CPAN::Groonga

ost stuff works including:

    * Loading and dumping of basic types
    * Block and flow styles (JSON Loading)
    * Blessed hashes arrays and scalars
    * References
    * Tags
    * Detailed error

:Log4perl::Layout::PatternLayout/;

use Carp;
use Scalar::Util qw/looks_like_number blessed/;
use JSON::Any;


=head1 METHODS

=head2 $class->new

Returns: a FirePHP compatible L<Log::Log4perl::Layout

my $self = $this->SUPER::new( @_ );
  $self->{info_needed}{$_} = 1 for qw/F L M l/;
  $self->{json} = JSON::Any->new;
  return $self;
}

# unfortunately this had to be lifted almost verbatim from
# Lo

h = (
    Type => $type,
    File => $info{F},
    Line => $info{L},
  );

  return $self->{json}->objToJson(
    [ \%info_hash, $rendered_message ]
  );
}


1;

__END__


=head1 SEE ALSO

L<http://ww

 Carp;
use Scalar::Util qw/looks_like_number blessed/;
use JSON::Any;


__PACKAGE__->mk_accessors(
  qw/http_headers message_index stash json group_stack/
);


=head1 GENERAL METHODS

=head2 $class->n

tp_headers,
    message_index => 0,
    group_stack   => [],
    stash         => {},
    json          => JSON::Any->new(),
  });
}


=head2 $self->finalize

Add the needed protocol headers and meta 

x;

  $http->header(
    'X-Wf-Protocol-1'     => 'http://meta.wildfirehq.org/' .
      'Protocol/JsonStream/0.2',
    'X-Wf-1-Plugin-1'     => 'http://meta.firephp.org/' .
      'Wildfire/Plugin/Fire

package WebService::RequestAPI::AbstractRequestAPI;
use strict;
use utf8;
use JSON;
use XML::Simple;
use base qw(Class::Data::Inheritable Class::Accessor);
__PACKAGE__->mk_accessors(qw/result cache_id

	my $self = shift;
	my %args = @_;
	$self->cache_manager($args{'cache_manager'});		
}

sub parse_json{
	my $self   = shift;
	if($self->cache_manager){
		if($self->cache_manager->is_cached($self->cach

>cache_id);
		}
		my $result = decode_json($self->result);
		$self->cache_manager->store_cache($self->cache_id,$result);
		return $result;	
	}
	return  decode_json($self->result);
}

sub parse_xml{
	m

Plugin::VMethods );
use Carp;
use Data::Dump;
use JSON::XS;

our $VERSION = '0.003';

our @SCALAR_OPS = our @LIST_OPS = our @HASH_OPS
    = qw( as_json dump_stderr dump_data );
push( @SCALAR_OPS, qw( 

t

=head1 SYNOPSIS

 [% USE Handy;
    mything.dump_data;
    mything.dump_stderr;
    mything.as_json;
 %]
  

=head1 DESCRIPTION

Handy virtual methods I always use in my Template Toolkit files,
esp

ckage object
my $JSON = JSON::XS->new;
$JSON->convert_blessed(1);
$JSON->allow_blessed(1);

# mysql serial fields are rendered with Math::BigInt objects in RDBO.
# monkeypatch per JSON::XS docs
sub Ma

'endpoint'=>'http://rpc.clip.livedoor.com/');
__PACKAGE__->base_url('http://api.clip.livedoor.com/json/');

sub count{
	my $self = shift;
	my @urls = @_;
	return $self->request_api_xmlrpc()->request('

package CouchDB::ExternalProcess;

use strict;
use warnings;

use Attribute::Handlers;
use JSON::Any;

BEGIN {
    use Exporter ();
    use vars qw($VERSION @ISA @EXPORT @EXPORT_OK %EXPORT_TAGS);
    

 ($class, %parameters) = @_;

    my $self = bless ({}, ref ($class) || $class);

    $self->jsonParser(JSON::Any->new);

    return $self;
}

=head2 run

Run the action, read lines from STDIN and pro

(my $reqJson = <$in_fh>) {
        my $output = $self->_process($reqJson);
        print $out_fh $output . $/;
    }

    close($in_fh);
    close($out_fh);

    $self->_destroy;
}

=head2 jsonParser

package WebService::RequestAPI::XMLRPCRequestAPI;
use strict;
use XMLRPC::Lite;
use JSON;
use utf8;
use base qw(WebService::RequestAPI::AbstractRequestAPI);


sub _request{
	my $self = shift;
	my $met

ackage GPS::Garmin::Connect;

use warnings;
use strict;


use LWP::UserAgent;
use HTML::Form;
use JSON;
use Error;


=head1 NAME

GPS::Garmin::Connect - Allows simple fetching of 
activities from http

 my $connect = GPS::Garmin::Connect->new();
    my $json = $connect->fetchdata( $username, $password );

    my $activities = $connect->parse( $json );

    foreach my $activity (@$activities) {
     

$username, $password );

Logins into connect.garmin.com and fetches all activities and returns 
a JSON string which can be parsed using L<parse>.

=cut

sub fetchdata {
  my ($pkg, $username, $passwor

pe {
	my $value=shift;
	$value->escape(1);
	return $value;
}

#Not for JSON output of objects, I need to write an JSON-Addon for that.

my %jsescape = (
	"\n" => "\\n",
	"\r" => "\\r",
	"\t

hem.

=head2 escapejs 

Escapes a Javascript (JSON) String. This will not generate JSON Code out of datastructures, use L<Dotiac::DTL::Addon::JSON> for that.

	<script>var="{{ "\""|escapejs|safe

otiac::DTL::Addon::json - render data into json files, uses L<JSON>.

Dotiac::DTL::Addon::jsonify - render to json (http://www.djangosnippets.org/snippets/1250/). Also uses L<JSON>.

Dotiac::DTL::

###############################################################################
#jsonify.pm
#Last Change: 2009-01-21
#Copyright (c) 2009 Marc-Seabstian "Maluku" Lucksch
#Version 0.1
#############

s file is an addon to the Dotiac::DTL project. 
#http://search.cpan.org/perldoc?Dotiac::DTL
#
#jsonify.pm is published under the terms of the MIT license, which basically 
#means "Do with it whate

Addon::jsonify;
use strict;
use warnings;
require JSON;

#If it is not already loaded.
require Dotiac::DTL::Filter;
require Dotiac::DTL::Value;



our $VERSION=0.1;

our $json=JSON->new()

valid_command,
            'user'    => qr/^[\w-]{3,100}/,
            'format'  => qr/^[yaml|xml|json]/,
            'pass'    => qr/^[\w]{10,100}$/,
        },

    };

    my $dfv = Data::FormValid

a generic wrapper for transport encodings. This function can be
overridden to use transports like JSON or XML. The standard is a
compressed Data::Serialiser stream.

=head2 decode

The reverse of enco

et::Event;
use Proc::Safetynet::Program;
use Proc::Safetynet::ProgramStatus;

use JSON::XS 2.21;
use POE::Filter::JSON::Incr;

my $RPC_METHOD = {
    'start_program'                     => 1,
    'sto

     => $socket,
            Filter      => POE::Filter::JSON::Incr->new(
                errors      => 1,
                json        => JSON::XS->new->utf8->pretty->allow_blessed->convert_blessed,

def;
    #print STDERR Dumper( "$self", $_[STATE], $input );
    if (ref($input) eq 'POE::Filter::JSON::Incr::Error') {
        $result = { result => undef, error => { message => $input->{error}, chun

ing(2,10);}var Clip=function(json,index,player){var self=this;var cuepoints={};var listeners={};self.index=index;if(typeof json=='string'){json={url:json};}extend(this,json,true);each(("Begin*,Start,P

function(json){extend(self,json);if(player.isLoaded()){player._api().fp_updateClip(json,index);}var conf=player.getConfig();var clip=(index==-1)?conf.clip:conf.playlist[index];extend(clip,json,true);}

,arg1,arg2);});return ret;}});if(json.onCuepoint){var arg=json.onCuepoint;self.onCuepoint.apply(self,typeof arg=='function'?[arg]:arg);delete json.onCuepoint;}each(json,function(key,val){if(typeof val

package Proc::Safetynet::Program::Storage::TextFile;
use strict;
use warnings;
use Carp;
use JSON::XS;

use Moose;

extends 'Proc::Safetynet::Program::Storage::Memory';

# NOTE: uses implementation in

    $oh->{$ok} = $p->$ok();
            }
            push @out, $oh;
        }
        print $fh JSON::XS->new->utf8->pretty->encode( \@out );
        close $fh;
    }
}


sub reload {
    my $self =

data = join '', <$fh>;
        close $fh;
        my $in;
        eval {
            $in = decode_json( $indata );
        };
        if ($@) {
            croak "unable to decode programs storage fil

use POE::Wheel::ReadLine;         # To read/write lines on the console.
use POE::Filter::JSON::Incr;
use JSON::XS 2.21;
use Data::Dumper;

# Specify a UNIX rendezvous to use.  This is the location th

specific program named "program_name"',
        ],
    add         => [
            'Parameters: <json_object_defintion>',
            'Example: add { "name" : "mydaemond", "command" : "/usr/local/bin

x -c /etc/someconfig.rc" }',
            '',
            'Add a new program to be supervised. The JSON object fields are as follows:',
            '',
            '   name                =   required,

d'       => (
    is          => 'rw',
    isa         => 'Int',
    required    => 0,
);

sub TO_JSON {
    my $self = shift;
    my $o = { };
    foreach my $k (keys %$self) {
        next if ($k =~

stener' => (
    is          => 'rw',
    isa         => 'Bool',
    required    => 0,
);

sub TO_JSON {
    my $self = shift;
    my $o = { };
    foreach my $k (keys %$self) {
        $o->{$k} = $se