CPAN::Groonga

 would not normally need to access this.

 print $result->response->decoded_content; # prints the JSON return from the api call.

=head1 AUTHOR

Tom Heady <cpan@punch.net>

=head1 COPYRIGHT & LICENSE

64;
use URI::Escape;
use JSON;
use Data::Util qw/:check/;
use REST::Client;
use Data::Dumper;

$CONFLUENCE::REST::VERSION = '0.011';

our $DEBUG_REQUESTS_P = 0;
our $DEBUG_JSON_P     = 0;
our $DEBUG_I

  while ( my $result = $confluence->next_result ) {

        # Print the hashref representing the JSON response
        print Dumper $result;
    }


=head1 DESCRIPTION

Confluence::REST - Thin wrappe

ent name
    $rest->getUseragent->agent(__PACKAGE__);

    return
      bless {rest => $rest, json => JSON->new->utf8->allow_nonref,} => $class;
}

sub _error {
    my ($self, $content, $type, $code) 

;
    return unless $self->{debug};

#   require JSON::PP;
    open my $fh, '>>:utf8', 'readline-oo.debug.log';
    print $fh $stuff;
#   print $fh JSON::PP->new->allow_nonref(1)->encode($stuff) . "\n

Model::Interval;
use Data::Dumper;
use Date::Calc qw( Days_in_Month );
use Exporter 'import';
use JSON;
use Params::Validate qw( :all );
use Text::Table;
use Web::MREST::CLI qw( send_req );




=head1

range,
    };
    $entity_perl->{'long_desc'} = $long_desc if $long_desc;
    my $entity = encode_json $entity_perl;

    # send the request
    $status = send_req( 'POST', "interval/new", $entity );

 "employee" : $EMPLOYEE_OBJECT_JSON,
            "tsrange" : "$TSRANGE"
        }
    }

=cut

sub _interval_report {
    my ( $emp, $tsr ) = @_;
    my $emp_json = JSON->new->convert_blessed->encode(

You do not normally need to access this.

 print $result->response->decoded_content; # prints the JSON return from the api call.


=head1 AUTHOR

Tom Heady <cpan@punch.net>

=head1 COPYRIGHT & LICENSE

er::VERSION = '0.003';

use URI::URL;
use LWP::UserAgent;
use Scalar::Util 'blessed';
use JSON::MaybeXS qw(JSON);

use Net::Mailboxlayer::Error;
use Net::Mailboxlayer::Response;

sub new
{
    my ($cl

catch_all)],
        _json => JSON->new,
    }, $class;

    foreach my $prop (qw (endpoint access_key email_address smtp format callback catch_all user_agent_opts user_agent json_decoder))
    {
    

er_agent};
}

sub json_decoder
{
    my ($self, $val) = @_;

    if ($val and blessed $val and $val->can('decode'))
    {
        $self->{_json} = $val;
    }
    return $self->{_json};
}

sub _build_

 Mojolicious Plugin for CSS theming

use Mojo::Base 'Mojolicious::Plugin';
use common::sense;
use JSON::MaybeXS;
use Path::Tiny;
use File::ShareDir;
use File::Slurper 'read_binary';
use Image::Size;
u

yles/themes/themes.json");
    if (!-f $theme_file)
    {
        die "'$theme_file' not found";
    }
    my $theme_txt = path($theme_file)->slurp;
    $self->{themes} = decode_json($theme_txt);
    

hich are NOT exported by this plugin.

=head2 _get_themes

Get the list of themes from the themes.json file.

=head2 _setup_concon

Set up the Config::Context stuff.

=head2 _get_prefix

Get the "pref

ge Zabbix::ServerScript;

use strict;
use warnings;
use Exporter;
use Data::Dumper;
use YAML;
use JSON;
use Log::Log4perl;
use Log::Log4perl::Level;
use Proc::PID::File;
use Proc::Daemon;
use File::Ba

};
	# encode_json throws an exception itself, if it cannot encode json.
	# This 'croak' stands here just in case encode_json implementation will be changed.
	my $request_json = encode_json($request_da

ot encode to JSON: ) . Dumper($request_data));
}

sub _proceed_sender_response {
	my ($response_json) = @_;
	$response_json =~ s/^.+(?={)//;
	my $response_data = decode_json($response_json) or croak(q

_test );
use App::Dochazka::Common::Model::Schedule;
use Data::Dumper;
use Exporter 'import';
use JSON;
use Web::MREST::CLI qw( send_req );




=head1 NAME

App::Dochazka::CLI::Commands::Schedule - Sc

->{'scode'} = $memsched_scode if $memsched_scode;
    my $json = encode_json $sched;

    my $status = send_req( 'POST', 'schedule/new', $json );
    if ( $status->ok ) {
        my $sch_obj = App::Do

package Zabbix::ServerScript::API;

use strict;
use warnings;
use Data::Dumper;
use JSON;
use LWP::UserAgent;
use Log::Log4perl;
use Carp;

our $AUTOLOAD;
our $logger;
our $ua;

BEGIN {
	eval {
		requ

ams;
	my $request_hashref = {
		jsonrpc => q(2.0),
		method => $method_name,
		params => $params,
		auth => $self->{auth},
		id => 1,
	};
	my $request_json = encode_json($request_hashref);
	$logger->d

-Type) => q(application/json-rpc),
		q(Content) => $request_json,
	); 
	croak(qq(Cannot make request "$method_name": ) . $res->status_line) if $res->is_error;
	my $response_json = $res->content;
	$log

];
}

# $METHOD employee eid $JSON
sub _method_employee_eid_json {
    my ( $ts, $th ) = @_;
    my $method = $ts->[0];

    return [ $method, "employee/eid", $th->{_JSON} ];
}

# $METHOD employee eid

$JSON
sub _method_employee_eid_num_json {
    my ( $ts, $th ) = @_;
    my $method = $ts->[0];
    my $eid = $th->{_NUM};
    my $json = $th->{_JSON};

    return [ $method, "employee/eid/$eid", $json

}

# $METHOD employee nick $JSON
sub _method_employee_nick_json {
    my ( $ts, $th ) = @_;
    my $method = $ts->[0];

    return [ $method, "employee/nick", $th->{_JSON} ];
}

# $METHOD employee ni

p parse);
    sue Spp::Builtin qw(read_file to_json);
    
    my $ast = spp($grammar_file, $string_file);
    lint($grammar_file);
    say to_json($ast);
    my $grammar_text = read_file($gramm

 @_;
	
	$this->cnc_send_message('cnc out',
		CBitcoin::Message::serialize(JSON::encode_json({ 'time' => time() }),'custom_json',$CBitcoin::network_bytes)
	);

}


=pod

---+ Broadasting Messages

The 

0.1;

package RT::DatabaseSetting;
use base 'RT::Record';

use Storable ();
use MIME::Base64;
use JSON ();

=head1 NAME

RT::DatabaseSetting - Represents a config setting

=cut

=head1 METHODS

=head2

tring is passed through as-is.

=item ContentType

Currently handles C<storable> or C<application/json>.

=back

Returns a tuple of (status, msg) on failure and (id, msg) on success.
Also automaticall

urn $self->_DeserializeContent($content);
    }
    elsif ($type eq 'application/json') {
        return $self->_DeJSONContent($content);
    }

    return ($content, "");
}

=head2 SetContent

=cut

OpenSSL::X509 1.806;
use CryptX 0.034;
use Crypt::PK::ECC;
use Digest::SHA qw(sha256);
use JSON qw(decode_json);

use parent 'Exporter::Tiny';
our @EXPORT_OK = qw(u2f_challenge u2f_registration_verify

't decode client data; not valid Base64-URL?"
    unless $client_data;

  {
    my $data = decode_json($client_data);
    croak "invalid client data (challenge doesn't match)"
      unless $data->{cha

-byte sha256(app ID)                      (application parameter)
  # 32-byte sha256(client data (JSON-encoded))  (challenge parameter)
  #         key handle
  # 65-byte key

  my $app_id_sha = sha25

ent> object inside the L<JIRA::REST|JIRA::REST> object being used.

=head2 B<JSON>

An accessor that returns the L<JSON|JSON> object inside the L<JIRA::REST|JIRA::REST> object being used.

=head2 B<ma

=> $expected->{name},
#pod         data => $expected->{data},
#pod     });
#pod     $got = $test->JSON->decode($results->decoded_content);
#pod }
#pod catch {
#pod     $results = $_;
#pod     diag($te

e => "Bug",
#pod         self => "$host/rest/api/latest/issuetype/10004",
#pod         subtask => JSON::PP::false,
#pod     });
#pod };
#pod
#pod =end testing
#pod
#pod =cut

#------------------------

ent> object inside the L<JIRA::REST|JIRA::REST> object being used.

=head2 B<JSON>

An accessor that returns the L<JSON|JSON> object inside the L<JIRA::REST|JIRA::REST> object being used.

=head2 B<ma

or stringify, format: 'json'||'yaml'
    $conf->parse(format => '{"k":"v"}')
    $string = $conf->stringify('format')

    # save or load, format (may be ommitted): 'auto'||'json'||'yaml'
    $conf->l

e('k.v')

=head1 DESCRIPTION

Flexconf is base for configuration management

=cut


use Flexconf::Json;
use Flexconf::Yaml;

sub new {
  my ($package, $data) = @_;
  my $self = bless {data => $data}, 

f::Json' if 'json' eq $type;
  return 'Flexconf::Yaml' if 'yaml' eq $type;
  die 'wrong conf format'
}


sub type_by_filename {
  my ($self, $filename) = @_;
  return 'json' if $filename =~ /\.json$/;

4000;
use strict;
use warnings;
use parent qw/Exporter/;

use HTTP::Tiny;
use Hash::Inflator;
use JSON::MaybeXS;
use Time::HiRes qw/time sleep/;

our $VERSION = '0.001001';

our %cache;
our $last_requ

cache{$url} = do_request $url, @$result
	}
	decode_json $cache{$url}->[0]
}

sub boards {
	my ($self) = @_;
	my $result = $self->requestf('boards.json');
	$result = $result->{boards} if ref $result eq

 $board) = @_;
	$board = $board->{board} if ref $board;
	my $result = $self->requestf('%s/threads.json', $board);
	my @pages = map { Hash::Inflator->new($_) } @$result;
	wantarray ? @pages : \@pages
}

request(
        $self->create_request(
            PUT => $self->path,
            undef, $self->json->encode($self->as_hashref)
        )
    );
    if ($res->is_success) {
        return 1;
    }