CPAN::Groonga

 '0.751';
}
use Any::Moose;
use Prophet::Meta::Types;
use Prophet::ConflictingPropChange;
use JSON 'to_json';
use Digest::SHA 'sha1_hex';

has record_type => (
    is  => 'rw',
    isa => 'Str',
);

h

   ( delete $_->{source_new_value}, delete $_->{target_value} ) ];
    }

    return sha1_hex( to_json( $struct, { utf8 => 1, canonical => 1 } ) );
}

__PACKAGE__->meta->make_immutable;
no Any::Moose;

ecord_prop( $1, $2, $3 ) };
        on qr|^/(.*)/(.*).json$| =>
          sub { shift->server->update_record( $1, $2 ) };
        on qr|^/(.*).json$| => sub { shift->server->create_record($1) };
    }

/static/prophet/(.*)$' =>
      sub { shift->server->send_static_file($1) };

    on qr'^/records.json' => sub { shift->server->get_record_types };
    under qr'/records' => sub {
        on qr|^/(.*)

ecord_prop( $1, $2, $3 ); };
        on qr|^/(.*)/(.*).json$| =>
          sub { shift->server->get_record( $1, $2 ) };
        on qr|^/(.*).json$| => sub { shift->server->get_record_list($1) };

    

nflict->has_conflicting_changes;

    $self->log_debug( "Conflicting changeset: "
          . JSON::to_json( $conflict, { allow_blessed => 1 } ) );

    return $conflict;
}

sub _check_db_uuids_on_mer

  = shift;
    my $default = shift;
    my $json    = $self->read_userdata( path => $path ) || $default;
    require JSON;
    return JSON::from_json( $json, { utf8 => 1 } );
}


sub _do_userdata_writ

 my $self  = shift;
    my $path  = shift;
    my $value = shift;

    require JSON;
    my $content =
      JSON::to_json( $value, { canonical => 1, pretty => 0, utf8 => 1 } );

    $self->write_user

e Prophet::Web::Result;

use Params::Validate qw/:all/;
use File::Spec ();
use Cwd        ();
use JSON;
use HTTP::Date;

# Only define a class type constraint for CGI if it's not already defined,
# be

>cgi->param($_) } $self->cgi->param() } );
    $self->_send_redirect( to => "/records/$type/$uuid.json" );
}

sub create_record {
    my $self   = shift;
    my $type   = shift;
    my $record = $self

aram($_) } $self->cgi->param() } );
    return $self->_send_redirect( to => "/records/$type/$uuid.json" );
}

sub get_record_prop {
    my $self   = shift;
    my $type   = shift;
    my $uuid   = shi

te.

use Any::Moose;
use Prophet::Change;
use Params::Validate;
use Digest::SHA qw/sha1_hex/;
use JSON;


has creator => (
    is  => 'rw',
    isa => 'Str|Undef',
);


has created => (
    is      =>

 calculate_sha1 {
    my $self = shift;
    return sha1_hex( $self->canonical_json_representation );
}

sub canonical_json_representation {
    my $self           = shift;
    my $hash_changeset = $se

ete $hash_changeset->{'sequence_no'};
    delete $hash_changeset->{'source_uuid'};

    return to_json( $hash_changeset,
        { canonical => 1, pretty => 0, utf8 => 1 } );

}

__PACKAGE__->meta->ma

tting::VERSION = '0.751';
}
use Any::Moose;
extends 'Prophet::Record';

use Params::Validate;
use JSON;

has default => ( is => 'ro', );

has label => (
    isa => 'Str|Undef',
    is  => 'rw',
);

ha

 ) ) {
        $entry = [@_];
    } else {
        $entry = shift @_;
    }

    my $content = to_json(
        $entry,
        {
            canonical    => 1,
            pretty       => 0,
        

nless $self->load( uuid => $self->uuid );
    my $content = $self->get_raw;

    my $entry = from_json( $content, { utf8 => 1 } );
    return $entry;
}

__PACKAGE__->meta->make_immutable;
no Any::Moos

e::Find;
use Prophet::Util;
use POSIX qw();
use Memoize;
use Prophet::ContentAddressedStore;

use JSON;
use Digest::SHA qw(sha1_hex);

has '+db_uuid' => (
    lazy    => 1,
    default => sub { shift-

 $args{'type'},
        uuid => $args{'uuid'}
    );

    return unless $casfile;
    return from_json( $self->_read_file($casfile), { utf8 => 1 } );
}

# XXX TODO: memoize doesn't work on win:
# t\re

eplica';
use Params::Validate qw(:all);
use File::Spec ();
use File::Path;
use Prophet::Util;
use JSON;
use Digest::SHA qw/sha1_hex/;
use DBI;

has dbh => (
    is      => 'rw',
    isa     => 'DBI::d

;
    my $cs   = $self->_load_changeset_from_db( sha1 => $args{sha1} );
    return $cs->canonical_json_representation;
}

sub _load_changeset_from_db {
    my $self = shift;
    my %args = validate(
 

=item *

L<autobox|autobox>

=item *

L<autobox::Core|autobox::Core>

=item *

L<autobox::JSON|autobox::JSON>

=item *

L<MIME::Base64|MIME::Base64>

=back

=head1 SOURCE

The development version is 

 reference to a hash representation of a change (such as is returned by
L</as_hash> or serialized json) and returns a new Prophet::Change
representation of it.

This method should be invoked as a clas

S::FS::DirCodec::Universal;
use 5.0080001;
use strict;
use warnings;
use Try::Tiny;
use Carp;
use JSON 2.53 ();
require DataStore::CAS::FS::Dir;
require DataStore::CAS::FS::DirEnt;
require DataStore::

c for saving all arbitrary fields of a DirEnt


our $_json_coder;
sub _build_json_coder {
	DataStore::CAS::FS::InvalidUTF8->add_json_filter(
		JSON->new->utf8->canonical->convert_blessed, 1
	);
}

sub

entry: ".JSON::encode_json($entry);
			defined $entry->{type} or croak "Can't serialize typeless directory entry: ".JSON::encode_json($entry);
			!defined($_) || (ref $_? ref($_)->can("TO_JSON") : &ut

 FATAL => 'all';
use Moo;
use Getopt::Long qw(GetOptionsFromArray);
use Redis;
use Try::Tiny;
use JSON;

=head1 NAME

Uninets::Check::Modules::Redis - Uninets::Check module to check redis servers.

=h

	my ($self, $status, $value, $format) = @_;

	return JSON->new->encode(
		{
			message => $value,
			status  => $status,
		}
	) if $format eq 'json';
	# default last in case some non supported format 

'Default: num',
				},
				formats => {
					'num'  => 'Returns the status code',
					'json' => 'Returns a JSON structure',
				},
			},
			size => {
				description => 'Check redis RAM consumption',

sub preset {
    return $presets{$_[1]} if %presets;

    use JSON ();
    my $json = JSON->new;
    while ( <DATA> ) {
	my $data = $json->decode($_);
	my $preset = __PACKAGE__->new;
	$preset->chorus

ATAL => 'all';
use Moo;
use Getopt::Long qw(GetOptionsFromArray);
use Try::Tiny;
use MongoDB;
use JSON;

=head1 NAME

Uninets::Check::Modules::MongoDB - Uninets::Check module to check mongodb servers.

	my ($self, $status, $value, $format) = @_;

	return JSON->new->encode(
		{
			message => $value,
			status  => $status,
		}
	) if $format eq 'json';
	# default last in case some non supported format 

 'Default: num'
				},
				formats => {
					'num'  => 'Returns the status code',
					'json' => 'Returns a JSON structure',
				},
			},
		},
	}
}

=head1 AUTHOR

Matthias Krull, C<< <<m.krull at uni

end I decided on a
pluggable implementation, where a "Universal" plugin uses something plain like
JSON, and more specialized plugins do things like storing an array of UNIX
'stat' fields.  Users can a

em Universal

L<DataStore::CAS::FS::DirCodec::Universal> stores all metadata of each DirEnt
using JSON.  If you use this codec, you are guaranteed that anything your
CAS::FS::Scanner picked up was sav

   $song->name("Perl Song");
    $song->tempo(120);
    $song->add_section(...);
    print $song->json, "\n";

=head1 METHODS

=head2 new [ args ]

Creates a new Music::ChordBot::Opus object.

Initial

y || "opus" ] );
}

=head2 json [ pretty ]

Produces a string representing the song, in JSON format, suitable
for import into the ChordBot app.

If argument is true, the JSON is pretty-printed for rea

.

=cut

sub json {
    my ( $self, $pretty ) = @_;
    $self->_wrapup;
    use JSON ();
    my $json = JSON->new;
    $json->canonical(1);
    $json = $json->pretty if $pretty;
    $json->encode($sel

Dezi::MultiTenant;
use strict;
use warnings;
use Dezi::Server;
use Dezi::MultiTenant::Config;
use JSON;
use Plack::Builder;
use Plack::Request;
use Plack::App::URLMap;
use Data::Dump qw( dump );
use C

tion/xml',
            'application/json',
            ],
            vary_user_agent => 1;

        # JSONP response based on 'callback' param
        enable "JSONP";

        # / is self-description

       available   => \%avail,
    };
    my $resp = to_json($about);
    return [
        200,
        [   'Content-Type'   => 'application/json',
            'Content-Length' => length $resp,
      

 types are getting more and more 
common as CSV data representation starts to give way to XML and JSON.
RDB's can handle complex data by using I<relational tables>.  (the I<R> in 
I<RDB>.)  But RDB da

'all';
use Moo;
use Getopt::Long qw(GetOptionsFromArray);
use Mojo::UserAgent;
use Try::Tiny;
use JSON;
use Time::HiRes;

=head1 NAME

Uninets::Check::Modules::HTTP - Uninets::Check module to check we

, $value, $format) = @_;

    return JSON->new->encode(
        {
            message => $value,
            status  => $status,
        }
    ) if $format eq 'json';
    # default last in case some n

mats => {
                    'num'  => 'Returns the status code',
                    'json' => 'Returns a JSON structure',
                },
                default_format => 'num',
            },

f : $$self.$other);
}


sub add_json_filter {
	my ($self, $json)= @_;
	$json->filter_json_single_key_object(
		'*InvalidUTF8*' => \&FROM_JSON
	);
	$json;
}

sub TO_JSON {
	my $x= ${$_[0]};
	utf8::upgr

ade($x);
	return { '*InvalidUTF8*' => $x };
}

sub FROM_JSON {
	my $x= $_[0];
	utf8::downgrade($x) if utf8::is_utf8($x);
	return bless \$x, __PACKAGE__;
}

sub TO_UTF8 {
	${$_[0]};
}

1;

__END__

=po

 SYNOPSIS

  my $j= JSON->new()->convert_blessed;
  DataStore::CAS::FS::InvalidUTF8->add_json_filter($j);
  my $x= DataStore::CAS::FS::InvalidUTF8->decode_utf8("\x{FF}");
  my $json= $j->encode($x);