CPAN::Groonga

nvalid tunnel $tid");
	} else {
		$self->client_write_line($client, "201 $tid");
		my $h = $t->to_json;
		$self->client_write_line($client, "$_: $h->{$_}") for
		    sort keys %{$h};
		$self->client_w

uted if the request accept header like prefers and accepts
      # type 'application/json'.
      sub myaction_JSON :Action { }

      # Executed if the request accept header like prefers and accepts

xecuted if the request accept header like prefers and accepts
    # type 'application/json'.
    sub myaction_JSON :Action { }

    # Executed if the request accept header like prefers and accepts
   

ir';
use Module::Runtime 'use_module';
use Path::Tiny;
use Template::Tiny;
use File::HomeDir;
use JSON::PP;

our $VERSION = '0.005';

sub getopt_spec {
  return (
    'skeletor %o',
    ['template|t=s

->my_home, '.skeletor.json'))) {
    print "Found user options at: $saved_options_path\n";
    my $json_opts = decode_json($saved_options_path->slurp);
    @args = (@args, %$json_opts);
  }

  local @

URATION

You may store repeated or common configuration options in ~/skeletor.json, for example:

    cat ~/.skeletor.json 
    {
      "--author": "John Nap"
    }

Then when you build a project the 

, queue_name => 'other_queue'
  );

  # Producer:
  $q->enqueue_item("foo");
  # You can pass any JSON-serializable data structure
  $q->enqueue_item({ bar => "baz" });
  $q->enqueue_item({ id=> 12},{

> are serialized
using JSON (cf. L<JSON::XS>), so
any data structures supported by that can be enqueued.
We use JSON because that is supported at the Lua side as well (the cjson
library).

The impleme

 {
      my ($self, $c) = @_;
      my $best_media_type = $c->req->choose_media_type('application/json', 'text/html');
    }

    sub choose :Local {
      my ($self, $c) = @_;
      my $body = $c->re

'no_match' => sub { 'none' },
        'text/html' => sub { 'html' },
        'application/json' => sub { 'json' });

      $c->res->body($body);
    }

    sub filter : Local {
      my ($self, $c) = 

 of the request to make decisions about what to do,
for example what format to return (HTML, XML, JSON, other).  This role can
be applied to your L<Catalyst::Request> to add some useful helper methods

ject->date_last_modified
        ) =>sub { http_choose_accept (
            'application/json' => sub { to_json $secret_object },
            'application/xml'  => sub { to_xml  $secret_object },
    

nt-type does the client want
        http_choose_accept (
            
            [ 'application/json', 'application/xml' ] => sub {
                    
                # find the resource
         

            for (http_accept) {
                        when ('application/json') {
                            return to_json ( $secret_object )
                        }
                        when

erl 5 you may have available.

=head1 SEE ALSO

L<Limper>

L<Limper::Engine::PSGI>

L<Limper::SendJSON>

=cut

__DATA__
html	text/html
htm	text/html
shtml	text/html
css	text/css
xml	text/xml
gif	image

ff
jar	application/java-archive
war	application/java-archive
ear	application/java-archive
json	application/json
hqx	application/mac-binhex40
doc	application/msword
pdf	application/pdf
ps	application/p

lar keys %$self;
    require JSON;
    my $j = $p ? $jp ||= JSON->new->allow_unknown->allow_blessed->utf8->convert_blessed->canonical->pretty
               : $js ||= JSON->new->allow_unknown->allow_b

    return join "\n", map {sprintf "%-${m1}s at %-${m2}s line %${m3}s%s", @$_} @trace;
}

sub TO_JSON { return {%{$_[0]}} }

sub classify {
    my ($err, $ref) = @_;
    $ref = {$ref => 1} if ! ref $

ll json error stringification to use pretty.  You can also set _pretty => 1 in
individual errors, but sometimes you won't have access to the error object before
it stringifies.

=item TO_JSON

JSONifi

ing, JSON is easier, while Sereal::* is
# faster (about 7%) and delivers smaller serialized blobs.
use JSON::XS; # use the real stuff, no fall back on pure Perl JSON please
my $serializer   = JSON::XS

->new->utf8->pretty(0);
my $deserializer = JSON::XS->new->utf8->pretty(0);

#use Sereal::Encoder;
#use Sereal::Decoder;
#my $serializer   = Sereal::Encoder->new();
#my $deserializer = Sereal::Decoder-

ckage Apache::Hadoop::Watcher::Conf;

use 5.010001;
use strict;
use warnings;

use XML::Twig;
use JSON;

require Apache::Hadoop::Watcher::Base;

our @ISA = qw();
our $VERSION = '0.01';


# methods
sub

ations


=head1 SEE ALSO

  Apache::Hadoop::Watcher
  Apache::Hadoop::Watcher::Base
  XML::Twig
  JSON


=head1 AUTHOR

Snehasis Sinha, E<lt>snehasis@cpan.orgE<gt>


=head1 COPYRIGHT AND LICENSE

Copy

hasis Sinha
#
package Apache::Hadoop::Watcher::Yarn;

use 5.010001;
use strict;
use warnings;
use JSON;

require Apache::Hadoop::Watcher::Base;

our @ISA = qw();
our $VERSION = '0.01';


# Preloaded m

,"\n" if $self->{'debug'};

	# actual work
	$self->{'out'} = (decode_json $base->_wget (url=>$url)); #->{'nodeInfo'};
	$base->_jsontr ( $self->{'out'} );
	return $self;
}

1;

__END__

=head1 NAME

Ap

# changing json boolean object to perl values
sub _jsontr {
    my ($self, $hash) = (@_);
    foreach my $v ( values %{$hash} ) {
        $v = ($v ? 'true' : 'false') if ref $v eq 'JSON::PP::Boolean

';
        $self->_jsontr ( $v ) if ref $v eq 'HASH';
    }
    #return $hash;
}

sub _jsonjmx {
	my ($self, $hook) = (@_);
	if ( ref $hook eq 'HASH' ) {
		$self->_jsontr ( $hook );
	}
	if ( ref $hook

 eq 'ARRAY' ) {
		foreach my $e ( @$hook ) {
			$self->_jsontr ( $e );
		}
	}
}

# dumps output hashref
sub _print {
    my ($self, %opts) = (@_);
    print Dumper ( $opts{'output'} );
}

1;

__END__

age Queue::Q::ReliableFIFO::CLI;
use strict;
use Redis;
use Term::ReadLine;
use Data::Dumper;
use JSON::XS;
use File::Slurp;
use Carp qw(croak);

use Queue::Q::ReliableFIFO::Redis;
use Class::XSAccess

    my %conf;
    if (!$params{ignore_config_file} and -f $conf_file) {
        %conf = %{decode_json(read_file($conf_file))};
        $self->open(server => $conf{server},  port => $conf{port})
     

 $self->path;
        }
        $conf{history} = \@history;
        write_file($conf_file, encode_json(\%conf));

        exit 0;
    };

    my %commands = map { $_ => undef } (qw(
        open
     

hasis Sinha
#
package Apache::Hadoop::Watcher::Jmx;

use 5.010001;
use strict;
use warnings;

use JSON;

require Apache::Hadoop::Watcher::Base;

our @ISA = qw();
our $VERSION = '0.01';


# Preloaded m

' ', $_;
			}
			next;
		}

		print sprintf "%30s  %s\n", $e->{'key'}, $e->{'value'};
	}
}

# jmx json methods
sub _query {
	my ($self, %opts) = (@_);
	my $base = Apache::Hadoop::Watcher::Base->new;
	

 $self->{'jmx'};
	$self->{'out'} = (decode_json $base->_wget (url=>$url))->{'beans'};
	#$self->{'out'} = (decode_json $base->_wget (url=>$url));
	$base->_jsonjmx ( $self->{'out'} );
	$self->{'out'} =~

";
    $state->{cfg}->{db}         ||= "table";
    $state->{cfg}->{out}        ||= "json";
    $state->{cfg}->{jsonout}      = sprintf("%s/%s/",
                                            $state->{c

>{$con}->{files}  =
       [split("\n",`ls -R  /home/santex/repos/KnowledgeInterDisciplinary/data/json | egrep -i "($con)";`)];
    }

 return $x;
}
sub import {
    my $class = shift;
    my @structu

ACKAGE__->drop($StructureName);
   exit 0;
}
if($new==1){
  use Term::ReadKey;
  use JSON;
  my $data = decode_json(lc`micro-sense $StructureName words`);
  my $char;
  my $line;
  my $senses=@{$data-

package WebService::SetlistFM;
use JSON::XS;
use Cache::LRU;
use Net::DNS::Lite;
use Furl;
use URI;
use URI::QueryParam;
use Carp;
use Moo;
use namespace::clean;
our $VERSION = "0.04";


$Net::DNS::Li

ift;
    return $self->request("artist/$mbid.json");
} 

sub city {
    my $self = shift;
    my $geoid = shift;
    return $self->request("city/$geoid.json");
} 

sub search_artists {
    my $self = 

elf->request("search/artists.json", $query_param);
} 

sub search_cities {
    my $self = shift;
    my $query_param = shift;
    return $self->request("search/cities.json", $query_param);
} 

sub sea

ader,
the value can be a JSON-encoded payload which can be processed
in Perl. Perl can return the results of the processing through
a global PHP variable (again, possibly JSON encoded). The
C<t/10-hea

d>  where I<payload> is the JSON-encoding
of a hash that defines C<n>, the number to operate on, and
C<result>, the name of the PHP variable to publish the results to.

JSON-encoding the header value 

ines. For complex results, it is also
convenient to assign a JSON-encoded value to a single PHP global
variable.

    ...
    use Mojo::JSON;
    ...
    app->plugin('MojoX::Plugin::PHP',
        { ph

::Log::LogDispatch> this can be thought of as a common logging interface.

  package MyApp::View::JSON;

  extends 'MyApp::View';
  with 'MooseX:Log::Log4perl';

  sub bar {
    $self->logger->info("E

#!/usr/bin/env perl
use File::Find::Rule;
use strict;
use warnings;
use JSON;
use Cache::Memcached::Fast;
use Try::Tiny;
use Data::Dumper;
use Digest::MD5 qw(md5 md5_hex md5_base64);

our $memd = new 

compress_ratio => 0.9,
 max_failures => 1,
 max_size => 512 * 1024,
});



our $all = {};
our $json = JSON->new->allow_nonref;

sub mytry{
  my $cmd = shift;

try {

  #if($cmd){
  my @ret = split "\n