CPAN::Groonga

   = $dbcgi->mtime($filename);
 $str      = $dbcgi->timestamp();
 $json_str = PACKAGE->to_json($data);
 $json_str = PACKAGE->from_json($data);
 \@daytime = PACKAGE->gettimeofday();
 $secs     = PACKAG

)

=over 4

=item load_config

 $dbcgi = $dbcgi->load_config($filename);

loads %$dbcgi keys from JSON filename, clobbering any existing values.

=back

=cut

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

to_json

 $json_str = PACKAGE->to_json($data);
 $json_str = PACKAGE::to_json($data);
 $json_str = PACKAGE->to_json($data,\%opts);
 $json_str = PACKAGE::to_json($data,\%opts);

Wraps L<JSON::to_json()|

model baseclass',
    );

    option 'model_args' => (
        is     => 'ro',
        format => 'json',
        short  => 'ma',
        doc    => 'ExtJS model arguments',
    );

    option 'director

owing methods:

=cut

=head2 decode

  decode(Str $data) : HashRef

The decode method decodes the JSON data provided and returns the data as a hashref.

=over 4

=item decode example #1

  # given: sy

encode

  encode(HashRef $data) : Str

The encode method encodes and returns the data provided as JSON.

=over 4

=item encode example #1

  # given: synopsis

  $store->encode({ status => 'ok' });

=

figuration variables
are loaded using L<Config::ZOMG>. An example configuration file rdf_endpoint.json
is included with this package. Valid top-level configuration keys include:

=over 4

=item store

rlSetVar psgi_app /path/to/endpoint.psgi
    PerlSetEnv RDF_ENDPOINT_CONFIG /path/to/rdf_endpoint.json
  </Location>

To get syntax highlighting and other pretty features, in the
VirtualHost section o

RSION	= '0.11';

use RDF::Query 2.905;
use RDF::Trine 0.134 qw(statement iri blank literal);

use JSON;
use Encode;
use File::Spec;
use Data::Dumper;
use Digest::MD5 qw(md5_base64);
use XML::LibXML 1.

owing methods:

=cut

=head2 decode

  decode(Str $data) : HashRef

The decode method decodes the JSON data provided and returns the data as a hashref.

=over 4

=item decode example #1

  # given: sy

encode

  encode(HashRef $data) : Str

The encode method encodes and returns the data provided as JSON.

=over 4

=item encode example #1

  # given: synopsis

  $store->encode({ status => 'ok' });

=

iviti::Sane;
use Carp qw(confess);
use Moo;
use Data::Util qw(:check :validate);
use JSON qw(decode_json encode_json);
use URI::Escape qw(uri_escape);
use Activiti::Rest::Response;

our $VERSION = "0.

tanceId}),
    params => {},
    headers => {
      'Content-Type' => "application/json",
      Content => encode_json({ action => "suspend" })
    },
    method => "PUT"
  );
  Activiti::Rest::Respon

tanceId}),
    params => {},
    headers => {
      'Content-Type' => "application/json",
      Content => encode_json({ action => "activate" })
    },
    method => "PUT"
  );
  Activiti::Rest::Respo

owing methods:

=cut

=head2 decode

  decode(Str $data) : HashRef

The decode method decodes the JSON data provided and returns the data as a hashref.

=over 4

=item decode example #1

  # given: sy

encode

  encode(HashRef $data) : Str

The encode method encodes and returns the data provided as JSON.

=over 4

=item encode example #1

  # given: synopsis

  $store->encode({ status => 'ok' });

=

package Activiti::Rest::Response;
use Activiti::Sane;
use Activiti::Rest::Error;
use Moo;
use JSON qw();
use Encode qw();

has content => (
  is => 'ro',
  predicate => 'has_content'
);
has parsed_con

content_hash = JSON::decode_json($res->content);
    my $exception = $content_hash->{exception} || $content_hash->{errorMessage};
    #can return multiple values (e.g. 'application/json','charset=utf-

on failed. The request body contains an unsupported media type. Also occurs when the request-body JSON contains an unknown attribute or value that doesn't have the right format/type to be accepted.
  

gs($ENV{ZING_REDIS}));
}

# BUILDERS

fun new_encoder($self) {
  require Zing::Encoder::Json; Zing::Encoder::Json->new;
}

# METHODS

method drop(Str $key) {
  return $self->client->del($key);
}

meth

owing methods:

=cut

=head2 decode

  decode(Str $data) : HashRef

The decode method decodes the JSON data provided and returns the data as a hashref.

=over 4

=item decode example #1

  # given: sy

encode

  encode(HashRef $data) : Str

The encode method encodes and returns the data provided as JSON.

=over 4

=item encode example #1

  # given: synopsis

  $redis->encode({ status => 'ok' });

=

   is => 'ro',
    isa => sub { array_ref($_[0]); },
    default => sub { [["Accept","application/json; charset=UTF-8"]]; }
);
has keep_alive => (
    is => 'ro',
    isa => sub { is_integer($_[0]) &&

   #    classname => $extjs_model_name,
    #    attributes => $extjs_model_code,
    #};
    my $json =
        #$self->_xslate->render_string($self->model_template, $template_vars);
        "Ext.def

  . dump_javascript($extjs_model_code)
        . ');';
        #. $self->_json->encode($extjs_model_code)

    $fh->write($json . "\n");
}


sub extjs_basemodel_to_file {
    my ( $self, $dirname ) = 

,
        },
    };

    my $json =
          "Ext.define('" . $self->model_baseclass . "', "
        . dump_javascript($extjs_basemodel_code) . ');';

    $fh->write($json . "\n");
    $fh->close
   

er::Registry::Auth::None->new; 
  };

  use JSON::MaybeXS qw//;
  has _json => (is => 'ro', default => sub {
    JSON::MaybeXS->new;
  });
  sub process_json_response {
    my ($self, $response) = @_;

    if ($response->status == 200) {
      my $struct = eval {
        $self->_json->decode($response->content);
      };
      if ($@) {
        Docker::Registry::Exception->throw({ message => $@ });

ss = 'Docker::Registry::Result::Repositories';
    my $result = $result_class->new($self->process_json_response($response));
    return $result;
  }

  sub repository_tags {
    my $self = shift;

   

 Docker::Registry::Auth::AzureServicePrincipal;
  use Moo;
  with 'Docker::Registry::Auth';
  use JSON::MaybeXS;

  use Azure::AD::ClientCredentials;
  has ad_auth => (
    is => 'ro',
    default => 

nse code: $response->{ status }" if (not $response->{ success });

    my $refresh_token = decode_json($response->{ content })->{ refresh_token };

    $response = $self->ua->post_form(
      $params{

=> $scope,
        refresh_token => $refresh_token,
      }
    );

    my $access_token = decode_json($response->{ content })->{ access_token };

    $request->header('Authorization', 'Bearer ' . $ac

code_jwt/;
  use JSON::MaybeXS;
  use Path::Class;
  use URI;
  use HTTP::Tiny;

  has service_account_file => (is => 'ro', isa => Str, default => sub {
    "$ENV{HOME}/.gcloud/sd.json"
  });

  has s

hift;
    my $f = Path::Class::File->new($self->service_account_file);
    my $json = JSON::MaybeXS->new;
    return $json->decode(join '', $f->slurp);
  });

  has client_email => (is => 'ro', isa =>

$result) = @_;
    my $json = eval { decode_json($result->{ content }) };
    if (not $json) {
      Docker::Registry::Auth::Exception->throw({
        message => "Couldn't json-parse $result->{ conte

istry::Auth';

use Docker::Registry::Types qw(DockerRegistryURI);
use HTTP::Tiny;
use JSON::MaybeXS qw(decode_json);

has username => (
    is       => 'ro',
    isa      => Str,
    required => 1,
);

TTP::Tiny->new();
    my $res = $ua->get($uri);

    if ($res->{success}) {
        return decode_json($res->{content})->{token};
    }

    die "Unable to get token from gitlab!";
}

sub authorize {

r_token);
    $request->header('Accept',
        'application/vnd.docker.distribution.manifest.v2+json');

    return $request;
}

__PACKAGE__->meta->make_immutable;

__END__

=head1 DESCRIPTION

Auth

|[]});
  my ($w);
  foreach (grep {defined $_} @{$hit->{ctx_}||[]}) {    ##-- expand deep-encoded json context tokens if available (ddc >= v2.0.38)
    foreach (grep {UNIVERSAL::isa($_,'ARRAY')} @$_) 

>$w->[$_])} (0..$#$w) };
    }
  }
  return $hit;
}

## $thingy = $obj->TO_JSON()
##  + annoying wrapper for JSON
sub TO_JSON {
  return { %{$_[0]} };
}


1; ##-- be happy

__END__

##================

foreach (@{$hl->{hits_}||[]});
  return $hl;
}

## $thingy = $obj->TO_JSON()
##  + annoying wrapper for JSON, JSON::XS
sub TO_JSON {
  return { %{$_[0]} };
}


1; ##-- be happy

__END__

##===========

Dumper formatting of L<DDC::HitList|DDC::HitList> objects.

=item L<DDC::Format::JSON|DDC::Format::JSON>

Class for JSON formatting of L<DDC::HitList|DDC::HitList> objects.

=item L<DDC::Format::Kwic|

-conversion (for toJson())
sub toHash {
  my ($obj,%opts) = @_;
  return $obj->SUPER::toHash(%opts) if (!$opts{json});
  return { class=>$obj->jsonClass, $obj->jsonData };
}
sub jsonData {
  my $qo = 

()),
	  ($qo->{DebugRank} ? (DebugRank=>$qo->{DebugRank}) : qw()),
	  (Filters=>[map {($_->toHash(json=>1))} @{$qo->{Filters}||[]}]),
	  ($qo->{Subcorpora} && @{$qo->{Subcorpora}} ? (Subcorpora=>$qo->

sub jsonType { return (FilterType=>$DDC::PP::HitSortEnumStrings[$_[0]{Type}]); }
sub jsonMinMax { return (Min=>$_[0]{Arg1}, Max=>$_[0]{Arg2}); }
sub jsonData { return ($_[0]->jsonType, $_[0]->jsonMinM

(for toJson())
sub toHash {
  my ($obj,%opts) = @_;
  return $obj->SUPER::toHash(%opts) if (!$opts{json});
  return { class=>$obj->jsonClass, $obj->jsonData };
}

##-- pseudo-accessors (for json)
__PA

rt;
use strict;
our @ISA = qw(DDC::PP::CQFSort);

sub defaultSort { return 'GreaterByRank'; }
sub jsonMinMax { return qw(); }

##======================================================================