CPAN::Groonga

:Phone;
use Net::Duo::Admin::Token;
use Net::Duo::Exception;

# Data specification for converting JSON into our object representation.  See
# the Net::Duo::Object documentation for syntax information.

d_phone');
    }
    my $uri = "/admin/v1/users/$self->{user_id}/phones";
    $self->{_duo}->call_json('POST', $uri, { phone_id => $phone->phone_id });
    return;
}
## use critic

# Add a token to th

d_token');
    }
    my $uri = "/admin/v1/users/$self->{user_id}/tokens";
    $self->{_duo}->call_json('POST', $uri, { token_id => $token->token_id });
    return;
}
## use critic

# Get one or more b

package Locale::TextDomain::OO::Lexicon::StoreJSON; ## no critic (TidyCode)

use strict;
use warnings;
use JSON::PP ();
use Moo;
use MooX::StrictConstructor;
use namespace::autoclean;

our $V

o_json {
    my $self = shift;

    return $self->store_content(
        JSON::PP ## no critic (LongChainsOfMethodCalls)
            ->new
            ->utf8
            ->sort_by( sub { $JSON:

:PP::a cmp $JSON::PP::b } ) ## no critic (PackageVars)
            ->encode( $self->data ),
    );
}

sub to_javascript {
   my $self = shift;

   return
       'var localeTextDomainOOLexicon

ey_util->join_message_key(
            $key_util->split_message_key($message_key),
            'JSON',
        );
        $lexicon_ref->{$new_message_key} = delete $lexicon_ref->{$message_key};
 

sed under the same terms as Perl.

=cut

use strict;
use warnings;

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

use Net::ACME::Authorization::Pending      ();
use Ne

E::Utils::get_jws_data(
#                $new_key,
#                undef,
#                JSON::encode_json($sub_payload),
#            ),
#        },
#    );
#
#    if ($resp->status() != 200) {
# 

st_url(
        $authz->uri(),
        {
            resource => 'authz',
            delete   => JSON::true(),
        },
    );

    $resp->die_because_unexpected() if $resp->status() != 200;

    r

-----------.
 | build JSON lexicon using Locale::TextDomain::OO::Lexicon::StoreJSON |
 |---------------------------------------------------------------------|
 |       to_json      |       to_javas

       .---------------------------------------.
              | var localeTextDomainOOLexicon = json; |
              `---------------------------------------'
                                  ^

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

use strict;
use warnings;

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

use Crypt::Perl::PK ();

use Net::ACME::X ();

#As pe

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

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

    my $signer_cr = $args{'signer_cr'};

    my $b

e);
}

sub _encode_json {
    my ($payload) = @_;

    #Always do a canonical encode so that we can test more easily.
    #Note that JWS itself does NOT require this.
    return JSON->new()->canonical

        msgid        => 'simple text or singular',
        msgid_plural => 'plural',
    });

JSON format

    $message_key = $keys_util->join_message_key(
        {
            msgctxt      =

  'JSON',
    );

=head2 method split_message_key

This method is the reverse implementation of method join_message_key.

    $hash_ref = $keys_util->split_message_key($message_key);

JSON fo

rmat

    $hash_ref = $keys_util->split_message_key($message_key, 'JSON');

=head2 method join_message

This method puts all data into the message_ref

    $message_ref = $keys_util->join_mess

 some of the API details, and throws rich exceptions rather than
# requiring the caller deal with JSON data structures directly.
#
# SPDX-License-Identifier: MIT

package Net::Duo::Auth 1.02;

use 5.0

lf->_canonicalize_auth_args($args_ref);

    # Make the call to Duo.
    my $result = $self->call_json('POST', '/auth/v2/auth', $args);

    # Ensure we got a valid result.
    if (!defined($result->{

rgs($args_ref);
    $args->{async} = 1;

    # Make the call to Duo.
    my $result = $self->call_json('POST', '/auth/v2/auth', $args);

    # Return the transaction ID.
    if (!defined($result->{txi

s some of the API details and throws rich
# exceptions rather than requiring the caller deal with JSON data structures
# directly.
#
# This module is intended primarily for use as a base class for mor

ict;
use warnings;

use Carp qw(croak);
use Digest::SHA qw(hmac_sha1_hex);
use HTTP::Request;
use JSON ();
use LWP::UserAgent 6.00;
use Net::Duo::Exception;
use Perl6::Slurp;
use POSIX qw(strftime);
u

  if ($args_ref->{key_file}) {
        my $json     = JSON->new->relaxed(1);
        my $key_data = slurp($args_ref->{key_file});
        $keys = eval { $json->decode($key_data) };
        if ($@) {
 

s communication with an ACME server at the HTTP level.
It handles the wrapping of POSTs in JWSes (JSON Wed Signatures).

Failure responses prompt exceptions. This includes cases like HTTP 409
from “

 an B<error> case so much as just
something to accommodate.

=cut

use strict;
use warnings;

use JSON ();

use Net::ACME::Crypt          ();
use Net::ACME::Error          ();
use Net::ACME::HTTP_Tiny

needed “key” to do POST! ($url)" if !$self->{'_acme_key'};

    my $jws = $self->_create_jws( JSON->new()->allow_nonref()->encode($data) );

    return $self->_request_and_set_last_nonce(
        

use parent qw(Net::Duo::Object);

use Net::Duo::Admin::User;

# Data specification for converting JSON into our object representation.  See
# the Net::Duo::Object documentation for syntax information.

accessors;

# Override the new method to support creating a phone from an ID instead
# of decoded JSON data.
#
# $class      - Class of object to create
# $duo        - Net::Duo object to use to creat

y ($class, $duo, $id_or_data) = @_;
    if (!ref($id_or_data)) {
        $id_or_data = $duo->call_json('GET', "/admin/v1/phones/$id_or_data");
    }
    return $class->SUPER::new($duo, $id_or_data);
}

mat ) = @_;

    defined $format
        or return "\N{END OF TRANSMISSION}";
    $format eq 'JSON'
        and return '{MSG_KEY_SEPARATOR}';

    return "\N{END OF TRANSMISSION}";
}

sub pl

y ( undef, $format ) = @_;

    defined $format
        or return "\N{NULL}";
    $format eq 'JSON'
        and return '{PLURAL_SEPARATOR}';

    return "\N{NULL}";
}

1;

__END__

=head

= $const->msg_key_separator('JSON');

=head2 method plural_separator

    $separator = $const->plural_separator; # Perl
    $separator = $const->plural_separator('JSON');

=head1 EXAMPLE

Ins

chema       => 'str*', # temp, because in pericmd when specifying as arg#0, there is a warning of JSON decoding failure
            req          => 1,
            pos          => 0,
        },
       

 the command-line:

 % rsybak --source /path/to/mydata --target /backup/mydata --extra-rsync-opts-json '["--exclude","Cache","--exclude","cache","--exclude","tmp","--exclude","temp"]'

Or, if you have

<~/rsybak.conf>:

 [system]
 source = /path/to/mydata
 target = /backup/mydata
 ; also specify as JSON
 extra_rsync_opts = ["--exclude","Cache","--exclude","cache","--exclude","tmp","--exclude","temp"

 sketch
    my $sketch = Bio::Sketch::Mash->new("file.fastq.gz.msh");
    $sketch->writeJson("file.fastq.gz.json");

=over

=back

=cut

=pod

=over

=item Bio::Sketch->new("file.msh", \%options);

Cr

 sketch
    my $sketch = Bio::Sketch::Mash->new("file.fastq.gz.msh");
    $sketch->writeJson("file.fastq.gz.json");

=over

=back


=cut

=pod

=over

=item Bio::Sketch->new("file.msh", \%options);

C

use parent qw(Net::Duo::Object);

use Net::Duo::Admin::User;

# Data specification for converting JSON into our object representation.  See
# the Net::Duo::Object documentation for syntax information.

accessors;

# Override the new method to support creating a token from an ID instead
# of decoded JSON data.
#
# $class      - Class of object to create
# $duo        - Net::Duo object to use to creat

y ($class, $duo, $id_or_data) = @_;
    if (!ref($id_or_data)) {
        $id_or_data = $duo->call_json('GET', "/admin/v1/tokens/$id_or_data");
    }
    return $class->SUPER::new($duo, $id_or_data);
}

it to a json-formatted file
  my $msh2 = Mash->new("all.msh");
  $msh2->writeJson("all.json");
  # Read the json file
  my $mashJson = Mash->new("all.json");
  my $dist = $msh2->dist($mashJson); # yie

One object per set of files.

  Arguments:  Sketch filename (valid types/extensions are .msh, .json, .json.gz)
              Hash of options (none so far)
  Returns:    Mash object

=back


=cut

=pod

em $msh->loadJson("filename.msh")

Changes which file is used in the object and updates internal object information. This method is ordinarily used internally only.

  Arguments: One JSON file describ

se Exporter qw(import);
use File::Basename qw/fileparse basename dirname/;
use Data::Dumper;

use JSON ();
use Encode qw/encode decode/;

our $VERSION = 0.5;

our @EXPORT_OK = qw(raw_mash_distance);

it to a json-formatted file
  my $msh2 = Mash->new("all.msh");
  $msh2->writeJson("all.json");
  # Read the json file
  my $mashJson = Mash->new("all.json");
  my $dist = $msh2->dist($mashJson); # yie

One object per set of files.

  Arguments:  Sketch filename (valid types/extensions are .msh, .json, .json.gz)
              Hash of options (none so far)
  Returns:    Mash object

=back

=cut

sub n

use strict;
use warnings;

use parent qw(Net::Duo::Object);

# Data specification for converting JSON into our object representation.  See
# the Net::Duo::Object documentation for syntax information.

 (Subroutines::ProhibitBuiltinHomonyms)
sub delete {
    my ($self) = @_;
    $self->{_duo}->call_json('DELETE', "/admin/v1/groups/$self->{group_id}");
    return;
}
## use critic

1;
__END__

=for st

presentation of a Duo group

=head1 SYNOPSIS

    my $decoded_json = get_json();
    my $group = Net::Duo::Admin::Group->new($decoded_json);
    say $group->desc;

=head1 REQUIREMENTS

Perl 5.14 or la

 Helper base class for Duo objects.
#
# The Duo API contains a variety of objects, represented as JSON objects with
# multiple fields.  This objects often embed other objects inside them.  To
# provid

as a base class for such objects and does the dirty work
# of constructing an object from decoded JSON data and building the accessors
# automatically from a field specification.
#
# SPDX-License-Iden

IT

package Net::Duo::Object 1.02;

use 5.014;
use strict;
use warnings;

use Carp qw(croak);
use JSON ();
use Sub::Install;

# Helper function to parse the data for a particular field specification.