CPAN::Groonga

 my $neko1 = { 'name' => $httpd->name, 'version' => $Haineko::VERSION };

    return $httpd->res->json( 200, $neko1 );
}

sub info {
    # GET /dump, /conf
    my $class = shift;
    my $httpd = shift

00, Data::Dumper::Dumper $httpd );

        } else {
            # /conf
            use Haineko::JSON;
            use File::Basename;

            if( defined $ENV{'HAINEKO_CONF'} ) {

             

 $configdata->{ $h }->{'path'} = $g;
                    $configdata->{ $h }->{'data'} = Haineko::JSON->loadfile( $g );

                    next unless $h eq 'authinfo';
                    for my $i

File::Slurp>

=item * L<File::Which|File::Which>

=item * L<Hash::Merge|Hash::Merge>

=item * L<JSON|JSON>

=item * L<List::MoreUtils|List::MoreUtils>

=item * L<Module::Build|Module::Build>, 0.35

=i

kage MojoX::JSON::XS;

use Mojo::Base 'Mojolicious::Plugin';
use strict;

use Mojo::Util qw(monkey_patch);
use JSON::XS;

our $VERSION = "0.01";

sub register
{
    monkey_patch "Mojo::JSON", encode =

urn encode_json( $_[1] ); };
    monkey_patch "Mojo::JSON", decode => sub { return decode_json( $_[1] ); };
    monkey_patch "Mojo::JSON", j      => sub { if(ref $_[0]) { return encode_json( $_[0] ); 

         else          { return decode_json( $_[0] ); }
    };
}

1;

=encoding utf8

=head1 NAME

MojoX::JSON::XS - A JSON::XS backend replacement for Mojo::JSON

=head1 SYNOPSIS

    sub startup
   

md', { title => 'My Project' });

=head1 DESCRIPTION

B<WWW::GoodData> is the client for GoodData JSON-based API
built atop L<WWW::GoodData::Agent> client agent, with focus
on usefullness and correctn

per funcitons for common actions.

=cut

use strict;
use warnings;

use WWW::GoodData::Agent;
use JSON;
use URI;

our $VERSION = '1.11';
our $root = new URI ('https://secure.gooddata.com/gdc');

=head

 shift;
	my $project = shift;
	my $file = shift;

	# Parse the manifest
	my $upload_info = decode_json (slurp_file ($file));
	die "$file: not a SLI manifest"
		unless $upload_info->{dataSetSLIManifest

TTPD;
use feature ':5.10';
use strict;
use warnings;
use Try::Tiny;
use Path::Class;
use Haineko::JSON;
use Haineko::Default;
use Class::Accessor::Lite;
use Haineko::HTTPD::Router;
use Haineko::HTTPD:

->{'root'} = Path::Class::Dir->new( $hainekodir ) if $hainekodir;
    $argvs->{'conf'} = Haineko::JSON->loadfile( $hainekocfg ) || Haineko::Default->conf;
    $milterlibs = $argvs->{'conf'}->{'smtpd'}

 as a JSON.
        require Haineko::SMTPD::Response;
        $mesg = Haineko::SMTPD::Response->r( 'http', 'not-found' )->damn;
    }

    if( ref $mesg eq 'HASH' ) {
        # Respond as a JSON
     

 http://127.0.0.1:2794/submit

=head2 PARAMETERS

To send email via Haineko, POST email data as a JSON format like the following:

    { 
        ehlo: 'your-host-name.as.fqdn'
        mail: 'kijitora

ype: application/json' \
        -d '{ ehlo: "[127.0.0.1]", mail: "kijitora@example.jp", ... }'

OR

    $ curl 'http://127.0.0.1:2794/submit' -X POST -H 'Content-Type application/json' \
        -d '

.1:2794/conf

C</conf> can be accessed from 127.0.0.1 and display Haineko configuration data as a
JSON.

=head1 ENVIRONMENT VARIABLES

=head2 C<HAINEKO_ROOT>

Haineko decides the root directory by C<H

dsn is 5.6.0
in this method.

=head4 C<B<EMAIL_BODY>>

Value defined in "body" field in HTTP POST JSON data.

=head1 SEE ALSO

https://www.milter.org/developers/api/

=head1 REPOSITORY

https://github

   'charset' => 'UTF-8',
            },
        },
    ];

    return $httpd->res->json( 200, Haineko::JSON->dumpjson( $samplemail ) );
}

1;
__END__
=encoding utf-8

=head1 NAME

Haineko::Sample - Co

ample email

=head1 DESCRIPTION

Haineko::Sample is a controller for displaying email sample as a JSON.

=head2 URL

    http://127.0.0.1:2794/sample/mail

=head1 REPOSITORY

https://github.com/azumak

ngs;
use Encode;
use Try::Tiny;
use Time::Piece;
use Scalar::Util;
use Haineko::Log;
use Haineko::JSON;
use Haineko::Default;
use Haineko::SMTPD::Milter;
use Haineko::SMTPD::Session;
use Haineko::SMTP

$responsecn = 'Haineko::SMTPD::Response';
    my $responsejk = 'response';    # (String) Response json key name
    my $exceptions = 0;             # (Integer) Flag, be set in try {...} catch { ... }

( $esresponse );
        $nekosyslog->w( 'err', $esresponse->damn );

        return $httpd->res->json( 405, $tmpsession->damn );
    }

    CONN: {
        #   ____ ___  _   _ _   _ 
        #  / ___

longing to the
cluster which execute the $cluster_name tasks.

Input:

    - none

Output:

    - JSON file formated string - Returns a server configuration from a server.
      This configuration is 

er_name - String value to uniquely identify a task in the ZooKeeper
      cluster

Output:

    - JSON file formated string - Returns a server configuration from a server.
      This configuration is 

er_name - String value to uniquely identify a task in the ZooKeeper
      cluster

Output:

    - JSON file formated string - Returns a server configuration from a server.
      This configuration is 

er_name - String value to uniquely identify a task in the ZooKeeper
      cluster

Output:

    - JSON file formated string - Returns a server configuration from a server.
      This configuration is 

;
 BEGIN { extends 'Catalyst::Controller' };
 with 'CatalystX::Controller::ExtJS::Direct';
 
 use JSON::XS;

 sub add : Chained('/') : Path : CaptureArgs(1) {
    my($self,$c, $arg) = @_;
    $c->stas

: DirectArgs(1) {
    my ($self, $c) = @_;
    $c->res->content_type('application/json');
    $c->res->body(encode_json($c->req->data));
 }

As you can see the C<add_to> action has the C<Direct> attri

 which is always an arrayref and includes all arguments.
We set the content type to C<application/json> to make sure that the
body is not serialized twice. That is, if you would not set the content ty

er_name - String value to uniquely identify a task in the ZooKeeper
      cluster

Output:

    - JSON file formated string - Returns a server configuration from a server.
      This configuration is 

MPRPC::Client instance
sub get_client {
    my ($self) = @_;
    return $self->{client};
}

# Get JSON configure data from Jubatus server
sub get_config {
    my ($self) = @_;
    my $retval = $self->

                             [],
                              [],);
    return $retval;
}

# Get JSON status data from Jubatus server
sub get_status {
    my ($self) = @_;
    my $retval = $self->_ca

t::Common;
use JSON;

use lib qw(t/lib);

use Test::WWW::Mechanize::Catalyst 'MyApp';

my $mech = Test::WWW::Mechanize::Catalyst->new();

$mech->add_header('Accept' => 'application/json');

$mech->get

$json = JSON::decode_json($mech->content), 'response is JSON response');

is($json->{results}, 0, 'no results');

my $res = $mech->request(POST '/user', [name => 'bar', password => 'foo']);

ok($json 

= JSON::decode_json($res->content), 'response is JSON response');

is($json->{success}, 'true', 'submission was successful');

is($res->header('location'), 'http://localhost/user/1', 'user location is

er_name - String value to uniquely identify a task in the ZooKeeper
      cluster

Output:

    - JSON file formated string - Returns a server configuration from a server.
      This configuration is 

CT: Sets the request method via a query parameter
use Moose::Role;

use namespace::autoclean;
use JSON::XS;

#has 'is_ext_upload' => ( isa => 'Bool', is => 'rw', lazy_build => 1 );

sub is_ext_upload 

^multipart\/form-data/
      && ( !$self->{content_type} || $self->{content_type} ne 'application/json');
}

around 'method' => sub {
    my ( $orig, $self, $method ) = @_;
    return $self->$orig($me

er_name - String value to uniquely identify a task in the ZooKeeper
      cluster

Output:

    - JSON file formated string - Returns a server configuration from a server.
      This configuration is