Release 0.47

[chaz/git-codeowners] / git-codeowners

#!/usr/bin/env perl
# ABSTRACT: A tool for managing CODEOWNERS files
# PODNAME: git-codeowners



# This chunk of stuff was generated by App::FatPacker. To find the original
# file's code, look for the end of this BEGIN block or the string 'FATPACK'
BEGIN {
my %fatpacked;

$fatpacked{"App/Codeowners.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS';
  package App::Codeowners;use v5.10.1;use utf8;use warnings;use strict;use App::Codeowners::Formatter;use App::Codeowners::Options;use App::Codeowners::Util qw(find_codeowners_in_directory run_git git_ls_files git_toplevel);use Color::ANSI::Util 0.03 qw(ansifg);use Encode qw(encode);use File::Codeowners;use Path::Tiny;our$VERSION='0.47';sub main {my$class=shift;my$self=bless {},$class;my$opts=App::Codeowners::Options->new(@_);my$color=$opts->{color};local$ENV{NO_COLOR}=1 if defined$color &&!$color;my$command=$opts->command;my$handler=$self->can("_command_$command")or die "Unknown command: $command\n";$self->$handler($opts);exit 0}sub _command_show {my$self=shift;my$opts=shift;my$toplevel=git_toplevel('.')or die "Not a git repo\n";my$codeowners_path=find_codeowners_in_directory($toplevel)or die "No CODEOWNERS file in $toplevel\n";my$codeowners=File::Codeowners->parse_from_filepath($codeowners_path);my ($proc,$cdup)=run_git(qw{rev-parse --show-cdup});$proc->wait and exit 1;my$show_projects=$opts->{projects}// scalar @{$codeowners->projects};my$formatter=App::Codeowners::Formatter->new(format=>$opts->{format}|| ' * %-50F %O',handle=>*STDOUT,columns=>['File',$opts->{patterns}? 'Pattern' : (),'Owner',$show_projects ? 'Project' : (),],);my%filter_owners=map {$_=>1}@{$opts->{owner}};my%filter_projects=map {$_=>1}@{$opts->{project}};my%filter_patterns=map {$_=>1}@{$opts->{pattern}};$proc=git_ls_files('.',$opts->args);while (my$filepath=$proc->next){my$match=$codeowners->match(path($filepath)->relative($cdup));if (%filter_owners){for my$owner (@{$match->{owners}}){goto ADD_RESULT if$filter_owners{$owner}}next}if (%filter_patterns){goto ADD_RESULT if$filter_patterns{$match->{pattern}|| ''};next}if (%filter_projects){goto ADD_RESULT if$filter_projects{$match->{project}|| ''};next}ADD_RESULT: $formatter->add_result([$filepath,$opts->{patterns}? $match->{pattern}: (),$match->{owners},$show_projects ? $match->{project}: (),])}$proc->wait and exit 1}sub _command_owners {my$self=shift;my$opts=shift;my$toplevel=git_toplevel('.')or die "Not a git repo\n";my$codeowners_path=find_codeowners_in_directory($toplevel)or die "No CODEOWNERS file in $toplevel\n";my$codeowners=File::Codeowners->parse_from_filepath($codeowners_path);my$results=$codeowners->owners($opts->{pattern});my$formatter=App::Codeowners::Formatter->new(format=>$opts->{format}|| '%O',handle=>*STDOUT,columns=>[qw(Owner)],);$formatter->add_result(map {[$_]}@$results)}sub _command_patterns {my$self=shift;my$opts=shift;my$toplevel=git_toplevel('.')or die "Not a git repo\n";my$codeowners_path=find_codeowners_in_directory($toplevel)or die "No CODEOWNERS file in $toplevel\n";my$codeowners=File::Codeowners->parse_from_filepath($codeowners_path);my$results=$codeowners->patterns($opts->{owner});my$formatter=App::Codeowners::Formatter->new(format=>$opts->{format}|| '%T',handle=>*STDOUT,columns=>[qw(Pattern)],);$formatter->add_result(map {[$_]}@$results)}sub _command_projects {my$self=shift;my$opts=shift;my$toplevel=git_toplevel('.')or die "Not a git repo\n";my$codeowners_path=find_codeowners_in_directory($toplevel)or die "No CODEOWNERS file in $toplevel\n";my$codeowners=File::Codeowners->parse_from_filepath($codeowners_path);my$results=$codeowners->projects;my$formatter=App::Codeowners::Formatter->new(format=>$opts->{format}|| '%P',handle=>*STDOUT,columns=>[qw(Project)],);$formatter->add_result(map {[$_]}@$results)}sub _command_create {goto&_command_update}sub _command_update {my$self=shift;my$opts=shift;my ($filepath)=$opts->args;my$path=path($filepath || '.');my$repopath;die "Does not exist: $path\n" if!$path->parent->exists;if ($path->is_dir){$repopath=$path;$path=find_codeowners_in_directory($path)|| $repopath->child('CODEOWNERS')}my$is_new=!$path->is_file;my$codeowners;if ($is_new){$codeowners=File::Codeowners->new;my$template=<<'END';for my$line (split(/\n/,$template)){$codeowners->append(comment=>$line)}}else {$codeowners=File::Codeowners->parse_from_filepath($path)}if ($repopath){my ($proc,@filepaths)=git_ls_files($repopath);$proc->wait and exit 1;$codeowners->clear_unowned;$codeowners->add_unowned(grep {!$codeowners->match($_)}@filepaths)}$codeowners->write_to_filepath($path);print STDERR "Wrote $path\n"}1;
   This file shows mappings between subdirs/files and the individuals and
   teams who own them. You can read this file yourself or use tools to query it,
   so you can quickly determine who to speak with or send pull requests to. ❤️
  
   Simply write a gitignore pattern followed by one or more names/emails/groups.
   Examples:
     /project_a/**  @team1
     *.js  @harry @javascript-cabal
  END
APP_CODEOWNERS

$fatpacked{"App/Codeowners/Formatter.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_FORMATTER';
  package App::Codeowners::Formatter;use warnings;use strict;our$VERSION='0.47';use Module::Load;sub new {my$class=shift;my$args={@_==1 && ref $_[0]eq 'HASH' ? %{$_[0]}: @_};$args->{results}=[];($class,my$format)=$class->_best_formatter($args->{format})if$args->{format};$args->{format}=$format;my$self=bless$args,$class;$self->start;return$self}sub _best_formatter {my$class=shift;my$type=shift || '';return ($class,$type)if$class ne __PACKAGE__;my ($name,$format)=$type =~ /^([A-Za-z]+)(?::(.*))?$/;if (!$name){$name='';$format=''}$name=lc($name);$name =~ s/:.*//;my@formatters=$class->formatters;my$package=__PACKAGE__.'::String';for my$formatter (@formatters){my$module=lc($formatter);$module =~ s/.*:://;if ($module eq $name){$package=$formatter;$type=$format;last}}load$package;return ($package,$type)}sub DESTROY {my$self=shift;my$global_destruction=shift;return if$global_destruction;my$results=$self->{results};$self->finish($results)if$results;delete$self->{results}}sub handle {shift->{handle}}sub format {shift->{format}|| ''}sub columns {shift->{columns}|| []}sub results {shift->{results}}sub add_result {my$self=shift;$self->stream($_)for @_}sub start {}sub stream {push @{$_[0]->results},$_[1]}sub finish {}sub formatters {return qw(App::Codeowners::Formatter::CSV App::Codeowners::Formatter::JSON App::Codeowners::Formatter::String App::Codeowners::Formatter::TSV App::Codeowners::Formatter::Table App::Codeowners::Formatter::YAML)}1;
APP_CODEOWNERS_FORMATTER

$fatpacked{"App/Codeowners/Formatter/CSV.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_FORMATTER_CSV';
  package App::Codeowners::Formatter::CSV;use warnings;use strict;our$VERSION='0.47';use parent 'App::Codeowners::Formatter';use App::Codeowners::Util qw(stringify);use Encode qw(encode);sub start {my$self=shift;$self->text_csv->print($self->handle,$self->columns)}sub stream {my$self=shift;my$result=shift;$self->text_csv->print($self->handle,[map {encode('UTF-8',stringify($_))}@$result])}sub text_csv {my$self=shift;$self->{text_csv}||= do {eval {require Text::CSV}or die "Missing dependency: Text::CSV\n";my%options;$options{escape_char}=$self->escape_char if$self->escape_char;$options{quote}=$self->quote if$self->quote;$options{sep}=$self->sep if$self->sep;if ($options{sep}&& $options{sep}eq ($options{quote}|| '"')){die "Invalid separator value for CSV format.\n"}Text::CSV->new({binary=>1,eol=>$/,%options})}or die "Failed to construct Text::CSV object"}sub sep {$_[0]->{sep}|| $_[0]->format}sub quote {$_[0]->{quote}}sub escape_char {$_[0]->{escape_char}}1;
APP_CODEOWNERS_FORMATTER_CSV

$fatpacked{"App/Codeowners/Formatter/JSON.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_FORMATTER_JSON';
  package App::Codeowners::Formatter::JSON;use warnings;use strict;our$VERSION='0.47';use parent 'App::Codeowners::Formatter';use App::Codeowners::Util qw(zip);sub finish {my$self=shift;my$results=shift;eval {require JSON::MaybeXS}or die "Missing dependency: JSON::MaybeXS\n";my%options;$options{pretty}=1 if lc($self->format)eq 'pretty';my$json=JSON::MaybeXS->new(canonical=>1,utf8=>1,%options);my$columns=$self->columns;$results=[map {+{zip @$columns,@$_}}@$results];print {$self->handle}$json->encode($results)}1;
APP_CODEOWNERS_FORMATTER_JSON

$fatpacked{"App/Codeowners/Formatter/String.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_FORMATTER_STRING';
  package App::Codeowners::Formatter::String;use warnings;use strict;our$VERSION='0.47';use parent 'App::Codeowners::Formatter';use App::Codeowners::Util qw(stringf zip);use Color::ANSI::Util 0.03 qw(ansifg);use Encode qw(encode);sub stream {my$self=shift;my$result=shift;$result={zip @{$self->columns},@$result};my%info=(F=>$self->_create_filterer->($result->{File},undef),O=>$self->_create_filterer->($result->{Owner},$self->_owner_colorgen),P=>$self->_create_filterer->($result->{Project},undef),T=>$self->_create_filterer->($result->{Pattern},undef),);my$text=stringf($self->format,%info);print {$self->handle}encode('UTF-8',$text),"\n"}sub _expand_filter_args {my$arg=shift || '';my@filters=split(/,/,$arg);my$color_override;for (my$i=0;$i < @filters;++$i){my$filter=$filters[$i]or next;if ($filter =~ /^(?:nocolor|color:([0-9a-fA-F]{3,6}))$/){$color_override=$1 || '';splice(@filters,$i,1);redo}}return (\@filters,$color_override)}sub _ansi_reset {"\033[0m"}sub _colored {my$text=shift;my$rgb=shift or return$text;return$text if$ENV{NO_COLOR}|| (defined$ENV{COLOR_DEPTH}&&!$ENV{COLOR_DEPTH});$rgb =~ s/^(.)(.)(.)$/$1$1$2$2$3$3/;if ($rgb !~ m/^[0-9a-fA-F]{6}$/){warn "Color value must be in 'ffffff' or 'fff' form.\n";return$text}my ($begin,$end)=(ansifg($rgb),_ansi_reset);return "${begin}${text}${end}"}sub _create_filterer {my$self=shift;my%filter=(quote=>sub {local $_=$_[0];s/"/\"/s;"\"$_\""},);return sub {my$value=shift || '';my$color=shift || '';my$gencolor=ref($color)eq 'CODE' ? $color : sub {$color};return sub {my$arg=shift;my ($filters,$color)=_expand_filter_args($arg);if (ref($value)eq 'ARRAY'){$value=join(',',map {_colored($_,$color // $gencolor->($_))}@$value)}else {$value=_colored($value,$color // $gencolor->($value))}for my$key (@$filters){if (my$filter=$filter{$key}){$value=$filter->($value)}else {warn "Unknown filter: $key\n"}}$value || ''}}}sub _owner_colorgen {my$self=shift;my@contrasting_colors=qw(e6194b 3cb44b ffe119 4363d8 f58231 911eb4 42d4f4 f032e6 bfef45 fabebe 469990 e6beff 9a6324 fffac8 800000 aaffc3 808000 ffd8b1 000075 a9a9a9);my%owner_colors;my$num=-1;$self->{owner_color}||= sub {my$owner=shift or return;$owner_colors{$owner}||= do {$num=($num + 1)% scalar@contrasting_colors;$contrasting_colors[$num]}}}1;
APP_CODEOWNERS_FORMATTER_STRING

$fatpacked{"App/Codeowners/Formatter/TSV.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_FORMATTER_TSV';
  package App::Codeowners::Formatter::TSV;use warnings;use strict;our$VERSION='0.47';use parent 'App::Codeowners::Formatter::CSV';sub sep {"\t"}1;
APP_CODEOWNERS_FORMATTER_TSV

$fatpacked{"App/Codeowners/Formatter/Table.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_FORMATTER_TABLE';
  package App::Codeowners::Formatter::Table;use warnings;use strict;our$VERSION='0.47';use parent 'App::Codeowners::Formatter';use App::Codeowners::Util qw(stringify);use Encode qw(encode);sub finish {my$self=shift;my$results=shift;eval {require Text::Table::Any}or die "Missing dependency: Text::Table::Any\n";my$table=Text::Table::Any::table(header_row=>1,rows=>[$self->columns,map {[map {stringify($_)}@$_]}@$results],backend=>$ENV{PERL_TEXT_TABLE},);print {$self->handle}encode('UTF-8',$table)}1;
APP_CODEOWNERS_FORMATTER_TABLE

$fatpacked{"App/Codeowners/Formatter/YAML.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_FORMATTER_YAML';
  package App::Codeowners::Formatter::YAML;use warnings;use strict;our$VERSION='0.47';use parent 'App::Codeowners::Formatter';use App::Codeowners::Util qw(zip);sub finish {my$self=shift;my$results=shift;eval {require YAML}or die "Missing dependency: YAML\n";my$columns=$self->columns;$results=[map {+{zip @$columns,@$_}}@$results];print {$self->handle}YAML::Dump($results)}1;
APP_CODEOWNERS_FORMATTER_YAML

$fatpacked{"App/Codeowners/Options.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_OPTIONS';
  package App::Codeowners::Options;use v5.10.1;use warnings;use strict;use Getopt::Long 2.39 ();use Path::Tiny;our$VERSION='0.47';sub pod2usage {eval {require Pod::Usage};if ($@){my$ref=$VERSION eq '9999.999' ? 'master' : "v$VERSION";my$exit=(@_==1 && $_[0]=~ /^\d+$/ && $_[0])// (@_ % 2==0 && {@_}->{'-exitval'})// 2;print STDERR <<END;exit$exit}else {Pod::Usage::pod2usage(@_)}}sub early_options {return {'color|colour!'=>(-t STDOUT ? 1 : 0),'format|f=s'=>undef,'help|h|?'=>0,'manual|man'=>0,'shell-completion:s'=>undef,'version|v'=>0,}}sub command_options {return {'create'=>{},'owners'=>{'pattern=s'=>'',},'patterns'=>{'owner=s'=>'',},'projects'=>{},'show'=>{'owner=s@'=>[],'pattern=s@'=>[],'project=s@'=>[],'patterns!'=>0,'projects!'=>undef,},'update'=>{},}}sub commands {my$self=shift;my@commands=sort keys %{$self->command_options};return@commands}sub options {my$self=shift;my@command_options;if (my$command=$self->{command}){@command_options=keys %{$self->command_options->{$command}|| {}}}return (keys %{$self->early_options},@command_options)}sub new {my$class=shift;my@args=@_;my$self=bless {},$class;my@args_copy=@args;my$opts=$self->get_options(args=>\@args,spec=>$self->early_options,config=>'pass_through',)or pod2usage(2);if ($ENV{CODEOWNERS_COMPLETIONS}){$self->{command}=$args[0]|| '';my$cword=$ENV{CWORD};my$cur=$ENV{CUR}|| '';while (0 < --$cword){last if$cur eq ($args_copy[$cword]|| '')}$self->completions($cword,@args_copy);exit 0}if ($opts->{version}){my$progname=path($0)->basename;print "${progname} ${VERSION}\n";exit 0}if ($opts->{help}){pod2usage(-exitval=>0,-verbose=>99,-sections=>[qw(NAME SYNOPSIS OPTIONS COMMANDS)])}if ($opts->{manual}){pod2usage(-exitval=>0,-verbose=>2)}if (defined$opts->{shell_completion}){$self->shell_completion($opts->{shell_completion});exit 0}my$command=shift@args;my$command_options=$self->command_options->{$command || ''};if (!$command_options){unshift@args,$command if defined$command;$command='show';$command_options=$self->command_options->{$command}}my$more_opts=$self->get_options(args=>\@args,spec=>$command_options,)or pod2usage(2);%$self=(%$opts,%$more_opts,command=>$command,args=>\@args);return$self}sub command {my$self=shift;my$command=$self->{command};my@commands=sort keys %{$self->command_options};return if not grep {$_ eq $command}@commands;$command =~ s/[^a-z]/_/g;return$command}sub args {my$self=shift;return @{$self->{args}|| []}}sub get_options {my$self=shift;my$args={@_==1 && ref $_[0]eq 'HASH' ? %{$_[0]}: @_};my%options;my%results;while (my ($opt,$default_value)=each %{$args->{spec}}){my ($name)=$opt =~ /^([^=:!|]+)/;$name =~ s/-/_/g;$results{$name}=$default_value;$options{$opt}=\$results{$name}}if (my$fn=$args->{callback}){$options{'<>'}=sub {my$arg=shift;$fn->($arg,\%results)}}my$p=Getopt::Long::Parser->new;$p->configure($args->{config}|| 'default');return if!$p->getoptionsfromarray($args->{args},%options);return \%results}sub shell_completion {my$self=shift;my$type=lc(shift || 'bash');if ($type eq 'bash'){print <<'END'}else {warn "No such shell completion: $type\n"}}sub completions {my$self=shift;my$cword=shift;my@words=@_;my$current=$words[$cword]|| '';my$prev=$words[$cword - 1]|| '';my$reply;if ($prev eq '--format' || $prev eq '-f'){$reply=$self->_completion_formats}elsif ($current =~ /^-/){$reply=$self->_completion_options}else {if (!$self->command){$reply=[$self->commands,@{$self->_completion_options([keys %{$self->early_options}])}]}else {print 'file';exit 9}}local $,="\n";print grep {/^\Q$current\E/}@$reply;exit 0}sub _completion_options {my$self=shift;my$opts=shift || [$self->options];my@options;for my$option (@$opts){my ($names,$op,$vtype)=$option =~ /^([^=:!]+)([=:!]?)(.*)$/;my@names=split(/\|/,$names);for my$name (@names){if ($op eq '!'){push@options,"--$name","--no-$name"}else {if (length($name)> 1){push@options,"--$name"}else {push@options,"-$name"}}}}return [sort@options]}sub _completion_formats {[qw(csv json json:pretty tsv yaml)]}1;
  Online documentation is available at:
  
    https://github.com/chazmcgarvey/git-codeowners/blob/$ref/README.md
  
  Tip: To enable inline documentation, install the Pod::Usage module.
  
  END
  # git-codeowners - Bash completion
  # To use, eval this code:
  #   eval "$(git-codeowners --shell-completion)"
  # This will work without the bash-completion package, but handling of colons
  # in the completion word will work better with bash-completion installed and
  # enabled.
  _git_codeowners() {
      local cur words cword
      if declare -f _get_comp_words_by_ref >/dev/null
      then
          _get_comp_words_by_ref -n : cur cword words
      else
          words=("${COMP_WORDS[@]}")
          cword=${COMP_CWORD}
          cur=${words[cword]}
      fi
      local IFS=$'\n'
      COMPREPLY=($(CODEOWNERS_COMPLETIONS=1 CWORD="$cword" CUR="$cur" ${words[@]}))
      # COMPREPLY=($(${words[0]} --completions "$cword" "${words[@]}"))
      if [[ "$?" -eq 9 ]]
      then
          COMPREPLY=($(compgen -A "${COMPREPLY[0]}" -- "$cur"))
      fi
      declare -f __ltrim_colon_completions >/dev/null && \
          __ltrim_colon_completions "$cur"
      return 0
  }
  complete -F _git_codeowners git-codeowners
  END
APP_CODEOWNERS_OPTIONS

$fatpacked{"App/Codeowners/Util.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'APP_CODEOWNERS_UTIL';
  package App::Codeowners::Util;use warnings;use strict;use Encode qw(decode);use Exporter qw(import);use Path::Tiny;our@EXPORT_OK=qw(colorstrip find_codeowners_in_directory find_nearest_codeowners git_ls_files git_toplevel run_command run_git stringf stringify unbackslash zip);our$VERSION='0.47';sub find_nearest_codeowners {my$path=path(shift || '.')->absolute;while (!$path->is_rootdir){my$filepath=find_codeowners_in_directory($path);return$filepath if$filepath;$path=$path->parent}}sub find_codeowners_in_directory {my$path=path(shift)or die;my@tries=([qw(CODEOWNERS)],[qw(docs CODEOWNERS)],[qw(.bitbucket CODEOWNERS)],[qw(.github CODEOWNERS)],[qw(.gitlab CODEOWNERS)],);for my$parts (@tries){my$try=$path->child(@$parts);return$try if$try->is_file}}sub run_command {my$filter;$filter=pop if ref($_[-1])eq 'CODE';print STDERR "# @_\n" if$ENV{GIT_CODEOWNERS_DEBUG};my ($child_in,$child_out);require IPC::Open2;my$pid=IPC::Open2::open2($child_out,$child_in,@_);close($child_in);binmode($child_out,':encoding(UTF-8)');my$proc=App::Codeowners::Util::Process->new(pid=>$pid,fh=>$child_out,filter=>$filter,);return wantarray ? ($proc,@{$proc->all}): $proc}sub run_git {return run_command('git',@_)}sub git_ls_files {my$dir=shift || '.';return run_git('-C',$dir,'ls-files',@_,\&_unescape_git_filepath)}sub _unescape_git_filepath {return $_ if $_ !~ /^"(.+)"$/;return decode('UTF-8',unbackslash($1))}sub git_toplevel {my$dir=shift || '.';my ($proc,$path)=run_git('-C',$dir,qw{rev-parse --show-toplevel});return if$proc->wait!=0 ||!$path;return path($path)}sub colorstrip {my$str=shift || '';$str =~ s/\e\[[\d;]*m//g;return$str}sub stringify {my$item=shift;return ref($item)eq 'ARRAY' ? join(',',@$item): $item}sub zip (\@\@) {my$max=-1;$max < $#$_ && ($max=$#$_)foreach @_;map {my$ix=$_;map $_->[$ix],@_}0 .. $max}sub _replace {my ($args,$orig,$alignment,$min_width,$max_width,$passme,$formchar)=@_;return$orig unless defined$args->{$formchar};$alignment='+' unless defined$alignment;my$replacement=$args->{$formchar};if (ref$replacement eq 'CODE'){$passme ||= "";$passme =~ tr/{}//d;$replacement=$replacement->($passme)}my$replength;if (eval {require Unicode::GCString}){my$gcstring=Unicode::GCString->new(colorstrip($replacement));$replength=$gcstring->columns}else {$replength=length colorstrip($replacement)}$min_width ||= $replength;$max_width ||= $replength;if (($replength > $min_width)&& ($replength < $max_width)){return$replacement}if ($replength > $max_width){return substr($replacement,0,$max_width)}my$padding=$min_width - $replength;$padding=0 if$padding < 0;if ($alignment eq '-'){return$replacement .' ' x $padding}return ' ' x $padding .$replacement}my$regex=qr/
                 (%             # leading '%'
                  (-)?          # left-align, rather than right
                  (\d*)?        # (optional) minimum field width
                  (?:\.(\d*))?  # (optional) maximum field width
                  (\{.*?\})?    # (optional) stuff inside
                  (\S)          # actual format character
               )/x;sub stringf {my$format=shift || return;my$args=UNIVERSAL::isa($_[0],'HASH')? shift : {@_};$args->{'n'}="\n" unless exists$args->{'n'};$args->{'t'}="\t" unless exists$args->{'t'};$args->{'%'}="%" unless exists$args->{'%'};$format =~ s/$regex/_replace($args, $1, $2, $3, $4, $5, $6)/ge;return$format}my%unbackslash;sub unbackslash {my$str=shift;%unbackslash=((map {$_=>$_}('\\','"','$','@')),('r'=>"\r",'n'=>"\n",'t'=>"\t"),(map {'x' .unpack('H2',chr($_))=>chr($_)}(0..255)),(map {sprintf('%03o',$_)=>chr($_)}(0..255)),('a'=>"\x07",'b'=>"\x08",'f'=>"\x0c",'v'=>"\x0b"),)if!%unbackslash;$str =~ s/ (\A|\G|[^\\]) \\ ( [0-7]{3} | x[\da-fA-F]{2} | . ) / $1 . $unbackslash{lc($2)} /gsxe;return$str}{package App::Codeowners::Util::Process;sub new {my$class=shift;return bless {@_},$class}sub next {my$self=shift;my$line=readline($self->{fh});if (defined$line){chomp$line;if (my$filter=$self->{filter}){local $_=$line;$line=$filter->($line)}}$line}sub all {my$self=shift;chomp(my@lines=readline($self->{fh}));if (my$filter=$self->{filter}){$_=$filter->($_)for@lines}\@lines}sub wait {my$self=shift;my$pid=$self->{pid}or return;if (my$fh=$self->{fh}){close($fh);delete$self->{fh}}waitpid($pid,0);my$status=$?;print STDERR "# -> status $status\n" if$ENV{GIT_CODEOWNERS_DEBUG};delete$self->{pid};return$status}sub DESTROY {my ($self,$global_destruction)=@_;return if$global_destruction;$self->wait}}1;
APP_CODEOWNERS_UTIL

$fatpacked{"Color/ANSI/Util.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'COLOR_ANSI_UTIL';
  package Color::ANSI::Util;our$DATE='2019-08-20';our$VERSION='0.163';use 5.010001;use strict;use warnings;use Color::RGB::Util qw(rgb_diff);require Exporter;our@ISA=qw(Exporter);our@EXPORT_OK=qw(ansi16_to_rgb rgb_to_ansi16 rgb_to_ansi16_fg_code ansi16fg rgb_to_ansi16_bg_code ansi16bg ansi256_to_rgb rgb_to_ansi256 rgb_to_ansi256_fg_code ansi256fg rgb_to_ansi256_bg_code ansi256bg rgb_to_ansi24b_fg_code ansi24bfg rgb_to_ansi24b_bg_code ansi24bbg rgb_to_ansi_fg_code ansifg rgb_to_ansi_bg_code ansibg ansi_reset);our%SPEC;my%ansi16=(0=>'000000',1=>'800000',2=>'008000',3=>'808000',4=>'000080',5=>'800080',6=>'008080',7=>'c0c0c0',8=>'808080',9=>'ff0000',10=>'00ff00',11=>'ffff00',12=>'0000ff',13=>'ff00ff',14=>'00ffff',15=>'ffffff',);my@revansi16;for my$idx (sort {$a<=>$b}keys%ansi16){push@revansi16,[$ansi16{$idx},$idx]}my%ansi256=(%ansi16,16=>'000000',17=>'00005f',18=>'000087',19=>'0000af',20=>'0000d7',21=>'0000ff',22=>'005f00',23=>'005f5f',24=>'005f87',25=>'005faf',26=>'005fd7',27=>'005fff',28=>'008700',29=>'00875f',30=>'008787',31=>'0087af',32=>'0087d7',33=>'0087ff',34=>'00af00',35=>'00af5f',36=>'00af87',37=>'00afaf',38=>'00afd7',39=>'00afff',40=>'00d700',41=>'00d75f',42=>'00d787',43=>'00d7af',44=>'00d7d7',45=>'00d7ff',46=>'00ff00',47=>'00ff5f',48=>'00ff87',49=>'00ffaf',50=>'00ffd7',51=>'00ffff',52=>'5f0000',53=>'5f005f',54=>'5f0087',55=>'5f00af',56=>'5f00d7',57=>'5f00ff',58=>'5f5f00',59=>'5f5f5f',60=>'5f5f87',61=>'5f5faf',62=>'5f5fd7',63=>'5f5fff',64=>'5f8700',65=>'5f875f',66=>'5f8787',67=>'5f87af',68=>'5f87d7',69=>'5f87ff',70=>'5faf00',71=>'5faf5f',72=>'5faf87',73=>'5fafaf',74=>'5fafd7',75=>'5fafff',76=>'5fd700',77=>'5fd75f',78=>'5fd787',79=>'5fd7af',80=>'5fd7d7',81=>'5fd7ff',82=>'5fff00',83=>'5fff5f',84=>'5fff87',85=>'5fffaf',86=>'5fffd7',87=>'5fffff',88=>'870000',89=>'87005f',90=>'870087',91=>'8700af',92=>'8700d7',93=>'8700ff',94=>'875f00',95=>'875f5f',96=>'875f87',97=>'875faf',98=>'875fd7',99=>'875fff',100=>'878700',101=>'87875f',102=>'878787',103=>'8787af',104=>'8787d7',105=>'8787ff',106=>'87af00',107=>'87af5f',108=>'87af87',109=>'87afaf',110=>'87afd7',111=>'87afff',112=>'87d700',113=>'87d75f',114=>'87d787',115=>'87d7af',116=>'87d7d7',117=>'87d7ff',118=>'87ff00',119=>'87ff5f',120=>'87ff87',121=>'87ffaf',122=>'87ffd7',123=>'87ffff',124=>'af0000',125=>'af005f',126=>'af0087',127=>'af00af',128=>'af00d7',129=>'af00ff',130=>'af5f00',131=>'af5f5f',132=>'af5f87',133=>'af5faf',134=>'af5fd7',135=>'af5fff',136=>'af8700',137=>'af875f',138=>'af8787',139=>'af87af',140=>'af87d7',141=>'af87ff',142=>'afaf00',143=>'afaf5f',144=>'afaf87',145=>'afafaf',146=>'afafd7',147=>'afafff',148=>'afd700',149=>'afd75f',150=>'afd787',151=>'afd7af',152=>'afd7d7',153=>'afd7ff',154=>'afff00',155=>'afff5f',156=>'afff87',157=>'afffaf',158=>'afffd7',159=>'afffff',160=>'d70000',161=>'d7005f',162=>'d70087',163=>'d700af',164=>'d700d7',165=>'d700ff',166=>'d75f00',167=>'d75f5f',168=>'d75f87',169=>'d75faf',170=>'d75fd7',171=>'d75fff',172=>'d78700',173=>'d7875f',174=>'d78787',175=>'d787af',176=>'d787d7',177=>'d787ff',178=>'d7af00',179=>'d7af5f',180=>'d7af87',181=>'d7afaf',182=>'d7afd7',183=>'d7afff',184=>'d7d700',185=>'d7d75f',186=>'d7d787',187=>'d7d7af',188=>'d7d7d7',189=>'d7d7ff',190=>'d7ff00',191=>'d7ff5f',192=>'d7ff87',193=>'d7ffaf',194=>'d7ffd7',195=>'d7ffff',196=>'ff0000',197=>'ff005f',198=>'ff0087',199=>'ff00af',200=>'ff00d7',201=>'ff00ff',202=>'ff5f00',203=>'ff5f5f',204=>'ff5f87',205=>'ff5faf',206=>'ff5fd7',207=>'ff5fff',208=>'ff8700',209=>'ff875f',210=>'ff8787',211=>'ff87af',212=>'ff87d7',213=>'ff87ff',214=>'ffaf00',215=>'ffaf5f',216=>'ffaf87',217=>'ffafaf',218=>'ffafd7',219=>'ffafff',220=>'ffd700',221=>'ffd75f',222=>'ffd787',223=>'ffd7af',224=>'ffd7d7',225=>'ffd7ff',226=>'ffff00',227=>'ffff5f',228=>'ffff87',229=>'ffffaf',230=>'ffffd7',231=>'ffffff',232=>'080808',233=>'121212',234=>'1c1c1c',235=>'262626',236=>'303030',237=>'3a3a3a',238=>'444444',239=>'4e4e4e',240=>'585858',241=>'606060',242=>'666666',243=>'767676',244=>'808080',245=>'8a8a8a',246=>'949494',247=>'9e9e9e',248=>'a8a8a8',249=>'b2b2b2',250=>'bcbcbc',251=>'c6c6c6',252=>'d0d0d0',253=>'dadada',254=>'e4e4e4',255=>'eeeeee',);my@revansi256;for my$idx (sort {$a<=>$b}keys%ansi256){push@revansi256,[$ansi256{$idx},$idx]}$SPEC{ansi16_to_rgb}={v=>1.1,summary=>'Convert ANSI-16 color to RGB',description=><<'_',args=>{color=>{schema=>'color::ansi16*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'color::rgb24*',},result_naked=>1,};sub ansi16_to_rgb {my ($input)=@_;if ($input =~ /^\d+$/){if ($input >= 0 && $input <= 15){return$ansi16{$input + 0}}else {die "Invalid ANSI 16-color number '$input'"}}elsif ($input =~ /^(?:(bold|bright) \s )?(black|red|green|yellow|blue|magenta|cyan|white)$/ix){my ($bold,$col)=(lc($1 // ""),lc($2));my$i;if ($col eq 'black'){$i=0}elsif ($col eq 'red'){$i=1}elsif ($col eq 'green'){$i=2}elsif ($col eq 'yellow'){$i=3}elsif ($col eq 'blue'){$i=4}elsif ($col eq 'magenta'){$i=5}elsif ($col eq 'cyan'){$i=6}elsif ($col eq 'white'){$i=7}$i += 8 if$bold;return$ansi16{$i}}else {die "Invalid ANSI 16-color name '$input'"}}sub _rgb_to_indexed {my ($rgb,$table)=@_;my ($smallest_diff,$res);for my$e (@$table){my$diff=rgb_diff($rgb,$e->[0],'hsv_hue1');return$e->[1]if$diff==0;if (!defined($smallest_diff)|| $smallest_diff > $diff){$smallest_diff=$diff;$res=$e->[1]}}return$res}$SPEC{ansi256_to_rgb}={v=>1.1,summary=>'Convert ANSI-256 color to RGB',args=>{color=>{schema=>'color::ansi256*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'color::rgb24',},result_naked=>1,};sub ansi256_to_rgb {my ($input)=@_;$input += 0;exists($ansi256{$input})or die "Invalid ANSI 256-color index '$input'";$ansi256{$input}}$SPEC{rgb_to_ansi16}={v=>1.1,summary=>'Convert RGB to ANSI-16 color',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'color::ansi16*',},result_naked=>1,};sub rgb_to_ansi16 {my ($input)=@_;_rgb_to_indexed($input,\@revansi16)}$SPEC{rgb_to_ansi256}={v=>1.1,summary=>'Convert RGB to ANSI-256 color',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'color::ansi256*',},result_naked=>1,};sub rgb_to_ansi256 {my ($input)=@_;_rgb_to_indexed($input,\@revansi256)}$SPEC{rgb_to_ansi16_fg_code}={v=>1.1,summary=>'Convert RGB to ANSI-16 color escape sequence to change foreground color',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'str*',},result_naked=>1,};sub rgb_to_ansi16_fg_code {my ($input)=@_;my$res=_rgb_to_indexed($input,\@revansi16);return "\e[" .($res >= 8 ? ($res+30-8).";1" : ($res+30))."m"}sub ansi16fg {goto&rgb_to_ansi16_fg_code}$SPEC{rgb_to_ansi16_bg_code}={v=>1.1,summary=>'Convert RGB to ANSI-16 color escape sequence to change background color',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'str*',},result_naked=>1,};sub rgb_to_ansi16_bg_code {my ($input)=@_;my$res=_rgb_to_indexed($input,\@revansi16);return "\e[" .($res >= 8 ? ($res+40-8): ($res+40))."m"}sub ansi16bg {goto&rgb_to_ansi16_bg_code}$SPEC{rgb_to_ansi256_fg_code}={v=>1.1,summary=>'Convert RGB to ANSI-256 color escape sequence to change foreground color',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'str*',},result_naked=>1,};sub rgb_to_ansi256_fg_code {my ($input)=@_;my$res=_rgb_to_indexed($input,\@revansi16);return "\e[38;5;${res}m"}sub ansi256fg {goto&rgb_to_ansi256_fg_code}$SPEC{rgb_to_ansi256_bg_code}={v=>1.1,summary=>'Convert RGB to ANSI-256 color escape sequence to change background color',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'str*',},result_naked=>1,};sub rgb_to_ansi256_bg_code {my ($input)=@_;my$res=_rgb_to_indexed($input,\@revansi16);return "\e[48;5;${res}m"}sub ansi256bg {goto&rgb_to_ansi256_bg_code}$SPEC{rgb_to_ansi24b_fg_code}={v=>1.1,summary=>'Convert RGB to ANSI 24bit-color escape sequence to change foreground color',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'str*',},result_naked=>1,};sub rgb_to_ansi24b_fg_code {my ($rgb)=@_;return sprintf("\e[38;2;%d;%d;%dm",hex(substr($rgb,0,2)),hex(substr($rgb,2,2)),hex(substr($rgb,4,2)))}sub ansi24bfg {goto&rgb_to_ansi24b_fg_code}$SPEC{rgb_to_ansi24b_bg_code}={v=>1.1,summary=>'Convert RGB to ANSI 24bit-color escape sequence to change background color',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'str*',},result_naked=>1,};sub rgb_to_ansi24b_bg_code {my ($rgb)=@_;return sprintf("\e[48;2;%d;%d;%dm",hex(substr($rgb,0,2)),hex(substr($rgb,2,2)),hex(substr($rgb,4,2)))}sub ansi24bbg {goto&rgb_to_ansi24b_bg_code}our$_use_termdetsw=1;our$_color_depth;sub _color_depth {unless (defined$_color_depth){{if (exists$ENV{NO_COLOR}){$_color_depth=0;last}if (defined$ENV{COLOR}&&!$ENV{COLOR}){$_color_depth=0;last}if (defined$ENV{COLOR_DEPTH}){$_color_depth=$ENV{COLOR_DEPTH};last}if ($_use_termdetsw){eval {require Term::Detect::Software};if (!$@){$_color_depth=Term::Detect::Software::detect_terminal_cached()->{color_depth};last}}if ($ENV{KONSOLE_DBUS_SERVICE}){$_color_depth=2**24;last}$_color_depth=16}};$_color_depth}$SPEC{rgb_to_ansi_fg_code}={v=>1.1,summary=>'Convert RGB to ANSI color escape sequence to change foreground color',description=><<'_',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'str*',},result_naked=>1,};sub rgb_to_ansi_fg_code {my ($rgb)=@_;my$cd=_color_depth();if ($cd >= 2**24){rgb_to_ansi24b_fg_code($rgb)}elsif ($cd >= 256){rgb_to_ansi256_fg_code($rgb)}elsif ($cd >= 16){rgb_to_ansi16_fg_code($rgb)}else {""}}sub ansifg {goto&rgb_to_ansi_fg_code}$SPEC{rgb_to_ansi_bg_code}={v=>1.1,summary=>'Convert RGB to ANSI color escape sequence to change background color',description=><<'_',args=>{color=>{schema=>'color::rgb24*',req=>1,pos=>0,},},args_as=>'array',result=>{schema=>'str*',},result_naked=>1,};sub rgb_to_ansi_bg_code {my ($rgb)=@_;my$cd=_color_depth();if ($cd >= 2**24){rgb_to_ansi24b_bg_code($rgb)}elsif ($cd >= 256){rgb_to_ansi256_bg_code($rgb)}else {rgb_to_ansi16_bg_code($rgb)}}sub ansibg {goto&rgb_to_ansi_bg_code}sub ansi_reset {"\e[0m"}1;
  
  Returns 6-hexdigit, e.g. 'ff00cc'.
  
  _
  
  Autodetect terminal capability and can return either empty string, 16-color,
  256-color, or 24bit-code.
  
  Color depth used is determined by `COLOR_DEPTH` environment setting or from
  <pm:Term::Detect::Software> if that module is available. In other words, this
  function automatically chooses rgb_to_ansi{24b,256,16}_fg_code().
  
  _
  
  Autodetect terminal capability and can return either empty string, 16-color,
  256-color, or 24bit-code.
  
  Which color depth used is determined by `COLOR_DEPTH` environment setting or
  from <pm:Term::Detect::Software> if that module is available). In other words,
  this function automatically chooses rgb_to_ansi{24b,256,16}_bg_code().
  
  _
COLOR_ANSI_UTIL

$fatpacked{"Color/RGB/Util.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'COLOR_RGB_UTIL';
  package Color::RGB::Util;our$DATE='2019-08-20';our$VERSION='0.599';use 5.010001;use strict;use warnings;require Exporter;our@ISA=qw(Exporter);our@EXPORT_OK=qw(assign_rgb_color assign_rgb_dark_color assign_rgb_light_color int2rgb mix_2_rgb_colors mix_rgb_colors rand_rgb_color rand_rgb_colors reverse_rgb_color rgb2grayscale rgb2hsv rgb2hsl rgb2int rgb2sepia rgb_diff rgb_distance rgb_is_dark rgb_is_light rgb_luminance tint_rgb_color);my$re_rgb=qr/\A#?([0-9A-Fa-f]{2})([0-9A-Fa-f]{2})([0-9A-Fa-f]{2})\z/;sub _min {$_[0]< $_[1]? $_[0]: $_[1]}sub assign_rgb_color {require Digest::SHA;my ($str)=@_;my$sha1=Digest::SHA::sha1_hex($str);substr($sha1,0,2).substr($sha1,18,2).substr($sha1,38,2)}sub assign_rgb_dark_color {my$str=shift;my$rgb=assign_rgb_color($str);rgb_is_dark($rgb)? $rgb : mix_2_rgb_colors($rgb,'000000')}sub assign_rgb_light_color {my$str=shift;my$rgb=assign_rgb_color($str);rgb_is_light($rgb)? $rgb : mix_2_rgb_colors($rgb,'ffffff')}sub int2rgb {my$int=shift;return sprintf("%02x%02x%02x",($int & 0xff0000)>> 16,($int & 0x00ff00)>> 8,($int & 0x0000ff),)}sub mix_2_rgb_colors {my ($rgb1,$rgb2,$pct)=@_;$pct //= 0.5;my ($r1,$g1,$b1)=$rgb1 =~ $re_rgb or die "Invalid rgb1 color, must be in 'ffffff' form";my ($r2,$g2,$b2)=$rgb2 =~ $re_rgb or die "Invalid rgb2 color, must be in 'ffffff' form";for ($r1,$g1,$b1,$r2,$g2,$b2){$_=hex $_}return sprintf("%02x%02x%02x",$r1 + $pct*($r2-$r1),$g1 + $pct*($g2-$g1),$b1 + $pct*($b2-$b1),)}sub mix_rgb_colors {my (@weights,@r,@g,@b);while (@_ >= 2){my ($rgb,$weight)=splice @_,0,2;my ($r,$g,$b)=$rgb =~ $re_rgb or die "Invalid rgb color '$rgb', must be in 'ffffff' form";push@r,hex$r;push@g,hex$g;push@b,hex$b;push@weights,$weight}my$tot_r=0;for (0..$#r){$tot_r += $r[$_]*$weights[$_]}my$tot_g=0;for (0..$#g){$tot_g += $g[$_]*$weights[$_]}my$tot_b=0;for (0..$#b){$tot_b += $b[$_]*$weights[$_]}my$tot_weight=0;$tot_weight += $_ for@weights;die "Zero/negative total weight" unless$tot_weight > 0;return sprintf("%02x%02x%02x",$tot_r / $tot_weight,$tot_g / $tot_weight,$tot_b / $tot_weight,)}sub rand_rgb_color {my ($rgb1,$rgb2)=@_;$rgb1 //= '000000';my ($r1,$g1,$b1)=$rgb1 =~ $re_rgb or die "Invalid rgb1 color, must be in 'ffffff' form";$rgb2 //= 'ffffff';my ($r2,$g2,$b2)=$rgb2 =~ $re_rgb or die "Invalid rgb2 color, must be in 'ffffff' form";for ($r1,$g1,$b1,$r2,$g2,$b2){$_=hex $_}return sprintf("%02x%02x%02x",$r1 + rand()*($r2-$r1+1),$g1 + rand()*($g2-$g1+1),$b1 + rand()*($b2-$b1+1),)}sub rand_rgb_colors {my$opts=ref $_[0]eq 'HASH' ? shift : {};my$num=shift // 1;my$light_color=exists($opts->{light_color})? $opts->{light_color}: 1;my$max_attempts=$opts->{max_attempts}// 1000;my$avoid_colors=$opts->{avoid_colors};my@res;while (@res < $num){my$num_attempts=0;my$rgb;while (1){$rgb=rand_rgb_color();my$reject=0;REJECT: {if ($light_color){do {$reject++;last}if rgb_is_dark($rgb)}elsif (defined$light_color){do {$reject++;last}if rgb_is_light($rgb)}if ($avoid_colors && ref$avoid_colors eq 'ARRAY'){do {$reject++;last}if grep {$rgb eq $_}@$avoid_colors}if ($avoid_colors && ref$avoid_colors eq 'HASH'){do {$reject++;last}if$avoid_colors->{$rgb}}}last if!$reject;last if ++$num_attempts >= $max_attempts}push@res,$rgb}@res}sub reverse_rgb_color {my ($rgb)=@_;my ($r,$g,$b)=$rgb =~ $re_rgb or die "Invalid rgb color, must be in 'ffffff' form";for ($r,$g,$b){$_=hex $_}return sprintf("%02x%02x%02x",255-$r,255-$g,255-$b)}sub rgb2grayscale {my ($rgb)=@_;my ($r,$g,$b)=$rgb =~ $re_rgb or die "Invalid rgb color, must be in 'ffffff' form";for ($r,$g,$b){$_=hex $_}my$avg=int(($r + $g + $b)/3);return sprintf("%02x%02x%02x",$avg,$avg,$avg)}sub rgb2int {my$rgb=shift;$rgb =~ $re_rgb or die "Invalid rgb color, must be in 'ffffff' form";hex($rgb)}sub rgb2sepia {my ($rgb)=@_;my ($r,$g,$b)=$rgb =~ $re_rgb or die "Invalid rgb color, must be in 'ffffff' form";for ($r,$g,$b){$_=hex $_}my$or=($r*0.393)+ ($g*0.769)+ ($b*0.189);my$og=($r*0.349)+ ($g*0.686)+ ($b*0.168);my$ob=($r*0.272)+ ($g*0.534)+ ($b*0.131);for ($or,$og,$ob){$_=255 if $_ > 255}return sprintf("%02x%02x%02x",$or,$og,$ob)}sub rgb_diff {my ($rgb1,$rgb2,$algo)=@_;$algo //= 'euclidean';my ($r1,$g1,$b1)=$rgb1 =~ $re_rgb or die "Invalid rgb1 color, must be in 'ffffff' form";my ($r2,$g2,$b2)=$rgb2 =~ $re_rgb or die "Invalid rgb2 color, must be in 'ffffff' form";for ($r1,$g1,$b1,$r2,$g2,$b2){$_=hex $_}my$dr2=($r1-$r2)**2;my$dg2=($g1-$g2)**2;my$db2=($b1-$b2)**2;if ($algo eq 'approx1' || $algo eq 'approx2'){my$rm=($r1 + $r2)/2;if ($algo eq 'approx1'){return (2*$dr2 + 4*$dg2 + 3*$db2 + $rm*($dr2 - $db2)/256)**0.5}else {if ($rm < 128){return (3*$dr2 + 4*$dg2 + 2*$db2)**0.5}else {return (2*$dr2 + 4*$dg2 + 3*$db2)**0.5}}}elsif ($algo eq 'hsv_euclidean' || $algo eq 'hsv_hue1'){my$hsv1=rgb2hsv($rgb1);my ($h1,$s1,$v1)=split / /,$hsv1;my$hsv2=rgb2hsv($rgb2);my ($h2,$s2,$v2)=split / /,$hsv2;my$dh2=(_min(abs($h2-$h1),360-abs($h2-$h1))/180)**2;my$ds2=($s2-$s1)**2;my$dv2=(($v2-$v1)/255.0)**2;if ($algo eq 'hsv_hue1'){return (5*$dh2 + $ds2 + $dv2)**0.5}else {return ($dh2 + $ds2 + $dv2)**0.5}}else {return ($dr2 + $dg2 + $db2)**0.5}}sub rgb_distance {my ($rgb1,$rgb2)=@_;my ($r1,$g1,$b1)=$rgb1 =~ $re_rgb or die "Invalid rgb1 color, must be in 'ffffff' form";my ($r2,$g2,$b2)=$rgb2 =~ $re_rgb or die "Invalid rgb2 color, must be in 'ffffff' form";for ($r1,$g1,$b1,$r2,$g2,$b2){$_=hex $_}(($r1-$r2)**2 + ($g1-$g2)**2 + ($b1-$b2)**2)**0.5}sub rgb_is_dark {my ($rgb)=@_;rgb_distance($rgb,"000000")< rgb_distance($rgb,"ffffff")? 1:0}sub rgb_is_light {my ($rgb)=@_;rgb_distance($rgb,"000000")> rgb_distance($rgb,"ffffff")? 1:0}sub _rgb_luminance {my ($r,$g,$b)=@_;0.2126*$r/255 + 0.7152*$g/255 + 0.0722*$b/255}sub rgb_luminance {my ($rgb)=@_;my ($r,$g,$b)=$rgb =~ $re_rgb or die "Invalid rgb color, must be in 'ffffff' form";for ($r,$g,$b){$_=hex $_}return _rgb_luminance($r,$g,$b)}sub tint_rgb_color {my ($rgb1,$rgb2,$pct)=@_;$pct //= 0.5;my ($r1,$g1,$b1)=$rgb1 =~ $re_rgb or die "Invalid rgb1 color, must be in 'ffffff' form";my ($r2,$g2,$b2)=$rgb2 =~ $re_rgb or die "Invalid rgb2 color, must be in 'ffffff' form";for ($r1,$g1,$b1,$r2,$g2,$b2){$_=hex $_}my$lum=_rgb_luminance($r1,$g1,$b1);return sprintf("%02x%02x%02x",$r1 + $pct*($r2-$r1)*$lum,$g1 + $pct*($g2-$g1)*$lum,$b1 + $pct*($b2-$b1)*$lum,)}sub rgb2hsl {my ($rgb)=@_;my ($r,$g,$b)=$rgb =~ $re_rgb or die "Invalid rgb color, must be in 'ffffff' form";for ($r,$g,$b){$_=hex($_)/255}my$max=$r;my$maxc='r';my$min=$r;if ($g > $max){$max=$g;$maxc='g'}if ($b > $max){$max=$b;$maxc='b'}if ($g < $min){$min=$g}if ($b < $min){$min=$b}my ($h,$s,$l);if ($max==$min){$h=0}elsif ($maxc eq 'r'){$h=60 * (($g - $b)/ ($max - $min))% 360}elsif ($maxc eq 'g'){$h=(60 * (($b - $r)/ ($max - $min))+ 120)}elsif ($maxc eq 'b'){$h=(60 * (($r - $g)/ ($max - $min))+ 240)}$l=($max + $min)/ 2;if ($max==$min){$s=0}elsif($l <= .5){$s=($max - $min)/ ($max + $min)}else {$s=($max - $min)/ (2 - ($max + $min))}return sprintf("%.3g %.3g %.3g",$h,$s,$l)}sub rgb2hsv {my ($rgb)=@_;my ($r,$g,$b)=$rgb =~ $re_rgb or die "Invalid rgb color, must be in 'ffffff' form";for ($r,$g,$b){$_=hex($_)/255}my$max=$r;my$maxc='r';my$min=$r;if ($g > $max){$max=$g;$maxc='g'}if($b > $max){$max=$b;$maxc='b'}if($g < $min){$min=$g}if($b < $min){$min=$b}my ($h,$s,$v);if ($max==$min){$h=0}elsif ($maxc eq 'r'){$h=60 * (($g - $b)/ ($max - $min))% 360}elsif ($maxc eq 'g'){$h=(60 * (($b - $r)/ ($max - $min))+ 120)}elsif ($maxc eq 'b'){$h=(60 * (($r - $g)/ ($max - $min))+ 240)}$v=$max;if($max==0){$s=0}else {$s=1 - ($min / $max)}return sprintf("%.3g %.3g %.3g",$h,$s,$v)}1;
COLOR_RGB_UTIL

$fatpacked{"File/Codeowners.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'FILE_CODEOWNERS';
  package File::Codeowners;use v5.10.1;use warnings;use strict;use Encode qw(encode);use Path::Tiny 0.089;use Scalar::Util qw(openhandle);use Text::Gitignore qw(build_gitignore_matcher);our$VERSION='0.47';sub _croak {require Carp;Carp::croak(@_)}sub _usage {_croak("Usage: @_\n")}sub new {my$class=shift;my$self=bless {},$class}sub parse {my$self=shift;my$input=shift or _usage(q{$codeowners->parse($input)});return$self->parse_from_array($input,@_)if @_;return$self->parse_from_array($input)if ref($input)eq 'ARRAY';return$self->parse_from_string($input)if ref($input)eq 'SCALAR';return$self->parse_from_fh($input)if openhandle($input);return$self->parse_from_filepath($input)}sub parse_from_filepath {my$self=shift;my$path=shift or _usage(q{$codeowners->parse_from_filepath($filepath)});$self=bless({},$self)if!ref($self);return$self->parse_from_fh(path($path)->openr_utf8)}sub parse_from_fh {my$self=shift;my$fh=shift or _usage(q{$codeowners->parse_from_fh($fh)});$self=bless({},$self)if!ref($self);my@lines;my$parse_unowned;my%unowned;my$current_project;while (my$line=<$fh>){my$lineno=$. - 1;chomp$line;if ($line eq '### UNOWNED (File::Codeowners)'){$parse_unowned++;last}elsif ($line =~ /^\h*#(.*)/){my$comment=$1;if ($comment =~ /^\h*Project:\h*(.+?)\h*$/i){$current_project=$1 || undef}$lines[$lineno]={comment=>$comment,}}elsif ($line =~ /^\h*$/){}elsif ($line =~ /^\h*(.+?)(?<!\\)\h+(.+)/){my$pattern=$1;my@owners=$2 =~ /( (?:\@+"[^"]*") | (?:\H+) )/gx;$lines[$lineno]={pattern=>$pattern,owners=>\@owners,$current_project ? (project=>$current_project): (),}}else {die "Parse error on line $.: $line\n"}}if ($parse_unowned){while (my$line=<$fh>){chomp$line;if ($line =~ /# (.+)/){my$filepath=$1;$unowned{$filepath}++}}}$self->{lines}=\@lines;$self->{unowned}=\%unowned;return$self}sub parse_from_array {my$self=shift;my$arr=shift or _usage(q{$codeowners->parse_from_array(\@lines)});$self=bless({},$self)if!ref($self);$arr=[$arr,@_]if @_;my$str=join("\n",@$arr);return$self->parse_from_string(\$str)}sub parse_from_string {my$self=shift;my$str=shift or _usage(q{$codeowners->parse_from_string(\$string)});$self=bless({},$self)if!ref($self);my$ref=ref($str)eq 'SCALAR' ? $str : \$str;open(my$fh,'<:encoding(UTF-8)',$ref)or die "open failed: $!";return$self->parse_from_fh($fh)}sub write_to_filepath {my$self=shift;my$path=shift or _usage(q{$codeowners->write_to_filepath($filepath)});path($path)->spew_utf8([map {"$_\n"}@{$self->write_to_array('')}])}sub write_to_fh {my$self=shift;my$fh=shift or _usage(q{$codeowners->write_to_fh($fh)});for my$line (@{$self->write_to_array}){print$fh "$line\n"}}sub write_to_string {my$self=shift;my$str=join("\n",@{$self->write_to_array})."\n";return \$str}sub write_to_array {my$self=shift;my$charset=shift // 'UTF-8';my@format;for my$line (@{$self->_lines}){if (my$comment=$line->{comment}){push@format,"#$comment"}elsif (my$pattern=$line->{pattern}){my$owners=join(' ',@{$line->{owners}});push@format,"$pattern  $owners"}else {push@format,''}}my@unowned=sort keys %{$self->_unowned};if (@unowned){push@format,'' if$format[-1];push@format,'### UNOWNED (File::Codeowners)';for my$unowned (@unowned){push@format,"# $unowned"}}if ($charset){$_=encode($charset,$_)for@format}return \@format}sub match {my$self=shift;my$filepath=shift or _usage(q{$codeowners->match($filepath)});my$lines=$self->{match_lines}||= [reverse grep {($_ || {})->{pattern}}@{$self->_lines}];for my$line (@$lines){my$matcher=$line->{matcher}||= build_gitignore_matcher([$line->{pattern}]);return {pattern=>$line->{pattern},owners=>[@{$line->{owners}|| []}],$line->{project}? (project=>$line->{project}): (),}if$matcher->($filepath)}return undef}sub owners {my$self=shift;my$pattern=shift;return$self->{owners}if!$pattern && $self->{owners};my%owners;for my$line (@{$self->_lines}){next if$pattern && $line->{pattern}&& $pattern ne $line->{pattern};$owners{$_}++ for (@{$line->{owners}|| []})}my$owners=[sort keys%owners];$self->{owners}=$owners if!$pattern;return$owners}sub patterns {my$self=shift;my$owner=shift;return$self->{patterns}if!$owner && $self->{patterns};my%patterns;for my$line (@{$self->_lines}){next if$owner &&!grep {$_ eq $owner}@{$line->{owners}|| []};my$pattern=$line->{pattern};$patterns{$pattern}++ if$pattern}my$patterns=[sort keys%patterns];$self->{patterns}=$patterns if!$owner;return$patterns}sub projects {my$self=shift;return$self->{projects}if$self->{projects};my%projects;for my$line (@{$self->_lines}){my$project=$line->{project};$projects{$project}++ if$project}my$projects=[sort keys%projects];$self->{projects}=$projects;return$projects}sub update_owners {my$self=shift;my$pattern=shift;my$owners=shift;$pattern && $owners or _usage(q{$codeowners->update_owners($pattern => \@owners)});$owners=[$owners]if ref($owners)ne 'ARRAY';$self->_clear;for my$line (@{$self->_lines}){next if!$line->{pattern};next if$pattern ne $line->{pattern};$line->{owners}=[@$owners]}}sub append {my$self=shift;$self->_clear;push @{$self->_lines},(@_ ? {@_}: undef)}sub prepend {my$self=shift;$self->_clear;unshift @{$self->_lines},(@_ ? {@_}: undef)}sub unowned {my$self=shift;[sort keys %{$self->{unowned}|| {}}]}sub add_unowned {my$self=shift;$self->_unowned->{$_}++ for @_}sub remove_unowned {my$self=shift;delete$self->_unowned->{$_}for @_}sub is_unowned {my$self=shift;my$filepath=shift;$self->_unowned->{$filepath}}sub clear_unowned {my$self=shift;$self->{unowned}={}}sub _lines {shift->{lines}||= []}sub _unowned {shift->{unowned}||= {}}sub _clear {my$self=shift;delete$self->{match_lines};delete$self->{owners};delete$self->{patterns};delete$self->{projects}}1;
FILE_CODEOWNERS

$fatpacked{"File/Which.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'FILE_WHICH';
  package File::Which;use strict;use warnings;use Exporter ();use File::Spec ();our$VERSION='1.23';our@ISA='Exporter';our@EXPORT='which';our@EXPORT_OK='where';use constant IS_VMS=>($^O eq 'VMS');use constant IS_MAC=>($^O eq 'MacOS');use constant IS_WIN=>($^O eq 'MSWin32' or $^O eq 'dos' or $^O eq 'os2');use constant IS_DOS=>IS_WIN();use constant IS_CYG=>($^O eq 'cygwin' || $^O eq 'msys');our$IMPLICIT_CURRENT_DIR=IS_WIN || IS_VMS || IS_MAC;my@PATHEXT=('');if (IS_WIN){if ($ENV{PATHEXT}){push@PATHEXT,split ';',$ENV{PATHEXT}}else {push@PATHEXT,qw{.com .exe .bat}}}elsif (IS_VMS){push@PATHEXT,qw{.exe .com}}elsif (IS_CYG){push@PATHEXT,qw{.exe .com}}sub which {my ($exec)=@_;return undef unless defined$exec;return undef if$exec eq '';my$all=wantarray;my@results=();if (IS_VMS){my$symbol=`SHOW SYMBOL $exec`;chomp($symbol);unless ($?){return$symbol unless$all;push@results,$symbol}}if (IS_MAC){my@aliases=split /\,/,$ENV{Aliases};for my$alias (@aliases){if (lc($alias)eq lc($exec)){chomp(my$file=`Alias $alias`);last unless$file;return$file unless$all;push@results,$file;last}}}return$exec if!IS_VMS and!IS_MAC and!IS_WIN and $exec =~ /\// and -f $exec and -x $exec;my@path;if($^O eq 'MSWin32'){@path=split(';',$ENV{PATH});s/"//g for@path;@path=grep length,@path}else {@path=File::Spec->path}if ($IMPLICIT_CURRENT_DIR){unshift@path,File::Spec->curdir}for my$base (map {File::Spec->catfile($_,$exec)}@path){for my$ext (@PATHEXT){my$file=$base.$ext;next if -d $file;if (-x _ or (IS_MAC || ((IS_WIN or IS_CYG)and grep {$file =~ /$_\z/i}@PATHEXT[1..$#PATHEXT])and -e _)){return$file unless$all;push@results,$file}}}if ($all){return@results}else {return undef}}sub where {my@res=which($_[0]);return@res}1;
FILE_WHICH

$fatpacked{"Getopt/Long.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'GETOPT_LONG';
  use 5.004;use strict;use warnings;package Getopt::Long;use vars qw($VERSION);$VERSION=2.51;use vars qw($VERSION_STRING);$VERSION_STRING="2.51";use Exporter;use vars qw(@ISA @EXPORT @EXPORT_OK);@ISA=qw(Exporter);sub GetOptions(@);sub GetOptionsFromArray(@);sub GetOptionsFromString(@);sub Configure(@);sub HelpMessage(@);sub VersionMessage(@);BEGIN {@EXPORT=qw(&GetOptions $REQUIRE_ORDER $PERMUTE $RETURN_IN_ORDER);@EXPORT_OK=qw(&HelpMessage &VersionMessage &Configure &GetOptionsFromArray &GetOptionsFromString)}use vars@EXPORT,@EXPORT_OK;use vars qw($error $debug $major_version $minor_version);use vars qw($autoabbrev $getopt_compat $ignorecase $bundling $order $passthrough);use vars qw($genprefix $caller $gnu_compat $auto_help $auto_version $longprefix);my$bundling_values;sub config(@);sub ConfigDefaults();sub ParseOptionSpec($$);sub OptCtl($);sub FindOption($$$$$);sub ValidValue ($$$$$);my$requested_version=0;sub ConfigDefaults() {if (defined$ENV{"POSIXLY_CORRECT"}){$genprefix="(--|-)";$autoabbrev=0;$bundling=0;$getopt_compat=0;$order=$REQUIRE_ORDER}else {$genprefix="(--|-|\\+)";$autoabbrev=1;$bundling=0;$getopt_compat=1;$order=$PERMUTE}$debug=0;$error=0;$ignorecase=1;$passthrough=0;$gnu_compat=0;$longprefix="(--)";$bundling_values=0}sub import {my$pkg=shift;my@syms=();my@config=();my$dest=\@syms;for (@_){if ($_ eq ':config'){$dest=\@config;next}push(@$dest,$_)}local$Exporter::ExportLevel=1;push(@syms,qw(&GetOptions))if@syms;$requested_version=0;$pkg->SUPER::import(@syms);Configure(@config)if@config}($REQUIRE_ORDER,$PERMUTE,$RETURN_IN_ORDER)=(0..2);($major_version,$minor_version)=$VERSION =~ /^(\d+)\.(\d+)/;ConfigDefaults();package Getopt::Long::Parser;my$default_config=do {Getopt::Long::Configure ()};sub new {my$that=shift;my$class=ref($that)|| $that;my%atts=@_;my$self={caller_pkg=>(caller)[0]};bless ($self,$class);if (defined$atts{config}){my$save=Getopt::Long::Configure ($default_config,@{$atts{config}});$self->{settings}=Getopt::Long::Configure ($save);delete ($atts{config})}else {$self->{settings}=$default_config}if (%atts){die(__PACKAGE__.": unhandled attributes: ".join(" ",sort(keys(%atts)))."\n")}$self}sub configure {my ($self)=shift;my$save=Getopt::Long::Configure ($self->{settings},@_);$self->{settings}=Getopt::Long::Configure ($save)}sub getoptions {my ($self)=shift;return$self->getoptionsfromarray(\@ARGV,@_)}sub getoptionsfromarray {my ($self)=shift;my$save=Getopt::Long::Configure ($self->{settings});my$ret=0;$Getopt::Long::caller=$self->{caller_pkg};eval {local ($SIG{__DIE__})='DEFAULT';$ret=Getopt::Long::GetOptionsFromArray (@_)};Getopt::Long::Configure ($save);die ($@)if $@;return$ret}package Getopt::Long;use constant CTL_TYPE=>0;use constant CTL_CNAME=>1;use constant CTL_DEFAULT=>2;use constant CTL_DEST=>3;use constant CTL_DEST_SCALAR=>0;use constant CTL_DEST_ARRAY=>1;use constant CTL_DEST_HASH=>2;use constant CTL_DEST_CODE=>3;use constant CTL_AMIN=>4;use constant CTL_AMAX=>5;use constant PAT_INT=>"[-+]?_*[0-9][0-9_]*";use constant PAT_XINT=>"(?:"."[-+]?_*[1-9][0-9_]*"."|"."0x_*[0-9a-f][0-9a-f_]*"."|"."0b_*[01][01_]*"."|"."0[0-7_]*".")";use constant PAT_FLOAT=>"[-+]?"."(?=[0-9.])"."[0-9_]*"."(\.[0-9_]+)?"."([eE][-+]?[0-9_]+)?";sub GetOptions(@) {unshift(@_,\@ARGV);goto&GetOptionsFromArray}sub GetOptionsFromString(@) {my ($string)=shift;require Text::ParseWords;my$args=[Text::ParseWords::shellwords($string)];$caller ||= (caller)[0];my$ret=GetOptionsFromArray($args,@_);return ($ret,$args)if wantarray;if (@$args){$ret=0;warn("GetOptionsFromString: Excess data \"@$args\" in string \"$string\"\n")}$ret}sub GetOptionsFromArray(@) {my ($argv,@optionlist)=@_;my$argend='--';my%opctl=();my$pkg=$caller || (caller)[0];my@ret=();my%linkage;my$userlinkage;my$opt;my$prefix=$genprefix;$error='';if ($debug){local ($^W)=0;print STDERR ("Getopt::Long $Getopt::Long::VERSION_STRING ","called from package \"$pkg\".","\n  ","argv: ",defined($argv)? UNIVERSAL::isa($argv,'ARRAY')? "(@$argv)" : $argv : "<undef>","\n  ","autoabbrev=$autoabbrev,"."bundling=$bundling,","bundling_values=$bundling_values,","getopt_compat=$getopt_compat,","gnu_compat=$gnu_compat,","order=$order,","\n  ","ignorecase=$ignorecase,","requested_version=$requested_version,","passthrough=$passthrough,","genprefix=\"$genprefix\",","longprefix=\"$longprefix\".","\n")}$userlinkage=undef;if (@optionlist && ref($optionlist[0])and UNIVERSAL::isa($optionlist[0],'HASH')){$userlinkage=shift (@optionlist);print STDERR ("=> user linkage: $userlinkage\n")if$debug}if (@optionlist && $optionlist[0]=~ /^\W+$/ &&!($optionlist[0]eq '<>' && @optionlist > 0 && ref($optionlist[1]))){$prefix=shift (@optionlist);$prefix =~ s/(\W)/\\$1/g;$prefix="([" .$prefix ."])";print STDERR ("=> prefix=\"$prefix\"\n")if$debug}%opctl=();while (@optionlist){my$opt=shift (@optionlist);unless (defined($opt)){$error .= "Undefined argument in option spec\n";next}$opt=$+ if$opt =~ /^$prefix+(.*)$/s;if ($opt eq '<>'){if ((defined$userlinkage)&&!(@optionlist > 0 && ref($optionlist[0]))&& (exists$userlinkage->{$opt})&& ref($userlinkage->{$opt})){unshift (@optionlist,$userlinkage->{$opt})}unless (@optionlist > 0 && ref($optionlist[0])&& ref($optionlist[0])eq 'CODE'){$error .= "Option spec <> requires a reference to a subroutine\n";shift (@optionlist)if@optionlist && ref($optionlist[0]);next}$linkage{'<>'}=shift (@optionlist);next}my ($name,$orig)=ParseOptionSpec ($opt,\%opctl);unless (defined$name){$error .= $orig;shift (@optionlist)if@optionlist && ref($optionlist[0]);next}if (defined$userlinkage){unless (@optionlist > 0 && ref($optionlist[0])){if (exists$userlinkage->{$orig}&& ref($userlinkage->{$orig})){print STDERR ("=> found userlinkage for \"$orig\": ","$userlinkage->{$orig}\n")if$debug;unshift (@optionlist,$userlinkage->{$orig})}else {next}}}if (@optionlist > 0 && ref($optionlist[0])){print STDERR ("=> link \"$orig\" to $optionlist[0]\n")if$debug;my$rl=ref($linkage{$orig}=shift (@optionlist));if ($rl eq "ARRAY"){$opctl{$name}[CTL_DEST]=CTL_DEST_ARRAY}elsif ($rl eq "HASH"){$opctl{$name}[CTL_DEST]=CTL_DEST_HASH}elsif ($rl eq "SCALAR" || $rl eq "REF"){}elsif ($rl eq "CODE"){}else {$error .= "Invalid option linkage for \"$opt\"\n"}}else {my$ov=$orig;$ov =~ s/\W/_/g;if ($opctl{$name}[CTL_DEST]==CTL_DEST_ARRAY){print STDERR ("=> link \"$orig\" to \@$pkg","::opt_$ov\n")if$debug;eval ("\$linkage{\$orig} = \\\@".$pkg."::opt_$ov;")}elsif ($opctl{$name}[CTL_DEST]==CTL_DEST_HASH){print STDERR ("=> link \"$orig\" to \%$pkg","::opt_$ov\n")if$debug;eval ("\$linkage{\$orig} = \\\%".$pkg."::opt_$ov;")}else {print STDERR ("=> link \"$orig\" to \$$pkg","::opt_$ov\n")if$debug;eval ("\$linkage{\$orig} = \\\$".$pkg."::opt_$ov;")}}if ($opctl{$name}[CTL_TYPE]eq 'I' && ($opctl{$name}[CTL_DEST]==CTL_DEST_ARRAY || $opctl{$name}[CTL_DEST]==CTL_DEST_HASH)){$error .= "Invalid option linkage for \"$opt\"\n"}}$error .= "GetOptionsFromArray: 1st parameter is not an array reference\n" unless$argv && UNIVERSAL::isa($argv,'ARRAY');die ($error)if$error;$error=0;if (defined($auto_version)? $auto_version : ($requested_version >= 2.3203)){if (!defined($opctl{version})){$opctl{version}=['','version',0,CTL_DEST_CODE,undef];$linkage{version}=\&VersionMessage}$auto_version=1}if (defined($auto_help)? $auto_help : ($requested_version >= 2.3203)){if (!defined($opctl{help})&&!defined($opctl{'?'})){$opctl{help}=$opctl{'?'}=['','help',0,CTL_DEST_CODE,undef];$linkage{help}=\&HelpMessage}$auto_help=1}if ($debug){my ($arrow,$k,$v);$arrow="=> ";while (($k,$v)=each(%opctl)){print STDERR ($arrow,"\$opctl{$k} = $v ",OptCtl($v),"\n");$arrow="   "}}my$goon=1;while ($goon && @$argv > 0){$opt=shift (@$argv);print STDERR ("=> arg \"",$opt,"\"\n")if$debug;if (defined($opt)&& $opt eq $argend){push (@ret,$argend)if$passthrough;last}my$tryopt=$opt;my$found;my$key;my$arg;my$ctl;($found,$opt,$ctl,$arg,$key)=FindOption ($argv,$prefix,$argend,$opt,\%opctl);if ($found){next unless defined$opt;my$argcnt=0;while (defined$arg){print STDERR ("=> cname for \"$opt\" is ")if$debug;$opt=$ctl->[CTL_CNAME];print STDERR ("\"$ctl->[CTL_CNAME]\"\n")if$debug;if (defined$linkage{$opt}){print STDERR ("=> ref(\$L{$opt}) -> ",ref($linkage{$opt}),"\n")if$debug;if (ref($linkage{$opt})eq 'SCALAR' || ref($linkage{$opt})eq 'REF'){if ($ctl->[CTL_TYPE]eq '+'){print STDERR ("=> \$\$L{$opt} += \"$arg\"\n")if$debug;if (defined ${$linkage{$opt}}){${$linkage{$opt}}+= $arg}else {${$linkage{$opt}}=$arg}}elsif ($ctl->[CTL_DEST]==CTL_DEST_ARRAY){print STDERR ("=> ref(\$L{$opt}) auto-vivified"," to ARRAY\n")if$debug;my$t=$linkage{$opt};$$t=$linkage{$opt}=[];print STDERR ("=> push(\@{\$L{$opt}, \"$arg\")\n")if$debug;push (@{$linkage{$opt}},$arg)}elsif ($ctl->[CTL_DEST]==CTL_DEST_HASH){print STDERR ("=> ref(\$L{$opt}) auto-vivified"," to HASH\n")if$debug;my$t=$linkage{$opt};$$t=$linkage{$opt}={};print STDERR ("=> \$\$L{$opt}->{$key} = \"$arg\"\n")if$debug;$linkage{$opt}->{$key}=$arg}else {print STDERR ("=> \$\$L{$opt} = \"$arg\"\n")if$debug;${$linkage{$opt}}=$arg}}elsif (ref($linkage{$opt})eq 'ARRAY'){print STDERR ("=> push(\@{\$L{$opt}, \"$arg\")\n")if$debug;push (@{$linkage{$opt}},$arg)}elsif (ref($linkage{$opt})eq 'HASH'){print STDERR ("=> \$\$L{$opt}->{$key} = \"$arg\"\n")if$debug;$linkage{$opt}->{$key}=$arg}elsif (ref($linkage{$opt})eq 'CODE'){print STDERR ("=> &L{$opt}(\"$opt\"",$ctl->[CTL_DEST]==CTL_DEST_HASH ? ", \"$key\"" : "",", \"$arg\")\n")if$debug;my$eval_error=do {local $@;local$SIG{__DIE__}='DEFAULT';eval {&{$linkage{$opt}}(Getopt::Long::CallBack->new (name=>$opt,ctl=>$ctl,opctl=>\%opctl,linkage=>\%linkage,prefix=>$prefix,),$ctl->[CTL_DEST]==CTL_DEST_HASH ? ($key): (),$arg)};$@};print STDERR ("=> die($eval_error)\n")if$debug && $eval_error ne '';if ($eval_error =~ /^!/){if ($eval_error =~ /^!FINISH\b/){$goon=0}}elsif ($eval_error ne ''){warn ($eval_error);$error++}}else {print STDERR ("Invalid REF type \"",ref($linkage{$opt}),"\" in linkage\n");die("Getopt::Long -- internal error!\n")}}elsif ($ctl->[CTL_DEST]==CTL_DEST_ARRAY){if (defined$userlinkage->{$opt}){print STDERR ("=> push(\@{\$L{$opt}}, \"$arg\")\n")if$debug;push (@{$userlinkage->{$opt}},$arg)}else {print STDERR ("=>\$L{$opt} = [\"$arg\"]\n")if$debug;$userlinkage->{$opt}=[$arg]}}elsif ($ctl->[CTL_DEST]==CTL_DEST_HASH){if (defined$userlinkage->{$opt}){print STDERR ("=> \$L{$opt}->{$key} = \"$arg\"\n")if$debug;$userlinkage->{$opt}->{$key}=$arg}else {print STDERR ("=>\$L{$opt} = {$key => \"$arg\"}\n")if$debug;$userlinkage->{$opt}={$key=>$arg}}}else {if ($ctl->[CTL_TYPE]eq '+'){print STDERR ("=> \$L{$opt} += \"$arg\"\n")if$debug;if (defined$userlinkage->{$opt}){$userlinkage->{$opt}+= $arg}else {$userlinkage->{$opt}=$arg}}else {print STDERR ("=>\$L{$opt} = \"$arg\"\n")if$debug;$userlinkage->{$opt}=$arg}}$argcnt++;last if$argcnt >= $ctl->[CTL_AMAX]&& $ctl->[CTL_AMAX]!=-1;undef($arg);if ($argcnt < $ctl->[CTL_AMIN]){if (@$argv){if (ValidValue($ctl,$argv->[0],1,$argend,$prefix)){$arg=shift(@$argv);if ($ctl->[CTL_TYPE]=~ /^[iIo]$/){$arg =~ tr/_//d;$arg=$ctl->[CTL_TYPE]eq 'o' && $arg =~ /^0/ ? oct($arg): 0+$arg}($key,$arg)=$arg =~ /^([^=]+)=(.*)/ if$ctl->[CTL_DEST]==CTL_DEST_HASH;next}warn("Value \"$$argv[0]\" invalid for option $opt\n");$error++}else {warn("Insufficient arguments for option $opt\n");$error++}}if (@$argv && ValidValue($ctl,$argv->[0],0,$argend,$prefix)){$arg=shift(@$argv);if ($ctl->[CTL_TYPE]=~ /^[iIo]$/){$arg =~ tr/_//d;$arg=$ctl->[CTL_TYPE]eq 'o' && $arg =~ /^0/ ? oct($arg): 0+$arg}($key,$arg)=$arg =~ /^([^=]+)=(.*)/ if$ctl->[CTL_DEST]==CTL_DEST_HASH;next}}}elsif ($order==$PERMUTE){my$cb;if (defined ($cb=$linkage{'<>'})){print STDERR ("=> &L{$tryopt}(\"$tryopt\")\n")if$debug;my$eval_error=do {local $@;local$SIG{__DIE__}='DEFAULT';eval {&$cb($tryopt)};$@};print STDERR ("=> die($eval_error)\n")if$debug && $eval_error ne '';if ($eval_error =~ /^!/){if ($eval_error =~ /^!FINISH\b/){$goon=0}}elsif ($eval_error ne ''){warn ($eval_error);$error++}}else {print STDERR ("=> saving \"$tryopt\" ","(not an option, may permute)\n")if$debug;push (@ret,$tryopt)}next}else {unshift (@$argv,$tryopt);return ($error==0)}}if (@ret && ($order==$PERMUTE || $passthrough)){print STDERR ("=> restoring \"",join('" "',@ret),"\"\n")if$debug;unshift (@$argv,@ret)}return ($error==0)}sub OptCtl ($) {my ($v)=@_;my@v=map {defined($_)? ($_): ("<undef>")}@$v;"[".join(",","\"$v[CTL_TYPE]\"","\"$v[CTL_CNAME]\"","\"$v[CTL_DEFAULT]\"",("\$","\@","\%","\&")[$v[CTL_DEST]|| 0],$v[CTL_AMIN]|| '',$v[CTL_AMAX]|| '',)."]"}sub ParseOptionSpec ($$) {my ($opt,$opctl)=@_;if ($opt !~ m;^
                   (
                     # Option name
                     (?: \w+[-\w]* )
                     # Aliases
                     (?: \| (?: . [^|!+=:]* )? )*
                   )?
                   (
                     # Either modifiers ...
                     [!+]
                     |
                     # ... or a value/dest/repeat specification
                     [=:] [ionfs] [@%]? (?: \{\d*,?\d*\} )?
                     |
                     # ... or an optional-with-default spec
                     : (?: -?\d+ | \+ ) [@%]?
                   )?
                   $;x){return (undef,"Error in option spec: \"$opt\"\n")}my ($names,$spec)=($1,$2);$spec='' unless defined$spec;my$orig;my@names;if (defined$names){@names=split (/\|/,$names);$orig=$names[0]}else {@names=('');$orig=''}my$entry;if ($spec eq '' || $spec eq '+' || $spec eq '!'){$entry=[$spec,$orig,undef,CTL_DEST_SCALAR,0,0]}elsif ($spec =~ /^:(-?\d+|\+)([@%])?$/){my$def=$1;my$dest=$2;my$type=$def eq '+' ? 'I' : 'i';$dest ||= '$';$dest=$dest eq '@' ? CTL_DEST_ARRAY : $dest eq '%' ? CTL_DEST_HASH : CTL_DEST_SCALAR;$entry=[$type,$orig,$def eq '+' ? undef : $def,$dest,0,1]}else {my ($mand,$type,$dest)=$spec =~ /^([=:])([ionfs])([@%])?(\{(\d+)?(,)?(\d+)?\})?$/;return (undef,"Cannot repeat while bundling: \"$opt\"\n")if$bundling && defined($4);my ($mi,$cm,$ma)=($5,$6,$7);return (undef,"{0} is useless in option spec: \"$opt\"\n")if defined($mi)&&!$mi &&!defined($ma)&&!defined($cm);$type='i' if$type eq 'n';$dest ||= '$';$dest=$dest eq '@' ? CTL_DEST_ARRAY : $dest eq '%' ? CTL_DEST_HASH : CTL_DEST_SCALAR;$mi=$mand eq '=' ? 1 : 0 unless defined$mi;$mand=$mi ? '=' : ':';$ma=$mi ? $mi : 1 unless defined$ma || defined$cm;return (undef,"Max must be greater than zero in option spec: \"$opt\"\n")if defined($ma)&&!$ma;return (undef,"Max less than min in option spec: \"$opt\"\n")if defined($ma)&& $ma < $mi;$entry=[$type,$orig,undef,$dest,$mi,$ma||-1]}my$dups='';for (@names){$_=lc ($_)if$ignorecase > (($bundling && length($_)==1)? 1 : 0);if (exists$opctl->{$_}){$dups .= "Duplicate specification \"$opt\" for option \"$_\"\n"}if ($spec eq '!'){$opctl->{"no$_"}=$entry;$opctl->{"no-$_"}=$entry;$opctl->{$_}=[@$entry];$opctl->{$_}->[CTL_TYPE]=''}else {$opctl->{$_}=$entry}}if ($dups && $^W){for (split(/\n+/,$dups)){warn($_."\n")}}($names[0],$orig)}sub FindOption ($$$$$) {my ($argv,$prefix,$argend,$opt,$opctl)=@_;print STDERR ("=> find \"$opt\"\n")if$debug;return (0)unless defined($opt);return (0)unless$opt =~ /^($prefix)(.*)$/s;return (0)if$opt eq "-" &&!defined$opctl->{''};$opt=substr($opt,length($1));my$starter=$1;print STDERR ("=> split \"$starter\"+\"$opt\"\n")if$debug;my$optarg;my$rest;if (($starter=~/^$longprefix$/ || ($getopt_compat && ($bundling==0 || $bundling==2)))&& (my$oppos=index($opt,'=',1))> 0){my$optorg=$opt;$opt=substr($optorg,0,$oppos);$optarg=substr($optorg,$oppos + 1);print STDERR ("=> option \"",$opt,"\", optarg = \"$optarg\"\n")if$debug}my$tryopt=$opt;if (($bundling || $bundling_values)&& $starter eq '-'){$tryopt=$ignorecase ? lc($opt): $opt;if ($bundling==2 && length($tryopt)> 1 && defined ($opctl->{$tryopt})){print STDERR ("=> $starter$tryopt overrides unbundling\n")if$debug}elsif ($bundling_values){$tryopt=$opt;$rest=length ($tryopt)> 0 ? substr ($tryopt,1): '';$tryopt=substr ($tryopt,0,1);$tryopt=lc ($tryopt)if$ignorecase > 1;print STDERR ("=> $starter$tryopt unbundled from ","$starter$tryopt$rest\n")if$debug;$optarg=$rest eq '' ? undef : $rest;$rest=undef}else {$tryopt=$opt;$rest=length ($tryopt)> 0 ? substr ($tryopt,1): '';$tryopt=substr ($tryopt,0,1);$tryopt=lc ($tryopt)if$ignorecase > 1;print STDERR ("=> $starter$tryopt unbundled from ","$starter$tryopt$rest\n")if$debug;$rest=undef unless$rest ne ''}}elsif ($autoabbrev && $opt ne ""){my@names=sort(keys (%$opctl));$opt=lc ($opt)if$ignorecase;$tryopt=$opt;my$pat=quotemeta ($opt);my@hits=grep (/^$pat/,@names);print STDERR ("=> ",scalar(@hits)," hits (@hits) with \"$pat\" ","out of ",scalar(@names),"\n")if$debug;unless ((@hits <= 1)|| (grep ($_ eq $opt,@hits)==1)){my%hit;for (@hits){my$hit=$opctl->{$_}->[CTL_CNAME]if defined$opctl->{$_}->[CTL_CNAME];$hit="no" .$hit if$opctl->{$_}->[CTL_TYPE]eq '!';$hit{$hit}=1}if (keys(%hit)==2){if ($auto_version && exists($hit{version})){delete$hit{version}}elsif ($auto_help && exists($hit{help})){delete$hit{help}}}unless (keys(%hit)==1){return (0)if$passthrough;warn ("Option ",$opt," is ambiguous (",join(", ",@hits),")\n");$error++;return (1,undef)}@hits=keys(%hit)}if (@hits==1 && $hits[0]ne $opt){$tryopt=$hits[0];$tryopt=lc ($tryopt)if$ignorecase > (($bundling && length($tryopt)==1)? 1 : 0);print STDERR ("=> option \"$opt\" -> \"$tryopt\"\n")if$debug}}elsif ($ignorecase){$tryopt=lc ($opt)}my$ctl=$opctl->{$tryopt};unless (defined$ctl){return (0)if$passthrough;if ($bundling==1 && length($starter)==1){$opt=substr($opt,0,1);unshift (@$argv,$starter.$rest)if defined$rest}if ($opt eq ""){warn ("Missing option after ",$starter,"\n")}else {warn ("Unknown option: ",$opt,"\n")}$error++;return (1,undef)}$opt=$tryopt;print STDERR ("=> found ",OptCtl($ctl)," for \"",$opt,"\"\n")if$debug;my$type=$ctl->[CTL_TYPE];my$arg;if ($type eq '' || $type eq '!' || $type eq '+'){if (defined$optarg){return (0)if$passthrough;warn ("Option ",$opt," does not take an argument\n");$error++;undef$opt;undef$optarg if$bundling_values}elsif ($type eq '' || $type eq '+'){$arg=1}else {$opt =~ s/^no-?//i;$arg=0}unshift (@$argv,$starter.$rest)if defined$rest;return (1,$opt,$ctl,$arg)}my$mand=$ctl->[CTL_AMIN];if ($gnu_compat){my$optargtype=0;if (defined($optarg)){$optargtype=(length($optarg)==0)? 1 : 2}elsif (defined$rest || @$argv > 0){$optargtype=3}if(($optargtype==0)&&!$mand){if ($type eq 'I'){my@c=@$ctl;$c[CTL_TYPE]='+';return (1,$opt,\@c,1)}my$val =defined($ctl->[CTL_DEFAULT])? $ctl->[CTL_DEFAULT]: $type eq 's' ? '' : 0;return (1,$opt,$ctl,$val)}return (1,$opt,$ctl,$type eq 's' ? '' : 0)if$optargtype==1}if (defined$optarg ? ($optarg eq ''):!(defined$rest || @$argv > 0)){if ($mand){return (0)if$passthrough;warn ("Option ",$opt," requires an argument\n");$error++;return (1,undef)}if ($type eq 'I'){my@c=@$ctl;$c[CTL_TYPE]='+';return (1,$opt,\@c,1)}return (1,$opt,$ctl,defined($ctl->[CTL_DEFAULT])? $ctl->[CTL_DEFAULT]: $type eq 's' ? '' : 0)}$arg=(defined$rest ? $rest : (defined$optarg ? $optarg : shift (@$argv)));my$key;if ($ctl->[CTL_DEST]==CTL_DEST_HASH && defined$arg){($key,$arg)=($arg =~ /^([^=]*)=(.*)$/s)? ($1,$2): ($arg,defined($ctl->[CTL_DEFAULT])? $ctl->[CTL_DEFAULT]: ($mand ? undef : ($type eq 's' ? "" : 1)));if (!defined$arg){warn ("Option $opt, key \"$key\", requires a value\n");$error++;unshift (@$argv,$starter.$rest)if defined$rest;return (1,undef)}}my$key_valid=$ctl->[CTL_DEST]==CTL_DEST_HASH ? "[^=]+=" : "";if ($type eq 's'){return (1,$opt,$ctl,$arg,$key)if$mand;return (1,$opt,$ctl,$arg,$key)if$ctl->[CTL_DEST]==CTL_DEST_HASH;return (1,$opt,$ctl,$arg,$key)if defined$optarg || defined$rest;return (1,$opt,$ctl,$arg,$key)if$arg eq "-";if ($arg eq $argend || $arg =~ /^$prefix.+/){unshift (@$argv,$arg);$arg=''}}elsif ($type eq 'i' || $type eq 'I' || $type eq 'o'){my$o_valid=$type eq 'o' ? PAT_XINT : PAT_INT;if ($bundling && defined$rest && $rest =~ /^($key_valid)($o_valid)(.*)$/si){($key,$arg,$rest)=($1,$2,$+);chop($key)if$key;$arg=($type eq 'o' && $arg =~ /^0/)? oct($arg): 0+$arg;unshift (@$argv,$starter.$rest)if defined$rest && $rest ne ''}elsif ($arg =~ /^$o_valid$/si){$arg =~ tr/_//d;$arg=($type eq 'o' && $arg =~ /^0/)? oct($arg): 0+$arg}else {if (defined$optarg || $mand){if ($passthrough){unshift (@$argv,defined$rest ? $starter.$rest : $arg)unless defined$optarg;return (0)}warn ("Value \"",$arg,"\" invalid for option ",$opt," (",$type eq 'o' ? "extended " : '',"number expected)\n");$error++;unshift (@$argv,$starter.$rest)if defined$rest;return (1,undef)}else {unshift (@$argv,defined$rest ? $starter.$rest : $arg);if ($type eq 'I'){my@c=@$ctl;$c[CTL_TYPE]='+';return (1,$opt,\@c,1)}$arg=defined($ctl->[CTL_DEFAULT])? $ctl->[CTL_DEFAULT]: 0}}}elsif ($type eq 'f'){my$o_valid=PAT_FLOAT;if ($bundling && defined$rest && $rest =~ /^($key_valid)($o_valid)(.*)$/s){$arg =~ tr/_//d;($key,$arg,$rest)=($1,$2,$+);chop($key)if$key;unshift (@$argv,$starter.$rest)if defined$rest && $rest ne ''}elsif ($arg =~ /^$o_valid$/){$arg =~ tr/_//d}else {if (defined$optarg || $mand){if ($passthrough){unshift (@$argv,defined$rest ? $starter.$rest : $arg)unless defined$optarg;return (0)}warn ("Value \"",$arg,"\" invalid for option ",$opt," (real number expected)\n");$error++;unshift (@$argv,$starter.$rest)if defined$rest;return (1,undef)}else {unshift (@$argv,defined$rest ? $starter.$rest : $arg);$arg=0.0}}}else {die("Getopt::Long internal error (Can't happen)\n")}return (1,$opt,$ctl,$arg,$key)}sub ValidValue ($$$$$) {my ($ctl,$arg,$mand,$argend,$prefix)=@_;if ($ctl->[CTL_DEST]==CTL_DEST_HASH){return 0 unless$arg =~ /[^=]+=(.*)/;$arg=$1}my$type=$ctl->[CTL_TYPE];if ($type eq 's'){return (1)if$mand;return (1)if$arg eq "-";return 0 if$arg eq $argend || $arg =~ /^$prefix.+/;return 1}elsif ($type eq 'i' || $type eq 'I' || $type eq 'o'){my$o_valid=$type eq 'o' ? PAT_XINT : PAT_INT;return$arg =~ /^$o_valid$/si}elsif ($type eq 'f'){my$o_valid=PAT_FLOAT;return$arg =~ /^$o_valid$/}die("ValidValue: Cannot happen\n")}sub Configure (@) {my (@options)=@_;my$prevconfig=[$error,$debug,$major_version,$minor_version,$caller,$autoabbrev,$getopt_compat,$ignorecase,$bundling,$order,$gnu_compat,$passthrough,$genprefix,$auto_version,$auto_help,$longprefix,$bundling_values ];if (ref($options[0])eq 'ARRAY'){($error,$debug,$major_version,$minor_version,$caller,$autoabbrev,$getopt_compat,$ignorecase,$bundling,$order,$gnu_compat,$passthrough,$genprefix,$auto_version,$auto_help,$longprefix,$bundling_values)=@{shift(@options)}}my$opt;for$opt (@options){my$try=lc ($opt);my$action=1;if ($try =~ /^no_?(.*)$/s){$action=0;$try=$+}if (($try eq 'default' or $try eq 'defaults')&& $action){ConfigDefaults ()}elsif (($try eq 'posix_default' or $try eq 'posix_defaults')){local$ENV{POSIXLY_CORRECT};$ENV{POSIXLY_CORRECT}=1 if$action;ConfigDefaults ()}elsif ($try eq 'auto_abbrev' or $try eq 'autoabbrev'){$autoabbrev=$action}elsif ($try eq 'getopt_compat'){$getopt_compat=$action;$genprefix=$action ? "(--|-|\\+)" : "(--|-)"}elsif ($try eq 'gnu_getopt'){if ($action){$gnu_compat=1;$bundling=1;$getopt_compat=0;$genprefix="(--|-)";$order=$PERMUTE;$bundling_values=0}}elsif ($try eq 'gnu_compat'){$gnu_compat=$action;$bundling=0;$bundling_values=1}elsif ($try =~ /^(auto_?)?version$/){$auto_version=$action}elsif ($try =~ /^(auto_?)?help$/){$auto_help=$action}elsif ($try eq 'ignorecase' or $try eq 'ignore_case'){$ignorecase=$action}elsif ($try eq 'ignorecase_always' or $try eq 'ignore_case_always'){$ignorecase=$action ? 2 : 0}elsif ($try eq 'bundling'){$bundling=$action;$bundling_values=0 if$action}elsif ($try eq 'bundling_override'){$bundling=$action ? 2 : 0;$bundling_values=0 if$action}elsif ($try eq 'bundling_values'){$bundling_values=$action;$bundling=0 if$action}elsif ($try eq 'require_order'){$order=$action ? $REQUIRE_ORDER : $PERMUTE}elsif ($try eq 'permute'){$order=$action ? $PERMUTE : $REQUIRE_ORDER}elsif ($try eq 'pass_through' or $try eq 'passthrough'){$passthrough=$action}elsif ($try =~ /^prefix=(.+)$/ && $action){$genprefix=$1;$genprefix="(" .quotemeta($genprefix).")";eval {'' =~ /$genprefix/};die("Getopt::Long: invalid pattern \"$genprefix\"\n")if $@}elsif ($try =~ /^prefix_pattern=(.+)$/ && $action){$genprefix=$1;$genprefix="(" .$genprefix .")" unless$genprefix =~ /^\(.*\)$/;eval {'' =~ m"$genprefix"};die("Getopt::Long: invalid pattern \"$genprefix\"\n")if $@}elsif ($try =~ /^long_prefix_pattern=(.+)$/ && $action){$longprefix=$1;$longprefix="(" .$longprefix .")" unless$longprefix =~ /^\(.*\)$/;eval {'' =~ m"$longprefix"};die("Getopt::Long: invalid long prefix pattern \"$longprefix\"\n")if $@}elsif ($try eq 'debug'){$debug=$action}else {die("Getopt::Long: unknown or erroneous config parameter \"$opt\"\n")}}$prevconfig}sub config (@) {Configure (@_)}sub VersionMessage(@) {my$pa=setup_pa_args("version",@_);my$v=$main::VERSION;my$fh=$pa->{-output}|| (($pa->{-exitval}eq "NOEXIT" || $pa->{-exitval}< 2)? \*STDOUT : \*STDERR);print$fh (defined($pa->{-message})? $pa->{-message}: (),$0,defined$v ? " version $v" : (),"\n","(",__PACKAGE__,"::","GetOptions"," version ",defined($Getopt::Long::VERSION_STRING)? $Getopt::Long::VERSION_STRING : $VERSION,";"," Perl version ",$] >= 5.006 ? sprintf("%vd",$^V): $],")\n");exit($pa->{-exitval})unless$pa->{-exitval}eq "NOEXIT"}sub HelpMessage(@) {eval {require Pod::Usage;import Pod::Usage;1}|| die("Cannot provide help: cannot load Pod::Usage\n");pod2usage(setup_pa_args("help",@_))}sub setup_pa_args($@) {my$tag=shift;@_=()if @_==2 && $_[0]eq $tag;my$pa;if (@_ > 1){$pa={@_ }}else {$pa=shift || {}}if (UNIVERSAL::isa($pa,'HASH')){$pa->{-message}=$pa->{-msg};delete($pa->{-msg})}elsif ($pa =~ /^-?\d+$/){$pa={-exitval=>$pa }}else {$pa={-message=>$pa }}$pa->{-verbose}=0 unless exists($pa->{-verbose});$pa->{-exitval}=0 unless exists($pa->{-exitval});$pa}sub VERSION {$requested_version=$_[1]if @_ > 1;shift->SUPER::VERSION(@_)}package Getopt::Long::CallBack;sub new {my ($pkg,%atts)=@_;bless {%atts },$pkg}sub name {my$self=shift;''.$self->{name}}use overload '""'=>\&name,fallback=>1;1;
GETOPT_LONG

$fatpacked{"JSON/MaybeXS.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'JSON_MAYBEXS';
  package JSON::MaybeXS;use strict;use warnings FATAL=>'all';use base qw(Exporter);our$VERSION='1.004000';$VERSION=eval$VERSION;sub _choose_json_module {return 'Cpanel::JSON::XS' if$INC{'Cpanel/JSON/XS.pm'};return 'JSON::XS' if$INC{'JSON/XS.pm'};my@err;return 'Cpanel::JSON::XS' if eval {require Cpanel::JSON::XS;1};push@err,"Error loading Cpanel::JSON::XS: $@";return 'JSON::XS' if eval {require JSON::XS;1};push@err,"Error loading JSON::XS: $@";return 'JSON::PP' if eval {require JSON::PP;1};push@err,"Error loading JSON::PP: $@";die join("\n","Couldn't load a JSON module:",@err)}BEGIN {our$JSON_Class=_choose_json_module();$JSON_Class->import(qw(encode_json decode_json));no strict 'refs';*$_=$JSON_Class->can($_)for qw(true false)}our@EXPORT=qw(encode_json decode_json JSON);my@EXPORT_ALL=qw(is_bool);our@EXPORT_OK=qw(is_bool to_json from_json);our%EXPORT_TAGS=(all=>[@EXPORT,@EXPORT_ALL ],legacy=>[@EXPORT,@EXPORT_OK ],);sub JSON () {our$JSON_Class}sub new {shift;my%args=@_==1 ? %{$_[0]}: @_;my$new=(our$JSON_Class)->new;$new->$_($args{$_})for keys%args;return$new}use Scalar::Util ();sub is_bool {die 'is_bool is not a method' if $_[1];Scalar::Util::blessed($_[0])and ($_[0]->isa('JSON::XS::Boolean')or $_[0]->isa('Cpanel::JSON::XS::Boolean')or $_[0]->isa('JSON::PP::Boolean'))}use Carp ();sub from_json ($@) {if (ref($_[0])=~ /^JSON/ or $_[0]=~ /^JSON/){Carp::croak "from_json should not be called as a method."}my$json=JSON()->new;if (@_==2 and ref $_[1]eq 'HASH'){my$opt=$_[1];for my$method (keys %$opt){$json->$method($opt->{$method})}}return$json->decode($_[0])}sub to_json ($@) {if (ref($_[0])=~ /^JSON/ or (@_ > 2 and $_[0]=~ /^JSON/)){Carp::croak "to_json should not be called as a method."}my$json=JSON()->new;if (@_==2 and ref $_[1]eq 'HASH'){my$opt=$_[1];for my$method (keys %$opt){$json->$method($opt->{$method})}}$json->encode($_[0])}1;
JSON_MAYBEXS

$fatpacked{"JSON/PP.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'JSON_PP';
  package JSON::PP;use 5.005;use strict;use Exporter ();BEGIN {@JSON::PP::ISA=('Exporter')}use overload ();use JSON::PP::Boolean;use Carp ();$JSON::PP::VERSION='4.04';@JSON::PP::EXPORT=qw(encode_json decode_json from_json to_json);use constant P_ASCII=>0;use constant P_LATIN1=>1;use constant P_UTF8=>2;use constant P_INDENT=>3;use constant P_CANONICAL=>4;use constant P_SPACE_BEFORE=>5;use constant P_SPACE_AFTER=>6;use constant P_ALLOW_NONREF=>7;use constant P_SHRINK=>8;use constant P_ALLOW_BLESSED=>9;use constant P_CONVERT_BLESSED=>10;use constant P_RELAXED=>11;use constant P_LOOSE=>12;use constant P_ALLOW_BIGNUM=>13;use constant P_ALLOW_BAREKEY=>14;use constant P_ALLOW_SINGLEQUOTE=>15;use constant P_ESCAPE_SLASH=>16;use constant P_AS_NONBLESSED=>17;use constant P_ALLOW_UNKNOWN=>18;use constant P_ALLOW_TAGS=>19;use constant OLD_PERL=>$] < 5.008 ? 1 : 0;use constant USE_B=>$ENV{PERL_JSON_PP_USE_B}|| 0;BEGIN {if (USE_B){require B}}BEGIN {my@xs_compati_bit_properties=qw(latin1 ascii utf8 indent canonical space_before space_after allow_nonref shrink allow_blessed convert_blessed relaxed allow_unknown allow_tags);my@pp_bit_properties=qw(allow_singlequote allow_bignum loose allow_barekey escape_slash as_nonblessed);if (OLD_PERL){my$helper=$] >= 5.006 ? 'JSON::PP::Compat5006' : 'JSON::PP::Compat5005';eval qq| require $helper |;if ($@){Carp::croak $@}}for my$name (@xs_compati_bit_properties,@pp_bit_properties){my$property_id='P_' .uc($name);eval qq/
              sub $name {
                  my \$enable = defined \$_[1] ? \$_[1] : 1;
  
                  if (\$enable) {
                      \$_[0]->{PROPS}->[$property_id] = 1;
                  }
                  else {
                      \$_[0]->{PROPS}->[$property_id] = 0;
                  }
  
                  \$_[0];
              }
  
              sub get_$name {
                  \$_[0]->{PROPS}->[$property_id] ? 1 : '';
              }
          /}}my$JSON;sub encode_json ($) {($JSON ||= __PACKAGE__->new->utf8)->encode(@_)}sub decode_json {($JSON ||= __PACKAGE__->new->utf8)->decode(@_)}sub to_json($) {Carp::croak ("JSON::PP::to_json has been renamed to encode_json.")}sub from_json($) {Carp::croak ("JSON::PP::from_json has been renamed to decode_json.")}sub new {my$class=shift;my$self={max_depth=>512,max_size=>0,indent_length=>3,};$self->{PROPS}[P_ALLOW_NONREF]=1;bless$self,$class}sub encode {return $_[0]->PP_encode_json($_[1])}sub decode {return $_[0]->PP_decode_json($_[1],0x00000000)}sub decode_prefix {return $_[0]->PP_decode_json($_[1],0x00000001)}sub pretty {my ($self,$v)=@_;my$enable=defined$v ? $v : 1;if ($enable){$self->indent(1)->space_before(1)->space_after(1)}else {$self->indent(0)->space_before(0)->space_after(0)}$self}sub max_depth {my$max=defined $_[1]? $_[1]: 0x80000000;$_[0]->{max_depth}=$max;$_[0]}sub get_max_depth {$_[0]->{max_depth}}sub max_size {my$max=defined $_[1]? $_[1]: 0;$_[0]->{max_size}=$max;$_[0]}sub get_max_size {$_[0]->{max_size}}sub boolean_values {my$self=shift;if (@_){my ($false,$true)=@_;$self->{false}=$false;$self->{true}=$true;return ($false,$true)}else {delete$self->{false};delete$self->{true};return}}sub get_boolean_values {my$self=shift;if (exists$self->{true}and exists$self->{false}){return @$self{qw/false true/}}return}sub filter_json_object {if (defined $_[1]and ref $_[1]eq 'CODE'){$_[0]->{cb_object}=$_[1]}else {delete $_[0]->{cb_object}}$_[0]->{F_HOOK}=($_[0]->{cb_object}or $_[0]->{cb_sk_object})? 1 : 0;$_[0]}sub filter_json_single_key_object {if (@_==1 or @_ > 3){Carp::croak("Usage: JSON::PP::filter_json_single_key_object(self, key, callback = undef)")}if (defined $_[2]and ref $_[2]eq 'CODE'){$_[0]->{cb_sk_object}->{$_[1]}=$_[2]}else {delete $_[0]->{cb_sk_object}->{$_[1]};delete $_[0]->{cb_sk_object}unless %{$_[0]->{cb_sk_object}|| {}}}$_[0]->{F_HOOK}=($_[0]->{cb_object}or $_[0]->{cb_sk_object})? 1 : 0;$_[0]}sub indent_length {if (!defined $_[1]or $_[1]> 15 or $_[1]< 0){Carp::carp "The acceptable range of indent_length() is 0 to 15."}else {$_[0]->{indent_length}=$_[1]}$_[0]}sub get_indent_length {$_[0]->{indent_length}}sub sort_by {$_[0]->{sort_by}=defined $_[1]? $_[1]: 1;$_[0]}sub allow_bigint {Carp::carp("allow_bigint() is obsoleted. use allow_bignum() instead.");$_[0]->allow_bignum}{my$max_depth;my$indent;my$ascii;my$latin1;my$utf8;my$space_before;my$space_after;my$canonical;my$allow_blessed;my$convert_blessed;my$indent_length;my$escape_slash;my$bignum;my$as_nonblessed;my$allow_tags;my$depth;my$indent_count;my$keysort;sub PP_encode_json {my$self=shift;my$obj=shift;$indent_count=0;$depth=0;my$props=$self->{PROPS};($ascii,$latin1,$utf8,$indent,$canonical,$space_before,$space_after,$allow_blessed,$convert_blessed,$escape_slash,$bignum,$as_nonblessed,$allow_tags)=@{$props}[P_ASCII .. P_SPACE_AFTER,P_ALLOW_BLESSED,P_CONVERT_BLESSED,P_ESCAPE_SLASH,P_ALLOW_BIGNUM,P_AS_NONBLESSED,P_ALLOW_TAGS];($max_depth,$indent_length)=@{$self}{qw/max_depth indent_length/};$keysort=$canonical ? sub {$a cmp $b}: undef;if ($self->{sort_by}){$keysort=ref($self->{sort_by})eq 'CODE' ? $self->{sort_by}: $self->{sort_by}=~ /\D+/ ? $self->{sort_by}: sub {$a cmp $b}}encode_error("hash- or arrayref expected (not a simple scalar, use allow_nonref to allow this)")if(!ref$obj and!$props->[P_ALLOW_NONREF ]);my$str=$self->object_to_json($obj);$str .= "\n" if ($indent);unless ($ascii or $latin1 or $utf8){utf8::upgrade($str)}if ($props->[P_SHRINK ]){utf8::downgrade($str,1)}return$str}sub object_to_json {my ($self,$obj)=@_;my$type=ref($obj);if($type eq 'HASH'){return$self->hash_to_json($obj)}elsif($type eq 'ARRAY'){return$self->array_to_json($obj)}elsif ($type){if (blessed($obj)){return$self->value_to_json($obj)if ($obj->isa('JSON::PP::Boolean'));if ($allow_tags and $obj->can('FREEZE')){my$obj_class=ref$obj || $obj;$obj=bless$obj,$obj_class;my@results=$obj->FREEZE('JSON');if (@results and ref$results[0]){if (refaddr($obj)eq refaddr($results[0])){encode_error(sprintf("%s::FREEZE method returned same object as was passed instead of a new one",ref$obj))}}return '("'.$obj_class.'")['.join(',',@results).']'}if ($convert_blessed and $obj->can('TO_JSON')){my$result=$obj->TO_JSON();if (defined$result and ref($result)){if (refaddr($obj)eq refaddr($result)){encode_error(sprintf("%s::TO_JSON method returned same object as was passed instead of a new one",ref$obj))}}return$self->object_to_json($result)}return "$obj" if ($bignum and _is_bignum($obj));if ($allow_blessed){return$self->blessed_to_json($obj)if ($as_nonblessed);return 'null'}encode_error(sprintf("encountered object '%s', but neither allow_blessed, convert_blessed nor allow_tags settings are enabled (or TO_JSON/FREEZE method missing)",$obj))}else {return$self->value_to_json($obj)}}else{return$self->value_to_json($obj)}}sub hash_to_json {my ($self,$obj)=@_;my@res;encode_error("json text or perl structure exceeds maximum nesting level (max_depth set too low?)")if (++$depth > $max_depth);my ($pre,$post)=$indent ? $self->_up_indent(): ('','');my$del=($space_before ? ' ' : '').':' .($space_after ? ' ' : '');for my$k (_sort($obj)){if (OLD_PERL){utf8::decode($k)}push@res,$self->string_to_json($k).$del .(ref$obj->{$k}? $self->object_to_json($obj->{$k}): $self->value_to_json($obj->{$k}))}--$depth;$self->_down_indent()if ($indent);return '{}' unless@res;return '{' .$pre .join(",$pre",@res).$post .'}'}sub array_to_json {my ($self,$obj)=@_;my@res;encode_error("json text or perl structure exceeds maximum nesting level (max_depth set too low?)")if (++$depth > $max_depth);my ($pre,$post)=$indent ? $self->_up_indent(): ('','');for my$v (@$obj){push@res,ref($v)? $self->object_to_json($v): $self->value_to_json($v)}--$depth;$self->_down_indent()if ($indent);return '[]' unless@res;return '[' .$pre .join(",$pre",@res).$post .']'}sub _looks_like_number {my$value=shift;if (USE_B){my$b_obj=B::svref_2object(\$value);my$flags=$b_obj->FLAGS;return 1 if$flags & (B::SVp_IOK()| B::SVp_NOK())and!($flags & B::SVp_POK());return}else {no warnings 'numeric';return if utf8::is_utf8($value);return unless length((my$dummy="")& $value);return unless 0 + $value eq $value;return 1 if$value * 0==0;return -1}}sub value_to_json {my ($self,$value)=@_;return 'null' if(!defined$value);my$type=ref($value);if (!$type){if (_looks_like_number($value)){return$value}return$self->string_to_json($value)}elsif(blessed($value)and $value->isa('JSON::PP::Boolean')){return $$value==1 ? 'true' : 'false'}else {if ((overload::StrVal($value)=~ /=(\w+)/)[0]){return$self->value_to_json("$value")}if ($type eq 'SCALAR' and defined $$value){return $$value eq '1' ? 'true' : $$value eq '0' ? 'false' : $self->{PROPS}->[P_ALLOW_UNKNOWN ]? 'null' : encode_error("cannot encode reference to scalar")}if ($self->{PROPS}->[P_ALLOW_UNKNOWN ]){return 'null'}else {if ($type eq 'SCALAR' or $type eq 'REF'){encode_error("cannot encode reference to scalar")}else {encode_error("encountered $value, but JSON can only represent references to arrays or hashes")}}}}my%esc=("\n"=>'\n',"\r"=>'\r',"\t"=>'\t',"\f"=>'\f',"\b"=>'\b',"\""=>'\"',"\\"=>'\\\\',"\'"=>'\\\'',);sub string_to_json {my ($self,$arg)=@_;$arg =~ s/([\x22\x5c\n\r\t\f\b])/$esc{$1}/g;$arg =~ s/\//\\\//g if ($escape_slash);$arg =~ s/([\x00-\x08\x0b\x0e-\x1f])/'\\u00' . unpack('H2', $1)/eg;if ($ascii){$arg=JSON_PP_encode_ascii($arg)}if ($latin1){$arg=JSON_PP_encode_latin1($arg)}if ($utf8){utf8::encode($arg)}return '"' .$arg .'"'}sub blessed_to_json {my$reftype=reftype($_[1])|| '';if ($reftype eq 'HASH'){return $_[0]->hash_to_json($_[1])}elsif ($reftype eq 'ARRAY'){return $_[0]->array_to_json($_[1])}else {return 'null'}}sub encode_error {my$error=shift;Carp::croak "$error"}sub _sort {defined$keysort ? (sort$keysort (keys %{$_[0]})): keys %{$_[0]}}sub _up_indent {my$self=shift;my$space=' ' x $indent_length;my ($pre,$post)=('','');$post="\n" .$space x $indent_count;$indent_count++;$pre="\n" .$space x $indent_count;return ($pre,$post)}sub _down_indent {$indent_count--}sub PP_encode_box {{depth=>$depth,indent_count=>$indent_count,}}}sub _encode_ascii {join('',map {$_ <= 127 ? chr($_): $_ <= 65535 ? sprintf('\u%04x',$_): sprintf('\u%x\u%x',_encode_surrogates($_))}unpack('U*',$_[0]))}sub _encode_latin1 {join('',map {$_ <= 255 ? chr($_): $_ <= 65535 ? sprintf('\u%04x',$_): sprintf('\u%x\u%x',_encode_surrogates($_))}unpack('U*',$_[0]))}sub _encode_surrogates {my$uni=$_[0]- 0x10000;return ($uni / 0x400 + 0xD800,$uni % 0x400 + 0xDC00)}sub _is_bignum {$_[0]->isa('Math::BigInt')or $_[0]->isa('Math::BigFloat')}my$max_intsize;BEGIN {my$checkint=1111;for my$d (5..64){$checkint .= 1;my$int=eval qq| $checkint |;if ($int =~ /[eE]/){$max_intsize=$d - 1;last}}}{my%escapes=(b=>"\x8",t=>"\x9",n=>"\xA",f=>"\xC",r=>"\xD",'\\'=>'\\','"'=>'"','/'=>'/',);my$text;my$at;my$ch;my$len;my$depth;my$encoding;my$is_valid_utf8;my$utf8_len;my$utf8;my$max_depth;my$max_size;my$relaxed;my$cb_object;my$cb_sk_object;my$F_HOOK;my$allow_bignum;my$singlequote;my$loose;my$allow_barekey;my$allow_tags;my$alt_true;my$alt_false;sub _detect_utf_encoding {my$text=shift;my@octets=unpack('C4',$text);return 'unknown' unless defined$octets[3];return ($octets[0]and $octets[1])? 'UTF-8' : (!$octets[0]and $octets[1])? 'UTF-16BE' : (!$octets[0]and!$octets[1])? 'UTF-32BE' : ($octets[2])? 'UTF-16LE' : (!$octets[2])? 'UTF-32LE' : 'unknown'}sub PP_decode_json {my ($self,$want_offset);($self,$text,$want_offset)=@_;($at,$ch,$depth)=(0,'',0);if (!defined$text or ref$text){decode_error("malformed JSON string, neither array, object, number, string or atom")}my$props=$self->{PROPS};($utf8,$relaxed,$loose,$allow_bignum,$allow_barekey,$singlequote,$allow_tags)=@{$props}[P_UTF8,P_RELAXED,P_LOOSE .. P_ALLOW_SINGLEQUOTE,P_ALLOW_TAGS];($alt_true,$alt_false)=@$self{qw/true false/};if ($utf8){$encoding=_detect_utf_encoding($text);if ($encoding ne 'UTF-8' and $encoding ne 'unknown'){require Encode;Encode::from_to($text,$encoding,'utf-8')}else {utf8::downgrade($text,1)or Carp::croak("Wide character in subroutine entry")}}else {utf8::upgrade($text);utf8::encode($text)}$len=length$text;($max_depth,$max_size,$cb_object,$cb_sk_object,$F_HOOK)=@{$self}{qw/max_depth max_size cb_object cb_sk_object F_HOOK/};if ($max_size > 1){use bytes;my$bytes=length$text;decode_error(sprintf("attempted decode of JSON text of %s bytes size, but max_size is set to %s" ,$bytes,$max_size),1)if ($bytes > $max_size)}white();decode_error("malformed JSON string, neither array, object, number, string or atom")unless defined$ch;my$result=value();if (!$props->[P_ALLOW_NONREF ]and!ref$result){decode_error('JSON text must be an object or array (but found number, string, true, false or null,' .' use allow_nonref to allow this)',1)}Carp::croak('something wrong.')if$len < $at;my$consumed=defined$ch ? $at - 1 : $at;white();return ($result,$consumed)if$want_offset;decode_error("garbage after JSON object")if defined$ch;$result}sub next_chr {return$ch=undef if($at >= $len);$ch=substr($text,$at++,1)}sub value {white();return if(!defined$ch);return object()if($ch eq '{');return array()if($ch eq '[');return tag()if($ch eq '(');return string()if($ch eq '"' or ($singlequote and $ch eq "'"));return number()if($ch =~ /[0-9]/ or $ch eq '-');return word()}sub string {my$utf16;my$is_utf8;($is_valid_utf8,$utf8_len)=('',0);my$s='';if($ch eq '"' or ($singlequote and $ch eq "'")){my$boundChar=$ch;OUTER: while(defined(next_chr())){if($ch eq $boundChar){next_chr();if ($utf16){decode_error("missing low surrogate character in surrogate pair")}utf8::decode($s)if($is_utf8);return$s}elsif($ch eq '\\'){next_chr();if(exists$escapes{$ch}){$s .= $escapes{$ch}}elsif($ch eq 'u'){my$u='';for(1..4){$ch=next_chr();last OUTER if($ch !~ /[0-9a-fA-F]/);$u .= $ch}if ($u =~ /^[dD][89abAB][0-9a-fA-F]{2}/){$utf16=$u}elsif ($u =~ /^[dD][c-fC-F][0-9a-fA-F]{2}/){unless (defined$utf16){decode_error("missing high surrogate character in surrogate pair")}$is_utf8=1;$s .= JSON_PP_decode_surrogates($utf16,$u)|| next;$utf16=undef}else {if (defined$utf16){decode_error("surrogate pair expected")}if ((my$hex=hex($u))> 127){$is_utf8=1;$s .= JSON_PP_decode_unicode($u)|| next}else {$s .= chr$hex}}}else{unless ($loose){$at -= 2;decode_error('illegal backslash escape sequence in string')}$s .= $ch}}else{if (ord$ch > 127){unless($ch=is_valid_utf8($ch)){$at -= 1;decode_error("malformed UTF-8 character in JSON string")}else {$at += $utf8_len - 1}$is_utf8=1}if (!$loose){if ($ch =~ /[\x00-\x1f\x22\x5c]/){if (!$relaxed or $ch ne "\t"){$at--;decode_error('invalid character encountered while parsing JSON string')}}}$s .= $ch}}}decode_error("unexpected end of string while parsing JSON string")}sub white {while(defined$ch){if($ch eq '' or $ch =~ /\A[ \t\r\n]\z/){next_chr()}elsif($relaxed and $ch eq '/'){next_chr();if(defined$ch and $ch eq '/'){1 while(defined(next_chr())and $ch ne "\n" and $ch ne "\r")}elsif(defined$ch and $ch eq '*'){next_chr();while(1){if(defined$ch){if($ch eq '*'){if(defined(next_chr())and $ch eq '/'){next_chr();last}}else{next_chr()}}else{decode_error("Unterminated comment")}}next}else{$at--;decode_error("malformed JSON string, neither array, object, number, string or atom")}}else{if ($relaxed and $ch eq '#'){pos($text)=$at;$text =~ /\G([^\n]*(?:\r\n|\r|\n|$))/g;$at=pos($text);next_chr;next}last}}}sub array {my$a=$_[0]|| [];decode_error('json text or perl structure exceeds maximum nesting level (max_depth set too low?)')if (++$depth > $max_depth);next_chr();white();if(defined$ch and $ch eq ']'){--$depth;next_chr();return$a}else {while(defined($ch)){push @$a,value();white();if (!defined$ch){last}if($ch eq ']'){--$depth;next_chr();return$a}if($ch ne ','){last}next_chr();white();if ($relaxed and $ch eq ']'){--$depth;next_chr();return$a}}}$at-- if defined$ch and $ch ne '';decode_error(", or ] expected while parsing array")}sub tag {decode_error('malformed JSON string, neither array, object, number, string or atom')unless$allow_tags;next_chr();white();my$tag=value();return unless defined$tag;decode_error('malformed JSON string, (tag) must be a string')if ref$tag;white();if (!defined$ch or $ch ne ')'){decode_error(') expected after tag')}next_chr();white();my$val=value();return unless defined$val;decode_error('malformed JSON string, tag value must be an array')unless ref$val eq 'ARRAY';if (!eval {$tag->can('THAW')}){decode_error('cannot decode perl-object (package does not exist)')if $@;decode_error('cannot decode perl-object (package does not have a THAW method)')}$tag->THAW('JSON',@$val)}sub object {my$o=$_[0]|| {};my$k;decode_error('json text or perl structure exceeds maximum nesting level (max_depth set too low?)')if (++$depth > $max_depth);next_chr();white();if(defined$ch and $ch eq '}'){--$depth;next_chr();if ($F_HOOK){return _json_object_hook($o)}return$o}else {while (defined$ch){$k=($allow_barekey and $ch ne '"' and $ch ne "'")? bareKey(): string();white();if(!defined$ch or $ch ne ':'){$at--;decode_error("':' expected")}next_chr();$o->{$k}=value();white();last if (!defined$ch);if($ch eq '}'){--$depth;next_chr();if ($F_HOOK){return _json_object_hook($o)}return$o}if($ch ne ','){last}next_chr();white();if ($relaxed and $ch eq '}'){--$depth;next_chr();if ($F_HOOK){return _json_object_hook($o)}return$o}}}$at-- if defined$ch and $ch ne '';decode_error(", or } expected while parsing object/hash")}sub bareKey {my$key;while($ch =~ /[^\x00-\x23\x25-\x2F\x3A-\x40\x5B-\x5E\x60\x7B-\x7F]/){$key .= $ch;next_chr()}return$key}sub word {my$word=substr($text,$at-1,4);if($word eq 'true'){$at += 3;next_chr;return defined$alt_true ? $alt_true : $JSON::PP::true}elsif($word eq 'null'){$at += 3;next_chr;return undef}elsif($word eq 'fals'){$at += 3;if(substr($text,$at,1)eq 'e'){$at++;next_chr;return defined$alt_false ? $alt_false : $JSON::PP::false}}$at--;decode_error("'null' expected")if ($word =~ /^n/);decode_error("'true' expected")if ($word =~ /^t/);decode_error("'false' expected")if ($word =~ /^f/);decode_error("malformed JSON string, neither array, object, number, string or atom")}sub number {my$n='';my$v;my$is_dec;my$is_exp;if($ch eq '-'){$n='-';next_chr;if (!defined$ch or $ch !~ /\d/){decode_error("malformed number (no digits after initial minus)")}}if($ch eq '0'){my$peek=substr($text,$at,1);if($peek =~ /^[0-9a-dfA-DF]/){decode_error("malformed number (leading zero must not be followed by another digit)")}$n .= $ch;next_chr}while(defined$ch and $ch =~ /\d/){$n .= $ch;next_chr}if(defined$ch and $ch eq '.'){$n .= '.';$is_dec=1;next_chr;if (!defined$ch or $ch !~ /\d/){decode_error("malformed number (no digits after decimal point)")}else {$n .= $ch}while(defined(next_chr)and $ch =~ /\d/){$n .= $ch}}if(defined$ch and ($ch eq 'e' or $ch eq 'E')){$n .= $ch;$is_exp=1;next_chr;if(defined($ch)and ($ch eq '+' or $ch eq '-')){$n .= $ch;next_chr;if (!defined$ch or $ch =~ /\D/){decode_error("malformed number (no digits after exp sign)")}$n .= $ch}elsif(defined($ch)and $ch =~ /\d/){$n .= $ch}else {decode_error("malformed number (no digits after exp sign)")}while(defined(next_chr)and $ch =~ /\d/){$n .= $ch}}$v .= $n;if ($is_dec or $is_exp){if ($allow_bignum){require Math::BigFloat;return Math::BigFloat->new($v)}}else {if (length$v > $max_intsize){if ($allow_bignum){require Math::BigInt;return Math::BigInt->new($v)}else {return "$v"}}}return$is_dec ? $v/1.0 : 0+$v}sub is_valid_utf8 {$utf8_len=$_[0]=~ /[\x00-\x7F]/ ? 1 : $_[0]=~ /[\xC2-\xDF]/ ? 2 : $_[0]=~ /[\xE0-\xEF]/ ? 3 : $_[0]=~ /[\xF0-\xF4]/ ? 4 : 0 ;return unless$utf8_len;my$is_valid_utf8=substr($text,$at - 1,$utf8_len);return ($is_valid_utf8 =~ /^(?:
               [\x00-\x7F]
              |[\xC2-\xDF][\x80-\xBF]
              |[\xE0][\xA0-\xBF][\x80-\xBF]
              |[\xE1-\xEC][\x80-\xBF][\x80-\xBF]
              |[\xED][\x80-\x9F][\x80-\xBF]
              |[\xEE-\xEF][\x80-\xBF][\x80-\xBF]
              |[\xF0][\x90-\xBF][\x80-\xBF][\x80-\xBF]
              |[\xF1-\xF3][\x80-\xBF][\x80-\xBF][\x80-\xBF]
              |[\xF4][\x80-\x8F][\x80-\xBF][\x80-\xBF]
          )$/x)? $is_valid_utf8 : ''}sub decode_error {my$error=shift;my$no_rep=shift;my$str=defined$text ? substr($text,$at): '';my$mess='';my$type='U*';if (OLD_PERL){my$type=$] < 5.006 ? 'C*' : utf8::is_utf8($str)? 'U*' : 'C*' }for my$c (unpack($type,$str)){$mess .= $c==0x07 ? '\a' : $c==0x09 ? '\t' : $c==0x0a ? '\n' : $c==0x0d ? '\r' : $c==0x0c ? '\f' : $c < 0x20 ? sprintf('\x{%x}',$c): $c==0x5c ? '\\\\' : $c < 0x80 ? chr($c): sprintf('\x{%x}',$c);if (length$mess >= 20){$mess .= '...';last}}unless (length$mess){$mess='(end of string)'}Carp::croak ($no_rep ? "$error" : "$error, at character offset $at (before \"$mess\")")}sub _json_object_hook {my$o=$_[0];my@ks=keys %{$o};if ($cb_sk_object and @ks==1 and exists$cb_sk_object->{$ks[0]}and ref$cb_sk_object->{$ks[0]}){my@val=$cb_sk_object->{$ks[0]}->($o->{$ks[0]});if (@val==0){return$o}elsif (@val==1){return$val[0]}else {Carp::croak("filter_json_single_key_object callbacks must not return more than one scalar")}}my@val=$cb_object->($o)if ($cb_object);if (@val==0){return$o}elsif (@val==1){return$val[0]}else {Carp::croak("filter_json_object callbacks must not return more than one scalar")}}sub PP_decode_box {{text=>$text,at=>$at,ch=>$ch,len=>$len,depth=>$depth,encoding=>$encoding,is_valid_utf8=>$is_valid_utf8,}}}sub _decode_surrogates {my$uni=0x10000 + (hex($_[0])- 0xD800)* 0x400 + (hex($_[1])- 0xDC00);my$un=pack('U*',$uni);utf8::encode($un);return$un}sub _decode_unicode {my$un=pack('U',hex shift);utf8::encode($un);return$un}BEGIN {unless (defined&utf8::is_utf8){require Encode;*utf8::is_utf8=*Encode::is_utf8}if (!OLD_PERL){*JSON::PP::JSON_PP_encode_ascii=\&_encode_ascii;*JSON::PP::JSON_PP_encode_latin1=\&_encode_latin1;*JSON::PP::JSON_PP_decode_surrogates=\&_decode_surrogates;*JSON::PP::JSON_PP_decode_unicode=\&_decode_unicode;if ($] < 5.008003){package JSON::PP;require subs;subs->import('join');eval q|
                  sub join {
                      return '' if (@_ < 2);
                      my $j   = shift;
                      my $str = shift;
                      for (@_) { $str .= $j . $_; }
                      return $str;
                  }
              |}}sub JSON::PP::incr_parse {local$Carp::CarpLevel=1;($_[0]->{_incr_parser}||= JSON::PP::IncrParser->new)->incr_parse(@_)}sub JSON::PP::incr_skip {($_[0]->{_incr_parser}||= JSON::PP::IncrParser->new)->incr_skip}sub JSON::PP::incr_reset {($_[0]->{_incr_parser}||= JSON::PP::IncrParser->new)->incr_reset}eval q{
          sub JSON::PP::incr_text : lvalue {
              $_[0]->{_incr_parser} ||= JSON::PP::IncrParser->new;
  
              if ( $_[0]->{_incr_parser}->{incr_pos} ) {
                  Carp::croak("incr_text cannot be called when the incremental parser already started parsing");
              }
              $_[0]->{_incr_parser}->{incr_text};
          }
      } if ($] >= 5.006)}BEGIN {eval 'require Scalar::Util';unless($@){*JSON::PP::blessed=\&Scalar::Util::blessed;*JSON::PP::reftype=\&Scalar::Util::reftype;*JSON::PP::refaddr=\&Scalar::Util::refaddr}else{eval 'sub UNIVERSAL::a_sub_not_likely_to_be_here { ref($_[0]) }';*JSON::PP::blessed=sub {local($@,$SIG{__DIE__},$SIG{__WARN__});ref($_[0])? eval {$_[0]->a_sub_not_likely_to_be_here}: undef};require B;my%tmap=qw(B::NULL SCALAR B::HV HASH B::AV ARRAY B::CV CODE B::IO IO B::GV GLOB B::REGEXP REGEXP);*JSON::PP::reftype=sub {my$r=shift;return undef unless length(ref($r));my$t=ref(B::svref_2object($r));return exists$tmap{$t}? $tmap{$t}: length(ref($$r))? 'REF' : 'SCALAR'};*JSON::PP::refaddr=sub {return undef unless length(ref($_[0]));my$addr;if(defined(my$pkg=blessed($_[0]))){$addr .= bless $_[0],'Scalar::Util::Fake';bless $_[0],$pkg}else {$addr .= $_[0]}$addr =~ /0x(\w+)/;local $^W;hex($1)}}}$JSON::PP::true=do {bless \(my$dummy=1),"JSON::PP::Boolean"};$JSON::PP::false=do {bless \(my$dummy=0),"JSON::PP::Boolean"};sub is_bool {blessed $_[0]and ($_[0]->isa("JSON::PP::Boolean")or $_[0]->isa("Types::Serialiser::BooleanBase")or $_[0]->isa("JSON::XS::Boolean"))}sub true {$JSON::PP::true}sub false {$JSON::PP::false}sub null {undef}package JSON::PP::IncrParser;use strict;use constant INCR_M_WS=>0;use constant INCR_M_STR=>1;use constant INCR_M_BS=>2;use constant INCR_M_JSON=>3;use constant INCR_M_C0=>4;use constant INCR_M_C1=>5;use constant INCR_M_TFN=>6;use constant INCR_M_NUM=>7;$JSON::PP::IncrParser::VERSION='1.01';sub new {my ($class)=@_;bless {incr_nest=>0,incr_text=>undef,incr_pos=>0,incr_mode=>0,},$class}sub incr_parse {my ($self,$coder,$text)=@_;$self->{incr_text}='' unless (defined$self->{incr_text});if (defined$text){if (utf8::is_utf8($text)and!utf8::is_utf8($self->{incr_text})){utf8::upgrade($self->{incr_text});utf8::decode($self->{incr_text})}$self->{incr_text}.= $text}if (defined wantarray){my$max_size=$coder->get_max_size;my$p=$self->{incr_pos};my@ret;{do {unless ($self->{incr_nest}<= 0 and $self->{incr_mode}==INCR_M_JSON){$self->_incr_parse($coder);if ($max_size and $self->{incr_pos}> $max_size){Carp::croak("attempted decode of JSON text of $self->{incr_pos} bytes size, but max_size is set to $max_size")}unless ($self->{incr_nest}<= 0 and $self->{incr_mode}==INCR_M_JSON){if ($self->{incr_mode}==INCR_M_WS and $self->{incr_pos}){$self->{incr_pos}=0;$self->{incr_text}=''}last}}my ($obj,$offset)=$coder->PP_decode_json($self->{incr_text},0x00000001);push@ret,$obj;use bytes;$self->{incr_text}=substr($self->{incr_text},$offset || 0);$self->{incr_pos}=0;$self->{incr_nest}=0;$self->{incr_mode}=0;last unless wantarray}while (wantarray)}if (wantarray){return@ret}else {return defined$ret[0]? $ret[0]: undef}}}sub _incr_parse {my ($self,$coder)=@_;my$text=$self->{incr_text};my$len=length$text;my$p=$self->{incr_pos};INCR_PARSE: while ($len > $p){my$s=substr($text,$p,1);last INCR_PARSE unless defined$s;my$mode=$self->{incr_mode};if ($mode==INCR_M_WS){while ($len > $p){$s=substr($text,$p,1);last INCR_PARSE unless defined$s;if (ord($s)> 0x20){if ($s eq '#'){$self->{incr_mode}=INCR_M_C0;redo INCR_PARSE}else {$self->{incr_mode}=INCR_M_JSON;redo INCR_PARSE}}$p++}}elsif ($mode==INCR_M_BS){$p++;$self->{incr_mode}=INCR_M_STR;redo INCR_PARSE}elsif ($mode==INCR_M_C0 or $mode==INCR_M_C1){while ($len > $p){$s=substr($text,$p,1);last INCR_PARSE unless defined$s;if ($s eq "\n"){$self->{incr_mode}=$self->{incr_mode}==INCR_M_C0 ? INCR_M_WS : INCR_M_JSON;last}$p++}next}elsif ($mode==INCR_M_TFN){while ($len > $p){$s=substr($text,$p++,1);next if defined$s and $s =~ /[rueals]/;last}$p--;$self->{incr_mode}=INCR_M_JSON;last INCR_PARSE unless$self->{incr_nest};redo INCR_PARSE}elsif ($mode==INCR_M_NUM){while ($len > $p){$s=substr($text,$p++,1);next if defined$s and $s =~ /[0-9eE.+\-]/;last}$p--;$self->{incr_mode}=INCR_M_JSON;last INCR_PARSE unless$self->{incr_nest};redo INCR_PARSE}elsif ($mode==INCR_M_STR){while ($len > $p){$s=substr($text,$p,1);last INCR_PARSE unless defined$s;if ($s eq '"'){$p++;$self->{incr_mode}=INCR_M_JSON;last INCR_PARSE unless$self->{incr_nest};redo INCR_PARSE}elsif ($s eq '\\'){$p++;if (!defined substr($text,$p,1)){$self->{incr_mode}=INCR_M_BS;last INCR_PARSE}}$p++}}elsif ($mode==INCR_M_JSON){while ($len > $p){$s=substr($text,$p++,1);if ($s eq "\x00"){$p--;last INCR_PARSE}elsif ($s eq "\x09" or $s eq "\x0a" or $s eq "\x0d" or $s eq "\x20"){if (!$self->{incr_nest}){$p--;last INCR_PARSE}next}elsif ($s eq 't' or $s eq 'f' or $s eq 'n'){$self->{incr_mode}=INCR_M_TFN;redo INCR_PARSE}elsif ($s =~ /^[0-9\-]$/){$self->{incr_mode}=INCR_M_NUM;redo INCR_PARSE}elsif ($s eq '"'){$self->{incr_mode}=INCR_M_STR;redo INCR_PARSE}elsif ($s eq '[' or $s eq '{'){if (++$self->{incr_nest}> $coder->get_max_depth){Carp::croak('json text or perl structure exceeds maximum nesting level (max_depth set too low?)')}next}elsif ($s eq ']' or $s eq '}'){if (--$self->{incr_nest}<= 0){last INCR_PARSE}}elsif ($s eq '#'){$self->{incr_mode}=INCR_M_C1;redo INCR_PARSE}}}}$self->{incr_pos}=$p;$self->{incr_parsing}=$p ? 1 : 0}sub incr_text {if ($_[0]->{incr_pos}){Carp::croak("incr_text cannot be called when the incremental parser already started parsing")}$_[0]->{incr_text}}sub incr_skip {my$self=shift;$self->{incr_text}=substr($self->{incr_text},$self->{incr_pos});$self->{incr_pos}=0;$self->{incr_mode}=0;$self->{incr_nest}=0}sub incr_reset {my$self=shift;$self->{incr_text}=undef;$self->{incr_pos}=0;$self->{incr_mode}=0;$self->{incr_nest}=0}1;
JSON_PP

$fatpacked{"JSON/PP/Boolean.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'JSON_PP_BOOLEAN';
  package JSON::PP::Boolean;use strict;require overload;local $^W;overload::import('overload',"0+"=>sub {${$_[0]}},"++"=>sub {$_[0]=${$_[0]}+ 1},"--"=>sub {$_[0]=${$_[0]}- 1},fallback=>1,);$JSON::PP::Boolean::VERSION='4.04';1;
JSON_PP_BOOLEAN

$fatpacked{"Path/Tiny.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'PATH_TINY';
  use 5.008001;use strict;use warnings;package Path::Tiny;our$VERSION='0.108';use Config;use Exporter 5.57 (qw/import/);use File::Spec 0.86 ();use Carp ();our@EXPORT=qw/path/;our@EXPORT_OK=qw/cwd rootdir tempfile tempdir/;use constant {PATH=>0,CANON=>1,VOL=>2,DIR=>3,FILE=>4,TEMP=>5,IS_WIN32=>($^O eq 'MSWin32'),};use overload (q{""}=>sub {$_[0]->[PATH]},bool=>sub () {1},fallback=>1,);sub FREEZE {return $_[0]->[PATH]}sub THAW {return path($_[2])}{no warnings 'once';*TO_JSON=*FREEZE};my$HAS_UU;sub _check_UU {local$SIG{__DIE__};!!eval {require Unicode::UTF8;Unicode::UTF8->VERSION(0.58);1}}my$HAS_PU;sub _check_PU {local$SIG{__DIE__};!!eval {require Encode;require PerlIO::utf8_strict;PerlIO::utf8_strict->VERSION(0.003);1}}my$HAS_FLOCK=$Config{d_flock}|| $Config{d_fcntl_can_lock}|| $Config{d_lockf};my$SLASH=qr{[\\/]};my$NOTSLASH=qr{[^\\/]};my$DRV_VOL=qr{[a-z]:}i;my$UNC_VOL=qr{$SLASH $SLASH $NOTSLASH+ $SLASH $NOTSLASH+}x;my$WIN32_ROOT=qr{(?: $UNC_VOL $SLASH | $DRV_VOL $SLASH | $SLASH )}x;sub _win32_vol {my ($path,$drv)=@_;require Cwd;my$dcwd=eval {Cwd::getdcwd($drv)};$dcwd="$drv" unless defined$dcwd && length$dcwd;$dcwd =~ s{$SLASH?$}{/};$path =~ s{^$DRV_VOL}{$dcwd};return$path}sub _is_root {return IS_WIN32()? ($_[0]=~ /^$WIN32_ROOT$/): ($_[0]eq '/')}BEGIN {*_same=IS_WIN32()? sub {lc($_[0])eq lc($_[1])}: sub {$_[0]eq $_[1]}}my%MODEBITS=(om=>0007,gm=>0070,um=>0700);{my$m=0;$MODEBITS{$_}=(1 << $m++)for qw/ox ow or gx gw gr ux uw ur/};sub _symbolic_chmod {my ($mode,$symbolic)=@_;for my$clause (split /,\s*/,$symbolic){if ($clause =~ m{\A([augo]+)([=+-])([rwx]+)\z}){my ($who,$action,$perms)=($1,$2,$3);$who =~ s/a/ugo/g;for my$w (split //,$who){my$p=0;$p |= $MODEBITS{"$w$_"}for split //,$perms;if ($action eq '='){$mode=($mode & ~$MODEBITS{"${w}m"})| $p}else {$mode=$action eq "+" ? ($mode | $p): ($mode & ~$p)}}}else {Carp::croak("Invalid mode clause '$clause' for chmod()")}}return$mode}{package flock;use warnings::register}my$WARNED_NO_FLOCK=0;sub _throw {my ($self,$function,$file,$msg)=@_;if ($function =~ /^flock/ && $! =~ /operation not supported|function not implemented/i &&!warnings::fatal_enabled('flock')){if (!$WARNED_NO_FLOCK){warnings::warn(flock=>"Flock not available: '$!': continuing in unsafe mode");$WARNED_NO_FLOCK++}}else {$msg=$! unless defined$msg;Path::Tiny::Error->throw($function,(defined$file ? $file : $self->[PATH]),$msg)}return}sub _get_args {my ($raw,@valid)=@_;if (defined($raw)&& ref($raw)ne 'HASH'){my (undef,undef,undef,$called_as)=caller(1);$called_as =~ s{^.*::}{};Carp::croak("Options for $called_as must be a hash reference")}my$cooked={};for my$k (@valid){$cooked->{$k}=delete$raw->{$k}if exists$raw->{$k}}if (keys %$raw){my (undef,undef,undef,$called_as)=caller(1);$called_as =~ s{^.*::}{};Carp::croak("Invalid option(s) for $called_as: " .join(", ",keys %$raw))}return$cooked}sub path {my$path=shift;Carp::croak("Path::Tiny paths require defined, positive-length parts")unless 1 + @_==grep {defined && length}$path,@_;if (!@_ && ref($path)eq __PACKAGE__ &&!$path->[TEMP]){return$path}$path="$path";if (IS_WIN32()){$path=_win32_vol($path,$1)if$path =~ m{^($DRV_VOL)(?:$NOTSLASH|$)};$path .= "/" if$path =~ m{^$UNC_VOL$}}if (@_){$path .= (_is_root($path)? "" : "/").join("/",@_)}my$cpath=$path=File::Spec->canonpath($path);$path =~ tr[\\][/] if IS_WIN32();$path="/" if$path eq '/..';$path .= "/" if IS_WIN32()&& $path =~ m{^$UNC_VOL$};if (_is_root($path)){$path =~ s{/?$}{/}}else {$path =~ s{/$}{}}if ($path =~ m{^(~[^/]*).*}){require File::Glob;my ($homedir)=File::Glob::bsd_glob($1);$homedir =~ tr[\\][/] if IS_WIN32();$path =~ s{^(~[^/]*)}{$homedir}}bless [$path,$cpath ],__PACKAGE__}sub new {shift;path(@_)}sub cwd {require Cwd;return path(Cwd::getcwd())}sub rootdir {path(File::Spec->rootdir)}sub tempfile {shift if @_ && $_[0]eq 'Path::Tiny';my$opts=(@_ && ref $_[0]eq 'HASH')? shift @_ : {};$opts=_get_args($opts,qw/realpath/);my ($maybe_template,$args)=_parse_file_temp_args(@_);$args->{TEMPLATE}=$maybe_template->[0]if @$maybe_template;require File::Temp;my$temp=File::Temp->new(TMPDIR=>1,%$args);close$temp;my$self=$opts->{realpath}? path($temp)->realpath : path($temp)->absolute;$self->[TEMP]=$temp;return$self}sub tempdir {shift if @_ && $_[0]eq 'Path::Tiny';my$opts=(@_ && ref $_[0]eq 'HASH')? shift @_ : {};$opts=_get_args($opts,qw/realpath/);my ($maybe_template,$args)=_parse_file_temp_args(@_);require File::Temp;my$temp=File::Temp->newdir(@$maybe_template,TMPDIR=>1,%$args);my$self=$opts->{realpath}? path($temp)->realpath : path($temp)->absolute;$self->[TEMP]=$temp;$temp->{REALNAME}=$self->[CANON]if IS_WIN32;return$self}sub _parse_file_temp_args {my$leading_template=(scalar(@_)% 2==1 ? shift(@_): '');my%args=@_;%args=map {uc($_),$args{$_}}keys%args;my@template=(exists$args{TEMPLATE}? delete$args{TEMPLATE}: $leading_template ? $leading_template : ());return (\@template,\%args)}sub _splitpath {my ($self)=@_;@{$self}[VOL,DIR,FILE ]=File::Spec->splitpath($self->[PATH])}sub _resolve_symlinks {my ($self)=@_;my$new=$self;my ($count,%seen)=0;while (-l $new->[PATH]){if ($seen{$new->[PATH]}++){$self->_throw('readlink',$self->[PATH],"symlink loop detected")}if (++$count > 100){$self->_throw('readlink',$self->[PATH],"maximum symlink depth exceeded")}my$resolved=readlink$new->[PATH]or $new->_throw('readlink',$new->[PATH]);$resolved=path($resolved);$new=$resolved->is_absolute ? $resolved : $new->sibling($resolved)}return$new}sub absolute {my ($self,$base)=@_;if (IS_WIN32){return$self if length$self->volume;if ($self->is_absolute){require Cwd;my ($drv)=Win32::GetCwd()=~ /^($DRV_VOL | $UNC_VOL)/x;return path($drv .$self->[PATH])}}else {return$self if$self->is_absolute}require Cwd;return path(Cwd::getcwd(),$_[0]->[PATH])unless defined$base;$base=path($base);return path(($base->is_absolute ? $base : $base->absolute),$_[0]->[PATH])}sub append {my ($self,@data)=@_;my$args=(@data && ref$data[0]eq 'HASH')? shift@data : {};$args=_get_args($args,qw/binmode truncate/);my$binmode=$args->{binmode};$binmode=((caller(0))[10]|| {})->{'open>'}unless defined$binmode;my$mode=$args->{truncate}? ">" : ">>";my$fh=$self->filehandle({locked=>1 },$mode,$binmode);print {$fh}map {ref eq 'ARRAY' ? @$_ : $_}@data;close$fh or $self->_throw('close')}sub append_raw {my ($self,@data)=@_;my$args=(@data && ref$data[0]eq 'HASH')? shift@data : {};$args=_get_args($args,qw/binmode truncate/);$args->{binmode}=':unix';append($self,$args,@data)}sub append_utf8 {my ($self,@data)=@_;my$args=(@data && ref$data[0]eq 'HASH')? shift@data : {};$args=_get_args($args,qw/binmode truncate/);if (defined($HAS_UU)? $HAS_UU : ($HAS_UU=_check_UU())){$args->{binmode}=":unix";append($self,$args,map {Unicode::UTF8::encode_utf8($_)}@data)}elsif (defined($HAS_PU)? $HAS_PU : ($HAS_PU=_check_PU())){$args->{binmode}=":unix:utf8_strict";append($self,$args,@data)}else {$args->{binmode}=":unix:encoding(UTF-8)";append($self,$args,@data)}}sub assert {my ($self,$assertion)=@_;return$self unless$assertion;if (ref$assertion eq 'CODE'){local $_=$self;$assertion->()or Path::Tiny::Error->throw("assert",$self->[PATH],"failed assertion")}else {Carp::croak("argument to assert must be a code reference argument")}return$self}sub basename {my ($self,@suffixes)=@_;$self->_splitpath unless defined$self->[FILE];my$file=$self->[FILE];for my$s (@suffixes){my$re=ref($s)eq 'Regexp' ? qr/$s$/ : qr/\Q$s\E$/;last if$file =~ s/$re//}return$file}sub canonpath {$_[0]->[CANON]}sub cached_temp {my$self=shift;$self->_throw("cached_temp",$self,"has no cached File::Temp object")unless defined$self->[TEMP];return$self->[TEMP]}sub child {my ($self,@parts)=@_;return path($self->[PATH],@parts)}sub children {my ($self,$filter)=@_;my$dh;opendir$dh,$self->[PATH]or $self->_throw('opendir');my@children=readdir$dh;closedir$dh or $self->_throw('closedir');if (not defined$filter){@children=grep {$_ ne '.' && $_ ne '..'}@children}elsif ($filter && ref($filter)eq 'Regexp'){@children=grep {$_ ne '.' && $_ ne '..' && $_ =~ $filter}@children}else {Carp::croak("Invalid argument '$filter' for children()")}return map {path($self->[PATH],$_)}@children}sub chmod {my ($self,$new_mode)=@_;my$mode;if ($new_mode =~ /\d/){$mode=($new_mode =~ /^0/ ? oct($new_mode): $new_mode)}elsif ($new_mode =~ /[=+-]/){$mode=_symbolic_chmod($self->stat->mode & 07777,$new_mode)}else {Carp::croak("Invalid mode argument '$new_mode' for chmod()")}CORE::chmod($mode,$self->[PATH])or $self->_throw("chmod");return 1}sub copy {my ($self,$dest)=@_;require File::Copy;File::Copy::copy($self->[PATH],$dest)or Carp::croak("copy failed for $self to $dest: $!");return -d $dest ? path($dest,$self->basename): path($dest)}sub digest {my ($self,@opts)=@_;my$args=(@opts && ref$opts[0]eq 'HASH')? shift@opts : {};$args=_get_args($args,qw/chunk_size/);unshift@opts,'SHA-256' unless@opts;require Digest;my$digest=Digest->new(@opts);if ($args->{chunk_size}){my$fh=$self->filehandle({locked=>1 },"<",":unix");my$buf;$digest->add($buf)while read$fh,$buf,$args->{chunk_size}}else {$digest->add($self->slurp_raw)}return$digest->hexdigest}sub dirname {my ($self)=@_;$self->_splitpath unless defined$self->[DIR];return length$self->[DIR]? $self->[DIR]: "."}sub edit {my$self=shift;my$cb=shift;my$args=_get_args(shift,qw/binmode/);Carp::croak("Callback for edit() must be a code reference")unless defined($cb)&& ref($cb)eq 'CODE';local $_=$self->slurp(exists($args->{binmode})? {binmode=>$args->{binmode}}: ());$cb->();$self->spew($args,$_);return}sub edit_utf8 {my ($self,$cb)=@_;Carp::croak("Callback for edit_utf8() must be a code reference")unless defined($cb)&& ref($cb)eq 'CODE';local $_=$self->slurp_utf8;$cb->();$self->spew_utf8($_);return}sub edit_raw {$_[2]={binmode=>":unix" };goto&edit}sub edit_lines {my$self=shift;my$cb=shift;my$args=_get_args(shift,qw/binmode/);Carp::croak("Callback for edit_lines() must be a code reference")unless defined($cb)&& ref($cb)eq 'CODE';my$binmode=$args->{binmode};$binmode=((caller(0))[10]|| {})->{'open>'}unless defined$binmode;my$resolved_path=$self->_resolve_symlinks;my$temp=path($resolved_path .$$ .int(rand(2**31)));my$temp_fh=$temp->filehandle({exclusive=>1,locked=>1 },">",$binmode);my$in_fh=$self->filehandle({locked=>1 },'<',$binmode);local $_;while (<$in_fh>){$cb->();$temp_fh->print($_)}close$temp_fh or $self->_throw('close',$temp);close$in_fh or $self->_throw('close');return$temp->move($resolved_path)}sub edit_lines_raw {$_[2]={binmode=>":unix" };goto&edit_lines}sub edit_lines_utf8 {$_[2]={binmode=>":raw:encoding(UTF-8)" };goto&edit_lines}sub exists {-e $_[0]->[PATH]}sub is_file {-e $_[0]->[PATH]&&!-d _}sub is_dir {-d $_[0]->[PATH]}sub filehandle {my ($self,@args)=@_;my$args=(@args && ref$args[0]eq 'HASH')? shift@args : {};$args=_get_args($args,qw/locked exclusive/);$args->{locked}=1 if$args->{exclusive};my ($opentype,$binmode)=@args;$opentype="<" unless defined$opentype;Carp::croak("Invalid file mode '$opentype'")unless grep {$opentype eq $_}qw/< +< > +> >> +>>/;$binmode=((caller(0))[10]|| {})->{'open' .substr($opentype,-1,1)}unless defined$binmode;$binmode="" unless defined$binmode;my ($fh,$lock,$trunc);if ($HAS_FLOCK && $args->{locked}&&!$ENV{PERL_PATH_TINY_NO_FLOCK}){require Fcntl;if (grep {$opentype eq $_}qw(> +>)){my$flags=$opentype eq ">" ? Fcntl::O_WRONLY(): Fcntl::O_RDWR();$flags |= Fcntl::O_CREAT();$flags |= Fcntl::O_EXCL()if$args->{exclusive};sysopen($fh,$self->[PATH],$flags)or $self->_throw("sysopen");if ($binmode =~ s/^:unix//){binmode($fh,":raw")or $self->_throw("binmode (:raw)");while (1 < (my$layers=()=PerlIO::get_layers($fh,output=>1))){binmode($fh,":pop")or $self->_throw("binmode (:pop)")}}if (length$binmode){binmode($fh,$binmode)or $self->_throw("binmode ($binmode)")}$lock=Fcntl::LOCK_EX();$trunc=1}elsif ($^O eq 'aix' && $opentype eq "<"){if (-w $self->[PATH]){$opentype="+<";$lock=Fcntl::LOCK_EX()}}else {$lock=$opentype eq "<" ? Fcntl::LOCK_SH(): Fcntl::LOCK_EX()}}unless ($fh){my$mode=$opentype .$binmode;open$fh,$mode,$self->[PATH]or $self->_throw("open ($mode)")}do {flock($fh,$lock)or $self->_throw("flock ($lock)")}if$lock;do {truncate($fh,0)or $self->_throw("truncate")}if$trunc;return$fh}sub is_absolute {substr($_[0]->dirname,0,1)eq '/'}sub is_relative {substr($_[0]->dirname,0,1)ne '/'}sub is_rootdir {my ($self)=@_;$self->_splitpath unless defined$self->[DIR];return$self->[DIR]eq '/' && $self->[FILE]eq ''}sub iterator {my$self=shift;my$args=_get_args(shift,qw/recurse follow_symlinks/);my@dirs=$self;my$current;return sub {my$next;while (@dirs){if (ref$dirs[0]eq 'Path::Tiny'){if (!-r $dirs[0]){shift@dirs and next}$current=$dirs[0];my$dh;opendir($dh,$current->[PATH])or $self->_throw('opendir',$current->[PATH]);$dirs[0]=$dh;if (-l $current->[PATH]&&!$args->{follow_symlinks}){shift@dirs and next}}while (defined($next=readdir$dirs[0])){next if$next eq '.' || $next eq '..';my$path=$current->child($next);push@dirs,$path if$args->{recurse}&& -d $path &&!(!$args->{follow_symlinks}&& -l $path);return$path}shift@dirs}return}}sub lines {my$self=shift;my$args=_get_args(shift,qw/binmode chomp count/);my$binmode=$args->{binmode};$binmode=((caller(0))[10]|| {})->{'open<'}unless defined$binmode;my$fh=$self->filehandle({locked=>1 },"<",$binmode);my$chomp=$args->{chomp};if ($args->{count}){my ($counter,$mod,@result)=(0,abs($args->{count}));while (my$line=<$fh>){$line =~ s/(?:\x{0d}?\x{0a}|\x{0d})$// if$chomp;$result[$counter++ ]=$line;last if$counter==$args->{count};$counter %= $mod}splice(@result,0,0,splice(@result,$counter))if@result==$mod && $counter % $mod;return@result}elsif ($chomp){return map {s/(?:\x{0d}?\x{0a}|\x{0d})$//;$_}<$fh>}else {return wantarray ? <$fh> : (my$count=()=<$fh>)}}sub lines_raw {my$self=shift;my$args=_get_args(shift,qw/binmode chomp count/);if ($args->{chomp}&&!$args->{count}){return split /\n/,slurp_raw($self)}else {$args->{binmode}=":raw";return lines($self,$args)}}my$CRLF=qr/(?:\x{0d}?\x{0a}|\x{0d})/;sub lines_utf8 {my$self=shift;my$args=_get_args(shift,qw/binmode chomp count/);if ((defined($HAS_UU)? $HAS_UU : ($HAS_UU=_check_UU()))&& $args->{chomp}&&!$args->{count}){my$slurp=slurp_utf8($self);$slurp =~ s/$CRLF$//;return split$CRLF,$slurp,-1}elsif (defined($HAS_PU)? $HAS_PU : ($HAS_PU=_check_PU())){$args->{binmode}=":unix:utf8_strict";return lines($self,$args)}else {$args->{binmode}=":raw:encoding(UTF-8)";return lines($self,$args)}}sub mkpath {my ($self,$args)=@_;$args={}unless ref$args eq 'HASH';my$err;$args->{error}=\$err unless defined$args->{error};require File::Path;my@dirs=File::Path::make_path($self->[PATH],$args);if ($err && @$err){my ($file,$message)=%{$err->[0]};Carp::croak("mkpath failed for $file: $message")}return@dirs}sub move {my ($self,$dst)=@_;return rename($self->[PATH],$dst)|| $self->_throw('rename',$self->[PATH]."' -> '$dst")}my%opens=(opena=>">>",openr=>"<",openw=>">",openrw=>"+<");while (my ($k,$v)=each%opens){no strict 'refs';*{$k}=sub {my ($self,@args)=@_;my$args=(@args && ref$args[0]eq 'HASH')? shift@args : {};$args=_get_args($args,qw/locked/);my ($binmode)=@args;$binmode=((caller(0))[10]|| {})->{'open' .substr($v,-1,1)}unless defined$binmode;$self->filehandle($args,$v,$binmode)};*{$k ."_raw"}=sub {my ($self,@args)=@_;my$args=(@args && ref$args[0]eq 'HASH')? shift@args : {};$args=_get_args($args,qw/locked/);$self->filehandle($args,$v,":raw")};*{$k ."_utf8"}=sub {my ($self,@args)=@_;my$args=(@args && ref$args[0]eq 'HASH')? shift@args : {};$args=_get_args($args,qw/locked/);$self->filehandle($args,$v,":raw:encoding(UTF-8)")}}sub parent {my ($self,$level)=@_;$level=1 unless defined$level && $level > 0;$self->_splitpath unless defined$self->[FILE];my$parent;if (length$self->[FILE]){if ($self->[FILE]eq '.' || $self->[FILE]eq ".."){$parent=path($self->[PATH]."/..")}else {$parent=path(_non_empty($self->[VOL].$self->[DIR]))}}elsif (length$self->[DIR]){if ($self->[DIR]=~ m{(?:^\.\./|/\.\./|/\.\.$)}){$parent=path($self->[VOL].$self->[DIR]."/..")}else {(my$dir=$self->[DIR])=~ s{/[^\/]+/$}{/};$parent=path($self->[VOL].$dir)}}else {$parent=path(_non_empty($self->[VOL]))}return$level==1 ? $parent : $parent->parent($level - 1)}sub _non_empty {my ($string)=shift;return ((defined($string)&& length($string))? $string : ".")}sub realpath {my$self=shift;$self=$self->_resolve_symlinks;require Cwd;$self->_splitpath if!defined$self->[FILE];my$check_parent=length$self->[FILE]&& $self->[FILE]ne '.' && $self->[FILE]ne '..';my$realpath=eval {local$SIG{__WARN__}=sub {};Cwd::realpath($check_parent ? $self->parent->[PATH]: $self->[PATH])};$self->_throw("resolving realpath")unless defined$realpath && length$realpath && -e $realpath;return ($check_parent ? path($realpath,$self->[FILE]): path($realpath))}sub relative {my ($self,$base)=@_;$base=path(defined$base && length$base ? $base : '.');$self=$self->absolute if$self->is_relative;$base=$base->absolute if$base->is_relative;$self=$self->absolute if!length$self->volume && length$base->volume;$base=$base->absolute if length$self->volume &&!length$base->volume;if (!_same($self->volume,$base->volume)){Carp::croak("relative() can't cross volumes: '$self' vs '$base'")}return path(".")if _same($self->[PATH],$base->[PATH]);if ($base->subsumes($self)){$base="" if$base->is_rootdir;my$relative="$self";$relative =~ s{\A\Q$base/}{};return path($relative)}my (@common,@self_parts,@base_parts);@base_parts=split /\//,$base->_just_filepath;if ($self->is_rootdir){@common=("");shift@base_parts}else {@self_parts=split /\//,$self->_just_filepath;while (@self_parts && @base_parts && _same($self_parts[0],$base_parts[0])){push@common,shift@base_parts;shift@self_parts}}if (my$new_base=$self->_resolve_between(\@common,\@base_parts)){return$self->relative($new_base)}my@new_path=(("..")x (0+ @base_parts),@self_parts);return path(@new_path)}sub _just_filepath {my$self=shift;my$self_vol=$self->volume;return "$self" if!length$self_vol;(my$self_path="$self")=~ s{\A\Q$self_vol}{};return$self_path}sub _resolve_between {my ($self,$common,$base)=@_;my$path=$self->volume .join("/",@$common);my$changed=0;for my$p (@$base){$path .= "/$p";if ($p eq '..'){$changed=1;if (-e $path){$path=path($path)->realpath->[PATH]}else {$path =~ s{/[^/]+/..$}{/}}}if (-l $path){$changed=1;$path=path($path)->realpath->[PATH]}}return$changed ? path($path): undef}sub remove {my$self=shift;return 0 if!-e $self->[PATH]&&!-l $self->[PATH];return unlink($self->[PATH])|| $self->_throw('unlink')}sub remove_tree {my ($self,$args)=@_;return 0 if!-e $self->[PATH]&&!-l $self->[PATH];$args={}unless ref$args eq 'HASH';my$err;$args->{error}=\$err unless defined$args->{error};$args->{safe}=1 unless defined$args->{safe};require File::Path;my$count=File::Path::remove_tree($self->[PATH],$args);if ($err && @$err){my ($file,$message)=%{$err->[0]};Carp::croak("remove_tree failed for $file: $message")}return$count}sub sibling {my$self=shift;return path($self->parent->[PATH],@_)}sub slurp {my$self=shift;my$args=_get_args(shift,qw/binmode/);my$binmode=$args->{binmode};$binmode=((caller(0))[10]|| {})->{'open<'}unless defined$binmode;my$fh=$self->filehandle({locked=>1 },"<",$binmode);if ((defined($binmode)? $binmode : "")eq ":unix" and my$size=-s $fh){my$buf;read$fh,$buf,$size;return$buf}else {local $/;return scalar <$fh>}}sub slurp_raw {$_[1]={binmode=>":unix" };goto&slurp}sub slurp_utf8 {if (defined($HAS_UU)? $HAS_UU : ($HAS_UU=_check_UU())){return Unicode::UTF8::decode_utf8(slurp($_[0],{binmode=>":unix" }))}elsif (defined($HAS_PU)? $HAS_PU : ($HAS_PU=_check_PU())){$_[1]={binmode=>":unix:utf8_strict" };goto&slurp}else {$_[1]={binmode=>":raw:encoding(UTF-8)" };goto&slurp}}sub spew {my ($self,@data)=@_;my$args=(@data && ref$data[0]eq 'HASH')? shift@data : {};$args=_get_args($args,qw/binmode/);my$binmode=$args->{binmode};$binmode=((caller(0))[10]|| {})->{'open>'}unless defined$binmode;my$resolved_path=$self->_resolve_symlinks;my$temp=path($resolved_path .$$ .int(rand(2**31)));my$fh=$temp->filehandle({exclusive=>1,locked=>1 },">",$binmode);print {$fh}map {ref eq 'ARRAY' ? @$_ : $_}@data;close$fh or $self->_throw('close',$temp->[PATH]);return$temp->move($resolved_path)}sub spew_raw {splice @_,1,0,{binmode=>":unix" };goto&spew}sub spew_utf8 {if (defined($HAS_UU)? $HAS_UU : ($HAS_UU=_check_UU())){my$self=shift;spew($self,{binmode=>":unix" },map {Unicode::UTF8::encode_utf8($_)}map {ref eq 'ARRAY' ? @$_ : $_}@_)}elsif (defined($HAS_PU)? $HAS_PU : ($HAS_PU=_check_PU())){splice @_,1,0,{binmode=>":unix:utf8_strict" };goto&spew}else {splice @_,1,0,{binmode=>":unix:encoding(UTF-8)" };goto&spew}}sub stat {my$self=shift;require File::stat;return File::stat::stat($self->[PATH])|| $self->_throw('stat')}sub lstat {my$self=shift;require File::stat;return File::stat::lstat($self->[PATH])|| $self->_throw('lstat')}sub stringify {$_[0]->[PATH]}sub subsumes {my$self=shift;Carp::croak("subsumes() requires a defined, positive-length argument")unless defined $_[0];my$other=path(shift);if ($self->is_absolute &&!$other->is_absolute){$other=$other->absolute}elsif ($other->is_absolute &&!$self->is_absolute){$self=$self->absolute}if (length$self->volume &&!length$other->volume){$other=$other->absolute}elsif (length$other->volume &&!length$self->volume){$self=$self->absolute}if ($self->[PATH]eq '.'){return!!1}elsif ($self->is_rootdir){return$other->[PATH]=~ m{^\Q$self->[PATH]\E}}else {return$other->[PATH]=~ m{^\Q$self->[PATH]\E(?:/|$)}}}sub touch {my ($self,$epoch)=@_;if (!-e $self->[PATH]){my$fh=$self->openw;close$fh or $self->_throw('close')}if (defined$epoch){utime$epoch,$epoch,$self->[PATH]or $self->_throw("utime ($epoch)")}else {utime undef,undef,$self->[PATH]or $self->_throw("utime ()")}return$self}sub touchpath {my ($self)=@_;my$parent=$self->parent;$parent->mkpath unless$parent->exists;$self->touch}sub visit {my$self=shift;my$cb=shift;my$args=_get_args(shift,qw/recurse follow_symlinks/);Carp::croak("Callback for visit() must be a code reference")unless defined($cb)&& ref($cb)eq 'CODE';my$next=$self->iterator($args);my$state={};while (my$file=$next->()){local $_=$file;my$r=$cb->($file,$state);last if ref($r)eq 'SCALAR' &&!$$r}return$state}sub volume {my ($self)=@_;$self->_splitpath unless defined$self->[VOL];return$self->[VOL]}package Path::Tiny::Error;our@CARP_NOT=qw/Path::Tiny/;use overload (q{""}=>sub {(shift)->{msg}},fallback=>1);sub throw {my ($class,$op,$file,$err)=@_;chomp(my$trace=Carp::shortmess);my$msg="Error $op on '$file': $err$trace\n";die bless {op=>$op,file=>$file,err=>$err,msg=>$msg },$class}1;
PATH_TINY

$fatpacked{"Proc/Find/Parents.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'PROC_FIND_PARENTS';
  package Proc::Find::Parents;our$DATE='2018-01-17';our$VERSION='0.631';use 5.010001;use strict;use warnings;require Exporter;our@ISA=qw(Exporter);our@EXPORT_OK=qw(get_parent_processes);sub get_parent_processes {my ($pid,$opts)=@_;$pid //= $$;$opts //= {};my%proc;if (($opts->{method}// 'proctable')eq 'pstree'){my@lines=`pstree -pAl`;return undef unless@lines;my@p;for (@lines){my$i=0;while (/(?: (\s*(?:\|-?|`-)) | (.+?)\((\d+)\) )
                      (?: -[+-]- )?/gx){unless ($1){my$p={name=>$2,pid=>$3};$p[$i]=$p;$p->{ppid}=$p[$i-1]{pid}if$i > 0;$proc{$3}=$p}$i++}}}else {eval {require Proc::ProcessTable};return undef if $@;state$pt=Proc::ProcessTable->new;for my$p (@{$pt->table}){$proc{$p->{pid}}={name=>$p->{fname},cmdline=>$p->{cmndline},pid=>$p->{pid},ppid=>$p->{ppid},uid=>$p->{uid},gid=>$p->{gid},pgrp=>$p->{pgrp},sess=>$p->{sess},sgid=>$p->{sgid},euid=>$p->{euid},egid=>$p->{egid},ttydev=>$p->{ttydev},ttynum=>$p->{ttynum},}}}my@p=();my$cur_pid=$pid;while (1){return if!$proc{$cur_pid};$proc{$cur_pid}{name}=$1 if$proc{$cur_pid}{name}=~ /\A\{(.+)\}\z/;push@p,$proc{$cur_pid};$cur_pid=$proc{$cur_pid}{ppid};last unless$cur_pid}shift@p;\@p}1;
PROC_FIND_PARENTS

$fatpacked{"Term/Detect/Software.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'TERM_DETECT_SOFTWARE';
  package Term::Detect::Software;our$DATE='2019-08-21';our$VERSION='0.222';use 5.010001;use strict;use warnings;use experimental 'smartmatch';require Exporter;our@ISA=qw(Exporter);our@EXPORT_OK=qw(detect_terminal detect_terminal_cached);my$dt_cache;sub detect_terminal_cached {if (!$dt_cache){$dt_cache=detect_terminal(@_)}$dt_cache}sub detect_terminal {my@dbg;my$info={_debug_info=>\@dbg};DETECT: {unless (defined$ENV{TERM}){push@dbg,"skip: TERM env undefined";$info->{emulator_engine}='';$info->{emulator_software}='';last DETECT}if ($ENV{KONSOLE_DBUS_SERVICE}|| $ENV{KONSOLE_DBUS_SESSION}){push@dbg,"detect: konsole via KONSOLE_DBUS_{SERVICE,SESSION} env";$info->{emulator_engine}='konsole';$info->{color_depth}=2**24;$info->{default_bgcolor}='000000';$info->{unicode}=1;$info->{box_chars}=1;last DETECT}if ($ENV{XTERM_VERSION}){push@dbg,"detect: xterm via XTERM_VERSION env";$info->{emulator_engine}='xterm';$info->{color_depth}=256;$info->{default_bgcolor}='ffffff';$info->{unicode}=0;$info->{box_chars}=1;last DETECT}if ($ENV{TERM}eq 'xterm' && ($ENV{OSTYPE}// '')eq 'cygwin'){push@dbg,"detect: xterm via TERM env (cygwin)";$info->{emulator_engine}='cygwin';$info->{color_depth}=16;$info->{default_bgcolor}='000000';$info->{unicode}=0;$info->{box_chars}=1;last DETECT}if ($ENV{TERM}eq 'linux'){push@dbg,"detect: linux via TERM env";$info->{emulator_engine}='linux';$info->{color_depth}=16;$info->{default_bgcolor}='000000';$info->{unicode}=0;$info->{box_chars}=0;last DETECT}my$gnome_terminal_terms=[qw/gnome-terminal guake xfce4-terminal mlterm lxterminal/];my$set_gnome_terminal_term=sub {$info->{emulator_software}=$_[0];$info->{emulator_engine}='gnome-terminal';$info->{color_depth}=$_[0]=~ /xfce4/ ? 16 : 256;$info->{unicode}=1;if ($_[0]~~ [qw/mlterm/]){$info->{default_bgcolor}='ffffff'}else {$info->{default_bgcolor}='000000'}$info->{box_chars}=1};if (($ENV{COLORTERM}// '')~~ $gnome_terminal_terms){push@dbg,"detect: gnome-terminal via COLORTERM";$set_gnome_terminal_term->($ENV{COLORTERM});last DETECT}if ($ENV{TERM}eq 'dumb' && $ENV{windir}){push@dbg,"detect: windows via TERM & windir env";$info->{emulator_software}='windows';$info->{emulator_engine}='windows';$info->{color_depth}=16;$info->{unicode}=0;$info->{default_bgcolor}='000000';$info->{box_chars}=0;last DETECT}if ($ENV{TERM}eq 'dumb'){push@dbg,"detect: dumb via TERM env";$info->{emulator_software}='dumb';$info->{emulator_engine}='dumb';$info->{color_depth}=0;$info->{default_bgcolor}='000000';$info->{box_chars}=0;last DETECT}{last if $^O =~ /Win/;require Proc::Find::Parents;my$ppids=Proc::Find::Parents::get_parent_processes();unless (defined$ppids){push@dbg,"skip: get_parent_processes returns undef";last}my$proc=@$ppids >= 1 ? $ppids->[1]{name}: '';if ($proc ~~ $gnome_terminal_terms){push@dbg,"detect: gnome-terminal via procname ($proc)";$set_gnome_terminal_term->($proc);last DETECT}elsif ($proc ~~ [qw/rxvt mrxvt/]){push@dbg,"detect: rxvt via procname ($proc)";$info->{emulator_software}=$proc;$info->{emulator_engine}='rxvt';$info->{color_depth}=16;$info->{unicode}=0;$info->{default_bgcolor}='d6d2d0';$info->{box_chars}=1;last DETECT}elsif ($proc eq 'st' && $ENV{TERM}eq 'xterm-256color'){push@dbg,"detect: st via procname";$info->{emulator_software}='st';$info->{emulator_engine}='st';$info->{color_depth}=256;$info->{unicode}=1;$info->{default_bgcolor}='000000';$info->{box_chars}=1;last DETECT}elsif ($proc ~~ [qw/pterm/]){push@dbg,"detect: pterm via procname ($proc)";$info->{emulator_software}=$proc;$info->{emulator_engine}='putty';$info->{color_depth}=256;$info->{unicode}=0;$info->{default_bgcolor}='000000';last DETECT}elsif ($proc ~~ [qw/xvt/]){push@dbg,"detect: xvt via procname ($proc)";$info->{emulator_software}=$proc;$info->{emulator_engine}='xvt';$info->{color_depth}=0;$info->{unicode}=0;$info->{default_bgcolor}='d6d2d0';last DETECT}}{unless (exists$info->{color_depth}){if ($ENV{TERM}=~ /256color/){push@dbg,"detect color_depth: 256 via TERM env";$info->{color_depth}=256}else {require File::Which;if (File::Which::which("tput")){my$res=`tput colors` + 0;push@dbg,"detect color_depth: $res via tput";$res=16 if$res==8;$info->{color_depth}=$res}}}$info->{emulator_software}//= '(generic)';$info->{emulator_engine}//= '(generic)';$info->{unicode}//= 0;$info->{color_depth}//= 0;$info->{box_chars}//= 0;$info->{default_bgcolor}//= '000000'}}if ($ENV{INSIDE_EMACS}){$info->{inside_emacs}=1;$info->{box_chars}=0}$info}1;
TERM_DETECT_SOFTWARE

$fatpacked{"Text/CSV.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'TEXT_CSV';
  package Text::CSV;use strict;use Exporter;use Carp ();use vars qw($VERSION $DEBUG @ISA @EXPORT_OK);@ISA=qw(Exporter);@EXPORT_OK=qw(csv);BEGIN {$VERSION='2.00';$DEBUG=0}my$Module_XS='Text::CSV_XS';my$Module_PP='Text::CSV_PP';my$XS_Version='1.02';my$Is_Dynamic=0;my@PublicMethods=qw/version error_diag error_input known_attributes csv PV IV NV/;unless ($Text::CSV::Worker){$Text::CSV::DEBUG and Carp::carp("Check used worker module...");if (exists$ENV{PERL_TEXT_CSV}){if ($ENV{PERL_TEXT_CSV}eq '0' or $ENV{PERL_TEXT_CSV}eq 'Text::CSV_PP'){_load_pp()or Carp::croak $@}elsif ($ENV{PERL_TEXT_CSV}eq '1' or $ENV{PERL_TEXT_CSV}=~ /Text::CSV_XS\s*,\s*Text::CSV_PP/){_load_xs()or _load_pp()or Carp::croak $@}elsif ($ENV{PERL_TEXT_CSV}eq '2' or $ENV{PERL_TEXT_CSV}eq 'Text::CSV_XS'){_load_xs()or Carp::croak $@}else {Carp::croak "The value of environmental variable 'PERL_TEXT_CSV' is invalid."}}else {_load_xs()or _load_pp()or Carp::croak $@}}sub new {my$proto=shift;my$class=ref($proto)|| $proto;unless ($proto){return eval qq| $Text::CSV::Worker\::new( \$proto ) |}if (my$obj=$Text::CSV::Worker->new(@_)){$obj->{_MODULE}=$Text::CSV::Worker;bless$obj,$class;return$obj}else {return}}sub require_xs_version {$XS_Version}sub module {my$proto=shift;return!ref($proto)? $Text::CSV::Worker : ref($proto->{_MODULE})? ref($proto->{_MODULE}): $proto->{_MODULE}}*backend=*module;sub is_xs {return $_[0]->module eq $Module_XS}sub is_pp {return $_[0]->module eq $Module_PP}sub is_dynamic {$Is_Dynamic}sub _load_xs {_load($Module_XS,$XS_Version)}sub _load_pp {_load($Module_PP)}sub _load {my ($module,$version)=@_;$version ||= '';$Text::CSV::DEBUG and Carp::carp "Load $module.";eval qq| use $module $version |;return if $@;push@Text::CSV::ISA,$module;$Text::CSV::Worker=$module;local $^W;no strict qw(refs);for my$method (@PublicMethods){*{"Text::CSV::$method"}=\&{"$module\::$method"}}return 1}1;
TEXT_CSV

$fatpacked{"Text/CSV_PP.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'TEXT_CSV_PP';
  package Text::CSV_PP;require 5.006001;use strict;use Exporter ();use vars qw($VERSION @ISA @EXPORT_OK);use Carp;$VERSION='2.00';@ISA=qw(Exporter);@EXPORT_OK=qw(csv);sub PV {0}sub IV {1}sub NV {2}sub IS_QUOTED () {0x0001}sub IS_BINARY () {0x0002}sub IS_ERROR () {0x0004}sub IS_MISSING () {0x0010}sub HOOK_ERROR () {0x0001}sub HOOK_AFTER_PARSE () {0x0002}sub HOOK_BEFORE_PRINT () {0x0004}sub useIO_EOF () {0x0010}my$ERRORS={1000=>"INI - constructor failed",1001=>"INI - sep_char is equal to quote_char or escape_char",1002=>"INI - allow_whitespace with escape_char or quote_char SP or TAB",1003=>"INI - \\r or \\n in main attr not allowed",1004=>"INI - callbacks should be undef or a hashref",1005=>"INI - EOL too long",1006=>"INI - SEP too long",1007=>"INI - QUOTE too long",1008=>"INI - SEP undefined",1010=>"INI - the header is empty",1011=>"INI - the header contains more than one valid separator",1012=>"INI - the header contains an empty field",1013=>"INI - the header contains nun-unique fields",1014=>"INI - header called on undefined stream",1500=>"PRM - Invalid/unsupported arguments(s)",1501=>"PRM - The key attribute is passed as an unsupported type",1502=>"PRM - The value attribute is passed without the key attribute",1503=>"PRM - The value attribute is passed as an unsupported type",2010=>"ECR - QUO char inside quotes followed by CR not part of EOL",2011=>"ECR - Characters after end of quoted field",2012=>"EOF - End of data in parsing input stream",2013=>"ESP - Specification error for fragments RFC7111",2014=>"ENF - Inconsistent number of fields",2021=>"EIQ - NL char inside quotes, binary off",2022=>"EIQ - CR char inside quotes, binary off",2023=>"EIQ - QUO character not allowed",2024=>"EIQ - EOF cannot be escaped, not even inside quotes",2025=>"EIQ - Loose unescaped escape",2026=>"EIQ - Binary character inside quoted field, binary off",2027=>"EIQ - Quoted field not terminated",2030=>"EIF - NL char inside unquoted verbatim, binary off",2031=>"EIF - CR char is first char of field, not part of EOL",2032=>"EIF - CR char inside unquoted, not part of EOL",2034=>"EIF - Loose unescaped quote",2035=>"EIF - Escaped EOF in unquoted field",2036=>"EIF - ESC error",2037=>"EIF - Binary character in unquoted field, binary off",2110=>"ECB - Binary character in Combine, binary off",2200=>"EIO - print to IO failed. See errno",3001=>"EHR - Unsupported syntax for column_names ()",3002=>"EHR - getline_hr () called before column_names ()",3003=>"EHR - bind_columns () and column_names () fields count mismatch",3004=>"EHR - bind_columns () only accepts refs to scalars",3006=>"EHR - bind_columns () did not pass enough refs for parsed fields",3007=>"EHR - bind_columns needs refs to writable scalars",3008=>"EHR - unexpected error in bound fields",3009=>"EHR - print_hr () called before column_names ()",3010=>"EHR - print_hr () called with invalid arguments",4001=>"PRM - The key does not exist as field in the data",0=>"",};BEGIN {if ($] < 5.006){$INC{'bytes.pm'}=1 unless$INC{'bytes.pm'};no strict 'refs';*{"utf8::is_utf8"}=sub {0};*{"utf8::decode"}=sub {}}elsif ($] < 5.008){no strict 'refs';*{"utf8::is_utf8"}=sub {0};*{"utf8::decode"}=sub {};*{"utf8::encode"}=sub {}}elsif (!defined&utf8::is_utf8){require Encode;*utf8::is_utf8=*Encode::is_utf8}eval q| require Scalar::Util |;if ($@){eval q| require B |;if ($@){Carp::croak $@}else {my%tmap=qw(B::NULL SCALAR B::HV HASH B::AV ARRAY B::CV CODE B::IO IO B::GV GLOB B::REGEXP REGEXP);*Scalar::Util::reftype=sub (\$) {my$r=shift;return undef unless length(ref($r));my$t=ref(B::svref_2object($r));return exists$tmap{$t}? $tmap{$t}: length(ref($$r))? 'REF' : 'SCALAR'};*Scalar::Util::readonly=sub (\$) {my$b=B::svref_2object($_[0]);$b->FLAGS & 0x00800000}}}}sub version {return$VERSION}my%def_attr=(eol=>'',sep_char=>',',quote_char=>'"',escape_char=>'"',binary=>0,decode_utf8=>1,auto_diag=>0,diag_verbose=>0,strict=>0,blank_is_undef=>0,empty_is_undef=>0,allow_whitespace=>0,allow_loose_quotes=>0,allow_loose_escapes=>0,allow_unquoted_escape=>0,always_quote=>0,quote_empty=>0,quote_space=>1,quote_binary=>1,escape_null=>1,keep_meta_info=>0,verbatim=>0,formula=>0,undef_str=>undef,types=>undef,callbacks=>undef,_EOF=>0,_RECNO=>0,_STATUS=>undef,_FIELDS=>undef,_FFLAGS=>undef,_STRING=>undef,_ERROR_INPUT=>undef,_COLUMN_NAMES=>undef,_BOUND_COLUMNS=>undef,_AHEAD=>undef,ENCODING=>undef,);my%attr_alias=(quote_always=>"always_quote",verbose_diag=>"diag_verbose",quote_null=>"escape_null",escape=>"escape_char",);my$last_new_error=Text::CSV_PP->SetDiag(0);my$last_error;sub _unhealthy_whitespace {my ($self,$aw)=@_;$aw or return 0;my$quo=$self->{quote};defined$quo && length ($quo)or $quo=$self->{quote_char};my$esc=$self->{escape_char};defined$quo && $quo =~ m/^[ \t]/ and return 1002;defined$esc && $esc =~ m/^[ \t]/ and return 1002;return 0}sub _check_sanity {my$self=shift;my$eol=$self->{eol};my$sep=$self->{sep};defined$sep && length ($sep)or $sep=$self->{sep_char};my$quo=$self->{quote};defined$quo && length ($quo)or $quo=$self->{quote_char};my$esc=$self->{escape_char};$sep ne "" or return 1008;length ($sep)> 16 and return 1006;$sep =~ m/[\r\n]/ and return 1003;if (defined$quo){$quo eq $sep and return 1001;length ($quo)> 16 and return 1007;$quo =~ m/[\r\n]/ and return 1003}if (defined$esc){$esc eq $sep and return 1001;$esc =~ m/[\r\n]/ and return 1003}if (defined$eol){length ($eol)> 16 and return 1005}return _unhealthy_whitespace ($self,$self->{allow_whitespace})}sub known_attributes {sort grep!m/^_/=>"sep","quote",keys%def_attr}sub new {$last_new_error=Text::CSV_PP->SetDiag(1000,'usage: my $csv = Text::CSV_PP->new ([{ option => value, ... }]);');my$proto=shift;my$class=ref ($proto)|| $proto or return;@_ > 0 && ref $_[0]ne "HASH" and return;my$attr=shift || {};my%attr=map {my$k=m/^[a-zA-Z]\w+$/ ? lc $_ : $_;exists$attr_alias{$k}and $k=$attr_alias{$k};$k=>$attr->{$_}}keys %$attr;my$sep_aliased=0;if (exists$attr{sep}){$attr{sep_char}=delete$attr{sep};$sep_aliased=1}my$quote_aliased=0;if (exists$attr{quote}){$attr{quote_char}=delete$attr{quote};$quote_aliased=1}exists$attr{formula_handling}and $attr{formula}=delete$attr{formula_handling};exists$attr{formula}and $attr{formula}=_supported_formula (undef,$attr{formula});for (keys%attr){if (m/^[a-z]/ && exists$def_attr{$_}){defined$attr{$_}&& m/_char$/ and utf8::decode ($attr{$_});next}$last_new_error=Text::CSV_PP->SetDiag(1000,"INI - Unknown attribute '$_'");$attr{auto_diag}and error_diag ();return}if ($sep_aliased){my@b=unpack "U0C*",$attr{sep_char};if (@b > 1){$attr{sep}=$attr{sep_char};$attr{sep_char}="\0"}else {$attr{sep}=undef}}if ($quote_aliased and defined$attr{quote_char}){my@b=unpack "U0C*",$attr{quote_char};if (@b > 1){$attr{quote}=$attr{quote_char};$attr{quote_char}="\0"}else {$attr{quote}=undef}}my$self={%def_attr,%attr };if (my$ec=_check_sanity ($self)){$last_new_error=Text::CSV_PP->SetDiag($ec);$attr{auto_diag}and error_diag ();return}if (defined$self->{callbacks}&& ref$self->{callbacks}ne "HASH"){Carp::carp "The 'callbacks' attribute is set but is not a hash: ignored\n";$self->{callbacks}=undef}$last_new_error=Text::CSV_PP->SetDiag(0);defined $\ &&!exists$attr{eol}and $self->{eol}=$\;bless$self,$class;defined$self->{types}and $self->types ($self->{types});$self}my%_cache_id=(quote_char=>0,escape_char=>1,sep_char=>2,sep=>39,binary=>3,keep_meta_info=>4,always_quote=>5,allow_loose_quotes=>6,allow_loose_escapes=>7,allow_unquoted_escape=>8,allow_whitespace=>9,blank_is_undef=>10,eol=>11,quote=>15,verbatim=>22,empty_is_undef=>23,auto_diag=>24,diag_verbose=>33,quote_space=>25,quote_empty=>37,quote_binary=>32,escape_null=>31,decode_utf8=>35,_has_ahead=>30,_has_hooks=>36,_is_bound=>26,formula=>38,strict=>42,undef_str=>46,);my%_hidden_cache_id=qw(sep_len 38 eol_len 12 eol_is_cr 13 quo_len 16 has_error_input 34);my%_reverse_cache_id=(map({$_cache_id{$_}=>$_}keys%_cache_id),map({$_hidden_cache_id{$_}=>$_}keys%_hidden_cache_id),);sub _set_attr_C {my ($self,$name,$val,$ec)=@_;defined$val or $val=0;utf8::decode ($val);$self->{$name}=$val;$ec=_check_sanity ($self)and croak ($self->SetDiag ($ec));$self->_cache_set ($_cache_id{$name},$val)}sub _set_attr_X {my ($self,$name,$val)=@_;defined$val or $val=0;$self->{$name}=$val;$self->_cache_set ($_cache_id{$name},0 + $val)}sub _set_attr_N {my ($self,$name,$val)=@_;$self->{$name}=$val;$self->_cache_set ($_cache_id{$name},0 + $val)}sub quote_char {my$self=shift;if (@_){$self->_set_attr_C ("quote_char",shift);$self->_cache_set ($_cache_id{quote},"")}$self->{quote_char}}sub quote {my$self=shift;if (@_){my$quote=shift;defined$quote or $quote="";utf8::decode ($quote);my@b=unpack "U0C*",$quote;if (@b > 1){@b > 16 and croak ($self->SetDiag (1007));$self->quote_char ("\0")}else {$self->quote_char ($quote);$quote=""}$self->{quote}=$quote;my$ec=_check_sanity ($self);$ec and croak ($self->SetDiag ($ec));$self->_cache_set ($_cache_id{quote},$quote)}my$quote=$self->{quote};defined$quote && length ($quote)? $quote : $self->{quote_char}}sub escape_char {my$self=shift;if (@_){my$ec=shift;$self->_set_attr_C ("escape_char",$ec);$ec or $self->_set_attr_X ("escape_null",0)}$self->{escape_char}}sub sep_char {my$self=shift;if (@_){$self->_set_attr_C ("sep_char",shift);$self->_cache_set ($_cache_id{sep},"")}$self->{sep_char}}sub sep {my$self=shift;if (@_){my$sep=shift;defined$sep or $sep="";utf8::decode ($sep);my@b=unpack "U0C*",$sep;if (@b > 1){@b > 16 and croak ($self->SetDiag (1006));$self->sep_char ("\0")}else {$self->sep_char ($sep);$sep=""}$self->{sep}=$sep;my$ec=_check_sanity ($self);$ec and croak ($self->SetDiag ($ec));$self->_cache_set ($_cache_id{sep},$sep)}my$sep=$self->{sep};defined$sep && length ($sep)? $sep : $self->{sep_char}}sub eol {my$self=shift;if (@_){my$eol=shift;defined$eol or $eol="";length ($eol)> 16 and croak ($self->SetDiag (1005));$self->{eol}=$eol;$self->_cache_set ($_cache_id{eol},$eol)}$self->{eol}}sub always_quote {my$self=shift;@_ and $self->_set_attr_X ("always_quote",shift);$self->{always_quote}}sub quote_space {my$self=shift;@_ and $self->_set_attr_X ("quote_space",shift);$self->{quote_space}}sub quote_empty {my$self=shift;@_ and $self->_set_attr_X ("quote_empty",shift);$self->{quote_empty}}sub escape_null {my$self=shift;@_ and $self->_set_attr_X ("escape_null",shift);$self->{escape_null}}sub quote_null {goto&escape_null}sub quote_binary {my$self=shift;@_ and $self->_set_attr_X ("quote_binary",shift);$self->{quote_binary}}sub binary {my$self=shift;@_ and $self->_set_attr_X ("binary",shift);$self->{binary}}sub strict {my$self=shift;@_ and $self->_set_attr_X ("strict",shift);$self->{strict}}sub _SetDiagInfo {my ($self,$err,$msg)=@_;$self->SetDiag ($err);my$em=$self->error_diag;$em =~ s/^\d+$// and $msg =~ s/^/# /;my$sep=$em =~ m/[;\n]$/ ? "\n\t" : ": ";join$sep=>grep m/\S\S\S/=>$em,$msg}sub _supported_formula {my ($self,$f)=@_;defined$f or return 5;$f =~ m/^(?: 0 | none    )$/xi ? 0 : $f =~ m/^(?: 1 | die     )$/xi ? 1 : $f =~ m/^(?: 2 | croak   )$/xi ? 2 : $f =~ m/^(?: 3 | diag    )$/xi ? 3 : $f =~ m/^(?: 4 | empty | )$/xi ? 4 : $f =~ m/^(?: 5 | undef   )$/xi ? 5 : do {$self ||= "Text::CSV_PP";croak ($self->_SetDiagInfo (1500,"formula-handling '$f' is not supported"))}}sub formula {my$self=shift;@_ and $self->_set_attr_N ("formula",_supported_formula ($self,shift));[qw(none die croak diag empty undef)]->[_supported_formula ($self,$self->{formula})]}sub formula_handling {my$self=shift;$self->formula (@_)}sub decode_utf8 {my$self=shift;@_ and $self->_set_attr_X ("decode_utf8",shift);$self->{decode_utf8}}sub keep_meta_info {my$self=shift;if (@_){my$v=shift;!defined$v || $v eq "" and $v=0;$v =~ m/^[0-9]/ or $v=lc$v eq "false" ? 0 : 1;$self->_set_attr_X ("keep_meta_info",$v)}$self->{keep_meta_info}}sub allow_loose_quotes {my$self=shift;@_ and $self->_set_attr_X ("allow_loose_quotes",shift);$self->{allow_loose_quotes}}sub allow_loose_escapes {my$self=shift;@_ and $self->_set_attr_X ("allow_loose_escapes",shift);$self->{allow_loose_escapes}}sub allow_whitespace {my$self=shift;if (@_){my$aw=shift;_unhealthy_whitespace ($self,$aw)and croak ($self->SetDiag (1002));$self->_set_attr_X ("allow_whitespace",$aw)}$self->{allow_whitespace}}sub allow_unquoted_escape {my$self=shift;@_ and $self->_set_attr_X ("allow_unquoted_escape",shift);$self->{allow_unquoted_escape}}sub blank_is_undef {my$self=shift;@_ and $self->_set_attr_X ("blank_is_undef",shift);$self->{blank_is_undef}}sub empty_is_undef {my$self=shift;@_ and $self->_set_attr_X ("empty_is_undef",shift);$self->{empty_is_undef}}sub verbatim {my$self=shift;@_ and $self->_set_attr_X ("verbatim",shift);$self->{verbatim}}sub undef_str {my$self=shift;if (@_){my$v=shift;$self->{undef_str}=defined$v ? "$v" : undef;$self->_cache_set ($_cache_id{undef_str},$self->{undef_str})}$self->{undef_str}}sub auto_diag {my$self=shift;if (@_){my$v=shift;!defined$v || $v eq "" and $v=0;$v =~ m/^[0-9]/ or $v=lc$v eq "false" ? 0 : 1;$self->_set_attr_X ("auto_diag",$v)}$self->{auto_diag}}sub diag_verbose {my$self=shift;if (@_){my$v=shift;!defined$v || $v eq "" and $v=0;$v =~ m/^[0-9]/ or $v=lc$v eq "false" ? 0 : 1;$self->_set_attr_X ("diag_verbose",$v)}$self->{diag_verbose}}sub status {$_[0]->{_STATUS}}sub eof {$_[0]->{_EOF}}sub types {my$self=shift;if (@_){if (my$types=shift){$self->{'_types'}=join("",map{chr($_)}@$types);$self->{'types'}=$types}else {delete$self->{'types'};delete$self->{'_types'};undef}}else {$self->{'types'}}}sub callbacks {my$self=shift;if (@_){my$cb;my$hf=0x00;if (defined $_[0]){grep {!defined}@_ and croak ($self->SetDiag (1004));$cb=@_==1 && ref $_[0]eq "HASH" ? shift : @_ % 2==0 ? {@_ }: croak ($self->SetDiag (1004));for my$cbk (keys %$cb){$cbk =~ m/^[\w.]+$/ && ref$cb->{$cbk}eq "CODE" or croak ($self->SetDiag (1004))}exists$cb->{error}and $hf |= 0x01;exists$cb->{after_parse}and $hf |= 0x02;exists$cb->{before_print}and $hf |= 0x04}elsif (@_ > 1){croak ($self->SetDiag (1004))}$self->_set_attr_X ("_has_hooks",$hf);$self->{callbacks}=$cb}$self->{callbacks}}sub error_diag {my$self=shift;my@diag=(0 + $last_new_error,$last_new_error,0,0,0);if ($self && ref$self && UNIVERSAL::isa ($self,__PACKAGE__)&& exists$self->{_ERROR_DIAG}){$diag[0]=0 + $self->{_ERROR_DIAG};$diag[1]=$self->{_ERROR_DIAG};$diag[2]=1 + $self->{_ERROR_POS}if exists$self->{_ERROR_POS};$diag[3]=$self->{_RECNO};$diag[4]=$self->{_ERROR_FLD}if exists$self->{_ERROR_FLD};$diag[0]&& $self->{callbacks}&& $self->{callbacks}{error}and return$self->{callbacks}{error}->(@diag)}my$context=wantarray;unless (defined$context){if ($diag[0]&& $diag[0]!=2012){my$msg="# CSV_PP ERROR: $diag[0] - $diag[1] \@ rec $diag[3] pos $diag[2]\n";$diag[4]and $msg =~ s/$/ field $diag[4]/;unless ($self && ref$self){warn$msg;return}if ($self->{diag_verbose}and $self->{_ERROR_INPUT}){$msg .= "$self->{_ERROR_INPUT}'\n";$msg .= " " x ($diag[2]- 1);$msg .= "^\n"}my$lvl=$self->{auto_diag};if ($lvl < 2){my@c=caller (2);if (@c >= 11 && $c[10]&& ref$c[10]eq "HASH"){my$hints=$c[10];(exists$hints->{autodie}&& $hints->{autodie}or exists$hints->{"guard Fatal"}&& !exists$hints->{"no Fatal"})and $lvl++}}$lvl > 1 ? die$msg : warn$msg}return}return$context ? @diag : $diag[1]}sub record_number {return shift->{_RECNO}}*string=\&_string;sub _string {defined $_[0]->{_STRING}? ${$_[0]->{_STRING}}: undef}*fields=\&_fields;sub _fields {ref($_[0]->{_FIELDS})? @{$_[0]->{_FIELDS}}: undef}sub meta_info {$_[0]->{_FFLAGS}? @{$_[0]->{_FFLAGS}}: undef}sub is_quoted {return unless (defined $_[0]->{_FFLAGS});return if($_[1]=~ /\D/ or $_[1]< 0 or $_[1]> $#{$_[0]->{_FFLAGS}});$_[0]->{_FFLAGS}->[$_[1]]& IS_QUOTED ? 1 : 0}sub is_binary {return unless (defined $_[0]->{_FFLAGS});return if($_[1]=~ /\D/ or $_[1]< 0 or $_[1]> $#{$_[0]->{_FFLAGS}});$_[0]->{_FFLAGS}->[$_[1]]& IS_BINARY ? 1 : 0}sub is_missing {my ($self,$idx,$val)=@_;return unless$self->{keep_meta_info};$idx < 0 ||!ref$self->{_FFLAGS}and return;$idx >= @{$self->{_FFLAGS}}and return 1;$self->{_FFLAGS}[$idx]& IS_MISSING ? 1 : 0}*combine=\&_combine;sub _combine {my ($self,@fields)=@_;my$str="";$self->{_FIELDS}=\@fields;$self->{_STATUS}=(@fields > 0)&& $self->__combine(\$str,\@fields,0);$self->{_STRING}=\$str;$self->{_STATUS}}*parse=\&_parse;sub _parse {my ($self,$str)=@_;ref$str and croak ($self->SetDiag (1500));my$fields=[];my$fflags=[];$self->{_STRING}=\$str;if (defined$str && $self->__parse ($fields,$fflags,$str,0)){$self->{_FIELDS}=$fields;$self->{_FFLAGS}=$fflags;$self->{_STATUS}=1}else {$self->{_FIELDS}=undef;$self->{_FFLAGS}=undef;$self->{_STATUS}=0}$self->{_STATUS}}sub column_names {my ($self,@columns)=@_;@columns or return defined$self->{_COLUMN_NAMES}? @{$self->{_COLUMN_NAMES}}: ();@columns==1 &&!defined$columns[0]and return$self->{_COLUMN_NAMES}=undef;if (@columns==1 && ref$columns[0]eq "ARRAY"){@columns=@{$columns[0]}}elsif (join "",map {defined $_ ? ref $_ : ""}@columns){croak$self->SetDiag(3001)}if ($self->{_BOUND_COLUMNS}&& @columns!=@{$self->{_BOUND_COLUMNS}}){croak$self->SetDiag(3003)}$self->{_COLUMN_NAMES}=[map {defined $_ ? $_ : "\cAUNDEF\cA"}@columns ];@{$self->{_COLUMN_NAMES}}}sub header {my ($self,$fh,@args)=@_;$fh or croak ($self->SetDiag (1014));my (@seps,%args);for (@args){if (ref $_ eq "ARRAY"){push@seps,@$_;next}if (ref $_ eq "HASH"){%args=%$_;next}croak (q{usage: $csv->header ($fh, [ seps ], { options })})}defined$args{munge}&&!defined$args{munge_column_names}and $args{munge_column_names}=$args{munge};defined$args{detect_bom}or $args{detect_bom}=1;defined$args{set_column_names}or $args{set_column_names}=1;defined$args{munge_column_names}or $args{munge_column_names}="lc";$self->{_RECNO}=0;$self->{_AHEAD}=undef;$self->{_COLUMN_NAMES}=undef if$args{set_column_names};$self->{_BOUND_COLUMNS}=undef if$args{set_column_names};$self->_cache_set($_cache_id{'_has_ahead'},0);if (defined$args{sep_set}){ref$args{sep_set}eq "ARRAY" or croak ($self->_SetDiagInfo (1500,"sep_set should be an array ref"));@seps=@{$args{sep_set}}}$^O eq "MSWin32" and binmode$fh;my$hdr=<$fh>;defined$hdr && $hdr ne "" or croak ($self->SetDiag (1010));my%sep;@seps or @seps=(",",";");for my$sep (@seps){index ($hdr,$sep)>= 0 and $sep{$sep}++}keys%sep >= 2 and croak ($self->SetDiag (1011));$self->sep (keys%sep);my$enc="";if ($args{detect_bom}){if ($hdr =~ s/^\x00\x00\xfe\xff//){$enc="utf-32be"}elsif ($hdr =~ s/^\xff\xfe\x00\x00//){$enc="utf-32le"}elsif ($hdr =~ s/^\xfe\xff//){$enc="utf-16be"}elsif ($hdr =~ s/^\xff\xfe//){$enc="utf-16le"}elsif ($hdr =~ s/^\xef\xbb\xbf//){$enc="utf-8"}elsif ($hdr =~ s/^\xf7\x64\x4c//){$enc="utf-1"}elsif ($hdr =~ s/^\xdd\x73\x66\x73//){$enc="utf-ebcdic"}elsif ($hdr =~ s/^\x0e\xfe\xff//){$enc="scsu"}elsif ($hdr =~ s/^\xfb\xee\x28//){$enc="bocu-1"}elsif ($hdr =~ s/^\x84\x31\x95\x33//){$enc="gb-18030"}elsif ($hdr =~ s/^\x{feff}//){$enc=""}$self->{ENCODING}=uc$enc;$hdr eq "" and croak ($self->SetDiag (1010));if ($enc){if ($enc =~ m/([13]).le$/){my$l=0 + $1;my$x;$hdr .= "\0" x $l;read$fh,$x,$l}if ($enc ne "utf-8"){require Encode;$hdr=Encode::decode ($enc,$hdr)}binmode$fh,":encoding($enc)"}}my ($ahead,$eol);if ($hdr =~ s/^([^\r\n]+)([\r\n]+)([^\r\n].+)\z/$1/s){$eol=$2;$ahead=$3}$args{munge_column_names}eq "lc" and $hdr=lc$hdr;$args{munge_column_names}eq "uc" and $hdr=uc$hdr;my$hr=\$hdr;open my$h,"<",$hr or croak ($self->SetDiag (1010));my$row=$self->getline ($h)or croak;close$h;if ($ahead){$self->_cache_set ($_cache_id{_has_ahead},1);$self->{_AHEAD}=$ahead;$eol =~ m/^\r([^\n]|\z)/ and $self->eol ($eol)}my@hdr=@$row;ref$args{munge_column_names}eq "CODE" and @hdr=map {$args{munge_column_names}->($_)}@hdr;ref$args{munge_column_names}eq "HASH" and @hdr=map {$args{munge_column_names}->{$_}|| $_}@hdr;my%hdr;$hdr{$_}++ for@hdr;exists$hdr{""}and croak ($self->SetDiag (1012));unless (keys%hdr==@hdr){croak ($self->_SetDiagInfo (1013,join ", "=>map {"$_ ($hdr{$_})"}grep {$hdr{$_}> 1}keys%hdr))}$args{set_column_names}and $self->column_names (@hdr);wantarray ? @hdr : $self}sub bind_columns {my ($self,@refs)=@_;@refs or return defined$self->{_BOUND_COLUMNS}? @{$self->{_BOUND_COLUMNS}}: undef;@refs==1 &&!defined$refs[0]and return$self->{_BOUND_COLUMNS}=undef;if ($self->{_COLUMN_NAMES}&& @refs!=@{$self->{_COLUMN_NAMES}}){croak$self->SetDiag(3003)}if (grep {ref $_ ne "SCALAR"}@refs){croak$self->SetDiag(3004)}$self->_set_attr_N("_is_bound",scalar@refs);$self->{_BOUND_COLUMNS}=[@refs ];@refs}sub getline_hr {my ($self,@args,%hr)=@_;$self->{_COLUMN_NAMES}or croak ($self->SetDiag (3002));my$fr=$self->getline (@args)or return;if (ref$self->{_FFLAGS}){$self->{_FFLAGS}[$_]=IS_MISSING for (@$fr ? $#{$fr}+ 1 : 0).. $#{$self->{_COLUMN_NAMES}};@$fr==1 && (!defined$fr->[0]|| $fr->[0]eq "")and $self->{_FFLAGS}[0]||= IS_MISSING}@hr{@{$self->{_COLUMN_NAMES}}}=@$fr;\%hr}sub getline_hr_all {my ($self,$io,@args)=@_;unless ($self->{_COLUMN_NAMES}){croak$self->SetDiag(3002)}my@cn=@{$self->{_COLUMN_NAMES}};return [map {my%h;@h{@cn }=@$_;\%h}@{$self->getline_all($io,@args)}]}sub say {my ($self,$io,@f)=@_;my$eol=$self->eol;$eol eq "" and $self->eol ($\ || $/);my$state=$self->print ($io,@f==1 &&!defined$f[0]? undef : @f);$self->eol ($eol);return$state}sub print_hr {my ($self,$io,$hr)=@_;$self->{_COLUMN_NAMES}or croak($self->SetDiag(3009));ref$hr eq "HASH" or croak($self->SetDiag(3010));$self->print ($io,[map {$hr->{$_}}$self->column_names ])}sub fragment {my ($self,$io,$spec)=@_;my$qd=qr{\s* [0-9]+ \s* }x;my$qs=qr{\s* (?: [0-9]+ | \* ) \s*}x;my$qr=qr{$qd (?: - $qs )?}x;my$qc=qr{$qr (?: ; $qr )*}x;defined$spec && $spec =~ m{^ \s*
          \x23 ? \s*                                # optional leading #
          ( row | col | cell ) \s* =
          ( $qc                                        # for row and col
          | $qd , $qd (?: - $qs , $qs)?                # for cell (ranges)
            (?: ; $qd , $qd (?: - $qs , $qs)? )*        # and cell (range) lists
          ) \s* $}xi or croak ($self->SetDiag (2013));my ($type,$range)=(lc $1,$2);my@h=$self->column_names ();my@c;if ($type eq "cell"){my@spec;my$min_row;my$max_row=0;for (split m/\s*;\s*/=>$range){my ($tlr,$tlc,$brr,$brc)=(m{
                      ^ \s* ([0-9]+     ) \s* , \s* ([0-9]+     ) \s*
                  (?: - \s* ([0-9]+ | \*) \s* , \s* ([0-9]+ | \*) \s* )?
                      $}x)or croak ($self->SetDiag (2013));defined$brr or ($brr,$brc)=($tlr,$tlc);$tlr==0 || $tlc==0 || ($brr ne "*" && ($brr==0 || $brr < $tlr))|| ($brc ne "*" && ($brc==0 || $brc < $tlc))and croak ($self->SetDiag (2013));$tlc--;$brc-- unless$brc eq "*";defined$min_row or $min_row=$tlr;$tlr < $min_row and $min_row=$tlr;$brr eq "*" || $brr > $max_row and $max_row=$brr;push@spec,[$tlr,$tlc,$brr,$brc ]}my$r=0;while (my$row=$self->getline ($io)){++$r < $min_row and next;my%row;my$lc;for my$s (@spec){my ($tlr,$tlc,$brr,$brc)=@$s;$r < $tlr || ($brr ne "*" && $r > $brr)and next;!defined$lc || $tlc < $lc and $lc=$tlc;my$rr=$brc eq "*" ? $#$row : $brc;$row{$_}=$row->[$_]for$tlc .. $rr}push@c,[@row{sort {$a <=> $b}keys%row }];if (@h){my%h;@h{@h}=@{$c[-1]};$c[-1]=\%h}$max_row ne "*" && $r==$max_row and last}return \@c}my@r;my$eod=0;for (split m/\s*;\s*/=>$range){my ($from,$to)=m/^\s* ([0-9]+) (?: \s* - \s* ([0-9]+ | \* ))? \s* $/x or croak ($self->SetDiag (2013));$to ||= $from;$to eq "*" and ($to,$eod)=($from,1);$from <= 0 || $to < $from and croak ($self->SetDiag (2013));$r[$_]=1 for$from .. $to}my$r=0;$type eq "col" and shift@r;$_ ||= 0 for@r;while (my$row=$self->getline ($io)){$r++;if ($type eq "row"){if (($r > $#r && $eod)|| $r[$r]){push@c,$row;if (@h){my%h;@h{@h}=@{$c[-1]};$c[-1]=\%h}}next}push@c,[map {($_ > $#r && $eod)|| $r[$_]? $row->[$_]: ()}0..$#$row ];if (@h){my%h;@h{@h}=@{$c[-1]};$c[-1]=\%h}}return \@c}my$csv_usage=q{usage: my $aoa = csv (in => $file);};sub _csv_attr {my%attr=(@_==1 && ref $_[0]eq "HASH" ? %{$_[0]}: @_)or croak;$attr{binary}=1;my$enc=delete$attr{enc}|| delete$attr{encoding}|| "";$enc eq "auto" and ($attr{detect_bom},$enc)=(1,"");$enc =~ m/^[-\w.]+$/ and $enc=":encoding($enc)";my$fh;my$sink=0;my$cls=0;my$in=delete$attr{in}|| delete$attr{file}or croak$csv_usage;my$out=exists$attr{out}&&!$attr{out}? \"skip" : delete$attr{out}|| delete$attr{file};ref$in eq "CODE" || ref$in eq "ARRAY" and $out ||= \*STDOUT;$in && $out &&!ref$in &&!ref$out and croak join "\n"=>qq{Cannot use a string for both in and out. Instead use:},qq{ csv (in => csv (in => "$in"), out => "$out");\n};if ($out){if ((ref$out and "SCALAR" ne ref$out)or "GLOB" eq ref \$out){$fh=$out}elsif (ref$out and "SCALAR" eq ref$out and defined $$out and $$out eq "skip"){delete$attr{out};$sink=1}else {open$fh,">",$out or croak "$out: $!";$cls=1}if ($fh){$enc and binmode$fh,$enc;unless (defined$attr{eol}){my@layers=eval {PerlIO::get_layers ($fh)};$attr{eol}=(grep m/crlf/=>@layers)? "\n" : "\r\n"}}}if (ref$in eq "CODE" or ref$in eq "ARRAY"){}elsif (ref$in eq "SCALAR"){open$fh,"<",$in or croak "Cannot open from SCALAR using PerlIO";$cls=1}elsif (ref$in or "GLOB" eq ref \$in){if (!ref$in && $] < 5.008005){$fh=\*$in}else {$fh=$in}}else {open$fh,"<$enc",$in or croak "$in: $!";$cls=1}$fh || $sink or croak qq{No valid source passed. "in" is required};my$hdrs=delete$attr{headers};my$frag=delete$attr{fragment};my$key=delete$attr{key};my$val=delete$attr{value};my$kh=delete$attr{keep_headers}|| delete$attr{keep_column_names}|| delete$attr{kh};my$cbai=delete$attr{callbacks}{after_in}|| delete$attr{after_in}|| delete$attr{callbacks}{after_parse}|| delete$attr{after_parse};my$cbbo=delete$attr{callbacks}{before_out}|| delete$attr{before_out};my$cboi=delete$attr{callbacks}{on_in}|| delete$attr{on_in};my$hd_s=delete$attr{sep_set}|| delete$attr{seps};my$hd_b=delete$attr{detect_bom}|| delete$attr{bom};my$hd_m=delete$attr{munge}|| delete$attr{munge_column_names};my$hd_c=delete$attr{set_column_names};for ([quo=>"quote" ],[esc=>"escape" ],[escape=>"escape_char" ],){my ($f,$t)=@$_;exists$attr{$f}and!exists$attr{$t}and $attr{$t}=delete$attr{$f}}my$fltr=delete$attr{filter};my%fltr=(not_blank=>sub {@{$_[1]}> 1 or defined $_[1][0]&& $_[1][0]ne ""},not_empty=>sub {grep {defined && $_ ne ""}@{$_[1]}},filled=>sub {grep {defined && m/\S/}@{$_[1]}},);defined$fltr &&!ref$fltr && exists$fltr{$fltr}and $fltr={0=>$fltr{$fltr}};ref$fltr eq "CODE" and $fltr={0=>$fltr };ref$fltr eq "HASH" or $fltr=undef;exists$attr{formula}and $attr{formula}=_supported_formula (undef,$attr{formula});defined$attr{auto_diag}or $attr{auto_diag}=1;defined$attr{escape_null}or $attr{escape_null}=0;my$csv=delete$attr{csv}|| Text::CSV_PP->new (\%attr)or croak$last_new_error;return {csv=>$csv,attr=>{%attr },fh=>$fh,cls=>$cls,in=>$in,sink=>$sink,out=>$out,enc=>$enc,hdrs=>$hdrs,key=>$key,val=>$val,kh=>$kh,frag=>$frag,fltr=>$fltr,cbai=>$cbai,cbbo=>$cbbo,cboi=>$cboi,hd_s=>$hd_s,hd_b=>$hd_b,hd_m=>$hd_m,hd_c=>$hd_c,}}sub csv {@_ && (ref $_[0]eq __PACKAGE__ or ref $_[0]eq 'Text::CSV')and splice @_,0,0,"csv";@_ or croak$csv_usage;my$c=_csv_attr (@_);my ($csv,$in,$fh,$hdrs)=@{$c}{"csv","in","fh","hdrs"};my%hdr;if (ref$hdrs eq "HASH"){%hdr=%$hdrs;$hdrs="auto"}if ($c->{out}&&!$c->{sink}){if (ref$in eq "CODE"){my$hdr=1;while (my$row=$in->($csv)){if (ref$row eq "ARRAY"){$csv->print ($fh,$row);next}if (ref$row eq "HASH"){if ($hdr){$hdrs ||= [map {$hdr{$_}|| $_}keys %$row ];$csv->print ($fh,$hdrs);$hdr=0}$csv->print ($fh,[@{$row}{@$hdrs}])}}}elsif (ref$in->[0]eq "ARRAY"){ref$hdrs and $csv->print ($fh,$hdrs);for (@{$in}){$c->{cboi}and $c->{cboi}->($csv,$_);$c->{cbbo}and $c->{cbbo}->($csv,$_);$csv->print ($fh,$_)}}else {my@hdrs=ref$hdrs ? @{$hdrs}: keys %{$in->[0]};defined$hdrs or $hdrs="auto";ref$hdrs || $hdrs eq "auto" and $csv->print ($fh,[map {$hdr{$_}|| $_}@hdrs ]);for (@{$in}){local%_;*_=$_;$c->{cboi}and $c->{cboi}->($csv,$_);$c->{cbbo}and $c->{cbbo}->($csv,$_);$csv->print ($fh,[@{$_}{@hdrs}])}}$c->{cls}and close$fh;return 1}my@row1;if (defined$c->{hd_s}|| defined$c->{hd_b}|| defined$c->{hd_m}|| defined$c->{hd_c}){my%harg;defined$c->{hd_s}and $harg{set_set}=$c->{hd_s};defined$c->{hd_d}and $harg{detect_bom}=$c->{hd_b};defined$c->{hd_m}and $harg{munge_column_names}=$hdrs ? "none" : $c->{hd_m};defined$c->{hd_c}and $harg{set_column_names}=$hdrs ? 0 : $c->{hd_c};@row1=$csv->header ($fh,\%harg);my@hdr=$csv->column_names;@hdr and $hdrs ||= \@hdr}if ($c->{kh}){ref$c->{kh}eq "ARRAY" or croak ($csv->SetDiag (1501));$hdrs ||= "auto"}my$key=$c->{key};if ($key){!ref$key or ref$key eq "ARRAY" && @$key > 1 or croak ($csv->SetDiag (1501));$hdrs ||= "auto"}my$val=$c->{val};if ($val){$key or croak ($csv->SetDiag (1502));!ref$val or ref$val eq "ARRAY" && @$val > 0 or croak ($csv->SetDiag (1503))}$c->{fltr}&& grep m/\D/=>keys %{$c->{fltr}}and $hdrs ||= "auto";if (defined$hdrs){if (!ref$hdrs){if ($hdrs eq "skip"){$csv->getline ($fh)}elsif ($hdrs eq "auto"){my$h=$csv->getline ($fh)or return;$hdrs=[map {$hdr{$_}|| $_}@$h ]}elsif ($hdrs eq "lc"){my$h=$csv->getline ($fh)or return;$hdrs=[map {lc ($hdr{$_}|| $_)}@$h ]}elsif ($hdrs eq "uc"){my$h=$csv->getline ($fh)or return;$hdrs=[map {uc ($hdr{$_}|| $_)}@$h ]}}elsif (ref$hdrs eq "CODE"){my$h=$csv->getline ($fh)or return;my$cr=$hdrs;$hdrs=[map {$cr->($hdr{$_}|| $_)}@$h ]}$c->{kh}and $hdrs and @{$c->{kh}}=@$hdrs}if ($c->{fltr}){my%f=%{$c->{fltr}};my@hdr;if (ref$hdrs){@hdr=@{$hdrs};for (0 .. $#hdr){exists$f{$hdr[$_]}and $f{$_ + 1}=delete$f{$hdr[$_]}}}$csv->callbacks (after_parse=>sub {my ($CSV,$ROW)=@_;for my$FLD (sort keys%f){local $_=$ROW->[$FLD - 1];local%_;@hdr and @_{@hdr}=@$ROW;$f{$FLD}->($CSV,$ROW)or return \"skip";$ROW->[$FLD - 1]=$_}})}my$frag=$c->{frag};my$ref=ref$hdrs ? do {my@h=$csv->column_names ($hdrs);my%h;$h{$_}++ for@h;exists$h{""}and croak ($csv->SetDiag (1012));unless (keys%h==@h){croak ($csv->_SetDiagInfo (1013,join ", "=>map {"$_ ($h{$_})"}grep {$h{$_}> 1}keys%h))}$frag ? $csv->fragment ($fh,$frag): $key ? do {my ($k,$j,@f)=ref$key ? (undef,@$key): ($key);if (my@mk=grep {!exists$h{$_}}grep {defined}$k,@f){croak ($csv->_SetDiagInfo (4001,join ", "=>@mk))}+{map {my$r=$_;my$K=defined$k ? $r->{$k}: join$j=>@{$r}{@f};($K=>($val ? ref$val ? {map {$_=>$r->{$_}}@$val }: $r->{$val}: $r))}@{$csv->getline_hr_all ($fh)}}}: $csv->getline_hr_all ($fh)}: $frag ? $csv->fragment ($fh,$frag): $csv->getline_all ($fh);if ($ref){@row1 &&!$c->{hd_c}&&!ref$hdrs and unshift @$ref,\@row1}else {Text::CSV_PP->auto_diag}$c->{cls}and close$fh;if ($ref and $c->{cbai}|| $c->{cboi}){for my$r (ref$ref eq "ARRAY" ? @{$ref}: values %{$ref}){local%_;ref$r eq "HASH" and *_=$r;$c->{cbai}and $c->{cbai}->($csv,$r);$c->{cboi}and $c->{cboi}->($csv,$r)}}$c->{sink}and return;defined wantarray or return csv (%{$c->{attr}},in=>$ref,headers=>$hdrs,%{$c->{attr}});return$ref}sub _setup_ctx {my$self=shift;$last_error=undef;my$ctx;if ($self->{_CACHE}){%$ctx=%{$self->{_CACHE}}}else {$ctx->{sep}=',';if (defined$self->{sep_char}){$ctx->{sep}=$self->{sep_char}}if (defined$self->{sep}and $self->{sep}ne ''){use bytes;$ctx->{sep}=$self->{sep};my$sep_len=length($ctx->{sep});$ctx->{sep_len}=$sep_len if$sep_len > 1}$ctx->{quo}='"';if (exists$self->{quote_char}){my$quote_char=$self->{quote_char};if (defined$quote_char and length$quote_char){$ctx->{quo}=$quote_char}else {$ctx->{quo}="\0"}}if (defined$self->{quote}and $self->{quote}ne ''){use bytes;$ctx->{quo}=$self->{quote};my$quote_len=length($ctx->{quo});$ctx->{quo_len}=$quote_len if$quote_len > 1}$ctx->{escape_char}='"';if (exists$self->{escape_char}){my$escape_char=$self->{escape_char};if (defined$escape_char and length$escape_char){$ctx->{escape_char}=$escape_char}else {$ctx->{escape_char}="\0"}}if (defined$self->{eol}){my$eol=$self->{eol};my$eol_len=length($eol);$ctx->{eol}=$eol;$ctx->{eol_len}=$eol_len;if ($eol_len==1 and $eol eq "\015"){$ctx->{eol_is_cr}=1}}$ctx->{undef_flg}=0;if (defined$self->{undef_str}){$ctx->{undef_str}=$self->{undef_str};$ctx->{undef_flg}=3 if utf8::is_utf8($self->{undef_str})}else {$ctx->{undef_str}=undef}if (defined$self->{_types}){$ctx->{types}=$self->{_types};$ctx->{types_len}=length($ctx->{types})}if (defined$self->{_is_bound}){$ctx->{is_bound}=$self->{_is_bound}}if (defined$self->{callbacks}){my$cb=$self->{callbacks};$ctx->{has_hooks}=0;if (defined$cb->{after_parse}and ref$cb->{after_parse}eq 'CODE'){$ctx->{has_hooks}|= HOOK_AFTER_PARSE}if (defined$cb->{before_print}and ref$cb->{before_print}eq 'CODE'){$ctx->{has_hooks}|= HOOK_BEFORE_PRINT}}for (qw/binary decode_utf8 always_quote strict quote_empty allow_loose_quotes allow_loose_escapes allow_unquoted_escape allow_whitespace blank_is_undef empty_is_undef verbatim auto_diag diag_verbose keep_meta_info formula/){$ctx->{$_}=defined$self->{$_}? $self->{$_}: 0}for (qw/quote_space escape_null quote_binary/){$ctx->{$_}=defined$self->{$_}? $self->{$_}: 1}if ($ctx->{escape_char}eq "\0"){$ctx->{escape_null}=0}%{$self->{_CACHE}}=%$ctx}$ctx->{utf8}=0;$ctx->{size}=0;$ctx->{used}=0;if ($ctx->{is_bound}){my$bound=$self->{_BOUND_COLUMNS};if ($bound and ref$bound eq 'ARRAY'){$ctx->{bound}=$bound}else {$ctx->{is_bound}=0}}$ctx->{eol_pos}=-1;$ctx->{eolx}=$ctx->{eol_len}? $ctx->{verbatim}|| $ctx->{eol_len}>= 2 ? 1 : $ctx->{eol}=~ /\A[\015\012]/ ? 0 : 1 : 0;if ($ctx->{sep_len}and $ctx->{sep_len}> 1 and _is_valid_utf8($ctx->{sep})){$ctx->{utf8}=1}if ($ctx->{quo_len}and $ctx->{quo_len}> 1 and _is_valid_utf8($ctx->{quo})){$ctx->{utf8}=1}$ctx}sub _cache_set {my ($self,$idx,$value)=@_;return unless exists$self->{_CACHE};my$cache=$self->{_CACHE};my$key=$_reverse_cache_id{$idx};if (!defined$key){warn (sprintf "Unknown cache index %d ignored\n",$idx)}elsif ($key eq 'sep_char'){$cache->{sep}=$value;$cache->{sep_len}=0}elsif ($key eq 'quote_char'){$cache->{quo}=$value;$cache->{quo_len}=0}elsif ($key eq '_has_ahead'){$cache->{has_ahead}=$value}elsif ($key eq '_has_hooks'){$cache->{has_hooks}=$value}elsif ($key eq '_is_bound'){$cache->{is_bound}=$value}elsif ($key eq 'sep'){use bytes;my$len=bytes::length($value);$cache->{sep}=$value if$len;$cache->{sep_len}=$len==1 ? 0 : $len}elsif ($key eq 'quote'){use bytes;my$len=bytes::length($value);$cache->{quo}=$value if$len;$cache->{quo_len}=$len==1 ? 0 : $len}elsif ($key eq 'eol'){if (defined($value)){$cache->{eol}=$value;$cache->{eol_len}=length($value)}$cache->{eol_is_cr}=$value eq "\015" ? 1 : 0}elsif ($key eq 'undef_str'){if (defined$value){$cache->{undef_str}=$value;$cache->{undef_flg}=3 if utf8::is_utf8($value)}else {$cache->{undef_str}=undef;$cache->{undef_flg}=0}}else {$cache->{$key}=$value}return 1}sub _cache_diag {my$self=shift;unless (exists$self->{_CACHE}){warn ("CACHE: invalid\n");return}my$cache=$self->{_CACHE};warn ("CACHE:\n");$self->__cache_show_char(quote_char=>$cache->{quo});$self->__cache_show_char(escape_char=>$cache->{escape_char});$self->__cache_show_char(sep_char=>$cache->{sep});for (qw/binary decode_utf8 allow_loose_escapes allow_loose_quotes allow_unquoted_escape allow_whitespace always_quote quote_empty quote_space escape_null quote_binary auto_diag diag_verbose formula strict has_error_input blank_is_undef empty_is_undef has_ahead keep_meta_info verbatim has_hooks eol_is_cr eol_len/){$self->__cache_show_byte($_=>$cache->{$_})}$self->__cache_show_str(eol=>$cache->{eol_len},$cache->{eol});$self->__cache_show_byte(sep_len=>$cache->{sep_len});if ($cache->{sep_len}and $cache->{sep_len}> 1){$self->__cache_show_str(sep=>$cache->{sep_len},$cache->{sep})}$self->__cache_show_byte(quo_len=>$cache->{quo_len});if ($cache->{quo_len}and $cache->{quo_len}> 1){$self->__cache_show_str(quote=>$cache->{quo_len},$cache->{quo})}}sub __cache_show_byte {my ($self,$key,$value)=@_;warn (sprintf "  %-21s %02x:%3d\n",$key,defined$value ? ord($value): 0,defined$value ? $value : 0)}sub __cache_show_char {my ($self,$key,$value)=@_;my$v=$value;if (defined$value){my@b=unpack "U0C*",$value;$v=pack "U*",$b[0]}warn (sprintf "  %-21s %02x:%s\n",$key,defined$v ? ord($v): 0,$self->__pretty_str($v,1))}sub __cache_show_str {my ($self,$key,$len,$value)=@_;warn (sprintf "  %-21s %02d:%s\n",$key,$len,$self->__pretty_str($value,$len))}sub __pretty_str {my ($self,$str,$len)=@_;return '' unless defined$str;$str=substr($str,0,$len);$str =~ s/"/\\"/g;$str =~ s/([^\x09\x20-\x7e])/sprintf '\\x{%x}', ord($1)/eg;qq{"$str"}}sub _hook {my ($self,$name,$fields)=@_;return 0 unless$self->{callbacks};my$cb=$self->{callbacks}{$name};return 0 unless$cb && ref$cb eq 'CODE';my (@res)=$cb->($self,$fields);if (@res){return 0 if ref$res[0]eq 'SCALAR' and ${$res[0]}eq "skip"}scalar@res}sub __combine {my ($self,$dst,$fields,$useIO)=@_;my$ctx=$self->_setup_ctx;my ($binary,$quot,$sep,$esc,$quote_space)=@{$ctx}{qw/binary quo sep escape_char quote_space/};if(!defined$quot or $quot eq "\0"){$quot=''}my$re_esc;if ($esc ne '' and $esc ne "\0"){if ($quot ne ''){$re_esc=$self->{_re_comb_escape}->{$quot}->{$esc}||= qr/(\Q$quot\E|\Q$esc\E)/}else {$re_esc=$self->{_re_comb_escape}->{$quot}->{$esc}||= qr/(\Q$esc\E)/}}my$bound=0;my$n=@$fields - 1;if ($n < 0 and $ctx->{is_bound}){$n=$ctx->{is_bound}- 1;$bound=1}my$check_meta=($ctx->{keep_meta_info}>= 10 and @{$self->{_FFLAGS}|| []}>= $n)? 1 : 0;my$must_be_quoted;my@results;for(my$i=0;$i <= $n;$i++){my$v_ref;if ($bound){$v_ref=$self->__bound_field($ctx,$i,1)}else {if (@$fields > $i){$v_ref=\($fields->[$i])}}next unless$v_ref;my$value=$$v_ref;if (!defined$value){if ($ctx->{undef_str}){if ($ctx->{undef_flg}){$ctx->{utf8}=1;$ctx->{binary}=1}push@results,$ctx->{undef_str}}else {push@results,''}next}if (substr($value,0,1)eq '=' && $ctx->{formula}){$value=$self->_formula($ctx,$value,$i);if (!defined$value){push@results,'';next}}$must_be_quoted=$ctx->{always_quote}? 1 : 0;if ($value eq ''){$must_be_quoted++ if$ctx->{quote_empty}or ($check_meta && $self->is_quoted($i))}else {if (utf8::is_utf8$value){$ctx->{utf8}=1;$ctx->{binary}=1}$must_be_quoted++ if$check_meta && $self->is_quoted($i);if (!$must_be_quoted and $quot ne ''){use bytes;$must_be_quoted++ if ($value =~ /\Q$quot\E/)|| ($sep ne '' and $sep ne "\0" and $value =~ /\Q$sep\E/)|| ($esc ne '' and $esc ne "\0" and $value =~ /\Q$esc\E/)|| ($ctx->{quote_binary}&& $value =~ /[\x00-\x1f\x7f-\xa0]/)|| ($ctx->{quote_space}&& $value =~ /[\x09\x20]/)}if (!$ctx->{binary}and $value =~ /[^\x09\x20-\x7E]/){$self->{_ERROR_INPUT}=$value;$self->SetDiag(2110);return 0}if ($re_esc){$value =~ s/($re_esc)/$esc$1/g}if ($ctx->{escape_null}){$value =~ s/\0/${esc}0/g}}if ($must_be_quoted){$value=$quot .$value .$quot}push@results,$value}$$dst=join($sep,@results).(defined$ctx->{eol}? $ctx->{eol}: '');return 1}sub _formula {my ($self,$ctx,$value,$i)=@_;my$fa=$ctx->{formula}or return;if ($fa==1){die "Formulas are forbidden\n"}if ($fa==2){die "Formulas are forbidden\n"}if ($fa==3){my$rec='';if ($ctx->{recno}){$rec=sprintf " in record %lu",$ctx->{recno}+ 1}my$field='';my$column_names=$self->{_COLUMN_NAMES};if (ref$column_names eq 'ARRAY' and @$column_names >= $i - 1){my$column_name=$column_names->[$i - 1];$field=sprintf " (column: '%.100s')",$column_name if defined$column_name}warn sprintf("Field %d%s%s contains formula '%s'\n",$i,$field,$rec,$value);return$value}if ($fa==4){return ''}if ($fa==5){return undef}return}sub print {my ($self,$io,$fields)=@_;require IO::Handle;if (!defined$fields){$fields=[]}elsif(ref($fields)ne 'ARRAY'){Carp::croak("Expected fields to be an array ref")}$self->_hook(before_print=>$fields);my$str="";$self->__combine(\$str,$fields,1)or return '';local $\='';$io->print($str)or $self->_set_error_diag(2200)}sub __parse {my ($self,$fields,$fflags,$src,$useIO)=@_;my$ctx=$self->_setup_ctx;my$state=$self->___parse($ctx,$fields,$fflags,$src,$useIO);if ($state and ($ctx->{has_hooks}|| 0)& HOOK_AFTER_PARSE){$self->_hook(after_parse=>$fields)}return$state ||!$last_error}sub ___parse {my ($self,$ctx,$fields,$fflags,$src,$useIO)=@_;local $/=$ctx->{eol}if$ctx->{eolx}or $ctx->{eol_is_cr};if ($ctx->{useIO}=$useIO){require IO::Handle;$ctx->{tmp}=undef;if ($ctx->{has_ahead}and defined$self->{_AHEAD}){$ctx->{tmp}=$self->{_AHEAD};$ctx->{size}=length$ctx->{tmp};$ctx->{used}=0}}else {$ctx->{tmp}=$src;$ctx->{size}=length$src;$ctx->{used}=0;$ctx->{utf8}=utf8::is_utf8($src)}if ($ctx->{has_error_input}){$self->{_ERROR_INPUT}=undef;$ctx->{has_error_input}=0}my$result=$self->____parse($ctx,$src,$fields,$fflags);$self->{_RECNO}=++($ctx->{recno});$self->{_EOF}='';if ($ctx->{strict}){$ctx->{strict_n}||= $ctx->{fld_idx};if ($ctx->{strict_n}!=$ctx->{fld_idx}){unless ($ctx->{useIO}& useIO_EOF){$self->__parse_error($ctx,2014,$ctx->{used})}$result=undef}}if ($ctx->{useIO}){if (defined$ctx->{tmp}and $ctx->{used}< $ctx->{size}and $ctx->{has_ahead}){$self->{_AHEAD}=substr($ctx->{tmp},$ctx->{used},$ctx->{size}- $ctx->{used})}else {$ctx->{has_ahead}=0;if ($ctx->{useIO}& useIO_EOF){$self->{_EOF}=1}}%{$self->{_CACHE}}=%$ctx;if ($fflags){if ($ctx->{keep_meta_info}){$self->{_FFLAGS}=$fflags}else {undef$fflags}}}else {%{$self->{_CACHE}}=%$ctx}if ($result and $ctx->{types}){my$len=@$fields;for(my$i=0;$i <= $len && $i <= $ctx->{types_len};$i++){my$value=$fields->[$i];next unless defined$value;my$type=ord(substr($ctx->{types},$i,1));if ($type==IV){$fields->[$i]=int($value)}elsif ($type==NV){$fields->[$i]=$value + 0.0}}}$result}sub ____parse {my ($self,$ctx,$src,$fields,$fflags)=@_;my ($quot,$sep,$esc,$eol)=@{$ctx}{qw/quo sep escape_char eol/};utf8::encode($sep)if!$ctx->{utf8}and $ctx->{sep_len};utf8::encode($quot)if!$ctx->{utf8}and $ctx->{quo_len};utf8::encode($eol)if!$ctx->{utf8}and $ctx->{eol_len};my$seenSomething=0;my$waitingForField=1;my ($value,$v_ref);$ctx->{fld_idx}=my$fnum=0;$ctx->{flag}=0;my$re_str=join '|',map({$_ eq "\0" ? '[\\0]' : quotemeta($_)}sort {length$b <=> length$a}grep {defined $_ and $_ ne ''}$sep,$quot,$esc,$eol),"\015","\012","\x09"," ";$ctx->{_re}=qr/$re_str/;my$re=qr/$re_str|[^\x09\x20-\x7E]|$/;LOOP: while($self->__get_from_src($ctx,$src)){while($ctx->{tmp}=~ /\G(.*?)($re)/gs){my ($hit,$c)=($1,$2);$ctx->{used}=pos($ctx->{tmp});if (!$waitingForField and $c eq '' and $hit ne '' and $ctx->{useIO}and!($ctx->{useIO}& useIO_EOF)){$self->{_AHEAD}=$hit;$ctx->{has_ahead}=1;$ctx->{has_leftover}=1;last}last if$seenSomething and $hit eq '' and $c eq '';if (!$v_ref){if ($ctx->{is_bound}){$v_ref=$self->__bound_field($ctx,$fnum,0)}else {$value='';$v_ref=\$value}$fnum++;return unless$v_ref;$ctx->{flag}=0;$ctx->{fld_idx}++}$seenSomething=1;if (defined$hit and $hit ne ''){if ($waitingForField){$waitingForField=0}if ($hit =~ /[^\x09\x20-\x7E]/){$ctx->{flag}|= IS_BINARY}$$v_ref .= $hit}RESTART: if (defined$c and defined$sep and $c eq $sep){if ($waitingForField){if ($ctx->{blank_is_undef}or $ctx->{empty_is_undef}){$$v_ref=undef}else {$$v_ref=""}unless ($ctx->{is_bound}){push @$fields,$$v_ref}$v_ref=undef;if ($ctx->{keep_meta_info}and $fflags){push @$fflags,$ctx->{flag}}}elsif ($ctx->{flag}& IS_QUOTED){$$v_ref .= $c}else {$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);$v_ref=undef;$waitingForField=1}}elsif (defined$c and defined$quot and $quot ne "\0" and $c eq $quot){if ($waitingForField){$ctx->{flag}|= IS_QUOTED;$waitingForField=0;next}if ($ctx->{flag}& IS_QUOTED){my$quoesc=0;my$c2=$self->__get($ctx);if ($ctx->{allow_whitespace}){while($self->__is_whitespace($ctx,$c2)){if ($ctx->{allow_loose_quotes}and!(defined$esc and $c2 eq $esc)){$$v_ref .= $c;$c=$c2}$c2=$self->__get($ctx)}}if (!defined$c2){$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}if (defined$c2 and defined$sep and $c2 eq $sep){$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);$v_ref=undef;$waitingForField=1;next}if (defined$c2 and ($c2 eq "\012" or (defined$eol and $c2 eq $eol))){$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}if (defined$esc and $c eq $esc){$quoesc=1;if (defined$c2 and $c2 eq '0'){$$v_ref .= "\0";next}if (defined$c2 and defined$quot and $c2 eq $quot){if ($ctx->{utf8}){$ctx->{flag}|= IS_BINARY}$$v_ref .= $c2;next}if ($ctx->{allow_loose_escapes}and defined$c2 and $c2 ne "\015"){$$v_ref .= $c;$c=$c2;goto RESTART}}if (defined$c2 and $c2 eq "\015"){if ($ctx->{eol_is_cr}){$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}my$c3=$self->__get($ctx);if (defined$c3 and $c3 eq "\012"){$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}if ($ctx->{useIO}and!$ctx->{eol_len}and $c3 !~ /[^\x09\x20-\x7E]/){$self->__set_eol_is_cr($ctx);$ctx->{used}--;$ctx->{has_ahead}=1;$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}$self->__parse_error($ctx,$quoesc ? 2023 : 2010,$ctx->{used}- 2);return}if ($ctx->{allow_loose_quotes}and!$quoesc){$$v_ref .= $c;$c=$c2;goto RESTART}if ($quoesc){$ctx->{used}--;$self->__error_inside_quotes($ctx,2023);return}$self->__error_inside_quotes($ctx,2011);return}if ($ctx->{allow_loose_quotes}){$ctx->{flag}|= IS_ERROR;$$v_ref .= $c}else {$self->__error_inside_field($ctx,2034);return}}elsif (defined$c and defined$esc and $esc ne "\0" and $c eq $esc){if ($waitingForField){$waitingForField=0;if ($ctx->{allow_unquoted_escape}){my$c2=$self->__get($ctx);$$v_ref="";if (!defined$c2){$ctx->{used}--;$self->__error_inside_field($ctx,2035);return}if ($c2 eq '0'){$$v_ref .= "\0"}elsif ((defined$quot and $c2 eq $quot)or (defined$sep and $c2 eq $sep)or (defined$esc and $c2 eq $esc)or $ctx->{allow_loose_escapes}){if ($ctx->{utf8}){$ctx->{flag}|= IS_BINARY}$$v_ref .= $c2}else {$self->__parse_inside_quotes($ctx,2025);return}}}elsif ($ctx->{flag}& IS_QUOTED){my$c2=$self->__get($ctx);if (!defined$c2){$ctx->{used}--;$self->__error_inside_quotes($ctx,2024);return}if ($c2 eq '0'){$$v_ref .= "\0"}elsif ((defined$quot and $c2 eq $quot)or (defined$sep and $c2 eq $sep)or (defined$esc and $c2 eq $esc)or $ctx->{allow_loose_escapes}){if ($ctx->{utf8}){$ctx->{flag}|= IS_BINARY}$$v_ref .= $c2}else {$ctx->{used}--;$self->__error_inside_quotes($ctx,2025);return}}elsif ($v_ref){my$c2=$self->__get($ctx);if (!defined$c2){$ctx->{used}--;$self->__error_inside_field($ctx,2035);return}$$v_ref .= $c2}else {$self->__error_inside_field($ctx,2036);return}}elsif (defined$c and ($c eq "\012" or $c eq '' or (defined$eol and $c eq $eol and $eol ne "\015"))){EOLX: if ($waitingForField){if ($ctx->{blank_is_undef}or $ctx->{empty_is_undef}){$$v_ref=undef}else {$$v_ref=""}unless ($ctx->{is_bound}){push @$fields,$$v_ref}if ($ctx->{keep_meta_info}and $fflags){push @$fflags,$ctx->{flag}}return 1}if ($ctx->{flag}& IS_QUOTED){$ctx->{flag}|= IS_BINARY;unless ($ctx->{binary}){$self->__error_inside_quotes($ctx,2021);return}$$v_ref .= $c}elsif ($ctx->{verbatim}){$ctx->{flag}|= IS_BINARY;unless ($ctx->{binary}){$self->__error_inside_field($ctx,2030);return}$$v_ref .= $c unless$ctx->{eol}eq $c and $ctx->{useIO}}else {if (!$ctx->{recno}and $ctx->{fld_idx}==1 and $ctx->{useIO}and $hit =~ /^sep=(.{1,16})$/i){$ctx->{sep}=$1;use bytes;my$len=length$ctx->{sep};if ($len <= 16){$ctx->{sep_len}=$len==1 ? 0 : $len;return$self->____parse($ctx,$src,$fields,$fflags)}}$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}}elsif (defined$c and $c eq "\015" and!$ctx->{verbatim}){if ($waitingForField){$waitingForField=0;if ($ctx->{eol_is_cr}){$c="\012";goto RESTART}my$c2=$self->__get($ctx);if (!defined$c2){$c=undef;goto RESTART}if ($c2 eq "\012"){$c=$c2;goto RESTART}if ($ctx->{useIO}and!$ctx->{eol_len}and $c2 !~ /[^\x09\x20-\x7E]/){$self->__set_eol_is_cr($ctx);$ctx->{used}--;$ctx->{has_ahead}=1;$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}$ctx->{used}--;$self->__error_inside_field($ctx,2031);return}if ($ctx->{flag}& IS_QUOTED){$ctx->{flag}|= IS_BINARY;unless ($ctx->{binary}){$self->__error_inside_quotes($ctx,2022);return}$$v_ref .= $c}else {if ($ctx->{eol_is_cr}){$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}my$c2=$self->__get($ctx);if (defined$c2 and $c2 eq "\012"){$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}if ($ctx->{useIO}and!$ctx->{eol_len}and $c2 !~ /[^\x09\x20-\x7E]/){$self->__set_eol_is_cr($ctx);$ctx->{used}--;$ctx->{has_ahead}=1;$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum);return 1}$self->__error_inside_field($ctx,2032);return}}else {if ($ctx->{eolx}and $c eq $eol){$c='';goto EOLX}if ($waitingForField){if ($ctx->{allow_whitespace}and $self->__is_whitespace($ctx,$c)){do {$c=$self->__get($ctx);last if!defined$c}while$self->__is_whitespace($ctx,$c);goto RESTART}$waitingForField=0;goto RESTART}if ($ctx->{flag}& IS_QUOTED){if (!defined$c or $c =~ /[^\x09\x20-\x7E]/){$ctx->{flag}|= IS_BINARY;unless ($ctx->{binary}or $ctx->{utf8}){$self->__error_inside_quotes($ctx,2026);return}}$$v_ref .= $c}else {if (!defined$c or $c =~ /[^\x09\x20-\x7E]/){$ctx->{flag}|= IS_BINARY;unless ($ctx->{binary}or $ctx->{utf8}){$self->__error_inside_field($ctx,2037);return}}$$v_ref .= $c}}last LOOP if$ctx->{useIO}and $ctx->{verbatim}and $ctx->{used}==$ctx->{size}}}if ($waitingForField){if ($seenSomething or!$ctx->{useIO}){if (!$v_ref){if ($ctx->{is_bound}){$v_ref=$self->__bound_field($ctx,$fnum,0)}else {$value='';$v_ref=\$value}$fnum++;return unless$v_ref;$ctx->{flag}=0;$ctx->{fld_idx}++}if ($ctx->{blank_is_undef}or $ctx->{empty_is_undef}){$$v_ref=undef}else {$$v_ref=""}unless ($ctx->{is_bound}){push @$fields,$$v_ref}if ($ctx->{keep_meta_info}and $fflags){push @$fflags,$ctx->{flag}}return 1}$self->SetDiag(2012);return}if ($ctx->{flag}& IS_QUOTED){$self->__error_inside_quotes($ctx,2027);return}if ($v_ref){$self->__push_value($ctx,$v_ref,$fields,$fflags,$ctx->{flag},$fnum)}return 1}sub __get_from_src {my ($self,$ctx,$src)=@_;return 1 if defined$ctx->{tmp}and $ctx->{used}<= 0;return 1 if$ctx->{used}< $ctx->{size};return unless$ctx->{useIO};my$res=$src->getline;if (defined$res){if ($ctx->{has_ahead}){$ctx->{tmp}=$self->{_AHEAD};$ctx->{tmp}.= $ctx->{eol}if$ctx->{eol_len};$ctx->{tmp}.= $res;$ctx->{has_ahead}=0}else {$ctx->{tmp}=$res}if ($ctx->{size}=length$ctx->{tmp}){$ctx->{used}=-1;$ctx->{utf8}=1 if utf8::is_utf8($ctx->{tmp});pos($ctx->{tmp})=0;return 1}}elsif (delete$ctx->{has_leftover}){$ctx->{tmp}=$self->{_AHEAD};$ctx->{has_ahead}=0;$ctx->{useIO}|= useIO_EOF;if ($ctx->{size}=length$ctx->{tmp}){$ctx->{used}=-1;$ctx->{utf8}=1 if utf8::is_utf8($ctx->{tmp});pos($ctx->{tmp})=0;return 1}}$ctx->{tmp}='' unless defined$ctx->{tmp};$ctx->{useIO}|= useIO_EOF;return}sub __set_eol_is_cr {my ($self,$ctx)=@_;$ctx->{eol}="\015";$ctx->{eol_is_cr}=1;$ctx->{eol_len}=1;%{$self->{_CACHE}}=%$ctx;$self->{eol}=$ctx->{eol}}sub __bound_field {my ($self,$ctx,$i,$keep)=@_;if ($i >= $ctx->{is_bound}){$self->SetDiag(3006);return}if (ref$ctx->{bound}eq 'ARRAY'){my$ref=$ctx->{bound}[$i];if (ref$ref){if ($keep){return$ref}unless (Scalar::Util::readonly($$ref)){$$ref="";return$ref}}}$self->SetDiag(3008);return}sub __get {my ($self,$ctx)=@_;return unless defined$ctx->{used};return if$ctx->{used}>= $ctx->{size};my$pos=pos($ctx->{tmp});if ($ctx->{tmp}=~ /\G($ctx->{_re}|.)/gs){my$c=$1;if ($c =~ /[^\x09\x20-\x7e]/){$ctx->{flag}|= IS_BINARY}$ctx->{used}=pos($ctx->{tmp});return$c}else {pos($ctx->{tmp})=$pos;return}}sub __error_inside_quotes {my ($self,$ctx,$error)=@_;$self->__parse_error($ctx,$error,$ctx->{used}- 1)}sub __error_inside_field {my ($self,$ctx,$error)=@_;$self->__parse_error($ctx,$error,$ctx->{used}- 1)}sub __parse_error {my ($self,$ctx,$error,$pos)=@_;$self->{_ERROR_POS}=$pos;$self->{_ERROR_FLD}=$ctx->{fld_idx};$self->{_ERROR_INPUT}=$ctx->{tmp}if$ctx->{tmp};$self->SetDiag($error);return}sub __is_whitespace {my ($self,$ctx,$c)=@_;return unless defined$c;return ((!defined$ctx->{sep}or $c ne $ctx->{sep})&& (!defined$ctx->{quo}or $c ne $ctx->{quo})&& (!defined$ctx->{escape_char}or $c ne $ctx->{escape_char})&& ($c eq " " or $c eq "\t"))}sub __push_value {my ($self,$ctx,$v_ref,$fields,$fflags,$flag,$fnum)=@_;utf8::encode($$v_ref)if$ctx->{utf8};if ($ctx->{formula}&& $$v_ref && substr($$v_ref,0,1)eq '='){my$value=$self->_formula($ctx,$$v_ref,$fnum);push @$fields,defined$value ? $value : undef;return}if ((!defined $$v_ref or $$v_ref eq '')and ($ctx->{empty_is_undef}or (!($flag & IS_QUOTED)and $ctx->{blank_is_undef}))){$$v_ref=undef}else {if ($ctx->{allow_whitespace}&&!($flag & IS_QUOTED)){$$v_ref =~ s/[ \t]+$//}if ($flag & IS_BINARY and $ctx->{decode_utf8}and ($ctx->{utf8}|| _is_valid_utf8($$v_ref))){utf8::decode($$v_ref)}}unless ($ctx->{is_bound}){push @$fields,$$v_ref}if ($ctx->{keep_meta_info}and $fflags){push @$fflags,$flag}}sub getline {my ($self,$io)=@_;my (@fields,@fflags);my$res=$self->__parse(\@fields,\@fflags,$io,1);$res ? \@fields : undef}sub getline_all {my ($self,$io,$offset,$len)=@_;my$ctx=$self->_setup_ctx;my$tail=0;my$n=0;$offset ||= 0;if ($offset < 0){$tail=-$offset;$offset=-1}my (@row,@list);while ($self->___parse($ctx,\@row,undef,$io,1)){$ctx=$self->_setup_ctx;if ($offset > 0){$offset--;@row=();next}if ($n++ >= $tail and $tail){shift@list;$n--}if (($ctx->{has_hooks}|| 0)& HOOK_AFTER_PARSE){unless ($self->_hook(after_parse=>\@row)){@row=();next}}push@list,[@row];@row=();last if defined$len && $n >= $len and $offset >= 0}if (defined$len && $n > $len){@list=splice(@list,0,$len)}return \@list}sub _is_valid_utf8 {return ($_[0]=~ /^(?:
           [\x00-\x7F]
          |[\xC2-\xDF][\x80-\xBF]
          |[\xE0][\xA0-\xBF][\x80-\xBF]
          |[\xE1-\xEC][\x80-\xBF][\x80-\xBF]
          |[\xED][\x80-\x9F][\x80-\xBF]
          |[\xEE-\xEF][\x80-\xBF][\x80-\xBF]
          |[\xF0][\x90-\xBF][\x80-\xBF][\x80-\xBF]
          |[\xF1-\xF3][\x80-\xBF][\x80-\xBF][\x80-\xBF]
          |[\xF4][\x80-\x8F][\x80-\xBF][\x80-\xBF]
      )+$/x)? 1 : 0}sub _set_error_diag {my ($self,$error,$pos)=@_;$self->SetDiag($error);if (defined$pos){$_[0]->{_ERROR_POS}=$pos}return}sub error_input {my$self=shift;if ($self and ((Scalar::Util::reftype($self)|| '')eq 'HASH' or (ref$self)=~ /^Text::CSV/)){return$self->{_ERROR_INPUT}}return}sub _sv_diag {my ($self,$error)=@_;bless [$error,$ERRORS->{$error}],'Text::CSV::ErrorDiag'}sub _set_diag {my ($self,$ctx,$error)=@_;$last_error=$self->_sv_diag($error);$self->{_ERROR_DIAG}=$last_error;if ($error==0){$self->{_ERROR_POS}=0;$self->{_ERROR_FLD}=0;$self->{_ERROR_INPUT}=undef;$ctx->{has_error_input}=0}if ($error==2012){$self->{_EOF}=1}if ($ctx->{auto_diag}){$self->error_diag}return$last_error}sub SetDiag {my ($self,$error,$errstr)=@_;my$res;if (ref$self){my$ctx=$self->_setup_ctx;$res=$self->_set_diag($ctx,$error)}else {$res=$self->_sv_diag($error)}if (defined$errstr){$res->[1]=$errstr}$res}package Text::CSV::ErrorDiag;use strict;use overload ('""'=>\&stringify,'+'=>\&numeric,'-'=>\&numeric,'*'=>\&numeric,'/'=>\&numeric,fallback=>1,);sub numeric {my ($left,$right)=@_;return ref$left ? $left->[0]: $right->[0]}sub stringify {$_[0]->[1]}1;
TEXT_CSV_PP

$fatpacked{"Text/Gitignore.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'TEXT_GITIGNORE';
  package Text::Gitignore;use strict;use warnings;use base 'Exporter';our@EXPORT_OK=qw(match_gitignore build_gitignore_matcher);our$VERSION="0.02";sub match_gitignore {my ($patterns,@paths)=@_;my$matcher=build_gitignore_matcher($patterns);my@matched;for my$path (@paths){push@matched,$path if$matcher->($path)}return@matched}sub build_gitignore_matcher {my ($patterns)=@_;$patterns=[$patterns]unless ref$patterns eq 'ARRAY';$patterns=[grep {!/^#/}@$patterns ];for my$pattern (@$patterns){$pattern =~ s{(?!\\)\s+$}{};$pattern =~ s{^\\#}{#}}$patterns=[grep {length $_}@$patterns ];my$build_pattern=sub {my ($pattern)=@_;$pattern=quotemeta$pattern;$pattern =~ s{\\\*\\\*\\/}{.*}g;$pattern =~ s{\\\*\\\*}{.*}g;$pattern =~ s{\\\*}{[^/]*}g;$pattern =~ s{\\\?}{[^/]}g;$pattern =~ s{^\\\/}{^};$pattern =~ s{\\\[(.*?)\\\]}{
              '[' . do { my $c = $1; $c =~ s{^\\!}{} ? '^' : '' }
                . do { my $c = $1; $c =~ s/\\\-/\-/; $c }
                . ']'
          }eg;$pattern .= '$' unless$pattern =~ m{\/$};return$pattern};my@patterns_re;for my$pattern (@$patterns){if ($pattern =~ m/^!/){my$re=$build_pattern->(substr$pattern,1);push@patterns_re,{re=>$re,negative=>1 }}else {$pattern =~ s{^\\!}{!};push@patterns_re,{re=>$build_pattern->($pattern)}}}my@negatives=grep {/^!/}@$patterns;return sub {my$path=shift;my$match=0;for my$pattern (@patterns_re){my$re=$pattern->{re};next if$match &&!$pattern->{negative};if ($pattern->{negative}){if ($path =~ m/$re/){$match=0}}else {$match=!!($path =~ m/$re/);if ($match &&!@negatives){return$match}}}return$match}}1;
TEXT_GITIGNORE

$fatpacked{"Text/Table/Any.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'TEXT_TABLE_ANY';
  package Text::Table::Any;our$DATE='2019-02-17';our$VERSION='0.095';our@BACKENDS=qw(Text::Table::Tiny Text::Table::TinyColor Text::Table::TinyColorWide Text::Table::TinyWide Text::Table::Org Text::Table::CSV Text::Table::TSV Text::Table::LTSV Text::Table::ASV Text::Table::HTML Text::Table::HTML::DataTables Text::Table::Paragraph Text::ANSITable Text::ASCIITable Text::FormatTable Text::MarkdownTable Text::Table Text::TabularDisplay Text::Table::XLSX Term::TablePrint);sub _encode {my$val=shift;$val =~ s/([\\"])/\\$1/g;"\"$val\""}sub backends {@BACKENDS}sub table {my%params=@_;my$rows=$params{rows}or die "Must provide rows!";my$backend=$params{backend}|| 'Text::Table::Tiny';my$header_row=$params{header_row}// 1;if ($backend eq 'Text::Table::Tiny'){require Text::Table::Tiny;return Text::Table::Tiny::table(rows=>$rows,header_row=>$header_row)."\n"}elsif ($backend eq 'Text::Table::TinyColor'){require Text::Table::TinyColor;return Text::Table::TinyColor::table(rows=>$rows,header_row=>$header_row)."\n"}elsif ($backend eq 'Text::Table::TinyColorWide'){require Text::Table::TinyColorWide;return Text::Table::TinyColorWide::table(rows=>$rows,header_row=>$header_row)."\n"}elsif ($backend eq 'Text::Table::TinyWide'){require Text::Table::TinyWide;return Text::Table::TinyWide::table(rows=>$rows,header_row=>$header_row)."\n"}elsif ($backend eq 'Text::Table::Org'){require Text::Table::Org;return Text::Table::Org::table(rows=>$rows,header_row=>$header_row)}elsif ($backend eq 'Text::Table::CSV'){require Text::Table::CSV;return Text::Table::CSV::table(rows=>$rows)}elsif ($backend eq 'Text::Table::TSV'){require Text::Table::TSV;return Text::Table::TSV::table(rows=>$rows)}elsif ($backend eq 'Text::Table::LTSV'){require Text::Table::LTSV;return Text::Table::LTSV::table(rows=>$rows)}elsif ($backend eq 'Text::Table::ASV'){require Text::Table::ASV;return Text::Table::ASV::table(rows=>$rows,header_row=>$header_row)}elsif ($backend eq 'Text::Table::HTML'){require Text::Table::HTML;return Text::Table::HTML::table(rows=>$rows,header_row=>$header_row)}elsif ($backend eq 'Text::Table::HTML::DataTables'){require Text::Table::HTML::DataTables;return Text::Table::HTML::DataTables::table(rows=>$rows,header_row=>$header_row)}elsif ($backend eq 'Text::Table::Paragraph'){require Text::Table::Paragraph;return Text::Table::Paragraph::table(rows=>$rows,header_row=>$header_row)}elsif ($backend eq 'Text::ANSITable'){require Text::ANSITable;my$t=Text::ANSITable->new(use_utf8=>0,use_box_chars=>0,use_color=>0,border_style=>'Default::single_ascii',);if ($header_row){$t->columns($rows->[0]);$t->add_row($rows->[$_])for 1..@$rows-1}else {$t->columns([map {"col$_"}0..$#{$rows->[0]}]);$t->add_row($_)for @$rows}return$t->draw}elsif ($backend eq 'Text::ASCIITable'){require Text::ASCIITable;my$t=Text::ASCIITable->new();if ($header_row){$t->setCols(@{$rows->[0]});$t->addRow(@{$rows->[$_]})for 1..@$rows-1}else {$t->setCols(map {"col$_"}0..$#{$rows->[0]});$t->addRow(@$_)for @$rows}return "$t"}elsif ($backend eq 'Text::FormatTable'){require Text::FormatTable;my$t=Text::FormatTable->new(join('|',('l')x @{$rows->[0]}));$t->head(@{$rows->[0]});$t->row(@{$rows->[$_]})for 1..@$rows-1;return$t->render}elsif ($backend eq 'Text::MarkdownTable'){require Text::MarkdownTable;my$out="";my$fields=$header_row ? $rows->[0]: [map {"col$_"}0..$#{$rows->[0]}];my$t=Text::MarkdownTable->new(file=>\$out,columns=>$fields);for (($header_row ? 1:0).. $#{$rows}){my$row=$rows->[$_];$t->add({map {$fields->[$_]=>$row->[$_]}0..@$fields-1 })}$t->done;return$out}elsif ($backend eq 'Text::Table'){require Text::Table;my$t=Text::Table->new(@{$rows->[0]});$t->load(@{$rows}[1..@$rows-1]);return$t}elsif ($backend eq 'Text::TabularDisplay'){require Text::TabularDisplay;my$t=Text::TabularDisplay->new(@{$rows->[0]});$t->add(@{$rows->[$_]})for 1..@$rows-1;return$t->render ."\n"}elsif ($backend eq 'Text::Table::XLSX'){require Text::Table::XLSX;return Text::Table::XLSX::table(rows=>$rows,header_row=>$header_row)}elsif ($backend eq 'Term::TablePrint'){require Term::TablePrint;my$rows2;if ($header_row){$rows2=$rows}else {$rows2=[@$rows];shift @$rows2}return Term::TablePrint::print_table($rows)}else {die "Unknown backend '$backend'"}}1;
TEXT_TABLE_ANY

$fatpacked{"Text/Table/Tiny.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'TEXT_TABLE_TINY';
  use 5.006;use strict;use warnings;package Text::Table::Tiny;$Text::Table::Tiny::VERSION='0.05';use parent 'Exporter';use List::Util qw();use Carp qw/croak/;our@EXPORT_OK=qw/generate_table/;our$COLUMN_SEPARATOR='|';our$ROW_SEPARATOR='-';our$CORNER_MARKER='+';our$HEADER_ROW_SEPARATOR='=';our$HEADER_CORNER_MARKER='O';sub generate_table {my%params=@_;my$rows=$params{rows}or croak "generate_table(): you must pass the 'rows' argument!";my$widths=_maxwidths($rows);my$max_index=_max_array_index($rows);my$format=_get_format($widths);my$row_sep=_get_row_separator($widths);my$head_row_sep=_get_header_row_separator($widths);my@table;push(@table,$row_sep)unless$params{top_and_tail};my$data_begins=0;if ($params{header_row}){my$header_row=$rows->[0];$data_begins++;push@table,sprintf($format,map {defined($header_row->[$_])? $header_row->[$_]: ''}(0..$max_index));push@table,$params{separate_rows}? $head_row_sep : $row_sep}my$row_number=0;my$last_line_number=int(@$rows);$last_line_number-- if$params{header_row};for my$row (@{$rows}[$data_begins..$#$rows]){$row_number++;push(@table,sprintf($format,map {defined($row->[$_])? $row->[$_]: ''}(0..$max_index)));push(@table,$row_sep)if$params{separate_rows}&& (!$params{top_and_tail}|| $row_number < $last_line_number)}push(@table,$row_sep)unless$params{separate_rows}|| $params{top_and_tail};return join("\n",grep {$_}@table)}sub _maxwidths {my$rows=shift;my$max_index=_max_array_index($rows);my$widths=[];for my$i (0..$max_index){my$max=List::Util::max(map {defined $$_[$i]? length($$_[$i]): 0}@$rows);push @$widths,$max}return$widths}sub _max_array_index {my$rows=shift;return List::Util::max(map {$#$_}@$rows)}sub _get_format {my$widths=shift;return "$COLUMN_SEPARATOR ".join(" $COLUMN_SEPARATOR ",map {"%-${_}s"}@$widths)." $COLUMN_SEPARATOR"}sub _get_row_separator {my$widths=shift;return "$CORNER_MARKER$ROW_SEPARATOR".join("$ROW_SEPARATOR$CORNER_MARKER$ROW_SEPARATOR",map {$ROW_SEPARATOR x $_}@$widths)."$ROW_SEPARATOR$CORNER_MARKER"}sub _get_header_row_separator {my$widths=shift;return "$HEADER_CORNER_MARKER$HEADER_ROW_SEPARATOR".join("$HEADER_ROW_SEPARATOR$HEADER_CORNER_MARKER$HEADER_ROW_SEPARATOR",map {$HEADER_ROW_SEPARATOR x $_}@$widths)."$HEADER_ROW_SEPARATOR$HEADER_CORNER_MARKER"}*table=\&generate_table;1;
TEXT_TABLE_TINY

$fatpacked{"YAML.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML';
  package YAML;our$VERSION='1.29';use YAML::Mo;use Exporter;push@YAML::ISA,'Exporter';our@EXPORT=qw{Dump Load};our@EXPORT_OK=qw{freeze thaw DumpFile LoadFile Bless Blessed};our ($UseCode,$DumpCode,$LoadCode,$SpecVersion,$UseHeader,$UseVersion,$UseBlock,$UseFold,$UseAliases,$Indent,$SortKeys,$Preserve,$AnchorPrefix,$CompressSeries,$InlineSeries,$Purity,$Stringify,$Numify,$LoadBlessed,);$LoadBlessed=1;use YAML::Node;use Scalar::Util qw/openhandle/;use constant VALUE=>"\x07YAML\x07VALUE\x07";has dumper_class=>default=>sub {'YAML::Dumper'};has loader_class=>default=>sub {'YAML::Loader'};has dumper_object=>default=>sub {$_[0]->init_action_object("dumper")};has loader_object=>default=>sub {$_[0]->init_action_object("loader")};sub Dump {my$yaml=YAML->new;$yaml->dumper_class($YAML::DumperClass)if$YAML::DumperClass;return$yaml->dumper_object->dump(@_)}sub Load {my$yaml=YAML->new;$yaml->loader_class($YAML::LoaderClass)if$YAML::LoaderClass;return$yaml->loader_object->load(@_)}{no warnings 'once';*freeze=\ &Dump;*thaw=\ &Load}sub DumpFile {my$OUT;my$filename=shift;if (openhandle$filename){$OUT=$filename}else {my$mode='>';if ($filename =~ /^\s*(>{1,2})\s*(.*)$/){($mode,$filename)=($1,$2)}open$OUT,$mode,$filename or YAML::Mo::Object->die('YAML_DUMP_ERR_FILE_OUTPUT',$filename,"$!")}binmode$OUT,':utf8';local $/="\n";print$OUT Dump(@_);unless (ref$filename eq 'GLOB'){close$OUT or do {my$errsav=$!;YAML::Mo::Object->die('YAML_DUMP_ERR_FILE_OUTPUT_CLOSE',$filename,$errsav)}}}sub LoadFile {my$IN;my$filename=shift;if (openhandle$filename){$IN=$filename}else {open$IN,'<',$filename or YAML::Mo::Object->die('YAML_LOAD_ERR_FILE_INPUT',$filename,"$!")}binmode$IN,':utf8';return Load(do {local $/;<$IN>})}sub init_action_object {my$self=shift;my$object_class=(shift).'_class';my$module_name=$self->$object_class;eval "require $module_name";$self->die("Error in require $module_name - $@")if $@ and "$@" !~ /Can't locate/;my$object=$self->$object_class->new;$object->set_global_options;return$object}my$global={};sub Bless {require YAML::Dumper::Base;YAML::Dumper::Base::bless($global,@_)}sub Blessed {require YAML::Dumper::Base;YAML::Dumper::Base::blessed($global,@_)}sub global_object {$global}1;
YAML

$fatpacked{"YAML/Any.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_ANY';
  use strict;use warnings;package YAML::Any;our$VERSION='1.29';use Exporter ();@YAML::Any::ISA='Exporter';@YAML::Any::EXPORT=qw(Dump Load);@YAML::Any::EXPORT_OK=qw(DumpFile LoadFile);my@dump_options=qw(UseCode DumpCode SpecVersion Indent UseHeader UseVersion SortKeys AnchorPrefix UseBlock UseFold CompressSeries InlineSeries UseAliases Purity Stringify);my@load_options=qw(UseCode LoadCode Preserve);my@implementations=qw(YAML::XS YAML::Syck YAML::Old YAML YAML::Tiny);sub import {__PACKAGE__->implementation;goto&Exporter::import}sub Dump {no strict 'refs';no warnings 'once';my$implementation=__PACKAGE__->implementation;for my$option (@dump_options){my$var="$implementation\::$option";my$value=$$var;local $$var;$$var=defined$value ? $value : ${"YAML::$option"}}return &{"$implementation\::Dump"}(@_)}sub DumpFile {no strict 'refs';no warnings 'once';my$implementation=__PACKAGE__->implementation;for my$option (@dump_options){my$var="$implementation\::$option";my$value=$$var;local $$var;$$var=defined$value ? $value : ${"YAML::$option"}}return &{"$implementation\::DumpFile"}(@_)}sub Load {no strict 'refs';no warnings 'once';my$implementation=__PACKAGE__->implementation;for my$option (@load_options){my$var="$implementation\::$option";my$value=$$var;local $$var;$$var=defined$value ? $value : ${"YAML::$option"}}return &{"$implementation\::Load"}(@_)}sub LoadFile {no strict 'refs';no warnings 'once';my$implementation=__PACKAGE__->implementation;for my$option (@load_options){my$var="$implementation\::$option";my$value=$$var;local $$var;$$var=defined$value ? $value : ${"YAML::$option"}}return &{"$implementation\::LoadFile"}(@_)}sub order {return@YAML::Any::_TEST_ORDER if@YAML::Any::_TEST_ORDER;return@implementations}sub implementation {my@order=__PACKAGE__->order;for my$module (@order){my$path=$module;$path =~ s/::/\//g;$path .= '.pm';return$module if exists$INC{$path};eval "require $module; 1" and return$module}croak("YAML::Any couldn't find any of these YAML implementations: @order")}sub croak {require Carp;Carp::croak(@_)}1;
YAML_ANY

$fatpacked{"YAML/Dumper.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_DUMPER';
  package YAML::Dumper;use YAML::Mo;extends 'YAML::Dumper::Base';use YAML::Dumper::Base;use YAML::Node;use YAML::Types;use Scalar::Util qw();use B ();use Carp ();use constant KEY=>3;use constant BLESSED=>4;use constant FROMARRAY=>5;use constant VALUE=>"\x07YAML\x07VALUE\x07";my$ESCAPE_CHAR='[\\x00-\\x08\\x0b-\\x0d\\x0e-\\x1f]';my$LIT_CHAR='|';sub dump {my$self=shift;$self->stream('');$self->document(0);for my$document (@_){$self->{document}++;$self->transferred({});$self->id_refcnt({});$self->id_anchor({});$self->anchor(1);$self->level(0);$self->offset->[0]=0 - $self->indent_width;$self->_prewalk($document);$self->_emit_header($document);$self->_emit_node($document)}return$self->stream}sub _emit_header {my$self=shift;my ($node)=@_;if (not $self->use_header and $self->document==1){$self->die('YAML_DUMP_ERR_NO_HEADER')unless ref($node)=~ /^(HASH|ARRAY)$/;$self->die('YAML_DUMP_ERR_NO_HEADER')if ref($node)eq 'HASH' and keys(%$node)==0;$self->die('YAML_DUMP_ERR_NO_HEADER')if ref($node)eq 'ARRAY' and @$node==0;$self->headless(1);return}$self->{stream}.= '---';if ($self->use_version){}}sub _prewalk {my$self=shift;my$stringify=$self->stringify;my ($class,$type,$node_id)=$self->node_info(\$_[0],$stringify);if ($type eq 'GLOB'){$self->transferred->{$node_id}=YAML::Type::glob->yaml_dump($_[0]);$self->_prewalk($self->transferred->{$node_id});return}if (ref($_[0])eq 'Regexp'){return}if (not ref $_[0]){$self->{id_refcnt}{$node_id}++ if$self->purity;return}my$value=$_[0];($class,$type,$node_id)=$self->node_info($value,$stringify);return if (ref($value)and not $type);if ($self->transferred->{$node_id}){(undef,undef,$node_id)=(ref$self->transferred->{$node_id})? $self->node_info($self->transferred->{$node_id},$stringify): $self->node_info(\ $self->transferred->{$node_id},$stringify);$self->{id_refcnt}{$node_id}++;return}if ($type eq 'CODE'){$self->transferred->{$node_id}='placeholder';YAML::Type::code->yaml_dump($self->dump_code,$_[0],$self->transferred->{$node_id});($class,$type,$node_id)=$self->node_info(\ $self->transferred->{$node_id},$stringify);$self->{id_refcnt}{$node_id}++;return}if (defined$class){if ($value->can('yaml_dump')){$value=$value->yaml_dump}elsif ($type eq 'SCALAR'){$self->transferred->{$node_id}='placeholder';YAML::Type::blessed->yaml_dump ($_[0],$self->transferred->{$node_id});($class,$type,$node_id)=$self->node_info(\ $self->transferred->{$node_id},$stringify);$self->{id_refcnt}{$node_id}++;return}else {$value=YAML::Type::blessed->yaml_dump($value)}$self->transferred->{$node_id}=$value;(undef,$type,$node_id)=$self->node_info($value,$stringify)}require YAML;if (defined YAML->global_object()->{blessed_map}{$node_id}){$value=YAML->global_object()->{blessed_map}{$node_id};$self->transferred->{$node_id}=$value;($class,$type,$node_id)=$self->node_info($value,$stringify);$self->_prewalk($value);return}if ($type eq 'REF' or $type eq 'SCALAR'){$value=YAML::Type::ref->yaml_dump($value);$self->transferred->{$node_id}=$value;(undef,$type,$node_id)=$self->node_info($value,$stringify)}elsif ($type eq 'GLOB'){my$ref_ynode=$self->transferred->{$node_id}=YAML::Type::ref->yaml_dump($value);my$glob_ynode=$ref_ynode->{&VALUE}=YAML::Type::glob->yaml_dump($$value);(undef,undef,$node_id)=$self->node_info($glob_ynode,$stringify);$self->transferred->{$node_id}=$glob_ynode;$self->_prewalk($glob_ynode);return}return if ++($self->{id_refcnt}{$node_id})> 1;if ($type eq 'HASH'){$self->_prewalk($value->{$_})for keys %{$value};return}elsif ($type eq 'ARRAY'){$self->_prewalk($_)for @{$value};return}$self->warn(<<"...");return}sub _emit_node {my$self=shift;my ($type,$node_id);my$ref=ref($_[0]);if ($ref){if ($ref eq 'Regexp'){$self->_emit(' !!perl/regexp');$self->_emit_str("$_[0]");return}(undef,$type,$node_id)=$self->node_info($_[0],$self->stringify)}else {$type=$ref || 'SCALAR';(undef,undef,$node_id)=$self->node_info(\$_[0],$self->stringify)}my ($ynode,$tag)=('')x 2;my ($value,$context)=(@_,0);if (defined$self->transferred->{$node_id}){$value=$self->transferred->{$node_id};$ynode=ynode($value);if (ref$value){$tag=defined$ynode ? $ynode->tag->short : '';(undef,$type,$node_id)=$self->node_info($value,$self->stringify)}else {$ynode=ynode($self->transferred->{$node_id});$tag=defined$ynode ? $ynode->tag->short : '';$type='SCALAR';(undef,undef,$node_id)=$self->node_info(\ $self->transferred->{$node_id},$self->stringify)}}elsif ($ynode=ynode($value)){$tag=$ynode->tag->short}if ($self->use_aliases){$self->{id_refcnt}{$node_id}||= 0;if ($self->{id_refcnt}{$node_id}> 1){if (defined$self->{id_anchor}{$node_id}){$self->{stream}.= ' *' .$self->{id_anchor}{$node_id}."\n";return}my$anchor=$self->anchor_prefix .$self->{anchor}++;$self->{stream}.= ' &' .$anchor;$self->{id_anchor}{$node_id}=$anchor}}return$self->_emit_str("$value")if ref($value)and not $type;return$self->_emit_scalar($value,$tag)if$type eq 'SCALAR' and $tag;return$self->_emit_str($value)if$type eq 'SCALAR';return$self->_emit_mapping($value,$tag,$node_id,$context)if$type eq 'HASH';return$self->_emit_sequence($value,$tag)if$type eq 'ARRAY';$self->warn('YAML_DUMP_WARN_BAD_NODE_TYPE',$type);return$self->_emit_str("$value")}sub _emit_mapping {my$self=shift;my ($value,$tag,$node_id,$context)=@_;$self->{stream}.= " !$tag" if$tag;my$empty_hash=not(eval {keys %$value});$self->warn('YAML_EMIT_WARN_KEYS',$@)if $@;return ($self->{stream}.= " {}\n")if$empty_hash;if ($context==FROMARRAY and $self->compress_series and not (defined$self->{id_anchor}{$node_id}or $tag or $empty_hash)){$self->{stream}.= ' ';$self->offset->[$self->level+1]=$self->offset->[$self->level]+ 2}else {$context=0;$self->{stream}.= "\n" unless$self->headless && not($self->headless(0));$self->offset->[$self->level+1]=$self->offset->[$self->level]+ $self->indent_width}$self->{level}++;my@keys;if ($self->sort_keys==1){if (ynode($value)){@keys=keys %$value}else {@keys=sort keys %$value}}elsif ($self->sort_keys==2){@keys=sort keys %$value}elsif (ref($self->sort_keys)eq 'ARRAY'){my$i=1;my%order=map {($_,$i++)}@{$self->sort_keys};@keys=sort {(defined$order{$a}and defined$order{$b})? ($order{$a}<=> $order{$b}): ($a cmp $b)}keys %$value}else {@keys=keys %$value}if (exists$value->{&VALUE}){for (my$i=0;$i < @keys;$i++){if ($keys[$i]eq &VALUE){splice(@keys,$i,1);push@keys,&VALUE;last}}}for my$key (@keys){$self->_emit_key($key,$context);$context=0;$self->{stream}.= ':';$self->_emit_node($value->{$key})}$self->{level}--}sub _emit_sequence {my$self=shift;my ($value,$tag)=@_;$self->{stream}.= " !$tag" if$tag;return ($self->{stream}.= " []\n")if @$value==0;$self->{stream}.= "\n" unless$self->headless && not($self->headless(0));if ($self->inline_series and @$value <= $self->inline_series and not (scalar grep {ref or /\n/}@$value)){$self->{stream}=~ s/\n\Z/ /;$self->{stream}.= '[';for (my$i=0;$i < @$value;$i++){$self->_emit_str($value->[$i],KEY);last if$i==$#{$value};$self->{stream}.= ', '}$self->{stream}.= "]\n";return}$self->offset->[$self->level + 1]=$self->offset->[$self->level]+ $self->indent_width;$self->{level}++;for my$val (@$value){$self->{stream}.= ' ' x $self->offset->[$self->level];$self->{stream}.= '-';$self->_emit_node($val,FROMARRAY)}$self->{level}--}sub _emit_key {my$self=shift;my ($value,$context)=@_;$self->{stream}.= ' ' x $self->offset->[$self->level]unless$context==FROMARRAY;$self->_emit_str($value,KEY)}sub _emit_scalar {my$self=shift;my ($value,$tag)=@_;$self->{stream}.= " !$tag";$self->_emit_str($value,BLESSED)}sub _emit {my$self=shift;$self->{stream}.= join '',@_}sub _emit_str {my$self=shift;my$type=$_[1]|| 0;$self->offset->[$self->level + 1]=$self->offset->[$self->level]+ $self->indent_width;$self->{level}++;my$sf=$type==KEY ? '' : ' ';my$sb=$type==KEY ? '? ' : ' ';my$ef=$type==KEY ? '' : "\n";my$eb="\n";while (1){$self->_emit($sf),$self->_emit_plain($_[0]),$self->_emit($ef),last if not defined $_[0];$self->_emit($sf,'=',$ef),last if $_[0]eq VALUE;$self->_emit($sf),$self->_emit_double($_[0]),$self->_emit($ef),last if $_[0]=~ /$ESCAPE_CHAR/;if ($_[0]=~ /\n/){$self->_emit($sb),$self->_emit_block($LIT_CHAR,$_[0]),$self->_emit($eb),last if$self->use_block;Carp::cluck "[YAML] \$UseFold is no longer supported" if$self->use_fold;$self->_emit($sf),$self->_emit_double($_[0]),$self->_emit($ef),last if length $_[0]<= 30;$self->_emit($sf),$self->_emit_double($_[0]),$self->_emit($ef),last if $_[0]!~ /\n\s*\S/;$self->_emit($sb),$self->_emit_block($LIT_CHAR,$_[0]),$self->_emit($eb),last}$self->_emit($sf),$self->_emit_number($_[0]),$self->_emit($ef),last if$self->is_literal_number($_[0]);$self->_emit($sf),$self->_emit_plain($_[0]),$self->_emit($ef),last if$self->is_valid_plain($_[0]);$self->_emit($sf),$self->_emit_double($_[0]),$self->_emit($ef),last if $_[0]=~ /'/;$self->_emit($sf),$self->_emit_single($_[0]),$self->_emit($ef);last}$self->{level}--;return}sub is_literal_number {my$self=shift;return B::svref_2object(\$_[0])->FLAGS & (B::SVp_IOK | B::SVp_NOK)&& 0 + $_[0]eq $_[0]}sub _emit_number {my$self=shift;return$self->_emit_plain($_[0])}sub is_valid_plain {my$self=shift;return 0 unless length $_[0];return 0 if$self->quote_numeric_strings and Scalar::Util::looks_like_number($_[0]);return 0 if $_[0]=~ /^[\s\{\[\~\`\'\"\!\@\#\>\|\%\&\?\*\^]/;return 0 if $_[0]=~ /[\{\[\]\},]/;return 0 if $_[0]=~ /[:\-\?]\s/;return 0 if $_[0]=~ /\s#/;return 0 if $_[0]=~ /\:(\s|$)/;return 0 if $_[0]=~ /[\s\|\>]$/;return 0 if $_[0]eq '-';return 0 if $_[0]eq '=';return 1}sub _emit_block {my$self=shift;my ($indicator,$value)=@_;$self->{stream}.= $indicator;$value =~ /(\n*)\Z/;my$chomp=length $1 ? (length $1 > 1)? '+' : '' : '-';$value='~' if not defined$value;$self->{stream}.= $chomp;$self->{stream}.= $self->indent_width if$value =~ /^\s/;$self->{stream}.= $self->indent($value)}sub _emit_plain {my$self=shift;$self->{stream}.= defined $_[0]? $_[0]: '~'}sub _emit_double {my$self=shift;(my$escaped=$self->escape($_[0]))=~ s/"/\\"/g;$self->{stream}.= qq{"$escaped"}}sub _emit_single {my$self=shift;my$item=shift;$item =~ s{'}{''}g;$self->{stream}.= "'$item'"}sub indent {my$self=shift;my ($text)=@_;return$text unless length$text;$text =~ s/\n\Z//;my$indent=' ' x $self->offset->[$self->level];$text =~ s/^/$indent/gm;$text="\n$text";return$text}my@escapes=qw(\0 \x01 \x02 \x03 \x04 \x05 \x06 \a \x08 \t \n \v \f \r \x0e \x0f \x10 \x11 \x12 \x13 \x14 \x15 \x16 \x17 \x18 \x19 \x1a \e \x1c \x1d \x1e \x1f);sub escape {my$self=shift;my ($text)=@_;$text =~ s/\\/\\\\/g;$text =~ s/([\x00-\x1f])/$escapes[ord($1)]/ge;return$text}1;
  YAML::Dumper can't handle dumping this type of data.
  Please report this to the author.
  
  id:    $node_id
  type:  $type
  class: $class
  value: $value
  
  ...
YAML_DUMPER

$fatpacked{"YAML/Dumper/Base.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_DUMPER_BASE';
  package YAML::Dumper::Base;use YAML::Mo;use YAML::Node;has spec_version=>default=>sub {'1.0'};has indent_width=>default=>sub {2};has use_header=>default=>sub {1};has use_version=>default=>sub {0};has sort_keys=>default=>sub {1};has anchor_prefix=>default=>sub {''};has dump_code=>default=>sub {0};has use_block=>default=>sub {0};has use_fold=>default=>sub {0};has compress_series=>default=>sub {1};has inline_series=>default=>sub {0};has use_aliases=>default=>sub {1};has purity=>default=>sub {0};has stringify=>default=>sub {0};has quote_numeric_strings=>default=>sub {0};has stream=>default=>sub {''};has document=>default=>sub {0};has transferred=>default=>sub {{}};has id_refcnt=>default=>sub {{}};has id_anchor=>default=>sub {{}};has anchor=>default=>sub {1};has level=>default=>sub {0};has offset=>default=>sub {[]};has headless=>default=>sub {0};has blessed_map=>default=>sub {{}};sub set_global_options {my$self=shift;$self->spec_version($YAML::SpecVersion)if defined$YAML::SpecVersion;$self->indent_width($YAML::Indent)if defined$YAML::Indent;$self->use_header($YAML::UseHeader)if defined$YAML::UseHeader;$self->use_version($YAML::UseVersion)if defined$YAML::UseVersion;$self->sort_keys($YAML::SortKeys)if defined$YAML::SortKeys;$self->anchor_prefix($YAML::AnchorPrefix)if defined$YAML::AnchorPrefix;$self->dump_code($YAML::DumpCode || $YAML::UseCode)if defined$YAML::DumpCode or defined$YAML::UseCode;$self->use_block($YAML::UseBlock)if defined$YAML::UseBlock;$self->use_fold($YAML::UseFold)if defined$YAML::UseFold;$self->compress_series($YAML::CompressSeries)if defined$YAML::CompressSeries;$self->inline_series($YAML::InlineSeries)if defined$YAML::InlineSeries;$self->use_aliases($YAML::UseAliases)if defined$YAML::UseAliases;$self->purity($YAML::Purity)if defined$YAML::Purity;$self->stringify($YAML::Stringify)if defined$YAML::Stringify;$self->quote_numeric_strings($YAML::QuoteNumericStrings)if defined$YAML::QuoteNumericStrings}sub dump {my$self=shift;$self->die('dump() not implemented in this class.')}sub blessed {my$self=shift;my ($ref)=@_;$ref=\$_[0]unless ref$ref;my (undef,undef,$node_id)=YAML::Mo::Object->node_info($ref);$self->{blessed_map}->{$node_id}}sub bless {my$self=shift;my ($ref,$blessing)=@_;my$ynode;$ref=\$_[0]unless ref$ref;my (undef,undef,$node_id)=YAML::Mo::Object->node_info($ref);if (not defined$blessing){$ynode=YAML::Node->new($ref)}elsif (ref$blessing){$self->die()unless ynode($blessing);$ynode=$blessing}else {no strict 'refs';my$transfer=$blessing ."::yaml_dump";$self->die()unless defined &{$transfer};$ynode=&{$transfer}($ref);$self->die()unless ynode($ynode)}$self->{blessed_map}->{$node_id}=$ynode;my$object=ynode($ynode)or $self->die();return$object}1;
YAML_DUMPER_BASE

$fatpacked{"YAML/Error.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_ERROR';
  package YAML::Error;use YAML::Mo;has 'code';has 'type'=>default=>sub {'Error'};has 'line';has 'document';has 'arguments'=>default=>sub {[]};my ($error_messages,%line_adjust);sub format_message {my$self=shift;my$output='YAML ' .$self->type .': ';my$code=$self->code;if ($error_messages->{$code}){$code=sprintf($error_messages->{$code},@{$self->arguments})}$output .= $code ."\n";$output .= '   Code: ' .$self->code ."\n" if defined$self->code;$output .= '   Line: ' .$self->line ."\n" if defined$self->line;$output .= '   Document: ' .$self->document ."\n" if defined$self->document;return$output}sub error_messages {$error_messages}%$error_messages=map {s/^\s+//;s/\\n/\n/;$_}split "\n",<<'...';%line_adjust=map {($_,1)}qw(YAML_PARSE_ERR_BAD_MAJOR_VERSION YAML_PARSE_WARN_BAD_MINOR_VERSION YAML_PARSE_ERR_TEXT_AFTER_INDICATOR YAML_PARSE_ERR_NO_ANCHOR YAML_PARSE_ERR_MANY_EXPLICIT YAML_PARSE_ERR_MANY_IMPLICIT YAML_PARSE_ERR_MANY_ANCHOR YAML_PARSE_ERR_ANCHOR_ALIAS YAML_PARSE_ERR_BAD_ALIAS YAML_PARSE_ERR_MANY_ALIAS YAML_LOAD_ERR_NO_CONVERT YAML_LOAD_ERR_NO_DEFAULT_VALUE YAML_LOAD_ERR_NON_EMPTY_STRING YAML_LOAD_ERR_BAD_MAP_TO_SEQ YAML_LOAD_ERR_BAD_STR_TO_INT YAML_LOAD_ERR_BAD_STR_TO_DATE YAML_LOAD_ERR_BAD_STR_TO_TIME YAML_LOAD_WARN_DUPLICATE_KEY YAML_PARSE_ERR_INLINE_MAP YAML_PARSE_ERR_INLINE_SEQUENCE YAML_PARSE_ERR_BAD_DOUBLE YAML_PARSE_ERR_BAD_SINGLE YAML_PARSE_ERR_BAD_INLINE_IMPLICIT YAML_PARSE_ERR_BAD_IMPLICIT YAML_LOAD_WARN_NO_REGEXP_IN_REGEXP YAML_LOAD_WARN_BAD_REGEXP_ELEM YAML_LOAD_WARN_REGEXP_CREATE YAML_LOAD_WARN_GLOB_NAME YAML_LOAD_WARN_PARSE_CODE YAML_LOAD_WARN_CODE_DEPARSE YAML_LOAD_WARN_BAD_GLOB_ELEM YAML_PARSE_ERR_ZERO_INDENT);package YAML::Warning;our@ISA='YAML::Error';1;
  YAML_PARSE_ERR_BAD_CHARS
    Invalid characters in stream. This parser only supports printable ASCII
  YAML_PARSE_ERR_BAD_MAJOR_VERSION
    Can't parse a %s document with a 1.0 parser
  YAML_PARSE_WARN_BAD_MINOR_VERSION
    Parsing a %s document with a 1.0 parser
  YAML_PARSE_WARN_MULTIPLE_DIRECTIVES
    '%s directive used more than once'
  YAML_PARSE_ERR_TEXT_AFTER_INDICATOR
    No text allowed after indicator
  YAML_PARSE_ERR_NO_ANCHOR
    No anchor for alias '*%s'
  YAML_PARSE_ERR_NO_SEPARATOR
    Expected separator '---'
  YAML_PARSE_ERR_SINGLE_LINE
    Couldn't parse single line value
  YAML_PARSE_ERR_BAD_ANCHOR
    Invalid anchor
  YAML_DUMP_ERR_INVALID_INDENT
    Invalid Indent width specified: '%s'
  YAML_LOAD_USAGE
    usage: YAML::Load($yaml_stream_scalar)
  YAML_PARSE_ERR_BAD_NODE
    Can't parse node
  YAML_PARSE_ERR_BAD_EXPLICIT
    Unsupported explicit transfer: '%s'
  YAML_DUMP_USAGE_DUMPCODE
    Invalid value for DumpCode: '%s'
  YAML_LOAD_ERR_FILE_INPUT
    Couldn't open %s for input:\n%s
  YAML_DUMP_ERR_FILE_CONCATENATE
    Can't concatenate to YAML file %s
  YAML_DUMP_ERR_FILE_OUTPUT
    Couldn't open %s for output:\n%s
  YAML_DUMP_ERR_FILE_OUTPUT_CLOSE
    Error closing %s:\n%s
  YAML_DUMP_ERR_NO_HEADER
    With UseHeader=0, the node must be a plain hash or array
  YAML_DUMP_WARN_BAD_NODE_TYPE
    Can't perform serialization for node type: '%s'
  YAML_EMIT_WARN_KEYS
    Encountered a problem with 'keys':\n%s
  YAML_DUMP_WARN_DEPARSE_FAILED
    Deparse failed for CODE reference
  YAML_DUMP_WARN_CODE_DUMMY
    Emitting dummy subroutine for CODE reference
  YAML_PARSE_ERR_MANY_EXPLICIT
    More than one explicit transfer
  YAML_PARSE_ERR_MANY_IMPLICIT
    More than one implicit request
  YAML_PARSE_ERR_MANY_ANCHOR
    More than one anchor
  YAML_PARSE_ERR_ANCHOR_ALIAS
    Can't define both an anchor and an alias
  YAML_PARSE_ERR_BAD_ALIAS
    Invalid alias
  YAML_PARSE_ERR_MANY_ALIAS
    More than one alias
  YAML_LOAD_ERR_NO_CONVERT
    Can't convert implicit '%s' node to explicit '%s' node
  YAML_LOAD_ERR_NO_DEFAULT_VALUE
    No default value for '%s' explicit transfer
  YAML_LOAD_ERR_NON_EMPTY_STRING
    Only the empty string can be converted to a '%s'
  YAML_LOAD_ERR_BAD_MAP_TO_SEQ
    Can't transfer map as sequence. Non numeric key '%s' encountered.
  YAML_DUMP_ERR_BAD_GLOB
    '%s' is an invalid value for Perl glob
  YAML_DUMP_ERR_BAD_REGEXP
    '%s' is an invalid value for Perl Regexp
  YAML_LOAD_ERR_BAD_MAP_ELEMENT
    Invalid element in map
  YAML_LOAD_WARN_DUPLICATE_KEY
    Duplicate map key '%s' found. Ignoring.
  YAML_LOAD_ERR_BAD_SEQ_ELEMENT
    Invalid element in sequence
  YAML_PARSE_ERR_INLINE_MAP
    Can't parse inline map
  YAML_PARSE_ERR_INLINE_SEQUENCE
    Can't parse inline sequence
  YAML_PARSE_ERR_BAD_DOUBLE
    Can't parse double quoted string
  YAML_PARSE_ERR_BAD_SINGLE
    Can't parse single quoted string
  YAML_PARSE_ERR_BAD_INLINE_IMPLICIT
    Can't parse inline implicit value '%s'
  YAML_PARSE_ERR_BAD_IMPLICIT
    Unrecognized implicit value '%s'
  YAML_PARSE_ERR_INDENTATION
    Error. Invalid indentation level
  YAML_PARSE_ERR_INCONSISTENT_INDENTATION
    Inconsistent indentation level
  YAML_LOAD_WARN_UNRESOLVED_ALIAS
    Can't resolve alias *%s
  YAML_LOAD_WARN_NO_REGEXP_IN_REGEXP
    No 'REGEXP' element for Perl regexp
  YAML_LOAD_WARN_BAD_REGEXP_ELEM
    Unknown element '%s' in Perl regexp
  YAML_LOAD_WARN_GLOB_NAME
    No 'NAME' element for Perl glob
  YAML_LOAD_WARN_PARSE_CODE
    Couldn't parse Perl code scalar: %s
  YAML_LOAD_WARN_CODE_DEPARSE
    Won't parse Perl code unless $YAML::LoadCode is set
  YAML_EMIT_ERR_BAD_LEVEL
    Internal Error: Bad level detected
  YAML_PARSE_WARN_AMBIGUOUS_TAB
    Amibiguous tab converted to spaces
  YAML_LOAD_WARN_BAD_GLOB_ELEM
    Unknown element '%s' in Perl glob
  YAML_PARSE_ERR_ZERO_INDENT
    Can't use zero as an indentation width
  YAML_LOAD_WARN_GLOB_IO
    Can't load an IO filehandle. Yet!!!
  ...
YAML_ERROR

$fatpacked{"YAML/Loader.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_LOADER';
  package YAML::Loader;use YAML::Mo;extends 'YAML::Loader::Base';use YAML::Loader::Base;use YAML::Types;use YAML::Node;use constant LEAF=>1;use constant COLLECTION=>2;use constant VALUE=>"\x07YAML\x07VALUE\x07";use constant COMMENT=>"\x07YAML\x07COMMENT\x07";my$ESCAPE_CHAR='[\\x00-\\x08\\x0b-\\x0d\\x0e-\\x1f]';my$FOLD_CHAR='>';my$LIT_CHAR='|';my$LIT_CHAR_RX="\\$LIT_CHAR";sub load {my$self=shift;$self->stream($_[0]|| '');return$self->_parse()}sub _parse {my$self=shift;my (%directives,$preface);$self->{stream}=~ s|\015\012|\012|g;$self->{stream}=~ s|\015|\012|g;$self->line(0);$self->die('YAML_PARSE_ERR_BAD_CHARS')if$self->stream =~ /$ESCAPE_CHAR/;$self->{stream}=~ s/(.)\n\Z/$1/s;$self->lines([split /\x0a/,$self->stream,-1]);$self->line(1);$self->_parse_throwaway_comments();$self->document(0);$self->documents([]);$self->zero_indent([]);if (not $self->eos){if ($self->lines->[0]!~ /^---(\s|$)/){unshift @{$self->lines},'---';$self->{line}--}}while (not $self->eos){$self->anchor2node({});$self->{document}++;$self->done(0);$self->level(0);$self->offset->[0]=-1;if ($self->lines->[0]=~ /^---\s*(.*)$/){my@words=split /\s/,$1;%directives=();while (@words){if ($words[0]=~ /^#(\w+):(\S.*)$/){my ($key,$value)=($1,$2);shift(@words);if (defined$directives{$key}){$self->warn('YAML_PARSE_WARN_MULTIPLE_DIRECTIVES',$key,$self->document);next}$directives{$key}=$value}elsif ($words[0]eq ''){shift@words}else {last}}$self->preface(join ' ',@words)}else {$self->die('YAML_PARSE_ERR_NO_SEPARATOR')}if (not $self->done){$self->_parse_next_line(COLLECTION)}if ($self->done){$self->{indent}=-1;$self->content('')}$directives{YAML}||= '1.0';$directives{TAB}||= 'NONE';($self->{major_version},$self->{minor_version})=split /\./,$directives{YAML},2;$self->die('YAML_PARSE_ERR_BAD_MAJOR_VERSION',$directives{YAML})if$self->major_version ne '1';$self->warn('YAML_PARSE_WARN_BAD_MINOR_VERSION',$directives{YAML})if$self->minor_version ne '0';$self->die('Unrecognized TAB policy')unless$directives{TAB}=~ /^(NONE|\d+)(:HARD)?$/;push @{$self->documents},$self->_parse_node()}return wantarray ? @{$self->documents}: $self->documents->[-1]}sub _parse_node {my$self=shift;my$preface=$self->preface;$self->preface('');my ($node,$type,$indicator,$chomp,$parsed_inline)=('')x 5;my ($anchor,$alias,$explicit,$implicit)=('')x 4;($anchor,$alias,$explicit,$implicit,$preface)=$self->_parse_qualifiers($preface);if ($anchor){$self->anchor2node->{$anchor}=CORE::bless [],'YAML-anchor2node'}$self->inline('');while (length$preface){if ($preface =~ s/^($FOLD_CHAR|$LIT_CHAR_RX)//){$indicator=$1;if ($preface =~ s/^([+-])[0-9]*//){$chomp=$1}elsif ($preface =~ s/^[0-9]+([+-]?)//){$chomp=$1}if ($preface =~ s/^(?:\s+#.*$|\s*)$//){}else {$self->die('YAML_PARSE_ERR_TEXT_AFTER_INDICATOR')}}else {$self->inline($preface);$preface=''}}if ($alias){$self->die('YAML_PARSE_ERR_NO_ANCHOR',$alias)unless defined$self->anchor2node->{$alias};if (ref($self->anchor2node->{$alias})ne 'YAML-anchor2node'){$node=$self->anchor2node->{$alias}}else {$node=do {my$sv="*$alias"};push @{$self->anchor2node->{$alias}},[\$node,$self->line]}}elsif (length$self->inline){$node=$self->_parse_inline(1,$implicit,$explicit);$parsed_inline=1;if (length$self->inline){$self->die('YAML_PARSE_ERR_SINGLE_LINE')}}elsif ($indicator eq $LIT_CHAR){$self->{level}++;$node=$self->_parse_block($chomp);$node=$self->_parse_implicit($node)if$implicit;$self->{level}--}elsif ($indicator eq $FOLD_CHAR){$self->{level}++;$node=$self->_parse_unfold($chomp);$node=$self->_parse_implicit($node)if$implicit;$self->{level}--}else {$self->{level}++;$self->offset->[$self->level]||= 0;if ($self->indent==$self->offset->[$self->level]){if ($self->content =~ /^-( |$)/){$node=$self->_parse_seq($anchor)}elsif ($self->content =~ /(^\?|\:( |$))/){$node=$self->_parse_mapping($anchor)}elsif ($preface =~ /^\s*$/){$node=$self->_parse_implicit('')}else {$self->die('YAML_PARSE_ERR_BAD_NODE')}}else {$node=undef}$self->{level}--}$#{$self->offset}=$self->level;if ($explicit){$node=$self->_parse_explicit($node,$explicit)if!$parsed_inline}if ($anchor){if (ref($self->anchor2node->{$anchor})eq 'YAML-anchor2node'){for my$ref (@{$self->anchor2node->{$anchor}}){${$ref->[0]}=$node;$self->warn('YAML_LOAD_WARN_UNRESOLVED_ALIAS',$anchor,$ref->[1])}}$self->anchor2node->{$anchor}=$node}return$node}sub _parse_qualifiers {my$self=shift;my ($preface)=@_;my ($anchor,$alias,$explicit,$implicit,$token)=('')x 5;$self->inline('');while ($preface =~ /^[&*!]/){if ($preface =~ s/^\!(\S+)\s*//){$self->die('YAML_PARSE_ERR_MANY_EXPLICIT')if$explicit;$explicit=$1}elsif ($preface =~ s/^\!\s*//){$self->die('YAML_PARSE_ERR_MANY_IMPLICIT')if$implicit;$implicit=1}elsif ($preface =~ s/^\&([^ ,:]*)\s*//){$token=$1;$self->die('YAML_PARSE_ERR_BAD_ANCHOR')unless$token =~ /^[a-zA-Z0-9_.\/-]+$/;$self->die('YAML_PARSE_ERR_MANY_ANCHOR')if$anchor;$self->die('YAML_PARSE_ERR_ANCHOR_ALIAS')if$alias;$anchor=$token}elsif ($preface =~ s/^\*([^ ,:]*)\s*//){$token=$1;$self->die('YAML_PARSE_ERR_BAD_ALIAS')unless$token =~ /^[a-zA-Z0-9_.\/-]+$/;$self->die('YAML_PARSE_ERR_MANY_ALIAS')if$alias;$self->die('YAML_PARSE_ERR_ANCHOR_ALIAS')if$anchor;$alias=$token}}return ($anchor,$alias,$explicit,$implicit,$preface)}sub _parse_explicit {my$self=shift;my ($node,$explicit)=@_;my ($type,$class);if ($explicit =~ /^\!?perl\/(hash|array|ref|scalar)(?:\:(\w(\w|\:\:)*)?)?$/){($type,$class)=(($1 || ''),($2 || ''));if ($type eq "ref"){$self->die('YAML_LOAD_ERR_NO_DEFAULT_VALUE','XXX',$explicit)unless exists$node->{VALUE()}and scalar(keys %$node)==1;my$value=$node->{VALUE()};$node=\$value}if ($type eq "scalar" and length($class)and!ref($node)){my$value=$node;$node=\$value}if (length($class)and $YAML::LoadBlessed){CORE::bless($node,$class)}return$node}if ($explicit =~ m{^!?perl/(glob|regexp|code)(?:\:(\w(\w|\:\:)*)?)?$}){($type,$class)=(($1 || ''),($2 || ''));my$type_class="YAML::Type::$type";no strict 'refs';if ($type_class->can('yaml_load')){return$type_class->yaml_load($node,$class,$self)}else {$self->die('YAML_LOAD_ERR_NO_CONVERT','XXX',$explicit)}}elsif ($YAML::TagClass->{$explicit}|| $explicit =~ m{^perl/(\@|\$)?([a-zA-Z](\w|::)+)$}){$class=$YAML::TagClass->{$explicit}|| $2;if ($class->can('yaml_load')){require YAML::Node;return$class->yaml_load(YAML::Node->new($node,$explicit))}elsif ($YAML::LoadBlessed){if (ref$node){return CORE::bless$node,$class}else {return CORE::bless \$node,$class}}else {return$node}}elsif (ref$node){require YAML::Node;return YAML::Node->new($node,$explicit)}else {return$node}}sub _parse_mapping {my$self=shift;my ($anchor)=@_;my$mapping=$self->preserve ? YAML::Node->new({}): {};$self->anchor2node->{$anchor}=$mapping;my$key;while (not $self->done and $self->indent==$self->offset->[$self->level]){if ($self->{content}=~ s/^\?\s*//){$self->preface($self->content);$self->_parse_next_line(COLLECTION);$key=$self->_parse_node();$key="$key"}elsif ($self->{content}=~ s/^\=\s*(?=:)//){$key=VALUE}elsif ($self->{content}=~ s/^\=\s*(?=:)//){$key=COMMENT}else {$self->inline($self->content);$key=$self->_parse_inline();$key="$key";$self->content($self->inline);$self->inline('')}unless ($self->{content}=~ s/^:(?:\s+#.*$|\s*)//){$self->die('YAML_LOAD_ERR_BAD_MAP_ELEMENT')}$self->preface($self->content);my$level=$self->level;my$zero_indent=$self->zero_indent;$zero_indent->[$level ]=0;$self->_parse_next_line(COLLECTION);my$value=$self->_parse_node();$#$zero_indent=$level;if (exists$mapping->{$key}){$self->warn('YAML_LOAD_WARN_DUPLICATE_KEY',$key)}else {$mapping->{$key}=$value}}return$mapping}sub _parse_seq {my$self=shift;my ($anchor)=@_;my$seq=[];$self->anchor2node->{$anchor}=$seq;while (not $self->done and $self->indent==$self->offset->[$self->level]){if ($self->content =~ /^-(?: (.*))?$/){$self->preface(defined($1)? $1 : '')}else {if ($self->zero_indent->[$self->level ]){last}$self->die('YAML_LOAD_ERR_BAD_SEQ_ELEMENT')}my$preface=$self->preface;if ($preface =~ m/^ (\s*) ( - (?: \ .* | $ ) ) /x){$self->indent($self->offset->[$self->level]+ 2 + length($1));$self->content($2);$self->level($self->level + 1);$self->offset->[$self->level]=$self->indent;$self->preface('');push @$seq,$self->_parse_seq('');$self->{level}--;$#{$self->offset}=$self->level}elsif ($preface =~ /^ (\s*) ((') (?:''|[^'])*? ' \s* \: (?:\ |$).*) $/x or $preface =~ /^ (\s*) ((") (?:\\\\|[^"])*? " \s* \: (?:\ |$).*) $/x or $preface =~ /^ (\s*) (\?.*$)/x or $preface =~ /^ (\s*) ([^'"\s:#&!\[\]\{\},*|>].*\:(\ .*|$))/x){$self->indent($self->offset->[$self->level]+ 2 + length($1));$self->content($2);$self->level($self->level + 1);$self->offset->[$self->level]=$self->indent;$self->preface('');push @$seq,$self->_parse_mapping('');$self->{level}--;$#{$self->offset}=$self->level}else {$self->_parse_next_line(COLLECTION);push @$seq,$self->_parse_node()}}return$seq}sub _parse_inline {my$self=shift;my ($top,$top_implicit,$top_explicit)=(@_,'','','');$self->{inline}=~ s/^\s*(.*)\s*$/$1/;my ($node,$anchor,$alias,$explicit,$implicit)=('')x 5;($anchor,$alias,$explicit,$implicit,$self->{inline})=$self->_parse_qualifiers($self->inline);if ($anchor){$self->anchor2node->{$anchor}=CORE::bless [],'YAML-anchor2node'}$implicit ||= $top_implicit;$explicit ||= $top_explicit;($top_implicit,$top_explicit)=('','');if ($alias){$self->die('YAML_PARSE_ERR_NO_ANCHOR',$alias)unless defined$self->anchor2node->{$alias};if (ref($self->anchor2node->{$alias})ne 'YAML-anchor2node'){$node=$self->anchor2node->{$alias}}else {$node=do {my$sv="*$alias"};push @{$self->anchor2node->{$alias}},[\$node,$self->line]}}elsif ($self->inline =~ /^\{/){$node=$self->_parse_inline_mapping($anchor)}elsif ($self->inline =~ /^\[/){$node=$self->_parse_inline_seq($anchor)}elsif ($self->inline =~ /^"/){$node=$self->_parse_inline_double_quoted();$node=$self->_unescape($node);$node=$self->_parse_implicit($node)if$implicit}elsif ($self->inline =~ /^'/){$node=$self->_parse_inline_single_quoted();$node=$self->_parse_implicit($node)if$implicit}else {if ($top){$node=$self->inline;$self->inline('')}else {$node=$self->_parse_inline_simple()}$node=$self->_parse_implicit($node)unless$explicit;if ($self->numify and defined$node and not ref$node and length$node and $node =~ m/\A-?(?:0|[1-9][0-9]*)?(?:\.[0-9]*)?(?:[eE][+-]?[0-9]+)?\z/){$node += 0}}if ($explicit){$node=$self->_parse_explicit($node,$explicit)}if ($anchor){if (ref($self->anchor2node->{$anchor})eq 'YAML-anchor2node'){for my$ref (@{$self->anchor2node->{$anchor}}){${$ref->[0]}=$node;$self->warn('YAML_LOAD_WARN_UNRESOLVED_ALIAS',$anchor,$ref->[1])}}$self->anchor2node->{$anchor}=$node}return$node}sub _parse_inline_mapping {my$self=shift;my ($anchor)=@_;my$node={};$self->anchor2node->{$anchor}=$node;$self->die('YAML_PARSE_ERR_INLINE_MAP')unless$self->{inline}=~ s/^\{\s*//;while (not $self->{inline}=~ s/^\s*\}(\s+#.*$|\s*)//){my$key=$self->_parse_inline();$self->die('YAML_PARSE_ERR_INLINE_MAP')unless$self->{inline}=~ s/^\: \s*//;my$value=$self->_parse_inline();if (exists$node->{$key}){$self->warn('YAML_LOAD_WARN_DUPLICATE_KEY',$key)}else {$node->{$key}=$value}next if$self->inline =~ /^\s*\}/;$self->die('YAML_PARSE_ERR_INLINE_MAP')unless$self->{inline}=~ s/^\,\s*//}return$node}sub _parse_inline_seq {my$self=shift;my ($anchor)=@_;my$node=[];$self->anchor2node->{$anchor}=$node;$self->die('YAML_PARSE_ERR_INLINE_SEQUENCE')unless$self->{inline}=~ s/^\[\s*//;while (not $self->{inline}=~ s/^\s*\](\s+#.*$|\s*)//){my$value=$self->_parse_inline();push @$node,$value;next if$self->inline =~ /^\s*\]/;$self->die('YAML_PARSE_ERR_INLINE_SEQUENCE')unless$self->{inline}=~ s/^\,\s*//}return$node}sub _parse_inline_double_quoted {my$self=shift;my$inline=$self->inline;if ($inline =~ s/^"//){my$node='';while ($inline =~ s/^(\\.|[^"\\]+)//){my$capture=$1;$capture =~ s/^\\"/"/;$node .= $capture;last unless length$inline}if ($inline =~ s/^"(?:\s+#.*|\s*)//){$self->inline($inline);return$node}}$self->die('YAML_PARSE_ERR_BAD_DOUBLE')}sub _parse_inline_single_quoted {my$self=shift;my$inline=$self->inline;if ($inline =~ s/^'//){my$node='';while ($inline =~ s/^(''|[^']+)//){my$capture=$1;$capture =~ s/^''/'/;$node .= $capture;last unless length$inline}if ($inline =~ s/^'(?:\s+#.*|\s*)//){$self->inline($inline);return$node}}$self->die('YAML_PARSE_ERR_BAD_SINGLE')}sub _parse_inline_simple {my$self=shift;my$value;if ($self->inline =~ /^(|[^!@#%^&*].*?)(?=[\[\]\{\},]|, |: |- |:\s*$|$)/){$value=$1;substr($self->{inline},0,length($1))=''}else {$self->die('YAML_PARSE_ERR_BAD_INLINE_IMPLICIT',$value)}return$value}sub _parse_implicit {my$self=shift;my ($value)=@_;$value =~ s/^#.*$//;$value =~ s/\s+#.*$//;$value =~ s/\s*$//;return$value if$value eq '';return undef if$value =~ /^~$/;return$value unless$value =~ /^[\@\`]/ or $value =~ /^[\-\?]\s/;$self->die('YAML_PARSE_ERR_BAD_IMPLICIT',$value)}sub _parse_unfold {my$self=shift;my ($chomp)=@_;my$node='';my$space=0;while (not $self->done and $self->indent==$self->offset->[$self->level]){$node .= $self->content."\n";$self->_parse_next_line(LEAF)}$node =~ s/^(\S.*)\n(?=\S)/$1 /gm;$node =~ s/^(\S.*)\n(\n+\S)/$1$2/gm;$node =~ s/\n*\Z// unless$chomp eq '+';$node .= "\n" unless$chomp;return$node}sub _parse_block {my$self=shift;my ($chomp)=@_;my$node='';while (not $self->done and $self->indent==$self->offset->[$self->level]){$node .= $self->content ."\n";$self->_parse_next_line(LEAF)}return$node if '+' eq $chomp;$node =~ s/\n*\Z/\n/;$node =~ s/\n\Z// if$chomp eq '-';return$node}sub _parse_throwaway_comments {my$self=shift;while (@{$self->lines}and $self->lines->[0]=~ m{^\s*(\#|$)}){shift @{$self->lines};$self->{line}++}$self->eos($self->{done}=not @{$self->lines})}sub _parse_next_line {my$self=shift;my ($type)=@_;my$level=$self->level;my$offset=$self->offset->[$level];$self->die('YAML_EMIT_ERR_BAD_LEVEL')unless defined$offset;shift @{$self->lines};$self->eos($self->{done}=not @{$self->lines});if ($self->eos){$self->offset->[$level + 1]=$offset + 1;return}$self->{line}++;if ($self->preface =~ qr/(?:^|\s)(?:$FOLD_CHAR|$LIT_CHAR_RX)(?:[+-]([0-9]*)|([0-9]*)[+-]?)(?:\s+#.*|\s*)$/){my$explicit_indent=defined $1 ? $1 : defined $2 ? $2 : '';$self->die('YAML_PARSE_ERR_ZERO_INDENT')if length($explicit_indent)and $explicit_indent==0;$type=LEAF;if (length($explicit_indent)){$self->offset->[$level + 1]=$offset + $explicit_indent}else {while (@{$self->lines}&& ($self->lines->[0]=~ /^\s*#/)){$self->lines->[0]=~ /^( *)/;last unless length($1)<= $offset;shift @{$self->lines};$self->{line}++}$self->eos($self->{done}=not @{$self->lines});return if$self->eos;if ($self->lines->[0]=~ /^( *)\S/ and length($1)> $offset){$self->offset->[$level+1]=length($1)}else {$self->offset->[$level+1]=$offset + 1}}$offset=$self->offset->[++$level]}elsif ($type==COLLECTION and $self->preface =~ /^(\s*(\!\S*|\&\S+))*\s*$/){$self->_parse_throwaway_comments();my$zero_indent=$self->zero_indent;if ($self->eos){$self->offset->[$level+1]=$offset + 1;return}elsif (defined$zero_indent->[$level ]and not $zero_indent->[$level ]and $self->lines->[0]=~ /^( {$offset,})-(?: |$)/){my$new_offset=length($1);$self->offset->[$level+1]=$new_offset;if ($new_offset==$offset){$zero_indent->[$level+1 ]=1}}else {$self->lines->[0]=~ /^( *)\S/ or $self->die('YAML_PARSE_ERR_NONSPACE_INDENTATION');if (length($1)> $offset){$self->offset->[$level+1]=length($1)}else {$self->offset->[$level+1]=$offset + 1}}$offset=$self->offset->[++$level]}if ($type==LEAF){if (@{$self->lines}and $self->lines->[0]=~ m{^( *)(\#)} and length($1)< $offset){if (length($1)< $offset){shift @{$self->lines};$self->{line}++;while (@{$self->lines}and $self->lines->[0]=~ m{^( *)(\#)}){shift @{$self->lines};$self->{line}++}}}$self->eos($self->{done}=not @{$self->lines})}else {$self->_parse_throwaway_comments()}return if$self->eos;if ($self->lines->[0]=~ /^---(\s|$)/){$self->done(1);return}if ($type==LEAF and $self->lines->[0]=~ /^ {$offset}(.*)$/){$self->indent($offset);$self->content($1)}elsif ($self->lines->[0]=~ /^\s*$/){$self->indent($offset);$self->content('')}else {$self->lines->[0]=~ /^( *)(\S.*)$/;while ($self->offset->[$level]> length($1)){$level--}$self->die('YAML_PARSE_ERR_INCONSISTENT_INDENTATION')if$self->offset->[$level]!=length($1);$self->indent(length($1));$self->content($2)}$self->die('YAML_PARSE_ERR_INDENTATION')if$self->indent - $offset > 1}my%unescapes=(0=>"\x00",a=>"\x07",t=>"\x09",n=>"\x0a",'v'=>"\x0b",f=>"\x0c",r=>"\x0d",e=>"\x1b",'\\'=>'\\',);sub _unescape {my$self=shift;my ($node)=@_;$node =~ s/\\([never\\fart0]|x([0-9a-fA-F]{2}))/
                (length($1)>1)?pack("H2",$2):$unescapes{$1}/gex;return$node}1;
YAML_LOADER

$fatpacked{"YAML/Loader/Base.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_LOADER_BASE';
  package YAML::Loader::Base;use YAML::Mo;has load_code=>default=>sub {0};has preserve=>default=>sub {0};has stream=>default=>sub {''};has document=>default=>sub {0};has line=>default=>sub {0};has documents=>default=>sub {[]};has lines=>default=>sub {[]};has eos=>default=>sub {0};has done=>default=>sub {0};has anchor2node=>default=>sub {{}};has level=>default=>sub {0};has offset=>default=>sub {[]};has preface=>default=>sub {''};has content=>default=>sub {''};has indent=>default=>sub {0};has major_version=>default=>sub {0};has minor_version=>default=>sub {0};has inline=>default=>sub {''};has numify=>default=>sub {0};has zero_indent=>default=>sub {[]};sub set_global_options {my$self=shift;$self->load_code($YAML::LoadCode || $YAML::UseCode)if defined$YAML::LoadCode or defined$YAML::UseCode;$self->preserve($YAML::Preserve)if defined$YAML::Preserve;$self->numify($YAML::Numify)if defined$YAML::Numify}sub load {die 'load() not implemented in this class.'}1;
YAML_LOADER_BASE

$fatpacked{"YAML/Marshall.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_MARSHALL';
  use strict;use warnings;package YAML::Marshall;use YAML::Node ();sub import {my$class=shift;no strict 'refs';my$package=caller;unless (grep {$_ eq $class}@{$package .'::ISA'}){push @{$package .'::ISA'},$class}my$tag=shift;if ($tag){no warnings 'once';$YAML::TagClass->{$tag}=$package;${$package ."::YamlTag"}=$tag}}sub yaml_dump {my$self=shift;no strict 'refs';my$tag=${ref($self)."::YamlTag"}|| 'perl/' .ref($self);$self->yaml_node($self,$tag)}sub yaml_load {my ($class,$node)=@_;if (my$ynode=$class->yaml_ynode($node)){$node=$ynode->{NODE}}bless$node,$class}sub yaml_node {shift;YAML::Node->new(@_)}sub yaml_ynode {shift;YAML::Node::ynode(@_)}1;
YAML_MARSHALL

$fatpacked{"YAML/Mo.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_MO';
  package YAML::Mo;no warnings;my$M=__PACKAGE__.'::';*{$M.Object::new}=sub{my$c=shift;my$s=bless{@_},$c;my%n=%{$c.'::'.':E'};map{$s->{$_}=$n{$_}->()if!exists$s->{$_}}keys%n;$s};*{$M.import}=sub{import warnings;$^H|=1538;my($P,%e,%o)=caller.'::';shift;eval"no Mo::$_",&{$M.$_.::e}($P,\%e,\%o,\@_)for@_;return if$e{M};%e=(extends,sub{eval"no $_[0]()";@{$P.ISA}=$_[0]},has,sub{my$n=shift;my$m=sub{$#_?$_[0]{$n}=$_[1]:$_[0]{$n}};@_=(default,@_)if!($#_%2);$m=$o{$_}->($m,$n,@_)for sort keys%o;*{$P.$n}=$m},%e,);*{$P.$_}=$e{$_}for keys%e;@{$P.ISA}=$M.Object};*{$M.'builder::e'}=sub{my($P,$e,$o)=@_;$o->{builder}=sub{my($m,$n,%a)=@_;my$b=$a{builder}or return$m;my$i=exists$a{lazy}?$a{lazy}:!${$P.':N'};$i or ${$P.':E'}{$n}=\&{$P.$b}and return$m;sub{$#_?$m->(@_):!exists$_[0]{$n}?$_[0]{$n}=$_[0]->$b:$m->(@_)}}};*{$M.'default::e'}=sub{my($P,$e,$o)=@_;$o->{default}=sub{my($m,$n,%a)=@_;exists$a{default}or return$m;my($d,$r)=$a{default};my$g='HASH'eq($r=ref$d)?sub{+{%$d}}:'ARRAY'eq$r?sub{[@$d]}:'CODE'eq$r?$d:sub{$d};my$i=exists$a{lazy}?$a{lazy}:!${$P.':N'};$i or ${$P.':E'}{$n}=$g and return$m;sub{$#_?$m->(@_):!exists$_[0]{$n}?$_[0]{$n}=$g->(@_):$m->(@_)}}};my$i=\&import;*{$M.import}=sub{(@_==2 and not$_[1])?pop@_:@_==1?push@_,grep!/import/,@f:();goto&$i};@f=qw[builder default import];use strict;use warnings;our$DumperModule='Data::Dumper';my ($_new_error,$_info,$_scalar_info);no strict 'refs';*{$M.'Object::die'}=sub {my$self=shift;my$error=$self->$_new_error(@_);$error->type('Error');Carp::croak($error->format_message)};*{$M.'Object::warn'}=sub {my$self=shift;return unless $^W;my$error=$self->$_new_error(@_);$error->type('Warning');Carp::cluck($error->format_message)};*{$M.'Object::node_info'}=sub {my$self=shift;my$stringify=$_[1]|| 0;my ($class,$type,$id)=ref($_[0])? $stringify ? &$_info("$_[0]"): do {require overload;my@info=&$_info(overload::StrVal($_[0]));if (ref($_[0])eq 'Regexp'){@info[0,1]=(undef,'REGEXP')}@info}: &$_scalar_info($_[0]);($class,$type,$id)=&$_scalar_info("$_[0]")unless$id;return wantarray ? ($class,$type,$id): $id};$_info=sub {return (($_[0])=~ qr{^(?:(.*)\=)?([^=]*)\(([^\(]*)\)$}o)};$_scalar_info=sub {my$id='undef';if (defined $_[0]){\$_[0]=~ /\((\w+)\)$/o or CORE::die();$id="$1-S"}return (undef,undef,$id)};$_new_error=sub {require Carp;my$self=shift;require YAML::Error;my$code=shift || 'unknown error';my$error=YAML::Error->new(code=>$code);$error->line($self->line)if$self->can('line');$error->document($self->document)if$self->can('document');$error->arguments([@_]);return$error};1;
YAML_MO

$fatpacked{"YAML/Node.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_NODE';
  use strict;use warnings;package YAML::Node;use YAML::Tag;require YAML::Mo;use Exporter;our@ISA=qw(Exporter YAML::Mo::Object);our@EXPORT=qw(ynode);sub ynode {my$self;if (ref($_[0])eq 'HASH'){$self=tied(%{$_[0]})}elsif (ref($_[0])eq 'ARRAY'){$self=tied(@{$_[0]})}elsif (ref(\$_[0])eq 'GLOB'){$self=tied(*{$_[0]})}else {$self=tied($_[0])}return (ref($self)=~ /^yaml_/)? $self : undef}sub new {my ($class,$node,$tag)=@_;my$self;$self->{NODE}=$node;my (undef,$type)=YAML::Mo::Object->node_info($node);$self->{KIND}=(not defined$type)? 'scalar' : ($type eq 'ARRAY')? 'sequence' : ($type eq 'HASH')? 'mapping' : $class->die("Can't create YAML::Node from '$type'");tag($self,($tag || ''));if ($self->{KIND}eq 'scalar'){yaml_scalar->new($self,$_[1]);return \ $_[1]}my$package="yaml_" .$self->{KIND};$package->new($self)}sub node {$_->{NODE}}sub kind {$_->{KIND}}sub tag {my ($self,$value)=@_;if (defined$value){$self->{TAG}=YAML::Tag->new($value);return$self}else {return$self->{TAG}}}sub keys {my ($self,$value)=@_;if (defined$value){$self->{KEYS}=$value;return$self}else {return$self->{KEYS}}}package yaml_scalar;@yaml_scalar::ISA=qw(YAML::Node);sub new {my ($class,$self)=@_;tie $_[2],$class,$self}sub TIESCALAR {my ($class,$self)=@_;bless$self,$class;$self}sub FETCH {my ($self)=@_;$self->{NODE}}sub STORE {my ($self,$value)=@_;$self->{NODE}=$value}package yaml_sequence;@yaml_sequence::ISA=qw(YAML::Node);sub new {my ($class,$self)=@_;my$new;tie @$new,$class,$self;$new}sub TIEARRAY {my ($class,$self)=@_;bless$self,$class}sub FETCHSIZE {my ($self)=@_;scalar @{$self->{NODE}}}sub FETCH {my ($self,$index)=@_;$self->{NODE}[$index]}sub STORE {my ($self,$index,$value)=@_;$self->{NODE}[$index]=$value}sub undone {die "Not implemented yet"}*STORESIZE=*POP=*PUSH=*SHIFT=*UNSHIFT=*SPLICE=*DELETE=*EXISTS=*STORESIZE=*POP=*PUSH=*SHIFT=*UNSHIFT=*SPLICE=*DELETE=*EXISTS=*undone;package yaml_mapping;@yaml_mapping::ISA=qw(YAML::Node);sub new {my ($class,$self)=@_;@{$self->{KEYS}}=sort keys %{$self->{NODE}};my$new;tie %$new,$class,$self;$new}sub TIEHASH {my ($class,$self)=@_;bless$self,$class}sub FETCH {my ($self,$key)=@_;if (exists$self->{NODE}{$key}){return (grep {$_ eq $key}@{$self->{KEYS}})? $self->{NODE}{$key}: undef}return$self->{HASH}{$key}}sub STORE {my ($self,$key,$value)=@_;if (exists$self->{NODE}{$key}){$self->{NODE}{$key}=$value}elsif (exists$self->{HASH}{$key}){$self->{HASH}{$key}=$value}else {if (not grep {$_ eq $key}@{$self->{KEYS}}){push(@{$self->{KEYS}},$key)}$self->{HASH}{$key}=$value}$value}sub DELETE {my ($self,$key)=@_;my$return;if (exists$self->{NODE}{$key}){$return=$self->{NODE}{$key}}elsif (exists$self->{HASH}{$key}){$return=delete$self->{NODE}{$key}}for (my$i=0;$i < @{$self->{KEYS}};$i++){if ($self->{KEYS}[$i]eq $key){splice(@{$self->{KEYS}},$i,1)}}return$return}sub CLEAR {my ($self)=@_;@{$self->{KEYS}}=();%{$self->{HASH}}=()}sub FIRSTKEY {my ($self)=@_;$self->{ITER}=0;$self->{KEYS}[0]}sub NEXTKEY {my ($self)=@_;$self->{KEYS}[++$self->{ITER}]}sub EXISTS {my ($self,$key)=@_;exists$self->{NODE}{$key}}1;
YAML_NODE

$fatpacked{"YAML/Tag.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_TAG';
  use strict;use warnings;package YAML::Tag;use overload '""'=>sub {${$_[0]}};sub new {my ($class,$self)=@_;bless \$self,$class}sub short {${$_[0]}}sub canonical {${$_[0]}}1;
YAML_TAG

$fatpacked{"YAML/Types.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'YAML_TYPES';
  package YAML::Types;use YAML::Mo;use YAML::Node;package YAML::Type::blessed;use YAML::Mo;sub yaml_dump {my$self=shift;my ($value)=@_;my ($class,$type)=YAML::Mo::Object->node_info($value);no strict 'refs';my$kind=lc($type).':';my$tag=${$class .'::ClassTag'}|| "!perl/$kind$class";if ($type eq 'REF'){YAML::Node->new({(&YAML::VALUE,${$_[0]})},$tag)}elsif ($type eq 'SCALAR'){$_[1]=$$value;YAML::Node->new($_[1],$tag)}elsif ($type eq 'GLOB'){return YAML::Type::glob->yaml_dump($value,$tag)}else {YAML::Node->new($value,$tag)}}package YAML::Type::undef;sub yaml_dump {my$self=shift}sub yaml_load {my$self=shift}package YAML::Type::glob;sub yaml_dump {my$self=shift;my$tag=pop @_ if 2==@_;$tag='!perl/glob:' unless defined$tag;my$ynode=YAML::Node->new({},$tag);for my$type (qw(PACKAGE NAME SCALAR ARRAY HASH CODE IO)){my$value=*{$_[0]}{$type};$value=$$value if$type eq 'SCALAR';if (defined$value){if ($type eq 'IO'){my@stats=qw(device inode mode links uid gid rdev size atime mtime ctime blksize blocks);undef$value;$value->{stat}=YAML::Node->new({});if ($value->{fileno}=fileno(*{$_[0]})){local $^W;map {$value->{stat}{shift@stats}=$_}stat(*{$_[0]});$value->{tell}=tell(*{$_[0]})}}$ynode->{$type}=$value}}return$ynode}sub yaml_load {my$self=shift;my ($node,$class,$loader)=@_;my ($name,$package);if (defined$node->{NAME}){$name=$node->{NAME};delete$node->{NAME}}else {$loader->warn('YAML_LOAD_WARN_GLOB_NAME');return undef}if (defined$node->{PACKAGE}){$package=$node->{PACKAGE};delete$node->{PACKAGE}}else {$package='main'}no strict 'refs';if (exists$node->{SCALAR}){if ($YAML::LoadBlessed and $loader->load_code){*{"${package}::$name"}=\$node->{SCALAR}}delete$node->{SCALAR}}for my$elem (qw(ARRAY HASH CODE IO)){if (exists$node->{$elem}){if ($elem eq 'IO'){$loader->warn('YAML_LOAD_WARN_GLOB_IO');delete$node->{IO};next}if ($YAML::LoadBlessed and $loader->load_code){*{"${package}::$name"}=$node->{$elem}}delete$node->{$elem}}}for my$elem (sort keys %$node){$loader->warn('YAML_LOAD_WARN_BAD_GLOB_ELEM',$elem)}return *{"${package}::$name"}}package YAML::Type::code;my$dummy_warned=0;my$default='{ "DUMMY" }';sub yaml_dump {my$self=shift;my$code;my ($dumpflag,$value)=@_;my ($class,$type)=YAML::Mo::Object->node_info($value);my$tag="!perl/code";$tag .= ":$class" if defined$class;if (not $dumpflag){$code=$default}else {bless$value,"CODE" if$class;eval {require B::Deparse};return if $@;my$deparse=B::Deparse->new();eval {local $^W=0;$code=$deparse->coderef2text($value)};if ($@){warn YAML::YAML_DUMP_WARN_DEPARSE_FAILED()if $^W;$code=$default}bless$value,$class if$class;chomp$code;$code .= "\n"}$_[2]=$code;YAML::Node->new($_[2],$tag)}sub yaml_load {my$self=shift;my ($node,$class,$loader)=@_;if ($loader->load_code){my$code=eval "package main; sub $node";if ($@){$loader->warn('YAML_LOAD_WARN_PARSE_CODE',$@);return sub {}}else {CORE::bless$code,$class if ($class and $YAML::LoadBlessed);return$code}}else {return CORE::bless sub {},$class if ($class and $YAML::LoadBlessed);return sub {}}}package YAML::Type::ref;sub yaml_dump {my$self=shift;YAML::Node->new({(&YAML::VALUE,${$_[0]})},'!perl/ref')}sub yaml_load {my$self=shift;my ($node,$class,$loader)=@_;$loader->die('YAML_LOAD_ERR_NO_DEFAULT_VALUE','ptr')unless exists$node->{&YAML::VALUE};return \$node->{&YAML::VALUE}}package YAML::Type::regexp;sub yaml_dump {die "YAML::Type::regexp::yaml_dump not currently implemented"}use constant _QR_TYPES=>{''=>sub {qr{$_[0]}},x=>sub {qr{$_[0]}x},i=>sub {qr{$_[0]}i},s=>sub {qr{$_[0]}s},m=>sub {qr{$_[0]}m},ix=>sub {qr{$_[0]}ix},sx=>sub {qr{$_[0]}sx},mx=>sub {qr{$_[0]}mx},si=>sub {qr{$_[0]}si},mi=>sub {qr{$_[0]}mi},ms=>sub {qr{$_[0]}sm},six=>sub {qr{$_[0]}six},mix=>sub {qr{$_[0]}mix},msx=>sub {qr{$_[0]}msx},msi=>sub {qr{$_[0]}msi},msix=>sub {qr{$_[0]}msix},};sub yaml_load {my$self=shift;my ($node,$class)=@_;return qr{$node} unless$node =~ /^\(\?([\^\-uxism]*):(.*)\)\z/s;my ($flags,$re)=($1,$2);$flags =~ s/-.*//;$flags =~ s/^\^//;$flags =~ tr/u//d;my$sub=_QR_TYPES->{$flags}|| sub {qr{$_[0]}};my$qr=&$sub($re);bless$qr,$class if (length$class and $YAML::LoadBlessed);return$qr}1;
YAML_TYPES

$fatpacked{"experimental.pm"} = '#line '.(1+__LINE__).' "'.__FILE__."\"\n".<<'EXPERIMENTAL';
  package experimental;$experimental::VERSION='0.020';use strict;use warnings;use version ();BEGIN {eval {require feature}};use Carp qw/croak carp/;my%warnings=map {$_=>1}grep {/^experimental::/}keys%warnings::Offsets;my%features=map {$_=>1}$] > 5.015006 ? keys%feature::feature : do {my@features;if ($] >= 5.010){push@features,qw/switch say state/;push@features,'unicode_strings' if $] > 5.011002}@features};my%min_version=(array_base=>'5',autoderef=>'5.14.0',bitwise=>'5.22.0',const_attr=>'5.22.0',current_sub=>'5.16.0',declared_refs=>'5.26.0',evalbytes=>'5.16.0',fc=>'5.16.0',lexical_topic=>'5.10.0',lexical_subs=>'5.18.0',postderef=>'5.20.0',postderef_qq=>'5.20.0',refaliasing=>'5.22.0',regex_sets=>'5.18.0',say=>'5.10.0',smartmatch=>'5.10.0',signatures=>'5.20.0',state=>'5.10.0',switch=>'5.10.0',unicode_eval=>'5.16.0',unicode_strings=>'5.12.0',);my%max_version=(autoderef=>'5.23.1',lexical_topic=>'5.23.4',);$_=version->new($_)for values%min_version;$_=version->new($_)for values%max_version;my%additional=(postderef=>['postderef_qq'],switch=>['smartmatch'],declared_refs=>['refaliasing'],);sub _enable {my$pragma=shift;if ($warnings{"experimental::$pragma"}){warnings->unimport("experimental::$pragma");feature->import($pragma)if exists$features{$pragma};_enable(@{$additional{$pragma}})if$additional{$pragma}}elsif ($features{$pragma}){feature->import($pragma);_enable(@{$additional{$pragma}})if$additional{$pragma}}elsif (not exists$min_version{$pragma}){croak "Can't enable unknown feature $pragma"}elsif ($] < $min_version{$pragma}){my$stable=$min_version{$pragma};if ($stable->{version}[1]% 2){$stable=version->new("5.".($stable->{version}[1]+1).'.0')}croak "Need perl $stable or later for feature $pragma"}elsif ($] >= ($max_version{$pragma}|| 7)){croak "Experimental feature $pragma has been removed from perl in version $max_version{$pragma}"}}sub import {my ($self,@pragmas)=@_;for my$pragma (@pragmas){_enable($pragma)}return}sub _disable {my$pragma=shift;if ($warnings{"experimental::$pragma"}){warnings->import("experimental::$pragma");feature->unimport($pragma)if exists$features{$pragma};_disable(@{$additional{$pragma}})if$additional{$pragma}}elsif ($features{$pragma}){feature->unimport($pragma);_disable(@{$additional{$pragma}})if$additional{$pragma}}elsif (not exists$min_version{$pragma}){carp "Can't disable unknown feature $pragma, ignoring"}}sub unimport {my ($self,@pragmas)=@_;for my$pragma (@pragmas){_disable($pragma)}return}1;
EXPERIMENTAL

s/^  //mg for values %fatpacked;

my $class = 'FatPacked::'.(0+\%fatpacked);
no strict 'refs';
*{"${class}::files"} = sub { keys %{$_[0]} };

if ($] < 5.008) {
  *{"${class}::INC"} = sub {
    if (my $fat = $_[0]{$_[1]}) {
      my $pos = 0;
      my $last = length $fat;
      return (sub {
        return 0 if $pos == $last;
        my $next = (1 + index $fat, "\n", $pos) || $last;
        $_ .= substr $fat, $pos, $next - $pos;
        $pos = $next;
        return 1;
      });
    }
  };
}

else {
  *{"${class}::INC"} = sub {
    if (my $fat = $_[0]{$_[1]}) {
      open my $fh, '<', \$fat
        or die "FatPacker error loading $_[1] (could be a perl installation issue?)";
      return $fh;
    }
    return;
  };
}

unshift @INC, bless \%fatpacked, $class;
  } # END OF FATPACK CODE



use warnings;
use strict;

use App::Codeowners;

our $VERSION = '0.47'; # VERSION

App::Codeowners->main(@ARGV);

__END__

=pod

=encoding UTF-8

=head1 NAME

git-codeowners - A tool for managing CODEOWNERS files

=head1 VERSION

version 0.47

=head1 SYNOPSIS

    git-codeowners [--version|--help|--manual]

    git-codeowners [show] [--format FORMAT] [--owner OWNER]...
                   [--pattern PATTERN]... [--[no-]patterns]
                   [--project PROJECT]... [--[no-]projects] [PATH...]

    git-codeowners owners [--format FORMAT] [--pattern PATTERN]

    git-codeowners patterns [--format FORMAT] [--owner OWNER]

    git-codeowners create|update [REPO_DIRPATH|CODEOWNERS_FILEPATH]

    # enable bash shell completion
    eval "$(git-codeowners --shell-completion)"

=head1 DESCRIPTION

F<git-codeowners> is yet another CLI tool for managing F<CODEOWNERS> files in git repos. In
particular, it can be used to quickly find out who owns a particular file in a monorepo (or
monolith).

B<THIS IS EXPERIMENTAL!> The interface of this tool and its modules will probably change as I field
test some things. Feedback welcome.

=head1 INSTALL

There are several ways to install F<git-codeowners> to your system.

=head2 from CPAN

You can install F<git-codeowners> using L<cpanm>:

    cpanm App::Codeowners

=head2 from GitHub

You can also choose to download F<git-codeowners> as a self-contained executable:

    curl -OL https://raw.githubusercontent.com/chazmcgarvey/git-codeowners/solo/git-codeowners
    chmod +x git-codeowners

To hack on the code, clone the repo instead:

    git clone https://github.com/chazmcgarvey/git-codeowners.git
    cd git-codeowners
    make bootstrap      # installs dependencies; requires cpanm

=head1 OPTIONS

=head2 --version

Print the program name and version to C<STDOUT>, and exit.

Alias: C<-v>

=head2 --help

Print the synopsis to C<STDOUT>, and exit.

Alias: C<-h>

You can also use C<--manual> to print the full documentation.

=head2 --color

Enable colorized output.

Color is ON by default on terminals; use C<--no-color> to disable. Some environment variables may
also alter the behavior of colorizing output:

=over 4

=item *

C<NO_COLOR> - Set to disable color (same as C<--no-color>).

=item *

C<COLOR_DEPTH> - Set the number of supportable colors (e.g. 0, 16, 256, 16777216).

=back

=head2 --format

Specify the output format to use. See L</FORMAT>.

Alias: C<-f>

=head2 --shell-completion

    eval "$(git-codeowners --shell-completion)"

Print shell code to enable completion to C<STDOUT>, and exit.

Does not yet support Zsh...

=head1 COMMANDS

=head2 show

    git-codeowners [show] [--format FORMAT] [--owner OWNER]...
                   [--pattern PATTERN]... [--[no-]patterns]
                   [--project PROJECT]... [--[no-]projects] [PATH...]

Show owners of one or more files in a repo.

If C<--owner>, C<--project>, C<--pattern> are set, only show files with matching
criteria. These can be repeated.

Use C<--patterns> to also show the matching pattern associated with each file.

By default the output might show associated projects if the C<CODEOWNERS> file
defines them. You can control this by explicitly using C<--projects> or
C<--no-projects> to always show or always hide defined projects, respectively.

=head2 owners

    git-codeowners owners [--format FORMAT] [--pattern PATTERN]

List all owners defined in the F<CODEOWNERS> file.

=head2 patterns

    git-codeowners patterns [--format FORMAT] [--owner OWNER]

List all patterns defined in the F<CODEOWNERS> file.

=head2 create

    git-codeowners create [REPO_DIRPATH|CODEOWNERS_FILEPATH]

Create a new F<CODEOWNERS> file for a specified repo (or current directory).

=head2 update

    git-codeowners update [REPO_DIRPATH|CODEOWNERS_FILEPATH]

Update the "unowned" list of an existing F<CODEOWNERS> file for a specified
repo (or current directory).

=head1 FORMAT

The C<--format> argument can be one of:

=over 4

=item *

C<csv> - Comma-separated values (requires L<Text::CSV>)

=item *

C<json:pretty> - Pretty JSON (requires L<JSON::MaybeXS>)

=item *

C<json> - JSON (requires L<JSON::MaybeXS>)

=item *

C<table> - Table (requires L<Text::Table::Any>)

=item *

C<tsv> - Tab-separated values (requires L<Text::CSV>)

=item *

C<yaml> - YAML (requires L<YAML>)

=item *

C<FORMAT> - Custom format (see below)

=back

=head2 Format string

You can specify a custom format using printf-like format sequences. These are the items that can be
substituted:

=over 4

=item *

C<%F> - Filename

=item *

C<%O> - Owner or owners

=item *

C<%P> - Project

=item *

C<%T> - Pattern

=item *

C<%n> - newline

=item *

C<%t> - tab

=item *

C<%%> - percent sign

=back

The syntax also allows padding and some filters. Examples:

    git-codeowners show -f ' * %-50F %O'                # default for "show"
    git-codeowners show -f '%{quote}F,%{quote}O'        # ad hoc CSV
    git-codeowners patterns -f '--> %{color:0c0}T'      # whatever...

Available filters:

=over 4

=item *

C<quote> - Quote the replacement string.

=item *

C<color:FFFFFF> - Colorize the replacement string (if color is ON).

=item *

C<nocolor> - Do not colorize replacement string.

=back

=head2 Format table

Table formatting can be done by one of several different modules, each with its own features and
bugs. The default module is L<Text::Table::Tiny>, but this can be overridden using the
C<PERL_TEXT_TABLE> environment variable if desired, like this:

    PERL_TEXT_TABLE=Text::Table::HTML git-codeowners -f table

The list of available modules is at L<Text::Table::Any/@BACKENDS>.

=head1 CAVEATS

=over 4

=item *

Some commands require F<git> (at least version 1.8.5).

=back

=head1 BUGS

Please report any bugs or feature requests on the bugtracker website
L<https://github.com/chazmcgarvey/git-codeowners/issues>

When submitting a bug or request, please include a test-file or a
patch to an existing test-file that illustrates the bug or desired
feature.

=head1 AUTHOR

Charles McGarvey <chazmcgarvey@brokenzipper.com>

=head1 COPYRIGHT AND LICENSE

This software is copyright (c) 2019 by Charles McGarvey.

This is free software; you can redistribute it and/or modify it under
the same terms as the Perl 5 programming language system itself.

=cut