CPAN::Groonga

8

=item * I<verbose>

=item * I<debug>

=back

=item B<data>( String )

Base64-encoded encrypted JSON-serialized data with unique user's payload, data hashes and secrets required for EncryptedPasspor

:Slip 1.1 {    # https://api.adviceslip.com/
    use v5.38;
    use HTTP::Tiny;
    use JSON::Tiny qw[decode_json];
    use parent 'Exporter';
    our %EXPORT_TAGS = ( all => [ our @EXPORT_OK = qw[adv

        state $http
            //= HTTP::Tiny->new( default_headers => { Accept => 'application/json' }, agent => sprintf '%s/%.2f ', __PACKAGE__, our $VERSION );
        my $res = $http->get($uri);

ice is not found but we'll at least know when we have valid JSON
        $res->{success} ? decode_json( $res->{content} ) : ();
    }
    #
    sub advice ( $slip_id //= () ) {
        my $res = _http

ocket qw( :ws );
    use parent qw( WebSocket );
    use Encode;
    use HTTP::Status ();
    use JSON ();
    use Nice::Try;
    use Socket qw( IPPROTO_TCP TCP_NODELAY );
    use URI;
    use WebSock

e    => $code,
        message => $data,
        status  => $status,
        };
    }
    $data = JSON->new->convert_blessed->relaxed->utf8->encode( $data );
    my $resp   = WebSocket::Response->new(

) if there was error
	## or result with the data returned as a result
	# "The response contains a JSON object, which always has a Boolean field ‘ok’ and may have an optional String field ‘descri

 WebSocket Server

=head1 SYNOPSIS

    use WebSocket::Server;
    use JSON;
    my $origin = 'http://localhost';
    my $j = JSON->new->relaxed->convert_blessed;
    my $ws = WebSocket::Server->new(

0, type => 'user', message => "Hello" };
                    my $json = $j->encode( $hash );
                    $conn->send_utf8( $json );
                },
                utf8 => sub
             

ble). For example, for a price of US$ 1.45 pass amount = 145. See the exp parameter in currencies.json, it shows the number of digits past the decimal point for each currency (2 for the majority of cu

/test-signature',
        { nonce => "9f952b2e-1675-4be8-bb39-6f4343803c2f" },
        my $expect_json = 0,
    );

    return 1;
}

=head2 access_token

Get an access token.

    my $access_token = $

Socket::Frame> object and the payload data are passed as arguments to the event handler.

    use JSON;
    $ws->on_recv(sub
    {
        my( $frame, $payload ) = @_;
        if( $frame->is_binary )

  elsif( $frame->is_text )
        {
            # do something else
            my $hash = JSON::decode_json( $payload );
        }
    });

Any fatal error occurring in the callback are caught using

ss::TrueLayer::Signer;

use Try::Tiny::SmartCatch;
use Mojo::UserAgent;
use Carp qw/ croak /;
use JSON;
use Data::GUID;

my $MAX_REDIRECTS = 5;

has [ qw/ client_id client_secret kid / ] => (
    is  

quest_body = undef,
    $expect_json = 1,
) {
    # sign the request
    my $idempotency_key = $self->idempotency_key;

    my $json = $http_request_body
        ? JSON->new->utf8->canonical->encode( 

te_path,
        $idempotency_key,
        $json,
    );

    return $self->_ua_request(
        "https://" . $self->api_host . $absolute_path,
        $json,
        [
            'Authorization' => 

ess::TrueLayer::Types;

use Try::Tiny::SmartCatch;
use Mojo::UserAgent;
use Carp qw/ croak /;
use JSON;

has 'scope' => (
    is        => 'rw',
    isa       => 'ArrayRef',
    required  => 0,
    de

       return $self;
    }

    my $url = "https://" . $self->host . "/connect/token";
    my $json = JSON->new->utf8->canonical->encode(
        {
            grant_type    => 'client_credentials',
 

 join( " ",$self->scope->@* ),
        }
    );

    my $res_content = $self->_ua_request( $url, $json );

    # If any of these are missing, we get "interesting" errors from Moose
    # constraint vi

ble). For example, for a price of US$ 1.45 pass amount = 145. See the exp parameter in currencies.json, it shows the number of digits past the decimal point for each currency (2 for the majority of cu

L;
	use File::Temp;
	use File::Spec;
	use File::Basename ();
	use IO::File;
	use Data::UUID;
	use JSON;
	use Encode ();
	use File::Map;
	use Class::Struct qw( struct );
	use Devel::StackTrace;
	use Ti

 = '';
	$self->{ 'external_port' } = '';
	$self->{ 'external_path' } = '';
	$self->{ 'encode_with_json' } = 1;
	$self->{ 'cookie_file' } = '';
	$self->{ 'browser' }	= $BROWSER;
	$self->{ 'timeout' }	=

r} = File::Spec->tmpdir;
	## Json configuration file
	$self->{conf_file} = '';
	$self->SUPER::init( @_ );
	$self->{conf_data} = {};
	if( $self->{conf_file} )
	{
		my $json = $self->conf_file( $self->{

0 seconds for example.

    POST /csrf HTTP/1.1
    Host: api.example.com
    Accept: application/json, text/javascript, */*; q=0.01
    Accept-Encoding: gzip, deflate, br
    Referer: https://example

&Digest::SHA::sha256 ) . ".$ts";

The API returns it in a custom HTTP response header and/or in a JSON reply, something like:

    HTTP/1.1 200 OK
    Date: Thu, 27 Apr 2023 10:21:38 GMT
    Server: A

5, max=99
    Connection: Keep-Alive
    Transfer-Encoding: chunked
    Content-Type: application/json

    {"token":"899106ee26933c654c33b0fac9adc93f2adad2c95ff30a4eeebe200fbfeafb6a.1682591199","code

   use DateTime::TimeZone;
    use File::Temp;
    use File::Spec;
    # For the JSON::true and JSON::false
    use JSON;
	use Net::API::Telegram::Number;
	our( $VERSION ) = 'v0.100.2';
};

sub init
{

   	{
    		if( $self->_is_boolean( $k ) )
    		{
    			$hash->{ $k } = ( $self->{ $k } ? JSON::true : JSON::false );
    		}
    		else
    		{
				$hash->{ $k } = $crawl->( $self->{ $k } );
    		

    chmod( 0666, $file );
    return( 1 );
}

sub parent { return( shift->{_parent} ); }

sub TO_JSON
{
    my $self = shift( @_ );
    return( $self->can( 'as_string' ) ? $self->as_string : $self );

nfig service, use the C<config> key. The value is the path
to the file to read. By default, YAML, JSON, XML, and Perl files are
supported (via L<Config::Any>).

This works very much like a C<value> se

ble). For example, for a price of US$ 1.45 pass amount = 145. See the exp parameter in currencies.json, it shows the number of digits past the decimal point for each currency (2 for the majority of cu

-json];
#~ @ARGV = qw[-h];
#~ @ARGV = qw[-evil];
#~ @ARGV = qw[-pirate];
#~ @ARGV = qw[-glax];
#~ @ARGV = qw[-flavors];
#
my $raw = 0;
my $flavor;

sub _echo ($insult) {
    $raw && eval 'require JSON

::Tiny' ? JSON::Tiny::encode_json( {%$insult} ) : $insult;
}
GetOptions(
    \my %h, 'language=s',
    'help'     => sub { pod2usage( -exitval => 1 ) },
    'flavors!' => sub { exit !say 'Supported in

sult flavors: ' . join ', ', Acme::Insult::flavors() },
    'json!'    => \$raw,
    'glax!'    => sub { $flavor = 'glax' },
    'evil!'    => sub { $flavor = 'evil' },
    'pirate!'  => sub { $flavor

2json( $resp->decoded_content ) || 
		return( $self->error( "Unable to parse the json data received from server: ", $self->error ) );
	}
	$self->{ 'resp' } = $resp;
	return( $self );
}

sub data2json

provided to decode into json." ) ) if( !length( $data ) );
	if( $unescape )
	{
		$data =~ s/\\\\r\\\\n/\n/gs;
		$data =~ s/^\"|\"$//gs;
		$data =~ s/\"\[|\]\"//gs;
	}
	my $json;
	eval
	{
		local $SIG{

 '__WARN__' } = sub{ };
		local $SIG{ '__DIE__' } = sub{ };
		$json = $self->{ 'json' }->decode( $data );
	};
	if( $@ )
	{
		my $fh = File::Temp->new( SUFFIX => '.js' );
		my $file = $fh->filename;
		

ARGV = qw[-json];
#~ @ARGV = qw[-id 5 -json];
#~ @ARGV = qw[-json -id 333];
#~ @ARGV = qw[-all -json];
#~ @ARGV = qw[-id 216];
#
my $raw = 0;
my ( $id, $all );

sub _echo ($slip) {    # JSON::Tiny is 

loaded in Acme::Free::Advice::Unsolicited anyway
    $raw ? JSON::Tiny::encode_json($slip) : $slip;
}
GetOptions( 'json' => \$raw, 'help' => sub { pod2usage( -exitval => 1 ) }, 'id=i' => \$id, 'all!' 

_kk -id 5 -json         # specific advice by ID but you're a robot
    advice_kk -all                # get all advice
    advice_kk -help               # get help

=head1 OPTIONS

    -json           

ble). For example, for a price of US$ 1.45 pass amount = 145. See the exp parameter in currencies.json, it shows the number of digits past the decimal point for each currency (2 for the majority of cu