CPAN::Groonga

strict;
 use Mojo::Autobox;

 # "site.com\n"
 '{"html": "<a href=\"http://site.com\"></a>"}'
   ->json('/html')
   ->dom->at('a')->{href}
   ->url->host
   ->byte_stream->say;

=head1 DESCRIPTION

Usi

 for most purposes like 
 *  string and INI processing, ZIP extracting, Base64 encoding/decoding, JSON encoding/decoding
 *  and so forth.
 *  If this directive is enabled, then all built-in Jx9 funct

ey,int nKeyLen);
UNQLITE_APIEXPORT int unqlite_kv_config(unqlite *pDb,int iOp,...);

/* Document (JSON) Store Interfaces powered by the Jx9 Scripting Language */
UNQLITE_APIEXPORT int unqlite_compile(

(unqlite_value *pVal);
UNQLITE_APIEXPORT int unqlite_value_is_json_array(unqlite_value *pVal);
UNQLITE_APIEXPORT int unqlite_value_is_json_object(unqlite_value *pVal);
UNQLITE_APIEXPORT int unqlite_va

ge Bio::Taxonomy::GlobalNames;

use 5.10.0;
use strict;
use warnings;

use JSON qw(encode_json);
use JSON::Parse qw(parse_json);
use LWP::UserAgent;
use Moo::Lax;
use REST::Client;
use Scalar::Readonl

sing a REST client, 
input is sent to the service, whereas results are internally converted 
from JSON format to nested objects and returned to the user.

This module can be used for automated standar

resolvers.json';
    }
    elsif ( _check_status('http://resolver.globalnames.biodinfo.org') )
    {
        $gnr_url =
          'http://resolver.globalnames.biodinfo.org/name_resolvers.json';
    }

package Mojo::Autobox::Hash;

use Mojo::Base -strict;

sub json {
  require Mojo::JSON;
  Mojo::JSON::encode_json(shift);
}

*j = \&json;

1;

=head1 NAME

Mojo::Autobox::Hash - Autobox hash methods f

ld'}->json;

=head1 DESCRIPTION

Hash methods for L<Mojo::Autobox>. These also apply to hash references.

=head1 METHODS

=head2 json

Serializes the invocant hash using L<Mojo::JSON/encode_json> and 

returns the result.

=head2 j

An alias for L</json>.

et::Twitch::Oauth2;
 
use strict;
use warnings;
use LWP::UserAgent;
use URI;
use URI::Escape;
use JSON::Any;
use Carp;
 
use constant ACCESS_TOKEN_URL => 'https://api.twitch.tv/kraken/oauth2/token';
u

e from twitch
    ##die and display error message
    my $j = JSON::Any->new;
    if (!$response->is_success){
        my $error = $j->jsonToObj($response->content());
        croak "'" .$error->{erro

    }
     
    ##everything is ok proccess response and extract access token
    my $reply = $j->jsonToObj($response->content());
    my $token = $reply->{access_token};
    my $expires = $reply->{re

et(
        'https://api.twitch.tv/kraken/user' ##Twitch API URL
    );
     
    print $info->as_json;
 
=head1 DESCRIPTION
 
Net::Twitch::Oauth2 gives you a way to simply access Twitch.tv Oauth 2.0 

e returned can be formatted as the following
 
=over 4
 
=item * C<$responseE<gt>as_json>
 
Returns response as json object
 
=item * C<$responseE<gt>as_hash>
 
Returns response as perl hashref
 
=bac

package App::RunCron::Reporter::Command;
use strict;
use warnings;
use JSON::PP;

sub new {
    my ($class, $command) = @_;
    $command = ref $command ? $command : [$command];
    bless $command, $cl

$pipe, '|-', @$self or die $!;

    my $d = $runner->report_data;
    $d->{is_success} = $d->{is_success} ? $JSON::PP::true : $JSON::PP::false;
    print $pipe encode_json($d);
    close $pipe;
}

1;

}

sub json {
  require Mojo::JSON;
  require Mojo::JSON::Pointer;
  my $data = Mojo::JSON::decode_json(shift);
  return @_ ? Mojo::JSON::Pointer->new($data)->get(shift) : $data;
}

*j = \&json;

sub 

e_stream->trim;

 # "Text"
 '<p>Text</p>'->dom->at('p')->text;

 # "world"
 '{"hello": "world"}'->json->{hello};
 
 # "anchor"
 'http://mysite.com/path#anchor'->url->fragment;

=head1 DESCRIPTION

Str

ead2 json

Parses the invocant string as JSON using L<Mojo::JSON/decode_json> and returns the result.
Optionally takes a JSON pointer used to delve into the resulting structure using L<Mojo::JSON::Poi

lp of the most excellent L<JSON::XS> but it's a bit fiddly, largely
because Perl doesn't natively support data types and Google's API accepts a
super-set of JSON - see L<JSON vs Javascript> below.

Th

is module is attempts to hide the gory details of preparing your data before
sending it to a JSON serializer - more specifically, hiding some of the hoops
that have to be jump through for making sure 

, C<label>, C<pattern>, and C<p> are
supported. The contents of C<p> will be passed directly to L<JSON::XS> to
serialize as a whole.

=head2 Rows

A row is either a hash-ref where the keys are column 

 L<DBI>

=head3 L<DBD::SQLite>

=head2 Data Manipulation

=head3 L<Const::Fast>

=head3 L<JSON>

=head3 L<JSON::XS>

=head3 L<List::MoreUtils>

=head3 L<Regexp::Common>

=head3 L<XML::LibXML>

=head3 

#{
package JRPC;
use JSON::XS;
use Data::Dumper;
use strict;
use warnings;

#UNUSED:my $rstub = {'id' => 66666, 'jsonrpc' => '2.0'};
our $VERSION = '0.61';
# 0 = No validation (trust client, any excep

Require 'id','jsonrpc', 3 
our $msgvalid = 1;
# This is prelogger callback. MUST be a _hard_ CODE ref to be used (not symbolic reference).
our $prelogger;

=head1 NAME

JRPC - Create JSON-RPC Services

 focusing on app logic, not worrying about the details of JSON-RPC Processing.

=head1 SYNOPSIS

   use JRPC;
   # Load one of the Service modules JRPC::CGI, JRPC::Apache2 or JRPC::Nginx
   # See part

package App::RunCron::Announcer::Command;
use strict;
use warnings;
use JSON::PP;

sub new {
    my ($class, $command) = @_;
    $command = ref $command ? $command : [$command];
    bless $command, $c

lass;
}

sub run {
    my ($self, $runner) = @_;

    open my $pipe, '|-', @$self or die $!;
    print $pipe encode_json($runner->announce_data);
    close $pipe;
}

1;

X = '_id';

my $content_types = {
    json  => 'application/json',
    yml   => 'text/x-yaml',
    xml   => 'application/xml',
    dump  => 'text/x-perl',
    jsonp => 'text/javascript',
};

my %trigg

ub () {
    my $conf        = plugin_setting;
    my $serializers = {
        'json'  => 'JSON',
        'jsonp' => 'JSONP',
        'yml'   => 'YAML',
        'xml'   => 'XML',
        'dump'  => 'Du

$routes{$action} } => $triggers_map{get}
                  ->( qr{$route/\Q$action\E\.(?<format>json|jsonp|yml|xml|dump)}
                      => $sub );
                push @{ $routes{$action} } =>

mon::sense;

our $VERSION = '0.200';

use AnyEvent;
use AnyEvent::Util;
use AnyEvent::Handle;
use JSON::XS;
use File::ShareDir;
use Scalar::Util;
use Alien::Thrust;

use Thrust::Window;



our $THRUST

 ($level, $msg_cb, $to_dump, $indent) = @_;

  return if $level > $ENV{THRUST_DEBUG};

  $js ||=  JSON::XS->new->pretty->canonical;

  my $out = "\n" . $msg_cb->() . "\n";

  $out .= $js->encode($to_d

  my $line_handler; $line_handler = sub {
    my ($hdl, $line) = @_;

    my $msg = eval { decode_json($line) };

    if (defined $msg) {

      debug(1, sub { "<<<<<<<<<<<<<<<<< Message from thrust s

Mojo::Collection->new(@{shift()});
}

*c = \&collection;

sub json {
  require Mojo::JSON;
  Mojo::JSON::encode_json(shift);
}

*j = \&json;

1;

=head1 NAME

Mojo::Autobox::Array - Autobox array meth

x;

 # "a"
 [qw/a b c/]->collection->first;

 # '["x", "y", "z"]'
 @array = (qw/x y z/);
 @array->json;

=head1 DESCRIPTION

Array methods for L<Mojo::Autobox>. These methods also apply to array refer

Collection>, contructed from the elements of the invocant array.

=head2 json

Serializes the invocant array using L<Mojo::JSON/encode_json> and returns the result.

=head2 j

An alias for L</json>.

 a status

    $ curl -d '{"text":"hello, world!"}' http://localhost:5000/timelines/home/statuses.json

=back

See L<BusyBird::Manual::Tutorial> for detail.

=head1 DOCUMENTATION

=over

=item L<BusyB

 '0.4';
use strict;
use warnings;

use LWP::UserAgent;
use Ceph::RadosGW::Admin::HTTPRequest;
use JSON;
use Moose;
use URI;
use URI::QueryParam;
use Ceph::RadosGW::Admin::User;
use namespace::autoclea

thod, $path, %args) = @_;
	
	my $content = '';

	my $query_string = _make_query(%args, format => 'json');
	
	my $request_builder = Ceph::RadosGW::Admin::HTTPRequest->new(
		method     => $method,
		pa

line, $res->content, $req->as_string);
	}
    
	if ($res->content) {
		my $data = eval {
			JSON::decode_json($res->content);
		};
	
		if (my $e = $@) {
			die "Could not deserialize server response: 

ats are YAML, JSON and XML. The format
is determined by the file extension, so use the appropriate one. Note
that XML::Simple is used to parse XML files and JSON::XS is used to parse
JSON files.

=ite

ify this data in a file or with a hash reference.

The currently supported file formats are YAML, JSON and XML. The format is
determined by the file extension, so use the appropriate one. Note the
XML

e =~ /\.json$/i)
        ? $self->_load_json($file_name)
        : ($file_name =~ /\.xml$/i)
        ? $self->_load_xml($file_name)
        : die "Expected '$file_name' to end with .yaml, .json or .xm

ile(shift);
}

sub _load_json {
    my $self = shift;
    require JSON::XS;
    my $json = do { local $/; open my $json, '<', shift; <$json> };
    JSON::XS::decode_json($json);
}

sub _load_xml {
   

BusyBird::Manual::Status - Status object specification

=head1 SYNOPSIS

    use JSON;
    
    my $status = decode_json(<<'STATUS');
    {
        "id": "http://api.example.com/2291",
        "create

in JSON format). It should be serializable to
JSON and deserializable from JSON.


=head1 FIELDS

The following fields in a status object is used by BusyBird.

Note that the following list uses JSON f