CPAN::Groonga

      type    => $self->{type}
    );
}

sub json {
    my $self = shift;
    return $self->_api_request(
        args    => [@_],
        command => 'json',
        object  => $self->{guid},
        

rAddr> for more information.

=head2 json(@args)

Execute the Response::json playwright routine.

See L<https://playwright.dev/docs/api/class-Response#Response-json> for more information.

=head2 head

ywright::Base::VERSION = '1.532';
use strict;
use warnings;

use v5.28;

use Sub::Install();

use JSON;
use Playwright::Util();

#ABSTRACT: Object representing Playwright pages

no warnings 'experimen

oolean' ) {
            my $truthy = int( !!$arg );
            $args{args}[$i] = $truthy ? JSON::true : JSON::false;
        }
        elsif ( $type->{name} eq 'Object' ) {
            $type->{proper

ties}{$prop}{type}{name} eq 'boolean';
                $args{args}[$i]->{$prop} = $truthy ? JSON::true : JSON::false;
            }
        }
    }

    return %args;
}

sub _api_request ( $self, %arg

Batch-mode switch [default: no]. When specified, parameters are restored from
the user-specified JSON file. This option takes precedence on any command-line
specified option, such as C<--max-hits>, C

ams

Batch-mode switch [default: no]. When specified, parameters are restored from
the last saved JSON file for each report. This option takes precedence over
all other command-line options.

=item --

ing the classifier details.

In principle, several configuration file formats are available: XML, JSON,
YAML. However, this program was designed with YAML in mind.

The configuration file defines diff

coder; 1";
  $Format = "JSON"     if !$Format and eval { require JSON::MaybeXS; 1 };
  $Format = "Storable" if !$Format and eval "use Storable; 1";
  die "Can't load either JSON or Storable" unless $F

ainting
  die "Devel::Cover: Unrecognised DB format: $format"
    unless $format =~ /^(?:Storable|JSON|Sereal)$/;

  $class .= "::$format";
  eval "use $class; 1" or die "Devel::Cover: $@";

  $class-

1.51

=head1 SYNOPSIS

 use Devel::Cover::DB::IO;

 my $io = Devel::Cover::DB::IO->new(format => "JSON");
 my $data = $io->read($file);
 $io->write($data, $file);

=head1 DESCRIPTION

This module prov

ing the classifier details.

In principle, several configuration file formats are available: XML, JSON,
YAML. However, this program was designed with YAML in mind.

The configuration file defines diff

Basename;
use Getopt::Long qw(GetOptionsFromArray);
use IO::Interactive qw( is_interactive );
use JSON::MaybeXS;
use Module::Load qw(load);
use Ref::Util qw(is_ref is_arrayref is_hashref);
use Sys::Sy

CLASS     => $opts->{'debug-class'} || 'main',
        ENCODE          => lc($opts->{encode}  || 'json'),
        VERBOSE         => $opts->{verbose} || 0,
        KV_FORMAT       => ': ',
        QUI

    );
    $DEF{COLOR} = $opts->{color} // git_color_check();
    $DEF{ENCODE} = 'json' unless $DEF{ENCODE} eq 'json' or $DEF{ENCODE} eq 'yaml';

    debug("DEFINITIONS");
    debug_var(\%DEF);

    

t_arg => undef,
    lazy     => 1,
    builder  => '_build_' . $_ . '_file',
) for qw(idl fas tax json list);

has $_ . '_parameter_file' => (
    is       => 'ro',
    isa      => 'Bio::MUST::Core::T

ix( shift->new_parameter_file, '.list'  ) );
}   # TODO: choose better suffix: .text?

sub _build_json_file {
    return shift->new_parameter_file;
}

sub _build_new_parameter_file {
    my $self = sh

 $filename = $self->last_parameter_file;
    my ($basename, $dir, $suf) = fileparse( $filename, '.json' );
       ($basename, $dir, $suf) = fileparse( $self->file, qr{ \.[^.]* }xms )
           unless

package CAPE::Utils;

use 5.006;
use strict;
use warnings;
use JSON;
use Config::Tiny;
use DBI;
use File::Slurp qw(append_file write_file read_file write_file);
use Config::Tiny;
use IPC::Cmd qw[ run 

  my $sub_results=$cape_util->submit(items=>@to_detonate,unique=>0, quiet=>1);
    use JSON;
    print encode_json($sub_results)."\n";

=head1 METHODS

=head2 new

Initiates the object. One argument i

  => '',
			base                => '/opt/CAPEv2/',
			eve                 => '/opt/CAPEv2/log/eve.json',
			poetry              => 1,
			fail_all            => 0,
			pending_columns     => 'id,target,

ERSION

use Devel::Cover::DB           ();
use Devel::Cover::DB::IO::JSON ();
use Devel::Cover::Dumper       qw( Dumper );

use JSON::MaybeXS      ();
use Parallel::Iterator qw( iterate_as_array );
us

lf->report, "--outputfile",
      $self->output_file);
  $output .= $self->fsys(@cmd, "-report", "json", "-nosummary");

  # TODO - option to merge DB with existing one
  # TODO - portability
  $outpu

dir) };
      warn "\n\n\n[$dir]: $@\n\n\n" if $@;
    },
    $self->build_dirs
  );
}

sub write_json ($self, $vars) {
  # print Dumper $vars;
  my $results = {};
  for my $module (keys $vars->{vals}

 my $mymeta = "$Dir/MYMETA.json";
  if (-e $mymeta) {
    eval {
      require CPAN::Meta;
      my $json = CPAN::Meta->load_file($mymeta)->as_struct;
      $Run{$_} = $json->{$_} for qw( name version

 new module.  This has happened with
  # the Storable backend.  I don't think it happens with the JSON backend.
  my $Normalising;

  sub normalised_file {
    my ($file) = @_;

    return $File_cache

if you want to run cpancover.

=item * L<JSON::MaybeXS>

JSON is used to store the coverage database if it is available. JSON::MaybeXS
will select the best JSON backend installed.

=back

=head2 Use w

mments '###';

use MooseX::SemiAffordanceAccessor;
use MooseX::Storage;
with Storage('format' => 'JSON', 'io' => 'File');

has bb_file => (
    traits   => ['DoNotSerialize'],
    is      => 'ro',
   

      type    => $self->{type}
    );
}

sub json {
    my $self = shift;
    return $self->_api_request(
        args    => [@_],
        command => 'json',
        object  => $self->{guid},
        

> for more information.

=head2 json(@args)

Execute the APIResponse::json playwright routine.

See L<https://playwright.dev/docs/api/class-APIResponse#APIResponse-json> for more information.

=head2 

package oEdtk::Tracking;
my ($_TRACK_SIG, $_TRACK_TRK, @_TRACK_JSON);


BEGIN { 
	$SIG{'__WARN__'} = sub {
#		if ($WARN2LOGGER){
#			&logger (4, $_[0]);
#		} else {
			warn $_[0];
#		}
		# when Tracki

 Sys::Hostname;
use DBI;
#use JSON;
use Exporter;

our $VERSION		= 1.6031;
our @ISA			= qw(Exporter);
our @EXPORT_OK		= qw(stats_iddest stats_week stats_month);
#my  @JSON_TRACE;

sub new {
	# exemple

_TRACK_JSON'} && $cfg->{'EDTK_TRACK_JSON'} !~/no/i )  {
#		# $_TRACK_TRK_JSON = $cfg->{'EDTK_TRACK_JSON'};
#		push (@_TRACK_JSON, $cfg->{'EDTK_TRACK_JSON'});
#	}
#	} else {
#		#$_TRACK_TRK_JSON = "no"

eal/CBOR/Types::Serialiser protocol
sub THAW   { return path( $_[2] ) }
{ no warnings 'once'; *TO_JSON = *FREEZE = \&stringify };

my $HAS_UU; # has Unicode::UTF8; lazily populated

sub _check_UU {
  

pena_utf8 openw_utf8 openrw_utf8
openr_raw opena_raw openw_raw openrw_raw
IS_WIN32 FREEZE THAW TO_JSON abs2rel

=head1 EXCEPTION HANDLING

Simple usage errors will generally croak.  Failures of underl

 File::Basename();
use Cwd();
use LWP::UserAgent();
use Sub::Install();
use Net::EmptyPort();
use JSON::MaybeXS();
use File::Which();
use File::Temp();
use Capture::Tiny qw{capture_merged capture_stde

needed.

Currently understands commands you can send to all the playwright classes defined in api.json (installed wherever your OS puts shared files for CPAN distributions).

See L<https://playwright.

ically generated during module build based on the spec hash built by playwright.
See generate_api_json.sh and generate_perl_modules.pl if you are interested in how this sausage is made.

You can check

Moo;
use Carp;

sub TO_CSAF { Carp::croak 'Method "TO_CSAF" not implemented by subclass' }
sub TO_JSON { shift->TO_CSAF }

1;

__END__

=encoding utf-8

=head1 NAME

CSAF::Type::Base

=head1 SYNOPSIS

l methods from L<CSAF::Type::Base> and implements the following new ones.

=over

=item $type->TO_JSON

=item $type->TO_CSAF

=back


=head1 SUPPORT

=head2 Bugs / Feature Requests

Please report any 

DERR "ERROR: $error\n";
}

sub run {

    my ($class, @args) = @_;

    my %options = (format => 'json');

    GetOptionsFromArray(
        \@args, \%options, qw(
            help|h
            man
  

alifiers|qualifier=s%
            subpath=s

            null|0
            format=s

            json
            yaml
            dumper
            env
        )
    ) or pod2usage(-verbose => 0);

) = @args;

    pod2usage(-verbose => 1) if !$purl_string;

    $options{format} = 'json'   if defined $options{json};
    $options{format} = 'yaml'   if defined $options{yaml};
    $options{format} =

 Rex::Logger;

BEGIN {
  use Rex::Require;
  LWP::UserAgent->use;
  HTTP::Request::Common->use;
  JSON::MaybeXS->use;
}
use Data::Dumper;

use Rex::Cloud::Base;

use base qw(Rex::Cloud::Base);

sub ne

 Rex::Logger::info( $res->content );
    die("Error on request.");
  }

  my $json = JSON::MaybeXS->new;
  my $data = $json->decode( $res->decoded_content );

  Rex::Logger::debug( Dumper($data) );

 

ex::Interface::File;
use Rex::Interface::Fs;
use Rex::Interface::Exec;
use Rex::Helper::Path;
use JSON::MaybeXS;

use Rex::User::Base;
use base qw(Rex::User::Base);

sub new {
  my $that  = shift;
  m

 } print to_json([  map {chomp; $_ =~ s/^[^:]*:\s*(.*)\s*$/$1/; split / /, $_}  qx{$exe $ARGV[0]} ]);

  |;

  $fh->open( ">", $rnd_file );
  $fh->write($script);
  $fh->write( func_to_json() );
  $fh

", fail_ok => 1;
  if ( $? != 0 ) {
    die("Error getting group list");
  }

  my $data = decode_json($data_str);

  my $wantarray = wantarray();

  if ( defined $wantarray && !$wantarray ) {

    #