CPAN::Groonga

t => 0.3;

has 'storage_class' => is => 'lazy', isa => NonEmptySimpleStr,
   default          => 'JSON';

has 'tab_title'     => is => 'lazy', isa => NonEmptySimpleStr,
   default          => 'Shell';

ime>

Time in seconds to sleep whilst C<DBus> settles down

=item C<storage_class>

Defaults to C<JSON>. Format of the configuration file

=item C<tab_title>

Defaults to C<Shell>. String used for the

utput eq 'json' ) {
        eval {
            require JSON;
            JSON->import;
            print encode_json( \@found );
        } or do {
            die "You require the module JSON for this

age RDF::vCard::Entity;

use 5.008;
use strict;
use warnings;
no warnings qw(uninitialized);

use JSON qw[];
use RDF::TrineX::Functions
	-shortcuts,
	statement => { -as => 'rdf_statement' },
	iri     

return $self;
}

sub to_jcard
{
	my ($self, $hashref) = @_;
	return ($hashref ? $self->TO_JSON : JSON::to_json($self));
}

{
	my @singular = qw(fn n bday tz geo sort-string uid class rev
		anniversary

 dday death gender kind prodid sex version);
	my @typed = qw(email tel adr label impp);
	
	sub TO_JSON
	{
		my ($self) = @_;
		my $object = {};
		
		foreach my $line (@{ $self->lines })
		{
			my $p =

	my $accept = join q{, } => (
			'application/sparql-results+xml',
			'application/sparql-results+json;q=0.9',
			'application/rdf+xml',
			'application/x-turtle',
			'text/turtle',
		);
		my $agent =

ocal $@ = undef;
		my $iterator = eval
		{
			if ($response->content_type =~ /json/)
				{ RDF::Trine::Iterator->from_json($response->decoded_content); }
			else
				{ RDF::Trine::Iterator->from_strin

ref to tie hash to" unless ref $ref eq 'SCALAR';
	$implementation = "Scalar::Accessors::LikeHash::JSON" unless defined $implementation;
	Module::Runtime::use_package_optimistically($implementation);
	

LikeHash> role. If the implementation is omitted, then
defaults to L<Scalar::Accessors::LikeHash::JSON>.

=head1 BUGS

Please report any bugs to
L<http://rt.cpan.org/Dist/Display.html?Queue=Scalar-Acc

 $invocant->_empty_structure;
}

1;

__END__

=head1 NAME

Scalar::Accessors::LikeHash - access a JSON/Sereal/etc scalar string in a hash-like manner

=head1 SYNOPSIS

   {
      package Acme::Storabl

sors::LikeHash::JSON";
	$string->store(foo => 42);

Or as class methods passing the scalar reference as an extra first argument:

	my $string = "{}";
	Scalar::Accessors::LikeHash::JSON->store(\$string

tations, see L<Scalar::Accessors::LikeHash::JSON>
and L<Scalar::Accessors::LikeHash::Sereal>.

For an insane usage of this concept, see L<Acme::MooseX::JSON>.

=head1 AUTHOR

Toby Inkster E<lt>tobyink

=head1 NAME

JSON::Schema::Examples - examples of JSON::Schema

=head1 EXAMPLES

=head2 Validate some JSON contact info against nested schemas.

The card schema at L<http://json-schema.org/card> is tr

eed to be followed. But JSON::Schema
handles it with ease...

 use JSON qw[to_json];
 use JSON::Schema;
 use LWP::Simple qw[get];
 
 # Here's some data...
 my $contact = to_json({
   fn        => 'Tob

n => 'East Sussex' },
 });
 
 # Now we create our JSON Schema validator:
 my $card_schema = get('http://json-schema.org/card'); 
 my $validator = JSON::Schema->new($card_schema);
 
 # Validate:
 my $v

pan:TOBYINK';
	$Plack::Middleware::Auth::Bitcard::VERSION   = '0.002';
}

use Carp;
use JSON qw(to_json from_json);
use Plack::Response;
use Plack::Request;
use Plack::Util;
use Plack::Util::Accessor 

ard->api_secret . $user->{username});
		$res->cookies->{bitcard} = to_json($user);
	}
	else
	{
		$res->cookies->{bitcard} = to_json({});
	}
	$req->cookies->{bitcard_return_to} = { value => "-" };
	ret

$self = shift;
	my ($req, $env) = @_;
	
	return unless $req->cookies->{bitcard};
	my $user = from_json($req->cookies->{bitcard});
	
	return unless $user->{username};
	return unless sha1_hex($self->bit

ge_format => 'text',
			notify         => 1,
			color          => 'yellow',
			format         => 'json',
		});

		unless ($response->is_success) {
			warn "Hipchat notification failed!";
			warn $resp

es::MooseLike::Base qw( Str CodeRef ArrayRef InstanceOf );
use Carp qw( confess );
use JSON qw( from_json to_json );
use HTML::HTML5::Entities qw( encode_entities_numeric );
use constant read_only => 

$self, $req) = @_;
	my $id = $self->make_paste_id;
	$self->storage->file("$id.paste")->spew(
		to_json( +{ %{$req->parameters} } ),
	);
	return Response->new(
		302,
		[
			'Content-Type' => 'text/pla

rage->file("$id.paste");
	-r $file or return $self->show_error("Bad file", 404);
	my $data = from_json($file->slurp);
	
	exists $req->parameters->{raw}
		? Response->new(200, ['Content-Type' => 'text/

rt.cpan.org/Dist/Display.html?Queue=Syntax-Highlight-RDF>.

=head1 SEE ALSO

L<Syntax::Highlight::JSON2>,
L<Syntax::Highlight::RDF>.

=head1 AUTHOR

Toby Inkster E<lt>tobyink@cpan.orgE<gt>.

=head1 CO

sub to_hashref
{
	my ($self) = @_;
	$self->[IDX_USED] ||= {};
	return $self->[IDX_USED];
}

*TO_JSON = \&to_hashref;

sub rdfa
{
	my ($self) = @_;
	my $rv;
	foreach my $prefix (sort keys %$self)
	{

("%s => %s\n", $prefix, $context->{$prefix});
  }

=item C<< TO_JSON >>

A synonym for to_hashref, provided for the benefit of the L<JSON> package.

=item C<< rdfa >>

Return the same data as C<to_has

		return "Syntax::Highlight::XML"->new;
	};
	
	$hint =~ m{json}i and do {
		require Syntax::Highlight::JSON2;
		return "Syntax::Highlight::JSON2"->new;
	};
	
	$hint =~ m{(ttl|turtle)}i       and retur

s yet)

=item *

SPARQL Update 1.1 (but not property paths yet)

=item *

JSON - intended for RDF/JSON and SPARQL Results JSON, but just generic highlighting

=item *

XML - intended for RDF/XML and S

rt.cpan.org/Dist/Display.html?Queue=Syntax-Highlight-RDF>.

=head1 SEE ALSO

L<Syntax::Highlight::JSON2>,
L<Syntax::Highlight::XML>.

L<PPI::HTML>,
L<Syntax::Highlight::Engine::Kate>.

L<RDF::Trine>, 

package Number::Natural::SetTheory;

use 5.010;
use boolean;
use JSON qw/to_json/;
use strict;
use utf8;

our (@EXPORT, @EXPORT_OK, %EXPORT_TAGS);

BEGIN
{
	$Number::Natural::SetTheory::AUTHORITY = 'c

return scalar @$set;
	}
	
	return undef;
}

sub set_to_string
{
	my ($set) = @_;
	my $string = to_json($set);
	$string =~ s/\[/\{/g;
	$string =~ s/\]/\}/g;
	return $string;
}

'What exactly is zero?';

ode($s);
    print($s);
  }
}

sub json_encode($) {
  if ( use_try 'JSON::XS' ) { return \( JSON::XS->new->encode(@_) ) }
  if ( use_try('JSON') )    { return \( JSON->new->encode(@_) ); }
  {
    loc

lugin('DBI');
# __PACKAGE__->load_plugin('Web::FillInFormLite');
# __PACKAGE__->load_plugin('Web::JSON');

__PACKAGE__->enable_session();

__PACKAGE__->to_app(handle_static => 1);

__DATA__

@@ index.

.');
Makefile
inc/
MANIFEST
*.bak
*.old
nytprof.out
nytprof/
*.db
blib/
pm_to_blib
META.json
META.yml
MYMETA.json
MYMETA.yml
...
}

1;
__END__

=head1 NAME

Amon2::Setup::Flavor::Lite - Amon2::Lite fl

;
        if ( $param->{'json'} and psmisc::use_try 'JSON' ) {
          $config{'view'} = 'json';
          my $j = {};
          eval { $j = JSON->new->decode( $param->{'json'} ) || {} };    #allow_

r\n>" ); }
        exit;
      };
      $config{'out'}{'json'}{'http-header'} = "Content-type: application/json\n\n";
      $config{'out'}{'json'}{'footer'} ||= sub {
        my ( $param, ) = @_;
    

 $param->{'callback'} . '(':'') ,${ psmisc::json_encode($param->{__result} || {}) }, ($param->{'callback'} ? ');' : '');
      };
      $config{'out'}{'json'}{'result_string'} ||= sub {
        my ( $

che cache_A01 --alternatives
    ironcache.pl list items .+ --cache cache_A01 --config iron_cache.json
    ironcache.pl list items item.01_0[[:digit:]]{1} --cache cache_B05
    ironcache.pl list items

)

=item * filling in missing data (combining data)

=item * converting formats (from CSV to XML, JSON, CSV, whatever)

=back

=head1 METHODS

=head2 new

This is the constructor.

The constructor tak

ile_name = 'iron_cache.json';
BAIL_OUT("File " . $config_file_name . " not exists! Quitting...") if(!-e $config_file_name);;
my $policies_file_name = 'iron_cache_policies.json';
my $policies_file_c