CPAN::Groonga

RSION = '0.03';
# ABSTRACT: Easy creation of keyboards for Telegram bots


use common::sense;
use JSON::MaybeXS;
use Encode qw(decode);

use Exporter qw(import);
our @EXPORT_OK = qw(create_one_time_ke

		keyboard => \@keyboard,
		one_time_keyboard => JSON::MaybeXS::JSON->true
		);
	my $json = JSON::MaybeXS->new(utf8 => 1);
	return decode('UTF-8', $json->encode(\%rpl_markup));
}


sub create_inline_k

}
	}
	my %rpl_markup = (
		inline_keyboard  => \@keyboard
	);
	my $json = JSON::MaybeXS->new(utf8 => 1);
	return decode('UTF-8', $json->encode(\%rpl_markup));
}



sub available_keys {
	my $arr = shif

eded.
    
    my $creds = $main->buildCredentials();
    
    my $response = $main->sendRequest('PUT', 'application/json', $creds, $main->defaultUrl . $uri, $vars);
    
    return $response;
}


1;

rictures 1;
use utf8;
use 5.018;

=head1 NAME

Bio::WebService::LANL::SequenceLocator::Server - A JSON web API for LANL's HIV sequence locator

=head1 SYNOPSIS

After installation:

    plackup `perld

 managed service:

    examples/service start

=head1 DESCRIPTION

This server powers
L<a simple, JSON-based web API|https://indra.mullins.microbiol.washington.edu/locate-sequence/>
for the L<LANL's H

Simple;

use Bio::WebService::LANL::SequenceLocator;
use File::Share qw< dist_file >;
use JSON qw< encode_json >;
use Text::CSV;
use Plack::App::File;
use Path::Tiny;
use IO::String;

has contact => (

ded.
    
    my $creds = $main->buildCredentials();
    
    my $response = $main->sendRequest('POST', 'application/json', $creds, $main->defaultUrl . $uri, $vars);
    
    return $response;
}


1;

    PUT
    json
    plain
    headers
    response
    http_get
    http_post
    http_put
    http_delete
    http_head
    http_upload
    json_get
    json_post
    json_put
    json_head
/;

use

 LWP::UserAgent;
use HTTP::Request;
use Try::Tiny;
use JSON;

our $VERSION = '0.20';

my $user_agent = "LWP::Simple::REST";
my $lwp = LWP::UserAgent->new;
my $response;

sub user_agent { $lwp->agent( 

$_[0] ) }

sub response { $response }

sub plain { return ($_[0]->content ) }

sub json { return decode_json($_[0]->content ) }

sub headers { return $_[0] ? $_[0]->headers : $response->headers  };

s

sts into stash. Then, Extends with Class::Trigger!

=head1 SYNOPSIS

    use Stash::REST;
    use JSON;

    $obj = Stash::REST->new(
        do_request => sub {
            my $req = shift;

        

       },
        decode_response => sub {
            my $res = shift;
            return decode_json($res->content);
        }
    );

    # you can write/read stash anytime
    $obj->stash('foo') #

u can use this to modify the default HTTP::Request::Common header for $data

    # POST body with JSON:
    $obj->rest_post(
        '/post-with-params?api_key=1',
        stash   => 'testparams',
   

ginal API interface and
simply supplies an OO interface in perl to abstract the need to construct JSON and
web calls. It also uses all of the standard perl modules around these. Below is the
list of a

u with the examples for each of the calls. Each call returns a hashref
that contains the response JSON from Docusign. Errors are passed back with a single
reference $response->{error}. This will conta

use strict;
use JSON;
use GD;

my %wht;
for my $ix (0..9) {
    my $myImage = newFromPng GD::Image("gray-$ix.png",0);
    my @weights;

    # 10x10 image
    for my $column (0..9) {
    	for my $row (

		my $weight = 255 - $index;
    		push @weights,$weight;
        }
    }
	$wht{$ix} = [@weights];
}

my $json = to_json(\%wht);

open my $fd,">","weights.json" or die $!;
print $fd $json;
close $fd;

ent;

use 5.10.0;
use strict;
use warnings;

our $VERSION = "1.00";

use Carp qw(carp cluck);
use JSON::XS;
use HTTP::Request;
use LWP::UserAgent;

use Class::Tiny qw(token uri no_verify debug errstr)

ebug;

    my $obj;
    eval { $obj = decode_json $response->decoded_content };
    if ($@) {
      $self->errstr('LoginError: API did not return valid JSON') and return;
    }

    if (!$response->is

lf->debug;

  my $obj;
  eval { $obj = decode_json $response->decoded_content };
  if ($@) {
    $self->errstr('RequestError: API did not return valid JSON') and return;
  }

  if (!$response->is_succ

package Net::MachineLearning::Sample;

use 5.006;
use strict;
use warnings;
use utf8;
use JSON;
use GD;

=encoding utf8

=head1 NAME

Net::MachineLearning::Sample - how machine learning works by demo

的相似概率，数字越大相似度越高。

权重参数是一个JSON文件，位于库文件同一目录下的weights.json，通过get_weights.pl这个脚本产生。

正常来说，权重参

0);
    my %scores;

    open my $fd,"$module_dir/weights.json" or die $!;
    my $json = <$fd>;
    close $fd;

    my $wht = from_json($json);

    my $myImage = newFromPng GD::Image("$module_dir/gr

eld};
}

sub DESTROY { }

1;
__END__
=encoding utf-8
=head1 NAME

Megaport::Internal::_Obj - Turn JSON objects into Perl objects with accessors

=head1 SYNOPSIS

    my $eq1 = $mp->session->locations-

ance = rule_VersionsToCode( @args );

=head1 METHODS

=head2 C<filter_plaintext>

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"CPAN::Changes::Markdown::Filter::Rule::VersionsToCode",
    "interface

o::Object",
    "does":"CPAN::Changes::Markdown::Role::Filter::Rule::PlainText"
}


=end MetaPOD::JSON

=head1 AUTHOR

Kent Fredric <kentnl@cpan.org>

=head1 COPYRIGHT AND LICENSE

This software is co

ev directory

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"Path::FindDev::Object",
    "interface":"class",
    "inherits":"Class::Tiny::Object"
}


=end MetaPOD::JSON

=head1 AUTHOR

Kent Fredric 

ld_dist_dir> also apply to this method.

=begin MetaPOD::JSON v1.0.0

{
    "namespace":"File::ShareDir::ProjectDistDir"
}


=end MetaPOD::JSON

=head1 SIGNIFICANT CHANGES

=head2 1.000000

=head3 Str

s.

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"Dist::Zilla::Util::EmulatePhase::PrereqCollector",
    "interface":"class",
    "inherits":"Moose::Object"
}


=end MetaPOD::JSON

=head1 AUTHOR

Ke

icense' );
  _add_phase( q[-MetaProvider]     => q[something that provides metadata (for META.yml/json)],        'metadata' );
  _add_phase( q[-MintingProfile]   => q[something that can find a minting

( =AutoPrereqs )],
   });

=begin MetaPOD::JSON v1.1.0

{
    "namespace":"Dist::Zilla::Util::EmulatePhase",
    "interface":"exporter"
}


=end MetaPOD::JSON

=head1 AUTHOR

Kent Fredric <kentnl@cpan

de )],
  handles => { _decode => 'execute', },
);

sub _build__decoder {
  require JSON::MaybeXS;
  my $decoder = JSON::MaybeXS->new()->utf8(1)->relaxed(1);
  return sub {
    $decoder->decode(shift);

> sub { q{0.1.0} },
);

class_has '_extension' => (
  isa => Str,
  ro, lazy, default => sub { q{.json} },
);

class_has '_schema_creator' => (
  isa => CodeRef,
  ro, lazy_build,
  traits  => [qw( Co

pts) );
}











sub check {
  my ( $self, $json_data, $opts ) = @_;
  $opts = $self->_opt_check($opts);
  return $self->_schema($opts)->check($json_data);
}

1;

__END__

=pod

=encoding UTF-8

=

:Heuristic::MYMETA;

our $VERSION = '1.001003';

# ABSTRACT: Determine if a path contains MYMETA.(json|yml)

our $AUTHORITY = 'cpan:KENTNL'; # AUTHORITY
















use Role::Tiny::With qw( with )

'Path::IsDev::Role::Matcher::Child::Exists::Any::File';










sub files {
  return qw( MYMETA.json MYMETA.yml );
}







sub matches {
  my ( $self, $result_object ) = @_;
  if ( $self->child_exi

ncoding UTF-8

=head1 NAME

Path::IsDev::Heuristic::MYMETA - Determine if a path contains MYMETA.(json|yml)

=head1 VERSION

version 1.001003

=head1 DESCRIPTION

This heuristic is intended as a guara

te_bundle('Example::Author::KENTNL');
$bundle->configure;

my @stopwords = (
  qw(
    MetaEbuild json ShareDir
    )
);
for my $wordlist (@stopwords) {
  $bundle->add_or_append_policy_field( 'Documen