CPAN::Groonga

use warnings;

use Data::Dumper;
use English qw(-no_match_vars);
use List::Util qw(none any);
use JSON;

use App::FargateStack::Constants;
use App::FargateStack::Builder::Utils qw(log_die);

use Role:

t = $self->has_https_service;

  foreach my $port (@ports) {
    $default_actions{$port} = encode_json( $default_actions{$port} );

    # create listener returns listener configuration (uses --query)

teStack::Constants;
use App::FargateStack::Builder::Utils qw(choose log_die);
use Text::Diff;
use JSON;

use Role::Tiny;

########################################################################
sub b

build_event_data( \%status );

  my $output = choose {
    return JSON->new->pretty->encode($data)
      if $self->get_output eq 'json';

    return easy_table(
      columns       => [qw(EventTime Er

on (depends on context)
 --history, --no-history    save cli parameters to .fargatestack/defaults.json
 --log-level                'trace', 'debug', 'info', 'warn', 'error', default: info (See Note 6)

ommand (default: 5)
 --output                   output type for some commands, valid values: text|json
 -p, --profile              AWS profile (see Note 1)
 --purge-config             remove deleted t

e53-profile>

=item * C<--max-events>

=back

These values are stored in F<.fargatestack/defaults.json> within your current
project directory. If you omit any of these options on subsequent runs, the

stants;
use Carp;
use Data::Dumper;
use English qw(-no_match_vars);
use List::Util qw(pairs);
use JSON;

use Role::Tiny::With;

with 'App::AWS';

use parent qw(App::Command);

__PACKAGE__->mk_accessor

ePolicy} ) {
      $queue_attributes{RedrivePolicy} = encode_json( $queue_attributes{RedrivePolicy} );
    }

    $attributes = encode_json( \%queue_attributes );
  }

  return $self->command(
    'se

encode_json(
      { deadLetterTargetArn => $dlq->{arn},
        maxReceiveCount     => $max_receive_count,  # must be string not an int
      }
    );
  }

  my $attribute_payload = encode_json( \%qu

trict;
use warnings;

use App::EC2;
use Carp;
use Data::Dumper;
use List::Util qw(first any);
use JSON;

use Role::Tiny::With;
with 'App::AWS';

use parent 'App::Command';

__PACKAGE__->follow_best_pr

    '--certificates'    => "CertificateArn=$certificate_arn",
      '--default-actions' => encode_json($default_action),
    ]
  );
}

#################################################################

file,
    '--query'   => $query;

  my $result = $self->execute(@cmd);

  return $result ? decode_json($result) : $result;
}

########################################################################
s

sers of JSON functionality (if any!) should be aware of a potential
problem in the way L<JSON::XS|JSON::XS> encodes numbers. The problem
basically is that the locale leaks into the encoded JSON, and i

f the
locale uses commas for decimal points the encoded JSON can not be
decoded. As I understand the discussion on the associated Perl ticket
the problem has always been there, but changes introduced 

ture of the JSON interface is such that I have no
control over the issue, since the workaround needs to be applied at the
point the JSON C<encode()> method is called. See test F<t/tle_json.t>
for the 

P support">.

example: 

  my $exts = $types->detect('application/json;q=9');
  my $exts = $types->detect('text/html, application/json;q=9');

=item $obj-E<gt>B<file_type>($filename)

Return the mime 

xport is extended by
   OODoc::Export::JSON

=head1 SYNOPSIS

  my $doc  = OODoc->new(...);
  my $tree = $doc->export('json');

  my $export = OODoc::Export::JSON->new(markup => 'html');
  my $export 

t->new(serializer => 'json', markup => 'html');
  my $tree   = $export->tree;
  $export->write("a.json", $tree, pretty_print => 1);

=head1 DESCRIPTION

This base-class organizes export transformation

serialization formats.

Current serialization formats:

=over 4

=item L<OODoc::Export::JSON|OODoc::Export::JSON>

=back

Extends L<"DESCRIPTION" in OODoc::Object|OODoc::Object/"DESCRIPTION">.

=head1

s;
use Carp;
use Data::Dumper;
use File::Temp qw(tempfile);
use List::Util qw(any none uniq);
use JSON;
use Text::ASCIITable::EasyTable;

use Role::Tiny::With;
with 'App::AWS';

use parent 'App::Comma

 date2jd
	decode_space_track_json_time deg2rad distsq dynamical_delta
	embodies epoch2datetime find_first_true
	fold_case __format_epoch_time_usec
	format_space_track_json_time gm_strftime intensity_t

 + ($sec || 0);
}

=item $time = decode_space_track_json_time( $string )

This subroutine decodes a time in the format Space Track uses in their
JSON code. This is ISO-8601-ish, but with a possible fr

actional part and
no zone.

=cut

sub decode_space_track_json_time {
    my ( $string ) = @_;
    $string =~ m{ \A \s*
	( [0-9]+ ) [^0-9]+ ( [0-9]+ ) [^0-9]+ ( [0-9]+ ) [^0-9]+
	( [0-9]+ ) [^0-9]+ ( [

my $type  = $mt->mimeTypeOf('picture.jpg');
  my @types = $mt->httpAccept('text/html, application/json;q=0.1')

=head1 DESCRIPTION

"MIME Type" is the old name for "Media Type".  This module dates fro

t.  See RFC2616 section 14.1

example: 

  my @types = $types->httpAccept('text/html, application/json;q=0.9');

=item $obj-E<gt>B<httpAcceptBest>($accept|\@types, @have)

[2.07] The C<$accept> string

p::FargateStack::Builder::Utils qw(choose);

use Data::Dumper;
use English qw(no_match_vars);
use JSON;
use parent qw(Exporter);

use Readonly;

#######################################################

JSON::Pointer::Marpa - Marpa::R2 based JSON Pointer RFC6901 implementation

=head1 SYNOPSIS

  use JSON::Pointer::Marpa ();

  # $json_document, $json_pointer, and $json_value refer to
  # Perl (JSON

 decoded) values
  my $json_value = JSON::Pointer::Marpa->get( $json_document, $json_pointer );

=head1 SYNTAX

ABNF syntax of JSON Pointer

  json-pointer    = *( "/" reference-token )
  reference-to

m * Currently referenced type '%s' isn't a JSON structured type (array or object)!

=item * Currently referenced type '%s' isn't a JSON object!"

=item * JSON array has been accessed with an index %d 

rsion 8 2023-4"

use 5.006;
use strict;
use warnings;

use REST::Client;
use IO::Socket::SSL;
use JSON;
use Data::Dumper;
use Time::HiRes;
use String::Random;

# IPCamera::Reolink channel values.
use 

nk::_sendCameraCommand($camera_command): " . $t1 . ": call JSON::encode_json()\n" if($DEBUG > 2);
    my $encoded_request = JSON::encode_json($request_r);

    my $t2 = Time::HiRes::time() if($DEBUG >

($token)){
        if($camera_command eq 'Snap'){
            # Snap command returns JPG data not JSON, rs is a random string used to prevent browser caching of the image data.
            my $url = '

$plistType{$tag}) if $plistType{$tag} and $$et{FILE_TYPE} eq 'XMP';
    # handle compressed PLIST/JSON data
    my $proc;
    if ($$tagInfo{CompressedPLIST} and ref $val eq 'SCALAR' and $$val !~ /^bpl

-----------------------------------------
# Extract information from a PLIST file (binary, XML or JSON format)
# Inputs: 0) ExifTool object ref, 1) dirInfo ref, 2) tag table ref
# Returns: 1 on succes

} elsif ($$dataPt =~ /^\{"/) { # JSON PLIST
        $raf and $raf->Seek(0);
        require Image::ExifTool::JSON;
        $result = Image::ExifTool::JSON::ProcessJSON($et, $dirInfo);
    } elsif ($$e

etect an error from Amazon SES
    # @param    [Hash] mhead    Message headers of a bounce email (JSON)
    # @param    [String] mbody  Message body of a bounce email
    # @return   [Hash]          B

//g;
        my $p2 = index($sespayload, '"Message"');

        if( $p2 > 0 ) {
            # The JSON included in the email is a format like the following:
            # {
            #  "Type" : "No

# Load as JSON string and decode
    require JSON;
    my $jsonobject = undef; eval { $jsonobject = JSON->new->decode($sespayload) };
    if( $@ ) {
        # Something wrong in decoding JSON
        

 warnings;
use feature qw(say);
use ClarID::Tools;
use ClarID::Tools::Util qw(load_yaml_file load_json_file);
use Moo;
use MooX::Options
  auto_help        => 1,
  version          => $ClarID::Tools::

ip qw(gunzip $GunzipError);
use IO::Compress::Gzip     qw(gzip   $GzipError);
use JSON::XS               qw(decode_json);
use File::Spec::Functions  qw(catdir catfile);

# Tell App::Cmd this is a comm

   => Str,
    default => sub { catfile( $ClarID::Tools::share_dir, 'icd10.json' ) },
    doc     => 'path to ICD-10 map JSON',
);
option with_condition_name => (
    is      => 'ro',
    is_flag => 1

eturn sub {
            my $responder = shift;
            my $writer = $responder->('application/json');
            $writer->write('{"foo": "bar"}');
            $writer->close;
        };
    }

=h

d for convenience.

=over

=item L<AWS::Lambda>

=item L<AWS::XRay>

=item L<JSON>

=item L<Cpanel::JSON::XS>

=item L<JSON::MaybeXS>

=item L<YAML>

=item L<YAML::Tiny>

=item L<YAML::XS>

=item L<Ne

N = '0.43';
use HTTP::Headers;
use HTTP::Request::Common qw(GET POST DELETE);
use JSON::MaybeXS         qw(decode_json);
use LWP::UserAgent;

use Net::Proxmox::VE::Exception;

# done
use Net::Proxmox:

et::Proxmox::VE::Nodes;

my $API2_BASE_URL    = 'https://%s:%s/api2/%s/';
my $DEFAULT_FORMAT   = 'json';
my $DEFAULT_PORT     = 8006;
my $DEFAULT_REALM    = 'pam';
my $DEFAULT_TIMEOUT  = 10;
my $DEFAU

 ' . $request->as_string . "\n"
          if $self->{params}->{debug};

        my $data = decode_json( $response->decoded_content );

        if ( ref $data eq 'HASH'
            && exists $data->{da