CPAN::Groonga

0.10';

use File::Slurp qw/slurp/;
use File::Spec;
use File::Find ();
use File::ShareDir ();

use JSON ();
use JavaScript::V8;

our $LOG = 0;

my $module_dir = File::ShareDir::module_dir( __PACKAGE__ 

= @_;

	$self->c->bind( console => {
		log => sub {
			my $json = JSON->new->pretty->utf8;
			for( @_ ) {
				if( ref $_ ) {
					print $json->encode( $_ );
				}
				else {
					print "$_\n";
				}
	

::Types->new;
$mimes->addType(
    MIME::Type->new(
        type       => 'text/x-json',
        extensions => [qw/json/]
    )
);
$mimes->addType(
    MIME::Type->new(
        type       => 'text/x-y

>mimeTypeOf('rss');
}

sub wants_json {
    my $self = shift;
    my $c    = $self->context;

    return $c->request->preferred_content_type eq $mimes->mimeTypeOf('json');
}

sub wants_yaml {
    my $

id($id);
    
        $c->stash->{'entity'} = $user;
    };
    
    http://localhost/user/1?view=json

=head1 DESCRIPTION

Mango::Catalyst::Controller::REST is a base Catalyst controller that
automat

args) {
      my ($key, $value) = splice @args, 0, 2;
      $self->{$key} = $value;
      weaken($self->{$key}) if ref $value;
   }
   return $self;
} ## end sub set

sub TO_JSON { return undef }

1;

s $opts->{all};
            }
        } else {
            my $p;
            for my $e (".js", ".json", ".node") {
                $p = "$d/$name$e";
                if (-f $p) {
                    

      last unless $opts->{all};
                } elsif (-f "$p/package.json") {
                    push @res, "$p/package.json";
                    last unless $opts->{all};
                }
     

dule is found, or string containing the found path.

Known options:

=over

=item * parse_package_json => bool (default: 0)

Not yet implemented.

=item * cwd => str

Use this directory instead of usi

$object->{what}->frobozz; # called on $ref1 if still alive

   # TO_JSON always returns undef
   my $will_be_undef = $object->TO_JSON;


=head1 DESCRIPTION

This module provides a little wrapper class

on't have
to worry about circular references.

Additionally, when some JSON encoder tries to encode this object calling
L</TO_JSON>, it will get C<undef> back. This comes handy if you want to
e.g. def

rns C<$object> for possible chaining.

=head2 B<< TO_JSON >>

   my $this_is_undef = $object->TO_JSON;

Return C<undef>. This will be called by JSON encoders when configured to
do so for blessed objec

package Net::Pface;

use strict;
use warnings;
use JSON::XS;
use utf8;
use HTTP::Request;
use LWP::UserAgent;
use Encode;

our $VERSION = '1.02';

my %def = (
              server     => 

,
              agent      => 'Net-Pface-' . $VERSION,
              type       => 'application/json',
              cache_time => 300
);

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

    # init json::xs
    $self->{'json_xs'} = JSON::XS->new();
    
    #init cache data
    $self->{'cache_data'} = {};
    
    return $self;
}

# get data from users.get.json
sub get {

ly) a super set of JSON you can
 % # convert perl structures into config items using json
 % # function:
 % # (json method requires Clustericious::Config 0.25)
 other_urls: <%= json [ @{ cluster->urls

 the L<Clustericious> application
name.  The second string is the configuration in either YAML
or JSON format (may include L<Mojo::Template> templating in it,
see L<Clustericious::Config> for details)

ET /audit

You can do a simple GET on this route to see if the plugin is loaded.
It will return a JSON string with the version of the plugin as the body
and 200 if the plugin is available, if not L<Pl

 $title,
        body => $body });

=cut

use strict;
use warnings;

use Data::Dump qw(dump);
use JSON;
use LWP::UserAgent;
use MIME::Types;

our $VERSION = 'v1.6.0';

my %PUSHBULLET = (
    REALM    

tacts");

    if ($res->is_success)
    {
        $self->_update_limits($res);
        my $data = JSON->new->decode($res->content);
        return ($data->{contacts});
    }
    else
    {
        pri

vices");

    if ($res->is_success)
    {
        $self->_update_limits($res);
        my $data = JSON->new->decode($res->content);
        return ($data->{devices});
    }
    else
    {
        prin

 huh?
   }

   sub parse_request {
      my ($self, $request) = @_;
      my @updates = $request->json;
      return @updates;
   }

   sub render_response {
      my ($self, $controller, $response, $

= $response->{chat_id}
         // $update->{message}{chat}{id};
      return $controller->render(json => $response);
   }

   1;

=head1 DESCRIPTION

This is an updates receiver and dispatcher role f

ssage::Request> and return all the updates
inside.

Defaults to just returning C<< $req->json >>, i.e. the JSON decoding of
the request's content, which should work in most cases. You should
override 

TTP::Request::Common qw(POST);
use AnyEvent::HTTP::MultiGet;
use AnyEvent::WebSocket::Client;
use JSON;
use namespace::clean;
use IO::Socket::SSL;
our $VERSION='1.0005';

BEGIN { 
  no namespace::clea

$json,$conn_data)=@_;
      if(exists $json->{type} and $json->{type} eq 'desktop_notification') {
        my $ref={
          type=>'message',
          bot_id=>$sb->bot_id,
          channel=>$json-

       text=>'this is a test',
          subtype=>'bot_message',
        };
        print Dumper($json,$ref);
        $sb->send($ref);
      }
    },
  );

  my $result=$sb->connect_and_run;
  die $re

l reasons, some routes return text by default
  # in older versions, even if a format (e.g. /auth.json) is specified.
  # this is a simple helper to render using autodata if a format
  # is explicitly

> sub { shift->data }, fallback => 1;

use Mojo::Util 'b64_encode';

has [qw(data type)];

sub TO_JSON { b64_encode shift->data, '' }

1;

=encoding utf8

=head1 NAME

Mango::BSON::Binary - Binary typ

 container for the BSON binary type used by
L<Mango::BSON>. For C<JSON> implementations like L<Mojo::JSON>, that support
the C<TO_JSON> method, it will automatically C<Base64> encode the binary data.

its all methods from L<Mojo::Base> and implements
the following new ones.

=head2 TO_JSON

  my $b64 = $bin->TO_JSON;

Base64 encode L</"data">.

=head1 OPERATORS

L<Mango::BSON::Binary> overloads the

up, $action, $resource) = map { $c->stash($_) } qw( group action1 resource );
  $resource =~ s/\.(json|yml)$//;
  if($c->authz->grant($group, $action, $resource))
  {
    $c->render_message('ok',     

up, $action, $resource) = map { $c->stash($_) } qw( group action1 resource );
  $resource =~ s/\.(json|yml)$//;
  if($c->authz->revoke($group, $action, $resource))
  {
    $c->render_message('ok',    

ead3 POST /user

Create a user.  The C<username> and C<password> are provided autodata arguments
(JSON, YAML, form data, etc).

If supported by your authentication plugin (requires C<create_user_cb> t

alues

=item *

Support HTML checkbox as bool

=item *

Simple JSON values extraction and validation using JSON Pointer from
L<Mojo::JSON::Pointer>.

=item *

Simple XML/HTML values extraction and val

 is not work if you site has i18n.

=head2 json

JSON incapsulated as form parameter.

=head2 address

Location address. Two forms are parsed: string and json.
Can verify adress sign to trust source.

turn
formatted scalar.

=head2 jpath

If you POST data not form but raw JSON you can use JSON Pointer selectors
from L<Mojo::JSON::Pointer> to get and validate parameters.

    # POST data contains:
 

package WWW::Connpass::Event::Question;
use strict;
use warnings;

use JSON 2;
use Module::Load ();

my @QUESTION_TYPES = qw/FreeText CheckBox Radio PullDown/;

sub _answer_type { die "this is abstrac

answer_type;
    }

    # normalize required option
    $args{required} = $args{required} ? JSON::true : JSON::false;

    # normalize answer_frame to options
    if (exists $args{answer_frame}) {
   

                # JSON Pointer
                unless(exists $vars->{json}) {
                    $vars->{json} =
                        Mojolicious::Plugin::Vparam::JSON::parse_json(
               

              }
                if( $vars->{json} ) {
                    $vars->{pointer} //=
                        Mojo::JSON::Pointer->new( $vars->{json} );
                    if( $vars->{pointe

               # JSON Pointer
                unless (exists $vars->{json}) {
                    $vars->{json} =
                        Mojolicious::Plugin::Vparam::JSON::parse_json(
               

any
#pod others. All named items are written to F<META.json> (and maybe to F<META.yml>) automatically, all
#pod you need is just using C<MetaJSON> and/or C<MetaYAML> plugin(s) in your F<dist.ini> file

sa.pm]
#pod         filename = lib/Assa.pm
#pod         content  = package Assa; 1;
#pod     [MetaJSON]
#pod     [FakeRelease]
#pod
#pod =encoding UTF-8
#pod
#pod =head2 C<Test::Version> adaptive stri

est::Version' );
#pod         . = $tv->{ is_strict } = $dist->is_trial ? '0' : '1';
#pod     [MetaJSON]
#pod     [FakeRelease]
#pod
#pod =encoding UTF-8
#pod
#pod =head2 Template Variables
#pod
#pod I

= '1.03'; # VERSION 1.03

use strict;
use warnings;
use Algorithm::CurveFit;
use Time::HiRes;
use JSON::PP;

our %STATS_H;  # side-products of fit() stored here for profiling purposes

BEGIN {
    req

sion;
use strict;
use warnings;

use Carp qw/croak/;
use Web::Query qw/wq/;
use Text::CSV_XS;
use JSON 2;
use URI;

use WWW::Connpass::Agent;
use WWW::Connpass::Event;
use WWW::Connpass::Event::Questi

nnpass::Place;
use WWW::Connpass::User;

use constant DEBUG => $ENV{WWW_CONNPASS_DEBUG};

my $_JSON = JSON->new->utf8;

sub new {
    my ($class, $user, $pass, $opt) = @_;

    my $mech = WWW::Connpas

 => $opts->{group}->id) : (),
    });
    _check_response_error_or_throw($res);

    my $data = $_JSON->decode($res->decoded_content);
    return WWW::Connpass::Event->new(session => $self, event => $