CPAN::Groonga

MessagePack does not allow perl objects, but we appear
            # to have Types::Serialiser in JSON structures
            $scalar = encode_base64(nfreeze($data));
        }
    }

    $self->redis

uilding blocks of this bridge are based on standards well
known and used in both worlds: HTTP and JSON.

The agent part of jmx4perl can be found at www.jolokia.org. This site also
contains all relevan

 locally to the JMX
MBeanServer, and listens to HTTP requests whose results are translated into a
JSON representation. This reponse can be easily picked up by a Perl module,
L<JMX::Jmx4Perl> in our ca

ing the j4p agent servlet on
it. This works by using j4p.war as a JMX Proxy, which translates our
JSON/HTTP protocol on the frontside to JSR-160 JMX remote requests on the
backend and vice versa.

A d

#!/usr/bin/perl
package JMX::Jmx4Perl::Agent;

use JSON;
use URI::Escape qw(uri_escape_utf8);
use HTTP::Request;
use Carp;
use strict;
use vars qw($VERSION $DEBUG);
use base qw(JMX::Jmx4Perl);
use JMX

nt;
use Data::Dumper;


$VERSION = $JMX::Jmx4Perl::VERSION;

=head1 NAME 

JMX::Jmx4Perl::Agent - JSON-HTTP based acess to a remote JMX agent

=head1 SYNOPSIS

 my $agent = new JMX::Jmx4Perl(mode=>"ag

ified in L<JMX::Jmx4Perl>. It uses a
L<HTTP::Request> sent via an L<LWP::UserAgent> for posting a JSON representation
of the request. This method shouldn't be called directly but via
L<JMX::Jmx4Perl>-

e
MBeanServer within in the application server and transfers JMX related
information via HTTP and JSON to the client (i.e. this module). Please refer to
L<JMX::Jmx4Perl::Manual> for installation instr

VERSION $HANDLER_BASE_PACKAGE @PRODUCT_HANDLER_ORDERING);
use Data::Dumper;
use Module::Find;
use JSON;

$VERSION = "1.13";

my $REGISTRY = {
                # Agent based
                "agent" => "

uired
            alarm $timeout;
            $s->recv($data,8192);
            push @result,from_json($data, {utf8 => 1} );
            alarm 0;
        };
        if ($@) {
            die unless $@

# Add dynamic prereqs to the included modules list (if we can)
my ($source) = grep { -f } 'MYMETA.json', 'MYMETA.yml';
if ( $source && $HAS_CPAN_META ) {
  if ( my $meta = eval { CPAN::Meta->load_file

XT);
use Carp;
use Scalar::Util qw(looks_like_number);
use URI::Escape;
use Text::ParseWords;
use JSON;

our $AUTOLOAD;

=head1 NAME

JMX::Jmx4Perl::Nagios::SingleCheck - A single nagios check

This i

_safe_value {
    my $self = shift;
    my $value = shift;
    if (defined($value)) {
        if (JSON::is_bool($value)) {
            return $value ? "true" : "false";
        } elsif (ref($value) &&

.$extra);
    }
    
    if (!$req->is_mbean_pattern && (ref($resp->value) && !$self->string) && !JSON::is_bool($resp->value)) { 
        $self->_die("Response value is a " . ref($resp->value) .
     

an C<java.lang:type=Memory>'s attribute C<HeapMemoryUsage> is a complex
value, which looks in the JSON representation like

 "value":{"init":0,"max":518979584,"committed":41381888,"used":33442568}

So

eErrors

With these number you can restrict the size of the JSON structure
returned. C<maxDepth> gives the maximum nesting level of the JSON
object,C<maxObjects> returns the maximum number of objects 

 No operation name given\n" unless $self->{operation};
    }
}

# Called for post requests
sub TO_JSON {
    my $self = shift;
    my $ret = {
               type => $self->{type} ? uc($self->{type}) 

# Add dynamic prereqs to the included modules list (if we can)
my ($source) = grep { -f } 'MYMETA.json', 'MYMETA.yml';
if ( $source && $HAS_CPAN_META ) {
  if ( my $meta = eval { CPAN::Meta->load_file

se JSON::PP qw/decode_json/;
 my $s3api = IPC::Run3::Shell::CLIWrapper->new( { fail_on_stderr => 1,
     stdout_filter => sub { $_=decode_json($_) } },
     qw/ aws --profile MyProfile --output json s

newAccount_booleans()) {
        next if !exists $opts{$name};
        ($opts{$name} &&= JSON::true()) ||= JSON::false();
    }

    return Net::ACME2::PromiseUtil::then(
        $self->_post( 'newAcc

l.
It wraps POSTs in JWSes (JSON Web Signatures) as needed.

There should be no reason to interact with this class in production.

=cut

use strict;
use warnings;

use JSON ();

use Net::ACME2::Error 

seUtil    ();
use Net::ACME2::X              ();

use constant _CONTENT_TYPE => 'application/jose+json';

my $_MAX_RETRIES = 5;

#accessed from tests
our $_NONCE_HEADER = 'replay-nonce';

#Used in tes

  my $jws = shift;

            # local $opts_hr->{'headers'}{'Content-Type'} = 'application/jose+json';

            return Net::ACME2::PromiseUtil::do_then_catch(
                sub {
             

CME2::HTTP::Response;

use strict;
use warnings;

use parent qw( HTTP::Tiny::UA::Response );

use JSON          ();

use Net::ACME2::X ();

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

    die N

ut certificate issuance, apparently?
sub content_struct {
    my ($self) = @_;

    my $json = ($self->{'_json'} ||= JSON->new()->allow_nonref());

    return $json->decode( $self->content() );
}

1;

my $json = qq<{"e":"$e","kty":"RSA","n":"$n"}>;

    require Digest::SHA;
    my $hash_cr = Digest::SHA->can( _JWK_THUMBPRINT_DIGEST() );
    return MIME::Base64::encode_base64url( $hash_cr->($json) )

-----------------------------------------------------------------

use strict;
use warnings;

use JSON              ();
use MIME::Base64      ();

use Net::ACME2::X ();

BEGIN {
    *_encode_b64u = *M

r
    $header->{alg} = $alg;

    # encode header
    my $json_header = $self->_encode_json($header);
    my $b64u_header = _encode_b64u($json_header);

    my $b64u_signature = _encode_b64u( $signer_

$self->_encode_json(
        {
            protected => $b64u_header,
            payload => $b64u_payload,
            signature => $b64u_signature,
        }
    );
}

sub _encode_json {
    my ($se

puts JSON, you can turn
the output from that command into a Perl data structure like this
(this is just a demonstration using C<echo> that passes its input
through):

 use JSON::PP qw/encode_json deco

l [ foo => { fail_on_stderr => 1,
     stdout_filter => sub { $_=decode_json($_) } }, qw/ echo / ];
 
 my $foo = foo( encode_json( { test=>'123' } ) );
 print $foo->{test}, "\n"; # prints "123"

=for 

ill be returned as a L<DateTime> object.

=head2 counts

=head2 kind

=head2 raw_content

The raw JSON used to create this object.

=head1 SUPPORT

Bugs may be submitted through L<https://github.com/m

IUM_BASE_URL} ||= $ENV{TEST_SELENIUM} =~ /^http/ ? $ENV{TEST_SELENIUM} : '';

sub S { Mojo::JSON::encode_json($_[0]) }

our $VERSION = '0.17';

my $SCRIPT_NAME = File::Basename::basename($0);
my $SCRE

se POE qw[Component::SmokeBox::Recent::HTTP];
use URI;
use HTTP::Request;
use HTTP::Response;
use JSON::PP;
use Time::Piece;

sub spawn {
  my $package = shift;
  my %opts = @_;
  $opts{lc $_} = delet

_requests}--;
  if ( $http_resp and $http_resp->code() == 200 ) {
    my $recents = eval { decode_json( $http_resp->content() ) };
    SWITCH: {
      last SWITCH unless $recents;
      last SWITCH un

:VERSION = '0.6.0';
# ABSTRACT: Command-line tool to query GitHub pull requests

use JSON qw(decode_json encode_json);
use Carp qw(croak);
use Encode qw(encode_utf8);
use File::Spec;

use constant DEB

de_json($response), $code
        if $return_on_error;
    return decode_json($response);
}

# Perform an API POST request
sub _api_create {
    my ($url, $data, @rest) = @_;
    return decode_json(
 

application/json',
            encode_json($data),
            @rest,
        )
    );
}

# Perform an API PATCH request
sub _api_update {
    my ($url, $data) = @_;
    return decode_json(
        _p

=> 19,
           discount                     => 3.2,
           previous_user                => JSON->true,
       },
       device => {
           accept_language => 'en-US,en;q=0.8',
           ip