $DATA_DIR = "data";
# this file should exist in the Joshua mert templates file; it contains
# the Joshua command invoked by MERT
my $JOSHUA_CONFIG_ORIG = "$TUNECONFDIR/joshua.config";
my %TUNEFILES = (
'decoder_command' => "$TUNECONFDIR/decoder_command.qsub",
'joshua.config' => $JOSHUA_CONFIG_ORIG,
'mert.config' => "$TUNECONFDIR/mert.config",
'pro.config' => "$TUNECONFDIR/pro.config",
'params.txt' => "$TUNECONFDIR/params.txt",
);
# Whether to do MBR decoding on the n-best list (for test data).
my $DO_MBR = 0;
# Which aligner to use. The options are "giza" or "berkeley".
my $ALIGNER = "giza"; # "berkeley" or "giza" or "jacana"
# Filter rules to the following maximum scope (Hopkins & Langmead, 2011).
my $SCOPE = 3;
# What kind of filtering to use ("fast" or "exact").
my $FILTERING = "fast";
# This is the amount of memory made available to Joshua. You'll need
# a lot more than this for SAMT decoding (though really it depends
# mostly on your grammar size)
my $JOSHUA_MEM = "3100m";
# the amount of memory available for hadoop processes (passed to
# Hadoop via -Dmapred.child.java.opts
my $HADOOP_MEM = "2g";
# The location of a custom core-site.xml file, if desired (optional).
my $HADOOP_CONF = undef;
# memory available to the parser
my $PARSER_MEM = "2g";
# memory available for building the language model
my $BUILDLM_MEM = "2G";
# Memory available for packing the grammar.
my $PACKER_MEM = "8g";
# Memory available for MERT/PRO.
my $TUNER_MEM = "8g";
# When qsub is called for decoding, these arguments should be passed to it.
my $QSUB_ARGS = "";
# When qsub is called for aligning, these arguments should be passed to it.
my $QSUB_ALIGN_ARGS = "-l h_rt=168:00:00,h_vmem=15g,mem_free=10g,num_proc=1";
# Amount of memory for the Berkeley aligner.
my $ALIGNER_MEM = "10g";
# Align corpus files a million lines at a time.
my $ALIGNER_BLOCKSIZE = 1000000;
# The number of machines to decode on. If you set this higher than 1,
# you need to have qsub configured for your environment.
my $NUM_JOBS = 1;
# The number of threads to use at different pieces in the pipeline
# (giza, decoding)
my $NUM_THREADS = 1;
# which LM to use (kenlm or berkeleylm)
my $LM_TYPE = "kenlm";
# n-gram order
my $LM_ORDER = 5;
# Whether to build and include an LM from the target-side of the
# corpus when manually-specified LM files are passed with --lmfile.
my $DO_BUILD_LM_FROM_CORPUS = 1;
# whether to tokenize and lowercase training, tuning, and test data
my $DO_PREPARE_CORPORA = 1;
# how many optimizer runs to perform
my $OPTIMIZER_RUNS = 1;
# what to use to create language models ("berkeleylm" or "srilm")
my $LM_GEN = "kenlm";
my @STEPS = qw[FIRST SUBSAMPLE ALIGN PARSE THRAX GRAMMAR TUNE MERT PRO TEST LAST];
my %STEPS = map { $STEPS[$_] => $_ + 1 } (0..$#STEPS);
my $NAME = undef;
# Methods to use for merging alignments (see Koehn et al., 2003).
# Options are union, {intersect, grow, srctotgt, tgttosrc}-{diag,final,final-and,diag-final,diag-final-and}
my $GIZA_MERGE = "grow-diag-final";
# Whether to merge all the --lmfile LMs into a single LM using weights based on the development corpus
my $MERGE_LMS = 0;
# Which tuner to use by default
my $TUNER = "mert"; # or "pro" or "mira"
# The number of iterations of the mira to run
my $MIRA_ITERATIONS = 15;
# location of already-parsed corpus
my $PARSED_CORPUS = undef;
# Allows the user to set a temp dir for various tasks
my $TMPDIR = "/tmp";
# Enable forest rescoring
my $RESCORE_FOREST = 0;
my $LM_STATE_MINIMIZATION = "true";
my $NBEST = 300;
my $retval = GetOptions(
"readme=s" => \$README,
"corpus=s" => \@CORPORA,
"parsed-corpus=s" => \$PARSED_CORPUS,
"tune=s" => \$TUNE,
"test=s" => \$TEST,
"prepare!" => \$DO_PREPARE_CORPORA,
"name=s" => \$NAME,
"aligner=s" => \$ALIGNER,
"alignment=s" => \$ALIGNMENT,
"aligner-mem=s" => \$ALIGNER_MEM,
"giza-merge=s" => \$GIZA_MERGE,
"source=s" => \$SOURCE,
"target=s" => \$TARGET,
"rundir=s" => \$RUNDIR,
"filter-tm!" => \$DO_FILTER_TM,
"scope=i" => \$SCOPE,
"filtering=s" => \$FILTERING,
"lm=s" => \$LM_TYPE,
"lmfile=s" => \@LMFILES,
"merge-lms!" => \$MERGE_LMS,
"lm-gen=s" => \$LM_GEN,
"lm-order=i" => \$LM_ORDER,
"corpus-lm!" => \$DO_BUILD_LM_FROM_CORPUS,
"witten-bell!" => \$WITTEN_BELL,
"tune-grammar=s" => \$TUNE_GRAMMAR_FILE,
"test-grammar=s" => \$TEST_GRAMMAR_FILE,
"grammar=s" => \$GRAMMAR_FILE,
"glue-grammar=s" => \$GLUE_GRAMMAR_FILE,
"maxspan=i" => \$MAXSPAN,
"mbr!" => \$DO_MBR,
"type=s" => \$GRAMMAR_TYPE,
"ghkm-extractor=s" => \$GHKM_EXTRACTOR,
"extract-options=s" => \$EXTRACT_OPTIONS,
"maxlen=i" => \$MAXLEN,
"maxlen-tune=i" => \$MAXLEN_TUNE,
"maxlen-test=i" => \$MAXLEN_TEST,
"tokenizer-source=s" => \$TOKENIZER_SOURCE,
"tokenizer-target=s" => \$TOKENIZER_TARGET,
"joshua-config=s" => \$TUNEFILES{'joshua.config'},
"pro-config=s" => \$TUNEFILES{'pro.config'},
"params-txt=s" => \$TUNEFILES{'params.txt'},
"joshua-args=s" => \$JOSHUA_ARGS,
"joshua-mem=s" => \$JOSHUA_MEM,
"hadoop-mem=s" => \$HADOOP_MEM,
"parser-mem=s" => \$PARSER_MEM,
"buildlm-mem=s" => \$BUILDLM_MEM,
"packer-mem=s" => \$PACKER_MEM,
"pack!" => \$DO_PACK_GRAMMARS,
"decoder-command=s" => \$TUNEFILES{'decoder_command'},
"tuner=s" => \$TUNER,
"tuner-mem=s" => \$TUNER_MEM,
"mira-iterations=i" => \$MIRA_ITERATIONS,
"thrax=s" => \$THRAX,
"thrax-conf=s" => \$THRAX_CONF_FILE,
"jobs=i" => \$NUM_JOBS,
"threads=i" => \$NUM_THREADS,
"subsample!" => \$DO_SUBSAMPLE,
"qsub-args=s" => \$QSUB_ARGS,
"qsub-align-args=s" => \$QSUB_ALIGN_ARGS,
"first-step=s" => \$FIRST_STEP,
"last-step=s" => \$LAST_STEP,
"aligner-chunk-size=s" => \$ALIGNER_BLOCKSIZE,
"hadoop=s" => \$HADOOP,
"hadoop-conf=s" => \$HADOOP_CONF,
"optimizer-runs=i" => \$OPTIMIZER_RUNS,
"tmp=s" => \$TMPDIR,
"rescore-forest!" => \$RESCORE_FOREST,
"nbest=i" => \$NBEST,
);
if (! $retval) {
print "Invalid usage, quitting\n";
exit 1;
}
# Forest rescoring doesn't work with LM state minimization
if ($RESCORE_FOREST) {
$LM_STATE_MINIMIZATION = "false";
}
$RUNDIR = get_absolute_path($RUNDIR);
$TUNER = lc $TUNER;
my $DOING_LATTICES = 0;
# Prepend a space to the arguments list if it's non-empty and doesn't already have the space.
if ($JOSHUA_ARGS ne "" and $JOSHUA_ARGS !~ /^\s/) {
$JOSHUA_ARGS = " $JOSHUA_ARGS";
}
$TUNEFILES{'joshua.config'} = get_absolute_path($TUNEFILES{'joshua.config'});
$TUNEFILES{'pro.config'} = get_absolute_path($TUNEFILES{'pro.config'});
$TUNEFILES{'params.txt'} = get_absolute_path($TUNEFILES{'params.txt'});
$TUNEFILES{'decoder_command'} = get_absolute_path($TUNEFILES{'decoder_command'});
my %DATA_DIRS = (
train => get_absolute_path("$RUNDIR/$DATA_DIR/train"),
tune => get_absolute_path("$RUNDIR/$DATA_DIR/tune"),
test => get_absolute_path("$RUNDIR/$DATA_DIR/test"),
);
if (defined $NAME) {
map { $DATA_DIRS{$_} .= "/$NAME" } (keys %DATA_DIRS);
}
# capitalize these to offset a common error:
$FIRST_STEP = uc($FIRST_STEP);
$LAST_STEP = uc($LAST_STEP);
$| = 1;
my $cachepipe = new CachePipe();
# This tells cachepipe not to include the command signature when determining to run a command. Note
# that this is not backwards compatible!
$cachepipe->omit_cmd();
$SIG{INT} = sub {
print "* Got C-c, quitting\n";
$cachepipe->cleanup();
exit 1;
};
# if no LMs were specified, we need to build one from the target side of the corpus
if (scalar @LMFILES == 0) {
$DO_BUILD_LM_FROM_CORPUS = 1;
}
## Sanity Checking ###################################################
# If a language model was specified and no corpus was given to build another one from the target
# side of the training data (which could happen, for example, when starting at the tuning step with
# an existing LM), turn off building an LM from the corpus. The user could have done this
# explicitly with --no-corpus-lm, but might have forgotten to, and we con't want to pester them with
# an error about easily-inferrable intentions.
if (scalar @LMFILES && ! scalar(@CORPORA)) {
$DO_BUILD_LM_FROM_CORPUS = 0;
}
# if merging LMs, make sure there are at least 2 LMs to merge.
# first, pin $DO_BUILD_LM_FROM_CORPUS to 0 or 1 so that the subsequent check works.
if ($MERGE_LMS) {
if ($DO_BUILD_LM_FROM_CORPUS != 0) {
$DO_BUILD_LM_FROM_CORPUS = 1
}
if (@LMFILES + $DO_BUILD_LM_FROM_CORPUS < 2) {
print "* FATAL: I need 2 or more language models to merge (including the corpus target-side LM).";
exit 2;
}
}
# absolutize LM file paths
map {
$LMFILES[$_] = get_absolute_path($LMFILES[$_]);
} 0..$#LMFILES;
# make sure the LMs exist
foreach my $lmfile (@LMFILES) {
if (! -e $lmfile) {
print "* FATAL: couldn't find language model file '$lmfile'\n";
exit 1;
}
}
# case-normalize this
$GRAMMAR_TYPE = lc $GRAMMAR_TYPE;
# make sure source and target were specified
if (! defined $SOURCE or $SOURCE eq "") {
print "* FATAL: I need a source language extension (--source)\n";
exit 1;
}
if (! defined $TARGET or $TARGET eq "") {
print "* FATAL: I need a target language extension (--target)\n";
exit 1;
}
# make sure a corpus was provided if we're doing any step before tuning
if (@CORPORA == 0 and $STEPS{$FIRST_STEP} < $STEPS{TUNE}) {
print "* FATAL: need at least one training corpus (--corpus)\n";
exit 1;
}
# make sure a tuning corpus was provided if we're doing tuning
if (! defined $TUNE and ($STEPS{$FIRST_STEP} <= $STEPS{TUNE}
and $STEPS{$LAST_STEP} >= $STEPS{TUNE})) {
print "* FATAL: need a tuning set (--tune)\n";
exit 1;
}
# make sure a test corpus was provided if we're decoding a test set
if (! defined $TEST and ($STEPS{$FIRST_STEP} <= $STEPS{TEST}
and $STEPS{$LAST_STEP} >= $STEPS{TEST})) {
print "* FATAL: need a test set (--test)\n";
exit 1;
}
# make sure a grammar file was given if we're skipping training
if (! defined $GRAMMAR_FILE) {
if ($STEPS{$FIRST_STEP} >= $STEPS{TEST}) {
if (! defined $TEST_GRAMMAR_FILE) {
print "* FATAL: need a grammar (--grammar or --test-grammar) if you're skipping to testing\n";
exit 1;
}
} elsif ($STEPS{$FIRST_STEP} >= $STEPS{TUNE}) {
if (! defined $TUNE_GRAMMAR_FILE) {
print "* FATAL: need a grammar (--grammar or --tune-grammar) if you're skipping grammar learning\n";
exit 1;
}
}
}
# make sure SRILM is defined if we're building a language model
if ($LM_GEN eq "srilm" && (scalar @LMFILES == 0) && $STEPS{$FIRST_STEP} <= $STEPS{TUNE} && $STEPS{$LAST_STEP} >= $STEPS{TUNE}) {
not_defined("SRILM") unless exists $ENV{SRILM} and -d $ENV{SRILM};
}
# check for file presence
if (defined $GRAMMAR_FILE and ! -e $GRAMMAR_FILE) {
print "* FATAL: couldn't find grammar file '$GRAMMAR_FILE'\n";
exit 1;
}
if (defined $TUNE_GRAMMAR_FILE and ! -e $TUNE_GRAMMAR_FILE) {
print "* FATAL: couldn't find tuning grammar file '$TUNE_GRAMMAR_FILE'\n";
exit 1;
}
if (defined $TEST_GRAMMAR_FILE and ! -e $TEST_GRAMMAR_FILE) {
print "* FATAL: couldn't find test grammar file '$TEST_GRAMMAR_FILE'\n";
exit 1;
}
if (defined $ALIGNMENT and ! -e $ALIGNMENT) {
print "* FATAL: couldn't find alignment file '$ALIGNMENT'\n";
exit 1;
}
# If $CORPUS was a relative path, prepend the starting directory (under the assumption it was
# relative to there). This makes sure that everything will still work if we change the run
# directory.
map {
$CORPORA[$_] = get_absolute_path("$CORPORA[$_]");
} (0..$#CORPORA);
# Do the same for tuning and test data, and other files
$TUNE = get_absolute_path($TUNE);
$TEST = get_absolute_path($TEST);
$GRAMMAR_FILE = get_absolute_path($GRAMMAR_FILE);
$GLUE_GRAMMAR_FILE = get_absolute_path($GLUE_GRAMMAR_FILE);
$TUNE_GRAMMAR_FILE = get_absolute_path($TUNE_GRAMMAR_FILE);
$TEST_GRAMMAR_FILE = get_absolute_path($TEST_GRAMMAR_FILE);
$THRAX_CONF_FILE = get_absolute_path($THRAX_CONF_FILE);
$ALIGNMENT = get_absolute_path($ALIGNMENT);
$HADOOP_CONF = get_absolute_path($HADOOP_CONF);
foreach my $corpus (@CORPORA) {
foreach my $ext ($TARGET,$SOURCE) {
if (! -e "$corpus.$ext") {
print "* FATAL: can't find '$corpus.$ext'";
exit 1;
}
}
}
if ($ALIGNER ne "giza" and $ALIGNER ne "berkeley" and $ALIGNER ne "jacana") {
print "* FATAL: aligner must be one of 'giza', 'berkeley' or 'jacana' (only French-English)\n";
exit 1;
}
if ($LM_TYPE ne "kenlm" and $LM_TYPE ne "berkeleylm") {
print "* FATAL: lm type (--lm) must be one of 'kenlm' or 'berkeleylm'\n";
exit 1;
}
if ($LM_GEN ne "berkeleylm" and $LM_GEN ne "srilm" and $LM_GEN ne "kenlm") {
print "* FATAL: lm generating code (--lm-gen) must be one of 'kenlm' (default), 'berkeleylm', or 'srilm'\n";
exit 1;
}
if ($TUNER eq "mira") {
if (! defined $MOSES) {
print "* FATAL: using MIRA for tuning requires setting the MOSES environment variable\n";
exit 1;
}
}
if ($TUNER ne "mert" and $TUNER ne "mira" and $TUNER ne "pro") {
print "* FATAL: --tuner must be one of 'mert', 'pro', or 'mira'.\n";
exit 1;
}
$FILTERING = lc $FILTERING;
if ($FILTERING eq "fast") {
$FILTERING = "-f"
} elsif ($FILTERING eq "exact") {
$FILTERING = "-e";
} elsif ($FILTERING eq "loose") {
$FILTERING = "-l";
} else {
print "* FATAL: --filtering must be one of 'fast' (default) or 'exact' or 'loose'\n";
exit 1;
}
if (defined $HADOOP_CONF && ! -e $HADOOP_CONF) {
print STDERR "* FATAL: Couldn't find \$HADOOP_CONF file '$HADOOP_CONF'\n";
exit 1;
}
## END SANITY CHECKS
####################################################################################################
## Dependent variable setting ######################################################################
####################################################################################################
# if parallelization is turned off, then use the sequential version of
# the decoder command
if ($NUM_JOBS == 1) {
$TUNEFILES{'decoder_command'} = "$TUNECONFDIR/decoder_command.sequential";
}
my $OOV = ($GRAMMAR_TYPE eq "hiero" or $GRAMMAR_TYPE eq "phrasal") ? "X" : "OOV";
# The phrasal system should use the ITG grammar, allowing for limited distortion
if ($GRAMMAR_TYPE eq "phrasal") {
$GLUE_GRAMMAR_FILE = get_absolute_path("$JOSHUA/data/glue-grammar.itg");
}
# use this default unless it's already been defined by a command-line argument
$THRAX_CONF_FILE = "$JOSHUA/scripts/training/templates/thrax-$GRAMMAR_TYPE.conf" unless defined $THRAX_CONF_FILE;
mkdir $RUNDIR unless -d $RUNDIR;
chdir($RUNDIR);
if (defined $README) {
open DESC, ">README" or die "can't write README file";
print DESC $README;
print DESC $/;
close DESC;
}
# default values -- these are overridden if the full script is run
# (after tokenization and normalization)
my (%TRAIN,%TUNE,%TEST);
if (@CORPORA) {
$TRAIN{prefix} = $CORPORA[0];
$TRAIN{source} = "$CORPORA[0].$SOURCE";
$TRAIN{target} = "$CORPORA[0].$TARGET";
}
# set the location of the parsed corpus if that was defined
if (defined $PARSED_CORPUS) {
$TRAIN{parsed} = get_absolute_path($PARSED_CORPUS);
}
if ($TUNE) {
$TUNE{source} = "$TUNE.$SOURCE";
$TUNE{target} = "$TUNE.$TARGET";
if (! -e "$TUNE{source}") {
print "* FATAL: couldn't find tune source file at '$TUNE{source}'\n";
exit;
}
}
if ($TEST) {
$TEST{source} = "$TEST.$SOURCE";
$TEST{target} = "$TEST.$TARGET";
if (! -e "$TEST{source}") {
print "* FATAL: couldn't find test source file at '$TEST{source}'\n";
exit;
}
}
if ($FIRST_STEP ne "FIRST") {
if (@CORPORA > 1) {
print "* FATAL: you can't skip steps if you specify more than one --corpus\n";
exit(1);
}
if (eval { goto $FIRST_STEP }) {
print "* Skipping to step $FIRST_STEP\n";
goto $FIRST_STEP;
} else {
print "* No such step $FIRST_STEP\n";
exit 1;
}
}
## STEP 1: filter and preprocess corpora #############################
FIRST:
;
if (defined $ALIGNMENT) {
print "* FATAL: it doesn't make sense to provide an alignment and then do\n";
print " tokenization. Either remove --alignment or specify a first step\n";
print " of Thrax (--first-step THRAX)\n";
exit 1;
}
if (@CORPORA == 0) {
print "* FATAL: need at least one training corpus (--corpus)\n";
exit 1;
}
# prepare the training data
my %PREPPED = (
TRAIN => 0,
TUNE => 0,
TEST => 0
);
if ($DO_PREPARE_CORPORA) {
my $prefixes = prepare_data("train",\@CORPORA,$MAXLEN);
# used for parsing
$TRAIN{mixedcase} = "$DATA_DIRS{train}/$prefixes->{shortened}.$TARGET.gz";
$TRAIN{prefix} = "$DATA_DIRS{train}/corpus";
$TRAIN{source} = "$DATA_DIRS{train}/corpus.$SOURCE";
$TRAIN{target} = "$DATA_DIRS{train}/corpus.$TARGET";
$PREPPED{TRAIN} = 1;
}
# prepare the tuning and development data
if (defined $TUNE and $DO_PREPARE_CORPORA) {
my $prefixes = prepare_data("tune",[$TUNE],$MAXLEN_TUNE);
$TUNE{source} = "$DATA_DIRS{tune}/$prefixes->{lowercased}.$SOURCE";
$TUNE{target} = "$DATA_DIRS{tune}/$prefixes->{lowercased}.$TARGET";
$PREPPED{TUNE} = 1;
}
if (defined $TEST and $DO_PREPARE_CORPORA) {
my $prefixes = prepare_data("test",[$TEST],$MAXLEN_TEST);
$TEST{source} = "$DATA_DIRS{test}/$prefixes->{lowercased}.$SOURCE";
$TEST{target} = "$DATA_DIRS{test}/$prefixes->{lowercased}.$TARGET";
$PREPPED{TEST} = 1;
}
maybe_quit("FIRST");
## SUBSAMPLE #########################################################
SUBSAMPLE:
;
# subsample
if ($DO_SUBSAMPLE) {
mkdir("$DATA_DIRS{train}/subsampled") unless -d "$DATA_DIRS{train}/subsampled";
$cachepipe->cmd("subsample-manifest",
"echo corpus > $DATA_DIRS{train}/subsampled/manifest",
"$DATA_DIRS{train}/subsampled/manifest");
$cachepipe->cmd("subsample-testdata",
"cat $TUNE{source} $TEST{source} > $DATA_DIRS{train}/subsampled/test-data",
$TUNE{source},
$TEST{source},
"$DATA_DIRS{train}/subsampled/test-data");
$cachepipe->cmd("subsample",
"java -Xmx4g -Dfile.encoding=utf8 -cp $JOSHUA/bin:$JOSHUA/lib/commons-cli-2.0-SNAPSHOT.jar joshua.subsample.Subsampler -e $TARGET -f $SOURCE -epath $DATA_DIRS{train}/ -fpath $DATA_DIRS{train}/ -output $DATA_DIRS{train}/subsampled/subsampled.$MAXLEN -ratio 1.04 -test $DATA_DIRS{train}/subsampled/test-data -training $DATA_DIRS{train}/subsampled/manifest",
"$DATA_DIRS{train}/subsampled/manifest",
"$DATA_DIRS{train}/subsampled/test-data",
$TRAIN{source},
$TRAIN{target},
"$DATA_DIRS{train}/subsampled/subsampled.$MAXLEN.$TARGET",
"$DATA_DIRS{train}/subsampled/subsampled.$MAXLEN.$SOURCE");
# rewrite the symlinks to point to the subsampled corpus
foreach my $lang ($TARGET,$SOURCE) {
system("ln -sf subsampled/subsampled.$MAXLEN.$lang $DATA_DIRS{train}/corpus.$lang");
}
}
maybe_quit("SUBSAMPLE");
## ALIGN #############################################################
ALIGN:
;
# This basically means that we've skipped tokenization, in which case
# we still want to move the input files into the canonical place
if ($FIRST_STEP eq "ALIGN") {
if (defined $ALIGNMENT) {
print "* FATAL: It doesn't make sense to provide an alignment\n";
print " but not to skip the tokenization and subsampling steps\n";
exit 1;
}
# TODO: copy the files into the canonical place
# Jumping straight to alignment is probably the same thing as
# skipping tokenization, and might also be implemented by a
# --no-tokenization flag
}
# skip this step if an alignment was provided
if (! defined $ALIGNMENT) {
# We process the data in chunks which by default are 1,000,000 sentence pairs. So first split up
# the data into those chunks.
system("mkdir","-p","$DATA_DIRS{train}/splits") unless -d "$DATA_DIRS{train}/splits";
$cachepipe->cmd("source-numlines",
"cat $TRAIN{source} | wc -l",
$TRAIN{source});
my $numlines = $cachepipe->stdout();
my $numchunks = ceil($numlines / $ALIGNER_BLOCKSIZE);
open TARGET, $TRAIN{target} or die "can't read $TRAIN{target}";
open SOURCE, $TRAIN{source} or die "can't read $TRAIN{source}";
my $lastchunk = -1;
while (my $target = <TARGET>) {
my $source = <SOURCE>;
# We want to prevent a very small last chunk, which we accomplish
# by folding the last chunk into the penultimate chunk.
my $chunk = ($numchunks <= 2)
? 0
: min($numchunks - 2,
int( (${.} - 1) / $ALIGNER_BLOCKSIZE ));
if ($chunk != $lastchunk) {
close CHUNK_SOURCE;
close CHUNK_TARGET;
open CHUNK_SOURCE, ">", "$DATA_DIRS{train}/splits/corpus.$SOURCE.$chunk" or die;
open CHUNK_TARGET, ">", "$DATA_DIRS{train}/splits/corpus.$TARGET.$chunk" or die;
$lastchunk = $chunk;
}
print CHUNK_SOURCE $source;
print CHUNK_TARGET $target;
}
close CHUNK_SOURCE;
close CHUNK_TARGET;
close SOURCE;
close TARGET;
# my $max_aligner_threads = $NUM_THREADS;
# if ($ALIGNER eq "giza" and $max_aligner_threads > 1) {
# $max_aligner_threads /= 2;
# }
# # With multi-threading, we can use a pool to set up concurrent GIZA jobs on the chunks.
#
# TODO: implement this. There appears to be a problem with calling system() in threads.
#
# my $pool = new Thread::Pool(Min => 1, Max => $max_aligner_threads);
system("mkdir alignments") unless -d "alignments";
if ($lastchunk == 0 || $NUM_JOBS == 1) {
system("seq 0 $lastchunk | $SCRIPTDIR/training/paralign.pl -aligner $ALIGNER -num_threads $NUM_THREADS -giza_merge $GIZA_MERGE -aligner_mem $ALIGNER_MEM -source $SOURCE -target $TARGET -giza_trainer \"$GIZA_TRAINER\" -train_dir \"$DATA_DIRS{train}\" > alignments/run.log");
} else {
system("seq 0 $lastchunk | $JOSHUA/scripts/training/parallelize/parallelize.pl --err err --jobs $NUM_JOBS --qsub-args \"$QSUB_ALIGN_ARGS\" -p $ALIGNER_MEM -- $SCRIPTDIR/training/paralign.pl -aligner $ALIGNER -num_threads $NUM_THREADS -giza_merge $GIZA_MERGE -aligner_mem $ALIGNER_MEM -source $SOURCE -target $TARGET -giza_trainer \"$GIZA_TRAINER\" -train_dir \"$DATA_DIRS{train}\" > alignments/run.log");
}
my @aligned_files;
if ($ALIGNER eq "giza") {
@aligned_files = map { "alignments/$_/model/aligned.$GIZA_MERGE" } (0..$lastchunk);
} elsif ($ALIGNER eq "berkeley") {
@aligned_files = map { "alignments/$_/training.align" } (0..$lastchunk);
} elsif ($ALIGNER eq "jacana") {
@aligned_files = map { "alignments/$_/training.align" } (0..$lastchunk);
}
my $aligned_file_list = join(" ", @aligned_files);
# wait for all the threads to finish
# $pool->join();
# combine the alignments
$cachepipe->cmd("aligner-combine",
"cat $aligned_file_list > alignments/training.align",
$aligned_files[-1],
"alignments/training.align");
# at the end, all the files are concatenated into a single alignment file parallel to the input
# corpora
$ALIGNMENT = "alignments/training.align";
}
maybe_quit("ALIGN");
## PARSE #############################################################
PARSE:
;
# Parsing only happens for SAMT grammars.
if ($FIRST_STEP eq "PARSE" and ($GRAMMAR_TYPE eq "hiero" or $GRAMMAR_TYPE eq "phrasal")) {
print STDERR "* FATAL: parsing doesn't apply to hiero grammars; You need to add '--type samt'\n";
exit;
}
if ($GRAMMAR_TYPE eq "samt" || $GRAMMAR_TYPE eq "ghkm") {
# If the user passed in the already-parsed corpus, use that (after copying it into place)
if (defined $TRAIN{parsed} && -e $TRAIN{parsed}) {
# copy and adjust the location of the file to its canonical location
system("cp $TRAIN{parsed} $DATA_DIRS{train}/corpus.parsed.$TARGET");
$TRAIN{parsed} = "$DATA_DIRS{train}/corpus.parsed.$TARGET";
} else {
system("mkdir -p $DATA_DIRS{train}") unless -e $DATA_DIRS{train};
$cachepipe->cmd("build-vocab",
"cat $TRAIN{target} | $SCRIPTDIR/training/build-vocab.pl > $DATA_DIRS{train}/vocab.$TARGET",
$TRAIN{target},
"$DATA_DIRS{train}/vocab.$TARGET");
my $file_to_parse = (exists $TRAIN{mixedcase}) ? $TRAIN{mixedcase} : $TRAIN{target};
if ($NUM_JOBS > 1) {
# the black-box parallelizer model doesn't work with multiple
# threads, so we're always spawning single-threaded instances here
# open PARSE, ">parse.sh" or die;
# print PARSE "cat $TRAIN{target} | $JOSHUA/scripts/training/parallelize/parallelize.pl --jobs $NUM_JOBS --qsub-args \"$QSUB_ARGS\" -- java -d64 -Xmx${PARSER_MEM} -jar $JOSHUA/lib/BerkeleyParser.jar -gr $JOSHUA/lib/eng_sm6.gr -nThreads 1 | sed 's/^\(/\(TOP/' | tee $DATA_DIRS{train}/corpus.$TARGET.parsed.mc | perl -pi -e 's/(\\S+)\\)/lc(\$1).\")\"/ge' | tee $DATA_DIRS{train}/corpus.$TARGET.parsed | perl $SCRIPTDIR/training/add-OOVs.pl $DATA_DIRS{train}/vocab.$TARGET > $DATA_DIRS{train}/corpus.parsed.$TARGET\n";
# close PARSE;
# chmod 0755, "parse.sh";
# $cachepipe->cmd("parse",
# "setsid ./parse.sh",
# "$TRAIN{target}",
# "$DATA_DIRS{train}/corpus.parsed.$TARGET");
$cachepipe->cmd("parse",
"$CAT $file_to_parse | $JOSHUA/scripts/training/parallelize/parallelize.pl --jobs $NUM_JOBS --qsub-args \"$QSUB_ARGS\" -p 8g -- java -d64 -Xmx${PARSER_MEM} -jar $JOSHUA/lib/BerkeleyParser.jar -gr $JOSHUA/lib/eng_sm6.gr -nThreads 1 | sed 's/^(())\$//; s/^(/(TOP/' | perl $SCRIPTDIR/training/add-OOVs.pl $DATA_DIRS{train}/vocab.$TARGET | tee $DATA_DIRS{train}/corpus.$TARGET.Parsed | $SCRIPTDIR/training/lowercase-leaves.pl > $DATA_DIRS{train}/corpus.parsed.$TARGET",
"$TRAIN{target}",
"$DATA_DIRS{train}/corpus.parsed.$TARGET");
} else {
# Multi-threading in the Berkeley parser is broken, so we use a black-box parallelizer on top
# of it.
$cachepipe->cmd("parse",
"$CAT $file_to_parse | $JOSHUA/scripts/training/parallelize/parallelize.pl --jobs $NUM_THREADS --use-fork -- java -d64 -Xmx${PARSER_MEM} -jar $JOSHUA/lib/BerkeleyParser.jar -gr $JOSHUA/lib/eng_sm6.gr -nThreads 1 | sed 's/^(())\$//; s/^(/(TOP/' | perl $SCRIPTDIR/training/add-OOVs.pl $DATA_DIRS{train}/vocab.$TARGET | tee $DATA_DIRS{train}/corpus.$TARGET.Parsed | $SCRIPTDIR/training/lowercase-leaves.pl > $DATA_DIRS{train}/corpus.parsed.$TARGET",
"$TRAIN{target}",
"$DATA_DIRS{train}/corpus.parsed.$TARGET");
}
$TRAIN{parsed} = "$DATA_DIRS{train}/corpus.parsed.$TARGET";
}
}
maybe_quit("PARSE");
## THRAX #############################################################
GRAMMAR:
;
THRAX:
;
system("mkdir -p $DATA_DIRS{train}") unless -d $DATA_DIRS{train};
if ($GRAMMAR_TYPE eq "samt" || $GRAMMAR_TYPE eq "ghkm") {
# if we jumped right here, $TRAIN{target} should be parsed
if (exists $TRAIN{parsed}) {
# parsing step happened in-script or a parsed corpus was passed in explicitly, all is well
} elsif (already_parsed($TRAIN{target})) {
# skipped straight to this step, passing a parsed corpus
$TRAIN{parsed} = "$DATA_DIRS{train}/corpus.parsed.$TARGET";
$cachepipe->cmd("cp-train-$TARGET",
"cp $TRAIN{target} $TRAIN{parsed}",
$TRAIN{target},
$TRAIN{parsed});
$TRAIN{target} = "$DATA_DIRS{train}/corpus.$TARGET";
# now extract the leaves of the parsed corpus
$cachepipe->cmd("extract-leaves",
"cat $TRAIN{parsed} | perl -pe 's/\\(.*?(\\S\+)\\)\+?/\$1/g' | perl -pe 's/\\)//g' > $TRAIN{target}",
$TRAIN{parsed},
$TRAIN{target});
if ($TRAIN{source} ne "$DATA_DIRS{train}/corpus.$SOURCE") {
$cachepipe->cmd("cp-train-$SOURCE",
"cp $TRAIN{source} $DATA_DIRS{train}/corpus.$SOURCE",
$TRAIN{source}, "$DATA_DIRS{train}/corpus.$SOURCE");
$TRAIN{source} = "$DATA_DIRS{train}/corpus.$SOURCE";
}
} else {
print "* FATAL: You requested to build an SAMT grammar, but provided an\n";
print " unparsed corpus. Please re-run the pipeline and begin no later\n";
print " than the PARSE step (--first-step PARSE), or pass in a parsed corpus\n";
print " using --parsed-corpus CORPUS.\n";
exit 1;
}
}
# we may have skipped directly to this step, in which case we need to
# ensure an alignment was provided
if (! defined $ALIGNMENT) {
print "* FATAL: no alignment file specified\n";
exit(1);
}
# If the grammar file wasn't specified
if (! defined $GRAMMAR_FILE) {
my $target_file = ($GRAMMAR_TYPE eq "hiero" or $GRAMMAR_TYPE eq "phrasal") ? $TRAIN{target} : $TRAIN{parsed};
if ($GRAMMAR_TYPE eq "ghkm") {
if ($GHKM_EXTRACTOR eq "galley") {
$cachepipe->cmd("ghkm-extract",
"java -Xmx4g -Xms4g -cp $JOSHUA/lib/ghkm-modified.jar:$JOSHUA/lib/fastutil.jar -XX:+UseCompressedOops edu.stanford.nlp.mt.syntax.ghkm.RuleExtractor -fCorpus $TRAIN{source} -eParsedCorpus $target_file -align $ALIGNMENT -threads $NUM_THREADS -joshuaFormat true -maxCompositions 1 -reversedAlignment false | $SCRIPTDIR/support/splittabs.pl ghkm-mapping.gz grammar.gz",
$ALIGNMENT,
"grammar.gz");
} elsif ($GHKM_EXTRACTOR eq "moses") {
# XML-ize, also replacing unary chains with OOV at the bottom by removing their unary parents
$cachepipe->cmd("ghkm-moses-xmlize",
"cat $target_file | perl -pe 's/\\(\\S+ \\(OOV (.*?)\\)\\)/(OOV \$1)/g' | $MOSES/scripts/training/wrappers/berkeleyparsed2mosesxml.perl > $DATA_DIRS{train}/corpus.xml",
# "cat $target_file | perl -pe 's/\\(\\S+ \\(OOV (.*?)\\)\\)/(OOV \$1)/g' > $DATA_DIRS{train}/corpus.ptb",
$target_file,
"$DATA_DIRS{train}/corpus.xml");
if (! -e "$DATA_DIRS{train}/corpus.$SOURCE") {
system("ln -sf $TRAIN{source} $DATA_DIRS{train}/corpus.$SOURCE");
}
if ($ALIGNMENT ne "alignments/training.align") {
system("mkdir alignments") unless -d "alignments";
system("ln -sf $ALIGNMENT alignments/training.align");
$ALIGNMENT = "alignments/training.align";
}
system("mkdir model");
$cachepipe->cmd("ghkm-moses-extract",
"$MOSES/scripts/training/train-model.perl --first-step 4 --last-step 6 --corpus $DATA_DIRS{train}/corpus --ghkm --f $SOURCE --e xml --alignment-file alignments/training --alignment align --target-syntax --cores $NUM_THREADS --pcfg --alt-direct-rule-score-1 --ghkm-tree-fragments --glue-grammar --glue-grammar-file glue-grammar.ghkm --extract-options \"$EXTRACT_OPTIONS --UnknownWordLabel oov-labels.txt\"",
"$DATA_DIRS{train}/corpus.xml",
"glue-grammar.ghkm",
"model/rule-table.gz");
open LABELS, "oov-labels.txt";
chomp(my @labels = <LABELS>);
close LABELS;
my $oov_list = "\"" . join(" ", @labels) . "\"";
$JOSHUA_ARGS .= " -oov-list $oov_list";
$cachepipe->cmd("ghkm-moses-convert",
"gzip -cd model/rule-table.gz | /home/hltcoe/mpost/code/joshua/scripts/support/moses2joshua_grammar.pl -m rule-fragment-map.txt | gzip -9n > grammar.gz",
"model/rule-table.gz",
"grammar.gz");
} else {
print STDERR "* FATAL: no such GHKM extractor '$GHKM_EXTRACTOR'\n";
exit(1);
}
} elsif (! -e "grammar.gz" && ! -z "grammar.gz") {
# Since this is an expensive step, we short-circuit it if the grammar file is present. I'm not
# sure that this is the right behavior.
# create the input file
$cachepipe->cmd("thrax-input-file",
"paste $TRAIN{source} $target_file $ALIGNMENT | perl -pe 's/\\t/ ||| /g' | grep -v '()' | grep -v '||| \\+\$' > $DATA_DIRS{train}/thrax-input-file",
$TRAIN{source}, $target_file, $ALIGNMENT,
"$DATA_DIRS{train}/thrax-input-file");
# Rollout the hadoop cluster if needed. This causes $HADOOP to be defined (pointing to the
# unrolled directory).
start_hadoop_cluster() unless defined $HADOOP;
# put the hadoop files in place
my $THRAXDIR;
my $thrax_input;
if ($HADOOP eq "hadoop") {
$THRAXDIR = "thrax";
$thrax_input = "$DATA_DIRS{train}/thrax-input-file"
} else {
$THRAXDIR = "pipeline-$SOURCE-$TARGET-$GRAMMAR_TYPE-$RUNDIR";
$THRAXDIR =~ s#/#_#g;
$cachepipe->cmd("thrax-prep",
"$HADOOP/bin/hadoop fs -rmr $THRAXDIR; $HADOOP/bin/hadoop fs -mkdir $THRAXDIR; $HADOOP/bin/hadoop fs -put $DATA_DIRS{train}/thrax-input-file $THRAXDIR/input-file",
"$DATA_DIRS{train}/thrax-input-file",
"grammar.gz");
$thrax_input = "$THRAXDIR/input-file";
}
# copy the thrax config file
my $thrax_file = "thrax-$GRAMMAR_TYPE.conf";
system("grep -v ^input-file $THRAX_CONF_FILE > $thrax_file.tmp");
system("echo input-file $thrax_input >> $thrax_file.tmp");
system("mv $thrax_file.tmp $thrax_file");
$cachepipe->cmd("thrax-run",
"$HADOOP/bin/hadoop jar $THRAX/bin/thrax.jar -D mapred.child.java.opts='-Xmx$HADOOP_MEM' $thrax_file $THRAXDIR > thrax.log 2>&1; rm -f grammar grammar.gz; $HADOOP/bin/hadoop fs -getmerge $THRAXDIR/final/ grammar.gz; $HADOOP/bin/hadoop fs -rmr $THRAXDIR",
"$DATA_DIRS{train}/thrax-input-file",
$thrax_file,
"grammar.gz");
#perl -pi -e 's/\.?0+\b//g' grammar;
stop_hadoop_cluster() if $HADOOP eq "hadoop";
# cache the thrax-prep step, which depends on grammar.gz
if ($HADOOP ne "hadoop") {
$cachepipe->cmd("thrax-prep", "--cache-only");
}
# clean up
# TODO: clean up real hadoop clusters too
if ($HADOOP eq "hadoop") {
system("rm -rf $THRAXDIR hadoop hadoop-0.20.2");
}
}
# set the grammar file
$GRAMMAR_FILE = "grammar.gz";
}
maybe_quit("THRAX");
maybe_quit("GRAMMAR");
## TUNING ##############################################################
TUNE:
;
# prep the tuning data, unless already prepped
if (! $PREPPED{TUNE} and $DO_PREPARE_CORPORA) {
my $prefixes = prepare_data("tune",[$TUNE],$MAXLEN_TUNE);
$TUNE{source} = "$DATA_DIRS{tune}/$prefixes->{lowercased}.$SOURCE";
$TUNE{target} = "$DATA_DIRS{tune}/$prefixes->{lowercased}.$TARGET";
$PREPPED{TUNE} = 1;
}
sub compile_lm($) {
my $lmfile = shift;
if ($LM_TYPE eq "kenlm") {
my $kenlm_file = basename($lmfile, ".gz") . ".kenlm";
$cachepipe->cmd("compile-kenlm",
"$JOSHUA/src/joshua/decoder/ff/lm/kenlm/build_binary $lmfile $kenlm_file",
$lmfile, $kenlm_file);
return $kenlm_file;
} elsif ($LM_TYPE eq "berkeleylm") {
my $berkeleylm_file = basename($lmfile, ".gz") . ".berkeleylm";
$cachepipe->cmd("compile-berkeleylm",
"java -cp $JOSHUA/lib/berkeleylm.jar -server -mx$BUILDLM_MEM edu.berkeley.nlp.lm.io.MakeLmBinaryFromArpa $lmfile $berkeleylm_file",
$lmfile, $berkeleylm_file);
return $berkeleylm_file;
} else {
print "* FATAL: trying to compile an LM to neither kenlm nor berkeleylm.";
exit 2;
}
}
# Build the language model if needed
if ($DO_BUILD_LM_FROM_CORPUS) {
# make sure the training data is prepped
if (! $PREPPED{TRAIN} and $DO_PREPARE_CORPORA) {
my $prefixes = prepare_data("train",\@CORPORA,$MAXLEN);
$TRAIN{prefix} = "$DATA_DIRS{train}/corpus";
foreach my $lang ($SOURCE,$TARGET) {
system("ln -sf $prefixes->{lowercased}.$lang $DATA_DIRS{train}/corpus.$lang");
}
$TRAIN{source} = "$DATA_DIRS{train}/corpus.$SOURCE";
$TRAIN{target} = "$DATA_DIRS{train}/corpus.$TARGET";
$PREPPED{TRAIN} = 1;
}
if (! -e $TRAIN{target}) {
print "* FATAL: I need a training corpus to build the language model from (--corpus)\n";
exit(1);
}
my $lmfile = "lm.gz";
# sort and uniq the training data
$cachepipe->cmd("lm-sort-uniq",
"$CAT $TRAIN{target} | sort -u -T $TMPDIR -S $BUILDLM_MEM | gzip -9n > $TRAIN{target}.uniq",
$TRAIN{target},
"$TRAIN{target}.uniq");
if ($LM_GEN eq "srilm") {
my $smoothing = ($WITTEN_BELL) ? "-wbdiscount" : "-kndiscount";
$cachepipe->cmd("srilm",
"$SRILM -order $LM_ORDER -interpolate $smoothing -unk -gt3min 1 -gt4min 1 -gt5min 1 -text $TRAIN{target}.uniq -lm lm.gz",
"$TRAIN{target}.uniq",
$lmfile);
} elsif ($LM_GEN eq "berkeleylm") {
$cachepipe->cmd("berkeleylm",
"java -ea -mx$BUILDLM_MEM -server -cp $JOSHUA/lib/berkeleylm.jar edu.berkeley.nlp.lm.io.MakeKneserNeyArpaFromText $LM_ORDER lm.gz $TRAIN{target}.uniq",
"$TRAIN{target}.uniq",
$lmfile);
} else {
# Make sure it exists (doesn't build for OS X)
if (! -e "$JOSHUA/bin/lmplz") {
print "* FATAL: $JOSHUA/bin/lmplz (for building LMs) does not exist.\n";
print " If you are on OS X, you need to use either SRILM (recommended) or BerkeleyLM,\n";
print " triggered with '--lm-gen srilm' or '--lm-gen berkeleylm'. If you are on Linux,\n";
print " you should run \"ant -f \$JOSHUA/build.xml kenlm\".\n";
exit 1;
}
# Needs to be capitalized
my $mem = uc $BUILDLM_MEM;
$cachepipe->cmd("kenlm",
"$JOSHUA/bin/lmplz -o $LM_ORDER -T $TMPDIR -S $mem --verbose_header --text $TRAIN{target}.uniq | gzip -9n > lm.gz",
"$TRAIN{target}.uniq",
$lmfile);
}
if ((! $MERGE_LMS) && ($LM_TYPE eq "kenlm" || $LM_TYPE eq "berkeleylm")) {
push (@LMFILES, get_absolute_path(compile_lm $lmfile, $RUNDIR));
} else {
push (@LMFILES, get_absolute_path($lmfile, $RUNDIR));
}
}
if ($MERGE_LMS) {
# Merge @LMFILES.
my $merged_lm = "lm-merged.gz";
print "@LMFILES";
$cachepipe->cmd("merge-lms",
"$JOSHUA/scripts/support/merge_lms.py "
. "@LMFILES "
. "$TUNE{target} "
. "lm-merged.gz "
. "--temp-dir data/merge_lms ",
@LMFILES,
$merged_lm);
# Empty out @LMFILES.
@LMFILES = ();
# Compile merged LM
if ($LM_TYPE eq "kenlm" || $LM_TYPE eq "berkeleylm") {
push (@LMFILES, get_absolute_path(compile_lm $merged_lm, $RUNDIR));
} else {
push (@LMFILES, get_absolute_path($merged_lm, $RUNDIR));
}
}
system("mkdir -p $DATA_DIRS{tune}") unless -d $DATA_DIRS{tune};
# figure out how many references there are
my $numrefs = get_numrefs($TUNE{target});
# make sure the dev source exist
if (! -e $TUNE{source}) {
print STDERR "* FATAL: couldn't fine tuning source file '$TUNE{source}'\n";
exit 1;
}
if ($numrefs > 1) {
for my $i (0..$numrefs-1) {
if (! -e "$TUNE{target}.$i") {
print STDERR "* FATAL: couldn't find tuning reference file '$TUNE{target}.$i'\n";
exit 1;
}
}
} else {
if (! -e $TUNE{target}) {
print STDERR "* FATAL: couldn't find tuning reference file '$TUNE{target}'\n";
exit 1;
}
}
# Filter the tuning grammar if it was requested (yes by default) and a tuned grammar was not passed
# in explicitly.
my $TUNE_GRAMMAR = (defined $TUNE_GRAMMAR_FILE)
? $TUNE_GRAMMAR_FILE
: $GRAMMAR_FILE;
if ($DO_FILTER_TM and ! $DOING_LATTICES and ! defined $TUNE_GRAMMAR_FILE) {
$TUNE_GRAMMAR = $TUNE_GRAMMAR_FILE = "$DATA_DIRS{tune}/grammar.filtered.gz";
$cachepipe->cmd("filter-tune",
"$CAT $GRAMMAR_FILE | java -Xmx2g -Dfile.encoding=utf8 -cp $JOSHUA/class joshua.tools.TestSetFilter $FILTERING -v $TUNE{source} | $SCRIPTDIR/training/filter-rules.pl -bus$SCOPE | gzip -9n > $TUNE_GRAMMAR",
$GRAMMAR_FILE,
$TUNE{source},
$TUNE_GRAMMAR);
}
# Pack the grammar, if requested (yes by default). This must be done after the glue grammar is
# created, since we don't have a script (yet) to dump the rules from a packed grammar, which
# information we need to create the glue grammar.
if ($DO_PACK_GRAMMARS && ! is_packed($TUNE_GRAMMAR)) {
my $packed_dir = "$DATA_DIRS{tune}/grammar.packed";
$cachepipe->cmd("pack-tune",
"$SCRIPTDIR/support/grammar-packer.pl -T $TMPDIR -m $PACKER_MEM $TUNE_GRAMMAR $packed_dir",
$TUNE_GRAMMAR,
"$packed_dir/vocabulary",
"$packed_dir/encoding",
"$packed_dir/slice_00000.source");
# $TUNE_GRAMMAR_FILE, which previously held an optional command-line argument of a pre-filtered
# tuning grammar, is now used to record the text-based grammar, which is needed later for
# different things.
$TUNE_GRAMMAR_FILE = $TUNE_GRAMMAR;
# The actual grammar used for decoding is the packed directory.
$TUNE_GRAMMAR = $packed_dir;
}
# Create the glue grammars. This is done by looking at all the symbols in the grammar file and
# creating all the needed rules.
if (! defined $GLUE_GRAMMAR_FILE) {
$cachepipe->cmd("glue-tune",
"java -Xmx2g -cp $JOSHUA/lib/*:$THRAX/bin/thrax.jar edu.jhu.thrax.util.CreateGlueGrammar $TUNE_GRAMMAR > $DATA_DIRS{tune}/grammar.glue",
$TUNE_GRAMMAR_FILE,
"$DATA_DIRS{tune}/grammar.glue");
$GLUE_GRAMMAR_FILE = "$DATA_DIRS{tune}/grammar.glue";
} else {
# just create a symlink to it
my $filename = $DATA_DIRS{tune} . "/" . basename($GLUE_GRAMMAR_FILE);
system("ln -sf $GLUE_GRAMMAR_FILE $filename");
}
# For each language model, we need to create an entry in the Joshua
# config file and in ZMERT's params.txt file. We use %lm_strings to
# build the corresponding string substitutions
my (@configstrings, @lmweightstrings, @lmparamstrings);
for my $i (0..$#LMFILES) {
my $lmfile = $LMFILES[$i];
my $configstring = "lm = $LM_TYPE $LM_ORDER $LM_STATE_MINIMIZATION false 100 $lmfile";
push (@configstrings, $configstring);
my $weightstring = "lm_$i 1.0";
push (@lmweightstrings, $weightstring);
my $lmparamstring = "lm_$i ||| 1.000000 Opt 0.1 +Inf +0.5 +1.5";
push (@lmparamstrings, $lmparamstring);
}
my $lmlines = join($/, @configstrings);
my $lmweights = join($/, @lmweightstrings);
my $lmparams = join($/, @lmparamstrings);
my (@tmparamstrings, @tmweightstrings);
open CONFIG, $TUNEFILES{'joshua.config'} or die;
while (my $line = <CONFIG>) {
if ($line =~ /^tm\s*=/) {
$line =~ s/\s+$//;
my (undef,$grammarline) = split(/\s*=\s*/, $line);
my (undef,$owner,$span,$grammar) = split(' ', $grammarline);
if ($grammar =~ /<GRAMMAR_FILE>/ or $grammar =~ /<GLUE_GRAMMAR>/) {
my $grammar_file = ($grammar =~ /<GRAMMAR_FILE>/) ? $TUNE_GRAMMAR : $GLUE_GRAMMAR_FILE;
# Add the weights for the tuning grammar.
my @features = get_features($grammar_file);
foreach my $feature (@features) {
if ($feature =~ /^\d+$/) { # dense feature
push (@tmparamstrings, "tm_${owner}_$feature ||| 1.0 Opt -Inf +Inf -1 +1");
push (@tmweightstrings, "tm_${owner}_$feature 1.0");
} else { # sparse feature
push (@tmparamstrings, "$feature ||| 0.0 Opt -Inf +Inf -1 +1");
push (@tmweightstrings, "$feature 0.0");
}
}
} else {
# Add weights for any pre-supplied grammars.
my @features = get_features($grammar);
foreach my $feature (@features) {
if ($feature =~ /^\d+$/) { # dense feature
push (@tmparamstrings, "tm_${owner}_$feature ||| 1.0 Opt -Inf +Inf -1 +1");
push (@tmweightstrings, "tm_${owner}_$feature 1.0");
} else { # sparse feature
push (@tmparamstrings, "$feature ||| 0.0 Opt -Inf +Inf -1 +1");
push (@tmweightstrings, "$feature 0.0");
}
}
}
}
}
close CONFIG;
my $tmparams = join($/, @tmparamstrings);
my $tmweights = join($/, @tmweightstrings);
my $latticeparam = ($DOING_LATTICES == 1)
? "SourcePath ||| 1.0 Opt -Inf +Inf -1 +1"
: "";
my $latticeweight = ($DOING_LATTICES == 1)
? "SourcePath 1.0"
: "";
my @feature_functions;
if ($DOING_LATTICES) {
push(@feature_functions, "feature_function = SourcePath");
}
my $feature_functions = join("\n", @feature_functions);
for my $run (1..$OPTIMIZER_RUNS) {
my $tunedir = (defined $NAME) ? "tune/$NAME/$run" : "tune/$run";
system("mkdir -p $tunedir") unless -d $tunedir;
foreach my $key (keys %TUNEFILES) {
my $file = $TUNEFILES{$key};
open FROM, $file or die "can't find file '$file'";
open TO, ">$tunedir/$key" or die "can't write to file '$tunedir/$key'";
while (<FROM>) {
s/<INPUT>/$TUNE{source}/g;
s/<SOURCE>/$SOURCE/g;
s/<RUNDIR>/$RUNDIR/g;
s/<TARGET>/$TARGET/g;
s/<LMLINES>/$lmlines/g;
s/<LMWEIGHTS>/$lmweights/g;
s/<TMWEIGHTS>/$tmweights/g;
s/<LMPARAMS>/$lmparams/g;
s/<TMPARAMS>/$tmparams/g;
s/<FEATURE_FUNCTIONS>/$feature_functions/g;
s/<LATTICEWEIGHT>/$latticeweight/g;
s/<LATTICEPARAM>/$latticeparam/g;
s/<LMFILE>/$LMFILES[0]/g;
s/<LMTYPE>/$LM_TYPE/g;
s/<MEM>/$JOSHUA_MEM/g;
s/<GRAMMAR_TYPE>/$GRAMMAR_TYPE/g;
s/<GRAMMAR_FILE>/$TUNE_GRAMMAR/g;
s/<GLUE_GRAMMAR>/$GLUE_GRAMMAR_FILE/g;
s/<MAXSPAN>/$MAXSPAN/g;
s/<OOV>/$OOV/g;
s/<NUMJOBS>/$NUM_JOBS/g;
s/<NUMTHREADS>/$NUM_THREADS/g;
s/<QSUB_ARGS>/$QSUB_ARGS/g;
s/<OUTPUT>/$tunedir\/tune.output.nbest/g;
s/<REF>/$TUNE{target}/g;
s/<JOSHUA>/$JOSHUA/g;
s/<JOSHUA_ARGS>/$JOSHUA_ARGS/g;
s/<NUMREFS>/$numrefs/g;
s/<CONFIG>/$tunedir\/joshua.config/g;
s/<LOG>/$tunedir\/joshua.log/g;
s/<TUNEDIR>/$tunedir/g;
s/<MERTDIR>/$tunedir/g; # for backwards compatibility
s/use_sent_specific_tm=.*/use_sent_specific_tm=0/g;
print TO;
}
close(FROM);
close(TO);
}
chmod(0755,"$tunedir/decoder_command");
# tune
if ($TUNER eq "mert") {
$cachepipe->cmd("mert-$run",
"java -d64 -Xmx$TUNER_MEM -cp $JOSHUA/class joshua.zmert.ZMERT -maxMem 4000 $tunedir/mert.config > $tunedir/mert.log 2>&1",
$TUNE_GRAMMAR_FILE,
"$tunedir/joshua.config.ZMERT.final",
"$tunedir/decoder_command",
"$tunedir/mert.config",
"$tunedir/params.txt");
system("ln -sf joshua.config.ZMERT.final $tunedir/joshua.config.final");
} elsif ($TUNER eq "pro") {
$cachepipe->cmd("pro-$run",
"java -d64 -Xmx$TUNER_MEM -cp $JOSHUA/class joshua.pro.PRO -maxMem 4000 $tunedir/pro.config > $tunedir/pro.log 2>&1",
$TUNE_GRAMMAR_FILE,
"$tunedir/joshua.config.PRO.final",
"$tunedir/decoder_command",
"$tunedir/pro.config",
"$tunedir/params.txt");
system("ln -sf joshua.config.PRO.final $tunedir/joshua.config.final");
} elsif ($TUNER eq "mira") {
my $refs_path = $TUNE{target};
$refs_path .= "." if (get_numrefs($TUNE{target}) > 1);
my $rescore_str = ($RESCORE_FOREST == 1) ? "--rescore-forest" : "--no-rescore-forest";
my $extra_args = $JOSHUA_ARGS;
$extra_args =~ s/"/\\"/g;
$cachepipe->cmd("mira-$run",
"$SCRIPTDIR/training/mira/run-mira.pl --input $TUNE{source} --refs $refs_path --config $tunedir/joshua.config --decoder $JOSHUA/bin/decoder --mertdir $MOSES/bin --rootdir $MOSES/scripts --batch-mira --working-dir $tunedir --maximum-iterations $MIRA_ITERATIONS --return-best-dev --nbest $NBEST --decoder-flags \"-m $JOSHUA_MEM -threads $NUM_THREADS $extra_args\" $rescore_str > $tunedir/mira.log 2>&1",
$TUNE_GRAMMAR_FILE,
$TUNE{source},
"$tunedir/joshua.config.final");
}
# Go to the next tuning run if tuning is the last step.
if ($LAST_STEP eq "TUNE") {
next;
}
# prepare the testing data
if (! $PREPPED{TEST} and $DO_PREPARE_CORPORA) {
my $prefixes = prepare_data("test",[$TEST],$MAXLEN_TEST);
$TEST{source} = "$DATA_DIRS{test}/$prefixes->{lowercased}.$SOURCE";
$TEST{target} = "$DATA_DIRS{test}/$prefixes->{lowercased}.$TARGET";
$PREPPED{TEST} = 1;
}
# filter the test grammar
system("mkdir -p $DATA_DIRS{test}") unless -d $DATA_DIRS{test};
my $TEST_GRAMMAR;
if ($TEST_GRAMMAR_FILE) {
# if a specific test grammar was specified, use that (no filtering)
$TEST_GRAMMAR = $TEST_GRAMMAR_FILE;
} else {
# otherwise, use the main grammar, and filter it if requested
$TEST_GRAMMAR = $TEST_GRAMMAR_FILE = $GRAMMAR_FILE;
if ($DO_FILTER_TM and ! $DOING_LATTICES) {
$TEST_GRAMMAR = "$DATA_DIRS{test}/grammar.filtered.gz";
$cachepipe->cmd("filter-test",
"$SCRIPTDIR/training/scat $GRAMMAR_FILE | java -Xmx2g -Dfile.encoding=utf8 -cp $JOSHUA/class joshua.tools.TestSetFilter $FILTERING -v $TEST{source} | $SCRIPTDIR/training/filter-rules.pl -bus$SCOPE | gzip -9n > $TEST_GRAMMAR",
$GRAMMAR_FILE,
$TEST{source},
$TEST_GRAMMAR);
}
}
# Pack the grammar.
if ($DO_PACK_GRAMMARS && ! is_packed($TEST_GRAMMAR)) {
my $packed_dir = "$DATA_DIRS{test}/grammar.packed";
$cachepipe->cmd("pack-test",
"$SCRIPTDIR/support/grammar-packer.pl -T $TMPDIR -m $PACKER_MEM $TEST_GRAMMAR $packed_dir",
$TEST_GRAMMAR,
"$packed_dir/vocabulary",
"$packed_dir/encoding",
"$packed_dir/slice_00000.source");
# $TEST_GRAMMAR_FILE, which previously held an optional command-line argument of a pre-filtered
# tuning grammar, is now used to record the text-based grammar, which is needed later for
# different things.
$TEST_GRAMMAR_FILE = $TEST_GRAMMAR;
# The actual grammar used for decoding is the packed directory.
$TEST_GRAMMAR = $packed_dir;
} else {
$TEST_GRAMMAR = $TEST_GRAMMAR_FILE;
}
# Create the glue file.
if (! defined $GLUE_GRAMMAR_FILE) {
$cachepipe->cmd("glue-test",
"java -Xmx1g -cp $JOSHUA/lib/*:$THRAX/bin/thrax.jar edu.jhu.thrax.util.CreateGlueGrammar $TEST_GRAMMAR > $DATA_DIRS{test}/grammar.glue",
$TEST_GRAMMAR,
"$DATA_DIRS{test}/grammar.glue");
$GLUE_GRAMMAR_FILE = "$DATA_DIRS{test}/grammar.glue";
} else {
# just create a symlink to it
my $filename = $DATA_DIRS{test} . "/" . basename($GLUE_GRAMMAR_FILE);
if ($GLUE_GRAMMAR_FILE =~ /^\//) {
system("ln -sf $GLUE_GRAMMAR_FILE $filename");
} else {
system("ln -sf $STARTDIR/$GLUE_GRAMMAR_FILE $filename");
}
}
my $testrun = (defined $NAME) ? "test/$NAME/$run" : "test/$run";
system("mkdir -p $testrun") unless -d $testrun;
$testrun = get_absolute_path($testrun, $RUNDIR);
# If we're decoding a lattice, also output the source side path we chose
my $joshua_args = $JOSHUA_ARGS;
if ($DOING_LATTICES) {
$joshua_args .= " -maxlen 0 -output-format \"%i ||| %s ||| %e ||| %f ||| %c\"";
}
foreach my $key (qw(decoder_command)) {
my $file = $TUNEFILES{$key};
open FROM, $file or die "can't find file '$file'";
open TO, ">$testrun/$key" or die "can't write to '$testrun/$key'";
while (<FROM>) {
s/<INPUT>/$TEST{source}/g;
s/<NUMJOBS>/$NUM_JOBS/g;
s/<NUMTHREADS>/$NUM_THREADS/g;
s/<QSUB_ARGS>/$QSUB_ARGS/g;
s/<OUTPUT>/$testrun\/test.output.nbest/g;
s/<JOSHUA>/$JOSHUA/g;
s/<JOSHUA_ARGS>/$joshua_args/g;
s/<NUMREFS>/$numrefs/g;
s/<SOURCE>/$SOURCE/g;
s/<TARGET>/$TARGET/g;
s/<RUNDIR>/$TARGET/g;
s/<LMFILE>/$LMFILES[0]/g;
s/<MEM>/$JOSHUA_MEM/g;
s/<GRAMMAR_TYPE>/$GRAMMAR_TYPE/g;
s/<GRAMMAR_FILE>/$TEST_GRAMMAR/g;
s/<GLUE_GRAMMAR>/$GLUE_GRAMMAR_FILE/g;
s/<OOV>/$OOV/g;
s/<CONFIG>/$testrun\/joshua.config/g;
s/<LOG>/$testrun\/joshua.log/g;
print TO;
}
close(FROM);
close(TO);
}
chmod(0755,"$testrun/decoder_command");
# Copy the config file over.
$cachepipe->cmd("test-joshua-config-from-tune-$run",
"cat $tunedir/joshua.config.final | $COPY_CONFIG -mark-oovs true -tm 'thrax pt $MAXSPAN $TEST_GRAMMAR' > $testrun/joshua.config",
"$tunedir/joshua.config.final",
"$testrun/joshua.config");
$cachepipe->cmd("test-decode-$run",
"$testrun/decoder_command",
$TEST{source},
"$DATA_DIRS{test}/grammar.glue",
$TEST_GRAMMAR_FILE,
"$testrun/test.output.nbest");
$cachepipe->cmd("remove-oov-$run",
"cat $testrun/test.output.nbest | perl -pe 's/_OOV//g' > $testrun/test.output.nbest.noOOV",
"$testrun/test.output.nbest",
"$testrun/test.output.nbest.noOOV");
my $output = "$testrun/test.output.1best";
$numrefs = get_numrefs($TEST{target});
# Always compute the BLEU score on the regular 1-best output, since it's easy to do
$cachepipe->cmd("test-extract-onebest-$run",
"java -Xmx500m -cp $JOSHUA/class -Dfile.encoding=utf8 joshua.util.ExtractTopCand $testrun/test.output.nbest.noOOV $output",
"$testrun/test.output.nbest.noOOV",
$output);
$cachepipe->cmd("test-bleu-$run",
"java -cp $JOSHUA/class -Dfile.encoding=utf8 -Djava.library.path=lib -Xmx1000m -Xms1000m -Djava.util.logging.config.file=logging.properties joshua.util.JoshuaEval -cand $output -ref $TEST{target} -rps $numrefs -m BLEU 4 closest > $testrun/test.output.1best.bleu",
$output,
"$output.bleu");
# We can also rescore the output lattice with MBR
if ($DO_MBR) {
my $numlines = `cat $TEST{source} | wc -l`;
$numlines--;
$output .= ".mbr";
$cachepipe->cmd("test-onebest-parmbr-$run",
"cat $testrun/test.output.nbest.noOOV | java -Xmx1700m -cp $JOSHUA/class -Dfile.encoding=utf8 joshua.decoder.NbestMinRiskReranker false 1 $NUM_THREADS > $output",
"$testrun/test.output.nbest.noOOV",
$output);
$cachepipe->cmd("test-bleu-mbr-$run",
"java -cp $JOSHUA/class -Dfile.encoding=utf8 -Djava.library.path=lib -Xmx1000m -Xms1000m -Djava.util.logging.config.file=logging.properties joshua.util.JoshuaEval -cand $output -ref $TEST{target} -rps $numrefs -m BLEU 4 closest > $testrun/test.output.1best.mbr.bleu",
$output,
"$output.bleu");
}
# Update the BLEU summary.
my $dir = (defined $NAME) ? "test/$NAME" : "test";
compute_bleu_summary("$dir/*/*.1best.bleu", "$dir/final-bleu");
compute_bleu_summary("$dir/*/*.1best.mbr.bleu", "$dir/final-bleu-mbr");
compute_time_summary("$dir/*/joshua.log", "$dir/final-times");
# Now do the analysis
if ($DOING_LATTICES) {
# extract the source
my $source = "$testrun/test.lattice-path.txt";
$cachepipe->cmd("test-lattice-extract-source-$run",
"$JOSHUA/bin/extract-1best $testrun/test.output.nbest.noOOV 2 | perl -pe 's/<s> //' > $source",
$output, $source);
analyze_testrun($output,$source,$TEST{target});
} else {
analyze_testrun($output,$TEST{source},$TEST{target});
}
}
exit;
# This target allows the pipeline to be used just for decoding new
# data sets
TEST:
;
system("mkdir -p $DATA_DIRS{test}") unless -d $DATA_DIRS{test};
if (! defined $NAME) {
print "* FATAL: for direct tests, you must specify a unique run name\n";
exit 1;
}
# if (-e "$DATA_DIRS{test}/$NAME") {
# print "* FATAL: you specified a run name, but it already exists\n";
# exit 1;
# }
if (! $PREPPED{TEST} and $DO_PREPARE_CORPORA) {
my $prefixes = prepare_data("test",[$TEST],$MAXLEN_TEST);
$TEST{source} = "$DATA_DIRS{test}/$prefixes->{lowercased}.$SOURCE";
$TEST{target} = "$DATA_DIRS{test}/$prefixes->{lowercased}.$TARGET";
$PREPPED{TEST} = 1;
}
my $testrun = "test/$NAME";
system("mkdir -p $testrun") unless -d $testrun;
# filter the test grammar
my $TEST_GRAMMAR;
if ($TEST_GRAMMAR_FILE) {
# if a specific test grammar was specified, use that (no filtering)
$TEST_GRAMMAR = $TEST_GRAMMAR_FILE;
} else {
# otherwise, use the main grammar, and filter it if requested
$TEST_GRAMMAR = $TEST_GRAMMAR_FILE = $GRAMMAR_FILE;
if ($DO_FILTER_TM and ! $DOING_LATTICES) {
$TEST_GRAMMAR = "$DATA_DIRS{test}/grammar.filtered.gz";
$cachepipe->cmd("filter-test-$NAME",
"$CAT $GRAMMAR_FILE | java -Xmx2g -Dfile.encoding=utf8 -cp $JOSHUA/class joshua.tools.TestSetFilter $FILTERING -v $TEST{source} | $SCRIPTDIR/training/filter-rules.pl -bus$SCOPE | gzip -9n > $TEST_GRAMMAR",
$GRAMMAR_FILE,
$TEST{source},
$TEST_GRAMMAR);
}
}
# build the glue grammar if needed
if (! defined $GLUE_GRAMMAR_FILE) {
$cachepipe->cmd("glue-test-$NAME",
"java -Xmx2g -cp $JOSHUA/lib/*:$THRAX/bin/thrax.jar edu.jhu.thrax.util.CreateGlueGrammar $TEST_GRAMMAR > $DATA_DIRS{test}/grammar.glue",
$TEST_GRAMMAR,
"$DATA_DIRS{test}/grammar.glue");
$GLUE_GRAMMAR_FILE = "$DATA_DIRS{test}/grammar.glue";
}
if ($TUNEFILES{'joshua.config'} eq $JOSHUA_CONFIG_ORIG) {
print "* FATAL: for direct tests, I need a (tuned) Joshua config file\n";
exit 1;
}
if ($DO_PACK_GRAMMARS && ! is_packed($TEST_GRAMMAR)) {
my $packed_dir = "$DATA_DIRS{test}/grammar.packed";
$cachepipe->cmd("pack-test",
"$SCRIPTDIR/support/grammar-packer.pl -T $TMPDIR -m $PACKER_MEM $TEST_GRAMMAR $packed_dir",
$TEST_GRAMMAR,
"$packed_dir/vocabulary",
"$packed_dir/encoding",
"$packed_dir/slice_00000.source");
# $TEST_GRAMMAR_FILE, which previously held an optional command-line argument of a pre-filtered
# tuning grammar, is now used to record the text-based grammar, which is needed later for
# different things.
$TEST_GRAMMAR_FILE = $TEST_GRAMMAR;
# The actual grammar used for decoding is the packed directory.
$TEST_GRAMMAR = $packed_dir;
} else {
$TEST_GRAMMAR = $TEST_GRAMMAR_FILE;
}
# this needs to be in a function since it is done all over the place
open FROM, $TUNEFILES{decoder_command} or die "can't find file '$TUNEFILES{decoder_command}'";
open TO, ">$testrun/decoder_command";
print TO "cat $TEST{source} | \$JOSHUA/bin/joshua-decoder -m $JOSHUA_MEM -threads $NUM_THREADS -c $testrun/joshua.config > $testrun/test.output.nbest 2> $testrun/joshua.log\n";
close(TO);
chmod(0755,"$testrun/decoder_command");
# copy over the config file
$cachepipe->cmd("test-$NAME-copy-config",
"cat $TUNEFILES{'joshua.config'} | $COPY_CONFIG -mark-oovs true -tm/pt 'thrax pt $MAXSPAN $TEST_GRAMMAR' -default-non-terminal $OOV > $testrun/joshua.config",
$TUNEFILES{'joshua.config'},
"$testrun/joshua.config");
# decode
$cachepipe->cmd("test-$NAME-decode-run",
"$testrun/decoder_command",
$TEST{source},
$TEST_GRAMMAR,
$GLUE_GRAMMAR_FILE,
"$testrun/test.output.nbest");
$cachepipe->cmd("test-$NAME-remove-oov",
"cat $testrun/test.output.nbest | perl -pe 's/_OOV//g' > $testrun/test.output.nbest.noOOV",
"$testrun/test.output.nbest",
"$testrun/test.output.nbest.noOOV");
if ($DO_MBR) {
$cachepipe->cmd("test-$NAME-onebest-parmbr",
"cat $testrun/test.output.nbest.noOOV | java -Xmx1700m -cp $JOSHUA/class -Dfile.encoding=utf8 joshua.decoder.NbestMinRiskReranker false 1 > $testrun/test.output.1best",
"$testrun/test.output.nbest.noOOV",
"$testrun/test.output.1best");
} else {
$cachepipe->cmd("test-$NAME-extract-onebest",
"java -Xmx500m -cp $JOSHUA/class -Dfile.encoding=utf8 joshua.util.ExtractTopCand $testrun/test.output.nbest.noOOV $testrun/test.output.1best",
"$testrun/test.output.nbest.noOOV",
"$testrun/test.output.1best");
}
$numrefs = get_numrefs($TEST{target});
$cachepipe->cmd("$NAME-test-bleu",
"java -cp $JOSHUA/class -Dfile.encoding=utf8 -Djava.library.path=lib -Xmx1000m -Xms1000m -Djava.util.logging.config.file=logging.properties joshua.util.JoshuaEval -cand $testrun/test.output.1best -ref $TEST{target} -rps $numrefs -m BLEU 4 closest > $testrun/test.output.1best.bleu",
"$testrun/test.output.1best",
"$testrun/test.output.1best.bleu");
system("cat $testrun/test.output.1best.bleu");
######################################################################
## SUBROUTINES #######################################################
######################################################################
LAST:
1;
# Does tokenization and normalization of training, tuning, and test data.
# $label: one of train, tune, or test
# $corpora: arrayref of files (multiple allowed for training data)
# $maxlen: maximum length (only applicable to training)
sub prepare_data {
my ($label,$corpora,$maxlen) = @_;
$maxlen = 0 unless defined $maxlen;
system("mkdir -p $DATA_DIR") unless -d $DATA_DIR;
system("mkdir -p $DATA_DIRS{$label}") unless -d $DATA_DIRS{$label};
# records the pieces that are produced
my %prefixes;
# copy the data from its original location to our location
my $numlines = -1;
foreach my $ext ($TARGET,$SOURCE,"$TARGET.0","$TARGET.1","$TARGET.2","$TARGET.3") {
# append each extension to the corpora prefixes
my @files = map { "$_.$ext" } @$corpora;
# This block makes sure that the files have a nonzero file size
map {
if (-z $_) {
print STDERR "* FATAL: $label file '$_' is empty";
exit 1;
}
} @files;
# a list of all the files (in case of multiple corpora prefixes)
my $files = join(" ",@files);
if (-e $files[0]) {
$cachepipe->cmd("$label-copy-$ext",
"cat $files | gzip -9n > $DATA_DIRS{$label}/$label.$ext.gz",
@files, "$DATA_DIRS{$label}/$label.$ext.gz");
chomp(my $lines = `$CAT $DATA_DIRS{$label}/$label.$ext.gz | wc -l`);
$numlines = $lines if ($numlines == -1);
if ($lines != $numlines) {
print STDERR "* FATAL: $DATA_DIRS{$label}/$label.$ext.gz has a different number of lines ($lines) than a 'parallel' file that preceded it ($numlines)\n";
exit(1);
}
}
}
my $prefix = "$label";
# tokenize the data
foreach my $lang ($TARGET,$SOURCE,"$TARGET.0","$TARGET.1","$TARGET.2","$TARGET.3") {
if (-e "$DATA_DIRS{$label}/$prefix.$lang.gz") {
if (is_lattice("$DATA_DIRS{$label}/$prefix.$lang.gz")) {
system("cp $DATA_DIRS{$label}/$prefix.$lang.gz $DATA_DIRS{$label}/$prefix.tok.$lang.gz");
} else {
my $TOKENIZER = ($lang eq $SOURCE) ? $TOKENIZER_SOURCE : $TOKENIZER_TARGET;
my $ext = $lang; $ext =~ s/\.\d//;
$cachepipe->cmd("$label-tokenize-$lang",
"$CAT $DATA_DIRS{$label}/$prefix.$lang.gz | $NORMALIZER $ext | $TOKENIZER -l $ext 2> /dev/null | gzip -9n > $DATA_DIRS{$label}/$prefix.tok.$lang.gz",
"$DATA_DIRS{$label}/$prefix.$lang.gz", "$DATA_DIRS{$label}/$prefix.tok.$lang.gz");
}
}
}
# extend the prefix
$prefix .= ".tok";
$prefixes{tokenized} = $prefix;
if ($maxlen > 0) {
my (@infiles, @outfiles);
foreach my $ext ($TARGET, $SOURCE, "$TARGET.0", "$TARGET.1", "$TARGET.2", "$TARGET.3") {
my $infile = "$DATA_DIRS{$label}/$prefix.$ext.gz";
my $outfile = "$DATA_DIRS{$label}/$prefix.$maxlen.$ext.gz";
if (-e $infile) {
push(@infiles, $infile);
push(@outfiles, $outfile);
}
}
my $infilelist = join(" ", map { "<(gzip -cd $_)" } @infiles);
my $outfilelist = join(" ", @outfiles);
# trim training data
$cachepipe->cmd("$label-trim",
"paste $infilelist | $SCRIPTDIR/training/trim_parallel_corpus.pl $maxlen | $SCRIPTDIR/training/split2files.pl $outfilelist",
@infiles,
@outfiles);
$prefix .= ".$maxlen";
}
# record this whether we shortened or not
$prefixes{shortened} = $prefix;
# lowercase
foreach my $lang ($TARGET,$SOURCE,"$TARGET.0","$TARGET.1","$TARGET.2","$TARGET.3") {
if (-e "$DATA_DIRS{$label}/$prefix.$lang.gz") {
if (is_lattice("$DATA_DIRS{$label}/$prefix.$lang.gz")) {
system("gzip -cd $DATA_DIRS{$label}/$prefix.$lang.gz > $DATA_DIRS{$label}/$prefix.lc.$lang");
} else {
$cachepipe->cmd("$label-lowercase-$lang",
"gzip -cd $DATA_DIRS{$label}/$prefix.$lang.gz | $SCRIPTDIR/lowercase.perl > $DATA_DIRS{$label}/$prefix.lc.$lang",
"$DATA_DIRS{$label}/$prefix.$lang.gz",
"$DATA_DIRS{$label}/$prefix.lc.$lang");
}
}
}
$prefix .= ".lc";
$prefixes{lowercased} = $prefix;
foreach my $lang ($TARGET,$SOURCE,"$TARGET.0","$TARGET.1","$TARGET.2","$TARGET.3") {
if (-e "$DATA_DIRS{$label}/$prefixes{lowercased}.$lang") {
system("ln -sf $prefixes{lowercased}.$lang $DATA_DIRS{$label}/corpus.$lang");
}
}
return \%prefixes;
}
sub maybe_quit {
my ($current_step) = @_;
if (defined $LAST_STEP and $current_step eq $LAST_STEP) {
print "* Quitting at this step\n";
exit(0);
}
}
## returns 1 if every sentence in the corpus begins with an open paren,
## false otherwise
sub already_parsed {
my ($corpus) = @_;
open(CORPUS, $corpus) or die "can't read corpus file '$corpus'\n";
while (<CORPUS>) {
# if we see a line not beginning with an open paren, we consider
# the file not to be parsed
return 0 unless /^\(/;
}
close(CORPUS);
return 1;
}
sub not_defined {
my ($var) = @_;
print "* FATAL: environment variable \$$var is not defined.\n";
exit;
}
# Takes a prefix. If that prefix exists, then all the references are
# assumed to be in that file. Otherwise, we successively append an
# index, looking for parallel references.
sub get_numrefs {
my ($prefix) = @_;
if (-e "$prefix.0") {
my $index = 0;
while (-e "$prefix.$index") {
$index++;
}
return $index;
} else {
return 1;
}
}
sub start_hadoop_cluster {
rollout_hadoop_cluster();
# start the cluster
# system("./hadoop/bin/start-all.sh");
# sleep(120);
}
sub rollout_hadoop_cluster {
# if it's not already unpacked, unpack it
if (! -d "hadoop") {
system("tar xzf $JOSHUA/lib/hadoop-0.20.2.tar.gz");
system("ln -sf hadoop-0.20.2 hadoop");
if (defined $HADOOP_CONF) {
print STDERR "Copying HADOOP_CONF($HADOOP_CONF) to hadoop/conf/core-site.xml\n";
system("cp $HADOOP_CONF hadoop/conf/core-site.xml");
}
}
$ENV{HADOOP} = $HADOOP = "hadoop";
$ENV{HADOOP_CONF_DIR} = "";
}
sub stop_hadoop_cluster {
if ($HADOOP ne "hadoop") {
system("hadoop/bin/stop-all.sh");
}
}
sub teardown_hadoop_cluster {
stop_hadoop_cluster();
system("rm -rf hadoop-0.20.2 hadoop");
}
sub is_lattice {
my $file = shift;
open READ, "$CAT $file|" or die "can't read from potential lattice '$file'";
my $line = <READ>;
close(READ);
if ($line =~ /^\(\(\(/) {
$DOING_LATTICES = 1;
$FILTERING = "-l";
return 1;
} else {
return 0;
}
}
# This function retrieves the names of all the features in the grammar. Dense features
# are named with consecutive integers starting at 0, while sparse features can have any name.
# To get the feature names from an unpacked grammar, we have to read through the whole grammar,
# since sparse features can be anywhere. For packed grammars, this can be read directly from
# the encoding.
sub get_features {
my ($grammar) = @_;
if (-d $grammar) {
chomp(my @features = `java -cp $JOSHUA/class joshua.util.encoding.EncoderConfiguration $grammar | grep ^feature: | awk '{print \$NF}'`);
return @features;
} elsif (-e $grammar) {
my %features;
open GRAMMAR, "$CAT $grammar|" or die "FATAL: can't read $grammar";
while (my $line = <GRAMMAR>) {
chomp($line);
my @tokens = split(/ \|\|\| /, $line);
my $feature_str = $tokens[3];
my @features = split(' ', $feature_str);
my $feature_no = 0;
foreach my $feature (@features) {
if ($feature =~ /=/) {
my ($name) = split(/=/, $feature);
$features{$name} = 1;
} else {
$features{$feature_no++} = 1;
}
}
}
close(GRAMMAR);
return keys(%features);
}
}
# File names reflecting relative paths need to be absolute-ized for --rundir to work.
# Does not work with paths that do not exist!
sub get_absolute_path {
my ($file,$basedir) = @_;
$basedir = $STARTDIR unless defined $basedir;
if (defined $file) {
$file = "$basedir/$file" unless $file =~ /^\//;
# prepend startdir (which is absolute) unless the path is absolute.
my $abs_path = abs_path($file);
if (defined $abs_path) {
$file = $abs_path;
}
}
return $file;
}
sub analyze_testrun {
my ($output,$source,$reference) = @_;
my $dir = dirname($output);
mkdir("$dir/analysis") unless -d "$dir/analysis";
my @references;
if (-e "$reference.0") {
my $num = 0;
while (-e "$reference.$num") {
push(@references, "$reference.$num");
$num++;
}
} else {
push(@references, $reference);
}
my $references = join(" -r ", @references);
my $runname = "analyze-$dir";
$runname =~ s/\//-/g;
$cachepipe->cmd($runname,
"$SCRIPTDIR/analysis/sentence-by-sentence.pl -s $source -r $references $output > $dir/analysis/sentence-by-sentence.html",
"$dir/test.output.1best",
"$dir/analysis/sentence-by-sentence.html");
}
sub compute_bleu_summary {
my ($filepattern, $outputfile) = @_;
# Now average the runs, report BLEU
my @bleus;
my $numrecs = 0;
open CMD, "grep ' BLEU = ' $filepattern |";
while (<CMD>) {
my @F = split;
push(@bleus, 1.0 * $F[-1]);
}
close(CMD);
if (scalar @bleus) {
my $final_bleu = sum(@bleus) / (scalar @bleus);
open BLEU, ">$outputfile" or die "Can't write to $outputfile";
printf(BLEU "%s / %d = %.4f\n", join(" + ", @bleus), scalar @bleus, $final_bleu);
close(BLEU);
}
}
sub compute_time_summary {
my ($filepattern, $outputfile) = @_;
# Now average the runs, report BLEU
my @times;
foreach my $file (glob($filepattern)) {
open FILE, $file;
my $time = 0.0;
my $numrecs = 0;
while (<FILE>) {
next unless /translation of .* took/;
my @F = split;
$time += $F[5];
$numrecs++;
}
close(FILE);
push(@times, $time);
}
if (scalar @times) {
open TIMES, ">$outputfile" or die "Can't write to $outputfile";
printf(TIMES "%s / %d = %s\n", join(" + ", @times), scalar(@times), 1.0 * sum(@times) / scalar(@times));
close(TIMES);
}
}
sub is_packed {
my ($grammar) = @_;
if (-d $grammar && -e "$grammar/encoding") {
return 1;
}
return 0;
}
| 35.325336 | 521 | 0.626871 |
edd482f0a631ab1ac06e8d7abc9fc9611083a1cf | 3,102 | al | Perl | MigrationApps/HybridBaseDeployment/app/src/pages/pag4001.HybridReplicationSchedule.al | bjarkihall/ALAppExtensions | d8243d27e0280dec6e079ab9f1e838f9768c208c | [
"MIT"
] | 1 | 2021-08-16T18:14:49.000Z | 2021-08-16T18:14:49.000Z | MigrationApps/HybridBaseDeployment/app/src/pages/pag4001.HybridReplicationSchedule.al | bjarkihall/ALAppExtensions | d8243d27e0280dec6e079ab9f1e838f9768c208c | [
"MIT"
] | null | null | null | MigrationApps/HybridBaseDeployment/app/src/pages/pag4001.HybridReplicationSchedule.al | bjarkihall/ALAppExtensions | d8243d27e0280dec6e079ab9f1e838f9768c208c | [
"MIT"
] | 1 | 2021-02-09T10:23:09.000Z | 2021-02-09T10:23:09.000Z | page 4001 "Intelligent Cloud Schedule"
{
SourceTable = "Intelligent Cloud Setup";
InsertAllowed = false;
DeleteAllowed = false;
Permissions = tabledata 4003 = rimd;
layout
{
area(Content)
{
group(Schedule)
{
field("Replication Enabled"; "Replication Enabled")
{
ApplicationArea = Basic, Suite;
Caption = 'Activate Schedule';
ToolTip = 'Activate Migration Schedule';
}
field(Recurrence; Recurrence)
{
ApplicationArea = Basic, Suite;
Caption = 'Recurrence';
ToolTip = 'Specifies the recurrence of the migration schedule.';
}
group(Days)
{
Caption = 'Select Days';
Visible = (Recurrence = Recurrence::Weekly);
field(Sunday; Sunday)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies whether to run on Sundays.';
}
field(Monday; Monday)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies whether to run on Mondays.';
}
field(Tuesday; Tuesday)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies whether to run on Tuesdays.';
}
field(Wednesday; Wednesday)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies whether to run on Wednesdays.';
}
field(Thursday; Thursday)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies whether to run on Thursdays.';
}
field(Friday; Friday)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies whether to run on Fridays.';
}
field(Saturday; Saturday)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies whether to run on Saturdays.';
}
}
field("Time to Run"; "Time to Run")
{
ApplicationArea = Basic, Suite;
Caption = 'Start time';
ToolTip = 'Specifies the time at which to start the migration.';
}
}
}
}
trigger OnModifyRecord(): Boolean
begin
if "Replication Enabled" and (Format("Time to Run") = '') then
Error(NoScheduleTimeMsg);
SetReplicationSchedule();
end;
var
NoScheduleTimeMsg: Label 'You must set a schedule time to continue.';
} | 36.494118 | 84 | 0.427466 |
edd356d92f92adbf12f595c20976dad299b8a6d5 | 1,058 | pm | Perl | lib/SemanticWeb/Schema/Thesis.pm | robrwo/LDF-JSON-LD | 2745fa73562625ab217b7094a812bfc1f4be8cbc | [
"ClArtistic"
] | null | null | null | lib/SemanticWeb/Schema/Thesis.pm | robrwo/LDF-JSON-LD | 2745fa73562625ab217b7094a812bfc1f4be8cbc | [
"ClArtistic"
] | null | null | null | lib/SemanticWeb/Schema/Thesis.pm | robrwo/LDF-JSON-LD | 2745fa73562625ab217b7094a812bfc1f4be8cbc | [
"ClArtistic"
] | null | null | null | use utf8;
package SemanticWeb::Schema::Thesis;
# ABSTRACT: A thesis or dissertation document submitted in support of candidature for an academic degree or professional qualification.
use Moo;
extends qw/ SemanticWeb::Schema::CreativeWork /;
use MooX::JSON_LD 'Thesis';
use Ref::Util qw/ is_plain_hashref /;
# RECOMMEND PREREQ: Ref::Util::XS
use namespace::autoclean;
our $VERSION = 'v14.0.1';
=encoding utf8
=head1 DESCRIPTION
A thesis or dissertation document submitted in support of candidature for
an academic degree or professional qualification.
=head1 ATTRIBUTES
=head2 C<in_support_of>
C<inSupportOf>
Qualification, candidature, degree, application that Thesis supports.
A in_support_of should be one of the following types:
=over
=item C<Str>
=back
=head2 C<_has_in_support_of>
A predicate for the L</in_support_of> attribute.
=cut
has in_support_of => (
is => 'rw',
predicate => '_has_in_support_of',
json_ld => 'inSupportOf',
);
=head1 SEE ALSO
L<SemanticWeb::Schema::CreativeWork>
=cut
1;
| 14.694444 | 135 | 0.736295 |
ed51bc6f94cc3758887a19922d344fef3bf733a4 | 2,828 | t | Perl | t/03-generator.t | Scimon/Statico | 38acb1727333d7356526f540f587ccbf6ff47275 | [
"Artistic-2.0"
] | null | null | null | t/03-generator.t | Scimon/Statico | 38acb1727333d7356526f540f587ccbf6ff47275 | [
"Artistic-2.0"
] | null | null | null | t/03-generator.t | Scimon/Statico | 38acb1727333d7356526f540f587ccbf6ff47275 | [
"Artistic-2.0"
] | null | null | null | use v6.c;
use lib <lib>;
use Test;
use File::Temp;
use Statico;
# Test requiring the module
my $generator = 'Statico::Generator::Markdown';
try require ::($generator);
ok ::($generator) !~~ 'Failure', "Required OK";
my $md-generator;
my $data-path = tempdir;
my $templates-path = tempdir;
my $static-path = tempdir;
my $build-path = tempdir;
my $statico = Statico.new( data-path => $data-path,
templates-path => $templates-path,
static-path => $static-path,
build-path => $build-path );
dies-ok { $md-generator = ::($generator).new() }, "Generator needs a Statico object";
ok $md-generator = ::($generator).new( statico => $statico ), "Can create a generator. Requires a populated Statico Object";
dies-ok { $md-generator.generate() }, "Needs markdown content";
ok $md-generator.generate( markdown => "# Test" ), "Can call generate with some valid markdown";
is $md-generator.generate( markdown => "# Test" ), "<h1>Test</h1>", "Check the result";
my $complex = q:to/END/;
# Test
## More Test
Test
END
is $md-generator.generate( markdown => $complex ), "<h1>Test</h1><h2>More Test</h2><p>Test</p>", "Complex Markdown";
# Test the directory spider generator
$generator = 'Statico::Generator::DirList';
try require ::($generator);
ok ::($generator) !~~ 'Failure', "Required OK";
my $expected-files = "/index.html : Index\n";
my $expected-dirs = "/directory/ : Directory\n";
my $expected-both = "{$expected-dirs}{$expected-files}";
my $list-generator;
dies-ok { $list-generator = ::($generator).new() }, "Generator needs a Statico Object";
ok $list-generator = ::($generator).new( statico => $statico ), "Can create a generator";
dies-ok { $list-generator.generate() }, "Needs a path and a template";
spurt "{$templates-path}/dir.mustache", q:to/END/;
{{#list}}
{{url}} : {{title}}
{{/list}}
END
mkdir "{$data-path}/directory";
spurt "{$data-path}/index.yaml", q:to/END/;
title: Index
content: |
# Test
END
spurt "{$data-path}/_config.yaml", q:to/END/;
test: true
END
is $list-generator.generate( dir => $data-path.IO, template => "dir" ), $expected-files, "Basic call makes sense";
is $list-generator.generate( dir => $data-path.IO, template => "dir", files => True, dirs => False ), $expected-files, "Set expected flags files on dirs off";
is $list-generator.generate( dir => $data-path.IO, template => "dir", files => False, dirs => True ), $expected-dirs, "Set expected flags files off dirs on";
is $list-generator.generate( dir => $data-path.IO, template => "dir", files => True, dirs => True ), $expected-both, "Set expected flags files on dirs on";
is $list-generator.generate( dir => $data-path.IO, template => "dir", files => False, dirs => False ), "", "Set expected flags files off dirs off";
done-testing;
| 30.73913 | 158 | 0.647808 |
eda1c505cf7ba51b867c8dbf5c5b540539447d75 | 2,616 | pm | Perl | lib/SockJS/Transport/HtmlFile.pm | vti/sockjs-perl | 2bf5511e7cca9854e43a071c5fdd54bc2c9b24df | [
"Artistic-1.0"
] | 4 | 2015-11-03T10:55:11.000Z | 2019-05-27T20:42:41.000Z | lib/SockJS/Transport/HtmlFile.pm | BlueT/sockjs-perl | 52a62e38549af0fd70e2c1dcb47de13357ac879e | [
"Artistic-1.0"
] | 9 | 2015-01-12T15:09:33.000Z | 2019-08-14T08:23:12.000Z | lib/SockJS/Transport/HtmlFile.pm | BlueT/sockjs-perl | 52a62e38549af0fd70e2c1dcb47de13357ac879e | [
"Artistic-1.0"
] | 2 | 2017-03-19T11:50:38.000Z | 2018-08-26T09:37:51.000Z | package SockJS::Transport::HtmlFile;
use strict;
use warnings;
use base 'SockJS::Transport::Base';
sub new {
my $self = shift->SUPER::new(@_);
my (%params) = @_;
$self->{response_limit} = $params{response_limit} || 128 * 1024;
push @{$self->{allowed_methods}}, 'GET';
return $self;
}
sub dispatch_GET {
my $self = shift;
my ($env, $conn) = @_;
my ($callback) = $env->{QUERY_STRING} =~ m/(?:^|&|;)c=([^&;]+)/;
if (!$callback) {
return [500, [], ['"callback" parameter required']];
}
$callback =~ s/%(..)/chr(hex($1))/eg;
if ($callback !~ m/^[a-zA-Z0-9-_\.]+$/) {
return [500, [], ['invalid "callback" parameter']];
}
my $limit = $self->{response_limit};
return sub {
my $respond = shift;
my $writer = $respond->(
[
200,
[
'Content-Type' => 'text/html; charset=UTF-8',
'Connection' => 'close',
]
]
);
if ($conn->is_connected && !$conn->is_reconnecting) {
my $message = $self->_wrap_message(
'c[2010,"Another connection still open"]' . "\n");
$writer->write($message);
$writer->close;
return;
}
$conn->write_cb(
sub {
my $conn = shift;
my ($message) = @_;
$limit -= length($message) - 1;
$writer->write($self->_wrap_message($message));
if ($limit <= 0) {
$writer->close;
$conn->reconnecting;
}
}
);
$conn->close_cb(sub { $writer->close });
$writer->write(<<"EOF" . (' ' x 1024));
<!doctype html>
<html><head>
<meta http-equiv="X-UA-Compatible" content="IE=edge" />
<meta http-equiv="Content-Type" content="text/html; charset=UTF-8" />
</head><body><h2>Don't panic!</h2>
<script>
document.domain = document.domain;
var c = parent.callback;
c.start();
function p(d) {c.message(d);};
window.onload = function() {c.stop();};
</script>
EOF
$conn->write('o');
if ($conn->is_closed) {
$conn->connected;
$conn->close;
}
elsif ($conn->is_connected) {
$conn->reconnected;
}
else {
$conn->connected;
}
};
}
sub _wrap_message {
my $self = shift;
my ($message) = @_;
$message =~ s/(['""\\\/\n\r\t]{1})/\\$1/smg;
return qq{<script>\np("$message");\n</script>\r\n};
}
1;
| 22.947368 | 71 | 0.460627 |
edacd3fc12dc5e753582f6535b78f2b43e5869b4 | 22,100 | pl | Perl | mscstyle3/theme.pl | bataron2008pb/webmin_new | 83d5b448ad53ea15e6fee66d60a2ffcbc8911b88 | [
"BSD-3-Clause"
] | 2 | 2019-10-17T18:00:03.000Z | 2019-10-17T18:02:31.000Z | mscstyle3/theme.pl | bataron2008pb/webmin_new | 83d5b448ad53ea15e6fee66d60a2ffcbc8911b88 | [
"BSD-3-Clause"
] | null | null | null | mscstyle3/theme.pl | bataron2008pb/webmin_new | 83d5b448ad53ea15e6fee66d60a2ffcbc8911b88 | [
"BSD-3-Clause"
] | 13 | 2017-09-25T21:59:36.000Z | 2019-06-18T14:31:57.000Z | #!/usr/local/bin/perl
#theme_prebody - called just before the main body of every page, so it can print any HTML it likes.
#theme_postbody - called just after the main body of every page.
#theme_header - called instead of the normal header function, with the same parameters. You could use this to re-write the header function in your own style with help and index links whereever you want them.
#theme_footer - called instead of the footer function with the same parameters.
#theme_error - called instead of the error function, with the same parameters.
%letter_sizes = (
'100.gif', [ 10, 16 ],
'101.gif', [ 11, 16 ],
'102.gif', [ 6, 16 ],
'103.gif', [ 10, 16 ],
'104.gif', [ 9, 16 ],
'105.gif', [ 4, 16 ],
'106.gif', [ 5, 16 ],
'107.gif', [ 9, 16 ],
'108.gif', [ 4, 16 ],
'109.gif', [ 14, 16 ],
'110.gif', [ 9, 16 ],
'111.gif', [ 11, 16 ],
'112.gif', [ 10, 16 ],
'113.gif', [ 10, 16 ],
'114.gif', [ 6, 16 ],
'115.gif', [ 8, 16 ],
'116.gif', [ 6, 16 ],
'117.gif', [ 9, 16 ],
'118.gif', [ 10, 16 ],
'119.gif', [ 13, 16 ],
'120.gif', [ 10, 16 ],
'121.gif', [ 10, 16 ],
'122.gif', [ 8, 16 ],
'123.gif', [ 7, 16 ],
'124.gif', [ 4, 16 ],
'125.gif', [ 7, 16 ],
'126.gif', [ 9, 16 ],
'177.iso-8859-2.gif', [ 10, 16 ],
'179.iso-8859-2.gif', [ 7, 16 ],
'182.iso-8859-2.gif', [ 9, 16 ],
'188.iso-8859-2.gif', [ 9, 16 ],
'191.iso-8859-2.gif', [ 9, 16 ],
'192.gif', [ 12, 16 ],
'193.gif', [ 12, 16 ],
'194.gif', [ 11, 16 ],
'195.gif', [ 12, 16 ],
'196.gif', [ 12, 16 ],
'197.gif', [ 12, 16 ],
'198.gif', [ 13, 16 ],
'199.gif', [ 12, 16 ],
'200.gif', [ 7, 16 ],
'201.gif', [ 8, 16 ],
'202.gif', [ 8, 16 ],
'203.gif', [ 7, 16 ],
'204.gif', [ 6, 16 ],
'205.gif', [ 5, 16 ],
'206.gif', [ 7, 16 ],
'207.gif', [ 7, 16 ],
'208.gif', [ 11, 16 ],
'208.iso-8859-9.gif', [ 13, 16 ],
'209.gif', [ 10, 16 ],
'210.gif', [ 13, 16 ],
'211.gif', [ 13, 16 ],
'211.iso-8859-2.gif', [ 13, 16 ],
'212.gif', [ 12, 16 ],
'213.gif', [ 13, 16 ],
'214.gif', [ 13, 16 ],
'214.iso-8859-9.gif', [ 13, 16 ],
'215.gif', [ 9, 16 ],
'216.gif', [ 13, 16 ],
'217.gif', [ 9, 16 ],
'218.gif', [ 9, 16 ],
'219.gif', [ 9, 16 ],
'220.gif', [ 9, 16 ],
'220.iso-8859-9.gif', [ 9, 16 ],
'221.gif', [ 11, 16 ],
'221.iso-8859-9.gif', [ 5, 16 ],
'222.gif', [ 9, 16 ],
'222.iso-8859-9.gif', [ 11, 16 ],
'223.gif', [ 9, 16 ],
'224.gif', [ 10, 16 ],
'225.gif', [ 10, 16 ],
'226.gif', [ 11, 16 ],
'227.gif', [ 10, 16 ],
'228.gif', [ 10, 16 ],
'229.gif', [ 11, 16 ],
'230.gif', [ 16, 16 ],
'230.iso-8859-2.gif', [ 9, 16 ],
'231.gif', [ 10, 16 ],
'231.iso-8859-9.gif', [ 10, 16 ],
'231.iso.8859-9.gif', [ 10, 16 ],
'232.gif', [ 11, 16 ],
'233.gif', [ 11, 16 ],
'234.gif', [ 11, 16 ],
'234.iso-8859-2.gif', [ 9, 16 ],
'235.gif', [ 11, 16 ],
'236.gif', [ 6, 16 ],
'237.gif', [ 6, 16 ],
'238.gif', [ 6, 16 ],
'239.gif', [ 7, 16 ],
'240.gif', [ 10, 16 ],
'240.iso-8859-9.gif', [ 10, 16 ],
'241.gif', [ 9, 16 ],
'241.iso-8859-2.gif', [ 9, 16 ],
'242.gif', [ 11, 16 ],
'243.gif', [ 11, 16 ],
'243.iso-8859-2.gif', [ 11, 16 ],
'244.gif', [ 11, 16 ],
'245.gif', [ 11, 16 ],
'246.gif', [ 11, 16 ],
'246.iso-8859-9.gif', [ 11, 16 ],
'247.gif', [ 9, 16 ],
'248.gif', [ 10, 16 ],
'249.gif', [ 9, 16 ],
'250.gif', [ 9, 16 ],
'251.gif', [ 9, 16 ],
'252.gif', [ 9, 16 ],
'252.iso-8859-9.gif', [ 9, 16 ],
'253.gif', [ 10, 16 ],
'253.iso-8859-9.gif', [ 5, 16 ],
'254.gif', [ 10, 16 ],
'255.gif', [ 9, 16 ],
'32.gif', [ 6, 16 ],
'33.gif', [ 4, 16 ],
'34.gif', [ 7, 16 ],
'35.gif', [ 9, 16 ],
'36.gif', [ 8, 16 ],
'37.gif', [ 13, 16 ],
'38.gif', [ 11, 16 ],
'39.gif', [ 3, 16 ],
'40.gif', [ 6, 16 ],
'41.gif', [ 6, 16 ],
'42.gif', [ 7, 16 ],
'43.gif', [ 9, 16 ],
'44.gif', [ 4, 16 ],
'45.gif', [ 6, 16 ],
'46.gif', [ 4, 16 ],
'47.gif', [ 7, 16 ],
'48.gif', [ 9, 16 ],
'49.gif', [ 6, 16 ],
'50.gif', [ 9, 16 ],
'51.gif', [ 9, 16 ],
'52.gif', [ 10, 16 ],
'53.gif', [ 9, 16 ],
'54.gif', [ 10, 16 ],
'55.gif', [ 8, 16 ],
'56.gif', [ 9, 16 ],
'57.gif', [ 10, 16 ],
'58.gif', [ 5, 16 ],
'59.gif', [ 4, 16 ],
'60.gif', [ 9, 16 ],
'61.gif', [ 10, 16 ],
'62.gif', [ 10, 16 ],
'63.gif', [ 9, 16 ],
'64.gif', [ 12, 16 ],
'65.gif', [ 12, 16 ],
'66.gif', [ 9, 16 ],
'67.gif', [ 12, 16 ],
'68.gif', [ 10, 16 ],
'69.gif', [ 7, 16 ],
'70.gif', [ 7, 16 ],
'71.gif', [ 13, 16 ],
'72.gif', [ 9, 16 ],
'73.gif', [ 5, 16 ],
'74.gif', [ 8, 16 ],
'75.gif', [ 9, 16 ],
'76.gif', [ 8, 16 ],
'77.gif', [ 12, 16 ],
'78.gif', [ 10, 16 ],
'79.gif', [ 12, 16 ],
'80.gif', [ 9, 16 ],
'81.gif', [ 13, 16 ],
'82.gif', [ 9, 16 ],
'83.gif', [ 9, 16 ],
'84.gif', [ 8, 16 ],
'85.gif', [ 9, 16 ],
'86.gif', [ 11, 16 ],
'87.gif', [ 14, 16 ],
'88.gif', [ 11, 16 ],
'89.gif', [ 11, 16 ],
'90.gif', [ 9, 16 ],
'91.gif', [ 5, 16 ],
'93.gif', [ 6, 16 ],
'94.gif', [ 9, 16 ],
'95.gif', [ 9, 16 ],
'96.gif', [ 6, 16 ],
'97.gif', [ 11, 16 ],
'98.gif', [ 10, 16 ],
'99.gif', [ 10, 16 ]
);
sub theme_header {
local @available = ("webmin", "system", "servers", "cluster", "hardware", "", "net", "kororaweb");
my $module_name = &get_module_name();
my %module_info = &get_module_info($module_name);
local $ll;
local %access = &get_module_acl();
local %gaccess = &get_module_acl(undef, "");
print "<!doctype html public \"-//W3C//DTD HTML 3.2 Final//EN\">\n";
print "<html>\n";
local $os_type = $gconfig{'real_os_type'} ? $gconfig{'real_os_type'}
: $gconfig{'os_type'};
local $os_version = $gconfig{'real_os_version'} ? $gconfig{'real_os_version'}
: $gconfig{'os_version'};
print "<head>\n";
if ($charset) {
print "<meta http-equiv=\"Content-Type\" ",
"content=\"text/html; Charset=$charset\">\n";
}
print "<link rel='icon' href='$gconfig{'webprefix'}/images/webmin_icon.png' type='image/png'>\n";
if (@_ > 0) {
local $title = &get_html_title($_[0]);
print "<title>$title</title>\n";
print $_[7] if ($_[7]);
if ($gconfig{'sysinfo'} == 0 && $remote_user) {
print &get_html_status_line(0);
}
}
@msc_modules = &get_visible_module_infos()
if (!scalar(@msc_modules));
print "</head>\n";
local $dir = $current_lang_info->{'dir'} ? "dir=\"$current_lang_info->{'dir'}\""
: "";
if ($theme_no_table) {
print '<body bgcolor=#6696bc link=#000000 vlink=#000000 text=#000000 leftmargin="0" topmargin="0" marginwidth="0" marginheight="0" '.$dir.' '.$_[8].'>';
}
else {
print '<body bgcolor=#6696bc link=#000000 vlink=#000000 text=#000000 leftmargin="0" topmargin="0" marginwidth="0" marginheight="0" '.$dir.' '.$_[8].'>';
}
if ($remote_user && @_ > 1) {
# Show basic header with webmin.com link and logout button
local $logout = $main::session_id ? "/session_login.cgi?logout=1"
: "/switch_user.cgi";
local $loicon = $main::session_id ? "logout.jpg" : "switch.jpg";
local $lowidth = $main::session_id ? 84 : 27;
local $lotext = $main::session_id ? $text{'main_logout'}
: $text{'main_switch'};
print qq~<table width="100%" border="0" cellspacing="0" cellpadding="0" background="$gconfig{'webprefix'}/images/top_bar/bg.jpg" height="32">
<tr>
<td width="4" nowrap><img src="$gconfig{'webprefix'}/images/top_bar/left.jpg" width="4" height="32"></td>
<td width="100%" nowrap><a href="http://www.webmin.com"><img src="$gconfig{'webprefix'}/images/top_bar/webmin_logo.jpg" width="99" height="32" border="0" alt="Webmin home page"></a></td>~;
if (!$ENV{'ANONYMOUS_USER'}) {
if ($gconfig{'nofeedbackcc'} != 2 && $gaccess{'feedback'} &&
(!$module_name || $module_info{'longdesc'} || $module_info{'feedback'})) {
print qq~<td><a href='$gconfig{'webprefix'}/feedback_form.cgi?module=$module_name'><img src=$gconfig{'webprefix'}/images/top_bar/feedback.jpg width=97 height=32 alt="$text{'main_feedback'}" border=0></a></td>~;
}
if (!$ENV{'SSL_USER'} && !$ENV{'LOCAL_USER'} &&
!$ENV{'HTTP_WEBMIN_SERVERS'}) {
if ($gconfig{'nofeedbackcc'} != 2 &&
$gaccess{'feedback'}) {
print qq~<td><img src=$gconfig{'webprefix'}/images/top_bar/top_sep.jpg width=12 height=32></td>~;
}
print qq~<td width="84" nowrap><a href='$gconfig{'webprefix'}$logout'><img src="$gconfig{'webprefix'}/images/top_bar/$loicon" height="31" width=$lowidth border="0" alt="$lotext"></a></td>~;
}
}
print qq~<td width="3" nowrap>
<div align="right"><img src="$gconfig{'webprefix'}/images/top_bar/right.jpg" width="3" height="32"></div>
</td>
</tr>
</table>~;
}
local $one = @msc_modules == 1 && $gconfig{'gotoone'};
local $notabs = $gconfig{"notabs_${base_remote_user}"} == 2 ||
$gconfig{"notabs_${base_remote_user}"} == 0 && $gconfig{'notabs'};
if (@_ > 1 && !$one && $remote_user && !$notabs) {
# Display module categories
print qq~<table width="100%" border="0" cellspacing="0" cellpadding="0" height="7">
<tr>
<td background="$gconfig{'webprefix'}/images/top_bar/shadow_bg.jpg" nowrap><img src="$gconfig{'webprefix'}/images/top_bar/shadow.jpg" width="8" height="7"></td>
</tr>
</table>~;
# Get categories
%cats = &list_categories(\@msc_modules);
@cats = sort { $b cmp $a } keys %cats;
$cats = @cats;
$per = $cats ? 100.0 / $cats : 100;
if ($main::theme_index_page) {
if (!defined($in{'cat'})) {
# Use default category
if (defined($gconfig{'deftab'}) &&
&indexof($gconfig{'deftab'}, @cats) >= 0) {
$in{'cat'} = $gconfig{'deftab'};
}
else {
$in{'cat'} = $cats[0];
}
}
elsif (!$cats{$in{'cat'}}) {
$in{'cat'} = "";
}
}
#####Navigation Bar START#####
print qq~<table width="100%" border="0" cellspacing="0" cellpadding="0" height="57" background="$gconfig{'webprefix'}/images/nav/bg.jpg">
<tr background="$gconfig{'webprefix'}/images/nav/bg.jpg">
<td width="6" nowrap><img src="$gconfig{'webprefix'}/images/nav/left.jpg" width="3" height="57"></td>~;
foreach $c (@cats) {
local $t = $cats{$c};
$inlist = "false";
foreach $testet (@available) {
if ($testet eq $c) {
$inlist = "true";
}
}
local $catdesc = $text{'longcategory_'.$c};
if ($in{'cat'} eq $c && $theme_index_page) {
if ($inlist eq "true") {
if ($c eq "") {
print qq~<td nowrap><center><img src="$gconfig{'webprefix'}/images/cats_over/others.jpg" width="43" height="44" title="$catdesc"><br>~;
&chop_font;
print qq~</center></td>
<td width="17" nowrap><img src="$gconfig{'webprefix'}/images/nav/sep.jpg" width="17" height="57"></td>~;
} elsif ($c eq "webmin") {
if (@_ > 1) {
print qq~<td nowrap><center><a href=$gconfig{'webprefix'}/?cat=$c><img src="$gconfig{'webprefix'}/images/cats_over/$c.jpg" width="43" height="44" border=0 title="$catdesc"><br>~;
&chop_font;
print qq~</a></center></td>
<td width="17" nowrap><img src="$gconfig{'webprefix'}/images/nav/sep.jpg" width="17" height="57"></td>~;
} else {
print qq~<td nowrap><center><img src="$gconfig{'webprefix'}/images/cats_over/$c.jpg" width="43" height="44" border=0 title="$catdesc"><br>~; &chop_font;
print qq~</center></td>
<td width="17" nowrap><img src="$gconfig{'webprefix'}/images/nav/sep.jpg" width="17" height="57"></td>~;
}
} else {
print qq~<td nowrap><center><img src="$gconfig{'webprefix'}/images/cats_over/$c.jpg" width="43" height="44" title="$catdesc"><br>~;
&chop_font;
print qq~</center></td>
<td width="17" nowrap><img src="$gconfig{'webprefix'}/images/nav/sep.jpg" width="17" height="57"></td>~;
}
} else {
print qq~<td nowrap><center><img src="$gconfig{'webprefix'}/images/cats_over/unknown.jpg" width="43" height="44" title="$catdesc"><br>~;
&chop_font;
print qq~</center></td>
<td width="17" nowrap><img src="$gconfig{'webprefix'}/images/nav/sep.jpg" width="17" height="57"></td>~;
}
}
else {
if ($inlist eq "true") {
if ($c eq "") {
print qq~<td nowrap><center><a href=$gconfig{'webprefix'}/?cat=$c><img src="$gconfig{'webprefix'}/images/cats/others.jpg" width="43" height="44" border=0 alt="$t" title="$catdesc"><br>~;
&chop_font;
print qq~</a></center></td>
<td width="17" nowrap><img src="$gconfig{'webprefix'}/images/nav/sep.jpg" width="17" height="57"></td>~;
} else {
print qq~<td nowrap><center><a href=$gconfig{'webprefix'}/?cat=$c><img src="$gconfig{'webprefix'}/images/cats/$c.jpg" width="43" height="44" border=0 alt="$t" title="$catdesc"><br>~;
&chop_font;
print qq~</a></center></td>
<td width="17" nowrap><img src="$gconfig{'webprefix'}/images/nav/sep.jpg" width="17" height="57"></td>~;
}
} else {
print qq~<td nowrap><center><a href=$gconfig{'webprefix'}/?cat=$c><img src="$gconfig{'webprefix'}/images/cats/unknown.jpg" width="43" height="44" border=0 alt="$t" title="$catdesc"><br>~;
&chop_font;
print qq~</a></center></td>
<td width="17" nowrap><img src="$gconfig{'webprefix'}/images/nav/sep.jpg" width="17" height="57"></td>~;
}
}
}
print qq~<td width="100%" nowrap> </td>
<td nowrap> </td>
</tr>
</table>~;
print qq~<table width="100%" border="0" cellspacing="0" cellpadding="0" background="$gconfig{'webprefix'}/images/nav/bottom_bg.jpg" height="4">
<tr>
<td width="100%"><img src="$gconfig{'webprefix'}/images/nav/bottom_left.jpg" width="3" height="4"></td>
</tr>
</table>~;
}
if (@_ > 1 && (!$_[5] || $ENV{'HTTP_WEBMIN_SERVERS'})) {
# Show tabs under module categories
print qq~<table width="100%" border="0" cellspacing="0" cellpadding="0" background="$gconfig{'webprefix'}/images/nav/bottom_shadow2.jpg"> <tr background="$gconfig{'webprefix'}/images/nav/bottom_shadow2.jpg">~;
if ($gconfig{'sysinfo'} == 2 && $remote_user) {
&tab_start();
print &get_html_status_line(1);
&tab_end();
}
if ($ENV{'HTTP_WEBMIN_SERVERS'}) {
&tab_start();
print "<a href='$ENV{'HTTP_WEBMIN_SERVERS'}'>",
"$text{'header_servers'}</a><br>\n";
&tab_end();
}
if ($notabs && !$_[5]) {
&tab_start;
print "<a href='$gconfig{'webprefix'}/?cat=$module_info{'category'}'>$text{'header_webmin'}</a><br>\n";
&tab_end;
}
if (!$_[4]) {
local $idx = $module_info{'index_link'};
local $mi = $module_index_link ||
$module_name ? "/$module_name/$idx" : "/";
local $mt = $module_index_name || $text{'header_module'};
&tab_start; print "<a href=\"$gconfig{'webprefix'}$mi\">",
"$mt</a>"; &tab_end;
}
if (ref($_[2]) eq "ARRAY" && !$ENV{'ANONYMOUS_USER'}) {
&tab_start; print &hlink($text{'header_help'}, $_[2]->[0], $_[2]->[1]); &tab_end;
}
elsif (defined($_[2]) && !$ENV{'ANONYMOUS_USER'}) {
&tab_start; print &hlink($text{'header_help'}, $_[2]); &tab_end;
}
if ($_[3]) {
if (!$access{'noconfig'}) {
&tab_start; print "<a href=\"$gconfig{'webprefix'}/config.cgi?$module_name\">",
$text{'header_config'},"</a>"; &tab_end;
}
}
local $t;
foreach $t (split(/<br>/, $_[6])) {
if ($t =~ /\S/) {
&tab_start; print $t; &tab_end;
}
}
print qq~
<td nowrap width="100%" background="$gconfig{'webprefix'}/images/nav/bottom_shadow2.jpg" valign="top">
<table width="100%" border="0" cellspacing="0" cellpadding="0" background="$gconfig{'webprefix'}/images/nav/bottom_shadow2.jpg">
<tr>
<td><img src="$gconfig{'webprefix'}/unauthenticated/nav/bottom_shadow.jpg" width="43" height="9"></td>
</tr>
</table>
</td>
</tr>
</table>~;
if (!$_[5]) {
# Show page title in tab
local $title = $_[0];
print "<p><table border=0 cellpadding=0 cellspacing=0 width=95% align=center><tr><td><table border=0 cellpadding=0 cellspacing=0 height=20><tr>\n";
print "<td bgcolor=#bae3ff valign=top>",
"<img src=$gconfig{'webprefix'}/images/tabs/blue_left.jpg width=13 height=22 ",
"alt=\"\">","</td>\n";
print "<td bgcolor=#bae3ff> <b>$title</b> </td>\n";
print "<td bgcolor=#bae3ff valign=top>",
"<img src=$gconfig{'webprefix'}/images/tabs/blue_right.jpg width=19 height=22 ",
"alt=\"\">","</td>\n";
if ($_[9]) {
print "</tr></table></td> <td align=right><table border=0 cellpadding=0 cellspacing=0 height=20><tr>\n";
print "<td bgcolor=#bae3ff>",
"<img src=$gconfig{'webprefix'}/images/tabs/blue_left.jpg width=13 height=22 ",
"alt=\"\">","</td>\n";
print "<td bgcolor=#bae3ff> <b>$_[9]</b> </td>\n";
print "<td bgcolor=#bae3ff>",
"<img src=$gconfig{'webprefix'}/images/tabs/blue_right.jpg width=19 height=22",
" alt=\"\">","</td>\n";
}
print "</tr></table></td></tr></table>";
&theme_prebody;
}
} elsif (@_ > 1) {
print qq~<table width="100%" border="0" cellspacing="0" cellpadding="0" background="$gconfig{'webprefix'}/unauthenticated/nav/bottom_shadow.jpg">
<tr>
<td width="100%" nowrap><img src="$gconfig{'webprefix'}/unauthenticated/nav/bottom_shadow.jpg" width="43" height="9"></td>
</tr>
</table><br>~;
}
@header_arguments = @_;
}
sub theme_prebody
{
if ($theme_no_table) {
print "<ul>\n";
}
else {
#print "<table border=0 width=95% align=center cellspacing=0 cellpadding=0><tr><td background=$gconfig{'webprefix'}/images/msctile2.jpg>\n";
print "<table border=0 width=95% align=center cellspacing=0 cellpadding=0><tr><td bgcolor=#ffffff>\n";
print "<table border=0 width=95% align=center cellspacing=0 cellpadding=0><tr><td>\n";
}
}
sub theme_footer {
local $i;
my $module_name = &get_module_name();
my %module_info = &get_module_info($module_name);
if ($theme_no_table) {
print "</ul>\n";
}
elsif (@header_arguments > 1 && !$header_arguments[5]) {
print "<br>\n</table></table><br>\n";
}
print "<table border=0 width=100% align=center cellspacing=0 cellpadding=0><tr><td>\n";
for($i=0; $i+1<@_; $i+=2) {
local $url = $_[$i];
if ($url eq '/') {
$url = "/?cat=$module_info{'category'}";
}
elsif ($url eq '' && $module_name) {
local $idx = $module_info{'index_link'};
$url = "/$module_name/$idx";
}
elsif ($url =~ /^\?/ && $module_name) {
$url = "/$module_name/$url";
}
$url = "$gconfig{'webprefix'}$url" if ($url =~ /^\//);
if ($i == 0) {
print " <a href=\"$url\"><img alt=\"<-\" align=middle border=0 src=$gconfig{'webprefix'}/images/arrow.jpg></a>\n";
}
else {
print " |\n";
}
print " <a href=\"$url\">",&text('main_return', $_[$i+1]),"</a>\n";
}
print "</td></tr></table>\n";
print "<br>\n";
if (!$_[$i]) {
if (defined(&theme_postbody)) {
&theme_postbody(@_);
}
print "</body></html>\n";
}
}
sub chop_font
{
print $t;
}
sub tab_start {
print qq~ <td nowrap>
<table border="0" cellspacing="0" cellpadding="0">
<tr>
<td background="$gconfig{'webprefix'}/images/tabs/bg.jpg"><img src="$gconfig{'webprefix'}/images/tabs/left.jpg" width="12" height="21" nowrap></td>
<td background="$gconfig{'webprefix'}/images/tabs/bg.jpg" nowrap>
~;
}
sub tab_end {
print qq~</td>
<td background="$gconfig{'webprefix'}/images/tabs/bg.jpg" nowrap><img src="$gconfig{'webprefix'}/images/tabs/right.jpg" width="15" height="21"></td>
</tr>
<tr>
<td nowrap><img src="$gconfig{'webprefix'}/images/tabs/right_bottom.jpg" width="12" height="4"></td>
<td background="$gconfig{'webprefix'}/images/tabs/bottom.jpg" nowrap><img src="$gconfig{'webprefix'}/images/tabs/bottom.jpg" width="17" height="4"></td>
<td nowrap><img src="$gconfig{'webprefix'}/images/tabs/left_bottom.jpg" width="15" height="4"></td> </tr>
</table>
</td>~;
}
sub theme_ui_post_header
{
local ($text) = @_;
local $rv;
if (defined($text)) {
$rv .= "<center><font size=+1>$text</font></center>\n";
}
if ($main::printed_unbuffered_header) {
$rv .= "<hr>\n";
}
elsif (!defined($text)) {
$rv .= "<br>\n";
}
return $rv;
}
sub theme_ui_pre_footer
{
local $rv;
if ($main::printed_unbuffered_header) {
$rv .= "<hr>\n";
}
return $rv;
}
sub theme_error
{
&header($text{'error'}, "");
print "<br>\n";
print "<h3>",($main::whatfailed ? "$main::whatfailed : " : ""),@_,"</h3>\n";
if ($gconfig{'error_stack'}) {
# Show call stack (skipping this function!)
print "<h3>$text{'error_stack'}</h3>\n";
print "<table>\n";
print "<tr> <td><b>$text{'error_file'}</b></td> ",
"<td><b>$text{'error_line'}</b></td> ",
"<td><b>$text{'error_sub'}</b></td> </tr>\n";
for($i=1; my @stack = caller($i); $i++) {
print "<tr>\n";
print "<td>$stack[1]</td>\n";
print "<td>$stack[2]</td>\n";
print "<td>$stack[3]</td>\n";
print "</tr>\n";
}
print "</table>\n";
}
if ($ENV{'HTTP_REFERER'} && $main::completed_referers_check) {
&footer($ENV{'HTTP_REFERER'}, $text{'error_previous'});
}
else {
&footer();
}
}
sub theme_ui_print_unbuffered_header
{
$| = 1;
$theme_no_table = 1;
$main::printed_unbuffered_header = 1;
&ui_print_header(@_);
}
# theme_ui_subheading(text, ...)
# Returns HTML for a section heading
sub theme_ui_subheading
{
return "<font size=+1>".join("", @_)."</font><br>\n";
}
# theme_popup_header(title, headstuff, bodystuff)
sub theme_popup_header
{
print "<!doctype html public \"-//W3C//DTD HTML 3.2 Final//EN\">\n";
print "<html>\n";
print "<title>$_[0]</title>\n";
print $_[1];
print "</head>\n";
local $margin = $_[0] ? 2 : 0;
print "<body bgcolor=#6696bc link=#000000 vlink=#000000 text=#000000 leftmargin=$margin topmargin=$margin marginwidth=$margin marginheight=$margin $_[2]>\n";
}
sub theme_popup_footer
{
print "</body></html>\n";
}
1;
| 33.233083 | 213 | 0.552081 |
ed93a3704239733eb0f28f8e7e6f337f121988f5 | 39,838 | al | Perl | Apps/IN/INGST/app/GSTSubcontracting/src/Page/SubcontractingOrderSubform.Page.al | waldo1001/ALAppExtensions | 935155845bf45b631d1c34b6bcd5aec54308d50f | [
"MIT"
] | 337 | 2019-05-07T06:04:40.000Z | 2022-03-31T10:07:42.000Z | Apps/IN/INGST/app/GSTSubcontracting/src/Page/SubcontractingOrderSubform.Page.al | waldo1001/ALAppExtensions | 935155845bf45b631d1c34b6bcd5aec54308d50f | [
"MIT"
] | 14,850 | 2019-05-07T06:04:27.000Z | 2022-03-31T19:53:28.000Z | Apps/IN/INGST/app/GSTSubcontracting/src/Page/SubcontractingOrderSubform.Page.al | waldo1001/ALAppExtensions | 935155845bf45b631d1c34b6bcd5aec54308d50f | [
"MIT"
] | 374 | 2019-05-09T10:08:14.000Z | 2022-03-31T17:48:32.000Z | page 18493 "Subcontracting Order Subform"
{
AutoSplitKey = true;
Caption = 'Subcontracting Order Subform';
DelayedInsert = true;
LinksAllowed = false;
MultipleNewLines = true;
PageType = ListPart;
SourceTable = "Purchase Line";
SourceTableView = where("Document Type" = filter(Order), Subcontracting = const(true));
layout
{
area(content)
{
repeater(Control1)
{
field(Type; Rec.Type)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the document type of this document.';
trigger OnValidate()
begin
FormatLine();
end;
}
field("No."; Rec."No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the item number of this line.';
trigger OnValidate()
begin
Rec.ShowShortcutDimCode(ShortcutDimCode);
NoOnAfterValidate();
FormatLine();
end;
}
field("Cross-Reference No."; Rec."Cross-Reference No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the cross reference number is linked with this line.';
Visible = false;
trigger OnLookup(var Text: Text): Boolean
begin
Rec.CrossReferenceNoLookUp();
InsertExtendedText(false);
end;
trigger OnValidate()
begin
CrossReferenceNoOnAfterValidat();
end;
}
field("IC Partner Code"; Rec."IC Partner Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the IC partner code this order is linked to.';
Visible = false;
}
field("IC Partner Ref. Type"; Rec."IC Partner Ref. Type")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the IC partner reference number this order is linked to.';
Visible = false;
}
field("IC Partner Reference"; Rec."IC Partner Reference")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the IC pPartner reference this order is linked to.';
Visible = false;
}
field("Variant Code"; Rec."Variant Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the variant code of the item of this line.';
Visible = false;
}
field(Nonstock; Rec.Nonstock)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies if the item of this line is non stock item';
Visible = false;
}
field("VAT Prod. Posting Group"; Rec."VAT Prod. Posting Group")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the VAT product posting group of the item this order is linked to.';
Visible = false;
}
field(Description; Rec.Description)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the description of this line.';
}
field("Drop Shipment"; Rec."Drop Shipment")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the if drop shipment is applicable in this line.';
Visible = false;
}
field("Return Reason Code"; Rec."Return Reason Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the return reason code this order is linked to.';
Visible = false;
}
field("Location Code"; Rec."Location Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the location code of this document.';
}
field("Bin Code"; Rec."Bin Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the bin code of this document.';
Visible = false;
}
field(Quantity; Rec.Quantity)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity of this line.';
BlankZero = true;
}
field("Reserved Quantity"; Rec."Reserved Quantity")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the reserved quantity of this line.';
BlankZero = true;
}
field("Unit of Measure Code"; Rec."Unit of Measure Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the unit of measure code of the item of this line.';
}
field("Unit of Measure"; Rec."Unit of Measure")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the unit of measure of the item of this line.';
Visible = false;
}
field("Direct Unit Cost"; Rec."Direct Unit Cost")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the direct unit cost of this line.';
BlankZero = true;
}
field("Indirect Cost %"; Rec."Indirect Cost %")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the indirect unit cost % of this line.';
Visible = false;
}
field("Unit Cost (LCY)"; Rec."Unit Cost (LCY)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the unit cost (LCY) of this line.';
Visible = false;
}
field("Unit Price (LCY)"; Rec."Unit Price (LCY)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the unit price (LCY) of this line.';
BlankZero = true;
Visible = false;
}
field("Line Amount"; Rec."Line Amount")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the line amount of this line.';
BlankZero = true;
}
field("Tax Group Code"; Rec."Tax Group Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the tax group code of this line.';
Visible = false;
}
field("Line Discount %"; Rec."Line Discount %")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the line discount % of this line.';
BlankZero = true;
}
field("Line Discount Amount"; Rec."Line Discount Amount")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the line discount amount of this line.';
Visible = false;
}
field("Prepayment %"; Rec."Prepayment %")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the prepayment % of this line.';
Visible = false;
}
field("Prepmt. Amt. Inv."; Rec."Prepmt. Amt. Inv.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies if this is prepayment amount invoice line.';
Visible = false;
}
field("Allow Invoice Disc."; Rec."Allow Invoice Disc.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies if invoice discount is allowed in this line.';
Visible = false;
}
field("Inv. Discount Amount"; Rec."Inv. Discount Amount")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the invoice discount amount of this line.';
Visible = false;
}
field("Qty. to Receive"; Rec."Qty. to Receive")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity that needs to be received.';
BlankZero = true;
}
field("Quantity Received"; Rec."Quantity Received")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity received.';
BlankZero = true;
}
field("Qty. to Invoice"; Rec."Qty. to Invoice")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity that needs to be invoiced.';
BlankZero = true;
}
field("Quantity Invoiced"; Rec."Quantity Invoiced")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity invoiced.';
BlankZero = true;
}
field("Prepmt Amt to Deduct"; Rec."Prepmt Amt to Deduct")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the prepayment amount needs to be deducted.';
Visible = false;
}
field("Prepmt Amt Deducted"; Rec."Prepmt Amt Deducted")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the prepayment amount deducted.';
Visible = false;
}
field("Allow Item Charge Assignment"; Rec."Allow Item Charge Assignment")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies if item charge assignment is allowed.';
Visible = false;
}
field("Qty. to Assign"; Rec."Qty. to Assign")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity that needs to be assigned.';
BlankZero = true;
trigger OnDrillDown()
begin
CurrPage.SaveRecord();
Rec.ShowItemChargeAssgnt();
UpdateForm(false);
end;
}
field("Qty. Assigned"; Rec."Qty. Assigned")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity assigned.';
BlankZero = true;
trigger OnDrillDown()
begin
CurrPage.SaveRecord();
Rec.ShowItemChargeAssgnt();
UpdateForm(false);
end;
}
field("Job No."; Rec."Job No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job number this order is linked to.';
Visible = false;
}
field("Job Task No."; Rec."Job Task No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job task number this order is linked to.';
Visible = false;
}
field("Job Line Type"; Rec."Job Line Type")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job line type this order is linked to.';
Visible = false;
}
field("Job Unit Price"; Rec."Job Unit Price")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job unit price of this order.';
Visible = false;
}
field("Job Line Amount"; Rec."Job Line Amount")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job line amount of this order.';
Visible = false;
}
field("Job Line Discount Amount"; Rec."Job Line Discount Amount")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job line discount amount of this order.';
Visible = false;
}
field("Job Line Discount %"; Rec."Job Line Discount %")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job line discount % of this order.';
Visible = false;
}
field("Job Total Price"; Rec."Job Total Price")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job total price of this order.';
Visible = false;
}
field("Job Unit Price (LCY)"; Rec."Job Unit Price (LCY)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job unit price (LCY) of this order.';
Visible = false;
}
field("Job Total Price (LCY)"; Rec."Job Total Price (LCY)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job total price (LCY) of this order.';
Visible = false;
}
field("Job Line Amount (LCY)"; Rec."Job Line Amount (LCY)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job line amount (LCY) of this order.';
Visible = false;
}
field("Job Line Disc. Amount (LCY)"; Rec."Job Line Disc. Amount (LCY)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the job line discount amount (LCY) of this order.';
Visible = false;
}
field("Requested Receipt Date"; Rec."Requested Receipt Date")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the requested receipt date of this order.';
Visible = false;
}
field("Promised Receipt Date"; Rec."Promised Receipt Date")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the promised receipt date of this order.';
Visible = false;
}
field("Planned Receipt Date"; Rec."Planned Receipt Date")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the planned receipt date of this order.';
}
field("Expected Receipt Date"; Rec."Expected Receipt Date")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the expected receipt date of this order.';
}
field("Order Date"; Rec."Order Date")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the order date of this order.';
}
field("Lead Time Calculation"; Rec."Lead Time Calculation")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the lead time calculation of this order.';
Visible = false;
}
field("Planning Flexibility"; Rec."Planning Flexibility")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the planning flexibility of this order.';
Visible = false;
}
field("Prod. Order No."; Rec."Prod. Order No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the production order number this order is linked to.';
Visible = false;
}
field("Prod. Order Line No."; Rec."Prod. Order Line No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the released production order line number.';
Visible = false;
}
field("Operation No."; Rec."Operation No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the operation number linked with the subcontracting order.';
Visible = false;
}
field("Work Center No."; Rec."Work Center No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the work center number linked with the subcontracting order.';
Visible = false;
}
field(Finished; Rec.Finished)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the subcontrcting order is in finished state.';
Visible = false;
}
field("Whse. Outstanding Qty. (Base)"; Rec."Whse. Outstanding Qty. (Base)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the warehouse outstanding quantity (Base).';
Visible = false;
}
field("Inbound Whse. Handling Time"; Rec."Inbound Whse. Handling Time")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the Inbound Warehouse Handling Time.';
Visible = false;
}
field("Blanket Order No."; Rec."Blanket Order No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the blanket order number this order is linked to.';
Visible = false;
}
field("Blanket Order Line No."; Rec."Blanket Order Line No.")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the blanket order line number this order is linked to.';
Visible = false;
}
field("Appl.-to Item Entry"; Rec."Appl.-to Item Entry")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the apply to item entry this order is linked to.';
Visible = false;
}
field("Shortcut Dimension 1 Code"; Rec."Shortcut Dimension 1 Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the shortcut dimension 1 code this order is linked to.';
Visible = false;
}
field("Shortcut Dimension 2 Code"; Rec."Shortcut Dimension 2 Code")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the shortcut dimension 2 code this order is linked to.';
Visible = false;
}
field(Subcontracting; Rec.Subcontracting)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the order is subcontracting order';
Visible = false;
}
field(SubConSend; Rec.SubConSend)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the subcontracting order to send to vendor location';
Visible = false;
}
field("Delivery Challan Posted"; Rec."Delivery Challan Posted")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the number of delivery challan posted';
Visible = false;
}
field("Qty. to Reject (Rework)"; Rec."Qty. to Reject (Rework)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity to reject for rework';
Visible = false;
}
field("Qty. Rejected (Rework)"; Rec."Qty. Rejected (Rework)")
{
ApplicationArea = Basic, suite;
ToolTip = 'Specifies the quantity rejected for rework';
Visible = false;
}
field(SendForRework; Rec.SendForRework)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity send to rework';
Visible = false;
}
field("Gen. Bus. Posting Group"; Rec."Gen. Bus. Posting Group")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the GST specification of the involved customer or vendor to link transactions made for this record with the appropriate general ledger account according to the GST posting setup.';
}
field("Gen. Prod. Posting Group"; Rec."Gen. Prod. Posting Group")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the GST specification of the involved item or resource to link transactions made for this record with the appropriate general ledger account according to the GST posting setup.';
}
field("Qty. Rejected (C.E.)"; rec."Qty. Rejected (C.E.)")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the quantity rejected CE';
Visible = false;
}
field("GST Group Code"; Rec."GST Group Code")
{
ApplicationArea = Basic, Suite;
Editable = IsHSNSACEditable;
ToolTip = 'Specifies the GST Group code for the calculation of GST on Transaction line.';
trigger OnValidate()
var
CalculateTax: Codeunit "Calculate Tax";
begin
CalculateTax.CallTaxEngineOnPurchaseLine(Rec, xRec);
end;
}
field("HSN/SAC Code"; Rec."HSN/SAC Code")
{
ApplicationArea = Basic, Suite;
Editable = IsHSNSACEditable;
ToolTip = 'Specifies the HSN/SAC code for the calculation of GST on Transaction line.';
trigger OnValidate()
var
CalculateTax: Codeunit "Calculate Tax";
begin
CalculateTax.CallTaxEngineOnPurchaseLine(Rec, xRec);
end;
}
field("GST Group Type"; Rec."GST Group Type")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies if the GST group is assigned for goods or service.';
}
field(Exempted; Rec.Exempted)
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies if the service is exempted from GST.';
trigger OnValidate()
var
CalculateTax: Codeunit "Calculate Tax";
begin
CurrPage.SaveRecord();
CalculateTax.CallTaxEngineOnPurchaseLine(Rec, xRec);
end;
}
field("GST Jurisdiction Type"; Rec."GST Jurisdiction Type")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies the type related to GST jurisdiction. For example, interstate/intrastate.';
}
field("GST Credit"; Rec."GST Credit")
{
ApplicationArea = Basic, Suite;
ToolTip = 'Specifies if the GST Credit has to be availed or not.';
trigger OnValidate()
var
CalculateTax: Codeunit "Calculate Tax";
begin
CurrPage.SaveRecord();
CalculateTax.CallTaxEngineOnPurchaseLine(Rec, xRec);
end;
}
}
}
}
actions
{
area(processing)
{
group("F&unctions")
{
Caption = 'F&unctions';
Image = "Action";
action("Calculate &Invoice Discount")
{
ApplicationArea = Basic, Suite;
Caption = 'Calculate &Invoice Discount';
ToolTip = 'Calculate Invoice Discount';
Image = CalculateInvoiceDiscount;
trigger OnAction()
begin
ApproveCalcInvDisc();
end;
}
action("E&xplode BOM")
{
ApplicationArea = Basic, Suite;
Caption = 'E&xplode BOM';
ToolTip = 'Explode BOM';
Image = ExplodeBOM;
trigger OnAction()
begin
ExplodeBOM();
end;
}
action("Insert &Ext. Texts")
{
ApplicationArea = Basic, Suite;
Caption = 'Insert &Ext. Texts';
ToolTip = 'Insert Extensed Tests';
Image = Text;
trigger OnAction()
begin
InsertExtendedText(true);
end;
}
group(DropShipment)
{
Caption = 'Drop Shipment';
Image = Delivery;
action("Sales Order")
{
ApplicationArea = Basic, Suite;
Caption = 'Sales &Order';
ToolTip = 'Sales Order';
Image = Document;
trigger OnAction()
begin
OpenSalesOrderForm();
end;
}
}
group(SpecialOrder)
{
Caption = 'Special Order';
Image = SpecialOrder;
action("Sales &Order")
{
ApplicationArea = Basic, Suite;
Caption = 'Sales &Order';
ToolTip = 'Sales Order';
Image = Document;
trigger OnAction()
begin
OpenSpecOrderSalesOrderForm();
end;
}
}
action("&Reserve")
{
ApplicationArea = Basic, Suite;
Caption = '&Reserve';
ToolTip = 'Reserve';
Ellipsis = true;
Image = Reserve;
trigger OnAction()
begin
Rec.ShowReservation();
end;
}
action("Order &Tracking")
{
ApplicationArea = Basic, Suite;
Caption = 'Order &Tracking';
ToolTip = 'Order Tracking';
Image = OrderTracking;
trigger OnAction()
begin
ShowTracking();
end;
}
}
group("&Line")
{
Caption = '&Line';
Image = Line;
group("Item Availability by")
{
Caption = 'Item Availability by';
Image = ItemAvailability;
action(Period)
{
ApplicationArea = Basic, Suite;
Caption = 'Period';
ToolTip = 'Period';
Image = Period;
trigger OnAction()
begin
ItemAvailability(0);
end;
}
action(Variant)
{
ApplicationArea = Basic, Suite;
Caption = 'Variant';
ToolTip = 'Variant';
Image = ItemVariant;
trigger OnAction()
begin
ItemAvailability(1);
end;
}
action(Location)
{
ApplicationArea = Basic, Suite;
Caption = 'Location';
ToolTip = 'Location';
Image = Warehouse;
trigger OnAction()
begin
ItemAvailability(2);
end;
}
}
action("Reservation Entries")
{
ApplicationArea = Basic, Suite;
Caption = 'Reservation Entries';
Image = ReservationLedger;
trigger OnAction()
begin
Rec.ShowReservationEntries(true);
end;
}
action(Dimensions)
{
ApplicationArea = Basic, Suite;
Caption = 'Dimensions';
Image = Dimensions;
ShortCutKey = 'Shift+Ctrl+D';
trigger OnAction()
begin
Rec.ShowDimensions();
CurrPage.SaveRecord();
end;
}
action("Item Charge &Assignment")
{
ApplicationArea = Basic, Suite;
Caption = 'Item Charge &Assignment';
ToolTip = 'Item Charge Assignment';
trigger OnAction()
begin
ItemChargeAssgnt();
end;
}
action("Item &Tracking Lines")
{
ApplicationArea = Basic, Suite;
Caption = 'Item &Tracking Lines';
ToolTip = 'Item Tracking Lines';
Image = ItemTrackingLines;
trigger OnAction()
begin
Rec.OpenItemTrackingLines();
end;
}
group("Order Subcon. Details")
{
Caption = 'Order Subcon. Details';
Image = View;
action(Send)
{
ApplicationArea = Basic, Suite;
Caption = 'Send';
ToolTip = 'Send to Subcontrator';
Image = SendTo;
trigger OnAction()
begin
ShowSubOrderDetailsDelForm();
end;
}
action(Receipt)
{
ApplicationArea = Basic, Suite;
Caption = 'Receipt';
ToolTip = 'Receipt from Subcontractor';
Image = Receipt;
trigger OnAction()
begin
ShowSubOrderDetailsReceiptForm();
end;
}
}
}
}
}
trigger OnAfterGetRecord()
begin
Rec.ShowShortcutDimCode(ShortcutDimCode);
end;
trigger OnDeleteRecord(): Boolean
var
ReservePurchLine: Codeunit "Purch. Line-Reserve";
begin
if (Rec.Quantity <> 0) and Rec.ItemExists(Rec."No.") then begin
Commit();
if not ReservePurchLine.DeleteLineConfirm(Rec) then
exit(false);
ReservePurchLine.DeleteLine(Rec);
end;
end;
trigger OnNewRecord(BelowxRec: Boolean)
begin
Rec.Type := xRec.Type;
Clear(ShortcutDimCode);
end;
var
PurchHeader: Record "Purchase Header";
PurchPriceCalcMgt: Codeunit "Purch. Price Calc. Mgt.";
TransferExtendedText: Codeunit "Transfer Extended Text";
ShortcutDimCode: array[8] of Code[20];
UpdateAllowedVar: Boolean;
ViewModeMsg: Label 'Unable to run this function while in View mode.';
procedure ApproveCalcInvDisc()
begin
Codeunit.Run(Codeunit::"Purch.-Disc. (Yes/No)", Rec);
end;
procedure CalcInvDisc()
begin
Codeunit.Run(Codeunit::"Purch.-Calc.Discount", Rec);
end;
procedure ExplodeBOM()
begin
codeunit.Run(Codeunit::"Purch.-Explode BOM", Rec);
end;
procedure OpenSalesOrderForm()
var
SalesHeader: Record "Sales Header";
SalesOrder: Page "Sales Order";
begin
Rec.Testfield("Sales Order No.");
SalesHeader.SetRange("No.", Rec."Sales Order No.");
SalesOrder.SetTableView(SalesHeader);
SalesOrder.Editable := false;
SalesOrder.Run();
end;
procedure InsertExtendedText(Unconditionally: Boolean)
begin
if TransferExtendedText.PurchCheckIfAnyExtText(Rec, Unconditionally) then begin
CurrPage.SaveRecord();
TransferExtendedText.InsertPurchExtText(Rec);
end;
if TransferExtendedText.MakeUpdate() then
UpdateForm(true);
end;
procedure ShowReservations()
begin
Rec.Find();
Rec.ShowReservation();
end;
procedure ItemAvailability(AvailabilityType: Option Date,Variant,Location,Bin)
begin
ItemAvailability(AvailabilityType);
end;
procedure ShowTracking()
var
TrackingForm: Page "Order Tracking";
begin
TrackingForm.SetPurchLine(Rec);
TrackingForm.RunModal();
end;
procedure ShowDimension()
begin
Rec.ShowDimensions();
end;
procedure ItemChargeAssgnt()
begin
Rec.ShowItemChargeAssgnt();
end;
procedure OpenItemTrackingLine()
begin
Rec.OpenItemTrackingLines();
end;
procedure OpenSpecOrderSalesOrderForm()
var
SalesHeader: Record "Sales Header";
SalesOrder: Page "Sales Order";
begin
Rec.Testfield("Special Order Sales No.");
SalesHeader.SetRange("No.", Rec."Special Order Sales No.");
SalesOrder.SetTableView(SalesHeader);
SalesOrder.Editable := false;
SalesOrder.Run();
end;
procedure UpdateForm(SetSaveRecord: Boolean)
begin
CurrPage.Update(SetSaveRecord);
end;
procedure SetUpdateAllowed(UpdateAllowed: Boolean)
begin
UpdateAllowedVar := UpdateAllowed;
end;
procedure UpdateAllowed(): Boolean
begin
if UpdateAllowedVar = false then begin
Message(ViewModeMsg);
exit(false);
end;
exit(true);
end;
procedure ShowPrices()
begin
PurchHeader.Get(Rec."Document Type", Rec."Document No.");
Clear(PurchPriceCalcMgt);
PurchPriceCalcMgt.GetPurchLinePrice(PurchHeader, Rec);
end;
procedure ShowLineDisc()
begin
PurchHeader.Get(Rec."Document Type", Rec."Document No.");
Clear(PurchPriceCalcMgt);
PurchPriceCalcMgt.GetPurchLineLineDisc(PurchHeader, Rec);
end;
procedure ShowLineComment()
begin
Rec.ShowLineComments();
end;
procedure ShowSubOrderDetailsDelForm()
var
PurchaseLine: Record "Purchase Line";
SubOrderDetailsList: Page "Ord. Subcon Details Delv. List";
begin
PurchaseLine.Reset();
PurchaseLine.SetRange("Document Type", Rec."Document Type"::Order);
PurchaseLine.SetRange("Document No.", Rec."Document No.");
PurchaseLine.SetRange("No.", Rec."No.");
PurchaseLine.SetRange("Line No.", Rec."Line No.");
PurchaseLine.FilterGroup := 2;
SubOrderDetailsList.SetTableView(PurchaseLine);
SubOrderDetailsList.RunModal();
end;
local procedure NoOnAfterValidate()
begin
InsertExtendedText(false);
if (Rec.Type = Rec.Type::"Charge (Item)") and (Rec."No." <> xRec."No.") and
(xRec."No." <> '')
then
CurrPage.SaveRecord();
end;
local procedure CrossReferenceNoOnAfterValidat()
begin
InsertExtendedText(false);
end;
procedure ShowSubOrderDetailsReceiptForm()
var
PurchaseLine: Record "Purchase Line";
SubOrderDetailsReceiptList: Page "Ord. Subcon Details Rcpt.List";
begin
PurchaseLine.Reset();
PurchaseLine.SetRange("Document Type", Rec."Document Type"::Order);
PurchaseLine.SetRange("Document No.", Rec."Document No.");
PurchaseLine.SetRange("No.", Rec."No.");
PurchaseLine.SetRange("Line No.", Rec."Line No.");
PurchaseLine.FilterGroup(2);
SubOrderDetailsReceiptList.SetTableView(PurchaseLine);
SubOrderDetailsReceiptList.RunModal();
end;
trigger OnAfterGetCurrRecord()
begin
FormatLine();
end;
local procedure FormatLine()
var
GSTPurchaseSubscribers: Codeunit "GST Purchase Subscribers";
begin
GSTPurchaseSubscribers.SetHSNSACEditable(Rec, IsHSNSACEditable);
end;
var
IsHSNSACEditable: Boolean;
} | 38.528046 | 221 | 0.452257 |
ede2e68f4f131b89ff51685acd10b0457f2895a9 | 2,880 | pm | Perl | auto-lib/Paws/CloudFront/CookiePreference.pm | shogo82148/aws-sdk-perl | a87555a9d30dd1415235ebacd2715b2f7e5163c7 | [
"Apache-2.0"
] | null | null | null | auto-lib/Paws/CloudFront/CookiePreference.pm | shogo82148/aws-sdk-perl | a87555a9d30dd1415235ebacd2715b2f7e5163c7 | [
"Apache-2.0"
] | null | null | null | auto-lib/Paws/CloudFront/CookiePreference.pm | shogo82148/aws-sdk-perl | a87555a9d30dd1415235ebacd2715b2f7e5163c7 | [
"Apache-2.0"
] | null | null | null | # Generated by default/object.tt
package Paws::CloudFront::CookiePreference;
use Moose;
has Forward => (is => 'ro', isa => 'Str', required => 1);
has WhitelistedNames => (is => 'ro', isa => 'Paws::CloudFront::CookieNames');
1;
### main pod documentation begin ###
=head1 NAME
Paws::CloudFront::CookiePreference
=head1 USAGE
This class represents one of two things:
=head3 Arguments in a call to a service
Use the attributes of this class as arguments to methods. You shouldn't make instances of this class.
Each attribute should be used as a named argument in the calls that expect this type of object.
As an example, if Att1 is expected to be a Paws::CloudFront::CookiePreference object:
$service_obj->Method(Att1 => { Forward => $value, ..., WhitelistedNames => $value });
=head3 Results returned from an API call
Use accessors for each attribute. If Att1 is expected to be an Paws::CloudFront::CookiePreference object:
$result = $service_obj->Method(...);
$result->Att1->Forward
=head1 DESCRIPTION
A complex type that specifies whether you want CloudFront to forward
cookies to the origin and, if so, which ones. For more information
about forwarding cookies to the origin, see Caching Content Based on
Cookies
(https://docs.aws.amazon.com/AmazonCloudFront/latest/DeveloperGuide/Cookies.html)
in the I<Amazon CloudFront Developer Guide>.
=head1 ATTRIBUTES
=head2 B<REQUIRED> Forward => Str
Specifies which cookies to forward to the origin for this cache
behavior: all, none, or the list of cookies specified in the
C<WhitelistedNames> complex type.
Amazon S3 doesn't process cookies. When the cache behavior is
forwarding requests to an Amazon S3 origin, specify none for the
C<Forward> element.
=head2 WhitelistedNames => L<Paws::CloudFront::CookieNames>
Required if you specify C<whitelist> for the value of C<Forward>. A
complex type that specifies how many different cookies you want
CloudFront to forward to the origin for this cache behavior and, if you
want to forward selected cookies, the names of those cookies.
If you specify C<all> or C<none> for the value of C<Forward>, omit
C<WhitelistedNames>. If you change the value of C<Forward> from
C<whitelist> to C<all> or C<none> and you don't delete the
C<WhitelistedNames> element and its child elements, CloudFront deletes
them automatically.
For the current limit on the number of cookie names that you can
whitelist for each cache behavior, see CloudFront Limits
(https://docs.aws.amazon.com/general/latest/gr/xrefaws_service_limits.html#limits_cloudfront)
in the I<AWS General Reference>.
=head1 SEE ALSO
This class forms part of L<Paws>, describing an object used in L<Paws::CloudFront>
=head1 BUGS and CONTRIBUTIONS
The source code is located here: L<https://github.com/pplu/aws-sdk-perl>
Please report bugs to: L<https://github.com/pplu/aws-sdk-perl/issues>
=cut
| 32 | 105 | 0.764931 |
edb18921a79ea85dd7b98890f0c5a56d9e726268 | 1,373 | pm | Perl | auto-lib/Paws/Pinpoint/MapOfListOf__string.pm | agimenez/aws-sdk-perl | 9c4dff7d1af2ff0210c28ca44fb9e92bc625712b | [
"Apache-2.0"
] | null | null | null | auto-lib/Paws/Pinpoint/MapOfListOf__string.pm | agimenez/aws-sdk-perl | 9c4dff7d1af2ff0210c28ca44fb9e92bc625712b | [
"Apache-2.0"
] | null | null | null | auto-lib/Paws/Pinpoint/MapOfListOf__string.pm | agimenez/aws-sdk-perl | 9c4dff7d1af2ff0210c28ca44fb9e92bc625712b | [
"Apache-2.0"
] | null | null | null | package Paws::Pinpoint::MapOfListOf__string;
use Moose;
with 'Paws::API::StrToNativeMapParser';
has Map => (is => 'ro', isa => 'HashRef[ArrayRef[Str|Undef]]');
1;
### main pod documentation begin ###
=head1 NAME
Paws::Pinpoint::MapOfListOf__string
=head1 USAGE
This class represents one of two things:
=head3 Arguments in a call to a service
Use the attributes of this class as arguments to methods. You shouldn't make instances of this class.
Each attribute should be used as a named argument in the calls that expect this type of object.
As an example, if Att1 is expected to be a Paws::Pinpoint::MapOfListOf__string object:
$service_obj->Method(Att1 => { key1 => $value, ..., keyN => $value });
=head3 Results returned from an API call
Use accessors for each attribute. If Att1 is expected to be an Paws::Pinpoint::MapOfListOf__string object:
$result = $service_obj->Method(...);
$result->Att1->Map->{ key1 }
=head1 DESCRIPTION
This class has no description
=head1 ATTRIBUTES
=head2 Map => ArrayRef[Str|Undef]
Use the Map method to retrieve a HashRef to the map
=head1 SEE ALSO
This class forms part of L<Paws>, describing an object used in L<Paws::Pinpoint>
=head1 BUGS and CONTRIBUTIONS
The source code is located here: https://github.com/pplu/aws-sdk-perl
Please report bugs to: https://github.com/pplu/aws-sdk-perl/issues
=cut
| 24.517857 | 106 | 0.734887 |
ed94b2339cb2d2354ccda57c0dab00235f3e51fc | 39,330 | pm | Perl | lib/Mojolicious/Command/Author/generate/obrazi.pm | kberov/Mojolicious-Plugin-Obrazi | d3f60ee184f9f5cc46b9b7a986388848a508347d | [
"Artistic-2.0"
] | null | null | null | lib/Mojolicious/Command/Author/generate/obrazi.pm | kberov/Mojolicious-Plugin-Obrazi | d3f60ee184f9f5cc46b9b7a986388848a508347d | [
"Artistic-2.0"
] | null | null | null | lib/Mojolicious/Command/Author/generate/obrazi.pm | kberov/Mojolicious-Plugin-Obrazi | d3f60ee184f9f5cc46b9b7a986388848a508347d | [
"Artistic-2.0"
] | null | null | null | package Mojolicious::Command::Author::generate::obrazi;
use feature ':5.26';
use Mojo::Base Mojolicious::Command => -signatures;
use Mojo::File 'path';
use Mojo::Util qw(url_escape punycode_decode punycode_encode getopt encode decode dumper);
use Mojo::Collection 'c';
use Text::CSV_XS qw( csv );
use Mojo::Loader qw(data_section);
use Imager;
my $_formats = join '|', map { $_ =~ /jpe?g/i ? 'jpe?g' : $_ } sort keys %Imager::formats;
my $FILETYPES = qr/\.(?:$_formats)$/i;
my sub _U {'UTF-8'}
has description => 'Generate a gallery from a directory structure with images';
# our own log, used instead of 'say'.
has log => sub {
Mojo::Log->new(format => sub { "[$$] [$_[1]] " . join(' ', @_[2 .. $#_]) . $/ });
};
has usage => sub { shift->extract_usage . $/ . 'Supported formats: ' . $FILETYPES . $/ };
has from_dir => sub { path('./')->to_abs };
has images => sub {
$_[0]->matrix->grep(sub { $_->[1] =~ $FILETYPES });
};
has _linked_images => sub {
my $c = 0;
my $images = $_[0]->images;
return {map { $_->[1] => {self => $_, prev => $images->[$c - 1], next => $images->[$c + 1], id => ++$c} } @$images};
};
has categories => sub {
$_[0]->matrix->grep(sub { !$_->[-1] && !$_->[-2] && $_->[1] =~ /$_->[0]$/ });
};
has files_per_subproc => sub {
return int(scalar(@{$_[0]->images}) / $_[0]->subprocs_num) + 1;
};
has csv_filename => 'index.csv';
has subprocs_num => 4;
has template_file => '';
has obrazec_file => '';
has to_dir => sub { $_[0]->app->home->child('public') };
has publish_url => '/obrazi.html';
# Default titles and descriptions
has defaults => sub { {
author => 'Марио Беров',
category_title => 'Заглавие на категорията',
category_description => 'Описание на категорията',
image_title => 'Заглавие на изображението',
image_description => 'Описание на изображението'
. $/
. ' Материали, размери,какво, защо - според каквото мислиш, че е важно.',
} };
# An empty Imager instance on which the read() method will be called for every
# image we work with.
has imager => sub { Imager->new };
my @header = qw(category path title description author image thumbnail);
# csv file contents
has matrix => sub { c([@header]) };
# resized images
has _processed => sub { c() };
# '1000x1000'
sub max {
if ($_[1]) {
$_[0]->{max} = $_[1] && return $_[0] if ref $_[1];
($_[0]->{max}{width}, $_[0]->{max}{height}) = $_[1] =~ /(\d+)x(\d+)/;
return $_[0];
}
return $_[0]->{max} //= {width => 1000, height => 1000};
}
# '100x100'
sub thumbs {
if ($_[1]) {
$_[0]->{thumbs} = $_[1] && return $_[0] if ref $_[1];
($_[0]->{thumbs}{width}, $_[0]->{thumbs}{height}) = $_[1] =~ /(\d+)x(\d+)/;
return $_[0];
}
return $_[0]->{thumbs} //= {width => 100, height => 100};
}
sub run ($self, @args) {
getopt \@args,
'f|from=s' => \(my $from_dir = $self->from_dir),
'to=s' => \(my $to_dir = $self->to_dir),
'x|max=s' => \(my $max = $self->max),
's|thumbs=s' => \(my $thumbs = $self->thumbs),
'i|index=s' => \(my $csv_filename = $self->csv_filename),
't|template=s' => \(my $template = $self->template_file),
'o|obrazec=s' => \(my $obrazec = $self->obrazec_file),
'u|url=s' => \(my $url = $self->publish_url),
;
if ($template ne $self->template_file and not -f $template) {
Carp::croak("Template $template does not exist. " . "Please provide an existing template file.");
}
$self->template_file($template) if $template;
if ($obrazec ne $self->obrazec_file and not -f $obrazec) {
Carp::croak("Single image template $obrazec does not exist. " . "Please provide an existing template file.");
}
$self->obrazec_file($obrazec) if $obrazec;
$self->from_dir(path($from_dir)->to_abs)->to_dir(path($to_dir)->to_abs)->max($max)->thumbs($thumbs)
->csv_filename($csv_filename)->publish_url(decode _U, $url);
return $self->_do_csv->_resize_and_copy_to_dir->_do_html;
}
# Calculates the resized image dimensions according to the C<$self-E<gt>max>
# and C<$self-E<gt>thumbs> gallery contraints. Accepts the utf8 decoded path
# and the raw path to the file to be worked on. Returns two empty strings if
# there is error reading the image and warns about the error. Returns filenames
# for the resized image and the thumbnail image.
sub calculate_max_and_thumbs ($self, $path, $raw_path) {
state $imager = $self->imager;
my $log = $self->log;
my $img;
my $image = [$raw_path->to_array->[-1] =~ /^(.+?)\.(.\w+)$/];
$log->info('Inspecting image ', $path);
my $max = $self->max;
my $thumbs = $self->thumbs;
my %size = %$max;
my %thumb_size = %$thumbs;
my $fh = $raw_path->open();
unless ($fh->binmode) {
$log->warn(" !!! Skipping $path. Error: " . $!);
return ('', '');
}
if (not eval { $img = $imager->read(fh => $fh) }) {
$log->warn(" !!! Skipping $path. Image error: " . $imager->errstr());
return ('', '');
}
else {
$image->[0] = decode _U, $image->[0];
%size = (width => $img->getwidth, height => $img->getheight);
%thumb_size = %size;
if ($size{width} > $max->{width} || $size{height} > $max->{height}) {
@size{qw(x_scale y_scale width height)}
= $img->scale_calculate(xpixels => $max->{width}, ypixels => $max->{height}, type => 'min');
}
if ($thumb_size{width} > $thumbs->{width} || $thumb_size{height} > $thumbs->{height}) {
@thumb_size{qw(x_scale y_scale width height)}
= $img->scale_calculate(xpixels => $thumbs->{width}, ypixels => $thumbs->{height}, type => 'min');
}
}
return (
punycode_encode($image->[0]) . "_$size{width}x$size{height}.$image->[1]",
punycode_encode($image->[0]) . "_$thumb_size{width}x$thumb_size{height}.$image->[1]"
);
}
# Reads the `from_dir` and dumps a csv file named after the from_dir folder.
# The file contains a table with paths and default titles and descriptions for
# the pictures. This file can be given to the painter to add titles and
# descriptions for the pictures using an application like LibreOffice Calc or
# M$ Excel.
sub _do_csv ($self, $root = $self->from_dir) {
my $csv_filepath = decode _U, $root->child($self->csv_filename);
my $log = $self->log;
if (-f $csv_filepath) {
$log->info("$csv_filepath already exists.$/"
. "\tContinuing with resizing and copying images.$/"
. "\tSome rows may be updated with filenames for resized images and thumbnails...$/");
return $self;
}
my $category = '';
my $defaults = $self->defaults;
my $matrix = $self->matrix;
$root->list_tree({dir => 1})->sort->each(
sub ($e, $num) {
$self->_make_matrix_row($root, $e, \$category, $defaults, $matrix, $log);
}
);
csv(in => $matrix->to_array, enc => _U, out => \my $data, binary => 1, sep_char => ",");
path($csv_filepath)->spurt($data);
return $self;
}
sub _make_matrix_row ($self, $root, $raw_path, $category, $defaults, $matrix, $log) {
my $path = decode(_U, $_->to_string =~ s|$root/||r);
if (-d $raw_path) {
$log->info("Inspecting category $path");
$$category = decode(_U, $_->to_array->[-1]);
push @$matrix,
[
$$category, $path,
"$defaults->{category_title} – $$category",
$defaults->{category_description},
$defaults->{author}, '', '',
];
}
elsif (-f $raw_path) {
if ($_ !~ $FILETYPES) {
$log->warn("Skipping unsupported file $path…");
return;
}
# for images without category - which are in the $root folder
$$category = '' unless $path =~ /$$category/;
push @$matrix,
[
$$category, $path,
"$defaults->{image_title} – " . path($path)->basename,
$defaults->{image_description},
$defaults->{author}, $self->calculate_max_and_thumbs($path, $raw_path)
];
}
}
# Scales and resizes images to maximum width and height and generates thumbnails.
sub _resize_and_copy_to_dir($self) {
my $matrix = $self->matrix;
my $csv_filepath = decode _U, $self->from_dir->child($self->csv_filename);
if (@$matrix == 1) {
# read the CSV file from disk to get calculated dimensions
$matrix = c @{csv(in => $csv_filepath, enc => _U, binary => 1, sep_char => ",")};
$self->matrix($matrix);
}
my @subprocs;
my $chunk_size = $self->files_per_subproc;
my $images = $self->images->map(sub { [@$_] }); #copy
while (my @chunk = splice @$images, 0, $chunk_size) {
push @subprocs, $self->_process_chunk_of_files(\@chunk);
}
foreach my $s (@subprocs) {
# Wait for the subprocess to finish
$s->wait;
}
$self->log->info('All subprocesses finished.');
# Update image and thumbnail columns and write the new csv file
my $_processed = $self->_processed;
my $updated = 0;
$self->matrix->each(sub {
return unless $_->[1] =~ $FILETYPES;
for my $i (0 .. @$_processed - 1) {
if ($_->[1] eq $_processed->[$i][1] && ($_->[-1] ne $_processed->[$i][-1] || $_->[-2] ne $_processed->[$i][-2])) {
($_) = splice @$_processed, $i, 1;
$updated++;
last;
}
}
});
if ($updated) {
csv(in => $matrix->to_array, enc => _U, out => \my $data, binary => 1, sep_char => ",");
path($csv_filepath)->spurt($data);
my $copied = path($csv_filepath)->copy_to($self->to_dir);
$self->log->info("$csv_filepath *updated* and copied to $copied");
}
else {
my $copied = path($csv_filepath)->copy_to($self->to_dir);
$self->log->info("$csv_filepath copied to $copied");
}
return $self;
}
sub _process_chunk_of_files ($self, $files = []) {
my $log = $self->log;
my $from_dir = $self->from_dir;
my $to_dir = $self->to_dir;
my $imager = $self->imager;
Mojo::IOLoop->subprocess->run_p(sub($sub) {
my $processed = [];
for my $row (@$files) {
my $raw_path = $from_dir->child(encode _U, $row->[1]);
# Check for calculated dimensions and calculate them if missing.
if (!$row->[-2] || !$row->[-1]) {
($row->[-2], $row->[-1]) = $self->calculate_max_and_thumbs($row->[1], $raw_path);
}
my $to_path = $to_dir->child($row->[1])->dirname;
my $sized_path = $to_path->child($row->[-2])->to_string;
my $thumb_path = $to_path->child($row->[-1])->to_string;
my $html_path = "$sized_path.html";
if (-s $sized_path && -s $thumb_path && -s $html_path) {
$log->info("$row->[-2].html, $row->[-2] and $row->[-1] were already produced. Skipping ...");
push @$processed, $row;
next;
}
my (%sized, %thumb);
@sized{qw(xpixels ypixels)} = $row->[-2] =~ /_(\d+)x(\d+)\./;
@thumb{qw(xpixels ypixels)} = $row->[-1] =~ /_(\d+)x(\d+)\./;
my $img;
unless (-s $sized_path) {
unless (eval { $img = $imager->read(file => $raw_path) }) {
$log->warn(" !!! Skipping $row->[1]. Image error: " . $imager->errstr());
next;
}
unless (eval { $to_path->make_path({mode => 0711}); 1 }) {
$log->warn("!!! Skipping $row->[1]. Error: $@");
next;
}
my $maxi = $img->scale(%sized);
$maxi->settag(name => 'i_xres', value => 96);
$maxi->settag(name => 'i_yres', value => 96);
unless ($maxi->write(file => $sized_path)) {
$log->warn("!!! Cannot write image $sized_path!\nError:" . $maxi->errstr);
}
else {
$log->info("Written $sized_path");
}
}
unless (-s $thumb_path) {
my $thumbi = $img->scale(%thumb);
$thumbi->settag(name => 'i_xres', value => 96);
$thumbi->settag(name => 'i_yres', value => 96);
unless ($thumbi->write(file => $thumb_path)) {
$log->warn("!!! Cannot write image $thumb_path!\nError:" . $thumbi->errstr);
}
else {
$log->info("Written $thumb_path");
}
}
# Generate single image html file for sharing on social medias
$self->render_obrazec_to_file($row, $html_path);
push @$processed, $row;
}
return $$, $processed;
})->then(
sub ($pid, $processed) {
# Executed in the parent process where we can collect the results and write the
# new csv file, which can be saved in the $to_dir.
# TODO: think if this is needed or we can just copy the initially produced
# csv file to $to_dir.
$log->info("PID $pid processed " . (scalar @$processed) . ' images!');
push @{$self->_processed}, @$processed;
return;
}
)->catch(sub ($err) {
$log->warn("Subprocess error: $err") if $err;
});
}
sub _do_html($self) {
state $app = $self->app;
my $categories = $self->categories;
my $processed = $self->_processed;
my $template_file = $self->template_file;
my $tpl = $template_file || 'obrazi.html';
my $css_file = 'obrazi.css';
my $js_file = 'obrazi.js';
my $vars = {
generator => __PACKAGE__,
categories => $categories,
processed => $processed,
app => $app,
thumbs => $self->thumbs,
css_file => $css_file,
js_file => $js_file,
linked => $self->_linked_images,
self => $self,
};
$self->write_file($self->to_dir->child($css_file), $self->render_data($css_file => $vars));
$self->write_file($self->to_dir->child($js_file), $self->render_data($js_file => $vars));
if ($template_file) {
my $html = Mojo::Template->new($self->template)->name($template_file)->render_file($template_file => $vars);
$self->to_dir->child(path($template_file)->basename =~ s/\.ep$//r)->spurt(encode _U, $html);
}
else {
$self->write_file($self->to_dir->child($tpl), encode _U, $self->render_data($tpl => $vars));
}
return $self;
}
sub render_obrazec_to_file ($self, $img, $html_path) {
state $obrazec_file = $self->obrazec_file;
state $obrazec_data = 'obrazec.html';
state $mt = Mojo::Template->new(vars => 1, name => $obrazec_file || $obrazec_data);
state $parsed = 0;
my $categories = $self->categories;
if ($obrazec_file && !$parsed) {
$mt->parse(decode _U, path($obrazec_file)->slurp);
$parsed = 1;
}
elsif (!$obrazec_file && !$parsed) {
$mt->parse(data_section(ref $self, $obrazec_data));
$parsed = 1;
}
my $html = $mt->process(
{
generator => __PACKAGE__,
self => $self,
app => $self->app,
img => $img,
categories => $categories,
linked => $self->_linked_images
}
);
path($html_path)->spurt(encode _U, $html) && $self->log->info("Written $html_path");
return;
}
1;
=encoding utf8
=head1 NAME
Mojolicious::Command::Author::generate::obrazi - Обраꙁи for your site – a
gallery generator command
=head1 SYNOPSIS
Usage: APPLICATION generate obrazi [OPTIONS]
Examples:
./myapp.pl help generate obrazi # This help
mojo generate obrazi --from ~/Pictures/summer-2021 \
--to /opt/myapp/public/summer-2021
mojo generate obrazi --from ~/Pictures/summer-2021 \
--to /opt/some/static/site/albums/summer-2021 \
-x 800x600 -s 96x96 -t ./some/custom_template.html.ep
Options:
-h, --help Show this summary of available options
-f, --from Root of directory structure from which the images
will be taken. Defaults to ./.
--to Root directory where the gallery will be put. Defaults to ./.
-x, --max Maximum image dimesnions in pixels in format 'widthxheight'.
Defaults to 1000x1000.
-s, --thumbs Thumbnails maximal dimensions. Defaults to 100x100 pixels.
-i, --index Name of the CSV index file to be generated and then read
in the --from directory.
-t, --template Path to template file. Defaults to embedded template
obrazi.html.
-o, --obrazec Path to single image template file for sharing on social
media. Defaults to embedded template obrazec.html
-u, --url Url where the gallery will be published.
Defaults to '/obrazi.html'.
=head1 DESCRIPTION
L<Mojolicious::Command::Author::generate::obrazi> generates a gallery from a
directory structure, containing images. The produced gallery is a static html
file which body content can be easily taken, modified, and embedded into a page
in any site.
In addition the command generates a csv file on the first traversal of the
directory structure, describing the images. This file can be edited. Titles and
descriptions can be added for each image and then the command can be run again
to regenerate the gallery with the modified titles and descriptions. This file
can be further used by a helper — L<Mojolicious::Plugin::Obrazi/obrazi> to
produce and embed the HTML for the galery into a L<Mojolicious> application.
Please note that the helper is not yet implemented.
The word B<обраꙁъ>(singular) means L<face, image, picture, symbol, example,
template, etc.|https://histdict.uni-sofia.bg/dictionary/show/d_05616>
in OCS/OS/OBG language. The name of the plugin is the plural variant in
nominative case (обраꙁи).
=head1 WORKFLOW
1. Images' owner and producer gives the direcory (probably zipped) to the
command runner (a human yet).
2. The runner runs the command as shown in the SYNOPSIS.
3. The runner gives back the produced csv file to the images' producer. Fixes
problems with ICC profiles etc. Notifies the producer for eventual naming
convetions, possible problems. The producer fills in the description and titles
in the comfort of L<LibreOffice
Calc|https://www.libreoffice.org/discover/calc/> or MS Excel and returns the
file to the command-runner. This may take some time.
4. The runner runs again the command with the modified csv file, reviews the
produced file. Takes the HTML and puts it in a page on the Web.
5. The images' owner/producer enjoys the gallery, prise him/herself with it or
goes back to the runner to report problems.
6. DONE or go to some of the previous steps.
=head1 FEATURES
Recursively traverses subdirectories and scales images (four at a time) to
given width and height and produces thumbnails for those images. Thumbnail
sizes can also be set.
Produces an index CSV file which can be edited to add titles and descriptions
for the images.
Produces an HTML file with fully functional lightbox-like gallery, implemented
only using jQuery and CSS – no jQ-plugins. Left/right keyboard buttons navigation
to next and previous image.
=head1 ATTRIBUTES
L<Mojolicious::Command::Author::generate::obrazi> inherits all attributes from
L<Mojolicious::Command> and implements the following new ones.
=head2 categories
my $cat = $self->categories->first(sub { $_->[0] eq $img->[0] });
A L<Mojo::Collection> instance, containing rows from the CSV file which are
categories (directories). For this attribute to return meaningful data,
C<$self-E<gt>matrix> must be already filled in from CSV file.
=head2 csv_filename
my $filename = $self->csv_filename; # index.csv
my $обраꙁи = $self->csv_filename('gallery.csv');
The name of the CSV file which will be created in L</from_dir>. This file,
after being edited and after the images are processed, will be copied together
with the images to L</to_dir>. Defaults to C<index.csv>. Can be passed on the
command-line via the C<--index> argument.
=head2 defaults
my $defaults_hashref = $обраꙁи->defaults;
$обраꙁи->defaults->{category_title} = 'Def. Cat. title';
$обраꙁи->defaults->{category_description} = 'Def. Cat. description.';
$обраꙁи->defaults->{image_title} = 'Def. Image Title';
$обраꙁи->defaults->{image_description} = 'Def. Image description.';
$обраꙁи->defaults->{author} = 'John Smith';
These values go to the folowing columns in the produced CSV file. C<title,
description, author>. They are supposed to be replaced by editing the produced
file. TODO: Maybe allow these to be passed on the command line via an argument
C<--defaults>.
=head2 description
my $description = $обраꙁи->description;
$self = $обраꙁи->description('Foo');
Short description of this command, used for the application's command list.
=head2 files_per_subproc
my $files_num = $обраꙁи->files_per_subproc;
$self = $обраꙁи->files_per_subproc(10);
Number of files to be processed by one subprocess. Defaults to
C<int($number_of_images/$self-E<gt>subprocs_num) +1>. The last chunk of files is
the remainder — usually smaller than the previous chunks.
=head2 from_dir
$self = $обраꙁи->from_dir(path('./'));
my $root_folder_abs_path = $обраꙁи->from_dir;
Holds a L<Mojo::File> instance — absolute path to the directory from which the
pictures will be taken. This is where the CSV file describing the directory
structure will be generated too. The value is taken from the commandline
argument C<--from_dir>. Defaults to C<./> — current directory — where the
command is executed.
=head2 imager
my $img = $обраꙁи->imager->read(file=>'path/to/image.jpg')
|| die $обраꙁи->imager->errstr;
my $self = $обраꙁи->imager(Imager->new);
An L<Imager> instance. This is the images-processing engine, used by the
command.
=head2 images
my $images = $self->images->map(sub { [@$_] }); #copy
A L<Mojo::Collection> instance, containing rows from the CSV file which are
image files, supported by L<Imager> and will be processed. For this attribute
to return meaningful data, C<$self-E<gt>matrix> must be already filled in from
CSV file.
=head2 log
my $log = $self->log;
my $self = $self->log(Mojo::Log->new)
A L<Mojo::Log> instance. By default it is not the same as
C<$self-E<gt>app-E<gt>log>. Used to output info, warnings and errors to the
terminal or the application log.
=head2 matrix
my $matrix = $self->matrix;
# add an image
push @$matrix,
[
$category, $path,
$defaults->{image_title}, $defaults->{image_description},
$defaults->{author}, $self->calculate_max_and_thumbs($path, $raw_path)
];
# add a category
push @$matrix, [
$category, $path, "$defaults->{category_title} – $category",
$defaults->{category_description}, $defaults->{author}, '', ''
];
$matrix->each(sub{...});
csv(in => $matrix->to_array, enc => 'UTF-8', out => \my $data, binary => 1, sep_char => ",");
path($csv_filepath)->spurt($data);
A L<Mojo::Collection> instance. First row contains the headers. This matrix is
filled in while recursively searching in the L</from_dir> for images. Then it
is dumped into the index CSV file. If the CSV file is already present, the data
is read directly from it.
=head2 max
my $max_sizes = $self->max; # {width => 1000, height => 1000}
$self = $self->max({width => 1000, height => 1000});
$self = $self->max('1000x1000');
A hash reference with keys C<width> and C<height>. Defaults to C<{width =>
1000, height => 1000}>. Can be changed via the command line argument C<--max>.
=head2 obrazec_file
Path to template file for single html pages. Defaults to embedded template
obrazec.html. Can be passed as argument on the command-line via C<--obrazec>.
=head2 publish_url
$обраꙁи->publish_url($string); # $self
$обраꙁи->publish_url; # $string
String. Url path or preferably full url, where the gallery will reside. Needed
for link from individual images to the common gallery page and OpenGraph meta
data. Can be passed as argument on the command-line via C<--url>. Defaults
to C</obrazi.html> – rarely what you need.
=head2 subprocs_num
$self->subprocs_num; #4
$self = $self->subprocs_num(5);
Integer, used to split the number of files found into equal chunks, each of
which will be processed in a separate subprocess in parallel. Defaults to 4.
See also L</files_per_subproc>.
=head2 template_file
my $self = $self->template_file('path/to/template.html.ep');
my $tpl = $self->template_file;
Path to template file to be used for generating the HTML for the gallery.
Defaults to embedded template obrazi.html. Can be passed as argument on the
command-line via C<--template>.
=head2 thumbs
my $thumbs_sizes = $self->thumbs; # {width => 100, height => 100}
$self = $self->thumbs({width => 100, height => 100});
$self = $self->thumbs('1000x1000');
A hash reference with keys C<width> and C<height>. Defaults to C<{width =>
100, height => 100}>. Can be changed via the command line argument
C<--thumbs>.
=head2 to_dir
$self->to_dir # path($app/public)
$self = $self->to_dir(path('/some/folder'));
A L<Mojo::File> instance. Directory, where the folder with the processed images
will be put. Defaults to the C<public> forlder of the current application.
Can be changed via the command line argument C<--to_dir>. It is recommended to
pass this value unless all your images are into one root folder. The L</to_dir>
directory is the root of your images' galery.
=head2 usage
my $usage = $обраꙁи->usage;
$self = $обраꙁи->usage('Foo');
Usage information for this command, used for the help screen. At the bottom are
shown the supported by L<Imager> image formats.
=head1 METHODS
L<Mojolicious::Command::Author::generate::obrazi> inherits all methods from
L<Mojolicious::Command> and implements the following new ones.
=head2 calculate_max_and_thumbs
# img_1000x1000.jpg, img_100x100.jpg
my ($img_filename, $thumb_filename) = $self->calculate_max_and_thumbs($decoded_path, $raw_path);
Calculates the resized image dimensions according to the C<$self-E<gt>max>
and C<$self-E<gt>thumbs> gallery constraints. Accepts the utf8 decoded path
and the raw path to the file to be worked on. Returns two empty strings if
there is error reading the image and warns about the error. Returns filenames
for the resized image and the thumbnail image. See also
L<Imager::Transformations/scale_calculate()>.
=head2 run
$обраꙁи = $обраꙁи->run(@ARGV);
Run this command.
=head2 TEMPLATES
L<Mojolicious::Command::Author::generate::obrazi> contains four embedded
templates:
obrazi.html — template for a single page gallery, containing all images
obrazec.html — template for single image html pages
obrazi.css — template for CSS rules used in both html templates
obrazi.js — JavaScript (jQuery) code for handling navigation and effecs
in obrazi.html
TODO: Maybe make the templates inflatable.
=head1 DEMOS
Here is a hopefully growing list of URLs of galleries produced with this
software.
L<Творби на Марио Беров|https://слово.бг/хѫдожьство/mario_berov.bg.html> — a
gallery, presenting works of the Bulgarian Orthodox icon painter Mario Berov.
=head1 SEE ALSO
L<Imager>, L<Text::CSV_XS>
L<Mojolicious>, L<Mojolicious::Guides>, L<https://mojolicious.org>,
L<jQuery – used for implementing the lightbox functionality|https://jquery.com/>,
L<Chota (A micro (~3kb) CSS framework) – also used for the example implementation|https://jenil.github.io/chota/>.
=cut
__DATA__
@@ obrazi.css
section > p {
padding: 1rem 2.5rem;
}
section .card {
background-position: center;
background-repeat: no-repeat;
max-width: <%= $thumbs->{width} + 15 %>px;
height: <%= $thumbs->{width} + 15 %>px;
overflow: hidden; /* Hide scrollbars */
cursor: pointer;
/* filter: blur(3px);
-webkit-filter: blur(3px); */
}
section .image {
width: 100% !important;
height: 100% !important;
background-position: center;
background-repeat: no-repeat;
background-size: contain;
background-color: rgba(11, 11, 11, 0.9);
color: #fff;
text-shadow: 2px 2px 4px #000;
position: fixed;
box-sizing: border-box;
left: 0;
top: 0;
display: none;
z-index: 1024;
cursor: default;
}
section .image h4 {
margin-left: 0;
}
section .image h3.category {
position: absolute;
top: 0;
right:0;
padding: 1em;
}
section .image .meta {
position: absolute;
bottom: 0;
left: 0;
padding: 1em;
width: 100%;
}
.image .prev, .image .next {
position: relative;
top: 0;
padding-top: calc(100vh / 2 - 6rem / 2);
font-size: 6rem;
width: 5vw;
height: 100%;
border-radius: 10px;
cursor:pointer;
transition: background-color .5s;
}
.image .prev:hover, .image .next:hover {
background-color: rgba(55, 55, 55, 0.9);
}
section[class^="idx"] {
display: none;
}
h2, section.level2 {
margin-left:2rem;
}
h3, section.level3 {
margin-left:4rem;
}
h4, section.level4 {
margin-left:6rem;
}
h2.button, h3.button, h4.button {
display: block;
text-align: left;
}
.sharer {
display: inline-block;
background-color: #3b5998;
color: white;
font-weight: bolder;
font-family: Repo, sans-serif;
border-radius: 10px;
}
.closer {
position: fixed;
top: 0;
left: 0;
font-size: 6rem;
color: white;
background: transparent;
}
@@ obrazi.html
<%
use Mojo::File qw(path);
my $p_url = $self->publish_url;
my $url = Mojo::URL->new($p_url);
%>
<!DOCTYPE html>
<html>
<head>
<meta charset="utf-8" />
<meta http-equiv="X-UA-Compatible" content="IE=edge" />
<meta name="<%= $generator %>" />
<title>Обраꙁи</title>
<script src="http://dev.xn--b1arjbl.xn--90ae:3000/mojo/jquery/jquery.js"></script>
<link rel="stylesheet" href="http://dev.xn--b1arjbl.xn--90ae:3000/css/malka/chota_all_min.css">
</head>
<body>
<h1>Обраꙁи</h1>
<link rel="stylesheet" href="<%== $css_file %>" />
<section tabindex="0" class="obrazi">
% my $cols = int(12/2); #6
% my $idx = 0;
% my $img_idx = 1;
% for my $cat(['','',''], @$categories) {
% my $images = $processed->map(sub {my $img = shift; $cat->[0] eq $img->[0] ? $img : (); });
% next unless @$images;
% my $level = $cat->[1] =~ m|(/)|g;
% $level += 1; $idx++;
% if($cat->[2]) {
<h<%= $level %> class="primary button" id="cat<%= $idx %>" data-index="<%= $idx %>"><%= $cat->[2] %></h<%= $level %>>
% }
<section tabindex="<%= $idx %>" class="idx<%= $idx %>" level="<%= $level %>">
<%= $app->t('p', $cat->[3]) if $cat->[3] %>
% while(my @row = splice @$images, 0, $cols) {
<div class="row">
<% for my $img(@row) {
$img_idx++;
my $prev = path($linked->{$img->[1]}{prev}[1])->dirname->child($linked->{$img->[1]}{prev}[-2]);
my $next
= $linked->{$img->[1]}{next}
? path($linked->{$img->[1]}{next}[1])->dirname->child($linked->{$img->[1]}{next}[-2])
: '';
%>
<div class="col card"
data-index="<%= $img_idx %>"
title="<%= $img->[2] %>"
style="background-image :url('<%= path($img->[1])->dirname->child($img->[-1])%>')">
<div class="image" id="<%= $img_idx %>" data-category_id="#cat<%= $idx %>"
style="background-image: url('<%= path($img->[1])->dirname->child($img->[-2]) %>')">
<div data-index="<%= $img_idx %>" class="prev pull-left text-left text-light">
<a class="text-light" href="<%= $prev %>.html">⏴</a>
</div>
<div data-index="<%= $img_idx %>" class="next pull-right text-right text-light">
<a class="text-light" href="<%= $next %>.html">⏵</a>
</div>
<h3 class="category text-right text-light"><%= $cat->[2] %></h3>
<div class="meta">
<h4><%= $img->[2] %></h4>
<a class="button sharer pull-right"
target="_blank" href="https://www.facebook.com/share.php"
title="Споделяне">f Споделяне</a>
<p><%= $img->[3] %></p>
</div>
<a class="button closer" href="<%= $p_url.'#cat' . $idx %>">🗴</a>
</div>
</div>
% }
</div>
% } # end of while
</section>
% } # end for @$categories
</section><!-- end section class="obrazi"-->
<script src="<%= $js_file %>"></script>
</body>
</html>
@@ obrazi.js
jQuery(function($){
/*
Clicking on a category title shows/hides the category's <section> element.
Window.location reflects the current category #id.
*/
$('h1,h2,h3').click(function(e) {
e.stopPropagation();
let idx = $(e.target).data('index');
let section = $('section.idx' + idx);
section.toggle('slow');
})
/*
Clicking on a thumbnail opens a full-sized image in a 100%x100% screen-sized
overlay box. Sets a more visible border on the thumbnail to remind the user
where he/she was.
*/
$('section .card').click(function(e){
e.stopPropagation();
let self = $(e.target);
let id = self.data('index');
$('#' + id).toggle('slow');
$('section .card').css({border:"0px"});
self.css({border: "1px solid #333"});
// let url = location.toString().replace(/#.*?$/,'');
// location = `${url}#${id}`;
});
/*
Clicking anywhere on the full-sized image box (or on the X link, or on the Category title) toggles the visibility of the
box. Effectively hiding it.
*/
$('section .card .image').click(function(e) {
e.stopPropagation();
$(e.target).toggle('slow');
});
$('.image > a.closer').click(function(e) {
e.stopPropagation();
$(e.target).parent().toggle('slow');
return true;
});
/*
To be bound to the keydown event, the sections need to have the attribute
tabindex, set to a meaningful sequence.
This event is handled for every <section>. It handles the right/left and
up/down keypresses. When the corresponding key is pressed, the image box is
replaced with the respectively previous or next image.
*/
$('section.obrazi').keydown(function(e) {
e.preventDefault();
e.stopPropagation();
$('section .card').css({border:"0px"});
// close the currently visible image...
let img = $('section .card .image:visible');
// alert(img.prop('id'));
if(img.get(0) === undefined) return;
if(e.key === 'Escape') {
img.hide();
return;
}
let id = img.attr('id');
re_prev = /^Arrow(Left|Up)$/;
re_next = /^Arrow(Right|Down)$/;
// ... and open
if(e.key.match(re_prev) ){
id--;
}
else if(e.key.match(re_next) ){
id++;
}
$('#' + id).toggle('slow');
$('#' + id).parent().css({border: "1px solid #333"});
// Changing the location hash somehow disables the keydown event
// let url = location.toString().replace(/#.*?$/,'');
// location = `${url}#${id}`;
img.toggle(900);
});
/*
Pressing the right and left buttons in the image closes the image and opens the
previous and next image. Location reflects the current image id.
*/
$('.image .prev, .image .next').click(function(e) {
e.stopPropagation();
let self = $(e.target);
let img = self.parent();
let id = img.attr('id');
if(self.hasClass('next')) {
id++;
}
else {
id--;
}
$('#' + id).toggle('slow');
$('#' + id).parent().css({border: "1px solid #333"});
img.toggle(900);
});
/*
Parse the hash and scroll down to the appropriate section.
*/
let hash = window.location.hash;
let category_id = hash.match(/(^#cat\d+)$/);
let image_id = hash.match(/^(#\d+)$/);
if( category_id !== null ) {
// Click on the section button to expand it
$(category_id[1]).trigger('click');
}
else if(image_id !== null) {
$($(image_id[1]).data('category_id')).trigger('click');
// Click on the thumbnail button to expand it
$(image_id[1]).trigger('click');
}
$('.meta > .sharer').each(function(){
//let base = location.toString().replace(/\/[^\/]+$/, '');
let url = $(this).parent().parent().css('background-image').replace(/.+?["']([^"']+?)["'].+/,'$1') + '.html';
let sharer_url = $(this).attr('href');
$(this).attr('href',`${sharer_url}?u=${url}`);
});
$('.sharer').click(function(e) {
e.stopPropagation();
return true;
});
});
@@ obrazec.html
<%
use Mojo::File 'path';
my $css_path = join '', map({'../'} @{path($img->[1])->dirname->to_array}), 'obrazi.css';
my $js_path = join '', map({'../'} @{path($img->[1])->dirname->to_array}), 'obrazi.js';
my $prev = path($linked->{$img->[1]}{prev}[1])->dirname->child($linked->{$img->[1]}{prev}[-2])
->to_rel(path($img->[1])->dirname);
my $next
= $linked->{$img->[1]}{next}
? path($linked->{$img->[1]}{next}[1])->dirname->child($linked->{$img->[1]}{next}[-2])
->to_rel(path($img->[1])->dirname)
: '';
my $cat_id = 0;
my $cat = $categories->first(sub { ++$cat_id && $_->[0] eq $img->[0] });
my $p_url = $self->publish_url;
my $url = Mojo::URL->new($p_url);
%>
<!DOCTYPE html>
<html>
<head>
<meta charset="utf-8">
<meta http-equiv="X-UA-Compatible" content="IE=edge">
<meta name="<%= $generator %>">
<title><%= $img->[2] %><%= $cat->[2]? '|' . $cat->[2] : '' %></title>
<script src="<%= $url->path('/mojo/jquery/jquery.js') %>"></script>
<link rel="stylesheet" href="<%= $url->path('/css/malka/chota_all_min.css') %>">
<link rel="stylesheet" href="<%== $css_path %>">
<meta property="og:type" content="website" />
<% if($url->host) {%><meta property="og:site_name" content="<%= $url->host %>" /><% } %>
<meta property="og:type" content="image">
<meta property="og:image" content="<%= $url->path(path($img->[1])->dirname->child($img->[-2])) %>" >
<meta property="og:image:title" content="<%= $img->[2] %>" >
<meta property="og:image:description" content="<%= $img->[3] %>" >
<meta property="og:image:width" content="<%= ($img->[-2] =~/(\d+)x/ && $1) %>">
<meta property="og:image:height" content="<%= ($img->[-2] =~/x(\d+)/ && $1) %>">
<meta name="author" content="<%= $img->[-3] %>">
<meta name="description" content="<%= $img->[3] %>">
<meta name="author" content="<%= $img->[-3] %>">
</head>
<body>
<section tabindex="0">
<div class="image"
style="display:block; background-image: url('<%= $img->[-2] %>')">
<a href="<%= $prev %>.html"><div class="prev pull-left text-left text-light">⏴</div></a>
<% if($next) { %>
<a href="<%= $next %>.html"><div class="next pull-right text-right text-light">⏵</div></a>
<% } %>
<h3 class="category text-right">
<a class="text-light" href="<%= $p_url . '#cat' . $cat_id %>"><%= $cat->[2] %></a>
</h3>
<div class="meta">
<h4><%= $img->[2] %></h4>
<a class="button sharer pull-right"
target="_blank" href="https://www.facebook.com/share.php"
title="Споделяне">f Споделяне</a>
<p><%= $img->[3] %></p>
</div>
<a class="button closer" href="<%= $p_url.'#cat' . $cat_id %>">🗴</a>
</div>
</section>
<script>
$('.meta > .sharer').each(function(){
let url = location.toString();
let sharer_url = $(this).attr('href');
$(this).attr('href',`${sharer_url}?u=${url}`);
});
</script>
</body>
</html>
| 34.743816 | 125 | 0.603534 |
ed8ddd50469d20e732e7f21a60eb88c598b4c80e | 27,475 | ph | Perl | lib/asm/unistd_32.ph | Helmholtz-HIPS/prosnap | 5286cda39276d5eda85d2ddb23b8ab83c5d4960c | [
"MIT"
] | 1 | 2021-11-26T17:29:56.000Z | 2021-11-26T17:29:56.000Z | lib/asm/unistd_32.ph | Helmholtz-HIPS/prosnap | 5286cda39276d5eda85d2ddb23b8ab83c5d4960c | [
"MIT"
] | 1 | 2020-03-19T21:12:23.000Z | 2020-03-19T21:12:23.000Z | lib/asm/unistd_32.ph | Helmholtz-HIPS/prosnap | 5286cda39276d5eda85d2ddb23b8ab83c5d4960c | [
"MIT"
] | null | null | null | require '_h2ph_pre.ph';
no warnings qw(redefine misc);
unless(defined(&_ASM_X86_UNISTD_32_H)) {
eval 'sub _ASM_X86_UNISTD_32_H () {1;}' unless defined(&_ASM_X86_UNISTD_32_H);
eval 'sub __NR_restart_syscall () {0;}' unless defined(&__NR_restart_syscall);
eval 'sub __NR_exit () {1;}' unless defined(&__NR_exit);
eval 'sub __NR_fork () {2;}' unless defined(&__NR_fork);
eval 'sub __NR_read () {3;}' unless defined(&__NR_read);
eval 'sub __NR_write () {4;}' unless defined(&__NR_write);
eval 'sub __NR_open () {5;}' unless defined(&__NR_open);
eval 'sub __NR_close () {6;}' unless defined(&__NR_close);
eval 'sub __NR_waitpid () {7;}' unless defined(&__NR_waitpid);
eval 'sub __NR_creat () {8;}' unless defined(&__NR_creat);
eval 'sub __NR_link () {9;}' unless defined(&__NR_link);
eval 'sub __NR_unlink () {10;}' unless defined(&__NR_unlink);
eval 'sub __NR_execve () {11;}' unless defined(&__NR_execve);
eval 'sub __NR_chdir () {12;}' unless defined(&__NR_chdir);
eval 'sub __NR_time () {13;}' unless defined(&__NR_time);
eval 'sub __NR_mknod () {14;}' unless defined(&__NR_mknod);
eval 'sub __NR_chmod () {15;}' unless defined(&__NR_chmod);
eval 'sub __NR_lchown () {16;}' unless defined(&__NR_lchown);
eval 'sub __NR_break () {17;}' unless defined(&__NR_break);
eval 'sub __NR_oldstat () {18;}' unless defined(&__NR_oldstat);
eval 'sub __NR_lseek () {19;}' unless defined(&__NR_lseek);
eval 'sub __NR_getpid () {20;}' unless defined(&__NR_getpid);
eval 'sub __NR_mount () {21;}' unless defined(&__NR_mount);
eval 'sub __NR_umount () {22;}' unless defined(&__NR_umount);
eval 'sub __NR_setuid () {23;}' unless defined(&__NR_setuid);
eval 'sub __NR_getuid () {24;}' unless defined(&__NR_getuid);
eval 'sub __NR_stime () {25;}' unless defined(&__NR_stime);
eval 'sub __NR_ptrace () {26;}' unless defined(&__NR_ptrace);
eval 'sub __NR_alarm () {27;}' unless defined(&__NR_alarm);
eval 'sub __NR_oldfstat () {28;}' unless defined(&__NR_oldfstat);
eval 'sub __NR_pause () {29;}' unless defined(&__NR_pause);
eval 'sub __NR_utime () {30;}' unless defined(&__NR_utime);
eval 'sub __NR_stty () {31;}' unless defined(&__NR_stty);
eval 'sub __NR_gtty () {32;}' unless defined(&__NR_gtty);
eval 'sub __NR_access () {33;}' unless defined(&__NR_access);
eval 'sub __NR_nice () {34;}' unless defined(&__NR_nice);
eval 'sub __NR_ftime () {35;}' unless defined(&__NR_ftime);
eval 'sub __NR_sync () {36;}' unless defined(&__NR_sync);
eval 'sub __NR_kill () {37;}' unless defined(&__NR_kill);
eval 'sub __NR_rename () {38;}' unless defined(&__NR_rename);
eval 'sub __NR_mkdir () {39;}' unless defined(&__NR_mkdir);
eval 'sub __NR_rmdir () {40;}' unless defined(&__NR_rmdir);
eval 'sub __NR_dup () {41;}' unless defined(&__NR_dup);
eval 'sub __NR_pipe () {42;}' unless defined(&__NR_pipe);
eval 'sub __NR_times () {43;}' unless defined(&__NR_times);
eval 'sub __NR_prof () {44;}' unless defined(&__NR_prof);
eval 'sub __NR_brk () {45;}' unless defined(&__NR_brk);
eval 'sub __NR_setgid () {46;}' unless defined(&__NR_setgid);
eval 'sub __NR_getgid () {47;}' unless defined(&__NR_getgid);
eval 'sub __NR_signal () {48;}' unless defined(&__NR_signal);
eval 'sub __NR_geteuid () {49;}' unless defined(&__NR_geteuid);
eval 'sub __NR_getegid () {50;}' unless defined(&__NR_getegid);
eval 'sub __NR_acct () {51;}' unless defined(&__NR_acct);
eval 'sub __NR_umount2 () {52;}' unless defined(&__NR_umount2);
eval 'sub __NR_lock () {53;}' unless defined(&__NR_lock);
eval 'sub __NR_ioctl () {54;}' unless defined(&__NR_ioctl);
eval 'sub __NR_fcntl () {55;}' unless defined(&__NR_fcntl);
eval 'sub __NR_mpx () {56;}' unless defined(&__NR_mpx);
eval 'sub __NR_setpgid () {57;}' unless defined(&__NR_setpgid);
eval 'sub __NR_ulimit () {58;}' unless defined(&__NR_ulimit);
eval 'sub __NR_oldolduname () {59;}' unless defined(&__NR_oldolduname);
eval 'sub __NR_umask () {60;}' unless defined(&__NR_umask);
eval 'sub __NR_chroot () {61;}' unless defined(&__NR_chroot);
eval 'sub __NR_ustat () {62;}' unless defined(&__NR_ustat);
eval 'sub __NR_dup2 () {63;}' unless defined(&__NR_dup2);
eval 'sub __NR_getppid () {64;}' unless defined(&__NR_getppid);
eval 'sub __NR_getpgrp () {65;}' unless defined(&__NR_getpgrp);
eval 'sub __NR_setsid () {66;}' unless defined(&__NR_setsid);
eval 'sub __NR_sigaction () {67;}' unless defined(&__NR_sigaction);
eval 'sub __NR_sgetmask () {68;}' unless defined(&__NR_sgetmask);
eval 'sub __NR_ssetmask () {69;}' unless defined(&__NR_ssetmask);
eval 'sub __NR_setreuid () {70;}' unless defined(&__NR_setreuid);
eval 'sub __NR_setregid () {71;}' unless defined(&__NR_setregid);
eval 'sub __NR_sigsuspend () {72;}' unless defined(&__NR_sigsuspend);
eval 'sub __NR_sigpending () {73;}' unless defined(&__NR_sigpending);
eval 'sub __NR_sethostname () {74;}' unless defined(&__NR_sethostname);
eval 'sub __NR_setrlimit () {75;}' unless defined(&__NR_setrlimit);
eval 'sub __NR_getrlimit () {76;}' unless defined(&__NR_getrlimit);
eval 'sub __NR_getrusage () {77;}' unless defined(&__NR_getrusage);
eval 'sub __NR_gettimeofday () {78;}' unless defined(&__NR_gettimeofday);
eval 'sub __NR_settimeofday () {79;}' unless defined(&__NR_settimeofday);
eval 'sub __NR_getgroups () {80;}' unless defined(&__NR_getgroups);
eval 'sub __NR_setgroups () {81;}' unless defined(&__NR_setgroups);
eval 'sub __NR_select () {82;}' unless defined(&__NR_select);
eval 'sub __NR_symlink () {83;}' unless defined(&__NR_symlink);
eval 'sub __NR_oldlstat () {84;}' unless defined(&__NR_oldlstat);
eval 'sub __NR_readlink () {85;}' unless defined(&__NR_readlink);
eval 'sub __NR_uselib () {86;}' unless defined(&__NR_uselib);
eval 'sub __NR_swapon () {87;}' unless defined(&__NR_swapon);
eval 'sub __NR_reboot () {88;}' unless defined(&__NR_reboot);
eval 'sub __NR_readdir () {89;}' unless defined(&__NR_readdir);
eval 'sub __NR_mmap () {90;}' unless defined(&__NR_mmap);
eval 'sub __NR_munmap () {91;}' unless defined(&__NR_munmap);
eval 'sub __NR_truncate () {92;}' unless defined(&__NR_truncate);
eval 'sub __NR_ftruncate () {93;}' unless defined(&__NR_ftruncate);
eval 'sub __NR_fchmod () {94;}' unless defined(&__NR_fchmod);
eval 'sub __NR_fchown () {95;}' unless defined(&__NR_fchown);
eval 'sub __NR_getpriority () {96;}' unless defined(&__NR_getpriority);
eval 'sub __NR_setpriority () {97;}' unless defined(&__NR_setpriority);
eval 'sub __NR_profil () {98;}' unless defined(&__NR_profil);
eval 'sub __NR_statfs () {99;}' unless defined(&__NR_statfs);
eval 'sub __NR_fstatfs () {100;}' unless defined(&__NR_fstatfs);
eval 'sub __NR_ioperm () {101;}' unless defined(&__NR_ioperm);
eval 'sub __NR_socketcall () {102;}' unless defined(&__NR_socketcall);
eval 'sub __NR_syslog () {103;}' unless defined(&__NR_syslog);
eval 'sub __NR_setitimer () {104;}' unless defined(&__NR_setitimer);
eval 'sub __NR_getitimer () {105;}' unless defined(&__NR_getitimer);
eval 'sub __NR_stat () {106;}' unless defined(&__NR_stat);
eval 'sub __NR_lstat () {107;}' unless defined(&__NR_lstat);
eval 'sub __NR_fstat () {108;}' unless defined(&__NR_fstat);
eval 'sub __NR_olduname () {109;}' unless defined(&__NR_olduname);
eval 'sub __NR_iopl () {110;}' unless defined(&__NR_iopl);
eval 'sub __NR_vhangup () {111;}' unless defined(&__NR_vhangup);
eval 'sub __NR_idle () {112;}' unless defined(&__NR_idle);
eval 'sub __NR_vm86old () {113;}' unless defined(&__NR_vm86old);
eval 'sub __NR_wait4 () {114;}' unless defined(&__NR_wait4);
eval 'sub __NR_swapoff () {115;}' unless defined(&__NR_swapoff);
eval 'sub __NR_sysinfo () {116;}' unless defined(&__NR_sysinfo);
eval 'sub __NR_ipc () {117;}' unless defined(&__NR_ipc);
eval 'sub __NR_fsync () {118;}' unless defined(&__NR_fsync);
eval 'sub __NR_sigreturn () {119;}' unless defined(&__NR_sigreturn);
eval 'sub __NR_clone () {120;}' unless defined(&__NR_clone);
eval 'sub __NR_setdomainname () {121;}' unless defined(&__NR_setdomainname);
eval 'sub __NR_uname () {122;}' unless defined(&__NR_uname);
eval 'sub __NR_modify_ldt () {123;}' unless defined(&__NR_modify_ldt);
eval 'sub __NR_adjtimex () {124;}' unless defined(&__NR_adjtimex);
eval 'sub __NR_mprotect () {125;}' unless defined(&__NR_mprotect);
eval 'sub __NR_sigprocmask () {126;}' unless defined(&__NR_sigprocmask);
eval 'sub __NR_create_module () {127;}' unless defined(&__NR_create_module);
eval 'sub __NR_init_module () {128;}' unless defined(&__NR_init_module);
eval 'sub __NR_delete_module () {129;}' unless defined(&__NR_delete_module);
eval 'sub __NR_get_kernel_syms () {130;}' unless defined(&__NR_get_kernel_syms);
eval 'sub __NR_quotactl () {131;}' unless defined(&__NR_quotactl);
eval 'sub __NR_getpgid () {132;}' unless defined(&__NR_getpgid);
eval 'sub __NR_fchdir () {133;}' unless defined(&__NR_fchdir);
eval 'sub __NR_bdflush () {134;}' unless defined(&__NR_bdflush);
eval 'sub __NR_sysfs () {135;}' unless defined(&__NR_sysfs);
eval 'sub __NR_personality () {136;}' unless defined(&__NR_personality);
eval 'sub __NR_afs_syscall () {137;}' unless defined(&__NR_afs_syscall);
eval 'sub __NR_setfsuid () {138;}' unless defined(&__NR_setfsuid);
eval 'sub __NR_setfsgid () {139;}' unless defined(&__NR_setfsgid);
eval 'sub __NR__llseek () {140;}' unless defined(&__NR__llseek);
eval 'sub __NR_getdents () {141;}' unless defined(&__NR_getdents);
eval 'sub __NR__newselect () {142;}' unless defined(&__NR__newselect);
eval 'sub __NR_flock () {143;}' unless defined(&__NR_flock);
eval 'sub __NR_msync () {144;}' unless defined(&__NR_msync);
eval 'sub __NR_readv () {145;}' unless defined(&__NR_readv);
eval 'sub __NR_writev () {146;}' unless defined(&__NR_writev);
eval 'sub __NR_getsid () {147;}' unless defined(&__NR_getsid);
eval 'sub __NR_fdatasync () {148;}' unless defined(&__NR_fdatasync);
eval 'sub __NR__sysctl () {149;}' unless defined(&__NR__sysctl);
eval 'sub __NR_mlock () {150;}' unless defined(&__NR_mlock);
eval 'sub __NR_munlock () {151;}' unless defined(&__NR_munlock);
eval 'sub __NR_mlockall () {152;}' unless defined(&__NR_mlockall);
eval 'sub __NR_munlockall () {153;}' unless defined(&__NR_munlockall);
eval 'sub __NR_sched_setparam () {154;}' unless defined(&__NR_sched_setparam);
eval 'sub __NR_sched_getparam () {155;}' unless defined(&__NR_sched_getparam);
eval 'sub __NR_sched_setscheduler () {156;}' unless defined(&__NR_sched_setscheduler);
eval 'sub __NR_sched_getscheduler () {157;}' unless defined(&__NR_sched_getscheduler);
eval 'sub __NR_sched_yield () {158;}' unless defined(&__NR_sched_yield);
eval 'sub __NR_sched_get_priority_max () {159;}' unless defined(&__NR_sched_get_priority_max);
eval 'sub __NR_sched_get_priority_min () {160;}' unless defined(&__NR_sched_get_priority_min);
eval 'sub __NR_sched_rr_get_interval () {161;}' unless defined(&__NR_sched_rr_get_interval);
eval 'sub __NR_nanosleep () {162;}' unless defined(&__NR_nanosleep);
eval 'sub __NR_mremap () {163;}' unless defined(&__NR_mremap);
eval 'sub __NR_setresuid () {164;}' unless defined(&__NR_setresuid);
eval 'sub __NR_getresuid () {165;}' unless defined(&__NR_getresuid);
eval 'sub __NR_vm86 () {166;}' unless defined(&__NR_vm86);
eval 'sub __NR_query_module () {167;}' unless defined(&__NR_query_module);
eval 'sub __NR_poll () {168;}' unless defined(&__NR_poll);
eval 'sub __NR_nfsservctl () {169;}' unless defined(&__NR_nfsservctl);
eval 'sub __NR_setresgid () {170;}' unless defined(&__NR_setresgid);
eval 'sub __NR_getresgid () {171;}' unless defined(&__NR_getresgid);
eval 'sub __NR_prctl () {172;}' unless defined(&__NR_prctl);
eval 'sub __NR_rt_sigreturn () {173;}' unless defined(&__NR_rt_sigreturn);
eval 'sub __NR_rt_sigaction () {174;}' unless defined(&__NR_rt_sigaction);
eval 'sub __NR_rt_sigprocmask () {175;}' unless defined(&__NR_rt_sigprocmask);
eval 'sub __NR_rt_sigpending () {176;}' unless defined(&__NR_rt_sigpending);
eval 'sub __NR_rt_sigtimedwait () {177;}' unless defined(&__NR_rt_sigtimedwait);
eval 'sub __NR_rt_sigqueueinfo () {178;}' unless defined(&__NR_rt_sigqueueinfo);
eval 'sub __NR_rt_sigsuspend () {179;}' unless defined(&__NR_rt_sigsuspend);
eval 'sub __NR_pread64 () {180;}' unless defined(&__NR_pread64);
eval 'sub __NR_pwrite64 () {181;}' unless defined(&__NR_pwrite64);
eval 'sub __NR_chown () {182;}' unless defined(&__NR_chown);
eval 'sub __NR_getcwd () {183;}' unless defined(&__NR_getcwd);
eval 'sub __NR_capget () {184;}' unless defined(&__NR_capget);
eval 'sub __NR_capset () {185;}' unless defined(&__NR_capset);
eval 'sub __NR_sigaltstack () {186;}' unless defined(&__NR_sigaltstack);
eval 'sub __NR_sendfile () {187;}' unless defined(&__NR_sendfile);
eval 'sub __NR_getpmsg () {188;}' unless defined(&__NR_getpmsg);
eval 'sub __NR_putpmsg () {189;}' unless defined(&__NR_putpmsg);
eval 'sub __NR_vfork () {190;}' unless defined(&__NR_vfork);
eval 'sub __NR_ugetrlimit () {191;}' unless defined(&__NR_ugetrlimit);
eval 'sub __NR_mmap2 () {192;}' unless defined(&__NR_mmap2);
eval 'sub __NR_truncate64 () {193;}' unless defined(&__NR_truncate64);
eval 'sub __NR_ftruncate64 () {194;}' unless defined(&__NR_ftruncate64);
eval 'sub __NR_stat64 () {195;}' unless defined(&__NR_stat64);
eval 'sub __NR_lstat64 () {196;}' unless defined(&__NR_lstat64);
eval 'sub __NR_fstat64 () {197;}' unless defined(&__NR_fstat64);
eval 'sub __NR_lchown32 () {198;}' unless defined(&__NR_lchown32);
eval 'sub __NR_getuid32 () {199;}' unless defined(&__NR_getuid32);
eval 'sub __NR_getgid32 () {200;}' unless defined(&__NR_getgid32);
eval 'sub __NR_geteuid32 () {201;}' unless defined(&__NR_geteuid32);
eval 'sub __NR_getegid32 () {202;}' unless defined(&__NR_getegid32);
eval 'sub __NR_setreuid32 () {203;}' unless defined(&__NR_setreuid32);
eval 'sub __NR_setregid32 () {204;}' unless defined(&__NR_setregid32);
eval 'sub __NR_getgroups32 () {205;}' unless defined(&__NR_getgroups32);
eval 'sub __NR_setgroups32 () {206;}' unless defined(&__NR_setgroups32);
eval 'sub __NR_fchown32 () {207;}' unless defined(&__NR_fchown32);
eval 'sub __NR_setresuid32 () {208;}' unless defined(&__NR_setresuid32);
eval 'sub __NR_getresuid32 () {209;}' unless defined(&__NR_getresuid32);
eval 'sub __NR_setresgid32 () {210;}' unless defined(&__NR_setresgid32);
eval 'sub __NR_getresgid32 () {211;}' unless defined(&__NR_getresgid32);
eval 'sub __NR_chown32 () {212;}' unless defined(&__NR_chown32);
eval 'sub __NR_setuid32 () {213;}' unless defined(&__NR_setuid32);
eval 'sub __NR_setgid32 () {214;}' unless defined(&__NR_setgid32);
eval 'sub __NR_setfsuid32 () {215;}' unless defined(&__NR_setfsuid32);
eval 'sub __NR_setfsgid32 () {216;}' unless defined(&__NR_setfsgid32);
eval 'sub __NR_pivot_root () {217;}' unless defined(&__NR_pivot_root);
eval 'sub __NR_mincore () {218;}' unless defined(&__NR_mincore);
eval 'sub __NR_madvise () {219;}' unless defined(&__NR_madvise);
eval 'sub __NR_getdents64 () {220;}' unless defined(&__NR_getdents64);
eval 'sub __NR_fcntl64 () {221;}' unless defined(&__NR_fcntl64);
eval 'sub __NR_gettid () {224;}' unless defined(&__NR_gettid);
eval 'sub __NR_readahead () {225;}' unless defined(&__NR_readahead);
eval 'sub __NR_setxattr () {226;}' unless defined(&__NR_setxattr);
eval 'sub __NR_lsetxattr () {227;}' unless defined(&__NR_lsetxattr);
eval 'sub __NR_fsetxattr () {228;}' unless defined(&__NR_fsetxattr);
eval 'sub __NR_getxattr () {229;}' unless defined(&__NR_getxattr);
eval 'sub __NR_lgetxattr () {230;}' unless defined(&__NR_lgetxattr);
eval 'sub __NR_fgetxattr () {231;}' unless defined(&__NR_fgetxattr);
eval 'sub __NR_listxattr () {232;}' unless defined(&__NR_listxattr);
eval 'sub __NR_llistxattr () {233;}' unless defined(&__NR_llistxattr);
eval 'sub __NR_flistxattr () {234;}' unless defined(&__NR_flistxattr);
eval 'sub __NR_removexattr () {235;}' unless defined(&__NR_removexattr);
eval 'sub __NR_lremovexattr () {236;}' unless defined(&__NR_lremovexattr);
eval 'sub __NR_fremovexattr () {237;}' unless defined(&__NR_fremovexattr);
eval 'sub __NR_tkill () {238;}' unless defined(&__NR_tkill);
eval 'sub __NR_sendfile64 () {239;}' unless defined(&__NR_sendfile64);
eval 'sub __NR_futex () {240;}' unless defined(&__NR_futex);
eval 'sub __NR_sched_setaffinity () {241;}' unless defined(&__NR_sched_setaffinity);
eval 'sub __NR_sched_getaffinity () {242;}' unless defined(&__NR_sched_getaffinity);
eval 'sub __NR_set_thread_area () {243;}' unless defined(&__NR_set_thread_area);
eval 'sub __NR_get_thread_area () {244;}' unless defined(&__NR_get_thread_area);
eval 'sub __NR_io_setup () {245;}' unless defined(&__NR_io_setup);
eval 'sub __NR_io_destroy () {246;}' unless defined(&__NR_io_destroy);
eval 'sub __NR_io_getevents () {247;}' unless defined(&__NR_io_getevents);
eval 'sub __NR_io_submit () {248;}' unless defined(&__NR_io_submit);
eval 'sub __NR_io_cancel () {249;}' unless defined(&__NR_io_cancel);
eval 'sub __NR_fadvise64 () {250;}' unless defined(&__NR_fadvise64);
eval 'sub __NR_exit_group () {252;}' unless defined(&__NR_exit_group);
eval 'sub __NR_lookup_dcookie () {253;}' unless defined(&__NR_lookup_dcookie);
eval 'sub __NR_epoll_create () {254;}' unless defined(&__NR_epoll_create);
eval 'sub __NR_epoll_ctl () {255;}' unless defined(&__NR_epoll_ctl);
eval 'sub __NR_epoll_wait () {256;}' unless defined(&__NR_epoll_wait);
eval 'sub __NR_remap_file_pages () {257;}' unless defined(&__NR_remap_file_pages);
eval 'sub __NR_set_tid_address () {258;}' unless defined(&__NR_set_tid_address);
eval 'sub __NR_timer_create () {259;}' unless defined(&__NR_timer_create);
eval 'sub __NR_timer_settime () {260;}' unless defined(&__NR_timer_settime);
eval 'sub __NR_timer_gettime () {261;}' unless defined(&__NR_timer_gettime);
eval 'sub __NR_timer_getoverrun () {262;}' unless defined(&__NR_timer_getoverrun);
eval 'sub __NR_timer_delete () {263;}' unless defined(&__NR_timer_delete);
eval 'sub __NR_clock_settime () {264;}' unless defined(&__NR_clock_settime);
eval 'sub __NR_clock_gettime () {265;}' unless defined(&__NR_clock_gettime);
eval 'sub __NR_clock_getres () {266;}' unless defined(&__NR_clock_getres);
eval 'sub __NR_clock_nanosleep () {267;}' unless defined(&__NR_clock_nanosleep);
eval 'sub __NR_statfs64 () {268;}' unless defined(&__NR_statfs64);
eval 'sub __NR_fstatfs64 () {269;}' unless defined(&__NR_fstatfs64);
eval 'sub __NR_tgkill () {270;}' unless defined(&__NR_tgkill);
eval 'sub __NR_utimes () {271;}' unless defined(&__NR_utimes);
eval 'sub __NR_fadvise64_64 () {272;}' unless defined(&__NR_fadvise64_64);
eval 'sub __NR_vserver () {273;}' unless defined(&__NR_vserver);
eval 'sub __NR_mbind () {274;}' unless defined(&__NR_mbind);
eval 'sub __NR_get_mempolicy () {275;}' unless defined(&__NR_get_mempolicy);
eval 'sub __NR_set_mempolicy () {276;}' unless defined(&__NR_set_mempolicy);
eval 'sub __NR_mq_open () {277;}' unless defined(&__NR_mq_open);
eval 'sub __NR_mq_unlink () {278;}' unless defined(&__NR_mq_unlink);
eval 'sub __NR_mq_timedsend () {279;}' unless defined(&__NR_mq_timedsend);
eval 'sub __NR_mq_timedreceive () {280;}' unless defined(&__NR_mq_timedreceive);
eval 'sub __NR_mq_notify () {281;}' unless defined(&__NR_mq_notify);
eval 'sub __NR_mq_getsetattr () {282;}' unless defined(&__NR_mq_getsetattr);
eval 'sub __NR_kexec_load () {283;}' unless defined(&__NR_kexec_load);
eval 'sub __NR_waitid () {284;}' unless defined(&__NR_waitid);
eval 'sub __NR_add_key () {286;}' unless defined(&__NR_add_key);
eval 'sub __NR_request_key () {287;}' unless defined(&__NR_request_key);
eval 'sub __NR_keyctl () {288;}' unless defined(&__NR_keyctl);
eval 'sub __NR_ioprio_set () {289;}' unless defined(&__NR_ioprio_set);
eval 'sub __NR_ioprio_get () {290;}' unless defined(&__NR_ioprio_get);
eval 'sub __NR_inotify_init () {291;}' unless defined(&__NR_inotify_init);
eval 'sub __NR_inotify_add_watch () {292;}' unless defined(&__NR_inotify_add_watch);
eval 'sub __NR_inotify_rm_watch () {293;}' unless defined(&__NR_inotify_rm_watch);
eval 'sub __NR_migrate_pages () {294;}' unless defined(&__NR_migrate_pages);
eval 'sub __NR_openat () {295;}' unless defined(&__NR_openat);
eval 'sub __NR_mkdirat () {296;}' unless defined(&__NR_mkdirat);
eval 'sub __NR_mknodat () {297;}' unless defined(&__NR_mknodat);
eval 'sub __NR_fchownat () {298;}' unless defined(&__NR_fchownat);
eval 'sub __NR_futimesat () {299;}' unless defined(&__NR_futimesat);
eval 'sub __NR_fstatat64 () {300;}' unless defined(&__NR_fstatat64);
eval 'sub __NR_unlinkat () {301;}' unless defined(&__NR_unlinkat);
eval 'sub __NR_renameat () {302;}' unless defined(&__NR_renameat);
eval 'sub __NR_linkat () {303;}' unless defined(&__NR_linkat);
eval 'sub __NR_symlinkat () {304;}' unless defined(&__NR_symlinkat);
eval 'sub __NR_readlinkat () {305;}' unless defined(&__NR_readlinkat);
eval 'sub __NR_fchmodat () {306;}' unless defined(&__NR_fchmodat);
eval 'sub __NR_faccessat () {307;}' unless defined(&__NR_faccessat);
eval 'sub __NR_pselect6 () {308;}' unless defined(&__NR_pselect6);
eval 'sub __NR_ppoll () {309;}' unless defined(&__NR_ppoll);
eval 'sub __NR_unshare () {310;}' unless defined(&__NR_unshare);
eval 'sub __NR_set_robust_list () {311;}' unless defined(&__NR_set_robust_list);
eval 'sub __NR_get_robust_list () {312;}' unless defined(&__NR_get_robust_list);
eval 'sub __NR_splice () {313;}' unless defined(&__NR_splice);
eval 'sub __NR_sync_file_range () {314;}' unless defined(&__NR_sync_file_range);
eval 'sub __NR_tee () {315;}' unless defined(&__NR_tee);
eval 'sub __NR_vmsplice () {316;}' unless defined(&__NR_vmsplice);
eval 'sub __NR_move_pages () {317;}' unless defined(&__NR_move_pages);
eval 'sub __NR_getcpu () {318;}' unless defined(&__NR_getcpu);
eval 'sub __NR_epoll_pwait () {319;}' unless defined(&__NR_epoll_pwait);
eval 'sub __NR_utimensat () {320;}' unless defined(&__NR_utimensat);
eval 'sub __NR_signalfd () {321;}' unless defined(&__NR_signalfd);
eval 'sub __NR_timerfd_create () {322;}' unless defined(&__NR_timerfd_create);
eval 'sub __NR_eventfd () {323;}' unless defined(&__NR_eventfd);
eval 'sub __NR_fallocate () {324;}' unless defined(&__NR_fallocate);
eval 'sub __NR_timerfd_settime () {325;}' unless defined(&__NR_timerfd_settime);
eval 'sub __NR_timerfd_gettime () {326;}' unless defined(&__NR_timerfd_gettime);
eval 'sub __NR_signalfd4 () {327;}' unless defined(&__NR_signalfd4);
eval 'sub __NR_eventfd2 () {328;}' unless defined(&__NR_eventfd2);
eval 'sub __NR_epoll_create1 () {329;}' unless defined(&__NR_epoll_create1);
eval 'sub __NR_dup3 () {330;}' unless defined(&__NR_dup3);
eval 'sub __NR_pipe2 () {331;}' unless defined(&__NR_pipe2);
eval 'sub __NR_inotify_init1 () {332;}' unless defined(&__NR_inotify_init1);
eval 'sub __NR_preadv () {333;}' unless defined(&__NR_preadv);
eval 'sub __NR_pwritev () {334;}' unless defined(&__NR_pwritev);
eval 'sub __NR_rt_tgsigqueueinfo () {335;}' unless defined(&__NR_rt_tgsigqueueinfo);
eval 'sub __NR_perf_event_open () {336;}' unless defined(&__NR_perf_event_open);
eval 'sub __NR_recvmmsg () {337;}' unless defined(&__NR_recvmmsg);
eval 'sub __NR_fanotify_init () {338;}' unless defined(&__NR_fanotify_init);
eval 'sub __NR_fanotify_mark () {339;}' unless defined(&__NR_fanotify_mark);
eval 'sub __NR_prlimit64 () {340;}' unless defined(&__NR_prlimit64);
eval 'sub __NR_name_to_handle_at () {341;}' unless defined(&__NR_name_to_handle_at);
eval 'sub __NR_open_by_handle_at () {342;}' unless defined(&__NR_open_by_handle_at);
eval 'sub __NR_clock_adjtime () {343;}' unless defined(&__NR_clock_adjtime);
eval 'sub __NR_syncfs () {344;}' unless defined(&__NR_syncfs);
eval 'sub __NR_sendmmsg () {345;}' unless defined(&__NR_sendmmsg);
eval 'sub __NR_setns () {346;}' unless defined(&__NR_setns);
eval 'sub __NR_process_vm_readv () {347;}' unless defined(&__NR_process_vm_readv);
eval 'sub __NR_process_vm_writev () {348;}' unless defined(&__NR_process_vm_writev);
eval 'sub __NR_kcmp () {349;}' unless defined(&__NR_kcmp);
eval 'sub __NR_finit_module () {350;}' unless defined(&__NR_finit_module);
eval 'sub __NR_sched_setattr () {351;}' unless defined(&__NR_sched_setattr);
eval 'sub __NR_sched_getattr () {352;}' unless defined(&__NR_sched_getattr);
eval 'sub __NR_renameat2 () {353;}' unless defined(&__NR_renameat2);
eval 'sub __NR_seccomp () {354;}' unless defined(&__NR_seccomp);
eval 'sub __NR_getrandom () {355;}' unless defined(&__NR_getrandom);
eval 'sub __NR_memfd_create () {356;}' unless defined(&__NR_memfd_create);
eval 'sub __NR_bpf () {357;}' unless defined(&__NR_bpf);
eval 'sub __NR_execveat () {358;}' unless defined(&__NR_execveat);
eval 'sub __NR_socket () {359;}' unless defined(&__NR_socket);
eval 'sub __NR_socketpair () {360;}' unless defined(&__NR_socketpair);
eval 'sub __NR_bind () {361;}' unless defined(&__NR_bind);
eval 'sub __NR_connect () {362;}' unless defined(&__NR_connect);
eval 'sub __NR_listen () {363;}' unless defined(&__NR_listen);
eval 'sub __NR_accept4 () {364;}' unless defined(&__NR_accept4);
eval 'sub __NR_getsockopt () {365;}' unless defined(&__NR_getsockopt);
eval 'sub __NR_setsockopt () {366;}' unless defined(&__NR_setsockopt);
eval 'sub __NR_getsockname () {367;}' unless defined(&__NR_getsockname);
eval 'sub __NR_getpeername () {368;}' unless defined(&__NR_getpeername);
eval 'sub __NR_sendto () {369;}' unless defined(&__NR_sendto);
eval 'sub __NR_sendmsg () {370;}' unless defined(&__NR_sendmsg);
eval 'sub __NR_recvfrom () {371;}' unless defined(&__NR_recvfrom);
eval 'sub __NR_recvmsg () {372;}' unless defined(&__NR_recvmsg);
eval 'sub __NR_shutdown () {373;}' unless defined(&__NR_shutdown);
eval 'sub __NR_userfaultfd () {374;}' unless defined(&__NR_userfaultfd);
eval 'sub __NR_membarrier () {375;}' unless defined(&__NR_membarrier);
eval 'sub __NR_mlock2 () {376;}' unless defined(&__NR_mlock2);
eval 'sub __NR_copy_file_range () {377;}' unless defined(&__NR_copy_file_range);
eval 'sub __NR_preadv2 () {378;}' unless defined(&__NR_preadv2);
eval 'sub __NR_pwritev2 () {379;}' unless defined(&__NR_pwritev2);
eval 'sub __NR_pkey_mprotect () {380;}' unless defined(&__NR_pkey_mprotect);
eval 'sub __NR_pkey_alloc () {381;}' unless defined(&__NR_pkey_alloc);
eval 'sub __NR_pkey_free () {382;}' unless defined(&__NR_pkey_free);
}
1;
| 70.811856 | 98 | 0.694741 |
edd8eb2e1490465c7b5a409675f936dd42a88752 | 9,215 | al | Perl | benchmark/benchmarks/FASP-benchmarks/data/planar-triangulations-2/triangulation-0482-490-1948.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | benchmark/benchmarks/FASP-benchmarks/data/planar-triangulations-2/triangulation-0482-490-1948.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | benchmark/benchmarks/FASP-benchmarks/data/planar-triangulations-2/triangulation-0482-490-1948.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | 1 46 181 432 473 482
2 36 223 231 333 374
3 23 24 121 160 218
4 20 52 188 241 403
5 8 61 317
6 101 190 443
7 136 439 443 449
8 64 102 176 187 317 394 409
9 51 93 146 453
10 4 241 326
11 101 196 255 373 391
12 127 128 302 438 441
13 185 264 355 362
14 21 34 277 470
15 173 221 233 265 422
16 7 150 184 349 371 439 458
17 31 122 417 434
18 56 348 419
19 12 42 127 179
20 44 188 246 403 468 489
21 14 323 347
22 200 289 331
23 312 399
24 3 160 218 380
25 114 129 163 213
26
27 69 400
28 49 165 204 445
29 173 231 244 250 347 402
30 281 438
31 50 327 434
32 298 353 401 429 454
33 99 343 462
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36 41 223
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39 365
40 45 193 306 457
41 36 163 262 328 333 424
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46 181
47 44 100 138 203 283
48 85 134 165 252
49 28 105 210 270 303 310
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53 144
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55 330 447
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82 60 216
83 170 267 293
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89 238
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93 51
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135 307 347
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138 227
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160 23 24 73
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163 25 328
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195 359
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212 236 442
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220 45 78 106 113 154 202
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228 55 112 196 214 330 469 478
229 95 320 474
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231 2 29 250
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236 130 180
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240 17 117 276 417
241 4 10 52 63 197
242 351
243 83 133 170 174
244 29 80 120 126 402 461
245 107 155 257 269 326
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247 215 283 308 356
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250 29 80 374
251 368
252 85 165 232 279 285 445 480
253 86 296 419 420
254 68 199 295 488
255 6 105 190 391 392
256 69 116 290
257 69 91 245 448
258 203 227 334
259 335 339 346 404
260 46 81 181 339 473
261 93 235 456
262 59 79 223 424 461
263 86 146 152 242 420 456
264 13 150 184
265 15 277 347 422
266 54 434
267 170 293 412
268 109 111 155 457
269 256 257 358
270 49 130 204 210
271 20 44 468
272 203 207 258 283
273 67 77 136 211 392 415
274 118 196 373 391 484
275 117 276 315
276 70 240 417
277 14 21 383 422
278 50 125 396 397
279 28 445
280 34 205 249 470 481
281 30 99 216 380 405
282 287 336 450
283 47 203 215 271
284 73 316
285 96 365 426
286 266 300 390 417 434
287 282 320 450 465
288 22 176 289 331 436 482
289 22 102
290 69
291 229 329 330 338 340 341 447
292 85 88 154 202 398
293 243
294 435
295 54 167 199 300 390
296 75 208 225 253 410
297 21 323 347 432 473
298 32 123 400 401
299 132 178 345 451
300 167 295 390
301 59 287 315 362 474
302 12 82 127 216 438
303 49 105 285 426 480
304 66 103 168 384 476
305 130 270 469
306 40 137 342 457
307 297 347 363 473
308 115 312 399
309 157 344 406 483
310 28 49 270
311 161 332 460
312 73 160 284 356
313 81 169 259 335 339
314 256 477
315 59 117 275
316 26 60 284 312 356
317 94 206 394
318 130 236
319 30 249 481
320 95 287 301
321 211 219 415
322 128 251 368 441
323 21 205 297 432
324 118 378 469 484
325 94 206 430
326 4 10 245 403
327 50 122 278 475
328 41 108 163 333 352 459
329 120 338 341
330 228 291 416 431 447 478
331 22 183 288 385
332 460
333 36 41 135 231 328 347
334 130 207 318 381
335 43 87 169 313 413
336 101 264 282 450 465
337 253 419 420
338 120 291 329 474
339 181 313 346
340 233 330 416
341 120 340 402
342 106 137 306 412 456
343 24 380
344 28 47 100 140 157 158 165 204 309
345 112 214 393 451
346 64 181 259 482 490
347 231 265 277 307 333
348 148 191 375 419
349 16 38 149 371 458
350 131 189 226 234
351 66 242 337 420 435 476
352 81 108 169 459
353 32 94 401 446 454 487
354 7 136 190 273 443
355 13 58 184 240 371 382
356 26 215 247 308 312 455
357 61 92 379
358 90 175 256 269 314
359 221 422
360 22 33 99 183 200 331
361 183 192 249 319 418
362 287 315 465
363 135 328 333 473
364 24 218 343 462
365 39 65 232 398 426 433
366 205 249 385 437 479
367 57 130 180 234 236 305 386 469
368 128 131 251 322 442 452
369 142 218 325 430 446 454 462
370 250 374 461
371 16 35 58 149 349 355
372 38 89 97 238 475
373 11 274 391
374 2 223 231
375 191 348
376 67 159
377 108 237
378 210 305 469
379 76 148 198 375 423
380 24 60 73 99 160 222 281 284 316
381 207 212 236 318 334
382 185 240 355
383 14 62 277
384 66 199
385 183 331
386 234 345 367 393 469
387 103 166 294 397 435
388 35 97 372
389 194 467 470
390 54 266 286 300
391 11 105 373
392 77 105 190 303 354 426
393 234 350 386 451
394 8 102 206 325 430
395 267 293 342 412 456
396 89 278 327 397 475
397 98 103 166 278 387 396 428
398 39
399 23 115 121 308 312
400 27 224 246 403 471 489
401 27 32 123 298 353 487
402 15 244 340 341
403 20 326 400 448 489
404 346
405 30 99 192 281
406 20 44 157 483
407 48 154 332
408 132 156 463
409 5 61 64 357 379
410 86 152 296
411 42 207 212 381 452 455 472
412 78 113 219 267 395
413 53 87 237 254 335 464
414 191 423
415 133 211 243 273 321 485
416 141 330 340
417 17 434
418 192 361 405
419 191 253 348 384
420 86 242 263 351
421 50 266 434
422 62 221 265 359 383
423 92 208 225 357
424 25 41 79 163
425 119 153 189 230
426 96 365
427 252 285 303 480
428 50 125 397 421
429 3 121 454
430 102 289 369
431 141 330 416 478 486
432 1 473
433 65 77 219 365
434 266
435 242 294 304 351 476
436 331 366 385
437 432 436
438 12 216 319 481
439 7 150 449
440 205 323 366 432 437
441 12 128 438 467
442 131 180 234 350 368
443 6 7 101 354 449
444 55 201 229 447
445 49 279 480
446 466
447 55 229 330 444
448 91 224 245 257 326 471
449 101 150 264 336
450 101 282 287
451 132 226 393 425
452 42 212 442
453 9 75 90 109 175
454 32 218 353 446
455 26 42 215 356 472
456 71 151 174 293 342 395
457 268
458 7 16 38 136 485
459 352 363 473
460 45 154 182 311 332
461 59 126 244 262 370
462 33 142 200 343
463 132 153 221 408
464 53 68 144
465 13 264 282 287
466 94 325 353 369 446
467 251 322 389 438 470
468 20 110 246
469 196 214 305 324 367 386
470 34 230 280 383 389 438
471 27 91 224 448
472 215 272 411 455
473 1 46 260 297 363 459
474 120 126 229 291 301 320
475 89 122 372 388
476 66 351 435
477 90 116 164 172 314 358 423
478 112 228 330 486
479 249 361 385
480 49 252 303
481 37 319 470
482 64 181 187 288 346 432 436 437
483 100 309 344
484 196 274 469
485 38 136 238 273 372 458
486 112 299 431
487 94 164 217 290 353
488 254 413
489
490 346 404 409 | 18.806122 | 37 | 0.73554 |
ed7f90ce0269e44bed98329952ba30a8c79a8a62 | 1,935 | pm | Perl | lib/Bio/EnsEMBL/DataCheck/Checks/XrefTypes.pm | gnaamati/ensembl-datacheck | b5eb55a4caa8dc0a7d03322fa6eabe95b7081701 | [
"Apache-2.0"
] | null | null | null | lib/Bio/EnsEMBL/DataCheck/Checks/XrefTypes.pm | gnaamati/ensembl-datacheck | b5eb55a4caa8dc0a7d03322fa6eabe95b7081701 | [
"Apache-2.0"
] | null | null | null | lib/Bio/EnsEMBL/DataCheck/Checks/XrefTypes.pm | gnaamati/ensembl-datacheck | b5eb55a4caa8dc0a7d03322fa6eabe95b7081701 | [
"Apache-2.0"
] | null | null | null | =head1 LICENSE
Copyright [2018-2020] EMBL-European Bioinformatics Institute
Licensed under the Apache License, Version 2.0 (the 'License');
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an 'AS IS' BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
=cut
package Bio::EnsEMBL::DataCheck::Checks::XrefTypes;
use warnings;
use strict;
use Moose;
use Test::More;
use Bio::EnsEMBL::DataCheck::Test::DataCheck;
extends 'Bio::EnsEMBL::DataCheck::DbCheck';
use constant {
NAME => 'XrefTypes',
DESCRIPTION => 'Xrefs are only attached to one feature type.',
GROUPS => ['xref', 'xref_mapping'],
DATACHECK_TYPE => 'advisory',
DB_TYPES => ['core'],
TABLES => ['external_db', 'object_xref', 'xref'],
PER_DB => 1,
};
sub tests {
my ($self) = @_;
my $desc_1 = 'No xrefs are associated with multiple object types';
my $diag_1 = 'Xrefs are associated with multiple object types';
my $sql_1 = q/
SELECT external_db_id, db_name FROM
external_db INNER JOIN
xref USING (external_db_id) INNER JOIN
object_xref USING (xref_id)
GROUP BY db_name
HAVING COUNT(DISTINCT ensembl_object_type) > 1
/;
is_rows_zero($self->dba, $sql_1, $desc_1, $diag_1);
my $desc_2 = 'GO xrefs are only associated with transcripts';
my $sql_2 = q/
SELECT COUNT(*) FROM
external_db INNER JOIN
xref USING (external_db_id) INNER JOIN
object_xref USING (xref_id)
WHERE
db_name = 'GO' AND
ensembl_object_type <> 'Transcript'
/;
is_rows_zero($self->dba, $sql_2, $desc_2);
}
1;
| 27.253521 | 72 | 0.690956 |
edb6de572bb76262e700ab2a60c149a52842e165 | 521 | t | Perl | t/07_throw.t | bayashi/Test-Arrow | fabec15f66da34377efe28a7724d1192a942ec9d | [
"Artistic-2.0"
] | 2 | 2020-02-23T08:53:17.000Z | 2020-07-11T15:59:35.000Z | t/07_throw.t | manwar/Test-Arrow | 4a38ce9a739c08b28e91e3a47b6c7c7367975e3e | [
"Artistic-2.0"
] | 15 | 2020-02-18T17:57:01.000Z | 2020-04-24T05:15:11.000Z | t/07_throw.t | manwar/Test-Arrow | 4a38ce9a739c08b28e91e3a47b6c7c7367975e3e | [
"Artistic-2.0"
] | 2 | 2020-02-18T17:36:46.000Z | 2020-04-26T11:44:22.000Z | use Test::Arrow;
my $arr = Test::Arrow->new;
$arr->throw_ok(sub { die 'foo' });
$arr->throw_ok(sub { die 'bar' }, 'die bar');
$arr->name('die baz')->throw_ok(sub { die 'baz' });
$arr->throw(sub { die 'bar' })->catch(qr/^ba/);
$arr->name('die bar')->throw(sub { die 'bar' })->catch(qr/^ba/);
$arr->throw(sub { die 'baz' })->catch(qr/^ba/, 'die baz');
$arr->throw(sub { die 'bar' })->expect(qr/^ba/)->like;
$arr->throw(sub { die 'bar' }, qr/^ba/);
$arr->throw(sub { die 'bar' }, qr/^ba/, 'die bar');
$arr->done_testing;
| 32.5625 | 64 | 0.56238 |
edda96b05af6c9e99fd024a62bfc0f703dcd5c9a | 485 | pm | Perl | lib/WebGUI/Help/PayDriver_ExpressCheckout.pm | AlliumCepa/webgui | 235e1771b16e41ef4e85ddd4e61e22a26eddbe93 | [
"Apache-1.1"
] | 17 | 2015-02-10T15:32:59.000Z | 2022-03-27T20:01:14.000Z | lib/WebGUI/Help/PayDriver_ExpressCheckout.pm | AlliumCepa/webgui | 235e1771b16e41ef4e85ddd4e61e22a26eddbe93 | [
"Apache-1.1"
] | 34 | 2015-01-07T22:42:00.000Z | 2020-11-15T17:45:50.000Z | lib/WebGUI/Help/PayDriver_ExpressCheckout.pm | AlliumCepa/webgui | 235e1771b16e41ef4e85ddd4e61e22a26eddbe93 | [
"Apache-1.1"
] | 11 | 2015-02-06T22:06:10.000Z | 2022-03-27T20:12:30.000Z | package WebGUI::Help::PayDriver_ExpressCheckout;
use strict;
our $HELP = {
'cart summary template' => {
title => 'cart summary template',
body => '',
isa => [
{ namespace => "PayDriver",
tag => "cart summary variables"
},
],
fields => [],
variables => [
{
name => "proceedButton",
required => 1,
namespace => 'PayDriver',
},
],
related => [
],
},
};
1;
| 15.645161 | 53 | 0.445361 |
ed95216acb2005726f20990d332103ad29a33bd9 | 12,981 | t | Perl | qatest/backend/api/15_search_cert.t | takerukoushirou/openxpki | 17845b6e853d1a75c91352d79d9c33a90f5e6148 | [
"Apache-2.0"
] | null | null | null | qatest/backend/api/15_search_cert.t | takerukoushirou/openxpki | 17845b6e853d1a75c91352d79d9c33a90f5e6148 | [
"Apache-2.0"
] | null | null | null | qatest/backend/api/15_search_cert.t | takerukoushirou/openxpki | 17845b6e853d1a75c91352d79d9c33a90f5e6148 | [
"Apache-2.0"
] | null | null | null | #!/usr/bin/perl
use strict;
use warnings;
# Core modules
use Carp;
use English;
use Data::Dumper;
use File::Basename qw( dirname );
use FindBin qw( $Bin );
# CPAN modules
use Log::Log4perl qw(:easy);
Log::Log4perl->easy_init($WARN);
use Test::More;
use Test::Deep;
use Math::BigInt;
use Data::UUID;
# Project modules
use lib "$Bin/../../lib", "$Bin/../../../core/server/t/lib";
use TestCfg;
use OpenXPKI::Test::QA::More;
use OpenXPKI::Test::QA::CertHelper;
use OpenXPKI::Test;
#
# Init client
#
our $cfg = {};
TestCfg->new->read_config_path( 'api.cfg', $cfg, dirname($0) );
my $test = OpenXPKI::Test::QA::More->new({
socketfile => $cfg->{instance}{socketfile},
realm => $cfg->{instance}{realm},
}) or die "Error creating new test instance: $@";
$test->set_verbose($cfg->{instance}{verbose});
$test->plan( tests => 60 );
$test->connect_ok(
user => $cfg->{operator}{name},
password => $cfg->{operator}{password},
) or die "Error - connect failed: $@";
#
# Init helpers
#
# Import test certificates
my $oxitest = OpenXPKI::Test->new;
my $dbdata = $oxitest->certhelper_database;
$oxitest->insert_testcerts;
=pod
CERT_SERIAL Int|Str: decimal serial or hex (starting with "0x")
PKI_REALM Str: default is the sessions realm, _any for global search
STATUS Str: cert status, special status "EXPIRED"
IDENTIFIER Str
ISSUER_IDENTIFIER Str
CSR_SERIAL Str
SUBJECT_KEY_IDENTIFIER Str
AUTHORITY_KEY_IDENTIFIER Str
EMAIL Str: Suche mit LIKE
SUBJECT Str: Suche mit LIKE
ISSUER_DN Str: Suche mit LIKE
VALID_AT Int: epoch
PROFILE
NOTBEFORE/NOTAFTER Int|HashRef: with SCALAR searches "other side" of validity or pass HASH with operator
--> HashRef with BETWEEN, LESS_THAN, GREATER_THAN used in OpenXPKI::Server::Workflow::Activity::Tools::SearchCertificates
CERT_ATTRIBUTES list of conditions to search in attributes (KEY, VALUE, OPERATOR)
ORDER Str: column to order by (default: cert_key) --> remove "CERTIFICATE."
LIMIT Int: limit results
START Int: offset for results
REVERSE Bool: Reverse ordering
ENTITY_ONLY Bool: show only certificates issued by this ca (where CSR_SERIAL is set)
my $query = {
CERT_ATTRIBUTES => [{
KEY => 'system_cert_owner',
VALUE => $self->_session->param('user')->{name},
OPERATOR => 'EQUAL'
}],
ORDER => 'CERTIFICATE.NOTBEFORE',
REVERSE => 1,
};
$self->logger()->debug( "search query: " . Dumper $query);
my $search_result = $self->send_command( 'search_cert', { %$query, ( LIMIT => $limit, START => $startat ) } );
=cut
# Checks if the given DB result ArrayRef contains the test certificates with
# the given internal test certificate names.
# If the last parameter is "ORDERED" then the order of the results will be
# considered, otherwise not.
sub search_cert_ok {
my ($message, $conditions, @expected_names) = @_;
my $val;
# Only extract last element if it equals "ORDERED" (otherwise put it back and make term return 0)
my $respect_order = (($val = pop @expected_names) eq "ORDERED") ? 1 : push(@expected_names, $val) && 0;
my @hashes = map { superhashof({ SUBJECT_KEY_IDENTIFIER => $dbdata->cert($_)->subject_key_id }) } @expected_names;
$test->runcmd_ok('search_cert', $conditions, "Search cert $message")
or die Dumper($test->get_msg);
cmp_deeply $test->get_msg->{PARAMS}, ($respect_order ? \@hashes : bag(@hashes)), "Correct result";
}
$test->runcmd_ok('search_cert', {
CERT_SERIAL => $dbdata->cert("alpha_root_2")->db->{cert_key}
}, "Search cert without giving PKI realm");
is scalar(@{ $test->get_msg->{PARAMS} }), 0, "Should not return any results";
search_cert_ok "by serial (decimal) and PKI realm _ANY", {
CERT_SERIAL => $dbdata->cert("alpha_root_2")->db->{cert_key},
PKI_REALM => $dbdata->cert("alpha_root_2")->db->{pki_realm}
}, qw( alpha_root_2 );
search_cert_ok "by serial (decimal) and PKI realm", {
CERT_SERIAL => $dbdata->cert("alpha_root_2")->db->{cert_key},
PKI_REALM => "_ANY"
}, qw( alpha_root_2 );
search_cert_ok "by serial (hex) and specific PKI realm", {
CERT_SERIAL => Math::BigInt->new($dbdata->cert("alpha_root_2")->db->{cert_key})->as_hex,
PKI_REALM => $dbdata->cert("alpha_root_2")->db->{pki_realm}
}, qw( alpha_root_2 );
# Custom ORDER
$test->runcmd_ok('search_cert', { ORDER => "CERTIFICATE.NOTBEFORE" }, "Search and order by NOTBEFORE descending (default)");
my $last_value;
my $sort_ok = scalar(@{ $test->get_msg->{PARAMS} }) > 0; # make sure certificates are returned
while (my $cert = shift @{ $test->get_msg->{PARAMS} } and $sort_ok) {
$sort_ok = 0 if ($last_value and $last_value < $cert->{NOTBEFORE});
$last_value = $cert->{NOTBEFORE};
}
ok($sort_ok, "Certificates are sorted correctly");
# Custom ORDER not reversed
$test->runcmd_ok('search_cert', { ORDER => "CERTIFICATE.NOTBEFORE", REVERSE => 0 }, "Search and order by NOTBEFORE ascending");
$sort_ok = scalar(@{ $test->get_msg->{PARAMS} }) > 0; # make sure certificates are returned
while (my $cert = shift @{ $test->get_msg->{PARAMS} } and $sort_ok) {
$sort_ok = 0 if ($last_value and $last_value > $cert->{NOTBEFORE});
$last_value = $cert->{NOTBEFORE};
}
ok($sort_ok, "Certificates are sorted correctly");
search_cert_ok "by expired status", {
STATUS => "EXPIRED",
PKI_REALM => $dbdata->cert("alpha_root_1")->db->{pki_realm}
}, $dbdata->cert_names_by_realm_gen(alpha => 1);
search_cert_ok "by identifier", {
IDENTIFIER => $dbdata->cert("beta_alice_1")->db->{identifier},
PKI_REALM => "_ANY"
}, qw( beta_alice_1 );
my $test_identifier = $dbdata->cert("alpha_root_2")->db->{identifier};
search_cert_ok "by issuer", {
ISSUER_IDENTIFIER => $test_identifier,
PKI_REALM => "_ANY"
}, $dbdata->cert_names_where(issuer_identifier => $test_identifier);
search_cert_ok "by subject key id", {
SUBJECT_KEY_IDENTIFIER => $dbdata->cert("alpha_root_2")->db->{subject_key_identifier},
PKI_REALM => "_ANY"
}, qw( alpha_root_2 );
my $test_authority_key_identifier = $dbdata->cert("beta_root_1")->db->{authority_key_identifier};
search_cert_ok "by authority key id", {
AUTHORITY_KEY_IDENTIFIER => $test_authority_key_identifier,
PKI_REALM => "_ANY"
}, $dbdata->cert_names_where(authority_key_identifier => $test_authority_key_identifier);
search_cert_ok "by subject (exact match)", {
SUBJECT => $dbdata->cert("beta_alice_1")->db->{subject},
PKI_REALM => "_ANY"
}, qw( beta_alice_1 );
my $subject_part = join(",", (split(",", $dbdata->cert("beta_root_1")->db->{subject}))[1,2]);
search_cert_ok "by subject (with wildcards)", {
SUBJECT => "*$subject_part*", # will be similar to *OU=ACME,DC=OpenXPKI*
PKI_REALM => $dbdata->cert("beta_root_1")->db->{pki_realm},
}, $dbdata->cert_names_by_realm_gen(beta => 1);
search_cert_ok "by issuer DN (exact match)", {
ISSUER_DN => $dbdata->cert("gamma_bob_1")->db->{issuer_dn},
PKI_REALM => "_ANY"
}, qw( gamma_bob_1 );
my $issuer_dn_part = (split("=", (split(",", $dbdata->cert("gamma_bob_1")->db->{issuer_dn}))[0]))[1];
search_cert_ok "by issuer DN (with wildcards)", {
ISSUER_DN => "*$issuer_dn_part*", # will be similar to *GAMMA Signing CA*
PKI_REALM => "_ANY"
}, qw( gamma_bob_1 );
search_cert_ok "by validity date", {
VALID_AT => $dbdata->cert("alpha_root_1")->db->{notbefore} + 100,
PKI_REALM => "_ANY"
}, $dbdata->cert_names_by_realm_gen(alpha => 1);
search_cert_ok "and limit results", {
ORDER => "CERTIFICATE.SUBJECT",
REVERSE => 0,
LIMIT => 1,
PKI_REALM => $dbdata->cert("beta_root_1")->db->{pki_realm},
}, qw( beta_alice_1 );
# LIMIT and START
search_cert_ok "limit results and use offset", {
ORDER => "CERTIFICATE.SUBJECT",
REVERSE => 0,
LIMIT => 2,
START => 1,
PKI_REALM => $dbdata->cert("beta_root_1")->db->{pki_realm},
}, qw( beta_bob_1 beta_datavault_1 ), "ORDERED";
# By CSR serial
my $uuid = Data::UUID->new->create_str;
my $cert_info = OpenXPKI::Test::QA::CertHelper->via_workflow(
tester => $test,
hostname => "acme-$uuid.local",
requestor_gname => 'Till',
requestor_name => $uuid,
requestor_email => 'tilltom@morning',
);
$test->runcmd_ok('search_cert', {
CSR_SERIAL => $cert_info->{req_key},
PKI_REALM => "_ANY"
}, "Search cert by CSR serial");
cmp_bag $test->get_msg->{PARAMS}, [
superhashof({ IDENTIFIER => $cert_info->{identifier} })
], "Correct result";
# By PROFILE
$test->runcmd_ok('search_cert', {
IDENTIFIER => $cert_info->{identifier},
PROFILE => $cert_info->{profile},
}, "Search cert by profile") or diag Dumper($test->get_msg);
cmp_bag $test->get_msg->{PARAMS}, [
superhashof({ IDENTIFIER => $cert_info->{identifier} })
], "Correct result";
# By NOTBEFORE/NOTAFTER (Int: searches "other side" of validity)
search_cert_ok "whose validity period started before given date (NOTBEFORE < x)", {
NOTBEFORE => $dbdata->cert("alpha_root_1")->db->{notbefore} + 100,
PKI_REALM => "_ANY"
}, $dbdata->cert_names_by_realm_gen(alpha => 1); # chain #1 are expired certificates
my $ar3nb = $dbdata->cert("alpha_root_3")->db->{notbefore};
search_cert_ok "that is not yet valid at given date (NOTBEFORE > x)", {
# TODO #legacydb Using old DB layer syntax in "search_cert"
NOTBEFORE => { OPERATOR => "GREATER_THAN", VALUE => $ar3nb - 100 },
PKI_REALM => $dbdata->cert("alpha_root_3")->db->{pki_realm}
}, $dbdata->cert_names_by_realm_gen(alpha => 3); # chain #3 are future certificates
search_cert_ok "whose validity starts between two given dates", {
# TODO #legacydb Using old DB layer syntax in "search_cert"
NOTBEFORE => { OPERATOR => "BETWEEN", VALUE => [ $ar3nb - 100, $ar3nb + 100 ] },
PKI_REALM => $dbdata->cert("alpha_root_3")->db->{pki_realm}
}, $dbdata->cert_names_by_realm_gen(alpha => 3); # chain #3 are future certificates
search_cert_ok "whose validity period ends after given date (NOTAFTER > x)", {
NOTAFTER => $dbdata->cert("alpha_root_2")->db->{notafter} - 100,
PKI_REALM => $dbdata->cert("alpha_root_2")->db->{pki_realm}
}, $dbdata->cert_names_by_realm_gen(alpha => 2), $dbdata->cert_names_by_realm_gen(alpha => 3);
# By CERT_ATTRIBUTES list of conditions to search in attributes (KEY, VALUE, OPERATOR)
# OPERATOR = [ EQUAL | LIKE | BETWEEN ]
# Note that the $uuid is used both in requestor name and hostname (subject)
$test->runcmd_ok('search_cert', {
CERT_ATTRIBUTES => [
{ KEY => 'meta_requestor', VALUE => "*$uuid*" }, # default operator is LIKE
{ KEY => 'meta_email', VALUE => 'tilltom@morning', OPERATOR => 'EQUAL' },
],
PKI_REALM => "_ANY"
}, "Search cert by attributes");
cmp_deeply $test->get_msg->{PARAMS}, [
superhashof({ SUBJECT => re(qr/$uuid/i) })
], "Correct result";
# Test NOT_EQUAL operator
$test->runcmd_ok('search_cert', {
CERT_ATTRIBUTES => [
{ KEY => 'meta_requestor', VALUE => "Till $uuid", OPERATOR => 'NOT_EQUAL' },
],
PKI_REALM => "_ANY"
}, "Search cert by attributes");
cmp_deeply $test->get_msg->{PARAMS}, array_each(
# Make sure the UUID does NOT match
superhashof({ SUBJECT => code(sub { (shift !~ /$uuid/i) or (0, "UUID matched") } ) })
), "Correct result";
# ENTITY_ONLY Bool: show only certificates issued by this ca (where CSR_SERIAL is set)
$test->runcmd_ok('search_cert', {
ENTITY_ONLY => 1,
PKI_REALM => "_ANY",
}, "Search cert only from this CA entity");
cmp_deeply $test->get_msg->{PARAMS}, array_each(
superhashof({ CSR_SERIAL => re(qr/^\d+$/) })
), "Correct result";
# Github issue #501 - SQL JOIN statement breaks when searching for attributes AND profile
$test->runcmd_ok('search_cert', {
CERT_ATTRIBUTES => [
{ KEY => 'meta_requestor', VALUE => "*$uuid*" }, # default operator is LIKE
{ KEY => 'meta_email', VALUE => 'tilltom@morning', OPERATOR => 'EQUAL' },
],
PROFILE => $cert_info->{profile},
PKI_REALM => "_ANY"
}, "Search cert by attributes and profile (issue #501)") or diag ref($test->error);
cmp_deeply $test->get_msg->{PARAMS}, [
superhashof({ SUBJECT => re(qr/$uuid/i) })
], "Correct result";
# Github issue #575 - search_cert fails on Oracle when order = identifier
$test->runcmd_ok('search_cert', {
CERT_ATTRIBUTES => [
{ KEY => 'meta_requestor', VALUE => "*$uuid*" }, # default operator is LIKE
{ KEY => 'meta_email', VALUE => 'tilltom@morning', OPERATOR => 'EQUAL' },
],
ORDER => "IDENTIFIER",
PKI_REALM => "_ANY"
}, "Search cert by attributes and with ORDER = 'identifier' (issue #575)") or diag ref($test->error);
cmp_deeply $test->get_msg->{PARAMS}, [
superhashof({ SUBJECT => re(qr/$uuid/i) })
], "Correct result";
$oxitest->delete_testcerts; # only deletes those from OpenXPKI::Test::CertHelper::Database
$test->disconnect;
| 37.088571 | 127 | 0.657731 |
edd40e28df190a562e2beec39be1f784ba362733 | 1,334 | pm | Perl | auto-lib/Azure/RecoveryServices/ListByReplicationFabricsReplicationStorageClassifications.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | null | null | null | auto-lib/Azure/RecoveryServices/ListByReplicationFabricsReplicationStorageClassifications.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | null | null | null | auto-lib/Azure/RecoveryServices/ListByReplicationFabricsReplicationStorageClassifications.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | 1 | 2021-04-08T15:26:39.000Z | 2021-04-08T15:26:39.000Z | package Azure::RecoveryServices::ListByReplicationFabricsReplicationStorageClassifications;
use Moose;
use MooseX::ClassAttribute;
has 'api_version' => (is => 'ro', required => 1, isa => 'Str', default => '2018-01-10',
traits => [ 'Azure::ParamInQuery', 'Azure::LocationInResponse' ], location => 'api-version',
);
has 'fabricName' => (is => 'ro', required => 1, isa => 'Str',
traits => [ 'Azure::ParamInPath' ],
);
has 'resourceGroupName' => (is => 'ro', required => 1, isa => 'Str',
traits => [ 'Azure::ParamInPath' ],
);
has 'resourceName' => (is => 'ro', required => 1, isa => 'Str',
traits => [ 'Azure::ParamInPath' ],
);
has 'subscriptionId' => (is => 'ro', required => 1, isa => 'Str',
traits => [ 'Azure::ParamInPath' ],
);
class_has _api_uri => (is => 'ro', default => '/Subscriptions/{subscriptionId}/resourceGroups/{resourceGroupName}/providers/Microsoft.RecoveryServices/vaults/{resourceName}/replicationFabrics/{fabricName}/replicationStorageClassifications');
class_has _returns => (is => 'ro', isa => 'HashRef', default => sub { {
200 => 'Azure::RecoveryServices::ListByReplicationFabricsReplicationStorageClassificationsResult',
} });
class_has _is_async => (is => 'ro', default => 0);
class_has _api_method => (is => 'ro', default => 'GET');
1;
| 44.466667 | 243 | 0.636432 |
ed072689e06bb8b9b89ea9ded6f3efad774a60db | 5,920 | al | Perl | benchmark/benchmarks/FASP-benchmarks/data/random/random-1599-440-1144.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | benchmark/benchmarks/FASP-benchmarks/data/random/random-1599-440-1144.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | benchmark/benchmarks/FASP-benchmarks/data/random/random-1599-440-1144.al | krzysg/FaspHeuristic | 1929c40e3fbc49e68b04acfc5522539a18758031 | [
"MIT"
] | null | null | null | 1 47 58 118
2 162 208 353
3 121 124 181
4 9 88 363
5 44 127 260
6
7 70 252 368
8 144
9 122 258 427
10 152 161 203 271 385
11 54
12 299 394
13
14 1 36 87 289 367
15 77 231 246
16 25 151 287
17 59 94 238
18 82
19 21 80 201 212 225 256
20 11 191 329
21 65 360 382 438
22 60 65
23 287
24 148 382
25 67 73 361
26 79
27 33 323
28 187 210 304 400
29 52 221 300
30 141 220 241 250 411
31 185
32 58 73 259 369
33 2 145 413
34 348
35 212 420
36 305
37
38 59 210
39 326
40 65 169
41
42 154 259 305
43 146 158 433
44 67 193 284 334
45
46 185 193 294 334 341 349
47 185
48 24 33 291 403 415
49 138 185 234 306
50 28
51 19 299 381 426
52 41 48 166 210 338
53 322
54 235 386 406
55 50 399
56
57 31 212 221 337 385
58 254
59 42 306 322
60 300
61 23 311 404
62 36 180 193
63 68 120 365
64 170 439
65 30
66 154 200
67 40 195 225
68
69 116
70 17 173 193 389
71 2 68 118 165
72 107 169 216 239 260 324
73 98 287 372 418
74 3 64 254 349 359 375
75 52 305 370
76 3 87 242 438
77 37 146 177 370
78 129 324
79 245 267 279 390 432
80
81 16 75
82 355 428
83 115 232 409
84 250 252 361 379
85 258 347
86 232 363
87 19 108
88 27 89 109
89 51 91 95 277 307 322
90 403
91 17 160
92 218 235 349
93 40 53 205 330 337
94 35 313 371
95 12 42 354
96 377 425
97 121 175 250 340
98
99 384
100 87 240
101 62 353
102 290 307 434
103 78 80
104 7 355 383
105 14
106 11 206 308
107 163 208
108
109
110 186 226 270
111 32 164 401
112 143
113 156 168
114 241 275
115 46 182
116 156 198
117 4 27 194 280 420
118 17 165 310 315
119 118 144 318
120
121 30 242
122 18 197 235 358
123 9 28 204 360
124 270
125 94 121 122 124 135 268
126 298
127 69 313 331
128 21 55 164
129 134 191 338
130 289 305 398
131 10 252 439
132 51
133 188
134 130
135 246
136 158
137 154 418
138 37 109 257 260 359
139 100 146 280
140 29
141 287
142
143 92 159 351
144 63 263
145 56
146 24 214 385
147 253 339 398
148 273
149 128 262 292 297
150 141 145 160 245 284
151 13 82 267 409
152 212 235 430
153 207 268
154 60 255 396
155 43 245
156 95 208 370
157
158 73 281
159 86 94 133 294 427
160 4 163 234 241 275 434
161 116 178 196 239
162 55 166
163 116 188 248
164 28 81
165 26
166 99 131 224 382 427
167 205 327
168 58 244 291 419
169 17 262 324 424
170 5 16
171 204 207 273 284
172 79 124 397
173 45 48 49 105 272 281 289
174 61 296 302 311
175 127 230 409
176 196 249
177 240
178 174
179 26 82 169 235 236 329 365
180 422
181 70
182 35 192 310
183 428
184 117 167 293
185 281 425
186 53 184 189
187 254 397
188
189 47 106 263
190 93 342 360
191 249 283 383
192 39 201 241 342 369 381
193 256 346 414
194 162 188 197 288
195 224 401
196 84 148 241 336
197 70
198 125 229 404
199 127
200 27 60 342
201 139 306 432
202 302 305
203 19 90
204
205 102 148 358 424
206 47 170 180 213 270 326 379
207 145
208 7 66 159 201 246 263 440
209 169
210
211 152
212 121 123 125 406
213 67 271
214 14 261
215 374
216 135 294 330 426
217 275 439
218 20 117 343
219 110 439
220 265 279
221 226 336 433
222 37 232 304 410
223 327
224 204 280 335
225 408 435
226 380 389
227 39 307
228 35 42 94 161 267 316
229 18 175 177 239
230
231
232 191 359
233 305
234 17 173 316
235 57 159
236
237 42 125 159 186 251 402 406
238
239 21
240 107 170 222 242 262 325 344
241 19 71 335
242 293 296
243 22 222 377
244 403
245 268
246 16 111 402
247 190 249 299
248 65 150
249 92
250 159 277
251 186
252 204
253 2 8 166
254 146
255 399
256 151 255 412 420
257 55 216 369
258 43 46 48 154
259 207 224
260 284
261 242 310
262 26 33 79 183 241
263 273
264 95
265 177
266 86
267
268 29 183 276 368 379
269 7 100 275 295
270 285 318 435
271 42 245
272 50 70 355
273 291
274 43 435
275 257
276 2 99 222 278 326 356
277
278 63 204 290 353
279 22 305
280 60 289 354 425
281 198
282 73 272 425
283 44 74 87 257 424
284 75 122
285 25 90 307 409 425
286 204 285
287 5 152 171 316 397
288
289 56 135 146
290 273
291 142 254
292 127 219 254 319
293 379 400
294 38 80 243
295 97 405
296 225 369
297 127
298 377
299 344 355
300 180 351
301 33 141 196
302 42 69 246 279 364 367 421
303 34 327
304 37 125 138 207 208 246
305 147 175 374 424
306 220 293 394
307 22 121 347 383 413
308 39 100 360
309 21 50 60
310 134 187 342 372
311 307 435
312 72 83 114 230 354
313 281
314 104 130 239 249 423
315 85
316 15 234 309 431
317 78 403
318 235
319 131 200 257 275 392
320 62 385
321 98 137 294 365
322 30
323 151 223 355 408 417
324 47 59 73 230
325 14 197 351 375
326 146 174
327 8 87 356
328 73 159 352
329 395
330 115
331 77 109 230
332 121 260 314 316 388
333 50 139 250 415
334 361 367 416
335 251
336 233
337 88 422
338
339 8 165 380
340 23 101 256 369
341 26 133 172
342 91 159
343 279
344 395 405 415
345 169 404
346 65 359
347 78
348 335
349 28 243 380
350 108 393 423
351 282
352 414 438
353 145 151 191 314 349
354 5 143 271 327
355 201 209 280 287
356 130 241
357 439
358 66 362 432
359 309 419
360 290 315
361 89 168
362 191 230 379
363 110 192 372
364 259 381 387
365 254 263 409
366 15 29 158 293
367 9 415
368 56 143 184 309
369 155 182 189 247 373
370 56 104 398
371 262 387
372 335 352
373 37 421
374 280
375 171
376 79 182 289
377 223 405
378 284 311
379 173
380 87 124 167 185 216 350
381 147 190 236 258 279
382 256 308 369
383 51 151 191 275 315
384 136 244 340
385 102 242 294
386 36 99
387 21 215 232 235
388 140
389 80 239 266 294 308
390 92 264 421
391 4 107 192 322
392
393 39 141 167 289 374 421
394 50 234
395 29 245
396 83 304 417
397 3 260
398 370
399 3 140
400 252
401 166
402 209 225 315
403 21 204 284 289
404 152 223
405 70 79 337
406 423
407
408 264
409 317 367
410 60 80 299 436
411
412 28 213 405
413 2 238
414 46 76 318 426
415 76 334
416 7
417 89
418 48 205 275
419 60 61 125 331 337 364
420 237 239 330 391
421 138 365 404 424
422
423 5 226 240
424 58 199 215
425 31 72 87 103
426 133 136 176 347
427 199 222 278 298 411
428 279 437
429 38 76 217 227 233
430 67 112
431 72 357
432 90 233
433 148 261 430
434 24 96
435 410
436 187 244 409
437 51 91 249 250
438 67 140 289
439 320 360
440 109 126 208 294 358 | 13.454545 | 31 | 0.732601 |
ed6b77799c9470c58949b3b230b455a4fa7e59ca | 1,640 | pm | Perl | StatsTracker.pm | therealbala/file-streaming-script_1 | 74d529006145e509c27eb94c8441830883f6bd4c | [
"MIT"
] | null | null | null | StatsTracker.pm | therealbala/file-streaming-script_1 | 74d529006145e509c27eb94c8441830883f6bd4c | [
"MIT"
] | null | null | null | StatsTracker.pm | therealbala/file-streaming-script_1 | 74d529006145e509c27eb94c8441830883f6bd4c | [
"MIT"
] | null | null | null | package Engine::Components::StatsTracker;
use strict;
use vars qw($ses $db $c $f);
sub _check(\%\@\@)
{
my ($opts, $required, $defined) = @_;
my %valid = map { $_ => 1 } (@$required, @$defined);
my ($pkg, $fn, $ln) = caller(1);
for(@$required) { die("Required option: $_ at $fn:$ln\n") if !defined($opts->{$_}); }
for(keys %$opts) { die("Unknown option: $_ at $fn:$ln\n") if !$valid{$_}; }
}
sub registerEvent
{
my ($self, $event, $opts) = @_;
if($event eq 'profits_received')
{
my @required = qw(usr_id amount stats);
my @defined = qw();
_check(%$opts, @required, @defined);
$db->Exec("INSERT INTO Stats2
SET usr_id=?, day=CURDATE(), profit_$opts->{stats}=profit_$opts->{stats}+?
ON DUPLICATE KEY UPDATE profit_$opts->{stats}=profit_$opts->{stats}+?",
$opts->{usr_id}, $opts->{amount}, $opts->{amount});
$db->Exec("UPDATE Stats2 SET $opts->{stats}=$opts->{stats}+1 WHERE usr_id=? AND day=CURDATE()", $opts->{usr_id})
if($opts->{stats} =~ /^(downloads|sales|rebills)$/);
$db->Exec("INSERT INTO Stats
SET paid_to_users=?, day=CURDATE()
ON DUPLICATE KEY UPDATE
paid_to_users=paid_to_users+?",
$opts->{amount},
$opts->{amount});
}
elsif($event eq 'payment_accepted')
{
return if $opts->{ignore_admin_stats};
$db->Exec("INSERT INTO Stats
SET received=?, day=CURDATE()
ON DUPLICATE KEY UPDATE
received=received+?",
$opts->{amount},
$opts->{amount});
}
else
{
die("Unknown event type: $event");
}
}
1;
| 28.275862 | 118 | 0.553659 |
edbd9f107e2d224cb8f9d483db582bd6c0bfe045 | 4,041 | al | Perl | Apps/W1/HybridGP/app/src/pages/GPMigrationSettingsList.page.al | Enavate-EPS-Product/ALAppExtensions | 20136cf2ef6589ff3ce7b16776aed5e8823b76f2 | [
"MIT"
] | 127 | 2018-04-17T18:03:03.000Z | 2019-05-06T18:54:17.000Z | Apps/W1/HybridGP/app/src/pages/GPMigrationSettingsList.page.al | Microsoft/ALAppExtensions | c49a3f05eef4bc88a38b5f4b888b96933ac01309 | [
"MIT"
] | 2,279 | 2018-09-12T12:01:49.000Z | 2019-05-06T13:59:35.000Z | Apps/W1/HybridGP/app/src/pages/GPMigrationSettingsList.page.al | Enavate-EPS-Product/ALAppExtensions | 20136cf2ef6589ff3ce7b16776aed5e8823b76f2 | [
"MIT"
] | 41 | 2018-05-17T11:19:52.000Z | 2019-04-30T17:30:38.000Z | page 4021 "GP Migration Settings List"
{
SourceTable = "GP Company Migration Settings";
SourceTableView = where(Replicate = CONST(true));
PageType = ListPart;
InsertAllowed = false;
DeleteAllowed = false;
ModifyAllowed = true;
Caption = 'Select company settings for data migration';
RefreshOnActivate = true;
layout
{
area(Content)
{
repeater(Companies)
{
ShowCaption = false;
field("Name"; Rec."Name")
{
ApplicationArea = Basic, Suite;
Editable = false;
ToolTip = 'Name of the company';
Width = 6;
}
field("Global Dimension 1"; Rec."Global Dimension 1")
{
ApplicationArea = Basic, Suite;
Caption = 'Global Dimension 1';
ToolTip = 'Global Dimension 1';
Width = 10;
}
field("Global Dimension 2"; Rec."Global Dimension 2")
{
ApplicationArea = Basic, Suite;
Caption = 'Global Dimension 2';
ToolTip = 'Global Dimension 2';
Width = 10;
}
field("Migrate Inactive Customers"; Rec."Migrate Inactive Customers")
{
ApplicationArea = Basic, Suite;
Caption = 'Migrate Inactive Customers';
ToolTip = 'Specifies whether to migrate inactive customers.';
Width = 8;
}
field("Migrate Inactive Vendors"; Rec."Migrate Inactive Vendors")
{
ApplicationArea = Basic, Suite;
Caption = 'Migrate Inactive Vendors';
ToolTip = 'Specifies whether to migrate inactive vendors.';
Width = 8;
}
field("Migrate Inactive Checkbooks"; MigrateInactiveCheckbooks)
{
ApplicationArea = Basic, Suite;
Caption = 'Migrate Inactive Checkbooks';
ToolTip = 'Specifies whether to migrate inactive checkbooks.';
Width = 8;
trigger OnValidate()
var
GPCompanyAdditionalSettings: Record "GP Company Additional Settings";
begin
if not GPCompanyAdditionalSettings.Get(Rec.Name) then begin
GPCompanyAdditionalSettings.Name := Rec.Name;
GPCompanyAdditionalSettings."Migrate Inactive Checkbooks" := MigrateInactiveCheckbooks;
GPCompanyAdditionalSettings.Insert();
end else begin
GPCompanyAdditionalSettings."Migrate Inactive Checkbooks" := MigrateInactiveCheckbooks;
GPCompanyAdditionalSettings.Modify();
end;
end;
}
}
}
}
trigger OnAfterGetRecord()
var
GPSegmentNames: Record "GP Segment Name";
GPCompanyAdditionalSettings: Record "GP Company Additional Settings";
begin
GPSegmentNames.SetFilter("Company Name", Rec.Name);
if Rec."Global Dimension 1" = '' then
if GPSegmentNames.FindFirst() then
Rec."Global Dimension 1" := GPSegmentNames."Segment Name";
if Rec."Global Dimension 2" = '' then begin
GPSegmentNames.SetFilter("Segment Name", '<> %1', Rec."Global Dimension 1");
if GPSegmentNames.FindFirst() then
Rec."Global Dimension 2" := GPSegmentNames."Segment Name";
end;
Rec.Modify();
MigrateInactiveCheckbooks := GPCompanyAdditionalSettings.GetMigrateInactiveCheckbooks();
end;
var
MigrateInactiveCheckbooks: Boolean;
} | 39.617647 | 115 | 0.511012 |
edbcf3ab1bd6b11f1d1d20d37a74493c32a45ca2 | 8,803 | pm | Perl | lib/Sisimai/Lhost/MXLogic.pm | vhenon/p5-sisimai | 0951e278ee44418aeee6c8ebd675a29798c74dde | [
"BSD-2-Clause"
] | 42 | 2016-01-04T09:20:43.000Z | 2020-03-03T00:33:09.000Z | lib/Sisimai/Lhost/MXLogic.pm | vhenon/p5-sisimai | 0951e278ee44418aeee6c8ebd675a29798c74dde | [
"BSD-2-Clause"
] | 251 | 2015-12-25T06:22:58.000Z | 2020-04-23T05:47:59.000Z | lib/Sisimai/Lhost/MXLogic.pm | vhenon/p5-sisimai | 0951e278ee44418aeee6c8ebd675a29798c74dde | [
"BSD-2-Clause"
] | 19 | 2016-01-14T10:34:34.000Z | 2019-12-18T10:06:23.000Z | package Sisimai::Lhost::MXLogic;
use parent 'Sisimai::Lhost';
use feature ':5.10';
use strict;
use warnings;
# Based on Sisimai::Lhost::Exim
sub description { 'McAfee SaaS' }
sub make {
# Detect an error from MXLogic
# @param [Hash] mhead Message headers of a bounce email
# @param [String] mbody Message body of a bounce email
# @return [Hash] Bounce data list and message/rfc822 part
# @return [Undef] failed to parse or the arguments are missing
# @since v4.1.1
my $class = shift;
my $mhead = shift // return undef;
my $mbody = shift // return undef;
my $match = 0;
# X-MX-Bounce: mta/src/queue/bounce
# X-MXL-NoteHash: ffffffffffffffff-0000000000000000000000000000000000000000
# X-MXL-Hash: 4c9d4d411993da17-bbd4212b6c887f6c23bab7db4bd87ef5edc00758
$match ||= 1 if defined $mhead->{'x-mx-bounce'};
$match ||= 1 if defined $mhead->{'x-mxl-hash'};
$match ||= 1 if defined $mhead->{'x-mxl-notehash'};
$match ||= 1 if index($mhead->{'from'}, 'Mail Delivery System') == 0;
$match ||= 1 if $mhead->{'subject'} =~ qr{(?:
Mail[ ]delivery[ ]failed(:[ ]returning[ ]message[ ]to[ ]sender)?
|Warning:[ ]message[ ][^ ]+[ ]delayed[ ]+
|Delivery[ ]Status[ ]Notification
)
}x;
return undef unless $match;
state $indicators = __PACKAGE__->INDICATORS;
state $rebackbone = qr|^Included is a copy of the message header:|m;
state $startingof = { 'message' => ['This message was created automatically by mail delivery software.'] };
state $recommands = [
qr/SMTP error from remote (?:mail server|mailer) after ([A-Za-z]{4})/,
qr/SMTP error from remote (?:mail server|mailer) after end of ([A-Za-z]{4})/,
];
state $messagesof = {
'userunknown' => ['user not found'],
'hostunknown' => [
'all host address lookups failed permanently',
'all relevant MX records point to non-existent hosts',
'Unrouteable address',
],
'mailboxfull' => [
'mailbox is full',
'error: quota exceed',
],
'notaccept' => [
'an MX or SRV record indicated no SMTP service',
'no host found for existing SMTP connection',
],
'syntaxerror' => [
'angle-brackets nested too deep',
'expected word or "<"',
'domain missing in source-routed address',
'malformed address:',
],
'systemerror' => [
'delivery to file forbidden',
'delivery to pipe forbidden',
'local delivery failed',
'LMTP error after ',
],
'contenterror' => ['Too many "Received" headers'],
};
state $delayedfor = [
'retry timeout exceeded',
'No action is required on your part',
'retry time not reached for any host after a long failure period',
'all hosts have been failing for a long time and were last tried',
'Delay reason: ',
'has been frozen',
'was frozen on arrival by ',
];
my $dscontents = [__PACKAGE__->DELIVERYSTATUS];
my $emailsteak = Sisimai::RFC5322->fillet($mbody, $rebackbone);
my $readcursor = 0; # (Integer) Points the current cursor position
my $recipients = 0; # (Integer) The number of 'Final-Recipient' header
my $localhost0 = ''; # (String) Local MTA
my $v = undef;
for my $e ( split("\n", $emailsteak->[0]) ) {
# Read error messages and delivery status lines from the head of the email
# to the previous line of the beginning of the original message.
unless( $readcursor ) {
# Beginning of the bounce message or message/delivery-status part
$readcursor |= $indicators->{'deliverystatus'} if index($e, $startingof->{'message'}->[0]) == 0;
next;
}
next unless $readcursor & $indicators->{'deliverystatus'};
next unless length $e;
# This message was created automatically by mail delivery software.
#
# A message that you sent could not be delivered to one or more of its
# recipients. This is a permanent error. The following address(es) failed:
#
# kijitora@example.jp
# SMTP error from remote mail server after RCPT TO:<kijitora@example.jp>:
# host neko.example.jp [192.0.2.222]: 550 5.1.1 <kijitora@example.jp>... User Unknown
$v = $dscontents->[-1];
if( $e =~ /\A[ \t]*[<]([^ ]+[@][^ ]+)[>]:(.+)\z/ ) {
# A message that you have sent could not be delivered to one or more
# recipients. This is a permanent error. The following address failed:
#
# <kijitora@example.co.jp>: 550 5.1.1 ...
if( $v->{'recipient'} ) {
# There are multiple recipient addresses in the message body.
push @$dscontents, __PACKAGE__->DELIVERYSTATUS;
$v = $dscontents->[-1];
}
$v->{'recipient'} = $1;
$v->{'diagnosis'} = $2;
$recipients++;
} elsif( scalar @$dscontents == $recipients ) {
# Error message
next unless length $e;
$v->{'diagnosis'} .= $e.' ';
}
}
return undef unless $recipients;
if( scalar @{ $mhead->{'received'} } ) {
# Get the name of local MTA
# Received: from marutamachi.example.org (c192128.example.net [192.0.2.128])
$localhost0 = $1 if $mhead->{'received'}->[-1] =~ /from[ \t]([^ ]+) /;
}
for my $e ( @$dscontents ) {
# Set default values if each value is empty.
$e->{'lhost'} ||= $localhost0;
$e->{'diagnosis'} =~ s/[-]{2}.*\z//g;
$e->{'diagnosis'} = Sisimai::String->sweep($e->{'diagnosis'});
unless( $e->{'rhost'} ) {
# Get the remote host name
# host neko.example.jp [192.0.2.222]: 550 5.1.1 <kijitora@example.jp>... User Unknown
$e->{'rhost'} = $1 if $e->{'diagnosis'} =~ /host[ \t]+([^ \t]+)[ \t]\[.+\]:[ \t]/;
unless( $e->{'rhost'} ) {
if( scalar @{ $mhead->{'received'} } ) {
# Get localhost and remote host name from Received header.
$e->{'rhost'} = pop @{ Sisimai::RFC5322->received($mhead->{'received'}->[-1]) };
}
}
}
unless( $e->{'command'} ) {
# Get the SMTP command name for the session
SMTP: for my $r ( @$recommands ) {
# Verify each regular expression of SMTP commands
next unless $e->{'diagnosis'} =~ $r;
$e->{'command'} = uc $1;
last;
}
# Detect the reason of bounce
if( $e->{'command'} eq 'MAIL' ) {
# MAIL | Connected to 192.0.2.135 but sender was rejected.
$e->{'reason'} = 'rejected';
} elsif( $e->{'command'} eq 'HELO' || $e->{'command'} eq 'EHLO' ) {
# HELO | Connected to 192.0.2.135 but my name was rejected.
$e->{'reason'} = 'blocked';
} else {
# Verify each regular expression of session errors
SESSION: for my $r ( keys %$messagesof ) {
# Check each regular expression
next unless grep { index($e->{'diagnosis'}, $_) > -1 } @{ $messagesof->{ $r } };
$e->{'reason'} = $r;
last;
}
unless( $e->{'reason'} ) {
# The reason "expired"
$e->{'reason'} = 'expired' if grep { index($e->{'diagnosis'}, $_) > -1 } @$delayedfor;
}
}
}
$e->{'command'} ||= '';
}
return { 'ds' => $dscontents, 'rfc822' => $emailsteak->[1] };
}
1;
__END__
=encoding utf-8
=head1 NAME
Sisimai::Lhost::MXLogic - bounce mail parser class for C<MX Logic>.
=head1 SYNOPSIS
use Sisimai::Lhost::MXLogic;
=head1 DESCRIPTION
Sisimai::Lhost::MXLogic parses a bounce email which created by
C<McAfee SaaS (formerly MX Logic)>. Methods in the module are called from only
Sisimai::Message.
=head1 CLASS METHODS
=head2 C<B<description()>>
C<description()> returns description string of this module.
print Sisimai::Lhost::MXLogic->description;
=head2 C<B<make(I<header data>, I<reference to body string>)>>
C<make()> method parses a bounced email and return results as a array reference.
See Sisimai::Message for more details.
=head1 AUTHOR
azumakuniyuki
=head1 COPYRIGHT
Copyright (C) 2014-2020 azumakuniyuki, All rights reserved.
=head1 LICENSE
This software is distributed under The BSD 2-Clause License.
=cut
| 36.679167 | 111 | 0.547427 |
73fb09cfc30d842a93fb85511cec0ec18bf067e5 | 12,079 | pm | Perl | lib/Mojo/mysql/Database.pm | jhthorsen/mojo-mysql | 2d43a6af7f31606e2558f4c3481621a3e758c8e0 | [
"ClArtistic"
] | 20 | 2015-02-26T01:25:12.000Z | 2020-06-23T19:12:50.000Z | lib/Mojo/mysql/Database.pm | jhthorsen/mojo-mysql | 2d43a6af7f31606e2558f4c3481621a3e758c8e0 | [
"ClArtistic"
] | 82 | 2015-01-02T10:37:18.000Z | 2021-11-22T09:12:54.000Z | lib/Mojo/mysql/Database.pm | jhthorsen/mojo-mysql | 2d43a6af7f31606e2558f4c3481621a3e758c8e0 | [
"ClArtistic"
] | 26 | 2015-03-02T14:07:39.000Z | 2021-10-08T07:06:43.000Z | package Mojo::mysql::Database;
use Mojo::Base 'Mojo::EventEmitter';
use Carp;
use Mojo::IOLoop;
use Mojo::JSON 'to_json';
use Mojo::mysql::Results;
use Mojo::mysql::Transaction;
use Mojo::Promise;
use Mojo::Util 'monkey_patch';
use Scalar::Util 'weaken';
has [qw(dbh mysql)];
has results_class => 'Mojo::mysql::Results';
for my $name (qw(delete insert select update)) {
monkey_patch __PACKAGE__, $name, sub {
my $self = shift;
my @cb = ref $_[-1] eq 'CODE' ? pop : ();
return $self->query($self->mysql->abstract->$name(@_), @cb);
};
monkey_patch __PACKAGE__, "${name}_p", sub {
my $self = shift;
return $self->query_p($self->mysql->abstract->$name(@_));
};
}
sub DESTROY {
my $self = shift;
$self->_cleanup_sth;
return unless (my $mysql = $self->mysql) and (my $dbh = $self->dbh);
$mysql->_enqueue($dbh, $self->{handle});
}
sub backlog { scalar @{shift->{waiting} || []} }
sub begin {
my $self = shift;
my $tx = Mojo::mysql::Transaction->new(db => $self);
weaken $tx->{db};
return $tx;
}
sub disconnect {
my $self = shift;
$self->_cleanup_sth;
$self->_unwatch;
$self->dbh->disconnect;
}
sub pid { shift->_dbh_attr('mysql_thread_id') }
sub ping { shift->dbh->ping }
sub query {
my ($self, $query) = (shift, shift);
my $cb = ref $_[-1] eq 'CODE' ? pop : undef;
# Blocking
unless ($cb) {
Carp::confess('Cannot perform blocking query, while waiting for async response') if $self->backlog;
my $sth = $self->dbh->prepare($query);
local $sth->{HandleError} = sub { $_[0] = Carp::shortmess($_[0]); 0 };
_bind_params($sth, @_);
my $rv = $sth->execute;
my $res = $self->results_class->new(db => $self, is_blocking => 1, sth => $sth);
$res->{affected_rows} = defined $rv && $rv >= 0 ? 0 + $rv : undef;
return $res;
}
# Non-blocking
push @{$self->{waiting}}, {args => [@_], err => Carp::shortmess('__MSG__'), cb => $cb, query => $query};
$self->$_ for qw(_next _watch);
return $self;
}
sub query_p {
my $self = shift;
my $promise = Mojo::Promise->new;
$self->query(@_ => sub { $_[1] ? $promise->reject($_[1]) : $promise->resolve($_[2]) });
return $promise;
}
sub quote { shift->dbh->quote(shift) }
sub quote_id { shift->dbh->quote_identifier(shift) }
sub tables {
shift->query('show tables')->arrays->reduce(sub { push @$a, $b->[0]; $a }, []);
}
sub _bind_params {
my $sth = shift;
for my $i (0 .. $#_) {
my $param = $_[$i];
my %attrs;
if (ref $param eq 'HASH') {
if (exists $param->{json}) {
$param = to_json $param->{json};
}
elsif (exists $param->{type} && exists $param->{value}) {
($param, $attrs{TYPE}) = @$param{qw(value type)};
}
}
$sth->bind_param($i + 1, $param, \%attrs);
}
return $sth;
}
sub _cleanup_sth {
my $self = shift;
delete $self->{done_sth};
$_->{cb}($self, 'Premature connection close', undef) for @{delete $self->{waiting} || []};
}
sub _dbh_attr {
my $self = shift;
my $dbh = ref $self ? $self->dbh : shift;
my $name = shift;
$name =~ s!^mysql!{lc $dbh->{Driver}{Name}}!e;
return $dbh->{$name} = shift if @_;
return $dbh->{$name};
}
sub _next {
my $self = shift;
return unless my $next = $self->{waiting}[0];
return if $next->{sth};
my $dbh = $self->dbh;
my $flag = lc $dbh->{Driver}{Name} eq 'mariadb' ? 'mariadb_async' : 'async';
my $sth = $next->{sth} = $self->dbh->prepare($next->{query}, {$flag => 1});
_bind_params($sth, @{$next->{args}});
$sth->execute;
}
sub _unwatch {
Mojo::IOLoop->singleton->reactor->remove(delete $_[0]->{handle}) if $_[0]->{handle};
}
sub _watch {
my $self = shift;
return if $self->{handle};
my $dbh = $self->dbh;
my $driver = lc $dbh->{Driver}{Name};
my $ready_method = "${driver}_async_ready";
my $result_method = "${driver}_async_result";
my $fd = $driver eq 'mariadb' ? $dbh->mariadb_sockfd : $dbh->mysql_fd;
open $self->{handle}, '<&', $fd or die "Could not dup $driver fd: $!";
Mojo::IOLoop->singleton->reactor->io(
$self->{handle} => sub {
return unless my $waiting = $self->{waiting};
return unless @$waiting and $waiting->[0]{sth} and $waiting->[0]{sth}->$ready_method;
my ($cb, $err, $sth) = @{shift @$waiting}{qw(cb err sth)};
# Do not raise exceptions inside the event loop
my $rv = do { local $sth->{RaiseError} = 0; $sth->$result_method };
my $res = $self->results_class->new(db => $self, sth => $sth);
$err = undef if defined $rv;
$err =~ s!\b__MSG__\b!{$dbh->errstr}!e if defined $err;
$res->{affected_rows} = defined $rv && $rv >= 0 ? 0 + $rv : undef;
$self->$cb($err, $res);
$self->_next;
$self->_unwatch unless $self->backlog;
}
)->watch($self->{handle}, 1, 0);
}
1;
=encoding utf8
=head1 NAME
Mojo::mysql::Database - Database
=head1 SYNOPSIS
use Mojo::mysql::Database;
my $db = Mojo::mysql::Database->new(mysql => $mysql, dbh => $dbh);
=head1 DESCRIPTION
L<Mojo::mysql::Database> is a container for database handles used by L<Mojo::mysql>.
=head1 ATTRIBUTES
L<Mojo::mysql::Database> implements the following attributes.
=head2 dbh
my $dbh = $db->dbh;
$db = $db->dbh(DBI->new);
Database handle used for all queries.
=head2 mysql
my $mysql = $db->mysql;
$db = $db->mysql(Mojo::mysql->new);
L<Mojo::mysql> object this database belongs to.
=head2 results_class
$class = $db->results_class;
$db = $db->results_class("MyApp::Results");
Class to be used by L</"query">, defaults to L<Mojo::mysql::Results>. Note that
this class needs to have already been loaded before L</"query"> is called.
=head1 METHODS
L<Mojo::mysql::Database> inherits all methods from L<Mojo::EventEmitter> and
implements the following new ones.
=head2 backlog
my $num = $db->backlog;
Number of waiting non-blocking queries.
=head2 begin
my $tx = $db->begin;
Begin transaction and return L<Mojo::mysql::Transaction> object, which will
automatically roll back the transaction unless
L<Mojo::mysql::Transaction/"commit"> bas been called before it is destroyed.
# Add names in a transaction
eval {
my $tx = $db->begin;
$db->query('insert into names values (?)', 'Baerbel');
$db->query('insert into names values (?)', 'Wolfgang');
$tx->commit;
};
say $@ if $@;
=head2 delete
my $results = $db->delete($table, \%where);
Generate a C<DELETE> statement with L<Mojo::mysql/"abstract"> (usually an
L<SQL::Abstract> object) and execute it with L</"query">. You can also append a
callback to perform operations non-blocking.
$db->delete(some_table => sub {
my ($db, $err, $results) = @_;
...
});
Mojo::IOLoop->start unless Mojo::IOLoop->is_running;
=head2 delete_p
my $promise = $db->delete_p($table, \%where, \%options);
Same as L</"delete">, but performs all operations non-blocking and returns a
L<Mojo::Promise> object instead of accepting a callback.
$db->delete_p('some_table')->then(sub {
my $results = shift;
...
})->catch(sub {
my $err = shift;
...
})->wait;
=head2 disconnect
$db->disconnect;
Disconnect database handle and prevent it from getting cached again.
=head2 insert
my $results = $db->insert($table, \@values || \%fieldvals, \%options);
Generate an C<INSERT> statement with L<Mojo::mysql/"abstract"> (usually an
L<SQL::Abstract> object) and execute it with L</"query">. You can also append a
callback to perform operations non-blocking.
$db->insert(some_table => {foo => 'bar'} => sub {
my ($db, $err, $results) = @_;
...
});
Mojo::IOLoop->start unless Mojo::IOLoop->is_running;
=head2 insert_p
my $promise = $db->insert_p($table, \@values || \%fieldvals, \%options);
Same as L</"insert">, but performs all operations non-blocking and returns a
L<Mojo::Promise> object instead of accepting a callback.
$db->insert_p(some_table => {foo => 'bar'})->then(sub {
my $results = shift;
...
})->catch(sub {
my $err = shift;
...
})->wait;
=head2 pid
my $pid = $db->pid;
Return the connection id of the backend server process.
=head2 ping
my $bool = $db->ping;
Check database connection.
=head2 query
my $results = $db->query('select * from foo');
my $results = $db->query('insert into foo values (?, ?, ?)', @values);
my $results = $db->query('insert into foo values (?)', {json => {bar => 'baz'}});
my $results = $db->query('insert into foo values (?)', {type => SQL_INTEGER, value => 42});
Execute a blocking statement and return a L<Mojo::mysql::Results> object with the
results. You can also append a callback to perform operation non-blocking.
$db->query('select * from foo' => sub {
my ($db, $err, $results) = @_;
...
});
Mojo::IOLoop->start unless Mojo::IOLoop->is_running;
Hash reference arguments containing a value named C<json>, will be encoded to
JSON text with L<Mojo::JSON/"to_json">. To accomplish the reverse, you can use
the method L<Mojo::mysql::Results/"expand">, which automatically decodes data back
to Perl data structures.
$db->query('insert into foo values (x) values (?)', {json => {bar => 'baz'}});
$db->query('select * from foo')->expand->hash->{x}{bar}; # baz
Hash reference arguments containing values named C<type> and C<value> can be
used to bind specific L<DBI> data types (see L<DBI/"DBI Constants">) to
placeholders. This is needed to pass binary data in parameters; see
L<DBD::mysql/"mysql_enable_utf8"> for more information.
# Insert binary data
use DBI ':sql_types';
$db->query('insert into bar values (?)', {type => SQL_BLOB, value => $bytes});
=head2 query_p
my $promise = $db->query_p('select * from foo');
Same as L</"query">, but performs all operations non-blocking and returns a
L<Mojo::Promise> object instead of accepting a callback.
$db->query_p('insert into foo values (?, ?, ?)' => @values)->then(sub {
my $results = shift;
...
})->catch(sub {
my $err = shift;
...
})->wait;
=head2 quote
my $escaped = $db->quote($str);
Quote a string literal for use as a literal value in an SQL statement.
=head2 quote_id
my $escaped = $db->quote_id($id);
Quote an identifier (table name etc.) for use in an SQL statement.
=head2 select
my $results = $db->select($source, $fields, $where, $order);
Generate a C<SELECT> statement with L<Mojo::mysql/"abstract"> (usually an
L<SQL::Abstract> object) and execute it with L</"query">. You can also append a
callback to perform operations non-blocking.
$db->select(some_table => ['foo'] => sub {
my ($db, $err, $results) = @_;
...
});
Mojo::IOLoop->start unless Mojo::IOLoop->is_running;
=head2 select_p
my $promise = $db->select_p($source, $fields, $where, $order);
Same as L</"select">, but performs all operations non-blocking and returns a
L<Mojo::Promise> object instead of accepting a callback.
$db->select_p(some_table => ['foo'] => {bar => 'yada'})->then(sub {
my $results = shift;
...
})->catch(sub {
my $err = shift;
...
})->wait;
=head2 update
my $results = $db->update($table, \%fieldvals, \%where);
Generate an C<UPDATE> statement with L<Mojo::mysql/"abstract"> (usually an
L<SQL::Abstract> object) and execute it with L</"query">. You can also append a
callback to perform operations non-blocking.
$db->update(some_table => {foo => 'baz'} => {foo => 'bar'} => sub {
my ($db, $err, $results) = @_;
...
});
Mojo::IOLoop->start unless Mojo::IOLoop->is_running;
=head2 update_p
my $promise = $db->update_p($table, \%fieldvals, \%where, \%options);
Same as L</"update">, but performs all operations non-blocking and returns a
L<Mojo::Promise> object instead of accepting a callback.
$db->update_p(some_table => {foo => 'baz'} => {foo => 'bar'})->then(sub {
my $results = shift;
...
})->catch(sub {
my $err = shift;
...
})->wait;
=head2 tables
my $tables = $db->tables;
Return an array reference with table names for this database.
=head1 SEE ALSO
L<Mojo::mysql>.
=cut
| 26.782705 | 106 | 0.622899 |
ed73d340ee801eb76634fbaecd0fdae80519444f | 69 | pl | Perl | examples/debugging/simple.pl | leuschel/logen | 0ea806f54628162615e25177c3ed98f6b2c27935 | [
"Apache-2.0"
] | 14 | 2015-10-16T11:35:30.000Z | 2021-05-12T15:31:16.000Z | examples/debugging/simple.pl | leuschel/logen | 0ea806f54628162615e25177c3ed98f6b2c27935 | [
"Apache-2.0"
] | null | null | null | examples/debugging/simple.pl | leuschel/logen | 0ea806f54628162615e25177c3ed98f6b2c27935 | [
"Apache-2.0"
] | 5 | 2015-10-16T12:44:41.000Z | 2019-10-02T02:45:38.000Z | main(X) :- var(X),print(var),nl,X=1.
main(X) :- print(nonvar(X)),nl.
| 23 | 36 | 0.57971 |
eddead034fc663d972401b02fa9cad26ff5faf52 | 17,644 | pm | Perl | lib/DateTime/Duration.pm | ystk/debian-libdatetime-perl | 21fd459667779f12b0c5ad9694a65b4ebc08725b | [
"Artistic-2.0"
] | null | null | null | lib/DateTime/Duration.pm | ystk/debian-libdatetime-perl | 21fd459667779f12b0c5ad9694a65b4ebc08725b | [
"Artistic-2.0"
] | null | null | null | lib/DateTime/Duration.pm | ystk/debian-libdatetime-perl | 21fd459667779f12b0c5ad9694a65b4ebc08725b | [
"Artistic-2.0"
] | null | null | null | package DateTime::Duration;
BEGIN {
$DateTime::Duration::VERSION = '0.61';
}
use strict;
use warnings;
use Carp ();
use DateTime;
use DateTime::Helpers;
use Params::Validate qw( validate SCALAR );
use overload (
fallback => 1,
'+' => '_add_overload',
'-' => '_subtract_overload',
'*' => '_multiply_overload',
'<=>' => '_compare_overload',
'cmp' => '_compare_overload',
);
use constant MAX_NANOSECONDS => 1_000_000_000; # 1E9 = almost 32 bits
my @all_units = qw( months days minutes seconds nanoseconds );
# XXX - need to reject non-integers but accept infinity, NaN, &
# 1.56e+18
sub new {
my $class = shift;
my %p = validate(
@_, {
years => { type => SCALAR, default => 0 },
months => { type => SCALAR, default => 0 },
weeks => { type => SCALAR, default => 0 },
days => { type => SCALAR, default => 0 },
hours => { type => SCALAR, default => 0 },
minutes => { type => SCALAR, default => 0 },
seconds => { type => SCALAR, default => 0 },
nanoseconds => { type => SCALAR, default => 0 },
end_of_month => {
type => SCALAR, default => undef,
regex => qr/^(?:wrap|limit|preserve)$/
},
}
);
my $self = bless {}, $class;
$self->{months} = ( $p{years} * 12 ) + $p{months};
$self->{days} = ( $p{weeks} * 7 ) + $p{days};
$self->{minutes} = ( $p{hours} * 60 ) + $p{minutes};
$self->{seconds} = $p{seconds};
if ( $p{nanoseconds} ) {
$self->{nanoseconds} = $p{nanoseconds};
$self->_normalize_nanoseconds;
}
else {
# shortcut - if they don't need nanoseconds
$self->{nanoseconds} = 0;
}
$self->{end_of_month} = (
defined $p{end_of_month} ? $p{end_of_month}
: $self->{months} < 0 ? 'preserve'
: 'wrap'
);
return $self;
}
# make the signs of seconds, nanos the same; 0 < abs(nanos) < MAX_NANOS
# NB this requires nanoseconds != 0 (callers check this already)
sub _normalize_nanoseconds {
my $self = shift;
return
if ( $self->{nanoseconds} == DateTime::INFINITY()
|| $self->{nanoseconds} == DateTime::NEG_INFINITY()
|| $self->{nanoseconds} eq DateTime::NAN() );
my $seconds = $self->{seconds} + $self->{nanoseconds} / MAX_NANOSECONDS;
$self->{seconds} = int($seconds);
$self->{nanoseconds} = $self->{nanoseconds} % MAX_NANOSECONDS;
$self->{nanoseconds} -= MAX_NANOSECONDS if $seconds < 0;
}
sub clone { bless { %{ $_[0] } }, ref $_[0] }
sub years { abs( $_[0]->in_units('years') ) }
sub months { abs( $_[0]->in_units( 'months', 'years' ) ) }
sub weeks { abs( $_[0]->in_units('weeks') ) }
sub days { abs( $_[0]->in_units( 'days', 'weeks' ) ) }
sub hours { abs( $_[0]->in_units('hours') ) }
sub minutes { abs( $_[0]->in_units( 'minutes', 'hours' ) ) }
sub seconds { abs( $_[0]->in_units('seconds') ) }
sub nanoseconds { abs( $_[0]->in_units( 'nanoseconds', 'seconds' ) ) }
sub is_positive { $_[0]->_has_positive && !$_[0]->_has_negative }
sub is_negative { !$_[0]->_has_positive && $_[0]->_has_negative }
sub _has_positive {
( grep { $_ > 0 } @{ $_[0] }{@all_units} ) ? 1 : 0;
}
sub _has_negative {
( grep { $_ < 0 } @{ $_[0] }{@all_units} ) ? 1 : 0;
}
sub is_zero {
return 0 if grep { $_ != 0 } @{ $_[0] }{@all_units};
return 1;
}
sub delta_months { $_[0]->{months} }
sub delta_days { $_[0]->{days} }
sub delta_minutes { $_[0]->{minutes} }
sub delta_seconds { $_[0]->{seconds} }
sub delta_nanoseconds { $_[0]->{nanoseconds} }
sub deltas {
map { $_ => $_[0]->{$_} } @all_units;
}
sub in_units {
my $self = shift;
my @units = @_;
my %units = map { $_ => 1 } @units;
my %ret;
my ( $months, $days, $minutes, $seconds )
= @{$self}{qw( months days minutes seconds )};
if ( $units{years} ) {
$ret{years} = int( $months / 12 );
$months -= $ret{years} * 12;
}
if ( $units{months} ) {
$ret{months} = $months;
}
if ( $units{weeks} ) {
$ret{weeks} = int( $days / 7 );
$days -= $ret{weeks} * 7;
}
if ( $units{days} ) {
$ret{days} = $days;
}
if ( $units{hours} ) {
$ret{hours} = int( $minutes / 60 );
$minutes -= $ret{hours} * 60;
}
if ( $units{minutes} ) {
$ret{minutes} = $minutes;
}
if ( $units{seconds} ) {
$ret{seconds} = $seconds;
$seconds = 0;
}
if ( $units{nanoseconds} ) {
$ret{nanoseconds} = $seconds * MAX_NANOSECONDS + $self->{nanoseconds};
}
wantarray ? @ret{@units} : $ret{ $units[0] };
}
sub is_wrap_mode { $_[0]->{end_of_month} eq 'wrap' ? 1 : 0 }
sub is_limit_mode { $_[0]->{end_of_month} eq 'limit' ? 1 : 0 }
sub is_preserve_mode { $_[0]->{end_of_month} eq 'preserve' ? 1 : 0 }
sub end_of_month_mode { $_[0]->{end_of_month} }
sub calendar_duration {
my $self = shift;
return ( ref $self )
->new( map { $_ => $self->{$_} } qw( months days end_of_month ) );
}
sub clock_duration {
my $self = shift;
return ( ref $self )
->new( map { $_ => $self->{$_} }
qw( minutes seconds nanoseconds end_of_month ) );
}
sub inverse {
my $self = shift;
my %p = @_;
my %new;
foreach my $u (@all_units) {
$new{$u} = $self->{$u};
# avoid -0 bug
$new{$u} *= -1 if $new{$u};
}
$new{end_of_month} = $p{end_of_month}
if exists $p{end_of_month};
return ( ref $self )->new(%new);
}
sub add_duration {
my ( $self, $dur ) = @_;
foreach my $u (@all_units) {
$self->{$u} += $dur->{$u};
}
$self->_normalize_nanoseconds if $self->{nanoseconds};
return $self;
}
sub add {
my $self = shift;
return $self->add_duration( ( ref $self )->new(@_) );
}
sub subtract_duration { return $_[0]->add_duration( $_[1]->inverse ) }
sub subtract {
my $self = shift;
return $self->subtract_duration( ( ref $self )->new(@_) );
}
sub multiply {
my $self = shift;
my $multiplier = shift;
foreach my $u (@all_units) {
$self->{$u} *= $multiplier;
}
$self->_normalize_nanoseconds if $self->{nanoseconds};
return $self;
}
sub compare {
my ( $class, $dur1, $dur2, $dt ) = @_;
$dt ||= DateTime->now;
return DateTime->compare( $dt->clone->add_duration($dur1),
$dt->clone->add_duration($dur2) );
}
sub _add_overload {
my ( $d1, $d2, $rev ) = @_;
( $d1, $d2 ) = ( $d2, $d1 ) if $rev;
if ( DateTime::Helpers::isa( $d2, 'DateTime' ) ) {
$d2->add_duration($d1);
return;
}
# will also work if $d1 is a DateTime.pm object
return $d1->clone->add_duration($d2);
}
sub _subtract_overload {
my ( $d1, $d2, $rev ) = @_;
( $d1, $d2 ) = ( $d2, $d1 ) if $rev;
Carp::croak(
"Cannot subtract a DateTime object from a DateTime::Duration object")
if DateTime::Helpers::isa( $d2, 'DateTime' );
return $d1->clone->subtract_duration($d2);
}
sub _multiply_overload {
my $self = shift;
my $new = $self->clone;
return $new->multiply(@_);
}
sub _compare_overload {
Carp::croak( 'DateTime::Duration does not overload comparison.'
. ' See the documentation on the compare() method for details.'
);
}
1;
# ABSTRACT: Duration objects for date math
=pod
=head1 NAME
DateTime::Duration - Duration objects for date math
=head1 VERSION
version 0.61
=head1 SYNOPSIS
use DateTime::Duration;
$d = DateTime::Duration->new( years => 3,
months => 5,
weeks => 1,
days => 1,
hours => 6,
minutes => 15,
seconds => 45,
nanoseconds => 12000 );
# Convert to different units
$d->in_units('days', 'hours', 'seconds');
# The important parts for date math
$d->delta_months
$d->delta_days
$d->delta_minutes
$d->delta_seconds
$d->delta_nanoseconds
my %deltas = $d->deltas
$d->is_wrap_mode
$d->is_limit_mode
$d->is_preserve_mode
print $d->end_of_month_mode;
# Multiple all deltas by -1
my $opposite = $d->inverse;
my $bigger = $dur1 + $dur2;
my $smaller = $dur1 - $dur2; # the result could be negative
my $bigger = $dur1 * 3;
my $base_dt = DateTime->new( year => 2000 );
my @sorted =
sort { DateTime::Duration->compare( $a, $b, $base_dt ) } @durations;
# Human-readable accessors, always positive, but use
# DateTime::Format::Duration instead
$d->years;
$d->months;
$d->weeks;
$d->days;
$d->hours;
$d->minutes;
$d->seconds;
$d->nanoseconds;
if ( $d->is_positive ) { ... }
if ( $d->is_zero ) { ... }
if ( $d->is_negative ) { ... }
=head1 DESCRIPTION
This is a simple class for representing duration objects. These
objects are used whenever you do date math with DateTime.pm.
See the L<How Date Math is Done|DateTime/"How Date Math is Done">
section of the DateTime.pm documentation for more details. The short
course: One cannot in general convert between seconds, minutes, days,
and months, so this class will never do so. Instead, create the
duration with the desired units to begin with, for example by calling
the appropriate subtraction/delta method on a C<DateTime.pm> object.
=head1 METHODS
Like C<DateTime> itself, C<DateTime::Duration> returns the object from
mutator methods in order to make method chaining possible.
C<DateTime::Duration> has the following methods:
=over 4
=item * new( ... )
This method takes the parameters "years", "months", "weeks", "days",
"hours", "minutes", "seconds", "nanoseconds", and "end_of_month". All
of these except "end_of_month" are numbers. If any of the numbers are
negative, the entire duration is negative.
All of the numbers B<must be integers>.
Internally, years as just treated as 12 months. Similarly, weeks are
treated as 7 days, and hours are converted to minutes. Seconds and
nanoseconds are both treated separately.
The "end_of_month" parameter must be either "wrap", "limit", or
"preserve". This parameter specifies how date math that crosses the
end of a month is handled.
In "wrap" mode, adding months or years that result in days beyond the
end of the new month will roll over into the following month. For
instance, adding one year to Feb 29 will result in Mar 1.
If you specify "end_of_month" mode as "limit", the end of the month is
never crossed. Thus, adding one year to Feb 29, 2000 will result in
Feb 28, 2001. If you were to then add three more years this will
result in Feb 28, 2004.
If you specify "end_of_month" mode as "preserve", the same calculation
is done as for "limit" except that if the original date is at the end
of the month the new date will also be. For instance, adding one
month to Feb 29, 2000 will result in Mar 31, 2000.
For positive durations, the "end_of_month" parameter defaults to wrap.
For negative durations, the default is "limit". This should match how
most people "intuitively" expect datetime math to work.
=item * clone
Returns a new object with the same properties as the object on which
this method was called.
=item * in_units( ... )
Returns the length of the duration in the units (any of those that can
be passed to L<new>) given as arguments. All lengths are integral,
but may be negative. Smaller units are computed from what remains
after taking away the larger units given, so for example:
my $dur = DateTime::Duration->new( years => 1, months => 15 );
$dur->in_units( 'years' ); # 2
$dur->in_units( 'months' ); # 27
$dur->in_units( 'years', 'months' ); # (2, 3)
$dur->in_units( 'weeks', 'days' ); # (0, 0) !
The last example demonstrates that there will not be any conversion
between units which don't have a fixed conversion rate. The only
conversions possible are:
=over 8
=item * years <=> months
=item * weeks <=> days
=item * hours <=> minutes
=item * seconds <=> nanoseconds
=back
For the explanation of why this happens, please see the L<How Date
Math is Done|DateTime/"How Date Math is Done"> section of the
DateTime.pm documentation
Note that the numbers returned by this method may not match the values
given to the constructor.
In list context, in_units returns the lengths in the order of the units
given. In scalar context, it returns the length in the first unit (but
still computes in terms of all given units).
If you need more flexibility in presenting information about
durations, please take a look a C<DateTime::Format::Duration>.
=item * delta_months, delta_days, delta_minutes, delta_seconds, delta_nanoseconds
These methods provide the information C<DateTime.pm> needs for doing
date math. The numbers returned may be positive or negative.
=item * deltas
Returns a hash with the keys "months", "days", "minutes", "seconds",
and "nanoseconds", containing all the delta information for the
object.
=item * is_positive, is_zero, is_negative
Indicates whether or not the duration is positive, zero, or negative.
If the duration contains both positive and negative units, then it
will return false for B<all> of these methods.
=item * is_wrap_mode, is_limit_mode, is_preserve_mode
Indicates what mode is used for end of month wrapping.
=item * end_of_month_mode
Returns one of "wrap", "limit", or "preserve".
=item * calendar_duration
Returns a new object with the same I<calendar> delta (months and days
only) and end of month mode as the current object.
=item * clock_duration
Returns a new object with the same I<clock> deltas (minutes, seconds,
and nanoseconds) and end of month mode as the current object.
=item * inverse( ... )
Returns a new object with the same deltas as the current object, but
multiple by -1. The end of month mode for the new object will be the
default end of month mode, which depends on whether the new duration
is positive or negative.
You can set the end of month mode in the inverted duration explicitly by
passing "end_of_month => ..." to the C<inverse()> method.
=item * add_duration( $duration_object ), subtract_duration( $duration_object )
Adds or subtracts one duration from another.
=item * add( ... ), subtract( ... )
Syntactic sugar for addition and subtraction. The parameters given to
these methods are used to create a new object, which is then passed to
C<add_duration()> or C<subtract_duration()>, as appropriate.
=item * multiply( $number )
Multiplies each unit in the by the specified number.
=item * DateTime::Duration->compare( $duration1, $duration2, $base_datetime )
This is a class method that can be used to compare or sort durations.
Comparison is done by adding each duration to the specified
C<DateTime.pm> object and comparing the resulting datetimes. This is
necessary because without a base, many durations are not comparable.
For example, 1 month may or may not be longer than 29 days, depending
on what datetime it is added to.
If no base datetime is given, then the result of C<< DateTime->now >>
is used instead. Using this default will give non-repeatable results
if used to compare two duration objects containing different units.
It will also give non-repeatable results if the durations contain
multiple types of units, such as months and days.
However, if you know that both objects only consist of one type of
unit (months I<or> days I<or> hours, etc.), and each duration contains
the same type of unit, then the results of the comparison will be
repeatable.
=item * years, months, weeks, days, hours, minutes, seconds, nanoseconds
These methods return numbers indicating how many of the given unit the
object represents, after having done a conversion to any larger units.
For example, days are first converted to weeks, and then the remainder
is returned. These numbers are always positive.
Here's what each method returns:
$dur->years() == abs( $dur->in_units('years') )
$dur->months() == abs( ( $dur->in_units( 'months', 'years' ) )[0] )
$dur->weeks() == abs( $dur->in_units( 'weeks' ) )
$dur->days() == abs( ( $dur->in_units( 'days', 'weeks' ) )[0] )
$dur->hours() == abs( $dur->in_units( 'hours' ) )
$dur->minutes == abs( ( $dur->in_units( 'minutes', 'hours' ) )[0] )
$dur->seconds == abs( $dur->in_units( 'seconds' ) )
$dur->nanoseconds() == abs( ( $dur->in_units( 'nanoseconds', 'seconds' ) )[0] )
If this seems confusing, remember that you can always use the
C<in_units()> method to specify exactly what you want.
Better yet, if you are trying to generate output suitable for humans,
use the C<DateTime::Format::Duration> module.
=back
=head2 Overloading
This class overloads addition, subtraction, and mutiplication.
Comparison is B<not> overloaded. If you attempt to compare durations
using C<< <=> >> or C<cmp>, then an exception will be thrown! Use the
C<compare()> class method instead.
=head1 SUPPORT
Support for this module is provided via the datetime@perl.org email
list. See http://lists.perl.org/ for more details.
=head1 SEE ALSO
datetime@perl.org mailing list
http://datetime.perl.org/
=head1 AUTHOR
Dave Rolsky <autarch@urth.org>
=head1 COPYRIGHT AND LICENSE
This software is Copyright (c) 2010 by Dave Rolsky.
This is free software, licensed under:
The Artistic License 2.0
=cut
__END__
| 28.095541 | 81 | 0.630016 |
edc96a28dc3045c779f51a5b3a5dac02e274e4cf | 1,297 | t | Perl | tests/test-dirs/pp/simple-pp.t | pereb4ik/merlin | f3565d0ef89cf8df9bc3f10a15dc12069658f45b | [
"MIT"
] | 1,031 | 2016-12-16T19:17:17.000Z | 2022-03-24T06:30:52.000Z | tests/test-dirs/pp/simple-pp.t | pereb4ik/merlin | f3565d0ef89cf8df9bc3f10a15dc12069658f45b | [
"MIT"
] | 754 | 2016-12-16T14:01:33.000Z | 2022-03-31T13:21:16.000Z | tests/test-dirs/pp/simple-pp.t | pereb4ik/merlin | f3565d0ef89cf8df9bc3f10a15dc12069658f45b | [
"MIT"
] | 177 | 2017-01-04T17:35:53.000Z | 2022-02-18T02:54:14.000Z | $ $MERLIN single errors -pp cat -filename test.ml <<EOF
> let x : int = "hello"
> EOF
{
"class": "return",
"value": [
{
"start": {
"line": 1,
"col": 14
},
"end": {
"line": 1,
"col": 21
},
"type": "typer",
"sub": [],
"valid": true,
"message": "This expression has type string but an expression was expected of type int"
}
],
"notifications": []
}
$ $MERLIN single errors -pp 'cpp -Wno-everything -E' -filename test.ml <<EOF
> #ifndef FOO
> let x : int = "hello"
> #else
> let x : int = 42
> #endif
> EOF
{
"class": "return",
"value": [
{
"start": {
"line": 2,
"col": 14
},
"end": {
"line": 2,
"col": 21
},
"type": "typer",
"sub": [],
"valid": true,
"message": "This expression has type string but an expression was expected of type int"
}
],
"notifications": []
}
$ $MERLIN single errors -pp 'cpp -Wno-everything -E' -filename test.ml <<EOF
> #ifdef FOO
> let x : int = "hello"
> #else
> let x : int = 42
> #endif
> EOF
{
"class": "return",
"value": [],
"notifications": []
}
| 20.587302 | 95 | 0.438705 |
ed488ebe24b8c5e44e9cadb243692746368d5eaf | 4,909 | pm | Perl | lib/HTTP2/Draft/FrameStream.pm | sludin/http2-perl | 6fc96f9bfc1e8f921d3a69ce7f244c6d1c1e6e88 | [
"BSD-3-Clause"
] | 2 | 2015-02-11T01:22:35.000Z | 2016-06-20T09:17:31.000Z | lib/HTTP2/Draft/FrameStream.pm | sludin/http2-perl | 6fc96f9bfc1e8f921d3a69ce7f244c6d1c1e6e88 | [
"BSD-3-Clause"
] | null | null | null | lib/HTTP2/Draft/FrameStream.pm | sludin/http2-perl | 6fc96f9bfc1e8f921d3a69ce7f244c6d1c1e6e88 | [
"BSD-3-Clause"
] | null | null | null | package HTTP2::Draft::FrameStream;
use 5.008;
use strict;
use warnings FATAL => 'all';
use base qw( IO::Async::SSLStream );
use HTTP2::Draft::Frame qw( :frames :settings :errors );
=head1 NAME
HTTP2::Draft::FrameStream - Frame stream class based on IO::Async::SSLStreams
=head1 VERSION
Version 0.03
=cut
our $VERSION = '0.03';
sub write_frame
{
my $self = shift;
my $frame = shift;
# HTTP2::Draft::hex_print( $frame->{wire} );
# TODO: do some checks
$self->write( $frame->{wire} );
}
sub read_frame
{
my $self = shift;
my $buffer = shift;
# print "read_frame\n";
# TODO: Do something about this magic number 8
if ( length( $buffer ) < 8 ) {
# we do not have a full frame header yet
return undef;
}
#HTTP2::Draft::hex_print( $buffer );
my $data = substr( $buffer, 0, 8 );
my $wire = $data;
my $frame = HTTP2::Draft::Frame::unpack( $data );
# we need more data from the socket to get a full frame
# this would be a GREAT place to check for too large frames
if ( $frame->{length} + 8 > length( $buffer ) ) {
return undef;
}
$data = substr( $buffer, 8, $frame->{length} );
$wire .= $data;
# HTTP2::Draft::hex_print( $wire );
# TDOD: I do not like the special casing.
if ( $frame->{type} == HEADERS ) {
my $direction = $self->{conn}->{role} eq "server" ? "request" : "response";
my $inflator = $self->{conn}->{compressor}->{$direction};
$frame->data( $data, $inflator );
}
else {
$frame->data( $data );
}
$frame->{size} = $frame->{length} + 8;
return $frame;
}
=head1 SYNOPSIS
Quick summary of what the module does.
Perhaps a little code snippet.
use HTTP2::Draft::FramerStream;
my $foo = HTTP2::Draft::FrameStream->new();
...
=head1 EXPORT
A list of functions that can be exported. You can delete this section
if you don't export anything, such as for a purely object-oriented module.
=head1 SUBROUTINES/METHODS
=head2 function1
=cut
=head1 AUTHOR
Stephen Ludin, C<< <sludin at ludin.org> >>
=head1 BUGS
Please report any bugs or feature requests to C<bug-http2-draft at rt.cpan.org>, or through
the web interface at L<http://rt.cpan.org/NoAuth/ReportBug.html?Queue=HTTP2-Draft>. I will be notified, and then you'll
automatically be notified of progress on your bug as I make changes.
=head1 SUPPORT
You can find documentation for this module with the perldoc command.
perldoc HTTP2::Draft::FramerStream
You can also look for information at:
=over 4
=item * RT: CPAN's request tracker (report bugs here)
L<http://rt.cpan.org/NoAuth/Bugs.html?Dist=HTTP2-Draft>
=item * AnnoCPAN: Annotated CPAN documentation
L<http://annocpan.org/dist/HTTP2-Draft>
=item * CPAN Ratings
L<http://cpanratings.perl.org/d/HTTP2-Draft>
=item * Search CPAN
L<http://search.cpan.org/dist/HTTP2-Draft/>
=back
=head1 ACKNOWLEDGEMENTS
=head1 LICENSE AND COPYRIGHT
Copyright 2013 Stephen Ludin.
This program is free software; you can redistribute it and/or modify it
under the terms of the the Artistic License (2.0). You may obtain a
copy of the full license at:
L<http://www.perlfoundation.org/artistic_license_2_0>
Any use, modification, and distribution of the Standard or Modified
Versions is governed by this Artistic License. By using, modifying or
distributing the Package, you accept this license. Do not use, modify,
or distribute the Package, if you do not accept this license.
If your Modified Version has been derived from a Modified Version made
by someone other than you, you are nevertheless required to ensure that
your Modified Version complies with the requirements of this license.
This license does not grant you the right to use any trademark, service
mark, tradename, or logo of the Copyright Holder.
This license includes the non-exclusive, worldwide, free-of-charge
patent license to make, have made, use, offer to sell, sell, import and
otherwise transfer the Package with respect to any patent claims
licensable by the Copyright Holder that are necessarily infringed by the
Package. If you institute patent litigation (including a cross-claim or
counterclaim) against any party alleging that the Package constitutes
direct or contributory patent infringement, then this Artistic License
to you shall terminate on the date that such litigation is filed.
Disclaimer of Warranty: THE PACKAGE IS PROVIDED BY THE COPYRIGHT HOLDER
AND CONTRIBUTORS "AS IS' AND WITHOUT ANY EXPRESS OR IMPLIED WARRANTIES.
THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
PURPOSE, OR NON-INFRINGEMENT ARE DISCLAIMED TO THE EXTENT PERMITTED BY
YOUR LOCAL LAW. UNLESS REQUIRED BY LAW, NO COPYRIGHT HOLDER OR
CONTRIBUTOR WILL BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, OR
CONSEQUENTIAL DAMAGES ARISING IN ANY WAY OUT OF THE USE OF THE PACKAGE,
EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
=cut
1; # End of HTTP2::Draft::FramerStream
| 24.668342 | 120 | 0.724791 |
ed861b90a44908f7f8f2423aaa1bf96ec1dffa42 | 1,465 | pm | Perl | lib/MusicBrainz/Server/Form/Field/PartialDate.pm | kellnerd/musicbrainz-server | 9e058e10219ea6b8942cfd64160ffe19769f747b | [
"BSD-2-Clause"
] | 577 | 2015-01-15T12:18:50.000Z | 2022-03-16T20:41:57.000Z | lib/MusicBrainz/Server/Form/Field/PartialDate.pm | kellnerd/musicbrainz-server | 9e058e10219ea6b8942cfd64160ffe19769f747b | [
"BSD-2-Clause"
] | 1,227 | 2015-04-16T01:00:29.000Z | 2022-03-30T15:08:46.000Z | lib/MusicBrainz/Server/Form/Field/PartialDate.pm | kellnerd/musicbrainz-server | 9e058e10219ea6b8942cfd64160ffe19769f747b | [
"BSD-2-Clause"
] | 280 | 2015-01-04T08:39:41.000Z | 2022-03-10T17:09:59.000Z | package MusicBrainz::Server::Form::Field::PartialDate;
use MusicBrainz::Server::Translation qw( l );
use MusicBrainz::Server::Validation qw( is_valid_partial_date );
use HTML::FormHandler::Moose;
use Date::Calc ();
extends 'HTML::FormHandler::Field::Compound';
has_field 'year' => (
type => '+MusicBrainz::Server::Form::Field::Integer',
deflate_method => sub { defined $_[1] ? sprintf '%.4d', $_[1] : undef },
);
has_field 'month' => (
type => '+MusicBrainz::Server::Form::Field::Integer',
range_start => 1,
range_end => 12,
);
has_field 'day' => (
type => '+MusicBrainz::Server::Form::Field::Integer',
range_start => 1,
range_end => 31,
);
=begin comment
This is kind of hacky. If the user doesn't enter any data, the form will
submit with:
year => ''
month => ''
day => ''
However, in this case we really need:
year => undef,
month => undef,
day => undef
=cut
around '_set_value' => sub
{
my $orig = shift;
my ($self, $value) = @_;
$self->$orig({
map {
$_ => !defined $value->{$_} || $value->{$_} eq ''
? undef : $value->{$_}
} keys %$value
});
};
sub validate {
my $self = shift;
my $year = $self->field('year')->value;
my $month = $self->field('month')->value;
my $day = $self->field('day')->value;
return 1 if is_valid_partial_date($year, $month, $day);
return $self->add_error(l('invalid date'));
}
1;
| 21.231884 | 76 | 0.579522 |
eda44730b86d427546951759eb9f00e5a7f45908 | 795 | pm | Perl | t/test/fixtures.pm | hitode909/APISchema | 3804b2890202825feac80bbf7c9a9ec53d8ab819 | [
"Artistic-1.0"
] | 14 | 2015-02-18T10:59:12.000Z | 2021-01-23T07:16:09.000Z | t/test/fixtures.pm | itchyny/APISchema | 506bd25e38ca8cac961fe42db4b4e3ef3de6f2a1 | [
"Artistic-1.0"
] | 20 | 2015-03-16T02:32:23.000Z | 2021-03-18T09:27:52.000Z | t/test/fixtures.pm | itchyny/APISchema | 506bd25e38ca8cac961fe42db4b4e3ef3de6f2a1 | [
"Artistic-1.0"
] | 6 | 2015-03-13T06:41:02.000Z | 2021-01-23T07:16:19.000Z | package t::test::fixtures;
use strict;
use warnings;
use APISchema::DSL;
sub prepare_bmi {
APISchema::DSL::process {
include 't/fixtures/bmi.def';
};
}
sub prepare_family {
APISchema::DSL::process {
include 't/fixtures/family.def';
};
}
sub prepare_user {
APISchema::DSL::process {
include 't/fixtures/user.def';
};
}
sub prepare_author {
APISchema::DSL::process {
include 't/fixtures/author.def';
};
}
sub prepare_status {
APISchema::DSL::process {
include 't/fixtures/status.def';
};
}
sub prepare_boolean {
APISchema::DSL::process {
include 't/fixtures/boolean.def';
};
}
sub prepare_example_null {
APISchema::DSL::process {
include 't/fixtures/example-null.def';
};
}
1;
| 16.22449 | 46 | 0.611321 |
ed1c313fa33f24063a0a534c2f4b94364e2ae4e2 | 4,072 | pm | Perl | lib/Business/cXML/Credential.pm | vphantom/Business-cXML | eb303fee6857e6f1fdd4881d7788a2fdef5c5f9b | [
"MIT"
] | null | null | null | lib/Business/cXML/Credential.pm | vphantom/Business-cXML | eb303fee6857e6f1fdd4881d7788a2fdef5c5f9b | [
"MIT"
] | 4 | 2018-01-29T12:32:59.000Z | 2021-09-17T15:51:30.000Z | lib/Business/cXML/Credential.pm | vphantom/Business-cXML | eb303fee6857e6f1fdd4881d7788a2fdef5c5f9b | [
"MIT"
] | 1 | 2019-04-08T20:15:51.000Z | 2019-04-08T20:15:51.000Z | =encoding utf-8
=head1 NAME
Business::cXML::Credential - cXML credential
=head1 SYNOPSIS
use Business::cXML::Transmission;
$msg = new Business::cXML::Transmission $incoming_cxml_string;
print $msg->to->id; # Fetches Identity string from the To credential
=head1 DESCRIPTION
Object representation of cXML C<To>, C<From> and C<Sender> (default).
=head1 METHODS
See L<Business::cXML::Object/COMMON METHODS>.
=head1 PROPERTY METHODS
See L<Business::cXML::Object/PROPERTY METHODS> for how the following operate.
=over
=cut
use 5.014;
use strict;
package Business::cXML::Credential;
use base qw(Business::cXML::Object);
use constant NODENAME => 'Sender';
use constant PROPERTIES => (
_note => undef,
domain => 'NetworkId',
id => ' ',
secret => undef,
useragent => undef,
type => undef,
lang => undef,
contact => undef,
);
use constant OBJ_PROPERTIES => (
contact => 'Business::cXML::Contact',
);
use Business::cXML;
use Business::cXML::Contact;
use XML::LibXML::Ferry;
sub from_node {
my ($self, $el) = @_;
$el->ferry($self, {
# domain attribute is implicit
# type attribute is implicit
Credential => {
# We will only consider the last Credential if there are multiples
Identity => 'id',
SharedSecret => 'secret',
DigitalSignature => '__OBSOLETE',
CredentialMac => '__UNIMPLEMENTED',
},
Correspondent => {
preferredLanguage => 'lang',
# We will implicitly keep only the last Contact if there are multiples
Contact => [ 'contact', 'Business::cXML::Contact' ],
},
});
}
sub to_node {
my ($self, $doc) = @_;
my $node = $doc->create($self->{_nodeName});
my $cred = $node->add('Credential', undef, domain => $self->{domain}, type => $self->{type});
$cred->add('Identity', $self->{id});
$cred->add('SharedSecret', $self->{secret}) if $self->{secret};
# UNIMPLEMENTED: DigitalSignature CredentialMac
if ($self->{_nodeName} eq 'Sender') {
$node->add('UserAgent', $Business::cXML::USERAGENT);
} elsif (ref $self->{contact}) {
$node->add('Correspondent', undef, preferredLanguage => $self->{lang})
->add($self->{contact}->to_node($node))
;
};
return $node;
}
=item C<B<domain>>
Mandatory, default: C<NetworkId>
=item C<B<id>>
Mandatory
=item C<B<type>>
Optional, expected to be C<undef> (default) or C<marketplace>
=item C<B<lang>>
Optional, in outgoing messages it is only used if contact information is defined.
=item C<B<contact>>
Optional, L<Business::cXML::Contact> object
=item C<B<_note>>
Private note. It will be lost in conversion back to cXML. Intended to help
you store your own representation of the remote company during processing.
=back
=head3 C<Sender> adds:
=over
=item C<B<useragent>>
Mandatory
=item C<B<secret>>
Optional
=back
=head1 AUTHOR
Stéphane Lavergne L<https://github.com/vphantom>
=head1 ACKNOWLEDGEMENTS
Graph X Design Inc. L<https://www.gxd.ca/> sponsored this project.
=head1 COPYRIGHT & LICENSE
Copyright (c) 2017-2018 Stéphane Lavergne L<https://github.com/vphantom>
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
=cut
1;
| 24.678788 | 94 | 0.71169 |
ed0718e66b1160a2d71b714f4da6acccc8e805b6 | 1,203 | t | Perl | t/10-coderef.t | robrwo/Plack-Middleware-Security-Simple | ac5de2f3c86347854da851e490c23841f0e8ff99 | [
"ClArtistic"
] | null | null | null | t/10-coderef.t | robrwo/Plack-Middleware-Security-Simple | ac5de2f3c86347854da851e490c23841f0e8ff99 | [
"ClArtistic"
] | 2 | 2020-03-07T10:30:07.000Z | 2020-03-07T19:50:52.000Z | t/10-coderef.t | robrwo/Plack-Middleware-Security-Simple | ac5de2f3c86347854da851e490c23841f0e8ff99 | [
"ClArtistic"
] | null | null | null | #!perl
use strict;
use warnings;
use Test::More;
use HTTP::Status qw/ :constants :is /;
use HTTP::Request::Common;
use Plack::Builder;
use Plack::Test;
my $handler = builder {
enable "Security::Simple",
rules => sub {
my ($env) = @_;
return $env->{PATH_INFO} =~ m{\.(php|asp)$};
};
sub { return [ HTTP_OK, [], ['Ok'] ] };
};
test_psgi
app => $handler,
client => sub {
my $cb = shift;
subtest 'not blocked' => sub {
my $req = GET "/some/thing.html";
my $res = $cb->($req);
ok is_success( $res->code ), join( " ", $req->method, $req->uri );
is $res->code, HTTP_OK, "HTTP_OK";
};
subtest 'blocked' => sub {
my $req = GET "/some/thing.php";
my $res = $cb->($req);
ok is_error( $res->code ), join( " ", $req->method, $req->uri );
is $res->code, HTTP_BAD_REQUEST, "HTTP_BAD_REQUEST";
};
subtest 'blocked' => sub {
my $req = GET "/some/thing.php?stuff=1";
my $res = $cb->($req);
ok is_error( $res->code ), join( " ", $req->method, $req->uri );
is $res->code, HTTP_BAD_REQUEST, "HTTP_BAD_REQUEST";
};
};
done_testing;
| 20.741379 | 74 | 0.512053 |
edc8a8b0d6d97ff90df78c941c0a78ed6e11c459 | 2,934 | pm | Perl | auto-lib/Paws/QLDB/GetBlock.pm | 0leksii/aws-sdk-perl | b2132fe3c79a06fd15b6137e8a0eb628de722e0f | [
"Apache-2.0"
] | 164 | 2015-01-08T14:58:53.000Z | 2022-02-20T19:16:24.000Z | auto-lib/Paws/QLDB/GetBlock.pm | 0leksii/aws-sdk-perl | b2132fe3c79a06fd15b6137e8a0eb628de722e0f | [
"Apache-2.0"
] | 348 | 2015-01-07T22:08:38.000Z | 2022-01-27T14:34:44.000Z | auto-lib/Paws/QLDB/GetBlock.pm | 0leksii/aws-sdk-perl | b2132fe3c79a06fd15b6137e8a0eb628de722e0f | [
"Apache-2.0"
] | 87 | 2015-04-22T06:29:47.000Z | 2021-09-29T14:45:55.000Z |
package Paws::QLDB::GetBlock;
use Moose;
has BlockAddress => (is => 'ro', isa => 'Paws::QLDB::ValueHolder', required => 1);
has DigestTipAddress => (is => 'ro', isa => 'Paws::QLDB::ValueHolder');
has Name => (is => 'ro', isa => 'Str', traits => ['ParamInURI'], uri_name => 'name', required => 1);
use MooseX::ClassAttribute;
class_has _api_call => (isa => 'Str', is => 'ro', default => 'GetBlock');
class_has _api_uri => (isa => 'Str', is => 'ro', default => '/ledgers/{name}/block');
class_has _api_method => (isa => 'Str', is => 'ro', default => 'POST');
class_has _returns => (isa => 'Str', is => 'ro', default => 'Paws::QLDB::GetBlockResponse');
1;
### main pod documentation begin ###
=head1 NAME
Paws::QLDB::GetBlock - Arguments for method GetBlock on L<Paws::QLDB>
=head1 DESCRIPTION
This class represents the parameters used for calling the method GetBlock on the
L<Amazon QLDB|Paws::QLDB> service. Use the attributes of this class
as arguments to method GetBlock.
You shouldn't make instances of this class. Each attribute should be used as a named argument in the call to GetBlock.
=head1 SYNOPSIS
my $qldb = Paws->service('QLDB');
my $GetBlockResponse = $qldb->GetBlock(
BlockAddress => {
IonText => 'MyIonText', # min: 1, max: 1048576; OPTIONAL
},
Name => 'MyLedgerName',
DigestTipAddress => {
IonText => 'MyIonText', # min: 1, max: 1048576; OPTIONAL
}, # OPTIONAL
);
# Results:
my $Block = $GetBlockResponse->Block;
my $Proof = $GetBlockResponse->Proof;
# Returns a L<Paws::QLDB::GetBlockResponse> object.
Values for attributes that are native types (Int, String, Float, etc) can passed as-is (scalar values). Values for complex Types (objects) can be passed as a HashRef. The keys and values of the hashref will be used to instance the underlying object.
For the AWS API documentation, see L<https://docs.aws.amazon.com/goto/WebAPI/qldb/GetBlock>
=head1 ATTRIBUTES
=head2 B<REQUIRED> BlockAddress => L<Paws::QLDB::ValueHolder>
The location of the block that you want to request. An address is an
Amazon Ion structure that has two fields: C<strandId> and
C<sequenceNo>.
For example: C<{strandId:"BlFTjlSXze9BIh1KOszcE3",sequenceNo:14}>.
=head2 DigestTipAddress => L<Paws::QLDB::ValueHolder>
The latest block location covered by the digest for which to request a
proof. An address is an Amazon Ion structure that has two fields:
C<strandId> and C<sequenceNo>.
For example: C<{strandId:"BlFTjlSXze9BIh1KOszcE3",sequenceNo:49}>.
=head2 B<REQUIRED> Name => Str
The name of the ledger.
=head1 SEE ALSO
This class forms part of L<Paws>, documenting arguments for method GetBlock in L<Paws::QLDB>
=head1 BUGS and CONTRIBUTIONS
The source code is located here: L<https://github.com/pplu/aws-sdk-perl>
Please report bugs to: L<https://github.com/pplu/aws-sdk-perl/issues>
=cut
| 31.212766 | 249 | 0.686776 |
edc13b34887e6b16354568800b21f0035ce60d22 | 2,653 | pm | Perl | perl5/lib/perl5/Module/Install/Catalyst.pm | jinnks/printevolve | 8c54f130000cd6ded290f5905bdc2093d9f264da | [
"Apache-2.0"
] | null | null | null | perl5/lib/perl5/Module/Install/Catalyst.pm | jinnks/printevolve | 8c54f130000cd6ded290f5905bdc2093d9f264da | [
"Apache-2.0"
] | null | null | null | perl5/lib/perl5/Module/Install/Catalyst.pm | jinnks/printevolve | 8c54f130000cd6ded290f5905bdc2093d9f264da | [
"Apache-2.0"
] | null | null | null | package Module::Install::Catalyst;
use strict;
use base qw/ Module::Install::Base /;
our @ISA;
require Module::Install::Base;
use File::Find;
use FindBin;
use File::Copy::Recursive;
use File::Spec ();
use Getopt::Long ();
use Data::Dumper;
my $SAFETY = 0;
our @IGNORE =
qw/Build Build.PL Changes MANIFEST META.yml Makefile.PL Makefile README
_build blib lib script t inc .*\.svn \.git _darcs \.bzr \.hg
debian build-stamp install-stamp configure-stamp/;
=head1 NAME
Module::Install::Catalyst - Module::Install extension for Catalyst
=head1 SYNOPSIS
use lib '.';
use inc::Module::Install;
name 'MyApp';
all_from 'lib/MyApp.pm';
requires 'Catalyst::Runtime' => '5.7014';
catalyst_ignore('.*temp');
catalyst_ignore('.*tmp');
catalyst;
WriteAll;
=head1 DESCRIPTION
L<Module::Install> extension for Catalyst.
=head1 METHODS
=head2 catalyst
Calls L<catalyst_files>. Should be the last catalyst*
command called in C<Makefile.PL>.
=cut
sub catalyst {
my $self = shift;
if($Module::Install::AUTHOR) {
$self->include("File::Copy::Recursive");
}
print <<EOF;
*** Module::Install::Catalyst
EOF
$self->catalyst_files;
print <<EOF;
*** Module::Install::Catalyst finished.
EOF
}
=head2 catalyst_files
Collect a list of all files a Catalyst application consists of and copy it
inside the blib/lib/ directory. Files and directories that match the modules
ignore list are excluded (see L<catalyst_ignore> and L<catalyst_ignore_all>).
=cut
sub catalyst_files {
my $self = shift;
chdir $FindBin::Bin;
my @files;
opendir CATDIR, '.';
CATFILES: for my $name ( readdir CATDIR ) {
for my $ignore (@IGNORE) {
next CATFILES if $name =~ /^$ignore$/;
next CATFILES if $name !~ /\w/;
}
push @files, $name;
}
closedir CATDIR;
my @path = split '-', $self->name;
for my $orig (@files) {
my $path = File::Spec->catdir( 'blib', 'lib', @path, $orig );
File::Copy::Recursive::rcopy( $orig, $path );
}
}
=head2 catalyst_ignore_all(\@ignore)
This function replaces the built-in default ignore list with the given list.
=cut
sub catalyst_ignore_all {
my ( $self, $ignore ) = @_;
@IGNORE = @$ignore;
}
=head2 catalyst_ignore(@ignore)
Add a regexp to the list of ignored patterns. Can be called multiple times.
=cut
sub catalyst_ignore {
my ( $self, @ignore ) = @_;
push @IGNORE, @ignore;
}
=head1 AUTHORS
Catalyst Contributors, see Catalyst.pm
=head1 LICENSE
This library is free software. You can redistribute it and/or modify it under
the same terms as Perl itself.
=cut
1;
| 19.651852 | 77 | 0.664154 |
ed5f263641adec205d43c78f902db108e5a8bff4 | 961 | pl | Perl | simulator/openflow/regress/projects/black_box/regress/test_switch_config/run.pl | SynergyLab-Cornell/codedbulk | 605881186d6e45f493f35ddc0d98aad40c0602b1 | [
"Apache-2.0"
] | 1 | 2021-09-20T07:05:25.000Z | 2021-09-20T07:05:25.000Z | simulator/openflow/regress/projects/black_box/regress/test_switch_config/run.pl | SynergyLab-Cornell/codedbulk | 605881186d6e45f493f35ddc0d98aad40c0602b1 | [
"Apache-2.0"
] | null | null | null | simulator/openflow/regress/projects/black_box/regress/test_switch_config/run.pl | SynergyLab-Cornell/codedbulk | 605881186d6e45f493f35ddc0d98aad40c0602b1 | [
"Apache-2.0"
] | 2 | 2021-09-02T08:25:16.000Z | 2022-01-03T08:48:38.000Z | #!/usr/bin/perl -w
# test_switch_config
use strict;
use OF::Includes;
sub my_test {
my ($sock, $options_ref) = @_;
my $msg = get_config( $ofp, $sock );
# Verify that the miss_send_len is set to the correct default
compare( "miss send len", $$msg{'miss_send_len'}, '==', get_of_miss_send_len_default() );
# As of OF v0.8.1, there was no default for flags - we assume 0
# (don't send flow expiration messages)
compare( "flags", $$msg{'flags'}, '==', 0 );
# Now, we change the config and check that it has been committed
# Set flag OFPC_SEND_FLOW_EXP, which has val 1, and should cause flow exps
my $flags = 1;
# Change miss_send_len from the default
my $miss_send_len = 0x100;
set_config($ofp, $sock, $flags, $miss_send_len);
$msg = get_config( $ofp, $sock );
compare( "miss send len", $$msg{'miss_send_len'}, '==', $miss_send_len );
compare( "flags", $$msg{'flags'}, '==', $flags );
}
run_black_box_test( \&my_test, \@ARGV );
| 25.289474 | 90 | 0.659729 |
ede19abfc39c63f752f17099b77c2f03c54592d3 | 1,240 | pl | Perl | A003/bin/run_anno.pl | zhoujj2013/ak47 | 2d9b59599a8088386f30e17a1ce105a8b401cc07 | [
"Apache-2.0"
] | null | null | null | A003/bin/run_anno.pl | zhoujj2013/ak47 | 2d9b59599a8088386f30e17a1ce105a8b401cc07 | [
"Apache-2.0"
] | 1 | 2018-09-30T00:55:00.000Z | 2018-09-30T00:55:00.000Z | A003/bin/run_anno.pl | zhoujj2013/ak47 | 2d9b59599a8088386f30e17a1ce105a8b401cc07 | [
"Apache-2.0"
] | 1 | 2019-11-17T15:42:51.000Z | 2019-11-17T15:42:51.000Z | #!/usr/bin/perl -w
use strict;
use Getopt::Long;
use FindBin qw($Bin $Script);
use File::Basename qw(basename dirname);
use File::Path qw(make_path);
use Data::Dumper;
use Cwd qw(abs_path);
&usage if @ARGV<1;
sub usage {
my $usage = << "USAGE";
This script was designed to annotation protein or dna sequences by comparing to uniprot.
Author: zhoujj2013\@gmail.com
Usage: $0 query.fa dna/pep db.fa
USAGE
print "$usage";
exit(1);
};
my $q = shift;
my $type = shift;
my $db = shift;
my $prefix = shift;
my $db_name = basename($db, ".fasta");
my $db_dir = dirname($db);
my $bname = "";
if($q =~ /\.fa$/){
$bname = basename($q, ".fa");
}elsif($q =~ /\.fasta$/){
$bname = basename($q, ".fasta");
}else{
print STDERR "Please input the query file in fasta format and named with .fa or .fasta.\n";
exit(1);
}
#print "$bname\n";
`perl $Bin/fastaDeal.pl -cutf 16 $q`;
`perl $Bin/create_shell.pl ./$bname $type $db`;
`cat ./$bname/*.outfmt6 > ./blast.outfmt6`;
`perl $Bin/extract_uniprot.pl $db_dir/$db_name.dat ./blast.outfmt6 > $prefix.dbs.txt 2>$prefix.dbs.err`;
`perl $Bin/linkAnno.pl ./blast.outfmt6 $prefix.dbs.txt > $prefix.anno.txt 1>$prefix.anno.err`;
print STDERR "all tasks done!\n";
| 22.962963 | 104 | 0.63871 |
ed6c5a7eb82f8a58404a18824dc9a7edec558fed | 4,823 | t | Perl | t/06_restart.t | atrodo/App-MechaCPAN | d978edbda55fbe4f8885ac0fa3482b2b47b2d06f | [
"Artistic-2.0"
] | 2 | 2017-08-09T00:24:04.000Z | 2020-08-12T17:53:03.000Z | t/06_restart.t | atrodo/App-MechaCPAN | d978edbda55fbe4f8885ac0fa3482b2b47b2d06f | [
"Artistic-2.0"
] | 18 | 2017-01-21T11:05:12.000Z | 2021-08-13T02:59:19.000Z | t/06_restart.t | atrodo/App-MechaCPAN | d978edbda55fbe4f8885ac0fa3482b2b47b2d06f | [
"Artistic-2.0"
] | 3 | 2017-01-18T14:22:16.000Z | 2018-07-31T20:31:32.000Z | #!/usr/bin/env perl
use strict;
use FindBin;
use Test::More;
use Cwd qw/cwd/;
use File::Temp qw/tempdir/;
my @last_ran_params;
my $last_ran_self_install;
BEGIN
{
*CORE::GLOBAL::exec = sub
{
@last_ran_params = @_;
};
}
use App::MechaCPAN;
require q[./t/helper.pm];
my $pwd = cwd;
my $tmpdir = tempdir( TEMPLATE => File::Spec->tmpdir . "/mechacpan_t_XXXXXXXX", CLEANUP => 1 );
sub run_restart
{
@last_ran_params = ();
undef $last_ran_self_install;
local *App::MechaCPAN::self_install = sub { $last_ran_self_install = 1 };
App::MechaCPAN::restart_script;
}
# --directory
{
# Override some vars it uses to insulate from the prove process
local *File::Temp::cleanup = sub { };
local $ENV{PERL5LIB};
local $ENV{PERL_LOCAL_LIB_ROOT};
local @ARGV;
local $App::MechaCPAN::PROJ_DIR = $tmpdir;
my $exe_path = "$tmpdir/local/perl/bin";
my $lib_path = "$tmpdir/local/lib/perl5";
my $exe_bin = "$exe_path/perl";
my $fake0_bin = "$tmpdir/fake0";
my $pm = 'App/MechaCPAN.pm';
run_restart;
is( scalar @last_ran_params, 0, 'restart_script without enough structure does nothing' );
# Build a fake structure
{
use File::Path qw/make_path/;
make_path $exe_path;
make_path $lib_path;
open my $exe, '>', $exe_bin;
print $exe "#!/usr/bin/env perl\nexit 0\n";
close $exe;
chmod 0700, $exe_bin;
open my $fake0, '>', $fake0_bin;
print $fake0 "#!/usr/bin/env perl\nexit 0\n";
close $fake0;
}
run_restart;
isnt( scalar @last_ran_params, 0, 'restart_script with enough structure does something' );
local $0 = $fake0_bin;
run_restart;
is( $last_ran_params[1], $0, '$0 can be manipulated' );
# Test relative and absolute paths for $0
{
local $INC{$pm} = $fake0_bin;
run_restart;
isnt( scalar @last_ran_params, 0, 'Fully-contained; we can reasonably restart' );
is( $last_ran_params[0], $exe_bin, 'Fully-contained; reran with the new perl' );
is( $last_ran_params[1], $fake0_bin, 'Fully-contained; reran with the script' );
is( $last_ran_self_install, undef, 'Fully-contained; does not attempt to install itself' );
}
{
local $0 = "$fake0_bin-noit";
run_restart;
is( scalar @last_ran_params, 0, 'Unfindable; we do not restart' );
isnt( $last_ran_self_install, 1, 'Unfindable; does not attempt to install itself' );
}
{
run_restart;
isnt( scalar @last_ran_params, 0, 'Installed; we can reasonably restart' );
is( $last_ran_params[0], $exe_bin, 'Installed; reran with the new perl' );
is( $last_ran_params[1], $fake0_bin, 'Installed; reran with the script' );
is( $last_ran_self_install, 1, 'Installed; does attempt to install itself' );
}
# Test self_install
my $ran_install;
local *App::MechaCPAN::Install::go = sub { $ran_install = 1 };
{
is( -e "$lib_path/$pm", undef, "$pm doesn't exist before running" );
undef $ran_install;
App::MechaCPAN::self_install();
is( $ran_install, 1, 'Self install with no $real0 attempts to install via cpan' );
is( -e "$lib_path/$pm", undef, "$pm still doesn't exist" );
undef $ran_install;
App::MechaCPAN::self_install("$fake0_bin-noit");
is( $ran_install, 1, 'Self install with non-existant $real0 attempts to install via cpan' );
is( -e "$lib_path/$pm", undef, "$pm still doesn't exist" );
{
local @INC = ("/tmp/notthere--$$");
BAIL_OUT(q{Cannot set @INC to a file that doesn't exist when it exists.})
if -e $INC[0];
undef $ran_install;
App::MechaCPAN::self_install($fake0_bin);
is( $ran_install, 1, 'Self install with a bad INC path attempts to install via cpan' );
is( -e "$lib_path/$pm", undef, "$pm still doesn't exist" );
}
{
local $INC{'App/MechaCPAN/notit'} = "/tmp/notthere--$$";
BAIL_OUT(q{Cannot set @INC to a file that doesn't exist when it exists.})
if -e $INC{'App/MechaCPAN/notit'};
undef $ran_install;
App::MechaCPAN::self_install($fake0_bin);
is( $ran_install, 1, 'Self install with a bad %INC entry will skip copy' );
is( -e "$lib_path/$pm", undef, "$pm still doesn't exist" );
}
undef $ran_install;
App::MechaCPAN::self_install($fake0_bin);
is( $ran_install, undef, 'Self install with existant $real0 attempts to install via copy' );
# Check more than just $pm to make sure it reasonably got them all
note("$lib_path/$pm");
is( -e "$lib_path/$pm", 1, "$pm finally does exist" );
is( -e "$lib_path/$pm", 1, "App/MechaCPAN/Install.pm finally does exist" );
is( -e "$lib_path/$pm", 1, "App/MechaCPAN/Deploy.pm finally does exist" );
is( -e "$lib_path/$pm", 1, "App/MechaCPAN/Perl.pm finally does exist" );
}
}
chdir $pwd;
done_testing;
| 31.318182 | 106 | 0.636533 |
edb6fd31edd46b0d79df16c6826b0c03a44eebb9 | 1,428 | t | Perl | travisci/perl-linter/perlcritic.t | manuelcarbajo/ensembl-compara | 0ffe653215a20e6921c5f4983ea9e4755593a491 | [
"Apache-2.0"
] | null | null | null | travisci/perl-linter/perlcritic.t | manuelcarbajo/ensembl-compara | 0ffe653215a20e6921c5f4983ea9e4755593a491 | [
"Apache-2.0"
] | null | null | null | travisci/perl-linter/perlcritic.t | manuelcarbajo/ensembl-compara | 0ffe653215a20e6921c5f4983ea9e4755593a491 | [
"Apache-2.0"
] | null | null | null | # Copyright [1999-2015] Wellcome Trust Sanger Institute and the EMBL-European Bioinformatics Institute
# Copyright [2016-2020] EMBL-European Bioinformatics Institute
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
use strict;
use warnings;
use File::Spec;
use Test::More;
use Test::Warnings;
use Bio::EnsEMBL::Compara::Utils::Test;
eval {
require Test::Perl::Critic;
require Perl::Critic::Utils;
};
if($@) {
plan( skip_all => 'Test::Perl::Critic required.' );
note $@;
}
my $root = Bio::EnsEMBL::Compara::Utils::Test::get_repository_root();
# Configure critic
Test::Perl::Critic->import(-profile => File::Spec->catfile($root, 'perlcriticrc'), -severity => 5, -verbose => 8);
my @all_files = Bio::EnsEMBL::Compara::Utils::Test::find_all_files();
foreach my $f (@all_files) {
next unless $f =~ /\.(t|p[lm])$/i;
# Except the fake libraries
next if $f =~ /\/fake_libs\//;
critic_ok($f);
}
done_testing();
| 29.142857 | 114 | 0.710084 |
edc42c121efdce724f10953c56cb6a7dcdba943f | 7,077 | pm | Perl | Netlist/ModPort.pm | gitpan/Verilog-Perl | 101e9ebed05bbc98d943fc2ad96fe21e83220984 | [
"Artistic-2.0"
] | 11 | 2015-02-02T08:57:05.000Z | 2021-11-10T16:53:22.000Z | Netlist/ModPort.pm | gitpan/Verilog-Perl | 101e9ebed05bbc98d943fc2ad96fe21e83220984 | [
"Artistic-2.0"
] | null | null | null | Netlist/ModPort.pm | gitpan/Verilog-Perl | 101e9ebed05bbc98d943fc2ad96fe21e83220984 | [
"Artistic-2.0"
] | 3 | 2016-09-15T03:43:27.000Z | 2018-08-28T01:05:19.000Z | # Verilog - Verilog Perl Modport
# See copyright, etc in below POD section.
######################################################################
package Verilog::Netlist::ModPort;
use Verilog::Netlist;
use Verilog::Netlist::Net;
use Verilog::Netlist::Subclass;
use vars qw($VERSION @ISA);
use strict;
@ISA = qw(Verilog::Netlist::ModPort::Struct
Verilog::Netlist::Subclass);
$VERSION = '3.408';
structs('new',
'Verilog::Netlist::ModPort::Struct'
=>[name => '$', #' # Name of the module
filename => '$', #' # Filename this came from
lineno => '$', #' # Linenumber this came from
module => '$', #' # Interface is a member of
userdata => '%', # User information
attributes => '%', #' # Misc attributes for systemperl or other processors
#
comment => '$', #' # Comment provided by user
_ports => '%', # hash of Verilog::Netlist::Ports
_portsordered=> '@', # list of Verilog::Netlist::Ports as ordered in list of ports
_nets => '%', # hash of Verilog::Netlist::Nets
]);
sub delete {
my $self = shift;
foreach my $oref ($self->nets) {
$oref->delete;
}
foreach my $oref ($self->ports) {
$oref->delete;
}
my $h = $self->module->{_modports};
delete $h->{$self->name};
return undef;
}
######################################################################
sub netlist { return $_[0]->module->netlist; }
sub is_top {} # Ignored, for module compatibility
sub keyword { return 'modport'; }
sub logger {
return $_[0]->netlist->logger;
}
sub find_net {
my $self = shift;
my $search = shift;
my $rtn = $self->_nets->{$search}||"";
#print "FINDNET ",$self->name, " SS $search $rtn\n";
return $self->_nets->{$search} || $self->_nets->{"\\".$search." "};
}
sub find_port {
my $self = shift;
my $search = shift;
return $self->_ports->{$search} || $self->_ports->{"\\".$search." "};
}
sub find_port_by_index {
my $self = shift;
my $myindex = shift;
# @{$self->_portsordered}[$myindex-1] returns the name of
# the port in the module at this index. Then, this is
# used to find the port reference via the port hash
return $self->_ports->{@{$self->_portsordered}[$myindex-1]};
}
sub attrs_sorted {
return (sort {$a cmp $b} @{$_[0]->attrs});
}
sub nets {
return (values %{$_[0]->_nets});
}
sub nets_sorted {
return (sort {$a->name() cmp $b->name()} (values %{$_[0]->_nets}));
}
sub ports {
return (values %{$_[0]->_ports});
}
sub ports_sorted {
return (sort {$a->name() cmp $b->name()} (values %{$_[0]->_ports}));
}
sub ports_ordered {
my $self = shift;
return map {$self->_ports->{$_}} @{$self->_portsordered};
}
sub nets_and_ports_sorted {
return Verilog::Netlist::Module::nets_and_ports_sorted(@_);
}
sub new_attr {
my $self = shift;
my $clean_text = shift;
push @{$self->attrs}, $clean_text;
}
sub new_net {
my $self = shift;
# @_ params
# Create a new net under this
my $netref = new Verilog::Netlist::Net (direction=>'net', data_type=>'wire',
@_,
module=>$self, );
$self->_nets ($netref->name(), $netref);
return $netref;
}
sub new_port {
my $self = shift;
# @_ params
# Create a new port under this module
my $portref = new Verilog::Netlist::Port (@_, module=>$self,);
$self->_ports ($portref->name(), $portref);
return $portref;
}
sub _link {
my $self = shift;
# Ports create nets, so link ports before nets
foreach my $oref ($self->ports) {
$oref->_link();
}
}
sub lint {
my $self = shift;
if ($self->netlist->{use_vars}) {
foreach my $oref ($self->ports) {
$oref->lint();
}
}
}
sub verilog_text {
my $self = shift;
my @out = "modport ".$self->name." (\n";
my $indent = " ";
# Port list
my $comma="";
push @out, $indent;
foreach my $oref ($self->ports_sorted) {
push @out, $comma, $oref->verilog_text;
$comma = ", ";
}
push @out, ");\n";
push @out, "endmodport\n";
return (wantarray ? @out : join('',@out));
}
sub dump {
my $self = shift;
my $indent = shift||0;
my $norecurse = shift;
print " "x$indent,"ModPort:",$self->name()," File:",$self->filename(),"\n";
if (!$norecurse) {
foreach my $oref ($self->ports_sorted) {
$oref->dump($indent+2);
}
}
}
######################################################################
#### Package return
1;
__END__
=pod
=head1 NAME
Verilog::Netlist::ModPort - ModPort within a Verilog Interface
=head1 SYNOPSIS
use Verilog::Netlist;
...
my $interface = $netlist->find_interface('name');
my $modport = $interface->find_modport('name')
=head1 DESCRIPTION
A Verilog::Netlist::ModPort object is created by
Verilog::Netlist::Interface for every modport under the interface.
=head1 METHODS
See also Verilog::Netlist::Subclass for additional accessors and methods.
=over 4
=item $self->comment
Returns any comments following the definition. keep_comments=>1 must be
passed to Verilog::Netlist::new for comments to be retained.
=item $self->dump
Prints debugging information for this modport.
=item $self->find_port(I<name>)
Returns Verilog::Netlist::Net matching given name.
=item $self->find_port_by_index
Returns the port name associated with the given index.
=item $self->module
Returns Verilog::Netlist::Interface the ModPort belongs to.
=item $self->lint
Checks the modport for errors.
=item $self->name
The name of the modport.
=item $self->netlist
Reference to the Verilog::Netlist the modport is under.
=item $self->nets
Returns list of references to Verilog::Netlist::Net in the interface.
=item $self->nets_sorted
Returns list of name sorted references to Verilog::Netlist::Net in the
interface.
=item $self->nets_and_ports_sorted
Returns list of name sorted references to Verilog::Netlist::Net and
Verilog::Netlist::Port in the modport.
=item $self->ports
Returns list of references to Verilog::Netlist::Port in the modport.
=item $self->ports_ordered
Returns list of references to Verilog::Netlist::Port in the modport
sorted by pin number.
=item $self->ports_sorted
Returns list of references to Verilog::Netlist::Port in the modport
sorted by name.
=item $self->verilog_text
Returns verilog code which represents this modport. Returned as an array
that must be joined together to form the final text string. The netlist
must be already ->link'ed for this to work correctly.
=back
=head1 DISTRIBUTION
Verilog-Perl is part of the L<http://www.veripool.org/> free Verilog EDA
software tool suite. The latest version is available from CPAN and from
L<http://www.veripool.org/verilog-perl>.
Copyright 2000-2014 by Wilson Snyder. This package is free software; you
can redistribute it and/or modify it under the terms of either the GNU
Lesser General Public License Version 3 or the Perl Artistic License
Version 2.0.
=head1 AUTHORS
Wilson Snyder <wsnyder@wsnyder.org>
=head1 SEE ALSO
L<Verilog-Perl>,
L<Verilog::Netlist::Subclass>
L<Verilog::Netlist::Interface>
L<Verilog::Netlist>
=cut
| 23.989831 | 87 | 0.633743 |
edda1c0639a9a0077432ff7b9d326d3128bca96f | 8,771 | pm | Perl | lib/Prancer/Response.pm | gitpan/Prancer | d5d6d08fb42df350f747f3d2ff1fd90137679612 | [
"Artistic-2.0"
] | null | null | null | lib/Prancer/Response.pm | gitpan/Prancer | d5d6d08fb42df350f747f3d2ff1fd90137679612 | [
"Artistic-2.0"
] | null | null | null | lib/Prancer/Response.pm | gitpan/Prancer | d5d6d08fb42df350f747f3d2ff1fd90137679612 | [
"Artistic-2.0"
] | null | null | null | package Prancer::Response;
use strict;
use warnings FATAL => 'all';
use version;
our $VERSION = '1.04';
use Plack::Response;
use Hash::MultiValue;
use URI::Escape ();
use HTTP::Headers;
use Carp;
# even though this *should* work automatically, it was not
our @CARP_NOT = qw(Prancer Try::Tiny);
sub new {
my ($class, $env) = @_;
return bless({
'_response' => Plack::Response->new($env),
'_cookies' => Hash::MultiValue->new(),
'_headers' => Hash::MultiValue->new(),
}, $class);
}
# set a single header
# or get all the keys
sub header {
my $self = shift;
# if we are given multiple args assume they are headers in key/value pairs
croak "odd number of headers" unless (@_ % 2 == 0);
while (@_) {
my ($key, $value) = (shift(@_), shift(@_));
$self->headers->add($key => [@{$self->headers->get_all($key) || []}, $value]);
}
return;
}
# get all the headers that have been set
sub headers {
my $self = shift;
return $self->{'_headers'};
}
# set a single cookie
# or get all the keys
sub cookie {
my $self = shift;
# return the keys if nothing is asked for
return keys(%{$self->cookies()}) unless @_;
# if given just a key then return that
if (@_ == 1) {
my $key = shift;
return $self->cookies->{$key} unless wantarray;
return $self->cookies->get_all($key);
}
# if we are given multiple args assume they are cookies in key/value pairs
croak "odd number of cookies" unless (@_ % 2 == 0);
while (@_) {
my ($key, $value) = (shift(@_), shift(@_));
# take a moment to validate the cookie
# TODO
$self->cookies->add($key => [@{$self->cookies->get_all($key) || []}, $value]);
}
return;
}
sub cookies {
my $self = shift;
return $self->{'_cookies'};
}
sub body {
my $self = shift;
# make the response be a callback
if (ref($_[0]) && ref($_[0]) eq "CODE") {
$self->{'_callback'} = shift;
return;
}
# just add this to the body, whatever it is
return $self->{'_response'}->body(@_);
}
sub finalize {
my ($self, $status) = @_;
$self->{'_response'}->status($status);
# build the headers using something normal and then add them to the
# response later. for whatever reason plack is being weird about this when
# the same header name is being used more than once. though, i might be
# doing it wrong.
my $headers = HTTP::Headers->new();
# add normal headers
for my $key (keys %{$self->headers()}) {
for my $value (@{$self->headers->get_all($key)}) {
$headers->push_header($key => $value);
}
}
# add cookies
for my $key (keys %{$self->cookies()}) {
for my $value (@{$self->cookies->get_all($key)}) {
$headers->push_header("Set-Cookie" => $self->_bake_cookie($key, $value));
}
}
# now add the headers we've compiled
$self->{'_response'}->headers($headers);
if (ref($self->{'_callback'}) &&
ref($self->{'_callback'}) eq "CODE") {
# the extra array ref brackets around the sub are because Web::Simple,
# which we use as the router, will not do a callback without them. by
# returning an array ref we are telling Web::Simple that we are giving
# it a PSGI response. from the Web::Simple docs:
#
# Well, a sub is a valid PSGI response too (for ultimate streaming
# and async cleverness). If you want to return a PSGI sub you have
# to wrap it into an array ref.
#
return [ sub {
my $responder = shift;
# this idiom here borrows heavily from the documentation on this
# blog post, by tatsuhiko miyagawa:
#
# http://bulknews.typepad.com/blog/2009/10/psgiplack-streaming-is-now-complete.html
#
# this effectively allows the user of this api to stream data to
# the client.
# finalize will always return a three element array. the third
# element is supposed to be the body. because we don't have a body
# yet (it's in the callback), this uses splice to exclude the third
# element (aka the body) and just return the status code and the
# list of headers.
my $writer = $responder->([splice(@{$self->{'_response'}->finalize()}, 0, 2)]);
return $self->{'_callback'}->($writer);
} ];
}
# just return a normal response
return $self->{'_response'}->finalize();
}
sub _bake_cookie {
my ($self, $key, $value) = @_;
my @cookie = (URI::Escape::uri_escape($key) . "=" . URI::Escape::uri_escape($value->{'value'}));
push(@cookie, "domain=" . $value->{'domain'}) if $value->{'domain'};
push(@cookie, "path=" . $value->{'path'}) if $value->{'path'};
push(@cookie, "expires=" . $self->_cookie_date($value->{'expires'})) if $value->{'expires'};
push(@cookie, "secure") if $value->{'secure'};
push(@cookie, "HttpOnly") if $value->{'httponly'};
return join("; ", @cookie);
}
my @MON = qw( Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec );
my @WDAY = qw( Sun Mon Tue Wed Thu Fri Sat );
sub _cookie_date {
my ($self, $expires) = @_;
if ($expires =~ /^\-?\d+$/x) {
# all numbers -> epoch date
# (cookies use '-' as date separator, HTTP uses ' ')
my ($sec, $min, $hour, $mday, $mon, $year, $wday) = gmtime($expires);
$year += 1900;
return sprintf("%s, %02d-%s-%04d %02d:%02d:%02d GMT",
$WDAY[$wday], $mday, $MON[$mon], $year, $hour, $min, $sec);
}
return $expires;
}
1;
=head1 NAME
Prancer::Response
=head1 SYNOPSIS
sub handler {
my ($self, $env, $request, $response, $session) = @_;
...
sub (GET) {
$response->header("Content-Type" => "text/plain");
$response->body("hello, goodbye");
return $response->finalize(200);
}
}
# or using a callback
sub handler {
...
sub (GET) {
$response->header("Content-Type" => "text/plain");
$response->body(sub {
my $writer = shift;
$writer->write("What is up?");
$writer->close();
});
return $response->finalize(200);
}
}
=head1 METHODS
=over
=item header
This method expects a list of headers to add to the response. For example:
$response->header("Content-Type" => "text/plain");
$response->header("Content-Length" => 1234, "X-Foo" => "bar");
If the header has already been set this will add another value to it and the
response will include the same header multiple times. To replace a header that
has already been set, remove the existing value first:
$response->headers->remove("X-Foo");
=item headers
Returns a L<Hash::MultiValue> of all headers that have been set to be sent with
the response.
=item cookie
If called with no arguments this will return the names of all cookies that have
been set to be sent with the response. Otherwise, this method expects a list of
cookies to add to the response. For example:
$response->cookie("foo" => {
'value' => "test",
'path' => "/",
'domain' => ".example.com",
'expires' => time + 24 * 60 * 60,
});
The hashref may contain the keys C<value>, C<domain>, C<expires>, C<path>,
C<httponly>, and C<secure>. C<expires> can take a string or an integer (as an
epoch time) and B<does not> convert string formats like C<+3M>.
=item cookies
Returns a L<Hash::MultiValue> of all cookies that have been set to be sent with
the response.
=item body
Send buffered output to the client. Anything sent to the client with this
method will be buffered until C<finalize> is called. For example:
$response->body("hello");
$response->body("goodbye", "world");
If a buffered response is not desired then the body may be a callback to send a
streaming response to the client. Any headers or response codes set in the
callback will be ignored as they must all be set beforehand. Any body set
before a callback is set will also be ignored. For example:
$response->body(sub {
my $writer = shift;
$writer->write("Hello, world!");
$writer->close();
return;
});
=item finalize
This requires one argument: the HTTP status code of the response. It will then
send a PSGI compatible response to the client. For example:
# or hard code it
$response->finalize(200);
=back
=cut
| 29.043046 | 100 | 0.580664 |
ede48c4fe5d3aa68ae83714dddc8ce7594702600 | 825 | pm | Perl | auto-lib/Azure/GraphRBAC/User.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | null | null | null | auto-lib/Azure/GraphRBAC/User.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | null | null | null | auto-lib/Azure/GraphRBAC/User.pm | pplu/azure-sdk-perl | 26cbef2d926f571bc1617c26338c106856f95568 | [
"Apache-2.0"
] | 1 | 2021-04-08T15:26:39.000Z | 2021-04-08T15:26:39.000Z | package Azure::GraphRBAC::User;
use Moose;
has 'accountEnabled' => (is => 'ro', isa => 'Bool' );
has 'displayName' => (is => 'ro', isa => 'Str' );
has 'givenName' => (is => 'ro', isa => 'Str' );
has 'immutableId' => (is => 'ro', isa => 'Str' );
has 'mail' => (is => 'ro', isa => 'Str' );
has 'mailNickname' => (is => 'ro', isa => 'Str' );
has 'signInNames' => (is => 'ro', isa => 'ArrayRef[Azure::GraphRBAC::SignInName]' );
has 'surname' => (is => 'ro', isa => 'Str' );
has 'usageLocation' => (is => 'ro', isa => 'Str' );
has 'userPrincipalName' => (is => 'ro', isa => 'Str' );
has 'userType' => (is => 'ro', isa => 'Str' );
has 'deletionTimestamp' => (is => 'ro', isa => 'Str' );
has 'objectId' => (is => 'ro', isa => 'Str' );
has 'objectType' => (is => 'ro', isa => 'Str' );
1;
| 43.421053 | 87 | 0.482424 |
edd3e5d4bf01857895d7148390698683bce902a9 | 5,527 | pl | Perl | eval/web-log-report.pl | dspinellis/sgsh-inactive | 8bdfb879b4fa420d582b2e6c8ff41d6cac9c9441 | [
"Apache-2.0"
] | 275 | 2016-12-10T17:19:50.000Z | 2022-03-27T15:16:44.000Z | eval/web-log-report.pl | dspinellis/sgsh-inactive | 8bdfb879b4fa420d582b2e6c8ff41d6cac9c9441 | [
"Apache-2.0"
] | 114 | 2016-11-28T21:40:28.000Z | 2022-01-20T17:32:17.000Z | eval/web-log-report.pl | dspinellis/sgsh-inactive | 8bdfb879b4fa420d582b2e6c8ff41d6cac9c9441 | [
"Apache-2.0"
] | 22 | 2017-01-09T01:48:23.000Z | 2022-01-30T23:25:30.000Z | #!/usr/bin/perl
#
# Copyright 1995-2013 Diomidis Spinellis
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
use Time::Local;
# LogFormat "%h %l %u %t \"%r\" %s %b
# %...h: remote host
# %...l: remote logname (from identd, if supplied)
# %...u: remote user (from auth; may be bogus if return status (%s) is 401)
# %...t: time, in common log format time format
# %...r: first line of request
# %...s: status. For requests that got internally redirected, this
# is status of the *original* request --- %...>s for the last.
# %...b: bytes sent.
# %...{Foobar}i: The contents of Foobar: header line(s) in the request
# sent to the client.
# %...{Foobar}o: The contents of Foobar: header line(s) in the reply.
#
$monthcard{'Jan'} = '01';
$monthcard{'Feb'} = '02';
$monthcard{'Mar'} = '03';
$monthcard{'Apr'} = '04';
$monthcard{'May'} = '05';
$monthcard{'Jun'} = '06';
$monthcard{'Jul'} = '07';
$monthcard{'Aug'} = '08';
$monthcard{'Sep'} = '09';
$monthcard{'Oct'} = '10';
$monthcard{'Nov'} = '11';
$monthcard{'Dec'} = '12';
$downame{1} = 'Mon';
$downame{2} = 'Tue';
$downame{3} = 'Wed';
$downame{4} = 'Thu';
$downame{5} = 'Fri';
$downame{6} = 'Sat';
$downame{0} = 'Sun';
while (<>) {
$logbytecount += length($_);
chop;
if (!(
# ifweb.dimi.uniud.it - - [11/Mar/2002:22:31:30 +0200] "GET /pubs/conf/1999-ESREL-SoftRel/html/chal.html HTTP/1.1" 404 322
($host,
$logname, $user,
$day, $month, $year,
$hour, $minute,
$verb, $url,
$status, $bytes) = /
([-\w.]+)\s+ (?# Host)
([-\w]+)\s+ (?# Logname)
([-\w]+)\s+ (?# User)
\[(\d+)\/ (?# Date)
(\w+)\/ (?# Month)
(\d+)\: (?# Year)
(\d+)\: (?# Hour)
(\d+) (?# Minute)
[^]]+?\]\s+ (?# Rest of time)
\"([-\w]+)\s* (?# Request verb)
([^\s]*) (?# Request URL)
[^"]*?\"\s+ (?# Request protocol etc.)
(\d+)\s+ (?# Status)
([-\d]+) (?# Bytes)
/x)) {
print STDERR "$ARGV($.): Unable to process: $_\n";
next;
}
if ($host !~ m/\.\d+$/) {
($topdomain) = ($host =~ m/.*\.(.*)/);
$topdomaincount{$topdomain}++;
($domain) = ($host =~ m/[^.]\.(.*)/);
$domaincount{$domain}++;
}
($area) = ($url =~ m/^\/?([^\/]+)/);
$area = '/' if ($area eq '');
$month = $monthcard{$month};
$date = $year . '-' . $month . '-' . $day;
$accesscount++;
$hostcount{$host}++;
$urlcount{$url}++;
$datecount{$date}++;
$ltime = timelocal(0, 0, 0, $day, $month - 1, $year - 1900);
$daynum = (localtime $ltime)[6];
$dowcount{$daynum}++;
$hourcount{$hour}++;
$areacount{$area}++;
$bytecount += $bytes;
$hostbytecount{$host} += $bytes;
}
print "
WWW server statistics
=====================
Summary
-------
";
printf("Number of accesses: %d\n", $accesscount);
printf("Number of Gbytes transferred: %d\n", $bytecount / 1024 / 1024 / 1024);
printf("Number of hosts: %d\n", ($hostcount = grep 1, values %hostcount));
printf("Number of domains: %d\n", ($domaincount = grep 1, values %domaincount));
printf("Number of top level domains: %d\n", ($topdomaincount = grep 1, values %topdomaincount));
printf("Number of different pages: %d\n", ($urlcount = grep 1, keys %urlcount));
printf("Accesses per day: %d\n", $accesscount / ($datecount = grep 1, values %datecount));
printf("Mbytes per day: %d\n", $bytecount / $datecount / 1024 / 1024);
printf("Mbytes log file size: %d\n", $logbytecount / 1024 / 1024);
print '
Top 20 Requests
---------------
';
$count = 0;
foreach (sort {$urlcount{$b} <=> $urlcount{$a}} keys %urlcount) {
last if ($count++ == 20);
printf("%10d %s\n", $urlcount{$_}, $_);
}
print '
Top 20 Area Requests
---------------
';
$count = 0;
foreach (sort {$areacount{$b} <=> $areacount{$a}} keys %areacount) {
last if ($count++ == 20);
printf("%10d %s\n", $areacount{$_}, $_);
}
print '
Top 10 Hosts
------------
';
$count = 0;
foreach (sort {$hostcount{$b} <=> $hostcount{$a}} keys %hostcount) {
last if ($count++ == 10);
printf("%10d %s\n", $hostcount{$_}, $_);
}
print '
Top 10 Hosts by Transfer
------------------------
';
$count = 0;
foreach (sort {$hostbytecount{$b} <=> $hostbytecount{$a}} keys %hostbytecount) {
last if ($count++ == 10);
printf("%10d %s\n", $hostbytecount{$_}, $_);
}
print '
Top 10 Domains
--------------
';
$count = 0;
foreach (sort {$domaincount{$b} <=> $domaincount{$a}} keys %domaincount) {
last if ($count++ == 10);
printf("%10d %s\n", $domaincount{$_}, $_);
}
print '
Top 20 Level Domain Accesses
-------------------------
';
$count = 0;
foreach (sort {$topdomaincount{$b} <=> $topdomaincount{$a}} keys %topdomaincount) {
printf("%10d %s\n", $topdomaincount{$_}, $_);
last if ($count++ == 20);
}
print '
Accesses by Day of Week
-----------------------
';
foreach (sort {$dowcount{$b} <=> $dowcount{$a}} keys %dowcount) {
printf("%10d %s\n", $dowcount{$_}, $downame{$_});
}
print '
Accesses by Local Hour
----------------------
';
foreach (sort keys %hourcount) {
printf("%10d %s\n", $hourcount{$_}, $_);
}
print '
Accesses by Date
----------------
';
foreach (sort keys %datecount) {
printf("%10d %s\n", $datecount{$_}, $_);
}
| 25.706977 | 122 | 0.565768 |
ed6fdbf2dda189127a442a54a84a425d948258f2 | 457 | pm | Perl | auto-lib/Paws/GameLift/DescribeEC2InstanceLimitsOutput.pm | cah-rfelsburg/paws | de9ffb8d49627635a2da588066df26f852af37e4 | [
"Apache-2.0"
] | 2 | 2016-09-22T09:18:33.000Z | 2017-06-20T01:36:58.000Z | auto-lib/Paws/GameLift/DescribeEC2InstanceLimitsOutput.pm | cah-rfelsburg/paws | de9ffb8d49627635a2da588066df26f852af37e4 | [
"Apache-2.0"
] | null | null | null | auto-lib/Paws/GameLift/DescribeEC2InstanceLimitsOutput.pm | cah-rfelsburg/paws | de9ffb8d49627635a2da588066df26f852af37e4 | [
"Apache-2.0"
] | null | null | null |
package Paws::GameLift::DescribeEC2InstanceLimitsOutput;
use Moose;
has EC2InstanceLimits => (is => 'ro', isa => 'ArrayRef[Paws::GameLift::EC2InstanceLimit]');
### main pod documentation begin ###
=head1 NAME
Paws::GameLift::DescribeEC2InstanceLimitsOutput
=head1 ATTRIBUTES
=head2 EC2InstanceLimits => ArrayRef[L<Paws::GameLift::EC2InstanceLimit>]
Object containing the maximum number of instances for the specified
instance type.
=cut
1; | 17.576923 | 93 | 0.757112 |
edd7cb38ea51961c2e6ccfdb81f27cfe36e556e8 | 315 | pl | Perl | benchmarks/spec2k6bin/specint/perl_depends/lib/unicore/lib/gc_sc/InVariat.pl | YangZhou1997/DynamicCache_v2 | 60bc1e01e0eaf88f6c8e959cb6316e20ac910ed2 | [
"BSD-3-Clause"
] | 430 | 2015-01-05T19:21:10.000Z | 2022-03-29T07:19:18.000Z | benchmarks/spec2k6bin/specint/perl_depends/lib/unicore/lib/gc_sc/InVariat.pl | YangZhou1997/DynamicCache_v2 | 60bc1e01e0eaf88f6c8e959cb6316e20ac910ed2 | [
"BSD-3-Clause"
] | 9 | 2015-01-20T17:42:30.000Z | 2022-03-04T22:05:43.000Z | benchmarks/spec2k6bin/specint/perl_depends/lib/unicore/lib/gc_sc/InVariat.pl | YangZhou1997/DynamicCache_v2 | 60bc1e01e0eaf88f6c8e959cb6316e20ac910ed2 | [
"BSD-3-Clause"
] | 41 | 2015-05-10T17:08:50.000Z | 2022-01-19T01:15:19.000Z | # !!!!!!! DO NOT EDIT THIS FILE !!!!!!!
# This file is built by mktables from e.g. UnicodeData.txt.
# Any changes made here will be lost!
#
# This file supports:
# \p{InVariationSelectors} (and fuzzy permutations)
#
# Meaning: Block 'Variation Selectors'
#
return <<'END';
FE00 FE0F Variation Selectors
END
| 22.5 | 59 | 0.68254 |
ed9cc82342033c444fb38c904d9cb6f295edfde9 | 392,346 | pl | Perl | ccg_sen_d/fracas_eccg.pl | huhailinguist/LangPro | 283021e47bbeb2de8993c5603eb4e261d628b80c | [
"BSD-3-Clause"
] | 94 | 2017-06-27T14:45:24.000Z | 2022-03-31T03:15:52.000Z | ccg_sen_d/fracas_eccg.pl | huhailinguist/LangPro | 283021e47bbeb2de8993c5603eb4e261d628b80c | [
"BSD-3-Clause"
] | 4 | 2017-03-28T20:56:55.000Z | 2020-03-24T13:20:30.000Z | ccg_sen_d/fracas_eccg.pl | huhailinguist/LangPro | 283021e47bbeb2de8993c5603eb4e261d628b80c | [
"BSD-3-Clause"
] | 9 | 2017-09-01T04:02:55.000Z | 2021-11-19T01:36:12.000Z | :- op(601, xfx, (/)).
:- op(601, xfx, (\)).
:- multifile ccg/2, id/2.
:- discontiguous ccg/2, id/2.
ccg(1,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
t(n,'Italian','Italian','JJ','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,became,become,'VBD','O','O'),
fa(np:nb,
ba(np:nb/n,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,world,world,'NN','O','O')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
fa(n,
t(n/n,greatest,greatest,'JJS','O','O'),
t(n,tenor,tenor,'NN','O','O')))))).
ccg(2,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,was,be,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
t(n,'Italian','Italian','JJ','O','I-ORG')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,became,become,'VBD','O','O'),
fa(np:nb,
ba(np:nb/n,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,world,world,'NN','O','O')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
fa(n,
t(n/n,greatest,greatest,'JJS','O','O'),
t(n,tenor,tenor,'NN','O','O'))))))))).
ccg(3,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,man,man,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),wants,want,'VBZ','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,be,be,'VB','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenor,tenor,'NN','O','O')))))))).
ccg(4,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,men,man,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O')))))).
ccg(5,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,men,man,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),want,want,'VBP','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,be,be,'VB','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenor,tenor,'NN','O','O'))))))))))).
ccg(6,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,men,man,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),want,want,'VBP','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,be,be,'VB','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenor,tenor,'NN','O','O')))))))).
ccg(7,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,men,man,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O')))))).
ccg(8,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,men,man,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),want,want,'VBP','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,be,be,'VB','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenor,tenor,'NN','O','O'))))))))))).
ccg(9,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,tenor,tenor,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),wants,want,'VBZ','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),be,be,'VB','O','O'),
t(s:adj\np,great,great,'JJ','O','O')))))).
ccg(10,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,great,great,'JJ','O','O')))).
ccg(11,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,'Italian','Italian','JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),want,want,'VBP','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),be,be,'VB','O','O'),
t(s:adj\np,great,great,'JJ','O','O'))))))))).
ccg(12,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),really,really,'RB','O','O'),
t(n/n,ambitious,ambitious,'JJ','O','O')),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,'Italian','Italian','JJ','O','O'))))).
ccg(13,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),really,really,'RB','O','O'),
t(n/n,ambitious,ambitious,'JJ','O','O')),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,'Italian','Italian','JJ','O','O'))))))).
ccg(14,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),really,really,'RB','O','O'),
t(n/n,great,great,'JJ','O','O')),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,modest,modest,'JJ','O','O')))).
ccg(15,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
bxc((s:dcl\np:thr)/np,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
t((s\np)\ (s\np),really,really,'RB','O','O')),
ba(np,
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,modest,modest,'JJ','O','O'))))))).
ccg(16,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,'Swedish','Swedish','JJ','O','O'))))).
ccg(17,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,'Swedish','Swedish','JJ','O','O')))))))).
ccg(18,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,'German','German','JJ','O','O')))).
ccg(19,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,'German','German','JJ','O','O'))))))).
ccg(20,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,'British','British','JJ','O','O')))).
ccg(21,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,'British','British','JJ','O','O'))))))).
ccg(22,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Most','Most','JJS','O','O'),
t(n/n,great,great,'JJ','O','O')),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,'Italian','Italian','JJ','O','O')))).
ccg(23,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,'Italian','Italian','JJ','O','O'))))))).
ccg(24,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,sing,sing,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,popular,popular,'JJ','O','O'),
t(n,music,music,'NN','O','O')))))).
ccg(25,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,like,like,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,popular,popular,'JJ','O','O'),
t(n,music,music,'NN','O','O')))))).
ccg(26,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:ng\np),who,who,'WP','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,sing,sing,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,popular,popular,'JJ','O','O'),
t(n,music,music,'NN','O','O'))))))))).
ccg(27,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Few','Few','JJ','O','O'),
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,poor,poor,'JJ','O','O')))).
ccg(28,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,great,great,'JJ','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,poor,poor,'JJ','O','O'))))))).
ccg(29,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
fa(n,
t(n/n,leading,lead,'VBG','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,excellent,excellent,'JJ','O','O')))).
ccg(30,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
t(n/n,'Leading','Leading','VBG','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,excellent,excellent,'JJ','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,indispensable,indispensable,'JJ','O','O')))).
ccg(31,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
fa(n,
t(n/n,leading,lead,'VBG','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),are,be,'VBP','O','O'),
t(s:adj\np,indispensable,indispensable,'JJ','O','O')))).
ccg(32,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Neither','Neither','DT','O','O'),
fa(n,
t(n/n,leading,lead,'VBG','O','O'),
t(n,tenor,tenor,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),comes,come,'VBZ','O','O'),
t(s:adj\np,cheap,cheap,'JJ','O','O')))).
ccg(33,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'One','One','CD','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,leading,lead,'VBG','O','O'),
t(n,tenors,tenor,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
lx(np, n,
t(n,'Pavarotti','Pavarotti','NNP','O','O'))))).
ccg(34,
ba(s:dcl,
lx(np, n,
t(n,'Pavarotti','Pavarotti','NNP','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,leading,lead,'VBG','O','O'),
t(n,tenor,tenor,'NN','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
t(s:dcl\np,comes,come,'VBZ','O','O'))),
lx(np\np, s:adj\np,
t(s:adj\np,cheap,cheap,'NN','O','O')))))).
ccg(35,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/np,take,take,'VB','O','O'),
ba(np,
lx(np, n,
t(n,part,part,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,concert,concert,'NN','O','O')))))))).
ccg(36,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,tenors,tenor,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/np,take,take,'VB','O','O'),
ba(np,
lx(np, n,
t(n,part,part,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,concert,concert,'NN','O','O'))))))))))).
ccg(37,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,tenors,tenor,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
fa((s:b\np)/pp,
t(((s:b\np)/pp)/np,contribute,contribute,'VB','O','O'),
fa(np:nb,
t(np:nb/n,their,their,'PRP$','O','O'),
t(n,fees,fee,'NNS','O','O'))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,charity,charity,'NN','O','O')))))))).
ccg(38,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,tenors,tenor,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
fa((s:b\np)/pp,
t(((s:b\np)/pp)/np,contribute,contribute,'VB','O','O'),
fa(np:nb,
t(np:nb/n,their,their,'PRP$','O','O'),
t(n,fees,fee,'NNS','O','O'))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,charity,charity,'NN','O','O')))))))))).
ccg(39,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'An','An','DT','O','O'),
t(n,'Irishman','Irishman','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'Nobel','Nobel','NNP','O','O'),
t(n,prize,prize,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
t(n,literature,literature,'NN','O','O'))))))).
ccg(40,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'An','An','DT','O','O'),
t(n,'Irishman','Irishman','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,'Nobel','Nobel','NNP','O','O'),
t(n,prize,prize,'NN','O','O')))))).
ccg(41,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(42,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,person,person,'NN','O','O'))))).
ccg(43,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,person,person,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(44,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','JJ','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(45,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,'Europeans','Europeans','NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(46,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,person,person,'NN','O','O'))))).
ccg(47,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,person,person,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(48,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,'Europeans','Europeans','NNPS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(49,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(50,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,person,person,'NN','O','O'))))).
ccg(51,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,person,person,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(52,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
t(n,'European','European','JJ','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(53,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,member,member,'NN','O','O'),
t(n,states,state,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(54,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,member,member,'NN','O','O'),
t(n,states,state,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,individuals,individual,'NNS','O','O'))))).
ccg(55,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,individual,individual,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(56,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,member,member,'NN','O','O'),
t(n,states,state,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(57,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,delegate,delegate,'NN','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(58,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,delegate,delegate,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))))).
ccg(59,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,delegates,delegate,'NNS','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(60,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,delegates,delegate,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))))).
ccg(61,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,obtained,obtain,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,interesting,interesting,'JJ','O','O'),
t(n,results,result,'NNS','O','O')))),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O')))))).
ccg(62,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,obtained,obtain,'VBD','O','O'),
ba(np,
lx(np, n,
t(n,results,result,'NNS','O','O')),
fa(np\np,
t((np\np)/np,from,from,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))))))).
ccg(63,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,results,result,'NNS','O','O')),
lx(np\np, s:pss\np,
ba(s:pss\np,
t(s:pss\np,published,publish,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,national,national,'JJ','O','O'),
t(n,newspapers,newspaper,'NNS','O','O'))))))))))).
ccg(64,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,results,result,'NNS','O','O')),
lx(np\np, s:pss\np,
t(s:pss\np,published,publish,'VBN','O','O')))))).
ccg(65,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,'Europeans','Europeans','NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,resident,resident,'JJ','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(66,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,'Europeans','Europeans','NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,people,people,'NNS','O','O'))))).
ccg(67,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,resident,resident,'JJ','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(68,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,'Europeans','Europeans','NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(69,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Sweden','Sweden','NNP','O','I-LOC')))))).
ccg(70,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,people,people,'NNS','O','O'))))).
ccg(71,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Sweden','Sweden','NNP','O','I-LOC')))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Scandinavia','Scandinavia','NNP','O','I-LOC')))))).
ccg(72,
ba(s:dcl,
fa(np:nb,
fa(np/np,
t((np/np)/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Scandinavia','Scandinavia','NNP','O','I-LOC')))))).
ccg(73,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Few','Few','JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Portugal','Portugal','NNP','O','I-LOC')))))).
ccg(74,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,people,people,'NNS','O','O'))))).
ccg(75,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Portugal','Portugal','NNP','O','I-LOC')))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,southern,southern,'JJ','O','I-LOC'),
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(76,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(np\np,
t((np\np)/np,from,from,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,southern,southern,'JJ','O','I-LOC'),
t(n,'Europe','Europe','NNP','O','I-LOC')))))))).
ccg(77,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),used,use,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:ng\np),be,be,'VB','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,leading,lead,'VBG','O','O'),
lx(np, n,
t(n,businessmen,businessman,'NNS','O','O')))))))).
ccg(78,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),used,use,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,be,be,'VB','O','O'),
lx(np, n,
t(n,businessmen,businessman,'NNS','O','O'))))))).
ccg(79,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Neither','Neither','DT','O','O'),
t(n,commissioner,commissioner,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,spends,spend,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))))).
ccg(80,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Neither','Neither','DT','O','O'),
t(n,commissioner,commissioner,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,spends,spend,'VBZ','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))).
ccg(81,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))))).
ccg(82,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))).
ccg(83,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O')))))))))).
ccg(84,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O')))))))).
ccg(85,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'An','An','DT','O','O'),
t(n,'Irishman','Irishman','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,'Nobel','Nobel','NNP','O','O'),
t(n,prize,prize,'NN','O','O')))))).
ccg(86,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'An','An','DT','O','O'),
t(n,'Irishman','Irishman','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'Nobel','Nobel','NNP','O','O'),
t(n,prize,prize,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
t(n,literature,literature,'NN','O','O'))))))).
ccg(87,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','JJ','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(88,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,person,person,'NN','O','O'))))).
ccg(89,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,person,person,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(90,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(91,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,'Europeans','Europeans','NNPS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(92,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,person,person,'NN','O','O'))))).
ccg(93,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,person,person,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(94,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,'Europeans','Europeans','NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(95,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
t(n,'European','European','JJ','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(96,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,person,person,'NN','O','O'))))).
ccg(97,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,person,person,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(98,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
t(n,'European','European','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(99,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,member,member,'NN','O','O'),
t(n,states,state,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(100,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,member,member,'NN','O','O'),
t(n,states,state,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,individuals,individual,'NNS','O','O'))))).
ccg(101,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,individual,individual,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
t((s\np)\ (s\np),anywhere,anywhere,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(102,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,member,member,'NN','O','O'),
t(n,states,state,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
t((s\np)\ (s\np),anywhere,anywhere,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(103,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,delegate,delegate,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))))).
ccg(104,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,delegate,delegate,'NN','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(105,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,delegates,delegate,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))))).
ccg(106,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,delegates,delegate,'NNS','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(107,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,obtained,obtain,'VBD','O','O'),
ba(np,
lx(np, n,
t(n,results,result,'NNS','O','O')),
fa(np\np,
t((np\np)/np,from,from,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))))))).
ccg(108,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,obtained,obtain,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,interesting,interesting,'JJ','O','O'),
t(n,results,result,'NNS','O','O')))),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O')))))).
ccg(109,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,results,result,'NNS','O','O')),
lx(np\np, s:pss\np,
t(s:pss\np,published,publish,'VBN','O','O')))))).
ccg(110,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,results,result,'NNS','O','O')),
lx(np\np, s:pss\np,
ba(s:pss\np,
t(s:pss\np,published,publish,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,national,national,'JJ','O','O'),
t(n,newspapers,newspaper,'NNS','O','O'))))))))))).
ccg(111,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,'Europeans','Europeans','NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(112,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,'Europeans','Europeans','NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,people,people,'NNS','O','O'))))).
ccg(113,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,resident,resident,'JJ','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(114,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,'Europeans','Europeans','NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,resident,resident,'JJ','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(115,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Scandinavia','Scandinavia','NNP','O','I-LOC')))))).
ccg(116,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,people,people,'NNS','O','O'))))).
ccg(117,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Sweden','Sweden','NNP','O','I-LOC')))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Scandinavia','Scandinavia','NNP','O','I-LOC')))))).
ccg(118,
ba(s:dcl,
fa(np:nb,
fa(np/np,
t((np/np)/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Sweden','Sweden','NNP','O','I-LOC')))))).
ccg(119,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Few','Few','JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,southern,southern,'JJ','O','I-LOC'),
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(120,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
t(n,people,people,'NNS','O','O'))))).
ccg(121,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Portugal','Portugal','NNP','O','I-LOC')))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,southern,southern,'JJ','O','I-LOC'),
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(122,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(np\np,
t((np\np)/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Portugal','Portugal','NNP','O','I-LOC'))))))).
ccg(123,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),used,use,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,be,be,'VB','O','O'),
lx(np, n,
t(n,businessmen,businessman,'NNS','O','O'))))))).
ccg(124,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),used,use,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:ng\np),be,be,'VB','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,leading,lead,'VBG','O','O'),
lx(np, n,
t(n,businessmen,businessman,'NNS','O','O')))))))).
ccg(125,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Neither','Neither','DT','O','O'),
t(n,commissioner,commissioner,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,spends,spend,'VBZ','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))).
ccg(126,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'One','One','CD','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,spends,spend,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))))).
ccg(127,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))).
ccg(128,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))))).
ccg(129,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O')))))))).
ccg(130,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O')))))))))).
ccg(131,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
t(n,'Swede','Swede','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,'Nobel','Nobel','NNP','O','O'),
t(n,prize,prize,'NN','O','O')))))).
ccg(132,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'Swede','Swede','NN','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,'Scandinavian','Scandinavian','JJ','O','O'))))).
ccg(133,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
t(n,'Scandinavian','Scandinavian','JJ','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,won,'NN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,'Nobel','Nobel','NNP','O','O'),
t(n,prize,prize,'NN','O','O')))))).
ccg(134,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(135,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'North','North','NNP','O','I-ORG'),
fa(n,
t(n/n,'American','American','NNP','O','I-ORG'),
t(n,continent,continent,'NN','O','O'))))))))).
ccg(136,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),'North','North','JJ','O','I-ORG'),
t(n/n,'American','American','JJ','O','I-ORG')),
t(n,continent,continent,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(137,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,residents,resident,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(138,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'North','North','NNP','O','I-ORG'),
fa(n,
t(n/n,'American','American','NNP','O','I-ORG'),
t(n,continent,continent,'NN','O','O'))))))))).
ccg(139,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),'North','North','JJ','O','I-ORG'),
t(n/n,'American','American','JJ','O','I-ORG')),
t(n,continent,continent,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(140,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(141,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'North','North','NNP','O','I-ORG'),
fa(n,
t(n/n,'American','American','NNP','O','I-ORG'),
t(n,continent,continent,'NN','O','O'))))))))).
ccg(142,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),'North','North','JJ','O','I-ORG'),
t(n/n,'American','American','JJ','O','I-ORG')),
t(n,continent,continent,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(143,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,western,western,'JJ','O','O'),
t(n,countries,country,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(144,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,western,western,'JJ','O','O'),
t(n,countries,country,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,western,western,'JJ','O','O'),
t(n,countries,country,'NNS','O','O')))))))).
ccg(145,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,western,western,'JJ','O','O'),
t(n,countries,country,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(146,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
fa(n,
t(n/n,'Scandinavian','Scandinavian','JJ','O','O'),
t(n,delegate,delegate,'NN','O','O'))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(147,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,delegate,delegate,'NN','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(148,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
fa(n,
t(n/n,'Irish','Irish','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(149,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,delegates,delegate,'NNS','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(150,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
fa(n,
t(n/n,'British','British','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O')))),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,obtained,obtain,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,interesting,interesting,'JJ','O','O'),
t(n,results,result,'NNS','O','O')))),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O')))))).
ccg(151,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,obtained,obtain,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,interesting,interesting,'JJ','O','O'),
t(n,results,result,'NNS','O','O')))),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O')))))).
ccg(152,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
fa(n,
t(n/n,'Portuguese','Portuguese','NN','O','O'),
t(n,delegates,delegate,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,results,result,'NNS','O','O')),
lx(np\np, s:pss\np,
ba(s:pss\np,
t(s:pss\np,published,publish,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,national,national,'JJ','O','O'),
t(n,newspapers,newspaper,'NNS','O','O'))))))))))).
ccg(153,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,results,result,'NNS','O','O')),
lx(np\np, s:pss\np,
ba(s:pss\np,
t(s:pss\np,published,publish,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,national,national,'JJ','O','O'),
t(n,newspapers,newspaper,'NNS','O','O'))))))))))).
ccg(154,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,'Europeans','Europeans','NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,resident,resident,'JJ','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(155,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,'Europeans','Europeans','NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(156,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Scandinavia','Scandinavia','NNP','O','I-LOC')))))).
ccg(157,
ba(s:dcl,
fa(np:nb,
fa(np/np,
t((np/np)/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Scandinavia','Scandinavia','NNP','O','I-LOC')))))).
ccg(158,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Few','Few','JJ','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,southern,southern,'JJ','O','I-LOC'),
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(159,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Few','Few','JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,southern,southern,'JJ','O','I-LOC'),
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(160,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),used,use,'VBN','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/pp,be,be,'VB','O','O'),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,business,business,'NN','O','O')))))))).
ccg(161,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),used,use,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/pp,be,be,'VB','O','O'),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,business,business,'NN','O','O')))))))).
ccg(162,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Neither','Neither','DT','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
t(n,commissioner,commissioner,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spends,spend,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))))).
ccg(163,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'One','One','CD','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,spends,spend,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))))).
ccg(164,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
fa(n,
t(n/n,female,female,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))).
ccg(165,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))).
ccg(166,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O')))))))).
ccg(167,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O')))))))).
ccg(168,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
t(n,'Scandinavian','Scandinavian','JJ','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,won,'NN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,'Nobel','Nobel','NNP','O','O'),
t(n,prize,prize,'NN','O','O')))))).
ccg(169,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,'Swede','Swede','NN','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,'Scandinavian','Scandinavian','JJ','O','O'))))).
ccg(170,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
t(n,'Swede','Swede','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,'Nobel','Nobel','NNP','O','O'),
t(n,prize,prize,'NN','O','O')))))).
ccg(171,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),'North','North','JJ','O','I-ORG'),
t(n/n,'American','American','JJ','O','I-ORG')),
t(n,continent,continent,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(172,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'North','North','NNP','O','I-ORG'),
fa(n,
t(n/n,'American','American','NNP','O','I-ORG'),
t(n,continent,continent,'NN','O','O'))))))))).
ccg(173,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(174,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),'North','North','JJ','O','I-ORG'),
t(n/n,'American','American','JJ','O','I-ORG')),
t(n,continent,continent,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(175,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'North','North','NNP','O','I-ORG'),
fa(n,
t(n/n,'American','American','NNP','O','I-ORG'),
t(n,continent,continent,'NN','O','O'))))))))).
ccg(176,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,residents,resident,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(177,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),'North','North','JJ','O','I-ORG'),
t(n/n,'American','American','JJ','O','I-ORG')),
t(n,continent,continent,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(178,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,resident,resident,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'North','North','NNP','O','I-ORG'),
fa(n,
t(n/n,'American','American','NNP','O','I-ORG'),
t(n,continent,continent,'NN','O','O'))))))))).
ccg(179,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
fa(n,
t(n/n,'Canadian','Canadian','JJ','O','O'),
t(n,resident,resident,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(180,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,western,western,'JJ','O','O'),
t(n,countries,country,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(181,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,western,western,'JJ','O','O'),
t(n,countries,country,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,western,western,'JJ','O','O'),
t(n,countries,country,'NNS','O','O')))))))).
ccg(182,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,residents,resident,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,western,western,'JJ','O','O'),
t(n,countries,country,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
ba(n,
t(n,right,right,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
t(s:b\np,live,live,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))))))).
ccg(183,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,delegate,delegate,'NN','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(184,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
fa(n,
t(n/n,'Scandinavian','Scandinavian','JJ','O','O'),
t(n,delegate,delegate,'NN','O','O'))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(185,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,delegates,delegate,'NNS','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(186,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
fa(n,
t(n/n,'Irish','Irish','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,time,time,'NN','O','O')))))).
ccg(187,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,obtained,obtain,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,interesting,interesting,'JJ','O','O'),
t(n,results,result,'NNS','O','O')))),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O')))))).
ccg(188,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Many','Many','JJ','O','O'),
fa(n,
t(n/n,'British','British','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O')))),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,obtained,obtain,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,interesting,interesting,'JJ','O','O'),
t(n,results,result,'NNS','O','O')))),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,survey,survey,'NN','O','O')))))).
ccg(189,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
t(n,delegates,delegate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,results,result,'NNS','O','O')),
lx(np\np, s:pss\np,
ba(s:pss\np,
t(s:pss\np,published,publish,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,national,national,'JJ','O','O'),
t(n,newspapers,newspaper,'NNS','O','O'))))))))))).
ccg(190,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Several','Several','JJ','O','O'),
fa(n,
t(n/n,'Portuguese','Portuguese','NN','O','O'),
t(n,delegates,delegate,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,results,result,'NNS','O','O')),
lx(np\np, s:pss\np,
ba(s:pss\np,
t(s:pss\np,published,publish,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,major,major,'JJ','O','O'),
fa(n,
t(n/n,national,national,'JJ','O','O'),
t(n,newspapers,newspaper,'NNS','O','O'))))))))))).
ccg(191,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,'Europeans','Europeans','NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(192,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,'Europeans','Europeans','NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,resident,resident,'JJ','O','O')),
fa(np\np,
t((np\np)/np,outside,outside,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,travel,travel,'VB','O','O'),
t((s\np)\ (s\np),freely,freely,'RB','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,within,within,'IN','O','O'),
lx(np, n,
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(193,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Scandinavia','Scandinavia','NNP','O','I-LOC')))))).
ccg(194,
ba(s:dcl,
fa(np:nb,
fa(np/np,
t((np/np)/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'Scandinavia','Scandinavia','NNP','O','I-LOC')))))).
ccg(195,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Few','Few','JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,southern,southern,'JJ','O','I-LOC'),
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(196,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Few','Few','JJ','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
fa(n,
t(n/n,committee,committee,'NN','O','O'),
t(n,members,member,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,southern,southern,'JJ','O','I-LOC'),
t(n,'Europe','Europe','NNP','O','I-LOC'))))))).
ccg(197,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),used,use,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/pp,be,be,'VB','O','O'),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,business,business,'NN','O','O')))))))).
ccg(198,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Both','Both','DT','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),used,use,'VBN','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/pp,be,be,'VB','O','O'),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,business,business,'NN','O','O')))))))).
ccg(199,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Neither','Neither','DT','O','O'),
t(n,commissioner,commissioner,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,spends,spend,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))))).
ccg(200,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'One','One','CD','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,spends,spend,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,lot,lot,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))))).
ccg(201,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))).
ccg(202,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),'At','At','IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,three,three,'CD','O','O')),
fa(n,
t(n/n,male,male,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O'))))))).
ccg(203,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O')))))))).
ccg(204,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'At','At','IN','O','O'),
lx(np, n,
t(n,most,most,'JJS','O','O'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
fa(n,
t(n/n,female,female,'JJ','O','O'),
t(n,commissioners,commissioner,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,spend,spend,'VBP','O','O'),
ba(np,
lx(np, n,
t(n,time,time,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
t(n,home,home,'NN','O','O')))))))).
ccg(205,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(',',',',',',',','O','O'),
ba(np,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')))))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(206,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(207,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(',',',',',',',','O','O'),
ba(np,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
lx(np, n,
fa(n,
t(n/n,several,several,'JJ','O','O'),
t(n,lawyers,lawyer,'NNS','O','O'))))))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(208,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(209,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Either','Either','NNP','O','I-DAT'),
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(',',',',',',',','O','O'),
ba(np,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
conj(np\np, np,
t(conj,or,or,'CC','O','O'),
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')))))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(210,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(211,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Either','Either','NNP','O','I-DAT'),
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(',',',',',',',','O','O'),
ba(np,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
conj(np\np, np,
t(conj,or,or,'CC','O','O'),
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')))))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(212,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'If','If','IN','O','O'),
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')))),
fa(s:dcl\np,
bxc((s:dcl\np)/ (s:b\np),
t((s:dcl\np)/ (s:b\np),did,do,'VBD','O','O'),
t((s\np)\ (s\np),not,not,'RB','O','O')),
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')),
t(',',',',',',',','O','O')))))),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')))))).
ccg(213,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Exactly','Exactly','RB','O','O'),
t(n/n,two,two,'CD','O','O')),
t(n,lawyers,lawyer,'NNS','O','O'))),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
lx(np, n,
fa(n,
t(n/n,three,three,'CD','O','O'),
t(n,accountants,accountant,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(214,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Six','Six','CD','O','O'),
t(n,lawyers,lawyer,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(215,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Exactly','Exactly','RB','O','O'),
t(n/n,two,two,'CD','O','O')),
t(n,lawyers,lawyer,'NNS','O','O'))),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
lx(np, n,
fa(n,
t(n/n,three,three,'CD','O','O'),
t(n,accountants,accountant,'NNS','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(216,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Six','Six','CD','O','O'),
t(n,accountants,accountant,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(217,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,representative,representative,'NN','O','O')),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
lx(np, n,
t(n,client,client,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(218,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,representative,representative,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(219,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,representative,representative,'NN','O','O')),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
lx(np, n,
t(n,client,client,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(220,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,representative,representative,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(221,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,representative,representative,'NN','O','O')),
conj(np\np, np,
t(conj,or,or,'CC','O','O'),
lx(np, n,
t(n,client,client,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(222,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,representative,representative,'NN','O','O')),
conj(np:nb\np:nb, np:nb,
t(conj,and,and,'CC','O','O'),
fa(np:nb,
t(np:nb/n,every,every,'DT','O','O'),
t(n,client,client,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(223,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,chairman,chairman,'NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,read,read,'VBD','O','O'),
t((s\np)\ (s\np),out,out,'RP','O','O')),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,items,item,'NNS','O','O')),
fa(np\np,
t((np\np)/np,on,on,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,agenda,agenda,'NN','O','O'))))))).
ccg(224,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,chairman,chairman,'NN','O','O')),
ba(s:dcl\np,
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,read,read,'VBD','O','O'),
t((s\np)\ (s\np),out,out,'RP','O','O')),
fa(np:nb,
t(np:nb/n,every,every,'DT','O','O'),
t(n,item,item,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,agenda,agenda,'NN','O','O')))))).
ccg(225,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,were,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,voted,vote,'VBD','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,chairman,chairman,'NN','O','O'))))))).
ccg(226,
ba(s:dcl,
ba(np,
t(np,'Everyone','Everyone','DT','O','O'),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,voted,vote,'VBD','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,chairman,chairman,'NN','O','O'))))))).
ccg(227,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np/np,'All','All','PDT','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,people,people,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,were,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/pp,voted,vote,'VBD','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,chairman,chairman,'NN','O','O'))))))).
ccg(228,
ba(s:dcl,
ba(np,
t(np,'Everyone','Everyone','DT','O','O'),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,voted,vote,'VBD','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,chairman,chairman,'NN','O','O'))))))).
ccg(229,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,were,be,'VBD','O','O'),
fa(pp,
t(pp/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))),
fa(s:dcl\np,
t((s\np)/ (s\np),all,all,'DT','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,voted,vote,'VBD','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,chairman,chairman,'NN','O','O')))))))).
ccg(230,
ba(s:dcl,
ba(np,
t(np,'Everyone','Everyone','DT','O','O'),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,voted,vote,'VBD','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,chairman,chairman,'NN','O','O'))))))).
ccg(231,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,inhabitants,inhabitant,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,'Cambridge','Cambridge','NNP','O','I-LOC')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,voted,vote,'VBD','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,'Labour','Labour','NNP','O','I-ORG'),
t(n,'MP','MP','NNP','O','I-ORG'))))))).
ccg(232,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,inhabitant,inhabitant,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,'Cambridge','Cambridge','NNP','O','I-LOC')))),
fa(s:dcl\np,
t((s:dcl\np)/pp,voted,vote,'VBD','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,'Labour','Labour','NNP','O','I-ORG'),
t(n,'MP','MP','NNP','O','I-ORG'))))))).
ccg(233,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
fa(n,
t(n/n,'Ancient','Ancient','NNP','O','I-ORG'),
t(n,'Greeks','Greeks','NNPS','O','I-ORG'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),were,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/np,noted,note,'VBN','O','O'),
lx(np, n,
t(n,philosophers,philosopher,'NNS','O','O')))))).
ccg(234,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Ancient','Ancient','NNP','O','I-ORG'),
t(n,'Greek','Greek','NNP','O','I-ORG'))),
fa(s:dcl\np,
t((s:dcl\np)/np,was,be,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,noted,noted,'JJ','O','O'),
t(n,philosopher,philosopher,'NN','O','O')))))).
ccg(235,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
fa(n,
t(n/n,'Ancient','Ancient','NNP','O','I-ORG'),
t(n,'Greeks','Greeks','NNPS','O','I-ORG'))),
fa(s:dcl\np,
bxc((s:dcl\np)/ (s:pss\np),
t((s:dcl\np)/ (s:pss\np),were,be,'VBD','O','O'),
t((s\np)\ (s\np),all,all,'DT','O','O')),
fa(s:pss\np,
t((s:pss\np)/np,noted,note,'VBN','O','O'),
lx(np, n,
t(n,philosophers,philosopher,'NNS','O','O')))))).
ccg(236,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'Ancient','Ancient','NNP','O','I-ORG'),
t(n,'Greek','Greek','NNP','O','I-ORG'))),
fa(s:dcl\np,
t((s:dcl\np)/np,was,be,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,noted,noted,'JJ','O','O'),
t(n,philosopher,philosopher,'NN','O','O')))))).
ccg(237,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Software','Software','NNP','O','O'),
t(n,faults,fault,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),were,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/pp,blamed,blame,'VBN','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,system,system,'NN','O','O'),
t(n,failure,failure,'NN','O','O')))))))).
ccg(238,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
fa(n,
t(n/n,system,system,'NN','O','O'),
t(n,failure,failure,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/pp,blamed,blame,'VBN','O','O'),
fa(pp,
t(pp/np,on,on,'IN','O','O'),
ba(np,
lx(np, n,
t(n,one,one,'CD','O','O')),
conj(np\np, np,
t(conj,or,or,'CC','O','O'),
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
fa(n,
t(n/n,software,software,'NN','O','O'),
t(n,faults,fault,'NNS','O','O'))))))))))).
ccg(239,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Software','Software','NNP','O','O'),
t(n,faults,fault,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),were,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/pp,blamed,blame,'VBN','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,system,system,'NN','O','O'),
t(n,failure,failure,'NN','O','O')))))))).
ccg(240,
ba(s:dcl,
lx(np, n,
ba(n,
ba(n,
t(n,'Bug','Bug','NNP','O','O'),
t(n\n,#,#,#,'O','O')),
t(n\n,'32-985','32-985','CD','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,known,known,'JJ','O','O'),
fa(n,
t(n/n,software,software,'NN','O','O'),
t(n,fault,fault,'NN','O','O'))))))).
ccg(241,
ba(s:dcl,
lx(np, n,
ba(n,
ba(n,
t(n,'Bug','Bug','NNP','O','O'),
t(n\n,#,#,#,'O','O')),
t(n\n,'32-985','32-985','CD','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/pp,blamed,blame,'VBN','O','O'),
fa(pp,
t(pp/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,system,system,'NN','O','O'),
t(n,failure,failure,'NN','O','O')))))))).
ccg(242,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Clients','Clients','NNS','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,demonstration,demonstration,'NN','O','O')))),
fa(s:dcl\np,
bxc((s:dcl\np)/ (s:pss\np),
t((s:dcl\np)/ (s:pss\np),were,be,'VBD','O','O'),
t((s\np)\ (s\np),all,all,'DT','O','O')),
ba(s:pss\np,
t(s:pss\np,impressed,impress,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
fa(np:nb,
ba(np:nb/n,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,system,system,'NN','O','O')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,performance,performance,'NN','O','O'))))))).
ccg(243,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,was,be,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,client,client,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,demonstration,demonstration,'NN','O','O'))))))).
ccg(244,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
ba(s:pss\np,
t(s:pss\np,impressed,impress,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
fa(np:nb,
ba(np:nb/n,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,system,system,'NN','O','O')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,performance,performance,'NN','O','O'))))))).
ccg(245,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Clients','Clients','NNS','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,demonstration,demonstration,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),were,be,'VBD','O','O'),
ba(s:pss\np,
t(s:pss\np,impressed,impress,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
fa(np:nb,
ba(np:nb/n,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,system,system,'NN','O','O')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,performance,performance,'NN','O','O'))))))).
ccg(246,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,clients,client,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,demonstration,demonstration,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),were,be,'VBD','O','O'),
ba(s:pss\np,
t(s:pss\np,impressed,impress,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
fa(np:nb,
ba(np:nb/n,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,system,system,'NN','O','O')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,performance,performance,'NN','O','O'))))))).
ccg(247,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'University','University','NNP','O','I-ORG'),
t(n,graduates,graduate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,make,make,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,poor,poor,'JJ','O','O'),
fa(n,
t(n/n,'stock-market','stock-market','NN','O','O'),
t(n,traders,trader,'NNS','O','O'))))))).
ccg(248,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,university,university,'NN','O','O'),
t(n,graduate,graduate,'NN','O','O')))))).
ccg(249,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
fa(s:adj\np,
t((s:adj\np)/ (s:to\np),likely,likely,'JJ','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,make,make,'VB','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,poor,poor,'JJ','O','O'),
fa(n,
t(n/n,stock,stock,'NN','O','O'),
fa(n,
t(n/n,market,market,'NN','O','O'),
t(n,trader,trader,'NN','O','O'))))))))))).
ccg(250,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'University','University','NNP','O','I-ORG'),
t(n,graduates,graduate,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,make,make,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,poor,poor,'JJ','O','O'),
fa(n,
t(n/n,'stock-market','stock-market','NN','O','O'),
t(n,traders,trader,'NNS','O','O'))))))).
ccg(251,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,university,university,'NN','O','O'),
t(n,graduate,graduate,'NN','O','O')))))).
ccg(252,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/np,make,make,'VB','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,poor,poor,'JJ','O','O'),
fa(n,
t(n/n,stock,stock,'NN','O','O'),
fa(n,
t(n/n,market,market,'NN','O','O'),
t(n,trader,trader,'NN','O','O'))))))))).
ccg(253,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,'APCOM','APCOM','NNP','O','I-ORG'),
t(n,managers,manager,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,company,company,'NN','O','O'),
t(n,cars,car,'NNS','O','O')))))).
ccg(254,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
fa(n,
t(n/n,'APCOM','APCOM','NN','O','I-ORG'),
t(n,manager,manager,'NN','O','O')))))).
ccg(255,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,company,company,'NN','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(256,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,'APCOM','APCOM','NNP','O','I-ORG'),
t(n,managers,manager,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,company,company,'NN','O','O'),
t(n,cars,car,'NNS','O','O')))))).
ccg(257,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
fa(n,
t(n/n,'APCOM','APCOM','NN','O','I-ORG'),
t(n,manager,manager,'NN','O','O')))))).
ccg(258,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
lx(np, n,
fa(n,
fa(n/n,
ba((n/n)/ (n/n),
t(s:adj\np,more,more,'JJR','O','O'),
t(((n/n)/ (n/n))\ (s:adj\np),than,than,'IN','O','O')),
t(n/n,one,one,'CD','O','O')),
fa(n,
t(n/n,company,company,'NN','O','O'),
t(n,car,car,'NN','O','O'))))))).
ccg(259,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Just','Just','RB','O','O'),
t(n/n,one,one,'CD','O','O')),
t(n,accountant,accountant,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(260,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,accountants,accountant,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(261,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Just','Just','RB','O','O'),
t(n/n,one,one,'CD','O','O')),
t(n,accountant,accountant,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(262,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,accountant,accountant,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(263,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Just','Just','RB','O','O'),
t(n/n,one,one,'CD','O','O')),
t(n,accountant,accountant,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(264,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,accountants,accountant,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(265,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Just','Just','RB','O','O'),
t(n/n,one,one,'CD','O','O')),
t(n,accountant,accountant,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(266,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,accountant,accountant,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(267,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Just','Just','RB','O','O'),
t(n/n,one,one,'CD','O','O')),
t(n,accountant,accountant,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(268,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,accountants,accountant,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(269,
ba(s:dcl,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),'Just','Just','RB','O','O'),
t(n/n,one,one,'CD','O','O')),
t(n,accountant,accountant,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(270,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,accountant,accountant,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(271,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,one,one,'CD','O','O'),
t(n,contract,contract,'NN','O','O')))))).
ccg(272,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,another,another,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(273,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,contracts,contract,'NNS','O','O')))))).
ccg(274,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,contracts,contract,'NNS','O','O')))))).
ccg(275,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,contracts,contract,'NNS','O','O')))))).
ccg(276,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,contracts,contract,'NNS','O','O')))))).
ccg(277,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,contracts,contract,'NNS','O','O')))))).
ccg(278,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s\np)/ (s\np),also,also,'RB','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
t(np,them,they,'PRP','O','O'))))).
ccg(279,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,contracts,contract,'NNS','O','O')))))).
ccg(280,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,used,use,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(281,
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,workstation,workstation,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
t(s:pss\np,used,use,'VBN','O','O')))).
ccg(282,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,used,use,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(283,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(284,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,used,use,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(285,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,female,female,'JJ','O','O')))).
ccg(286,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,student,student,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,used,use,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(287,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,student,student,'NN','O','O'))))).
ccg(288,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,used,use,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(289,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,student,student,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,used,use,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(290,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,student,student,'NN','O','O'))))).
ccg(291,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(292,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,student,student,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,used,use,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(293,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,student,student,'NN','O','O'))))).
ccg(294,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,used,use,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,workstation,workstation,'NN','O','O'))))).
ccg(295,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,attended,attend,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(296,
ba(s:dcl,
t(np,'She','She','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,chaired,chair,'VBD','O','O'),
t(np,it,it,'PRP','O','O')))).
ccg(297,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,chaired,chair,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(298,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,delivered,deliver,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','O')))))).
ccg(299,
ba(s:dcl,
t(np,'She','She','PRP','O','O'),
fa(s:dcl\np,
t((s\np)/ (s\np),also,also,'RB','O','O'),
fa(s:dcl\np,
fa((s:dcl\np)/np,
t(((s:dcl\np)/np)/np,delivered,deliver,'VBD','O','O'),
t(np,them,they,'PRP','O','O')),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
t(n,invoice,invoice,'NN','O','O')))))).
ccg(300,
fa(s:dcl,
t(s/s,'And','And','CC','O','O'),
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t(((s:dcl\np)/np)/np,delivered,deliver,'VBD','O','O'),
tr((s:_G34762\np)\ ((s:_G34771\np)/np),
t(np,them,they,'PRP','O','O'))),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,project,project,'NN','O','O'),
t(n,proposal,proposal,'NN','O','O'))))))).
ccg(301,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,delivered,deliver,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
conj(np:nb\np:nb, np:nb,
t(',',',',',',',','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
t(n,invoice,invoice,'NN','O','O')),
conj(np:nb\np:nb, np:nb,
t(conj,and,and,'CC','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,project,project,'NN','O','O'),
t(n,proposal,proposal,'NN','O','O'))),
fa(np\np,
t((np\np)/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','O'))))))))))).
ccg(302,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,committee,committee,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,chairman,chairman,'NN','O','O'))))).
ccg(303,
ba(s:dcl,
t(np,'He','He','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),is,be,'VBZ','O','O'),
fa(s:pss\np,
t((s:pss\np)/np,appointed,appoint,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,its,its,'PRP$','O','O'),
t(n,members,member,'NNS','O','O')))))).
ccg(304,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,committee,committee,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,chairman,chairman,'NN','O','O')),
lx(np\np, s:pss\np,
ba(s:pss\np,
t(s:pss\np,appointed,appoint,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
ba(np,
lx(np, n,
t(n,members,member,'NNS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,committee,committee,'NN','O','O'))))))))))).
ccg(305,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
bxc((s:pt\np)/np,
t(((s:pt\np)/np)/np,sent,send,'VBN','O','O'),
tr((s:_G34420\np)\ ((s:_G34429\np)/np),
ba(np,
lx(np, n,
t(n,most,most,'JJS','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,reports,report,'NNS','O','O'),
t(n,'Smith','Smith','NNP','O','I-PER'))))))),
lx(np, n,
t(n,needs,need,'VBZ','O','O')))))).
ccg(306,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/pp,are,be,'VBP','O','O'),
fa(pp,
t(pp/np,on,on,'IN','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
t(n,desk,desk,'NN','O','O')))))).
ccg(307,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,reports,report,'NNS','O','O')),
fa(np\np,
t((np\np)/np,from,from,'IN','O','O'),
ba(np,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(np\np,
t((np\np)/np,on,on,'IN','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,desk,desk,'NN','O','O'))))))))).
ccg(308,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Two','Two','CD','O','O')),
fa(np\np,
t((np\np)/pp,out,out,'IN','O','O'),
fa(pp,
t(pp/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,machines,machine,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),are,be,'VBP','O','O'),
t(s:ng\np,missing,miss,'VBG','O','O')))).
ccg(309,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
t(s:pss\np,removed,remove,'VBN','O','O'))))).
ccg(310,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Two','Two','CD','O','O'),
t(n,machines,machine,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
t(s:pss\np,removed,remove,'VBN','O','O'))))).
ccg(311,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Two','Two','CD','O','O')),
fa(np\np,
t((np\np)/pp,out,out,'IN','O','O'),
fa(pp,
t(pp/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,machines,machine,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),are,be,'VBP','O','O'),
t(s:ng\np,missing,miss,'VBG','O','O')))).
ccg(312,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
t(s:pss\np,removed,remove,'VBN','O','O'))))).
ccg(313,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Eight','Eight','CD','O','O'),
t(n,machines,machine,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
t(s:pss\np,removed,remove,'VBN','O','O'))))).
ccg(314,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Two','Two','CD','O','O')),
fa(np\np,
t((np\np)/pp,out,out,'IN','O','O'),
fa(pp,
t(pp/np,of,of,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,machines,machine,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),are,be,'VBP','O','O'),
t(s:ng\np,missing,miss,'VBG','O','O')))).
ccg(315,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
ba(s:dcl\np,
fa(s:dcl\np,
bxc((s:dcl\np)/ (s:adj\np),
t((s:dcl\np)/ (s:adj\np),were,be,'VBD','O','O'),
t((s\np)\ (s\np),all,all,'DT','O','O')),
t(s:adj\np,here,here,'RB','O','O')),
t((s\np)\ (s\np),yesterday,yesterday,'NN','O','I-DAT')))).
ccg(316,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Ten','Ten','CD','O','O'),
t(n,machines,machine,'NNS','O','O'))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),were,be,'VBD','O','O'),
t(s:adj\np,here,here,'RB','O','O')),
t((s\np)\ (s\np),yesterday,yesterday,'NN','O','I-DAT')))).
ccg(317,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,took,take,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,machine,machine,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
rp(np,
lx(np, n,
t(n,'Tuesday','Tuesday','NNP','O','I-DAT')),
t(',',',',',',',','O','O'))))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,took,take,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,machine,machine,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,'Wednesday','Wednesday','NNP','O','I-DAT')))))))).
ccg(318,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,put,put,'VBD','O','O'),
t(np,them,they,'PRP','O','O')),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,lobby,lobby,'NN','O','O')))))).
ccg(319,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')))),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,put,put,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,machines,machine,'NNS','O','O')))),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,lobby,lobby,'NN','O','O')))))).
ccg(320,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
conj(np:nb\np:nb, np:nb,
t(conj,and,and,'CC','O','I-PER'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,colleagues,colleague,'NNS','O','O')))),
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(321,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,hated,hate,'VBD','O','O'),
t(np,it,it,'PRP','O','O')))).
ccg(322,
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,colleagues,colleague,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,hated,hate,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(323,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
conj(np:nb\np:nb, np:nb,
t(conj,and,and,'CC','O','I-PER'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,colleagues,colleague,'NNS','O','O')))),
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(324,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,hated,hate,'VBD','O','O'),
t(np,it,it,'PRP','O','O')))).
ccg(325,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,hated,hate,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(326,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
conj(np:nb\np:nb, np:nb,
t(conj,and,and,'CC','O','I-PER'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,colleagues,colleague,'NNS','O','O')))),
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(327,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,hated,hate,'VBD','O','O'),
t(np,it,it,'PRP','O','O')))).
ccg(328,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,hated,hate,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(329,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
t(n,department,department,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,dedicated,dedicated,'JJ','O','O'),
t(n,line,line,'NN','O','O')))))).
ccg(330,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,rent,rent,'VB','O','O'),
t(np,them,they,'PRP','O','O')),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'BT','BT','NNP','O','I-ORG')))))).
ccg(331,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,department,department,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,rents,rent,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,line,line,'NN','O','O')),
fa(np\np,
t((np\np)/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'BT','BT','NNP','O','I-ORG'))))))).
ccg(332,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Each','Each','DT','O','O'),
t(n,department,department,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,dedicated,dedicated,'JJ','O','O'),
t(n,line,line,'NN','O','O')))))).
ccg(333,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
fa(n,
t(n/n,sales,sale,'NNS','O','O'),
t(n,department,department,'NN','O','O'))),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,rents,rent,'VBZ','O','O'),
t(np,it,it,'PRP','O','O')),
fa(pp,
t(pp/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'BT','BT','NNP','O','I-ORG')))))).
ccg(334,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
fa(n,
t(n/n,sales,sale,'NNS','O','O'),
t(n,department,department,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,rents,rent,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,line,line,'NN','O','O')),
fa(np\np,
t((np\np)/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'BT','BT','NNP','O','I-ORG'))))))).
ccg(335,
ba(s:dcl,
lx(np, n,
t(n,'GFI','GFI','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
lx(np, n,
fa(n,
t(n/n,several,several,'JJ','O','O'),
t(n,computers,computer,'NNS','O','O')))))).
ccg(336,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,maintains,maintain,'VBZ','O','O'),
t(np,them,they,'PRP','O','O')))).
ccg(337,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,maintains,maintain,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np/np,all,all,'PDT','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,computers,computer,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl/np),that,that,'WDT','O','O'),
fc(s:dcl/np,
tr(s:_G32932/ (s:_G32938\np),
lx(np, n,
t(n,'GFI','GFI','NNP','O','I-ORG'))),
t((s:dcl\np)/np,owns,own,'VBZ','O','O'))))))).
ccg(338,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,customer,customer,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,computer,computer,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,service,service,'NN','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
t(np,it,it,'PRP','O','O')))))).
ccg(339,
ba(s:dcl,
lx(np, n,
t(n,'MFI','MFI','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,customer,customer,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),that,that,'WDT','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),exactly,exactly,'RB','O','O'),
t(n/n,one,one,'CD','O','O')),
t(n,computer,computer,'NN','O','O'))))))))).
ccg(340,
ba(s:dcl,
lx(np, n,
t(n,'MFI','MFI','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,service,service,'NN','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
fa(np:nb,
t(np/np,all,all,'DT','O','O'),
fa(np:nb,
t(np:nb/n,its,its,'PRP$','O','O'),
t(n,computers,computer,'NNS','O','O')))))))).
ccg(341,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,customer,customer,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,computer,computer,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,service,service,'NN','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
t(np,it,it,'PRP','O','O')))))).
ccg(342,
ba(s:dcl,
lx(np, n,
t(n,'MFI','MFI','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,customer,customer,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),that,that,'WDT','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
lx(np, n,
fa(n,
t(n/n,several,several,'JJ','O','O'),
t(n,computers,computer,'NNS','O','O'))))))))).
ccg(343,
ba(s:dcl,
lx(np, n,
t(n,'MFI','MFI','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,service,service,'NN','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
fa(np:nb,
t(np/np,all,all,'DT','O','O'),
fa(np:nb,
t(np:nb/n,its,its,'PRP$','O','O'),
t(n,computers,computer,'NNS','O','O')))))))).
ccg(344,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,executive,executive,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,had,have,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,laptop,laptop,'JJ','O','O'),
t(n,computer,computer,'NN','O','O')))))),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:to\np),
t(((s:dcl\np)/ (s:to\np))/np,brought,bring,'VBD','O','O'),
t(np,it,it,'PRP','O','O')),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
fa(s:b\np,
t((s:b\np)/np,take,take,'VB','O','O'),
lx(np, n,
t(n,notes,note,'NNS','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))))).
ccg(345,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,executive,executive,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
lx(np, n,
fa(n,
t(n/n,five,five,'CD','O','O'),
fa(n,
t(n/n,different,different,'JJ','O','O'),
fa(n,
t(n/n,laptop,laptop,'NN','O','O'),
t(n,computers,computer,'NNS','O','O'))))))))))).
ccg(346,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,took,take,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,five,five,'CD','O','O'),
fa(n,
t(n/n,laptop,laptop,'NN','O','O'),
t(n,computers,computer,'NNS','O','O'))))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')))))).
ccg(347,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,'100','100','CD','O','O'),
t(n,companies,company,'NNS','O','O')))))).
ccg(348,
ba(s:dcl,
lx(np, n,
t(n,'ICM','ICM','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np,
lx(np, n,
t(n,one,one,'CD','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,companies,company,'NNS','O','O'))))),
conj((s:dcl\np)\ (s:dcl\np), s:dcl\np,
t(conj,and,and,'CC','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
lx(np, n,
fa(n,
t(n/n,'150','150','CD','O','O'),
t(n,computers,computer,'NNS','O','O')))))))).
ccg(349,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/ (s:b\np),
t((s:dcl\np)/ (s:b\np),does,do,'VBZ','O','O'),
t((s\np)\ (s\np),not,not,'RB','O','O')),
fa(s:b\np,
t((s:b\np)/np,have,have,'VB','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,service,service,'NN','O','O'),
t(n,contracts,contract,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
ba(np,
t(np,any,any,'DT','O','O'),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,its,its,'PRP$','O','O'),
t(n,computers,computer,'NNS','O','O')))))))))).
ccg(350,
ba(s:dcl,
ba(np,
t(np,'Each','Each','DT','O','O'),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,other,other,'JJ','O','O'),
fa(n,
t(n/n,'99','99','CD','O','O'),
t(n,companies,company,'NNS','O','O')))))),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
lx(np, n,
fa(n,
t(n/n,one,one,'CD','O','O'),
t(n,computer,computer,'NN','O','O')))))).
ccg(351,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,service,service,'NN','O','O'),
t(n,contracts,contract,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
t(np,them,they,'PRP','O','O')))))).
ccg(352,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
t(n/n,'Most','Most','JJS','O','O'),
t(n,companies,company,'NNS','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),that,that,'WDT','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,own,own,'VBP','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,computer,computer,'NN','O','O'))))),
fa(s:dcl\np,
t((s:dcl\np)/np,have,have,'VBP','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,service,service,'NN','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
t(np,it,it,'PRP','O','O')))))).
ccg(353,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,cover,cover,'NN','O','O'),
t(n,page,page,'NN','O','O')))))).
ccg(354,
ba(s:dcl,
lx(np, n,
t(n,'R-95-103','R-95-103','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))).
ccg(355,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,cover,cover,'NN','O','O'),
t(n,page,page,'NN','O','O')))))).
ccg(356,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,cover,cover,'NN','O','O'),
t(n,page,page,'NN','O','O'))),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,'R-95-103','R-95-103','NN','O','I-ORG'))))))).
ccg(357,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
fa(n,
t(n/n,company,company,'NN','O','O'),
t(n,director,director,'NN','O','O'))),
fa(s:dcl\np,
fa((s:dcl\np)/np,
t(((s:dcl\np)/np)/np,awarded,award,'VBD','O','O'),
t(np,himself,himself,'PRP','O','O')),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,payrise,payrise,'NN','O','O')))))).
ccg(358,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
fa(n,
t(n/n,company,company,'NN','O','O'),
t(n,director,director,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
ba(s:pt\np,
t(s:pt\np,awarded,award,'VBN','O','O'),
conj((s:pt\np)\ (s:pt\np), s:pt\np,
t(conj,and,and,'CC','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
fa(s:pss\np,
t((s:pss\np)/np,awarded,award,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,payrise,payrise,'NN','O','O'))))))))).
ccg(359,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,hurt,hurt,'VBN','O','O'),
t(np,himself,himself,'PRP','O','O'))))))).
ccg(360,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
t(s:pss\np,hurt,hurt,'VBN','O','O'))))))).
ccg(361,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,hurt,hurt,'VBN','O','O'),
t(np,himself,himself,'PRP','O','O'))))))).
ccg(362,
ba(s:dcl,
t(np,'Someone','Someone','DT','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
t(s:pss\np,hurt,hurt,'VBN','O','O'))))))).
ccg(363,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(364,
fa(s:dcl,
t(s/s,'So','So','RB','O','O'),
fa(s:dcl,
t(s:dcl/np,did,do,'VBD','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER'))))).
ccg(365,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(366,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(367,
fa(s:dcl,
t(s/s,'So','So','RB','O','O'),
fa(s:dcl,
t(s:dcl/np,did,do,'VBD','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER'))))).
ccg(368,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/pp,spoke,speak,'VBD','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
rp(np,
lx(np, n,
fa(n,
t(n/n,four,four,'CD','O','O'),
t(n,o,o,'NN','O','O'))),
t(rrb,'''clock','''clock','NN','O','O')))))).
ccg(369,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
rp(np,
lx(np, n,
fa(n,
t(n/n,four,four,'CD','O','O'),
t(n,o,o,'NN','O','O'))),
t(rrb,'''clock','''clock','NN','O','O')))))).
ccg(370,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/pp,spoke,speak,'VBD','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
rp(np,
lx(np, n,
fa(n,
t(n/n,four,four,'CD','O','O'),
t(n,o,o,'NN','O','O'))),
t(rrb,'''clock','''clock','NN','O','O')))))).
ccg(371,
fa(s:dcl,
t(s/s,'So','So','RB','O','O'),
fa(s:dcl,
t(s:dcl/np,did,do,'VBD','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER'))))).
ccg(372,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
rp(np,
lx(np, n,
fa(n,
t(n/n,four,four,'CD','O','O'),
t(n,o,o,'NN','O','O'))),
t(rrb,'''clock','''clock','NN','O','O')))))).
ccg(373,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/pp,spoke,speak,'VBD','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
rp(np,
lx(np, n,
fa(n,
t(n/n,four,four,'CD','O','O'),
t(n,o,o,'NN','O','O'))),
t(rrb,'''clock','''clock','NN','O','O')))))).
ccg(374,
fa(s:dcl,
t(s/s,'And','And','CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,did,do,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
rp(np,
lx(np, n,
fa(n,
t(n/n,five,five,'CD','O','O'),
t(n,o,o,'NN','O','O'))),
t(rrb,'''clock','''clock','NN','O','O'))))))).
ccg(375,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
rp(np,
lx(np, n,
fa(n,
t(n/n,five,five,'CD','O','O'),
t(n,o,o,'NN','O','O'))),
t(rrb,'''clock','''clock','NN','O','O')))))).
ccg(376,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/pp,spoken,speak,'VBN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))))))).
ccg(377,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),is,be,'VBZ','O','O'),
ba(s:ng\np,
t(s:ng\np,going,go,'VBG','O','O'),
t((s\np)\ (s\np),to,to,'TO','O','O'))))).
ccg(378,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/pp,speak,speak,'VB','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))))))).
ccg(379,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa(pp,
t(pp/np,on,on,'IN','O','O'),
lx(np, n,
t(n,'Monday','Monday','NNP','O','I-DAT')))))).
ccg(380,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,did,do,'VBD','O','O'),
t((s\np)\ (s\np),not,not,'RB','O','O')))).
ccg(381,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
lx(np, n,
t(n,'Monday','Monday','NNP','O','I-DAT')))))).
ccg(382,
fa(s:dcl,
fa(s:dcl/ (s:pt\np),
t((s:dcl/ (s:pt\np))/np,'Has','Has','NNP','O','I-PER'),
lx(np, n,
t(n,'John','John','NNP','O','I-PER'))),
fa(s:pt\np,
t((s:pt\np)/pp,spoken,speak,'VBN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary?','Mary?','NNP','O','O')))))).
ccg(383,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
t(s:dcl\np,has,have,'VBZ','O','O'))).
ccg(384,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/pp,spoken,speak,'VBN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))))))).
ccg(385,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/pp,spoken,speak,'VBN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))))))).
ccg(386,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,students,student,'NNS','O','O')),
ba(s:dcl\np,
t(s:dcl\np,have,have,'VBP','O','O'),
t((s\np)\ (s\np),too,too,'RB','O','O')))).
ccg(387,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,students,student,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
fa(s:pt\np,
t((s:pt\np)/pp,spoken,speak,'VBN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))))))).
ccg(388,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
ba(np,
rp(np,
lx(np, n,
t(n,car,car,'NN','O','O')),
t(',',',',',',',','O','O')),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
ba(np,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(np\np,
t((np\np)/np,by,by,'IN','O','O'),
lx(np, n,
t(n,train,train,'NN','O','O')))))))))).
ccg(389,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
lx(np, n,
t(n,train,train,'NN','O','O')))))).
ccg(390,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
ba(np,
rp(np,
lx(np, n,
t(n,car,car,'NN','O','O')),
t(',',',',',',',','O','O')),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
ba(np,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(np\np,
t((np\np)/np,by,by,'IN','O','O'),
ba(np,
lx(np, n,
t(n,train,train,'NN','O','O')),
fa(np\np,
t((np\np)/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Berlin','Berlin','NNP','O','I-LOC')))))))))))).
ccg(391,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Berlin','Berlin','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
lx(np, n,
t(n,train,train,'NN','O','O')))))).
ccg(392,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
ba(np,
rp(np,
lx(np, n,
t(n,car,car,'NN','O','O')),
t(',',',',',',',','O','O')),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')))))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Berlin','Berlin','NNP','O','I-LOC')))))).
ccg(393,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Berlin','Berlin','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
lx(np, n,
t(n,car,car,'NN','O','O')))))).
ccg(394,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),is,be,'VBZ','O','O'),
ba(s:ng\np,
ba(s:ng\np,
t(s:ng\np,going,go,'VBG','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
ba(np,
rp(np,
lx(np, n,
t(n,car,car,'NN','O','O')),
t(',',',',',',',','O','O')),
conj(np:nb\np:nb, np:nb,
t(conj,and,and,'CC','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,students,student,'NNS','O','O')),
fa(np\np,
t((np\np)/np,by,by,'IN','O','O'),
lx(np, n,
t(n,train,train,'NN','O','O'))))))))))).
ccg(395,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,students,student,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),are,be,'VBP','O','O'),
ba(s:ng\np,
ba(s:ng\np,
t(s:ng\np,going,go,'VBG','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
lx(np, n,
t(n,train,train,'NN','O','O'))))))).
ccg(396,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
lx(np, n,
t(n,car,car,'NN','O','O')))))).
ccg(397,
ba(s:dcl,
rp(np,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
t(',',by,by,'IN','O','O')),
t(s:dcl\np,train,train,'NN','O','O'))).
ccg(398,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,went,go,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
lx(np, n,
t(n,train,train,'NN','O','O')))))).
ccg(399,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,car,car,'NN','O','O'))))).
ccg(400,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
lx(np, n,
t(n,one,one,'CD','O','O'))),
t((s\np)\ (s\np),too,too,'SO','O','O')))).
ccg(401,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,car,car,'NN','O','O'))))).
ccg(402,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,car,car,'NN','O','O'))))).
ccg(403,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
lx(np, n,
t(n,one,one,'CD','O','O'))),
t((s\np)\ (s\np),too,too,'SO','O','O')))).
ccg(404,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,car,car,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl/np),that,that,'IN','O','O'),
fc(s:dcl/np,
tr(s:_G29233/ (s:_G29239\np),
ba(np,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER'))))),
t((s:dcl\np)/np,own,own,'NN','O','O'))))))).
ccg(405,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(406,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,blue,blue,'JJ','O','O'),
t(n,one,one,'CD','O','O')))))).
ccg(407,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,blue,blue,'JJ','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(408,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(409,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,blue,blue,'JJ','O','O'),
t(n,one,one,'CD','O','O')))))).
ccg(410,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(411,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(412,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,fast,fast,'RB','O','O'),
t(n,one,one,'CD','O','O')))))).
ccg(413,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,fast,fast,'JJ','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(414,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(415,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,fast,fast,'RB','O','O'),
t(n,one,one,'CD','O','O')))))).
ccg(416,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,fast,fast,'RB','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O'))))))).
ccg(417,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O')))))).
ccg(418,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,fast,fast,'RB','O','O'),
t(n,one,one,'CD','O','O')))))).
ccg(419,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,fast,fast,'RB','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O'))))))).
ccg(420,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,fast,fast,'RB','O','O'),
fa(n,
t(n/n,red,red,'JJ','O','O'),
t(n,car,car,'NN','O','O'))))))).
ccg(421,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,slow,slow,'JJ','O','O'),
t(n,one,one,'CD','O','O')))))).
ccg(422,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owns,own,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,slow,slow,'JJ','O','O'),
fa(n,
t(n/n,red,red,'NN','O','O'),
t(n,car,car,'NN','O','O'))))))).
ccg(423,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,had,have,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,paper,paper,'NN','O','O')),
lx(np\np, s:pss\np,
t(s:pss\np,accepted,accept,'VBD','O','O')))))).
ccg(424,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/ (s:b\np),
t((s:dcl\np)/ (s:b\np),does,do,'VBZ','O','O'),
t((s\np)\ (s\np),not,not,'RB','O','O')),
ba(s:b\np,
t(s:b\np,know,know,'VB','O','O'),
t((s\np)\ (s\np),why,why,'WRB','O','O'))))).
ccg(425,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:qem,knows,know,'VBZ','O','O'),
fa(s:qem,
t(s:qem/s:dcl,why,why,'WRB','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,had,have,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,paper,paper,'NN','O','O')),
lx(np\np, s:pss\np,
t(s:pss\np,accepted,accept,'VBD','O','O'))))))))).
ccg(426,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(427,
fa(s:dcl,
bxc(s:dcl/np,
t(s:dcl/np,'And','And','CC','O','O'),
t(s\s,to,to,'TO','O','O')),
lx(np, n,
t(n,'Sue','Sue','VB','O','O')))).
ccg(428,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),spoke,speak,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
t(s:b\np,'Sue','Sue','VB','O','O'))))).
ccg(429,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(431,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa(pp,
t(pp/np,on,on,'IN','O','O'),
lx(np, n,
t(n,'Friday','Friday','NNP','O','I-DAT')))))).
ccg(432,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa(pp,
t(pp/np,on,on,'IN','O','O'),
lx(np, n,
t(n,'Thursday','Thursday','NNP','O','I-DAT')))))).
ccg(433,
fa(s:dcl,
t(s/s,'And','And','CC','O','O'),
fa(s:dcl,
t(s:dcl/np,on,on,'IN','O','O'),
lx(np, n,
t(n,'Friday','Friday','NNP','O','I-DAT'))))).
ccg(434,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))),
fa(pp,
t(pp/np,on,on,'IN','O','O'),
lx(np, n,
t(n,'Friday','Friday','NNP','O','I-DAT')))))).
ccg(435,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Twenty','Twenty','CD','O','O'),
t(n,men,man,'NNS','O','O'))),
ba(s:dcl\np,
t(s:dcl\np,work,work,'VBP','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'Sales','Sales','NNS','O','I-ORG'),
t(n,'Department','Department','NNP','O','I-ORG'))))))).
ccg(436,
fa(s:dcl,
t(s/s,'But','But','CC','O','O'),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,only,only,'RB','O','O'),
t(n,one,one,'CD','O','O'))),
t(s:dcl\np,woman,woman,'NN','O','O')))).
ccg(437,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Two','Two','CD','O','O'),
t(n,women,woman,'NNS','O','O'))),
ba(s:dcl\np,
t(s:dcl\np,work,work,'NN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'Sales','Sales','NNS','O','I-ORG'),
t(n,'Department','Department','NNP','O','I-ORG'))))))).
ccg(438,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Five','Five','CD','O','O'),
t(n,men,man,'NNS','O','O'))),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,work,work,'VBP','O','O'),
t((s\np)\ (s\np),part,part,'NN','O','O')),
lx(np, n,
t(n,time,time,'NN','O','O'))))).
ccg(439,
fa(s:dcl,
t(s/s,'And','And','CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,forty,forty,'JJ','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,five,five,'CD','O','O'),
lx(np, n,
t(n,women,woman,'NNS','O','O')))))).
ccg(440,
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'Forty','Forty','NNP','O','O'),
fa(n,
t(n/n,five,five,'CD','O','O'),
t(n,women,woman,'NNS','O','O')))),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,work,work,'VBP','O','O'),
t((s\np)\ (s\np),part,part,'NN','O','O')),
lx(np, n,
t(n,time,time,'NN','O','O'))))).
ccg(441,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,found,find,'VBD','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,before,before,'IN','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')))))).
ccg(442,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,found,find,'VBD','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,found,find,'VBD','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))))).
ccg(443,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,found,find,'VBD','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,before,before,'IN','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')))))).
ccg(444,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,found,find,'VBD','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,found,find,'VBD','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')))))))).
ccg(445,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),wants,want,'VBZ','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/s:qem,know,know,'VB','O','O'),
fa(s:qem,
t(s:qem/s:dcl,how,how,'WRB','O','O'),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,many,many,'JJ','O','O'),
t(n,men,man,'NNS','O','O'))),
ba(s:dcl\np,
t(s:dcl\np,work,work,'VBP','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/n,part,part,'NN','O','O'),
t(n,time,time,'NN','O','O')))))))))).
ccg(446,
fa(s:dcl,
t(s:dcl/np,'And','And','CC','O','O'),
lx(np, n,
t(n,women,woman,'NNS','O','O')))).
ccg(447,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),wants,want,'VBZ','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/s:qem,know,know,'VB','O','O'),
fa(s:qem,
t(s:qem/s:dcl,how,how,'WRB','O','O'),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,many,many,'JJ','O','O'),
t(n,women,woman,'NNS','O','O'))),
ba(s:dcl\np,
t(s:dcl\np,work,work,'VBP','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/n,part,part,'NN','O','O'),
t(n,time,time,'NN','O','O')))))))))).
ccg(448,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),wants,want,'VBZ','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/s:qem,know,know,'VB','O','O'),
fa(s:qem,
t(s:qem/s:dcl,how,how,'WRB','O','O'),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,many,many,'JJ','O','O'),
t(n,men,man,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,work,work,'VBP','O','O'),
ba(np,
rp(np,
lx(np, n,
fa(n,
t(n/n,part,part,'NN','O','O'),
t(n,time,time,'NN','O','O'))),
t(',',',',',',',','O','O')),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
t(np,which,which,'WDT','O','O'))))))))))).
ccg(449,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),wants,want,'VBZ','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/s:qem,know,know,'VB','O','O'),
fa(s:qem,
fa(s:qem/ (s:dcl\np),
t((s:qem/ (s:dcl\np))/n,which,which,'WDT','O','O'),
t(n,men,man,'NNS','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,work,work,'VBP','O','O'),
t((s\np)\ (s\np),part,part,'NN','O','O')),
lx(np, n,
t(n,time,time,'NN','O','O'))))))))).
ccg(450,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
ba(np,
t(np,everyone,everyone,'DT','O','O'),
fa(np\np,
t((np\np)/ (s:dcl/np),that,that,'IN','O','O'),
fc(s:dcl/np,
tr(s:_G27187/ (s:_G27193\np),
lx(np, n,
t(n,'John','John','NNP','O','I-PER'))),
t((s:dcl\np)/np,did,do,'VBD','O','O')))))))).
ccg(451,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(452,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(453,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
ba(np,
t(np,everyone,everyone,'DT','O','O'),
fa(np\np,
t((np\np)/ (s:dcl/np),that,that,'IN','O','O'),
fc(s:dcl/np,
tr(s:_G27037/ (s:_G27043\np),
lx(np, n,
t(n,'John','John','NNP','O','I-PER'))),
t((s:dcl\np)/np,did,do,'VBD','O','O')))))))).
ccg(454,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(455,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,spoke,speak,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')))))).
ccg(456,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
t(',',',',',',',','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,did,do,'VBD','O','O'),
t((s\np)\ (s\np),too,too,'RB','O','O')))))))).
ccg(457,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))))).
ccg(458,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
t(',',',',',',',','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,did,do,'VBD','O','O'),
t((s\np)\ (s\np),too,too,'RB','O','O')))))))).
ccg(459,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))))).
ccg(460,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:em,said,say,'VBD','O','O'),
ba(s:em,
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
t(',',',',',',',','O','O'))))),
conj(s:em\s:em, s:em,
t(conj,and,and,'CC','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,did,do,'VBD','O','O'),
t((s\np)\ (s\np),too,too,'RB','O','O'))))))))).
ccg(461,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))))).
ccg(462,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
t(',',',',',',',','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Peter','Peter','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,did,do,'VBD','O','O'),
t((s\np)\ (s\np),too,too,'RB','O','O')))))))).
ccg(463,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,said,say,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Peter','Peter','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))))).
ccg(464,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'If','If','IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
t(',',',',',',',','O','O'))))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,then,then,'RB','O','O'),
t(n,'Bill','Bill','NNP','O','I-PER'))),
ba(s:dcl\np,
t(s:dcl\np,did,do,'VBD','O','O'),
t((s\np)\ (s\np),too,too,'RB','O','O'))))).
ccg(465,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))).
ccg(466,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))).
ccg(467,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),wanted,want,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,buy,buy,'VB','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,car,car,'NN','O','O')),
t(',',',',',',',','O','O')))))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
t(s:dcl\np,did,do,'VBD','O','O'))))).
ccg(468,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,bought,buy,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,car,car,'NN','O','O'))))).
ccg(469,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),needed,need,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,buy,buy,'VB','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,car,car,'NN','O','O')),
t(',',',',',',',','O','O')))))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
t(s:dcl\np,did,do,'VBD','O','O'))))).
ccg(470,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,bought,buy,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,car,car,'NN','O','O'))))).
ccg(471,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,company,company,'NN','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,does,do,'VBZ','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))))))).
ccg(472,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t((np:nb/n)\np,'''','''','POS','O','I-PER')),
t(n,company,company,'NN','O','O'))))).
ccg(473,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,company,company,'NN','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,does,do,'VBZ','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))))))).
ccg(474,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,company,company,'NN','O','O'))))).
ccg(475,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,company,company,'NN','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,does,do,'VBZ','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))))))).
ccg(476,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t((np:nb/n)\np,'''','''','POS','O','I-PER')),
t(n,company,company,'NN','O','O'))))).
ccg(477,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,claimed,claim,'VBD','O','O'),
ba(s:dcl,
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,costed,cost,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,proposal,proposal,'NN','O','O'))))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,did,do,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))))))))).
ccg(478,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,claimed,claim,'VBD','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,costed,cost,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,proposal,proposal,'NN','O','O'))))))))).
ccg(479,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,claimed,claim,'VBD','O','O'),
ba(s:dcl,
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,costed,cost,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,proposal,proposal,'NN','O','O'))))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,did,do,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))))))))).
ccg(480,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,claimed,claim,'VBD','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,costed,cost,'VBN','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,proposal,proposal,'NN','O','O')))))))).
ccg(481,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,claimed,claim,'VBD','O','O'),
ba(s:dcl,
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,costed,cost,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,proposal,proposal,'NN','O','O'))))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,did,do,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))))))))).
ccg(482,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,claimed,claim,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,costed,cost,'VBN','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,proposal,proposal,'NN','O','O')))))))).
ccg(483,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,claimed,claim,'VBD','O','O'),
ba(s:dcl,
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,costed,cost,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,proposal,proposal,'NN','O','O'))))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,did,do,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))))))))).
ccg(484,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,claimed,claim,'VBD','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,costed,cost,'VBN','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t((np:nb/n)\np,'''','''','POS','O','I-PER')),
t(n,proposal,proposal,'NN','O','O')))))))).
ccg(485,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,man,man,'NN','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,woman,woman,'NN','O','O'))))))).
ccg(486,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,company,company,'NN','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,does,do,'VBZ','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))))))).
ccg(487,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,company,company,'NN','O','O')))))).
ccg(488,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,man,man,'NN','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,woman,woman,'NN','O','O'))))))).
ccg(489,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,company,company,'NN','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,does,do,'VBZ','O','O'),
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER'))))))).
ccg(490,
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,represents,represent,'VBZ','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,company,company,'NN','O','O'))))).
ccg(491,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/s:em,
t((s:dcl\np)/s:em,suggested,suggest,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,boss,boss,'NN','O','O')))),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
bxc((s:b\np)/pp,
t((s:b\np)/pp,go,go,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
ba(np:nb,
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')),
rp(np\np,
lx(np\np, s:adj\np,
t(s:adj\np,together,together,'RB','O','O')),
t(',',',',',',',','O','O'))),
conj(np\np, np,
t(conj,and,and,'CC','O','O'),
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')))))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,wife,wife,'NN','O','O')))))))))).
ccg(492,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'If','If','IN','O','O'),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),go,go,'VB','O','O'),
rp(s:adj\np,
t(s:adj\np,together,together,'RB','O','O'),
t(',',',',',',',','O','O')))))))))),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
ba(s:b\np,
t(s:b\np,go,go,'VB','O','O'),
t((s\np)\ (s\np),together,together,'RB','O','O')))))))))).
ccg(493,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/s:em,
t((s:dcl\np)/s:em,suggested,suggest,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,boss,boss,'NN','O','O')))),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
bxc((s:b\np)/pp,
t((s:b\np)/pp,go,go,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
ba(np:nb,
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')),
rp(np\np,
lx(np\np, s:adj\np,
t(s:adj\np,together,together,'RB','O','O')),
t(',',',',',',',','O','O'))),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')))))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,wife,wife,'NN','O','O')))))))))).
ccg(494,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'If','If','IN','O','O'),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),go,go,'VB','O','O'),
rp(s:adj\np,
t(s:adj\np,together,together,'RB','O','O'),
t(',',',',',',',','O','O')))))))))),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
ba(np,
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')))),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,wife,wife,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
ba(s:b\np,
t(s:b\np,go,go,'VB','O','O'),
t((s\np)\ (s\np),together,together,'RB','O','O')))))))))).
ccg(495,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/s:em,
t((s:dcl\np)/s:em,suggested,suggest,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,boss,boss,'NN','O','O')))),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
bxc((s:b\np)/pp,
t((s:b\np)/pp,go,go,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
ba(np:nb,
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')),
rp(np\np,
lx(np\np, s:adj\np,
t(s:adj\np,together,together,'RB','O','O')),
t(',',',',',',',','O','O'))),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')))))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,wife,wife,'NN','O','O')))))))))).
ccg(496,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'If','If','IN','O','O'),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
ba(np,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')))),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,boss,boss,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),go,go,'VB','O','O'),
rp(s:adj\np,
t(s:adj\np,together,together,'RB','O','O'),
t(',',',',',',',','O','O')))))))))),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
ba(np,
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')))),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,wife,wife,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
ba(s:b\np,
t(s:b\np,go,go,'VB','O','O'),
t((s\np)\ (s\np),together,together,'RB','O','O')))))))))).
ccg(497,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/s:em,
t((s:dcl\np)/s:em,suggested,suggest,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,boss,boss,'NN','O','O')))),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
bxc((s:b\np)/pp,
t((s:b\np)/pp,go,go,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
ba(np:nb,
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')),
rp(np\np,
lx(np\np, s:adj\np,
t(s:adj\np,together,together,'RB','O','O')),
t(',',',',',',',','O','O'))),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')))))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,wife,wife,'NN','O','O')))))))))).
ccg(498,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'If','If','IN','O','O'),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
ba(np,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')))),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,boss,boss,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),go,go,'VB','O','O'),
rp(s:adj\np,
t(s:adj\np,together,together,'RB','O','O'),
t(',',',',',',',','O','O')))))))))),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
ba(s:b\np,
t(s:b\np,go,go,'VB','O','O'),
t((s\np)\ (s\np),together,together,'RB','O','O')))))))))).
ccg(499,
ba(s:dcl,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/s:em,
t((s:dcl\np)/s:em,suggested,suggest,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,boss,boss,'NN','O','O')))),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
bxc((s:b\np)/pp,
t((s:b\np)/pp,go,go,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
ba(np:nb,
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O')),
rp(np\np,
lx(np\np, s:adj\np,
t(s:adj\np,together,together,'RB','O','O')),
t(',',',',',',',','O','O'))),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')))))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,wife,wife,'NN','O','O')))))))))).
ccg(500,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'If','If','IN','O','O'),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
ba(np,
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER')),
conj(np\np, np,
t(',',',',',',',','O','O'),
ba(np,
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Frank','Frank','NNP','O','I-PER')))))),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,boss,boss,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),go,go,'VB','O','O'),
rp(s:adj\np,
t(s:adj\np,together,together,'RB','O','O'),
t(',',',',',',',','O','O')))))))))),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
fa(s:pss\np,
t((s:pss\np)/s:em,suggested,suggest,'VBN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
ba(np,
lx(np, n,
t(n,'Carl','Carl','NNP','O','I-PER')),
conj(np\np, np,
t(',',',',',',',','O','O'),
ba(np,
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Alan','Alan','NNP','O','I-PER')))))),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,wife,wife,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),should,should,'MD','O','O'),
ba(s:b\np,
t(s:b\np,go,go,'VB','O','O'),
t((s\np)\ (s\np),together,together,'RB','O','O')))))))))).
ccg(501,
ba(s:dcl,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'A','A','DT','O','O'),
t(n,lawyer,lawyer,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,every,every,'DT','O','O'),
t(n,report,report,'NN','O','O')),
t(',',',',',',',','O','O')))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
fa(s:dcl,
t(s:dcl/s:inv,so,so,'RB','O','O'),
fa(s:inv,
t(s:inv/np,did,do,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
t(n,auditor,auditor,'NN','O','O'))))))).
ccg(502,
ba(s:dcl,
ba(s:dcl,
t(np,'That','That','DT','O','O'),
t(s:dcl\np,is,be,'VBZ','O','O')),
conj(s:dcl\s:dcl, s:dcl,
t(',',',',',',',','O','O'),
ba(s:dcl,
t(np:thr,there,there,'EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,was,be,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,one,one,'CD','O','O'),
t(n,lawyer,lawyer,'NN','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np/np,all,all,'PDT','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,reports,report,'NNS','O','O'))))))))))).
ccg(503,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,was,be,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,one,one,'CD','O','O'),
t(n,auditor,auditor,'NN','O','O'))),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np/np,all,all,'PDT','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,reports,report,'NNS','O','O'))))))))).
ccg(504,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,genuine,genuine,'JJ','O','O'),
t(n,diamond,diamond,'NN','O','O')))))).
ccg(505,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,diamond,diamond,'NN','O','O'))))).
ccg(506,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,former,former,'JJ','O','O'),
fa(n,
t(n/n,university,university,'NN','O','O'),
t(n,student,student,'NN','O','O'))))))).
ccg(507,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,university,university,'NN','O','O'),
t(n,student,student,'NN','O','O')))))).
ccg(508,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,successful,successful,'JJ','O','O'),
fa(n,
t(n/n,former,former,'JJ','O','O'),
fa(n,
t(n/n,university,university,'NN','O','O'),
t(n,student,student,'NN','O','O')))))))).
ccg(509,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,successful,successful,'JJ','O','O')))).
ccg(510,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,former,former,'JJ','O','O'),
fa(n,
t(n/n,successful,successful,'JJ','O','O'),
fa(n,
t(n/n,university,university,'NN','O','O'),
t(n,student,student,'NN','O','O')))))))).
ccg(511,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,successful,successful,'JJ','O','O')))).
ccg(512,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,former,former,'JJ','O','O'),
fa(n,
t(n/n,successful,successful,'JJ','O','O'),
fa(n,
t(n/n,university,university,'NN','O','O'),
t(n,student,student,'NN','O','O')))))))).
ccg(513,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,university,university,'NN','O','O'),
t(n,student,student,'NN','O','O')))))).
ccg(514,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,mammal,mammal,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
t(n,animal,animal,'NN','O','O'))))).
ccg(515,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
fa(n,
t(n/n,'four-legged','four-legged','JJ','O','O'),
t(n,mammal,mammal,'NN','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,'four-legged','four-legged','JJ','O','O')),
lx(np\np, s:adj\np,
t(s:adj\np,animal,animal,'NN','O','O')))))).
ccg(516,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,'four-legged','four-legged','JJ','O','O')),
lx(np\np, s:adj\np,
t(s:adj\np,animal,animal,'NN','O','O')))))).
ccg(517,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),is,be,'VBZ','O','O'),
t(s:pss\np,'four-legged','four-legged','JJ','O','O')))).
ccg(518,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(519,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(520,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(521,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(522,
ba(s:dcl,
lx(np, n,
t(n,'Fido','Fido','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),not,not,'RB','O','O')),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(523,
ba(s:dcl,
lx(np, n,
t(n,'Fido','Fido','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(524,
ba(s:dcl,
lx(np, n,
t(n,'Fido','Fido','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),not,not,'RB','O','O')),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(525,
ba(s:dcl,
lx(np, n,
t(n,'Fido','Fido','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(526,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(527,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(528,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
ba(s:adj\np,
t(s:adj\np,smaller,smaller,'JJR','O','O'),
fa((s:adj\np)\ (s:adj\np),
t(((s:adj\np)\ (s:adj\np))/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG'))))))).
ccg(529,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(530,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(531,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
ba(s:adj\np,
t(s:adj\np,larger,larger,'JJR','O','O'),
fa((s:adj\np)\ (s:adj\np),
t(((s:adj\np)\ (s:adj\np))/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG'))))))).
ccg(532,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,mice,mouse,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animals,animal,'NNS','O','O')))))).
ccg(533,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,mouse,mouse,'NN','O','O')))))).
ccg(534,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(535,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,elephants,elephant,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animals,animal,'NNS','O','O')))))).
ccg(536,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,elephant,elephant,'NN','O','O')))))).
ccg(537,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animal,animal,'NN','O','O')))))).
ccg(538,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,mice,mouse,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animals,animal,'NNS','O','O')))))).
ccg(539,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,elephants,elephant,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,animals,animal,'NNS','O','O')))))).
ccg(540,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,mouse,mouse,'NN','O','O')))))).
ccg(541,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,elephant,elephant,'NN','O','O')))))).
ccg(542,
ba(s:dcl,
lx(np, n,
t(n,'Dumbo','Dumbo','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
ba(s:adj\np,
t(s:adj\np,larger,larger,'JJR','O','O'),
fa((s:adj\np)\ (s:adj\np),
t(((s:adj\np)\ (s:adj\np))/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER'))))))).
ccg(543,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
t(n,mice,mouse,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,small,small,'JJ','O','O'),
t(n,animals,animal,'NNS','O','O')))))).
ccg(544,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,large,large,'JJ','O','O'),
t(n,mouse,mouse,'NN','O','O')))))).
ccg(545,
ba(s:dcl,
lx(np, n,
t(n,'Mickey','Mickey','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,small,small,'JJ','O','O')))).
ccg(546,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,legal,legal,'JJ','O','O'),
t(n,authorities,authority,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,law,law,'NN','O','O'),
t(n,lecturers,lecturer,'NNS','O','O')))))).
ccg(547,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,law,law,'NN','O','O'),
t(n,lecturers,lecturer,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,legal,legal,'JJ','O','O'),
t(n,authorities,authority,'NNS','O','O')))))).
ccg(548,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,fat,fat,'JJ','O','O'),
fa(n,
t(n/n,legal,legal,'JJ','O','O'),
t(n,authorities,authority,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,fat,fat,'JJ','O','O'),
fa(n,
t(n/n,law,law,'NN','O','O'),
t(n,lecturers,lecturer,'NNS','O','O'))))))).
ccg(549,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,legal,legal,'JJ','O','O'),
t(n,authorities,authority,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,law,law,'NN','O','O'),
t(n,lecturers,lecturer,'NNS','O','O')))))).
ccg(550,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,law,law,'NN','O','O'),
t(n,lecturers,lecturer,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,legal,legal,'JJ','O','O'),
t(n,authorities,authority,'NNS','O','O')))))).
ccg(551,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'All','All','DT','O','O'),
fa(n,
t(n/n,competent,competent,'JJ','O','O'),
fa(n,
t(n/n,legal,legal,'JJ','O','O'),
t(n,authorities,authority,'NNS','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,are,be,'VBP','O','O'),
lx(np, n,
fa(n,
t(n/n,competent,competent,'JJ','O','O'),
fa(n,
t(n/n,law,law,'NN','O','O'),
t(n,lecturers,lecturer,'NNS','O','O'))))))).
ccg(552,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,fatter,fatter,'NN','O','O'),
t(n,politician,politician,'NN','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER'))))))).
ccg(553,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
ba(s:adj\np,
t(s:adj\np,fatter,fatter,'JJR','O','O'),
fa((s:adj\np)\ (s:adj\np),
t(((s:adj\np)\ (s:adj\np))/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER'))))))).
ccg(554,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,cleverer,cleverer,'NN','O','O'),
t(n,politician,politician,'NN','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER'))))))).
ccg(555,
ba(s:dcl,
lx(np, n,
t(n,'John','John','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
ba(s:adj\np,
t(s:adj\np,cleverer,cleverer,'JJR','O','O'),
fa((s:adj\np)\ (s:adj\np),
t(((s:adj\np)\ (s:adj\np))/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'Bill','Bill','NNP','O','I-PER'))))))).
ccg(556,
ba(s:dcl,
lx(np, n,
t(n,'Kim','Kim','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,clever,clever,'JJ','O','O'),
t(n,person,person,'NN','O','O')))))).
ccg(557,
ba(s:dcl,
lx(np, n,
t(n,'Kim','Kim','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,clever,clever,'JJ','O','O')))).
ccg(558,
ba(s:dcl,
lx(np, n,
t(n,'Kim','Kim','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,clever,clever,'JJ','O','O'),
t(n,politician,politician,'NN','O','O')))))).
ccg(559,
ba(s:dcl,
lx(np, n,
t(n,'Kim','Kim','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,clever,clever,'JJ','O','O')))).
ccg(560,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))).
ccg(561,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(562,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(563,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))).
ccg(564,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(565,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))).
ccg(566,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(567,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(568,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))).
ccg(569,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,slow,slow,'JJ','O','O')))).
ccg(570,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(571,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
fa(s:adj\np,
t((s:adj\np)/ (s:adj\np),as,as,'RB','O','O'),
fa(s:adj\np,
t((s:adj\np)/pp,fast,fast,'RB','O','O'),
fa(pp,
t(pp/np,as,as,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))))).
ccg(572,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(573,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(574,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
fa(s:adj\np,
t((s:adj\np)/ (s:adj\np),as,as,'RB','O','O'),
fa(s:adj\np,
t((s:adj\np)/pp,fast,fast,'RB','O','O'),
fa(pp,
t(pp/np,as,as,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))))).
ccg(575,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(576,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
fa(s:adj\np,
t((s:adj\np)/ (s:adj\np),as,as,'RB','O','O'),
fa(s:adj\np,
t((s:adj\np)/pp,fast,fast,'RB','O','O'),
fa(pp,
t(pp/np,as,as,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))))).
ccg(577,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(578,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(579,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
fa(s:adj\np,
t((s:adj\np)/ (s:adj\np),as,as,'RB','O','O'),
fa(s:adj\np,
t((s:adj\np)/pp,fast,fast,'RB','O','O'),
fa(pp,
t(pp/np,as,as,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))))).
ccg(580,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,slow,slow,'JJ','O','O')))).
ccg(581,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')),
ba(s:dcl\np,
t(s:dcl\np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),fast,fast,'RB','O','O')))).
ccg(582,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
fa(s:adj\np,
t((s:adj\np)/ (s:adj\np),as,as,'RB','O','O'),
fa(s:adj\np,
t((s:adj\np)/pp,fast,fast,'RB','O','O'),
fa(pp,
t(pp/np,as,as,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))))).
ccg(583,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))).
ccg(584,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
fa(s:adj\np,
t((s:adj\np)/ (s:adj\np),as,as,'RB','O','O'),
fa(s:adj\np,
t((s:adj\np)/pp,fast,fast,'RB','O','O'),
fa(pp,
t(pp/np,as,as,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O')))))))).
ccg(585,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
ba(s:adj\np,
t(s:adj\np,slower,slower,'JJR','O','O'),
fa((s:adj\np)\ (s:adj\np),
t(((s:adj\np)\ (s:adj\np))/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-XZ','ITEL-XZ','NNP','O','O'))))))).
ccg(586,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/s:dcl,than,than,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
t(s:dcl\np,did,do,'VBD','O','O'))))))).
ccg(587,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,orders,order,'NNS','O','O'))))).
ccg(588,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/s:dcl,than,than,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
t(s:dcl\np,did,do,'VBD','O','O'))))))).
ccg(589,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,orders,order,'NNS','O','O'))))).
ccg(590,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/s:dcl,than,than,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
t(s:dcl\np,did,do,'VBD','O','O'))))))).
ccg(591,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,orders,order,'NNS','O','O')))))).
ccg(592,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),at,at,'IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,eleven,eleven,'JJ','O','O')),
t(n,orders,order,'NNS','O','O')))))).
ccg(593,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG'))))))).
ccg(594,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,orders,order,'NNS','O','O'))))).
ccg(595,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG'))))))).
ccg(596,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,orders,order,'NNS','O','O'))))).
ccg(597,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG'))))))).
ccg(598,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,orders,order,'NNS','O','O')))))).
ccg(599,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),at,at,'IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,eleven,eleven,'JJ','O','O')),
t(n,orders,order,'NNS','O','O')))))).
ccg(600,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'APCOM','APCOM','NNP','O','I-ORG'),
t(n,contract,contract,'NN','O','O')))))))).
ccg(601,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'APCOM','APCOM','NNP','O','I-ORG'),
t(n,contract,contract,'NN','O','O')))))).
ccg(602,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,'APCOM','APCOM','NNP','O','I-ORG'),
t(n,contract,contract,'NN','O','O')))))))).
ccg(603,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
lx(np, n,
fa(n,
fa(n/n,
ba((n/n)/ (n/n),
t(s:adj\np,more,more,'JJR','O','O'),
t(((n/n)/ (n/n))\ (s:adj\np),than,than,'IN','O','O')),
t(n/n,one,one,'CD','O','O')),
t(n,order,order,'NN','O','O')))))).
ccg(604,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
t((s\np)\ (s\np),twice,twice,'RB','O','O')),
ba(np,
lx(np, n,
fa(n,
fa(n/n,
t((n/n)/ (n/n),as,as,'IN','O','O'),
t(n/n,many,many,'JJ','O','O')),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG'))))))).
ccg(605,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,ten,ten,'JJ','O','O'),
t(n,orders,order,'NNS','O','O')))))).
ccg(606,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
t((s\np)\ (s\np),twenty,twenty,'CD','O','O')),
lx(np, n,
t(n,orders,order,'NNS','O','O'))))).
ccg(607,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/s:dcl,than,than,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
t(s:dcl\np,lost,lose,'VBD','O','O'))))))).
ccg(608,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,orders,order,'NNS','O','O'))))).
ccg(609,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/s:dcl,than,than,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
t(s:dcl\np,lost,lose,'VBD','O','O'))))))).
ccg(610,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,lost,lose,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,orders,order,'NNS','O','O'))))).
ccg(611,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,orders,order,'NNS','O','O'))),
fa(np\np,
t((np\np)/s:dcl,than,than,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
t(s:dcl\np,lost,lose,'VBD','O','O'))))))).
ccg(612,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,lost,lose,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,ten,ten,'NN','O','O'),
t(n,orders,order,'NNS','O','O')))))).
ccg(613,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
lx(np, n,
fa(n,
fa(n/n,
fa((n/n)/ (n/n),
t(((n/n)/ (n/n))/ (s:asup\np),at,at,'IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
t(n/n,eleven,eleven,'JJ','O','O')),
t(n,orders,order,'NNS','O','O')))))).
ccg(614,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,'500','500','CD','O','O'),
t(n,'MIPS','MIPS','NNS','O','O'))))))).
ccg(615,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
ba(s:adj\np,
t(s:adj\np,slower,slower,'JJR','O','O'),
fa((s:adj\np)\ (s:adj\np),
t(((s:adj\np)\ (s:adj\np))/np,than,than,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,'500','500','CD','O','O'),
t(n,'MIPS','MIPS','NNS','O','O')))))))).
ccg(616,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')))))).
ccg(617,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,sold,sell,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,'3000','3000','CD','O','O'),
fa(n,
t(n/n,more,more,'JJR','O','O'),
t(n,computers,computer,'NNS','O','O')))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG'))))))).
ccg(618,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,sold,sell,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,exactly,exactly,'RB','O','O'),
fa(n,
t(n/n,'2500','2500','CD','O','O'),
t(n,computers,computer,'NNS','O','O'))))))).
ccg(619,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,sold,sell,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,'5500','5500','CD','O','O'),
t(n,computers,computer,'NNS','O','O')))))).
ccg(620,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),more,more,'RBR','O','O'),
t(n/n,important,important,'JJ','O','O')),
t(n,customer,customer,'NN','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG'))))))).
ccg(621,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),more,more,'RBR','O','O'),
t(n/n,important,important,'JJ','O','O')),
t(n,customer,customer,'NN','O','O'))),
fa(np\np,
t((np\np)/s:dcl,than,than,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
t(s:dcl\np,is,be,'VBZ','O','O'))))))).
ccg(622,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),more,more,'RBR','O','O'),
t(n/n,important,important,'JJ','O','O')),
t(n,customer,customer,'NN','O','O'))),
fa(np\np,
t((np\np)/np,than,than,'IN','O','O'),
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG'))))))).
ccg(623,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
fa(n/n,
t((n/n)/ (n/n),more,more,'RBR','O','O'),
t(n/n,important,important,'JJ','O','O')),
t(n,customer,customer,'NN','O','O'))),
fa(np\np,
t((np\np)/s:dcl,than,than,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
t(s:dcl\np,has,have,'VBZ','O','O'))))))).
ccg(624,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'JJR','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,every,every,'DT','O','O'),
t(n,'ITEL','ITEL','NNP','O','I-ORG')))),
lx(np, n,
t(n,computer,computer,'NN','O','O'))))).
ccg(625,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
fa(n,
t(n/n,'ITEL','ITEL','NNP','O','I-ORG'),
t(n,computer,computer,'NN','O','O')))))).
ccg(626,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')))))).
ccg(627,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,'ITEL','ITEL','NNP','O','I-ORG')))),
lx(np, n,
t(n,computer,computer,'NN','O','O'))))).
ccg(628,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
fa(n,
t(n/n,'ITEL','ITEL','NNP','O','I-ORG'),
t(n,computer,computer,'NN','O','O')))))).
ccg(629,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')))))).
ccg(630,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,any,any,'DT','O','O'),
t(n,'ITEL','ITEL','NNP','O','I-ORG')))),
lx(np, n,
t(n,computer,computer,'NN','O','O'))))).
ccg(631,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
fa(n,
t(n/n,'ITEL','ITEL','NNP','O','I-ORG'),
t(n,computer,computer,'NN','O','O')))))).
ccg(632,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')))))).
ccg(633,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')),
conj(np:nb\np:nb, np:nb,
t(conj,and,and,'CC','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZY','ITEL-ZY','NN','O','O')))))))).
ccg(634,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')))))).
ccg(635,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')),
conj(np:nb\np:nb, np:nb,
t(conj,or,or,'CC','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZY','ITEL-ZY','NN','O','O')))))))).
ccg(636,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,'PC-6082','PC-6082','NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),faster,faster,'RBR','O','O')),
fa(pp,
t(pp/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'ITEL-ZX','ITEL-ZX','NNP','O','I-ORG')))))).
ccg(637,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,factory,factory,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC'))))))).
ccg(638,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s\np)/ (s\np),currently,currently,'RB','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,has,have,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,factory,factory,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))))))).
ccg(639,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'Since','Since','IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))),
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/pp,been,be,'VBN','O','O'),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))))))).
ccg(640,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),now,now,'RB','O','I-DAT')),
lx(np, n,
t(n,'1996','1996','CD','O','I-DAT'))))).
ccg(641,
ba(s:dcl,
lx(np, n,
t(n,'Itel','Itel','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(642,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,developed,develop,'VBN','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,editor,editor,'NN','O','O'))),
fa(np\np,
t((np\np)/np,since,since,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))))).
ccg(643,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),now,now,'RB','O','I-DAT')),
lx(np, n,
t(n,'1996','1996','CD','O','I-DAT'))))).
ccg(644,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,developed,develop,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,editor,editor,'NN','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT'))))))).
ccg(645,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
ba(s:pt\np,
t(s:pt\np,expanded,expand,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,since,since,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))).
ccg(646,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),now,now,'RB','O','I-DAT')),
lx(np, n,
t(n,'1996','1996','CD','O','I-DAT'))))).
ccg(647,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
t(s:dcl\np,expanded,expand,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(648,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'Since','Since','IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))),
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,made,make,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,loss,loss,'NN','O','O'))))))).
ccg(649,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),now,now,'RB','O','I-DAT')),
lx(np, n,
t(n,'1996','1996','CD','O','I-DAT'))))).
ccg(650,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,made,make,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,loss,loss,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(651,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/np,made,make,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,loss,loss,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,since,since,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))).
ccg(652,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),now,now,'RB','O','I-DAT')),
lx(np, n,
t(n,'1996','1996','CD','O','I-DAT'))))).
ccg(653,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,made,make,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,loss,loss,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(654,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/np,made,make,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,loss,loss,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,since,since,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))).
ccg(655,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),now,now,'RB','O','I-DAT')),
lx(np, n,
t(n,'1996','1996','CD','O','I-DAT'))))).
ccg(656,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,made,make,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,loss,loss,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(657,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'In','In','IN','O','O'),
lx(np, n,
t(n,'March','March','NNP','O','I-DAT'))),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'1993','1993','CD','O','I-DAT'),
t(n,'APCOM','APCOM','NNP','O','I-ORG'))),
fa(s:dcl\np,
t((s:dcl\np)/np,founded,found,'VBD','O','O'),
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')))))).
ccg(658,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
t(s:dcl\np,existed,exist,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(659,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,conference,conference,'NN','O','O')),
ba(s:dcl\np,
t(s:dcl\np,started,start,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n:num,'July','July','NNP','O','I-DAT'),
t(n:num,'4th','4th','CD','O','I-DAT'))),
conj(np\np, np,
t(',',',',',',',','O','I-DAT'),
lx(np, n,
t(n,'1994','1994','CD','O','I-DAT')))))))).
ccg(660,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,lasted,last,'VBD','O','O'),
t((s\np)\ (s\np),'2','2','CD','O','O')),
t((s\np)\ (s\np),days,day,'NNS','O','O')))).
ccg(661,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,conference,conference,'NN','O','O')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
t((s\np)\ (s\np),over,over,'IN','O','O')),
fa(pp,
t(pp/np,on,on,'IN','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n:num,'July','July','NNP','O','I-DAT'),
t(n:num,'8th','8th','CD','O','I-DAT'))),
conj(np\np, np,
t(',',',',',',',','O','I-DAT'),
lx(np, n,
t(n,'1994','1994','CD','O','I-DAT')))))))).
ccg(662,
fa(s:dcl,
t(s/s,'Yesterday','Yesterday','NN','O','I-DAT'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')))))).
ccg(663,
ba(s:dcl,
lx(np, n,
t(n,'Today','Today','NN','O','I-DAT')),
fa(s:dcl\np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
rp((s\np)\ (s\np),
t((s\np)\ (s\np),'Saturday','Saturday','NNP','O','I-DAT'),
t(',',',',',',',','O','I-DAT'))),
lx(np, n,
fa(n,
t(n/n:num,'July','July','NNP','O','I-DAT'),
t(n:num,'14th','14th','CD','O','I-DAT')))))).
ccg(664,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
ba((s\np)\ (s\np),
t((s\np)\ (s\np),'Friday','Friday','NNP','O','I-DAT'),
conj(((s\np)\ (s\np))\ ((s\np)\ (s\np)), (s\np)\ (s\np),
t(',',',',',',',','O','I-DAT'),
t((s\np)\ (s\np),'13th','13th','NN','O','I-DAT')))))).
ccg(665,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(666,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(667,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(668,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(669,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(670,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(671,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(672,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O'))))))).
ccg(673,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O'))))))).
ccg(674,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O'))).
ccg(675,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O'))).
ccg(676,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(677,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(678,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O'))).
ccg(679,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O'))).
ccg(680,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(681,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(682,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O'))).
ccg(683,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O'))).
ccg(684,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(685,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,left,leave,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,left,leave,'VBD','O','O')))))).
ccg(686,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,revised,revise,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(687,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,revised,revise,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(688,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,revised,revise,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,did,do,'VBD','O','O')))))).
ccg(689,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,revised,revise,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,did,do,'VBD','O','O')))))).
ccg(690,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,revised,revise,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(691,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,revised,revise,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(692,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,revised,revise,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,did,do,'VBD','O','O')))))).
ccg(693,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,revised,revise,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,did,do,'VBD','O','O')))))).
ccg(694,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
t(s:dcl\np,swam,swam,'NN','O','O'))).
ccg(695,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t(s:dcl\np,swam,swam,'NN','O','O'))).
ccg(696,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,swam,swam,'NN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,before,before,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,'Jones','Jones','NNP','O','I-PER'),
t(n,swam,swam,'NN','O','O'))))))).
ccg(697,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
t(n/n,'Jones','Jones','NNP','O','I-PER'),
t(n,swam,swam,'NN','O','O'))),
fa(np\np,
t((np\np)/np,after,after,'IN','O','O'),
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')))),
t(s:dcl\np,swam,swam,'NN','O','O'))).
ccg(698,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/pp,swam,swam,'NN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,shore,shore,'NN','O','O')))))).
ccg(699,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/pp,swam,swam,'NN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,shore,shore,'NN','O','O')))))).
ccg(700,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/pp,swam,swam,'NN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,shore,shore,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,before,before,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,'Jones','Jones','NNP','O','I-PER'),
t(n,swam,swam,'NN','O','O'))))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,shore,shore,'NN','O','O')))))).
ccg(701,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/pp,swam,swam,'NN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,shore,shore,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/pp,swam,swam,'NN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,shore,shore,'NN','O','O'))))))))).
ccg(702,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')))).
ccg(703,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')))).
ccg(704,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O'))))))).
ccg(705,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O'))))))).
ccg(706,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')))).
ccg(707,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')))).
ccg(708,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O'))))))).
ccg(709,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),was,be,'VBD','O','O'),
t(s:adj\np,present,present,'JJ','O','O'))))))).
ccg(710,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')))))).
ccg(711,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')))))).
ccg(712,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))))))))).
ccg(713,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')))))))))).
ccg(714,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')))))).
ccg(715,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')))))).
ccg(716,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))))))))).
ccg(717,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')))))))))).
ccg(718,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,left,leave,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,lost,lose,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,temper,temper,'NN','O','O')))))))).
ccg(719,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,lost,lose,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,temper,temper,'NN','O','O'))))).
ccg(720,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'When','When','WRB','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,opened,open,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'M25','M25','NNP','O','I-ORG')),
t(',',',',',',',','O','O'))))),
ba(s:dcl,
lx(np, n,
t(n,traffic,traffic,'NN','O','O')),
t(s:dcl\np,increased,increase,'VBD','O','O')))).
ccg(721,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,lived,live,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1991','1991','CD','O','I-DAT')))))).
ccg(722,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,lived,live,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(723,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,first,first,'JJ','O','O'),
t(n,novel,novel,'NN','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1991','1991','CD','O','I-DAT'))))))).
ccg(724,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,first,first,'JJ','O','O'),
t(n,novel,novel,'NN','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))).
ccg(725,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,novel,novel,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1991','1991','CD','O','I-DAT'))))))).
ccg(726,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
t(np,it,it,'PRP','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(727,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,novel,novel,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1991','1991','CD','O','I-DAT'))))))).
ccg(728,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,novel,novel,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))).
ccg(729,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,running,run,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,business,business,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1991','1991','CD','O','I-DAT'))))))).
ccg(730,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,running,run,'VBG','O','O'),
t(np,it,it,'PRP','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))).
ccg(731,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1991','1991','CD','O','I-DAT'))))))).
ccg(732,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
t(np,it,it,'PRP','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(733,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1991','1991','CD','O','I-DAT'))))))).
ccg(734,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))).
ccg(735,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(736,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),started,start,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
lx(np, n,
ba(n,
t(n,'8','8','CD','O','O'),
t(n\n,am,am,'RB','O','O'))))))))).
ccg(737,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:ng\np),finished,finish,'VBN','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,by,by,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,'11','11','CD','O','O'),
t(n,am,am,'RB','O','O'))))))))).
ccg(738,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(739,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:ng\np),
t(((s:dcl\np)/ (s:ng\np))/np,spent,spend,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))),
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O')))))).
ccg(740,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(741,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,spent,spend,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
fa(n/n,
ba((n/n)/ (n/n),
t(s:adj\np,more,more,'JJR','O','O'),
t(((n/n)/ (n/n))\ (s:adj\np),than,than,'IN','O','O')),
t(n/n,two,two,'CD','O','I-TIM')),
t(n,hours,hour,'NNS','O','I-TIM'))),
lx(np\np, s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,writing,write,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O')))))))).
ccg(742,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(743,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,one,one,'CD','O','O'),
t(n,hour,hour,'NN','O','O')))))))).
ccg(744,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(745,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))).
ccg(746,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(747,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:ng\np),
t(((s:dcl\np)/ (s:ng\np))/np,spent,spend,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))),
fa(s:ng\np,
t((s:ng\np)/np,discovering,discover,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))))))).
ccg(748,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(749,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O')))))).
ccg(750,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,many,many,'JJ','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O')))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(751,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:ng\np),
t(((s:dcl\np)/ (s:ng\np))/np,spent,spend,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))),
fa(s:ng\np,
t((s:ng\np)/np,discovering,discover,'VBG','O','O'),
lx(np, n,
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))))))).
ccg(752,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,running,run,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))))))).
ccg(753,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:ng\np),
t(((s:dcl\np)/ (s:ng\np))/np,spent,spend,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))),
fa(s:ng\np,
t((s:ng\np)/np,running,run,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O'))))))).
ccg(754,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,running,run,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))))))).
ccg(755,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,spent,spend,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
fa(n/n,
ba((n/n)/ (n/n),
t(s:adj\np,more,more,'JJR','O','O'),
t(((n/n)/ (n/n))\ (s:adj\np),than,than,'IN','O','O')),
t(n/n,two,two,'CD','O','I-DAT')),
t(n,years,year,'NNS','O','I-DAT'))),
lx(np\np, s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,running,run,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O'))))))))).
ccg(756,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,running,run,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))))))).
ccg(757,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,ran,run,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O')))))).
ccg(758,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'In','In','IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owned,own,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,chain,chain,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,businesses,business,'NNS','O','O')))))))).
ccg(759,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,owned,own,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,chain,chain,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,business,business,'NN','O','O'))))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT'))))))).
ccg(760,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'In','In','IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owned,own,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,chain,chain,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,businesses,business,'NNS','O','O')))))))).
ccg(761,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owned,own,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,chain,chain,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,business,business,'NN','O','O')),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
fa(n/n,
ba((n/n)/ (n/n),
t(s:adj\np,more,more,'JJR','O','O'),
t(((n/n)/ (n/n))\ (s:adj\np),than,than,'IN','O','O')),
t(n/n,two,two,'CD','O','I-DAT')),
t(n,years,year,'NNS','O','I-DAT')))))))))).
ccg(762,
fa(s:dcl,
fa(s/s,
t((s/s)/np,'In','In','IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owned,own,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,chain,chain,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,businesses,business,'NNS','O','O')))))))).
ccg(763,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,owned,own,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,chain,chain,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,business,business,'NN','O','O'))))))).
ccg(764,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,lived,live,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT'))))))).
ccg(765,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,lived,live,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','I-DAT'),
t(n,year,year,'NN','O','I-DAT')))))).
ccg(766,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,lived,live,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT'))))))).
ccg(767,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,lived,live,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,for,for,'IN','O','O'),
fa(np:nb,
t(np/np,exactly,exactly,'RB','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','I-DAT'),
t(n,year,year,'NN','O','I-DAT'))))))).
ccg(768,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,lived,live,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT'))))))).
ccg(769,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,lived,live,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Birmingham','Birmingham','NNP','O','I-LOC')))))).
ccg(770,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,ran,run,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))))))).
ccg(771,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,ran,run,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','I-DAT'),
t(n,year,year,'NN','O','I-DAT'))))))).
ccg(772,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,ran,run,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))))))).
ccg(773,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,ran,run,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
fa(n,
t(n/n,own,own,'JJ','O','O'),
t(n,business,business,'NN','O','O')))))).
ccg(774,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(775,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
t(n,hour,hour,'NN','O','O'))))))).
ccg(776,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O')),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-TIM'),
t(n,hours,hour,'NNS','O','I-TIM')))))))).
ccg(777,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,wrote,write,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,report,report,'NN','O','O'))))).
ccg(778,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
fa(np:nb,
t(np:nb/n,an,an,'DT','O','O'),
t(n,hour,hour,'NN','O','O'))))))).
ccg(779,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,two,two,'CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))))))).
ccg(780,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,discovered,discover,'VBD','O','O'),
lx(np, n,
fa(n,
t(n/n,new,new,'JJ','O','O'),
t(n,species,species,'NNS','O','O')))))).
ccg(781,
fa(s:dcl,
t(s/s,'In','In','IN','O','O'),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'1994','1994','CD','O','I-DAT'),
t(n,'ITEL','ITEL','NNP','O','I-ORG'))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,sent,send,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,progress,progress,'NN','O','O'),
t(n,report,report,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/n,every,every,'DT','O','I-DAT'),
t(n,month,month,'NN','O','I-DAT')))))).
ccg(782,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,sent,send,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,progress,progress,'NN','O','O'),
t(n,report,report,'NN','O','O'))),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
ba(n,
t(n,'July','July','NNP','O','I-DAT'),
t(n\n,'1994','1994','CD','O','I-DAT')))))))).
ccg(783,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/pp,wrote,write,'VBD','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,representative,representative,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/n,every,every,'DT','O','I-DAT'),
t(n,week,week,'NN','O','I-DAT'))))).
ccg(784,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,representative,representative,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl/np),that,that,'IN','O','O'),
fc(s:dcl/np,
tr(s:_G8731/ (s:_G8737\np),
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER'))),
bxc((s:dcl\np)/np,
fc((s:dcl\np)/np,
t((s:dcl\np)/pp,wrote,write,'VBD','O','O'),
t(pp/np,to,to,'TO','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/n,every,every,'DT','O','I-DAT'),
t(n,week,week,'NN','O','I-DAT'))))))))).
ccg(785,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,left,leave,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,house,house,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,quarter,quarter,'NN','O','I-DAT')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,past,past,'JJ','O','I-DAT'),
lx(np, n,
t(n,five,five,'CD','O','I-DAT')))))).
ccg(786,
ba(s:dcl,
t(np,'She','She','PRP','O','O'),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,took,take,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,taxi,taxi,'NN','O','O')),
fa(np\np,
t((np\np)/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,station,station,'NN','O','O'))))),
conj((s:dcl\np)\ (s:dcl\np), s:dcl\np,
t(conj,and,and,'CC','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,caught,catch,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,first,first,'JJ','O','O'),
t(n,train,train,'NN','O','O'))),
fa(np\np,
t((np\np)/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Luxembourg','Luxembourg','NNP','O','I-LOC'))))))))).
ccg(787,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,lost,lose,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,files,file,'NNS','O','O'))))).
ccg(788,
ba(s:dcl,
t(np,'They','They','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),were,be,'VBD','O','O'),
ba(s:pss\np,
t(s:pss\np,destroyed,destroy,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,when,when,'WRB','O','O'),
ba(s:dcl,
fa(np:nb,
t(np:nb/n,her,she,'PRP$','O','O'),
fa(n,
t(n/n,hard,hard,'JJ','O','O'),
t(n,disk,disk,'NN','O','O'))),
t(s:dcl\np,crashed,crash,'VBD','O','O'))))))).
ccg(789,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
ba(s:pt\np,
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/np,left,leave,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,house,house,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,quarter,quarter,'NN','O','I-DAT')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,past,past,'JJ','O','I-DAT'),
lx(np, n,
t(n,five,five,'CD','O','I-DAT'))))))).
ccg(790,
fa(s:dcl,
t(s/s,'Then','Then','RB','O','O'),
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,took,take,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,taxi,taxi,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,station,station,'NN','O','O'))))))).
ccg(791,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,left,leave,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,house,house,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,took,take,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,taxi,taxi,'NN','O','O'))),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,station,station,'NN','O','O'))))))))).
ccg(792,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s\np)/ (s\np),always,always,'RB','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,delivers,deliver,'VBZ','O','O'),
lx(np, n,
t(n,reports,report,'NNS','O','O')))),
t((s\np)\ (s\np),late,late,'RB','O','O')))).
ccg(793,
fa(s:dcl,
t(s/s,'In','In','IN','O','O'),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'1993','1993','CD','O','I-DAT'),
t(n,'ITEL','ITEL','NNP','O','I-ORG'))),
fa(s:dcl\np,
t((s:dcl\np)/np,delivered,deliver,'VBD','O','O'),
lx(np, n,
t(n,reports,report,'NNS','O','O')))))).
ccg(794,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
lx(np\np, s:pss\np,
t(s:pss\np,delivered,deliver,'VBD','O','O'))),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,reports,report,'NNS','O','O'),
t((s\np)\ (s\np),late,late,'RB','O','O')),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(795,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s\np)/ (s\np),never,never,'RB','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,delivers,deliver,'VBZ','O','O'),
lx(np, n,
t(n,reports,report,'NNS','O','O')))),
t((s\np)\ (s\np),late,late,'RB','O','O')))).
ccg(796,
fa(s:dcl,
t(s/s,'In','In','IN','O','O'),
ba(s:dcl,
lx(np, n,
fa(n,
t(n/n,'1993','1993','CD','O','I-DAT'),
t(n,'ITEL','ITEL','NNP','O','I-ORG'))),
fa(s:dcl\np,
t((s:dcl\np)/np,delivered,deliver,'VBD','O','O'),
lx(np, n,
t(n,reports,report,'NNS','O','O')))))).
ccg(797,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
lx(np\np, s:pss\np,
t(s:pss\np,delivered,deliver,'VBD','O','O'))),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,reports,report,'NNS','O','O'),
t((s\np)\ (s\np),late,late,'RB','O','O')),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(798,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,arrived,arrive,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','I-DAT'),
t(n,'5th','5th','NN','O','I-DAT')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','I-DAT'),
ba(np,
lx(np, n,
t(n,'May','May','NNP','O','I-DAT')),
conj(np\np, np,
t(',',',',',',',','O','I-DAT'),
lx(np, n,
t(n,'1995','1995','CD','O','I-DAT')))))))))).
ccg(799,
ba(s:dcl,
lx(np, n,
t(n,'Today','Today','NN','O','I-DAT')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','I-DAT'),
t(n,'15th','15th','NN','O','I-DAT')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','I-DAT'),
ba(np,
lx(np, n,
t(n,'May','May','NNP','O','I-DAT')),
conj(np\np, np,
t(',',',',',',',','O','I-DAT'),
lx(np, n,
t(n,'1995','1995','CD','O','I-DAT'))))))))).
ccg(800,
ba(s:dcl,
t(np,'She','She','PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/pp,
t((s:dcl\np)/pp,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),still,still,'RB','O','O')),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))))).
ccg(801,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/pp,was,be,'VBD','O','O'),
fa(pp,
t(pp/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Paris','Paris','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','I-DAT'),
t(n,'7th','7th','NN','O','I-DAT')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','I-DAT'),
ba(np,
lx(np, n,
t(n,'May','May','NNP','O','I-DAT')),
conj(np\np, np,
t(',',',',',',',','O','I-DAT'),
lx(np, n,
t(n,'1995','1995','CD','O','I-DAT')))))))))).
ccg(802,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'When','When','WRB','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
t(s:dcl\np,arrived,arrive,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'Katmandu','Katmandu','NNP','O','I-LOC')))))),
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:ng\np),been,be,'VBN','O','O'),
ba(s:ng\np,
t(s:ng\np,travelling,travel,'VBG','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,three,three,'CD','O','I-DAT'),
t(n,days,day,'NNS','O','I-DAT')))))))))).
ccg(803,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:ng\np),been,be,'VBN','O','O'),
fa(s:ng\np,
bxc((s:ng\np)/np,
bxc((s:ng\np)/np,
t((s:ng\np)/np,travelling,travel,'VBG','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/n,the,the,'DT','O','O'),
t(n,day,day,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
ba(s:dcl\np,
t(s:dcl\np,arrived,arrive,'VBD','O','O'),
t((s\np)\ (s\np),in,in,'IN','O','O'))))),
lx(np, n,
t(n,'Katmandu','Katmandu','NNP','O','I-LOC'))))))).
ccg(804,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,graduated,graduate,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'March','March','NNP','O','I-DAT')))),
conj((s:dcl\np)\ (s:dcl\np), s:dcl\np,
t(conj,and,and,'CC','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
ba(s:pss\np,
ba(s:pss\np,
t(s:pss\np,employed,employ,'VBN','O','O'),
t((s\np)\ (s\np),ever,ever,'RB','O','O')),
t((s\np)\ (s\np),since,since,'IN','O','O')))))))).
ccg(805,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
ba(s:pss\np,
t(s:pss\np,unemployed,unemploy,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,past,past,'NN','O','O')))))))).
ccg(806,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),was,be,'VBD','O','O'),
ba(s:pss\np,
ba(s:pss\np,
t(s:pss\np,unemployed,unemploy,'VBN','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,time,time,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
t(s:dcl\np,graduated,graduate,'VBD','O','O'))))))).
ccg(807,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Every','Every','DT','O','O'),
t(n,representative,representative,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/np,read,read,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,this,this,'DT','O','O'),
t(n,report,report,'NN','O','O')))))).
ccg(808,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
fa(n,
t(n/n,two,two,'CD','O','O'),
t(n,representatives,representative,'NNS','O','O'))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/np,read,read,'VBN','O','O'),
t(np,it,it,'PRP','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,at,at,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,same,same,'JJ','O','O'),
t(n,time,time,'NN','O','O')))))))).
ccg(809,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,representative,representative,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,took,take,'VBD','O','O'),
fa(np:nb,
fa(np/np,
ba((np/np)/ (np/np),
t(s:adj\np,less,less,'JJR','O','O'),
t(((np/np)/ (np/np))\ (s:adj\np),than,than,'IN','O','O')),
t(np/np,half,half,'PDT','O','O')),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
ba(n,
t(n,day,day,'NN','O','O'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,read,read,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O'))))))))))).
ccg(810,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
bxc((s:dcl\np:thr)/np,
t((s:dcl\np:thr)/np,are,be,'VBP','O','O'),
t((s\np)\ (s\np),sixteen,sixteen,'JJ','O','O')),
lx(np, n,
t(n,representatives,representative,'NNS','O','O'))))).
ccg(811,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,took,take,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,representatives,representative,'NNS','O','O')),
lx(np\np, s:adj\np,
ba(s:adj\np,
t(s:adj\np,more,more,'RBR','O','O'),
fa((s:adj\np)\ (s:adj\np),
t(((s:adj\np)\ (s:adj\np))/np,than,than,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
ba(n,
t(n,week,week,'NN','O','I-DAT'),
lx(n\n, s:to\np,
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,read,read,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,report,report,'NN','O','O')))))))))))))).
ccg(812,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'While','While','IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,updating,update,'VBG','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,program,program,'NN','O','O')),
t(',',',',',',',','O','O')))))),
ba(s:dcl,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
ba(s:dcl\np,
ba(s:dcl\np,
t(s:dcl\np,came,come,'VBD','O','O'),
t((s\np)\ (s\np),in,in,'IN','O','O')),
conj((s:dcl\np)\ (s:dcl\np), s:dcl\np,
t(conj,and,and,'CC','O','O'),
fa(s:dcl\np,
fa((s:dcl\np)/pp,
t(((s:dcl\np)/pp)/np,told,tell,'VBD','O','O'),
t(np,him,he,'PRP','O','O')),
fa(pp,
t(pp/np,about,about,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,board,board,'NN','O','O'),
t(n,meeting,meeting,'NN','O','O')))))))))).
ccg(813,
ba(s:dcl,
t(np,'She','She','PRP','O','O'),
ba(s:dcl\np,
t(s:dcl\np,finished,finish,'VBD','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,before,before,'IN','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
t(s:dcl\np,did,do,'VBD','O','O')))))).
ccg(814,
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Mary','Mary','NNP','O','I-PER')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,story,story,'NN','O','O')),
ba(s:dcl\np,
t(s:dcl\np,lasted,last,'VBD','O','O'),
ba((s\np)\ (s\np),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/ ((s\np)\ (s\np)),as,as,'RB','O','O'),
t((s\np)\ (s\np),long,long,'JJ','O','O')),
fa(((s\np)\ (s\np))\ ((s\np)\ (s\np)),
t((((s\np)\ (s\np))\ ((s\np)\ (s\np)))/s:dcl,as,as,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),'''s','''s','POS','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,updating,update,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,program,program,'NN','O','O')))))))))).
ccg(815,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'Before','Before','IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,bought,buy,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,its,its,'PRP$','O','O'),
fa(n,
t(n/n,present,present,'JJ','O','O'),
fa(n,
t(n/n,office,office,'NN','O','O'),
t(n,building,building,'NN','O','O')))),
t(',',',',',',',','O','O'))))),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:ng\np),been,be,'VBN','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,paying,pay,'VBG','O','O'),
lx(np, n,
fa(n,
t(n/n,mortgage,mortgage,'NN','O','O'),
t(n,interest,interest,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,previous,previous,'JJ','O','O'),
t(n,one,one,'CD','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
t(n/n,'8','8','CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT')))))))))))).
ccg(816,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'Since','Since','IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,bought,buy,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,its,its,'PRP$','O','O'),
fa(n,
t(n/n,present,present,'JJ','O','O'),
fa(n,
t(n/n,office,office,'NN','O','O'),
t(n,building,building,'NN','O','O'))))))),
ba(s:dcl,
t(np,it,it,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:ng\np),been,be,'VBN','O','O'),
ba(s:ng\np,
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,paying,pay,'VBG','O','O'),
lx(np, n,
fa(n,
t(n/n,mortgage,mortgage,'NN','O','O'),
t(n,interest,interest,'NN','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,on,on,'IN','O','O'),
t(np,it,it,'PRP','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,for,for,'IN','O','O'),
lx(np, n,
fa(n,
fa(n/n,
ba((n/n)/ (n/n),
t(s:adj\np,more,more,'JJR','O','O'),
t(((n/n)/ (n/n))\ (s:adj\np),than,than,'IN','O','O')),
t(n/n,'10','10','CD','O','I-DAT')),
t(n,years,year,'NNS','O','I-DAT')))))))))).
ccg(817,
ba(s:dcl,
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:ng\np),been,be,'VBN','O','O'),
fa(s:ng\np,
t((s:ng\np)/np,paying,pay,'VBG','O','O'),
ba(np,
lx(np, n,
fa(n,
t(n/n,mortgage,mortgage,'NN','O','O'),
t(n,interest,interest,'NN','O','O'))),
fa(np\np,
t((np\np)/np,for,for,'IN','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,total,total,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','I-DAT'),
ba(np,
lx(np, n,
fa(n,
t(n/n,'15','15','CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT'))),
fa(np\np,
t((np\np)/ (np\np),or,or,'CC','O','O'),
t(np\np,more,more,'JJR','O','O')))))))))))).
ccg(818,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'When','When','WRB','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,got,get,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,job,job,'NN','O','O')),
fa(np\np,
t((np\np)/np,at,at,'IN','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,'CIA','CIA','NNP','O','I-ORG')),
t(',',',',',',',','O','O'))))))),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/s:em,knew,know,'VBD','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
bxc((s:dcl\np)/ (s:b\np),
t((s:dcl\np)/ (s:b\np),would,would,'MD','O','O'),
t((s\np)\ (s\np),never,never,'RB','O','O')),
fa(s:b\np,
t((s:b\np)/ (s:pss\np),be,be,'VB','O','O'),
fa(s:pss\np,
t((s:pss\np)/ (s:to\np),allowed,allow,'VBN','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
fa(s:b\np,
t((s:b\np)/np,write,write,'VB','O','O'),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,memoirs,memoirs,'NNS','O','O'))))))))))))).
ccg(819,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/s:em,case,case,'NN','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
ba((s:dcl\np)/np,
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),not,not,'RB','O','O')),
conj(((s:dcl\np)/np)\ ((s:dcl\np)/np), (s:dcl\np)/np,
t(conj,and,and,'CC','O','O'),
fc((s:dcl\np)/np,
bxc((s:dcl\np)/ (s:b\np),
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
t((s\np)\ (s\np),never,never,'RB','O','O')),
fc((s:b\np)/np,
t((s:b\np)/ (s:pss\np),be,be,'VB','O','O'),
fc((s:pss\np)/np,
t((s:pss\np)/ (s:to\np),allowed,allow,'VBN','O','O'),
fc((s:to\np)/np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
t((s:b\np)/np,write,write,'VB','O','O'))))))),
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,memoirs,memoirs,'NNS','O','O')))))))))).
ccg(820,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/pp,been,be,'VBN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Florence','Florence','VB','O','O')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/ ((s\np)\ (s\np)),twice,twice,'RB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,past,past,'NN','O','O')))))))).
ccg(821,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
ba(s:b\np,
ba(s:b\np,
t(s:b\np,go,go,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Florence','Florence','NNP','O','I-LOC')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/ ((s\np)\ (s\np)),twice,twice,'RB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,coming,coming,'JJ','O','O'),
t(n,year,year,'NN','O','O'))))))))).
ccg(822,
ba(s:dcl,
ba(np,
lx(np, n,
fa(n,
t(n/n,'Two','Two','CD','O','I-DAT'),
t(n,years,year,'NNS','O','I-DAT'))),
fa(np\np,
t((np\np)/np,from,from,'IN','O','I-DAT'),
lx(np, n,
fa(n,
t(n/n,now,now,'RB','O','I-DAT'),
t(n,'Smith','Smith','NNP','O','I-PER'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:pt\np),have,have,'VB','O','O'),
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/pp,been,be,'VBN','O','O'),
fa(pp,
t(pp/np,to,to,'TO','O','O'),
lx(np, n,
t(n,'Florence','Florence','VB','O','I-LOC')))),
fa((s\np)\ (s\np),
fa(((s\np)\ (s\np))/ ((s\np)\ (s\np)),
t((((s\np)\ (s\np))/ ((s\np)\ (s\np)))/ (s:asup\np),at,at,'IN','O','O'),
t(s:asup\np,least,least,'JJS','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/ ((s\np)\ (s\np)),four,four,'CD','O','O'),
t((s\np)\ (s\np),times,time,'NNS','O','O')))))))).
ccg(823,
fa(s:dcl,
fa(s/s,
t((s/s)/ (s/s),'Last','Last','JJ','O','I-DAT'),
t(s/s,week,week,'NN','O','I-DAT')),
ba(s:dcl,
t(np,'I','I','PRP','O','O'),
fa(s:dcl\np,
t((s\np)/ (s\np),already,already,'RB','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/s:em,knew,know,'VBD','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
fa(s:dcl,
fa(s/s,
bxc((s/s)/s:dcl,
t((s/s)/s:dcl,when,when,'WRB','O','O'),
conj((s/s)\ (s/s), s/s,
t(',',',',',',',','O','O'),
fa(s/s,
t((s/s)/np,in,in,'IN','O','O'),
rp(np:nb,
fa(np:nb,
ba(np:nb/n,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,month,month,'NN','O','I-DAT')),
t((np:nb/n)\np,'''s','''s','POS','O','O')),
t(n,time,time,'NN','O','O')),
t(',',',',',',',','O','O'))))),
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),would,would,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/s:em,discover,discover,'VB','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
t(s:pss\np,duped,dupe,'VBN','O','O'))))))))),
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),would,would,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),be,be,'VB','O','O'),
t(s:adj\np,furious,furious,'JJ','O','O'))))))))))).
ccg(824,
ba(s:dcl,
t(np,'It','It','PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/np,be,be,'VB','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,case,case,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),that,that,'IN','O','O'),
fa(s:dcl\np,
fa((s\np)/ (s\np),
t(((s\np)/ (s\np))/np,in,in,'IN','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
fa(n,
t(n/n,few,few,'JJ','O','O'),
fa(n,
t(n/n,weeks,week,'NNS','O','O'),
t(n,'Smith','Smith','NNP','O','I-PER'))))),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/s:em,discover,discover,'VB','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
rp(s:dcl,
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),has,have,'VBZ','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:pss\np),been,be,'VBN','O','O'),
t(s:pss\np,duped,dupe,'VBN','O','O')))),
t(;,;,;,;,'O','O')),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
t(np,she,she,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),will,will,'MD','O','O'),
fa(s:b\np,
t((s:b\np)/ (s:adj\np),be,be,'VB','O','O'),
t(s:adj\np,furious,furious,'JJ','O','O')))))))))))))))).
ccg(825,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
fa(n,
t(n/n,one,one,'CD','O','O'),
t(n,gambling,gambling,'NN','O','O'))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s\np)/ (s\np),seriously,seriously,'RB','O','O'),
t(s:dcl\np,stops,stop,'VBZ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,until,until,'IN','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),is,be,'VBZ','O','O'),
t(s:pss\np,broke,break,'VBN','O','O'))))))).
ccg(826,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,one,one,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),can,can,'MD','O','O'),
ba(s:b\np,
t(s:b\np,gamble,gamble,'VB','O','O'),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,when,when,'WRB','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),is,be,'VBZ','O','O'),
t(s:pss\np,broke,break,'VBN','O','O')))))))).
ccg(827,
ba(s:dcl,
ba(np,
t(np,'Everyone','Everyone','DT','O','O'),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),starts,start,'VBZ','O','O'),
t(s:ng\np,gambling,gamble,'VBG','O','O')))),
fa(s:dcl\np,
t((s\np)/ (s\np),seriously,seriously,'RB','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/np,stops,stop,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,moment,moment,'NN','O','O')),
lx(np\np, s:dcl/np,
fc(s:dcl/np,
tr(s:_G3928/ (s:_G3934\np),
t(np,he,he,'PRP','O','O')),
bxc((s:dcl\np)/np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
t((s\np)\ (s\np),broke,break,'VBN','O','O'))))))))).
ccg(828,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'No','No','DT','O','O'),
t(n,one,one,'NN','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),starts,start,'VBZ','O','O'),
t(s:ng\np,gambling,gamble,'VBG','O','O')))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s\np)/ (s\np),seriously,seriously,'RB','O','O'),
t(s:dcl\np,stops,stop,'VBZ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,until,until,'IN','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),is,be,'VBZ','O','O'),
t(s:pss\np,broke,break,'VBN','O','O'))))))).
ccg(829,
ba(s:dcl,
ba(np,
t(np,'Everyone','Everyone','DT','O','O'),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),starts,start,'VBZ','O','O'),
t(s:ng\np,gambling,gamble,'VBG','O','O')))),
ba(s:dcl\np,
fa(s:dcl\np,
t((s\np)/ (s\np),seriously,seriously,'RB','O','O'),
t(s:dcl\np,continues,continue,'VBZ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,until,until,'IN','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pss\np),is,be,'VBZ','O','O'),
t(s:pss\np,broke,break,'VBN','O','O'))))))).
ccg(830,
ba(s:dcl,
ba(np,
t(np,'Nobody','Nobody','DT','O','O'),
fa(np\np,
t((np\np)/ (s:dcl\np),who,who,'WP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,asleep,asleep,'JJ','O','O')))),
fa(s:dcl\np,
t((s\np)/ (s\np),ever,ever,'RB','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/s:em,knows,know,'VBZ','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,he,he,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,asleep,asleep,'JJ','O','O')))))))).
ccg(831,
fa(s:dcl,
t(s/s,'But','But','CC','O','O'),
ba(s:dcl,
fa(np:nb,
t(np:nb/n,some,some,'DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/s:em,know,know,'VBP','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/ (s:adj\np),been,be,'VBN','O','O'),
t(s:adj\np,asleep,asleep,'JJ','O','O')),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/s:dcl,after,after,'IN','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:adj\np),been,be,'VBN','O','O'),
t(s:adj\np,asleep,asleep,'JJ','O','O'))))))))))))).
ccg(832,
ba(s:dcl,
fa(np:nb,
t(np:nb/n,'Some','Some','DT','O','O'),
t(n,people,people,'NNS','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/s:em,discover,discover,'VBP','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
t(np,they,they,'PRP','O','O'),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),have,have,'VBP','O','O'),
fa(s:pt\np,
t((s:pt\np)/ (s:adj\np),been,be,'VBN','O','O'),
t(s:adj\np,asleep,asleep,'JJ','O','O')))))))).
ccg(833,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,built,build,'VBD','O','O'),
lx(np, n,
t(n,'MTALK','MTALK','NNP','O','I-ORG'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(834,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
lx(np, n,
t(n,'MTALK','MTALK','NNP','O','I-ORG'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(835,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,building,build,'VBG','O','O'),
lx(np, n,
t(n,'MTALK','MTALK','NNP','O','I-ORG'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT'))))))).
ccg(836,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,finished,finish,'VBD','O','O'),
lx(np, n,
t(n,'MTALK','MTALK','NNP','O','I-ORG'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(837,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')),
fa(np\np,
t((np\np)/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG'))))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT')))))).
ccg(838,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,contract,contract,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT'))))))).
ccg(839,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
ba(s:ng\np,
ba(s:ng\np,
fa(s:ng\np,
t((s:ng\np)/np,winning,win,'VBG','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,from,from,'IN','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG')))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT'))))))).
ccg(840,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,contract,contract,'NN','O','O')),
fa(np\np,
t((np\np)/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1993','1993','CD','O','I-DAT'))))))).
ccg(841,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,owned,own,'VBD','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG'))),
fa((s\np)\ (s\np),
fa(((s\np)\ (s\np))/ ((s\np)\ (s\np)),
t((((s\np)\ (s\np))/ ((s\np)\ (s\np)))/np,from,from,'IN','O','I-DAT'),
lx(np, n,
t(n,'1988','1988','CD','O','I-DAT'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,to,to,'TO','O','I-DAT'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))).
ccg(842,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,owned,own,'VBD','O','O'),
lx(np, n,
t(n,'APCOM','APCOM','NNP','O','I-ORG'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1990','1990','CD','O','I-DAT')))))).
ccg(843,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/np,left,leave,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(844,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,left,leave,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(845,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')))),
fa(s:dcl\np,
t((s:dcl\np)/np,left,leave,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(846,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,left,leave,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,meeting,meeting,'NN','O','O'))))).
ccg(847,
ba(s:dcl,
ba(np,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
conj(np\np, np,
t(',',',',',',',','O','O'),
ba(np,
lx(np, n,
t(n,'Anderson','Anderson','NNP','O','I-PER')),
conj(np\np, np,
t(conj,and,and,'CC','O','I-PER'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')))))),
t(s:dcl\np,met,meet,'VBD','O','O'))).
ccg(848,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,was,be,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,group,group,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,people,people,'NNS','O','O')),
fa(np\np,
t((np\np)/ (s:dcl\np),that,that,'WDT','O','O'),
t(s:dcl\np,met,meet,'VBD','O','O')))))))).
ccg(849,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:em,knew,know,'VBD','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/np,won,win,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))))))).
ccg(850,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(851,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:em,believed,believe,'VBD','O','O'),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:pt\np),had,have,'VBD','O','O'),
ba(s:pt\np,
fa(s:pt\np,
t((s:pt\np)/np,won,win,'VBN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))))))).
ccg(852,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(853,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),managed,manage,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
fa(s:b\np,
t((s:b\np)/np,win,win,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))))).
ccg(854,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(855,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:to\np),tried,try,'VBD','O','O'),
fa(s:to\np,
t((s:to\np)/ (s:b\np),to,to,'TO','O','O'),
ba(s:b\np,
fa(s:b\np,
t((s:b\np)/np,win,win,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))))).
ccg(856,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(857,
ba(s:dcl,
t(np:expl,'It','It','PRP','O','O'),
fa(s:dcl\np:expl,
fa((s:dcl\np:expl)/s:em,
t(((s:dcl\np:expl)/s:em)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,true,true,'JJ','O','O')),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))))).
ccg(858,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(859,
ba(s:dcl,
t(np:expl,'It','It','PRP','O','O'),
fa(s:dcl\np:expl,
fa((s:dcl\np:expl)/s:em,
t(((s:dcl\np:expl)/s:em)/ (s:adj\np),is,be,'VBZ','O','O'),
t(s:adj\np,false,false,'JJ','O','O')),
fa(s:em,
t(s:em/s:dcl,that,that,'IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT'))))))))).
ccg(860,
ba(s:dcl,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s:dcl\np)/np,won,win,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
fa((s\np)\ (s\np),
t(((s\np)\ (s\np))/np,in,in,'IN','O','O'),
lx(np, n,
t(n,'1992','1992','CD','O','I-DAT')))))).
ccg(861,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')))))).
ccg(862,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'If','If','IN','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')),
t(',',',',',',',','O','O'))))),
ba(s:dcl,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,heart,heart,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
t(s:ng\np,beating,beat,'VBG','O','O'))))).
ccg(863,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,saw,see,'VBD','O','O'),
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t((np:nb/n)\np,'''','''','POS','O','I-PER')),
t(n,heart,heart,'NN','O','O')),
t(s:dcl\np,beat,beat,'VBD','O','O'))))).
ccg(864,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')))))).
ccg(865,
fa(s:dcl,
fa(s/s,
t((s/s)/s:dcl,'When','When','WRB','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
rp(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')),
t(',',',',',',',','O','O'))))),
ba(s:dcl,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,heart,heart,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:ng\np),was,be,'VBD','O','O'),
t(s:ng\np,beating,beat,'VBG','O','O'))))).
ccg(866,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/s:dcl,saw,see,'VBD','O','O'),
ba(s:dcl,
fa(np:nb,
ba(np:nb/n,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
t((np:nb/n)\np,'''','''','POS','O','I-PER')),
t(n,heart,heart,'NN','O','O')),
t(s:dcl\np,beat,beat,'VBD','O','O'))))).
ccg(867,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')))))).
ccg(868,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,signed,sign,'VBD','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))).
ccg(869,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')))))).
ccg(870,
ba(s:dcl,
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,chairman,chairman,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG'))))))).
ccg(871,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/np,saw,see,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,chairman,chairman,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
ba(np,
lx(np, n,
t(n,'ITEL','ITEL','NNP','O','I-ORG')),
conj(np:nb\np:nb, np:nb,
t(conj,sign,sign,'NN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))))))).
ccg(872,
ba(s:dcl,
lx(np, n,
t(n,'Helen','Helen','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
ba(np:nb,
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,chairman,chairman,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,department,department,'NN','O','O'))))),
fa(s:b\np,
t((s:b\np)/np,answer,answer,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,phone,phone,'NN','O','O')))))).
ccg(873,
ba(s:dcl,
ba(np:nb,
fa(np:nb,
t(np:nb/n,'The','The','DT','O','O'),
t(n,chairman,chairman,'NN','O','O')),
fa(np\np,
t((np\np)/np,of,of,'IN','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,department,department,'NN','O','O')))),
fa(s:dcl\np,
t((s:dcl\np)/np,is,be,'VBZ','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,person,person,'NN','O','O'))))).
ccg(874,
ba(s:dcl,
t(np:thr,'There','There','EX','O','O'),
fa(s:dcl\np:thr,
t((s:dcl\np:thr)/np,is,be,'VBZ','O','O'),
ba(np,
t(np,someone,someone,'DT','O','O'),
fa(np\np,
t((np\np)/s:dcl,whom,whom,'WP','O','O'),
ba(s:dcl,
lx(np, n,
t(n,'Helen','Helen','NNP','O','I-PER')),
fa(s:dcl\np,
t((s:dcl\np)/ (s:b\np),saw,see,'VBD','O','O'),
fa(s:b\np,
t((s:b\np)/np,answer,answer,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,phone,phone,'NN','O','O')))))))))).
ccg(875,
ba(s:dcl,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))),
conj(s:dcl\s:dcl, s:dcl,
t(conj,and,and,'CC','O','O'),
ba(s:dcl,
fa(np:nb,
t(np:nb/n,his,his,'PRP$','O','O'),
t(n,secretary,secretary,'NN','O','O')),
fa(s:dcl\np,
t((s:dcl\np)/np,make,make,'VB','O','O'),
fa(np:nb,
t(np:nb/n,a,a,'DT','O','O'),
t(n,copy,copy,'NN','O','O'))))))).
ccg(876,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O')))))).
ccg(877,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
ba(s:b\np,
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))),
conj((s:b\np)\ (s:b\np), s:b\np,
t(conj,or,or,'CC','O','O'),
fa(s:b\np,
bxc((s:b\np)/np,
t((s:b\np)/np,cross,cross,'VB','O','O'),
t((s\np)\ (s\np),out,out,'RP','O','O')),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,crucial,crucial,'JJ','O','O'),
t(n,clause,clause,'NN','O','O'))))))))).
ccg(878,
ba(s:dcl,
lx(np, n,
t(n,'Smith','Smith','NNP','O','I-PER')),
ba(s:dcl\np,
fa(s:dcl\np,
t((s\np)/ (s\np),either,either,'CC','O','O'),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
fa(s:b\np,
t((s:b\np)/np,sign,sign,'VB','O','O'),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
t(n,contract,contract,'NN','O','O'))))),
conj((s:dcl\np)\ (s:dcl\np), s:dcl\np,
t(conj,or,or,'CC','O','O'),
fa(s:dcl\np,
fa((s:dcl\np)/ (s:b\np),
t(((s:dcl\np)/ (s:b\np))/np,saw,see,'VBD','O','O'),
lx(np, n,
t(n,'Jones','Jones','NNP','O','I-PER'))),
fa(s:b\np,
bxc((s:b\np)/np,
t((s:b\np)/np,cross,cross,'VB','O','O'),
t((s\np)\ (s\np),out,out,'RP','O','O')),
fa(np:nb,
t(np:nb/n,the,the,'DT','O','O'),
fa(n,
t(n/n,crucial,crucial,'JJ','O','O'),
t(n,clause,clause,'NN','O','O'))))))))).
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