CPAN::Groonga

es is 521 in this method.

=head4 C<B<HELO_HOST>>

Value defined in C<ehlo> field in C<HTTP POST> JSON data, which should be the 
domain name of the sending host or IP address enclosed square brackets

n is 5.1.8
in this method.

=head4 B<ENVELOPE_SENDER>

Value defined in "mail" field in HTTP POST JSON data, which should be the 
valid email address.

=head2 C<B<rcpt( I<Haineko::SMTPD::Response>, I<

.7.1
in this method.

=head4 B<ENVELOPE_RECIPIENTS>

Values defined in C<rcpt> field in HTTP POST JSON data, which should be the 
valid email address.


=head2 B<head( I<Haineko::SMTPD::Response>, I< 

   '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

t supported' ],
        },
        'malformed-json' => {
            'dsn' => undef,
            'code' => 421,
            'message' => [ 'Malformed JSON string' ],
        },
        'not-found' => 

 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

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
     

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

kingInfo;

use warnings;
use strict;

our $VERSION = '1.0105';
use 5.006;
use LWP::UserAgent;
use JSON::PP qw//;
use base 'Class::Accessor::Grouped';
__PACKAGE__->mk_group_accessors( simple => qw/
   

( $z ) = $content =~ m{var jsHistoryTable = (\[.+?\]);}s;

    my $history_table = eval {
        JSON::PP->new->allow_singlequote->decode( $z );
    };
    $@
    and return $self->_set_error(
      

} 
    }) ];
}

sub search_tiny {
    args_pos my $self, my $title;

    my $titles = $self->api->json({
        req    => 'TitleSearch',
        search => $title,
        limit  => 15,
    })->{Title

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

::SMTPD::Relay';
use strict;
use warnings;
use Furl;
use Try::Tiny;
use Time::Piece;
use Haineko::JSON;
use Haineko::SMTPD::Response;
use Email::MIME;
use Encode;
use Class::Accessor::Lite;

use const

/1.0/SOME-METHOD.OUTPUT_FORMAT
    my $mandrillep = sprintf( "https://%s/api/%s/messages/send-raw.json", MANDRILL_ENDPOINT, MANDRILL_APIVERSION );
    my $timestamp1 = Time::Piece->new;
    my $header

 => 0 }
    };
    my $httpclient = Furl->new( %$methodargv );
    my $htrequest1 = Haineko::JSON->dumpjson( $parameters );
    my $htresponse = undef;
    my $retryuntil = $self->{'retry'} || 0;
    

 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

=%s", $e, $v );
                    }

                } catch {
                    # It was not JSON
                    require Haineko::E;
                    my $v = $htresponse->body || q();

  

::SMTPD::Relay';
use strict;
use warnings;
use Furl;
use Try::Tiny;
use Time::Piece;
use Haineko::JSON;
use Haineko::SMTPD::Response;

sub new {
    my $class = shift;
    my $argvs = { @_ };

    $ar

rameters->{'header'}->{'replyto'} = $self->{'head'}->{'Reply-To'};
    }

    my $jsonstring = Haineko::JSON->dumpjson( $parameters );
    my $httpheader = [];
    my $httpobject = undef;
    my $htre

;

    my $sendmailto = sub {
        $htresponse = $httpobject->post( $hainekourl, $httpheader, $jsonstring );

        return 0 unless defined $htresponse;
        return 0 unless $htresponse->is_su

my $self, my $args => { optional => 1, default => {} } ;
    my ($result) = values %{ $self->api->json({
        req => 'ProgramByPID',
        PID => $self->result->{PID},
        %$args,
    })->{Pr

my $self, my $args => { optional => 1, default => {} } ;
    my ($result) = values %{ $self->api->json({
        req => 'TitleFull',
        TID => $self->result->{TID},
        %$args,
    })->{Title

se case, however, the output was needed in
JSON format, not HTML. One solution would have been to use the text-based
templating system to produce a valid JSON document (quite risky). The other solutio

in code, and use a JSON serializer on that, bypassing the template
output.

The third solution would have been to provide a template that did not directly
produce the serialised JSON text, but describ

orking only with structured data, and never with text,
the serialized output must always be valid JSON.

This (minus the serialization) is the domain of C<Positron::DataTemplate>.

=head1 EXAMPLES

Th

our $VERSION = "0.01";

our @HERE_QUEUE;
our $SELF;

# JKML is based on JSON::Tiny.
# JSON::Tiny was "Adapted from Mojo::JSON and Mojo::Util".

# Licensed under the Artistic 2.0 license.
# http://ww

uote}]|\\(?:[${quote}\\/bfnrt]|u[0-9a-fA-F]{4})){0,32766})*)!gc; # segfault on 5.8.x in t/20-mojo-json.t #83
  my $str = $1;

  # Invalid character
  unless (m/\G${quote}/gc) {
    _exception('Unexpec

his module is alpha state. Any API will change without notice.>

=head2 What's difference between JSON?

JKML extends following features:

=over 4

=item Raw strings

=item Comments

=back

These feat

_links_into_model parse_links_to_rdfjson parse_links_to_list parse_single_link relationship_uri/],
		'standard' => [qw/parse_links_into_model parse_links_to_rdfjson/],
	);
	our @EXPORT_OK = @{ $EXPORT

el->add_hashref(parse_links_to_rdfjson($response));
	return $model;
}

sub parse_links_to_rdfjson
{
	my ($response) = @_;
	
	croak "Parameter to parse_links_to_rdfjson should be an HTTP::Message."
		u

 a
new, empty model is created.

=item C<< parse_links_to_rdfjson($response) >>

Returns a hashref with a structure inspired by the RDF/JSON
specification. This can be thought of as a shortcut for:

 

package WWW::GoodData::Agent;

=head1 NAME

WWW::GoodData::Agent - HTTP client for GoodData JSON-based API

=head1 SYNOPSIS

  use WWW::GoodData::Agent;
  my $ua = new WWW::GoodData::Agent;
  my $meta

sy for follow
specifics of the GoodData service API, transparently handles conversion
to and from JSON content type and recognizes and handles various kinds
of exceptions and error states.

It is a su

s unless
documented otherwise.

=cut

use strict;
use warnings;

use base qw/LWP::UserAgent/;
use JSON;

our $VERSION = '1.0';

=head1 PROPERTIES

=over 4

=item root

L<URI> object pointing to root o

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
   

e Geo::Coder::Cloudmade;

our $VERSION = '0.7';

use strict;

use Carp qw(croak);
use Encode;
use JSON::Syck;
use HTTP::Request;
use LWP::UserAgent;
use URI;


sub new {
    my $class = shift;
    my 

e "Cloudmade API returned error: " . $res->status_line;
    }

    local $JSON::Syck::ImplicitUnicode = 1;
    my $data = JSON::Syck::Load( $res->content );

    my $results = [];

    foreach my $poi