CPAN::Groonga

use 5.010001;
use strict;
use warnings;
use Log::ger;

use IPC::System::Options qw(system);
use JSON::MaybeXS;
use String::ShellQuote;

use Role::Tiny::With;
with 'App::cryp::Role::Masternode';

sub

d;
                eval { $output_decoded = JSON::MaybeXS->new->decode($output) };
                if ($@) {
                    log_error "Can't decode JSON output '$output', skipped";
              

 
use strict;

use Carp qw(croak carp);
use LWP; 
use HTTP::Request::Common qw(POST);
use JSON qw( decode_json );

use vars qw($AUTOLOAD);
my %allowed = ( 
	request_url => 'https://www.google.com/reca

>secret; 
	}
	my $req = POST $self->request_url(), [%{$req_params}];
		
	my $json = JSON->new->allow_nonref;
	
	return $json->decode(
		$ua->request($req)->decoded_content
	);	
}

sub DESTROY {}

1;

1,
    coerce => sub {
        my $serializer = shift or return undef;
        require JSON::MaybeXS;
        JSON::MaybeXS->new( ref $serializer ? %$serializer : () );
    },
);

has login => (
    i

sumed to be JSON
objects and will be automatically encoded/decoded using a L<JSON::MaybeXS>
serializer.  If the value of C<serializer> is a hash, it'll be passed as
arguments to the L<JSON::MaybeXS> c

structures to JSON on the client side, you can do something like

    var mySocket = new WebSocket(urlMySocket);
    mySocket.sendJSON = function(message) {
        return this.send(JSON.stringify(mes

not
C<undef>, all messages that are not L<AnyEvent::WebSocket::Message> objects
are assumed to be JSON and will be deserialized
before being passed to the handlers, and will be serialized after being

ide send_error ? 
# TODO: add 'validate_schema'
# TODO: add 'strict_schema'
# TODO: make /swagger.json configurable

package Dancer::Plugin::Swagger;
our $AUTHORITY = 'cpan:YANICK';
# ABSTRACT: create

/^qr/ ? eval $_ : $_ }
        @{ plugin_setting->{auto_discover_skip} || [
            '/swagger.json', ( 'qr!' . $_[0]->ui_url . '!' ) x $_[0]->show_ui
        ] }
    ];
    },
);

has validate_res

 my $base_url = $plugin->ui_url;

    get $base_url => sub { redirect $base_url . '/?url=/swagger.json' };

    get $base_url . '/' => sub {
        my $file = $plugin->ui_dir->child('index.html');

 

_ro';

use Carp;
use Hash::Merge;
use Clone 'clone';
use List::AllUtils qw/ first any none /;
use JSON;
use Class::Load qw/ load_class /;

has route => ( handles => [ 'pattern' ] );

has tags => ( pre

r ", ref $serializer
                    if none { $serializer->isa($_) } qw/ Dancer::Serializer::JSON Dancer::Serializer::YAML /;
                $r->{examples}{$serializer->content_type} = $example;

definitions},
        properties => { response => $schema },
    };

    my $result = load_class('JSON::Schema::AsType')->new( schema => $schema)->validate_explain({ response => $data });

    return 

 unless @rels;

    [200, "OK"];
}

$SPEC{dump} = {
    v => 1.1,
    summary => 'Dump Changes as JSON structure',
    args => {
        %common_args,
    },
};
sub dump {
    my %args = @_;

    my (

K", $ch->preamble];
    }
}

$SPEC{release} = {
    v => 1.1,
    summary => 'Return information (JSON object dump) of a specific release',
    args => {
        %common_args,
        version => {
   

2 dump

Usage:

 dump(%args) -> [$status_code, $reason, $payload, \%result_meta]

Dump Changes as JSON structure.

This function is not exported.

Arguments ('*' denotes required arguments):

=over 4

options_txt, $name) = @_;

    return {} if !$options_txt;

    require JSON::XS;

    my $options = eval { JSON::XS::decode_json($options_txt) };
    my $error   = $@;

    if ($error && $self->verbo

olour ($name)>

Get the theme colour for C<$name>

=head3 C<parse_options ($options)>

Parses the JSON $options txt.

=head1 DIAGNOSTICS

=head1 CONFIGURATION AND ENVIRONMENT

Lots of environment vari

age Mojolicious::Plugin::JSONRPC2;

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

our $VERSION = 'v2.0.4';

use JSON::XS;
# to ensure callback runs on notification
use JSON::RPC2::Server 0.004000;

 => 200;
use constant HTTP_204   => 204;
use constant HTTP_415   => 415;

my $Type = 'application/json';
my %HEADERS = (
    'Content-Type' => qr{\A\s*\Q$Type\E\s*(?:;|\z)}msi,
    'Accept' => qr{(?:\

;

    $app->helper(jsonrpc2_headers => sub { return %HEADERS });

    $app->routes->add_shortcut(jsonrpc2     => sub { _shortcut('POST', @_) });
    $app->routes->add_shortcut(jsonrpc2_get => sub { _

 $symbols{$_} for @wontimplement;
};

do {
  use Pod::Abstract;
  use Mojo::Template;
  use JSON qw( to_json );
  my $mt = Mojo::Template->new;

  my $pa = Pod::Abstract->load_file(
    file(__FILE__)

 JSON qw( from_json );
    my \$functions = from_json(q[} . to_json(\%functions) . qq{]);
    my \$constants = from_json(q[} . to_json(\@macros) . qq{] );
    my \$pathtypes = from_json(q[} . to_json(

ght
    # so return no transactions
    return $self->block ? $self->block->{txs} : [];
}

sub TO_JSON($self) {
    return '[Finance::Dogechain::Block](block_id => ' . $self->block_id . ')';
}

'to th

ailable by instance methods C<block_id()>, C<ua()>, and C<base_url()>.

=head2 block()

Returns a JSON data structure representing the block corresponding to the
C<block_id>, if that block is valid an

coinbase, for example.

=head2 TO_JSON()

Returns a string representation of this object (its class and C<block_id>) so that
you can serialize this object with L<JSON>.

=head1 COPYRIGHT & LICENSE

Co

ess} = Finance::Dogechain::Address->new( address => $item->{address} );
        }
    }
}

sub TO_JSON($self) {
    return '[Finance::Dogechain::Transaction](tx_id => ' . $self->tx_id . ')';
}

'to th

able by instance methods C<tx_id()>, C<ua()>, and C<base_url()>.

=head2 transaction()

Returns a JSON data structure representing the transaction corresponding to the
C<tx_id>, if that transaction is

ing transaction outputs.

=head2 TO_JSON()

Returns a string representation of this object (its class and C<tx_id>) so that
you can serialize this object with L<JSON>.

=head1 COPYRIGHT & LICENSE

Cop

 push and pop (thanks to Redis); provide
visibility into their contents; and store jobs as simple JSON hashes.

The Resque frontend tells you what workers are doing, what workers are not doing, what q

existing
architecture consensus) of the BGC composition. For this, this script exports in
TSV and JSON format data from all detected domain signatures. 

This script, unlike the others, uses a FASTA f

n1_exploratory_domains

which will produce two_files in output: 'strain1_exploratory_domains.tsv' and 
'strain1_exploratory_domains.json'. 

This script does not take other option than C<--outfile>.

e writing code to autogenerate
L<OpenAPI|https://swagger.io/> server code. In OpenAPI, you have a JSON or
YAML document that specifies OpenAPI routes. Ignoring the rest of the
document, let's just loo

       '200':    # status code
              description: A JSON array of user names
              content:
                application/json:
                  schema: 
                    type: array

u, but sadly, it only writes client code
for Perl, not server code. So you want to read the above JSON document and
autogenerate code that looks like this:

    package My::OpenAPI::Controller::Users;

 push and pop (thanks to Redis); provide
visibility into their contents; and store jobs as simple JSON hashes.

The Resque frontend tells you what workers are doing, what workers are not doing, what q

que structures
$Resque::Encoder::VERSION = '0.42';
use Moose::Role;
use JSON;

has encoder => ( is => 'ro', default => sub { JSON->new->utf8 } );

1;

__END__

=pod

=encoding UTF-8

=head1 NAME

Resq

 for encoding Resque structures

=head1 VERSION

version 0.42

=head1 ATTRIBUTES

=head2 encoder

JSON encoder by default.

=head1 AUTHOR

Diego Kuperman <diego@freekeylabs.com>

=head1 COPYRIGHT AND 

 'rw', isa => 'ArrayRef', default => sub {[]} );

coerce 'HashRef'
    => from 'Str'
    => via { JSON->new->utf8->decode($_) };
has payload => (
    is      => 'ro',
    isa     => 'HashRef',
    coe

te.
When passed as a string this will be coerced using JSON decoder.
This is read-only.

=head1 METHODS

=head2 encode

String representation(JSON) to be used on the backend.

    $job->encode();

=he

 the queue where job had failed
    class: the job class
    error: the error string
    args:  a JSON representation of the job arguments

By default, all matching jobs will be deleted but the ones t

->{sass_functions}->{'foobar'} = \ &foobar;

  # Compile string and get css output and source-map json
  $sass->options->{source_map_file} = 'output.css.map';
  ($css, $stats) = $sass->compile('A { co

tem C<error_src>

=item C<error_file>

=item C<error_text>

=item C<error_message>

=item C<error_json>

=back

=back

=head1 OPTIONS

=over 4

=item C<output_style>

=over 4

=item C<SASS_STYLE_NESTE

t. See C<no_src_map_url>.

=item C<source_map_file_urls>

Render source entries in the source map json as file urls (`file:///`).

=item C<source_map_root>

A path (string) that is directly embedded i