CPAN::Groonga

ctConstructor;
  extends 'Cfn::Value::TypedValue';
  
  has BackupOptions => (isa => 'Cfn::Value::Json|Cfn::DynamicValue', is => 'rw', coerce => 1, required => 1, traits => [ 'CfnMutability' ], mutabi

uctor;
  extends 'Cfn::Resource::Properties';
  
  has PipelineDefinition => (isa => 'Cfn::Value::Json|Cfn::DynamicValue', is => 'rw', coerce => 1, required => 1, traits => [ 'CfnMutability' ], mutabi

ctConstructor;
  extends 'Cfn::Resource::Properties';
  
  has Attributes => (isa => 'Cfn::Value::Json|Cfn::DynamicValue', is => 'rw', coerce => 1, required => 1, traits => [ 'CfnMutability' ], mutabi

s ($text, scalar => 1);

=head2 trans_to_json_file

    trans_to_json_file ('file.txt', 'file.json');

Convert the translations in F<file.txt> into F<file.json>.

=head2 write_trans

     write_trans 

fatal error occurs.

=head1 DEPENDENCIES

=over

=item L<JSON::Create>

This is used for storing the translations in JSON format.

=item L<JSON::Parse>

This is only used by the tests.

=item L<Table:

 This outputs a JSON file containing the
link, the status, the location, and the files which contain the link.

The function L</html_report> generates an HTML representation of the
JSON file.

The fun

k the links returned by L</get_links> and write to a JSON file
specified by the C<out> option.

    check_links ($links, out => "link-statuses.json");

Usually one would filter the links returned by L

 links.

=head2 html_report

    html_report (in => 'link-statuses.json', out => 'report.html');

Write an HTML report using the JSON output by L</get_links>. The
report consists of header HTML genera

::Make::Page 'make_page';
use File::Slurper qw!read_text write_text!;
use JSON::Create 'write_json';
use JSON::Parse 'read_json';
use Convert::Moji 'make_regex';

our $VERSION = '0.02';

sub get_links

    my $verbose = $options{verbose};
    my $nook = $options{nook};
    my $tempfile = "$out-temp.json";
    my %skip;
    my $ua = LWP::UserAgent->new (
	agent => __PACKAGE__,
    );
    $ua->max_red

ut after five seconds (dead sites etc.)
    $ua->timeout (5);

    if (-f $out) {
	my $old = read_json ($out);
	for my $link (@$old) {
	    if ($link->{status} =~ /200/) {
		$skip{$link->{link}} = $li

NOPSIS

    # On the command line
    $ catmandu import -v JSON --multiline 1 to MongoDB --database_name bibliography --bag books < books.json
    $ catmandu export MongoDB --database_name bibliograph

json_file
    write_trans
/;
our %EXPORT_TAGS = (
    all => \@EXPORT_OK,
);
our $VERSION = '0.02';

use Table::Readable '0.05', qw!read_table read_table_hash!;
use JSON::Create 'write_json';
use JSON

;
    }
    return $trans;
}

sub trans_to_json_file
{
    my ($trans_file, $json_file) = @_;
    my $trans = read_trans ($trans_file);
    write_json ($json_file, $trans, indent => 1, sort => 1);
}

ables;

use 5.008008;
use strict;
use warnings;

use Carp;
use CGI::Simple;
use DBI;
use JSON::XS;
use SQL::Abstract::Limit;
use JQuery::DataTables::Request;

our $VERSION = '0.08';

# 

mns,$as_hash);
}




sub print_json { 
    my $self = shift;
    my $json = $self->json;

    print "Content-type: application/json\n\n";
    print $json;
}




sub table_data {
    

output;
} # /table_data




sub json {
    my $self = shift;

    my $output_href = $self->table_data;

    return encode_json $output_href;
} # /json




sub _create_datatables_reque

;

my $re = $Unicode::Confuse::Regex::re;

use JSON::Parse 'read_json';

my $jfile = __FILE__;
$jfile =~ s!\.pm$!/confusables.json!;
our $data = read_json ($jfile);

sub confusable
{
    my ($c) = @_;

P;
$App::JESP::VERSION = '0.016';
use Moose;

use App::JESP::Plan;
use App::JESP::Colorizer;

use JSON;
use Class::Load;
use DBI;
use DBIx::Simple;
use File::Spec;
use IO::Interactive;
use Log::Any qw

( is => 'ro', isa => 'App::JESP::Colorizer', lazy_build => 1 );

has json => ( is => "ro", lazy_build => 1 );
sub _build_json { JSON->new->relaxed(1) }

sub _build_driver{
    my ($self) = @_;
    ret

}

sub _build_plan{
    my ($self) = @_;
    my $file = File::Spec->catfile( $self->home(), 'plan.json' );
    unless( ( -e $file ) && ( -r $file ) ){
        die "File $file does not exists or is not

he confusables
# file. The return value is a hash reference which is then directly
# converted to JSON.

sub metadata
{
    my ($file) = @_;
    if (! -f $file) {
	die "No $file";
    }
    my %md;
  

 be installed manually. The
prerequisites are listed in one of the files: `MYMETA.yml` or `MYMETA.json` generated
by running the manual build process described above.

## Configure Prerequisites

This

s_meta_yml ? '"configure_requires" key of META.yml' : '',
    $has_meta_json ? '"{prereqs}{configure}{requires}" key of META.json' : '',
)}}.

## Other Prerequisites

This distribution may require add

$has_meta_yml ? '"PHASE_requires" key of MYMETA.yml' : '',
    $has_meta_json ? '"{prereqs}{PHASE}{requires}" key of MYMETA.json' : '',
)}}.

## Documentation

{{ $dist->name }} documentation is avail

, \%headers ) same as $ua->send( GET, $url, \%data, \%headers );

Get Json Data - grab the content body from the response and json decode

 $ua = HTTP::API::Client->new(base_url => URI->new("http://go

"/search" => { q => "something" });
 my $hashref_from_decoded_json_string = $ua->json_response;
 ## ps. this is just an example to get json from a rest api

Send a query string to server

 $ua = HTTP:

= $ua->last_response; ## is a HTTP::Response object

At the moment, only support query string and json data in and out

=head1 ENVIRONMENT VARIABLES

These enviornment variables expose the controls wi

item C<decoder>

A code reference to use for decoding responses. Defaults to using
C<decode_json> from L<JSON::PP>.

=item C<default_args>

A hash reference with default parameters that will be passed

e decoder.
By default Solr returns JSON, therefore the fastest decoder for this would be
L<JSON::XS>. You can swap out L<JSON::PP> for L<JSON::XS> like so:

 use JSON::XS ();
 use WebService::Solr::Ti

ny;

 my $solr = WebService::Solr::Tiny->new( decoder => \&JSON::XS::decode_json );

However it's possible to make Solr return a compact binary format known as
JavaBin, to do so we send C<wt=javabin> 

currency_file";
        local $/; $DATA = <$fh>;
        $fh->close;
    }

    my $data = $self->json->decode($DATA)->{data};
    my %rows = ();

    foreach my $row(@$data) {
        my ($base, $coi

:Tiny->new( keep_alive => 1 ) };
    $self->{decoder}      //=
        do { require JSON::PP; \&JSON::PP::decode_json };
    $self->{default_args} //= {};
    $self->{url}          //= 'http://localho

result->json );
    }

    sub clock ($s) {
        my $tx = $s->ua->build_tx( GET => $s->endpoint . '/v2/clock' );
        $tx = $s->ua->start($tx);
        return to_Clock( $tx->result->json );
    

 $tx = $s->ua->start($tx);
        return @{ ( ArrayRef [Calendar] )->assert_coerce( $tx->result->json ) };
    }

    sub assets ( $s, %params ) {
        my $params = '';
        $params .= '?' . jo

] )->assert_coerce(
                $s->ua->get( $s->endpoint . '/v2/assets' . $params )->result->json
            )
        };

    }

    sub asset ( $s, $symbol_or_asset_id ) {
        my $res = $s

y;
       my $value = $pair->value;
       ...
    }

Since version C<1.51> they also have a C<TO_JSON> method to ease
serialisation.

=head2 unpairs

    my @kvlist = unpairs @pairs

I<Since version 

item C<decoder>

A code reference to use for decoding responses. Defaults to using
C<decode_json> from L<JSON::PP>.

=item C<default_args>

A hash reference with default parameters that will be passed

e decoder.
By default Solr returns JSON, therefore the fastest decoder for this would be
L<JSON::XS>. You can swap out L<JSON::PP> for L<JSON::XS> like so:

 use JSON::XS ();
 use WebService::Solr::Ti

ny;

 my $solr = WebService::Solr::Tiny->new( decoder => \&JSON::XS::decode_json );

However it's possible to make Solr return a compact binary format known as
JavaBin, to do so we send C<wt=javabin>