CPAN::Groonga

kage Jifty::JSON;

use base 'Exporter';
our @EXPORT_OK = qw/jsonToObj objToJson decode_json encode_json/;

use Carp qw//;
use JSON qw/ -support_by_pp -no_export /;

=head1 NAME

Jifty::JSON -- Wrapper

y::JSON qw/decode_json encode_json/;

  my $obj  = decode_json(q! { "x": "1", "y": "2", "z": "3" } !);
  my $json = encode_json($obj);

=head1 DESCRIPTION

Provides a thin wrapper around the L<JSON> 2

<JSON::XS> and L<JSON::PP>.

This module used to wrap L<JSON::Syck> and L<JSON> 1.xx with special-casing for
outputting JSON with single quoted values.  Single quotes make it easy to
simply plop JSON 

ge Jifty::Filter::JSON;
use base qw/ Jifty::DBI::Filter /;
use Jifty::JSON qw(encode_json decode_json);

=head1 NAME

Jifty::Filter::JSON - This filter stores arbitrary Perl via JSON

=head1 SYNOPSIS

hema {
      column my_data =>
          type is 'text',
          filters are qw/ Jifty::Filter::JSON /;
  };

  my $thing = __PACKAGE__->new;
  $thing->create( my_data => { foo => 'bar', baz => [ 1,

rary data structures into a database column using L<JSON>. This is very similar to the L<Jifty::DBI::Filter::Storable> filter except that the L<JSON> format remains human-readable in the database. You

e_url', { 'continuation':{}, 'actions':{}, 'fragments':[{'mode':'Replace','args':@{[ Jifty::JSON::encode_json($args->{parameters})]},'region':'__page','path':'$url'}],'action_arguments':{}}, true);},

ct::Plugin::PPI' => ['pm','pl'],
            'tt2' => [ ],
            'perl' => ['pl','pm','js','json'],
            'mason' => [ ] ,
        },
        verbose => 1,
);

use constant USE_GETTEXT_STY

ct/$lang.json";
        $logger->info("Generating $file");
        open my $fh, '>', $file or die "$file: $!";

        no strict 'refs';
        print $fh
            Jifty::JSON::encode_json( { map 

 with
   --dir              Additional directories to extract from
   --js               Generate json files from the current po files

   --help             brief help message
   --man              f

 main.css )]);

__PACKAGE__->external_javascript_libs([]);

__PACKAGE__->javascript_libs([qw(
    json.js
    jquery-1.4.1.js
    iutil.js
    jifty_interface.js
    jquery_noconflict.js
    jquery.jg

            Jifty->config->framework('Web')->{StaticRoot},
                "js/dict/$current_lang.json"
            )
        )
      )
    {
        local $/;
        my $inline_dict = <$fh> || '{}';

n.dict_path = '/static/js/dict';
Localization.dict = $inline_dict;
</script>}
        );

    }
    else {
        $self->log->error("Can't find dictionary file $current_lang.json: $!");
    }

}

1;

->failure(1);
    $self->result->message($message);

    return;
}

=head2 TO_JSON

Returns this action's moniker for JSON serialization.  This is mostly to catch
places where Jifty::Action objects ar

he
C<convert_blessed> option of L<JSON> (through L<Jifty::JSON>) which uses this
method.  Objects without a TO_JSON method cause fatal JSON errors.

=cut

sub TO_JSON { shift->moniker }

=head1 CUSTOM

path default_arguments qualified_name parent region_wrapper lazy loading_path class));
use Jifty::JSON;
use Encode ();

=head2 new PARAMHASH

Creates a new page region.  The possible arguments in the 

t">\n|
            . qq|new Region('| . $self->qualified_name . qq|',|
            . Jifty::JSON::encode_json( \%arguments ) . qq|,| 
            . qq|'| . $self->path . qq|',|
            . ( $self->

_serialize_format($self);
    }

    # As the last resort, return the object itself and expect the
    # $accept-specific renderer to format the object as e.g. YAML or JSON data.
    return $o;
}

1;

shift->headers->referer(@_) }
sub user_agent       { shift->headers->user_agent(@_) }

use Jifty::JSON;
use Jifty::YAML;
use Jifty::Web::FileUpload;
use Plack::Util ();

=head1 NAME

Jifty::Request - 

et;
}

=head2 promote

Attempt to fill in the request from any number of various methods --
YAML, JSON, etc.  Falls back to query parameters.  Takes a
L<Plack::Request> object.

=cut

sub promote {
  

appropriate
    if ($data) {
        if ($ct =~ m{^text/x-json}) {
            return $self->from_data_structure(eval{Jifty::JSON::decode_json($data)});
        } elsif ($ct =~ m{^text/x-yaml}) {
    

',
        @_
    );

    my $showjs = $args{'show'} ? "menu.show();" : "";
    my $json   = Jifty::JSON::encode_json( $args{'options'} );

    # Bind to a button to show the menu
    my $binding = (d

                // set container?
                var menu = new YAHOO.widget.Menu("$args{id}", $json);
                menu.render();
                menu.subscribe("show", function() {
            

lso automatically published as web services.
Clients can POST requests, usually using the YAML or JSON request
format.  See C<bin/service> for a trivial generic webservice client.

(XXX TODO More abou

t fallback method yet.

=back

=cut

use base qw/Jifty::Object Class::Accessor::Fast/;
use Jifty::JSON;

=head2 handlers

The following handlers are supported:

onclick onchange ondblclick onmousedown

;

        if ( @$fragments or ( !$actions || %$actions ) ) {
            my $update_json = Jifty::JSON::encode_json({
                    actions      => $actions,
                    action_argument

$update = $trigger eq "onclick" ? "Jifty.c(event,$update_json,this)"
                                               : "Jifty.update($update_json,this);";
            $string .= "return $update";
     

ote stuff in onfoo handlers...
    my $onchange = 'Jifty.update('
                 . Jifty::JSON::encode_json({
                    actions          => {},
                    action_arguments => {},

file extension, the value is the MIME type to send.
    my %type_override = (
        'json' => 'application/json; charset=UTF-8',
        'htc'  => 'text/x-component',
    );

    return ($type_overr

lso automatically published as web services.
Clients can POST requests, usually using the YAML or JSON request
format.  See C<bin/service> for a trivial generic webservice client.

(XXX TODO More abou

:Dispatcher -base;
use Jifty::YAML ();
use Jifty::JSON ();
use Data::Dumper ();
use XML::Simple;
use URI::Escape ();

before qr{^ (/=/ .*) \. (js|json|yml|yaml|perl|pl|xml|html) $}x => run {
    Jifty

ts:

    JSON, JS, YAML, XML, Perl, and HTML

and may be requested in such formats by sending an appropriate HTTP Accept: header
or appending one of the extensions to any resource:

    .json, .js, .y

rns the user's desired output format. Returns a hashref of:

    format: JSON, JS, YAML, XML, Perl, or HTML
    extension: json, js, yml, xml, pl, or html
    content_type: text/x-yaml; charset=UTF-8,

variables, to more closely imitate the state of a non-javascript
enabled client.  It constructs a JSON request based on that
information, and passes it off to the XML web-service endpoint on the
serve

his most often comes from the browser as query
parameters, but may come from other sources as a L<JSON> or L<YAML> POST
request.  The answer to a request is a L</response>.  See L<Jifty::Request>.

=i

=head2 JSON

jQuery does not ship with the JSON stringify function, but since it
neither altered the native Array, nor defined its own Hash, it's
acceptable and preferred to just use C<JSON.stringif

y> from C<json.js>.

From:

    // obj need to be one of those objects defined in C<prototype.js>
    obj.toJSON();

To:

    JSON.stringify( obj )

=head2 Effects

jQuery has a small set of default e