CPAN::Groonga

hod,
    regexp => qr!$disp_url!,
    code   => \&display_tail,
  );

  # Setup a route to return json data of the file
  my $data_url    = $plugin->data_url;
  my $data_method = $plugin->data_method;

N);   # Figure out the end of the file
    close($IN);
    $plugin->app->log( debug => "Returning JSON:" );
    $plugin->app->log( debug => "new_curr_pos " . $file_end);
    $plugin->app->log( debug =

nterval);
    $plugin->app->log( debug => "output       " . $output );


    # Return JSON
    $app->send_as( JSON => { new_curr_pos => $file_end, 
                             interval     => $plugin

_dir}, $name );
  }

  $env->{worker_config_file} = catfile( $config->{tmp_dir}, $jn . '.job.conf.json' );
  $env->{worker_env_script} = catfile( $config->{tmp_dir}, join( '.', 'env', $jn, 'pl' ) );
}

dx_item->[0] -> $result_prefix");

      jspew( $result_prefix . ".env.json",  \%ENV );
      jspew( $result_prefix . ".item.json", $idx_item );
      sleep 1;

      return 1;
    },
    post_task =>

st like index, prints element(s) to <result_prefix>.item.json.
Additionally, the current environment will be stored in <result_prefix>.env.json.

EXAMPLE CONFIG:
  ---
  input:
  - elements:
    - a
 

    require Term::ProgressBar;
    $progress = Term::ProgressBar->new(
      {
        name   => 'jsonize movie information',
        count  => scalar @listOfMovieToRetrieve,
        remove => 1
     

);
  $movie->myrating( $ref_movies->{$id}->{rating} );

  my $json = $movie->toJSON();
  $json > io( $destination . '/json/' . $id . '.json' );

  $count++;
  $progress->update($count) if $progress;
}

estination;
  mkdir $destination . '/json';
  return;
}

sub getListOfLocalMovieId {
  my @listOfLocalMovie = ();
  my @content          = io( $destination . '/json' )->all();
  foreach my $file (@con

rson-in-charge@jabber.example.com
      script: /path/to/log/script.pl

Custom scripts will get a json encoded structure passed via stdin. The structure has the form:


    {
      "subject": "the sub

et.wur.nl',
  'job_name'      => 'xml_munge1',
  'extra'         => { 'map' => '../split_test.map.json.gz' },
  'mail'          => 'joachim.bargsten@wur.nl',
  'script_dir'    => '/WORKING_DIR/bin',
 

type hierarchies, etc.

A solution for that was adopted for JSON modules
around 2012 by using references to C<1> or C<0>
blessed into L<JSON::PP::Boolean> which was chosen
as the canonical package for

 these objects.

The problem with that was the coupling with L<JSON::PP>
for no apparent good reason. Booleans are independent
of JSON and this association makes little sense
when loading documents in

c Lehmann's L<Types::Serialiser> approached this problem
by creating a common interface used by L<JSON::XS> and L<CBOR::XS>
modules. This module lifts this core concept (including
idea, implementation

idx_item->[0] -> $result_prefix");
      jspew( $result_prefix . ".env.json",  \%ENV );
      jspew( $result_prefix . ".item.json", $idx_item );
      sleep 1;
      function_that_does_not_exist();

 

st like index, prints element(s) to <result_prefix>.item.json.
Additionally, the current environment will be stored in <result_prefix>.env.json.

EXAMPLE CONFIG:
  ---
  input:
  - elements:
    - a
 

\nplan skip_all => "$m needed for this test" if \$@;};
}

for my $m (qw(Types::Serialiser JSON::PP Cpanel::JSON::XS)) {
    for (qw(t/02-basic.t t/03-is-bool.t t/04-to-bool.t)) {
        my $t = file(

idx_item->[0] -> $result_prefix");
      jspew( $result_prefix . ".env.json",  \%ENV );
      jspew( $result_prefix . ".item.json", $idx_item );
      sleep 1;
      die;

    },
    post_task => sub 

st like index, prints element(s) to <result_prefix>.item.json.
Additionally, the current environment will be stored in <result_prefix>.env.json.

EXAMPLE CONFIG:
  ---
  input:
  - elements:
    - a
 

package FilmAffinity::Movie;

use strict;
use warnings;

use JSON;
use Encode;
use Readonly;
use Scalar::Util qw(looks_like_number);
use Text::Trim;
use LWP::RobotUA;
use HTML::TreeBuilder;
use HTML::

img"]/img/@title';
my $XPATH_COVER   = '//div[@id="movie-main-image-container"]/a/img/@src';

my @JSON_FIELD = qw(
  id title year synopsis website duration cast director composer screenwriter
  cinem

rn;
}



=head2 $movie->toJSON()

This method will export all movie informations in JSON format

=cut

sub toJSON {
  my $self = shift;

  my %data;
  foreach my $field (@JSON_FIELD){
    $data{$field

vie-info.pl

=head1 DESCRIPTION

Get information from filmaffinity about a film and print them in JSON format

=head1 VERSION

Version 1.01

=head1 USAGE

  filmaffinity-get-movie-info.pl --id=123456

--id=123456 --delay=2

  filmaffinity-get-movie-info.pl --id=932476 --output=/home/william/matrix.json

=head1 REQUIRED ARGUMENTS

=over 2

=item --id=932476

movie id from filmaffinity

=back

=head1

over 2

=item --delay=3

delay between requests

=item --output=/home/william/matrix.json

output json file

=back

=cut

our $VERSION = '1.01';

Readonly my $DELAY => 5;

my ( $movieID, $delay, $outp

package Bio::Grid::Run::SGE::Index::FileRecordsFromNDJSON;

use warnings;
use strict;

use Mouse;

use IO::Handle;
use Carp;
use List::Util qw/sum/;
use List::MoreUtils qw/uniq/;
use Bio::Gonzales::Ut

s_newer/;
use Bio::Grid::Run::SGE::Util qw/glob_list/;
use Data::Dumper;
use Cwd qw/fastcwd/;
use JSON::XS;

our $VERSION = '0.066'; # VERSION

has 'num_elems_cumulative' => ( is => 'rw' );
has overwr

teable );
  my $files_key = $self->files_key;

  my $abs_jsonl_files = glob_list($input_files);

  my @abs_input_files;
  for my $f (@$abs_jsonl_files) {
    open my $fh, '<', $f or die "Can't open fi

al reasons, alias *Data::Bool::Impl with JSON::PP::Boolean
    *Data::Bool::Impl:: = *JSON::PP::Boolean::;

    # JSON/PP/Boolean.pm is redundant
    $INC{'JSON/PP/Boolean.pm'} ||= __FILE__
      unle

package Bio::Grid::Run::SGE::Index::NDJSON;

use warnings;
use strict;

use Mouse;

use IO::Handle;
use Carp;
use List::Util qw/sum/;
use List::MoreUtils qw/uniq/;
use Bio::Gonzales::Util::File qw/ope

s_newer/;
use Bio::Grid::Run::SGE::Util qw/glob_list/;
use Data::Dumper;
use Cwd qw/fastcwd/;
use JSON::XS;

our $VERSION = '0.066'; # VERSION

has 'num_elems_cumulative' => ( is => 'rw' );
has overwr

$read_length;

  return {
    file => $idx->[$cur_file_idx]{file},
    elements => [ map { decode_json($_) } split(/\n/, $data) ]
  };
}

sub num_elem {
  my ($self) = @_;

  my $num_elems = 0;

  #su

ml>
and in Joel Berger's answer here:
L<http://stackoverflow.com/questions/15152633/perl-mojo-and-json-for-simultaneous-requests>.

L<Mojo::UserAgent::Role::Queued> tries to generalize the practice of

erAgent, 1; }
      || die('LWP::UserAgent package not found');

    eval { require JSON::XS, 1; }
      || die('JSON::XS package not found');
}

our $VERSION = '0.04';

# singleton and accessor
{
   

gent->new( keep_alive => 1 );
    sub _lwp_agent { return $lwp }

    my $json = JSON::XS->new();
    sub _json { return $json }
}

sub new {
    my ( $class, %options ) = @ARG;
    my $object;

    $

$options{APIKey} || undef;
    $object->{Secret} = $options{Secret} || undef;
    $object->{_json}  = _json;
    $object->{_agent} = _lwp_agent;

    return bless $object, $class;
}

sub api_trading {

_->new(@_) }

sub new {
  my $class = shift;
  return bless {@_}, ref $class || $class;
}

sub TO_JSON { +{%{$_[0]}} }

sub delete {
  my $self = shift;
  my @values = CORE::delete @$self{@_};
  retur

t = Data::Dict->new(a => 1, b => 2);

Construct a new hash-based L<Data::Dict> object.

=head2 TO_JSON

Alias for L</"to_hash">.

=head2 delete

  my $deleted = $dict->delete(@keys);

Delete selected 

ip2 zip3 ...]

=head1 DESCRIPTION

Retrieves and displays pollen forecast data from Pollen.com for the selected
zip codes.

=head1 REQUIREMENTS

This utility depends on L<JSON::XS> and uses C<curl>.

with the plugin setting C<content_type>.

Here is an example to use JSON:

  plugins:
    Ajax:
      content_type: 'application/json'

=head1 AUTHOR

Dancer Core Developers

=head1 COPYRIGHT AND LICE

(
	isa => Enum[qw{application/json application/xml application/yaml application/x-www-form-urlencoded text/javascript}],
	is  => 'rw',
	default => sub { 'application/json' },
);

has 'serializer' => (

> 'ro',
	default => \&_set_serializer,
	lazy => 1,
);

our %modules = (
	'application/json' => {
		module => 'JSON',
	},
	'application/xml' => {
		module => 'XML::Simple',
	},
	'application/yaml' => {

n/x-www-form-urlencoded' => {
		module => 'FORM',
	},
	'text/javascript' => {
	        module => 'JSON',	
	},
);

sub _set_serializer {
	my $self = shift;
	return unless $modules{$self->type};

	my $m