CPAN::Groonga

;
    bless $self, $class;
    return $self;
}

sub TO_JSON {
    my ($self) = @_;

    # Return a copy of the object as a hash reference for JSON encoding
    return {%$self};
}

sub abuse {
    retu

lain string. It defaults to an empty string if not provided.

=head2 TO_JSON

This method is used to convert the object to a JSON representation.

=head2 abuse

    my $abuse_email = $geo_details->abu

use 5.006;
use strict;
use warnings;
use Cache::LRU;
use LWP::UserAgent;
use HTTP::Headers;
use JSON;
use Geo::Details;
use Net::CIDR;
use Net::CIDR::Set;

our $VERSION = '3.2.0';
use constant DEFAU

elf->{ua}->default_headers(
        HTTP::Headers->new(
            Accept        => 'application/json',
            Authorization => 'Bearer ' . $token
        )
    );
    $self->{ua}->agent("IPinfo

_type =~ m{application/json}i ) {
            eval { $info = from_json( $response->decoded_content ); };
            if ($@) {
                return ( undef, 'Error parsing JSON response.' );
       

	my $json     = $opt{json};
	my $strpdate = $opt{strpdate_obj};
	my $strptime = $opt{strptime_obj};

	my $ref = {
		id           => $opt{id},
		day          => $strpdate->parse_datetime( $json->{rei

$json->{zugName},
		is_cancelled => $json->{cancelled},
		raw_route    => $json->{halte},
		raw_polyline => $json->{polylineGroup}{polylineDescriptions},
		strptime_obj => $strptime,
	};

	if ( $json-

>{halte} and @{ $json->{halte} } ) {
		my %admin_id_ml;
		my %trip_no_ml;

		for my $stop ( @{ $json->{halte} } ) {
			if ( defined $stop->{adminID} ) {
				$admin_id_ml{ $stop->{adminID} } += 1;
			}

= @_;

	my $json = $opt{json};

	my $ref = {
		json           => $opt{json},
		train_type     => $opt{train_type},
		platform       => $json->{departurePlatform},
		platform_sched => $json->{departure

 {
	my ($self) = @_;

	my $platform_length
	  = $self->{json}{platform}{end} - $self->{json}{platform}{start};

	for my $sector ( @{ $self->{json}{platform}{sectors} } ) {
		push(
			@{ $self->{sector

atus::DE::DBRIS::Formation::Sector->new(
				json     => $sector,
				platform => {
					start => $self->{json}{platform}{start},
					end   => $self->{json}{platform}{end},
				}
			)
		);
	}

	my @g

can output the deduplicated feed in either Atom or JSON format.

It is designed to be run from the command line, and it can be configured using
a JSON configuration file. The configuration file should

s
and functionality to be added in the future.

=head1 CONFIGURATION

The configuration file is a JSON file that specifies the feeds to be
aggregated, the output format, and the maximum number of entr

he output.

By default, the configuration file should be located at
C<~/.feed-deduplicator/config.json>, but this can be overridden by setting
the C<FEED_DEDUP_CONFIG> environment variable.

The confi

Carp qw(confess);
use DateTime;
use DateTime::Format::Strptime;
use Encode qw(decode encode);
use JSON;
use LWP::UserAgent;

use Travel::Status::DE::DBRIS::Formation;
use Travel::Status::DE::DBRIS::Jo

/Berlin',
	);

	my $json = $self->{json} = JSON->new->utf8;

	if ( $conf{async} ) {
		$self->{req} = $req;
		return $self;
	}

	if ( $conf{json} ) {
		$self->{raw_json} = $conf{json};
	}
	else {
		if 

	}

		if ( $self->{developer_mode} ) {
			say decode( 'utf-8', $content );
		}

		$self->{raw_json} = $json->decode($content);
	}

	if ( $conf{station} ) {
		$self->parse_stationboard;
	}
	elsif ( $co

$json     = $opt{json};
	my $strptime = $opt{strptime_obj};

	my $ref = {
		type        => $json->{verkehrmittel}{kurzText},
		line        => $json->{verkehrmittel}{mittelText},
		train       => $json

 $json->{verkehrmittel}{kurzText},
		train_mid   => $json->{verkehrmittel}{mittelText},
		train_long  => $json->{verkehrmittel}{langText},
		id          => $json->{journeyId},
		stop_eva    => $json->

hnhofsId},
		destination => $json->{terminus},
		platform    => $json->{gleis},
		rt_platform => $json->{ezGleis},
		via         => $json->{ueber},
		via_last    => ( $json->{ueber} // [] )->[-1],
	};

use File::ShareDir 'dist_dir';
use File::Slurper qw/read_text write_text/;
use File::Temp ();
use JSON::PP ();
use YAML::XS ();
use Try::Tiny;

=head1 NAME

App::Netdisco::Transport::Python

=head1 DE

klet {
  my ($self, $job, $workerconf) = @_;
  my $action = $workerconf->{action};

  my $coder = JSON::PP->new->utf8(1)
                           ->allow_nonref(1)
                           ->allow

_meters cube_meters cube_percent)
);

sub new {
	my ( $obj, %opt ) = @_;

	my %section  = %{ $opt{json} };
	my %platform = %{ $opt{platform} };

	my $platform_length = $platform{end} - $platform{start

rm_length,
	};

	$ref->{length_percent} = $ref->{end_percent} - $ref->{start_percent};

	return bless( $ref, $obj );
}

sub TO_JSON {
	my ($self) = @_;

	my %copy = %{$self};

	return {%copy};
}

1;

requests and responses against an OpenAPI v3.1 or v3.2 document
# KEYWORDS: validation evaluation JSON Schema OpenAPI v3.1 v3.2 Swagger HTTP request response

our $VERSION = '0.107';

use 5.020;
use u

at 'indexed';
use Feature::Compat::Try;
use Encode 2.89 ();
use JSON::Schema::Modern;
use JSON::Schema::Modern::Utilities qw(jsonp unjsonp canonical_uri E abort is_equal is_elements_unique true false)

;
use OpenAPI::Modern::Utilities qw(add_vocab_and_default_schemas);
use JSON::Schema::Modern::Document::OpenAPI;
use MooX::TypeTiny 0.002002;
use Types::Standard qw(InstanceOf Bool);
use Mojo::Util qw

-8', $msg) if is_utf8($msg);

    $io->say($msg);
  } else {
    $self->obj->post('tweets', {'-to_json' => {"text" => $msg}});
  }
}


no Moose;
__PACKAGE__->meta->make_immutable;

# A module must ret

ng utf-8

=head1 NAME

JSON::Schema::Validate::Error - JSON Schema Exception

=head1 SYNOPSIS

    use JSON::Schema::Validate::Error;

    # Legacy 2-arg form:
    my $err = JSON::Schema::Validate::Er

or->new( '/user/name', 'minLength violated' );

    # Named-arg form (recommended):
    my $err = JSON::Schema::Validate::Error->new(
        path            => '/user/name',
        message         =

horter than minLength 1"

    # Comparisons (compare by message+path):
    say 'same' if( $err eq JSON::Schema::Validate::Error->new( '/user/name', 'string shorter than minLength 1' ) );

    # Hash v

=encoding utf-8

=head1 NAME

MouseX::OO_Modulino - Turn your Mouse class into JSON-aware Object-Oriented Modulino.

=head1 SYNOPSIS

    #!/usr/bin/env perl
    package MyModule;
    use MouseX::OO_M

d to the method.

Option format: C<--name> or C<--name=value> (no space between name and value).

JSON values in options and arguments are automatically decoded:

=for code sh

  $ ./MyScript.pm --con

ar context (default is list context)

=item C<--output=FORMAT>

Output format: C<jsonl> (default), C<json>(alias of jsonl), C<dump>

=item C<--undef_as=STRING>

How to represent undef in TSV output (d

          => 'infant_cabin',
);

sub new {
	my ( $obj, %opt ) = @_;
	my $ref = {};

	my %json     = %{ $opt{json} };
	my $platform = $opt{platform};

	$ref->{class_type}    = 0;
	$ref->{has_bistro}   

	$ref->{number}        = $json{wagonIdentificationNumber};
	$ref->{model}         = $json{vehicleID};
	$ref->{uic_id}        = $json{vehicleID};
	$ref->{section}       = $json{platformPosition}{sector

   = $json{type}{constructionType};

	$ref->{model} =~ s{^.....(...)....(?:-.)?$}{$1} or $ref->{model} = undef;

	my $self = bless( $ref, $obj );

	$self->parse_type;

	for my $amenity ( @{ $json{amen

my %json = %{ $opt{json} };

	my $ref = {
		carriages   => $opt{carriages},
		destination => $json{transport}{destination}{name},
		train_type  => $json{transport}{category},
		name        => $json{na

me},
		line        => $json{transport}{numberwline},
		train_no    => $json{transport}{number},
	};

	if ( $ref->{name} =~ m{ ^ IC[DE] 0* (\d+) $ }x and exists $ice_name{$1} ) {
		$ref->{designation} 

no};

	$ref->{sectors} = [
		uniq grep { defined }
		  map { $_->{platformPosition}{sector} } @{ $json{vehicles} // [] }
	];
	if ( @{ $ref->{sectors} } ) {
		$ref->{has_sectors} = 1;
	}

	$ref->{start

trict;
use warnings;

use Dancer ':script';
use Moo;
use NetAddr::MAC qw/mac_as_ieee/;
use JSON qw(decode_json);

=head1 PUBLIC METHODS

=over 4

=item B<arpnip($host, $ssh)>

Retrieve ARP entries fro

md_v4 = "show ip arp vrf all | json | no-more\n";
    my @out_v4 = $ssh->capture({ stdin_data => $cmd_v4 });
    if (!$ssh->error) {
        my $data = eval { decode_json(join '', @out_v4) };
        

 "show ipv6 neighbor vrf all | json | no-more\n";
    my @out_v6 = $ssh->capture({ stdin_data => $cmd_v6 });
    if (!$ssh->error) {
        my $data = eval { decode_json(join '', @out_v6) };
        

trings (major.minor.patch)

=item * C<jwt> - JWT-like tokens (base64url format)

=item * C<json> - Simple JSON objects

=item * C<base64> - Base64-encoded strings

=item * C<md5> - MD5 hashes (32 hex 

$payload.$signature";
				}
			},
			description => 'JWT-like tokens (base64url format)',
		},

		json => {
			code => q{
				Gen {
					my @keys = qw(id name value status count);
					my $key = $keys

	my $value = 1 + int(rand(1000));
					qq({"$key":$value});
				}
			},
			description => 'Simple JSON objects',
		},

		base64 => {
			code => q{
				Gen {
					my @chars = ('A'..'Z', 'a'..'z', '0'..

      event_data  => dclone (vars->{'hook_data'} || {}) };

  # remove scalar references which to_json cannot handle
  visit( $extra->{'event_data'}, sub {
    my ($key, $valueref) = @_;
    $$valuere

' if ref $$valueref eq 'SCALAR';
  });

  jq_insert({
    action => ('hook::'. lc($conf->{'type'})),
    extra  => encode_base64( encode('UTF-8', to_json( $extra )), '' ),
  });

  return 1;
}

true;

d2 Script-based tooling

Available in 0.1.8, basic C<schedule-activity.pl> script supports Dumper/JSON schedules and activity lists, compiling with/out safety checks.  Future support may provide for c

#!/usr/bin/env perl

use strict;
use warnings;
use autodie qw(:all);

use JSON::MaybeXS;
use File::Glob ':glob';
use File::Slurp;
use File::stat;
use POSIX qw(strftime);
use Readonly;

Readonly my %co

r_db => 'cover_db/cover.json',
	output => 'cover_html/index.html'
);

# Read and decode coverage data
my $json_text = read_file($config{cover_db});
my $data = decode_json($json_text);

my $coverage_pc

ob("coverage_history/*.json");

# Cache historical data instead of reading for each file
my %historical_cache;
for my $hist_file (@history_files) {
	my $json = eval { decode_json(read_file($hist_file)