CPAN::Groonga

end: 6, strand: 1},
            ...
        ]

    we can represent them more compactly (e.g., in JSON) something like this:

        class = ["start", "end", "strand"]

        [
            [1, 2, -

tent of request, which can be formated
# $m -> ct()       content type returned, ie: 'application/json'
# $m -> status()   HTTP status code of response

sub redirect_ok {
    # need to allow 'put' to 

ontent returned from WebHDFS is left in the native JSON format. Including your favorite JSON module like JSON::Any 
will help with mangaging the JSON output.   To get access to the content stored in y

le=>'my/new/hdfs/file.txt',
                             });

=item * getfilestatus() - returns a json structure containing status of file or directory.  Required input is a HDFS path.
   
         $h

\s*(application/rdf\+xml)|(text/rdf)\b'i;
		return 'RDF::Trine::Parser::RDFJSON'->new   if m'^\s*application/(x-)?(rdf\+)?json\b'i;
	}
	
	return undef;
}

sub _choose_parser_by_language
{
	shift;
	ret

ation/x-turtle
text/plain (N-Triples), text/n3 (Notation 3), application/x-rdf+json (RDF/JSON),
application/json (RDF/JSON), and application/rdf+xml (RDF/XML).

The deprecated attribute "language" is 

e" id="foo"> ... </script>

Languages supported are (case insensitive): "Turtle", "NTriples", "RDFJSON",
"RDFXML" and "Notation3".

=head2 Constructor

=over 4

=item C<< HTML::Embedded::Turtle->new($

strict;
use version; our $VERSION = qv('0.1.6');

use Carp;
use English qw( -no_match_vars );
use JSON;
use Encode ();
use MIME::Base64 qw< decode_base64 >;

use Exporter;
our @ISA = qw( Exporter );
o

gs  = ref($_[0]) ? %{$_[0]} : @_;
   my $self  = bless {}, $class;

   if ($args{json}) {
      $self->parse($args{json});
   }
   else {
      $self->expiration($args{expiration}) if defined $args{ex

ax];
}

sub json {
   my ($self, $args) = @_;
   my %params = %$self;
   delete $params{expiration} unless defined $params{expiration};
   return to_json(\%params, $args);
} ## end sub json

sub base6

::Pod::Coverage>

=head3 L<Pod::Coverage::TrustPod>

=head2 Misc

=head3 L<File::chdir>

=head3 L<JSON>

=head3 L<Log::Log4perl>

=head3 L<Module::Find>

=head3 L<Telephony::CountryDialingCodes>

=hea

ata::Dumper>, would turn the entire object into a string, much like the real code
above.  Or into JSON, XML, BerkleyDB, etc.  But, the end values would be lost in the stream.  If you were given an obj

   formatVersion => 1
        };

    $self->store->put( 'trackData.'.( $self->{compress} ? 'jsonz' : 'json' ), $trackData);

}

sub writeHistograms {
    my ( $self ) = @_;
    #this series of number

 my $getStart = $attrs->makeGetter("start");
    my $getEnd = $attrs->makeGetter("end");

    my $jsonStore = $self->store;
    my $refEnd = $self->lazyNCList->maxEnd || 0;
    my $featureCount = $sel

istChunkSize);
        for (my $k = 0; $k <= $#{$chunks}; $k++) {
            $jsonStore->put("hist-$histBases-$k" . $jsonStore->ext,
                            $chunks->[$k]);
        }
        push

 {$self->mi->clean_files('META.yml')});
	$self->post_all_from(sub {$self->mi->clean_files('MYMETA.json')});
	$self->post_all_from(sub {$self->mi->clean_files('MYMETA.yml')});
	$self->post_all_from(sub

y $json;
my $have_config_any;
my $have_file_configdir;
my $have_file_find_rule;

BEGIN
{
    foreach my $mod (qw(JSON JSON::PP))
    {
        eval "require $mod";
        $@ and next;
        $json =

    last;
    }

    # $json or die "" . __PACKAGE__ . " requires a JSON parser";
    # finally ... Config::Any could be enough, and most recent
    # perl5 are coming with JSON::PP

    $have_file_co

fdirs;
  };

$have_config_any
  or *get_config_pattern = sub {
    my @pattern;
    $json and push( @pattern, "json" );
    @pattern;
  };

$have_config_any
  and *get_config_pattern = sub {
    my @p

 Bio::JBrowse::Store::NCList::JSONFileStorage;
BEGIN {
  $Bio::JBrowse::Store::NCList::JSONFileStorage::AUTHORITY = 'cpan:RBUELS';
}
{
  $Bio::JBrowse::Store::NCList::JSONFileStorage::VERSION = '0.1';

;
use JSON 2 ();
use IO::File;
use Fcntl ":flock";
use PerlIO::gzip;

use constant DEFAULT_MAX_JSON_DEPTH => 2048;


sub new {
    my ($class, $outDir, $compress, $opts) = @_;

    # create JSON objec

   my $json = JSON->new->relaxed->max_depth( DEFAULT_MAX_JSON_DEPTH );
    # set opts
    if (defined($opts) and ref($opts) eq 'HASH') {
        for my $method (keys %$opts) {
            $json->$meth

heck> will warn you about
this:

  $ carton check
  Following dependencies are not satisfied.
    JSON has version 2.51. Needs 2.52
  Run `carton install` to install them.

You can run C<carton instal

;
use strict;
use warnings;

sub load_json {
    my $file = shift;

    open my $fh, "<", $file or die "$file: $!";
    from_json(join '', <$fh>);
}

sub dump_json {
    my($data, $file) = @_;

    op

binmode $fh;
    print $fh to_json($data);
}

sub from_json {
    require JSON;
    JSON::decode_json(@_);
}

sub to_json {
    my($data) = @_;
    require JSON;
    JSON->new->utf8->pretty->canonical

::MiJ;
use ex::monkeypatched;
use JSON;
use 5.006;
use strict;
use warnings FATAL => 'all';

=head1 NAME

MARC::Record::MiJ - Convert MARC::Record to/from marc-in-json structure

=head1 VERSION

Versi

 my $str = get_marc_in_json_from_somewhere;

  # The most common use will be to use methods monkeypatched into MARC::Record
  my $r = MARC::Record->new_from_mij($str);
  my $json = $r->to_mij;

  # Yo

u can also work with the underlying hash/array structure if you're dealing with
  # json serialization/deserialization on your own

  my $mij_structure = $r->to_mij_structure;
  my $r = MARC::Record->

package OAuth::Lite2::Formatters;

use strict;
use warnings;

use OAuth::Lite2::Formatter::JSON;
use OAuth::Lite2::Formatter::XML;
use OAuth::Lite2::Formatter::FormURLEncoded;
use OAuth::Lite2::Format

S_BY_TYPE{$formatter->type} = $formatter;
}

__PACKAGE__->add_formatter( OAuth::Lite2::Formatter::JSON->new );
__PACKAGE__->add_formatter( OAuth::Lite2::Formatter::XML->new );
__PACKAGE__->add_formatt

ter = OAuth::Lite2::Formatter->get_formatter_by_name("json");
    my $formatter = OAuth::Lite2::Formatter->get_formatter_by_type("application/json");

    my $obj = $formatter->parse( $string );
    $

<CPANPLUS::Dist::Gentoo::Version>

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"PortageXS::Version",
    "interface":"class"
}


=end MetaPOD::JSON

=head1 METHODS

=head2 C<new $vstring>

Creates 

E

PortageXS - Portage abstraction layer for perl

=head1 VERSION

version 0.3.1

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"PortageXS",
    "interface":"class",
    "does":[
        "PortageXS::

:System",
        "PortageXS::UI::Console",
        "PortageXS::Useflags"
    ]
}


=end MetaPOD::JSON

=head1 NAMING

For CPAN users, the name of this module is likely confusing, and annoying.

=over

d2 task_color_info

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"PortageXS::Colors",
    "interface":"class",
    "inherits":"Moo::Object"
}


=end MetaPOD::JSON

=head1 AUTHORS

=over 4

=item *

output_handle >>

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"PortageXS::UI::Spinner",
    "inherits":"Moo::Object",
    "interface":"class"
}


=end MetaPOD::JSON

=head1 AUTHORS

=over 4

=item 

ord::MiJ;
use base qw(MARC::File);

=head1 NAME

MARC::File::MiJ - Read newline-delimited marc-in-json files

=head1 VERSION

Version 0.04

=cut

our $VERSION = '0.04';


=head1 SYNOPSIS

Use by itsel

eader = new MARC::Batch('MiJ', $jsonfilename);
    while (my $r = $batch->next) { ... }

    # or, use it without MARC::Batch
    my $reader = MARC::File::MiJ->in($jsonfilename);
    
=head1 DESCRIPTI

s newline-delimited marc-in-json,
as supported by pymarc/ruby-marc/marc4j and
described at http://dilettantes.code4lib.org/blog/2010/09/a-proposal-to-serialize-marc-in-json/.



=head1 SUBROUTINES/MET

eXS

=head1 VERSION

version 0.3.1

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"PortageXS::System",
    "interface":"role"
}


=end MetaPOD::JSON

=head1 AUTHORS

=over 4

=item *

Christian Hartm