CPAN::Groonga

in';
with 'HPC::Runner::Command::execute_job::Utils::Plugin';
with 'HPC::Runner::Command::Logger::JSON';
with 'HPC::Runner::Command::Utils::Base';
with 'HPC::Runner::Command::Utils::Log';
with 'BioSAI

Runner::Command::submit_jobs::Utils::Scheduler';
with 'HPC::Runner::Command::submit_jobs::Logger::JSON';

command_short_description 'Submit jobs to the HPC system';
command_long_description 'This job 

 $self->parse_file_slurm;
    $self->create_json_submission;
    $self->app_log->info('Submitting jobs');
    $self->iterate_schedule;
    $self->update_json_submission;
    $self->app_log->info('Your

<Group::Git> tag repositories containing Node files by
looking to see if they contain a I<package.json> in the root of the repository.

=head1 INSTALLATION

To install this module, run the following c

=> '');
    my $user = 'pavelsr@cpan.org'; # full gmail

    $gapi->auth_storage->setup({type => 'jsonfile', path => '/path' }); # by default
    # $gapi->auth_storage->setup({ type => 'dbi', path => 

api->do_autorefresh(1);

    my $r1 = $gapi->Calendar->Events->list({ calendarId => 'primary' })->json;
    warn scalar @{$r1->{items}};

To create authorization file with tokens in current folder run

fferent app credentials (client_id, client_secret, users access_token && refresh_token) storage - json file, DBI, MongoDB (u can add your own even)

=item Automatic access_token refresh (if user has r

mper;
use Config::JSON;
use Tie::File;
use Crypt::JWT qw(decode_jwt);
use feature 'say';
use Mojo::Util 'getopt';
use Mojolicious::Plugin::OAuth2;

# use Mojo::JWT;

# sub return_json_filename {
#   u

iles = readdir $dir;
#   my @j = grep { $_ =~ /\w+.json/ } @files;
#   return $j[0];
# }

# my $f = return_json_filename();

my $config = Config::JSON->new( $ENV{'GOAUTH_TOKENSFILE'} );
delete $ENV{'G

c->ua->post(
        'https://www.googleapis.com/oauth2/v4/token' => form => $hash )
      ->res->json;
    return $tokens;
};


helper get_email => sub {
    my ( $c, $access_token ) = @_;
    my %h 

   )
    {
        $tx = $self->ua->build_tx(
            uc $http_method => $path => $headers => json => $optional_data );
    }
    elsif (
        (
               ( lc $http_method eq 'post' )
   

# warn $response->json->{error}{message}; # Invalid Credentials
    # warn $response->code; # 401
    # warn $response->is_error; # 1

    # my $res = $self->ua->start($tx)->res->json;  # Mojo::Messag

post(
        'https://www.googleapis.com/oauth2/v4/token' => form => $credentials )
      ->res->json;    # tokens
}

1;

__END__

=pod

=encoding UTF-8

=head1 NAME

Moo::Google::Client - User Agent

>{version}
          . '/rest' )->result->json;
}


sub discover_all {
    shift->ua->get('https://www.googleapis.com/discovery/v1/apis')
      ->result->json;
}


sub availableAPIs {
    my $self = s

hods to fetch tokens from different types of data sources. Default is jsonfile

use Moo;

use Moo::Google::AuthStorage::ConfigJSON;
use Moo::Google::AuthStorage::DBI;
use Moo::Google::AuthStorage::Mon

::AuthStorage::ConfigJSON->new } )
  ;    # by default
has 'is_set' => ( is => 'rw', default => 0 );


sub setup {
    my ( $self, $params ) = @_;
    if ( $params->{type} eq 'jsonfile' ) {
        $s

;
        $self->is_set(1);
    }
    else {
        die "Unknown storage type. Allowed types are jsonfile, dbi and mongo";
    }
}


sub file_exists {
    my ( $self, $filename ) = @_;
    if ( -e $f

:Iterator::JSONHandler
# -----------------------------------------------------------------------------

=head1 NAME

RDF::Trine::Iterator::JSONHandler - JSON Handler for parsing SPARQL JSON Results fo

rmat

=head1 VERSION

This document describes RDF::Trine::Iterator::JSONHandler version 1.019

=head1 STATUS

This module's API and functionality should be considered unstable.
In the future, this mod

e::Iterator::JSONHandler;
 my $handler = RDF::Trine::Iterator::JSONHandler->new();
 my $iter = $handler->parse( $json );

=head1 METHODS

=over 4

=cut

package RDF::Trine::Iterator::JSONHandler;

use

cut

package RDF::Trine::Iterator::Graph;

use strict;
use warnings;
no warnings 'redefine';

use JSON;
use List::Util qw(max);
use Scalar::Util qw(blessed);

use RDF::Trine::Iterator qw(sgrep);
use R

tion>\n];
	}
	print {$fh} "</rdf:RDF>\n";
}

=item C<as_json ( $max_size )>

Returns a JSON serialization of the stream data.

=cut

sub as_json {
	my $self			= shift;
	my $max_result_size	= shift;
	t

Error ( -text => 'There is no JSON serialization specified for graph query results' );
}

=item C<< as_hashref >>

Returns a hashref representing the model in an RDF/JSON-like manner.

See C<< as_hash

e XML::SAX;
use RDF::Trine::Node;
use RDF::Trine::Iterator::SAXHandler;
use RDF::Trine::Iterator::JSONHandler;

our ($VERSION, @ISA, @EXPORT_OK);
BEGIN {
	$VERSION	= '1.019';
	
	require Exporter;
	@IS

issing, defaults to XML serialization.
Other options are:

  http://www.w3.org/2001/sw/DataAccess/json-sparql/

=cut

sub to_string {
	my $self	= shift;
	my $format	= shift || 'http://www.w3.org/2005/

 $format->as_string;
	}
	
	if ($format eq 'http://www.w3.org/2001/sw/DataAccess/json-sparql/') {
		return $self->as_json;
	} else {
		return $self->as_xml;
	}
}

=item C<< from_string ( $xml ) >>

Ret

@args );
}

=item C<< add_hashref ( $hashref [, $context] ) >>

Add triples represented in an RDF/JSON-like manner to the model.

See C<< as_hashref >> for full documentation of the hashref format.

=

ts( qw(s p o g) );
}

=item C<< as_hashref >>

Returns a hashref representing the model in an RDF/JSON-like manner.

A graph like this (in Turtle):

  @prefix ex: <http://example.com/> .
  
  ex:subje

 the convention of starting blank nodes with "_:".

This hashref structure is compatible with RDF/JSON and with the ARC2
library for PHP.

=cut

sub as_hashref {
	my $self	= shift;
	$self->end_bulk_op

# RDF::Trine::Parser::RDFJSON
# -----------------------------------------------------------------------------

=head1 NAME

RDF::Trine::Parser::RDFJSON - RDF/JSON RDF Parser

=head1 VERSION

This docu

ment describes RDF::Trine::Parser::RDFJSON version 1.019

=head1 SYNOPSIS

 use RDF::Trine::Parser;
 my $parser	= RDF::Trine::Parser->new( 'RDF/JSON' );
 $parser->parse_into_model( $base_uri, $data, $

rits methods from the
L<RDF::Trine::Parser> class.

=over 4

=cut

package RDF::Trine::Parser::RDFJSON;

use strict;
use warnings;
no warnings 'redefine';
no warnings 'once';
use base qw(RDF::Trine::P

:Parser> - RDF parsers for various serialization formats including RDF/XML, Turtle, RDFa, and RDF/JSON.

=item 

L<RDF::Trine::Store::Memory> - An in-memory, non-persistant triple store. Typically use

# RDF::Trine::Serializer::RDFJSON
# -----------------------------------------------------------------------------

=head1 NAME

RDF::Trine::Serializer::RDFJSON - RDF/JSON Serializer

=head1 VERSION

T

describes RDF::Trine::Serializer::RDF/JSON version 1.019

=head1 SYNOPSIS

 use RDF::Trine::Serializer::RDFJSON;
 my $serializer	= RDF::Trine::Serializer::RDFJSON->new();

=head1 DESCRIPTION

The RDF:

RDF/JSON syntax.

=head1 METHODS

Beyond the methods documented below, this class inherits methods from the
L<RDF::Trine::Serializer> class.

=over 4

=cut

package RDF::Trine::Serializer::RDFJSON;

u

>_compare( $b );
	}
}

=item C<< as_hashref >>

Returns a hashref representing the node in an RDF/JSON-like manner.

See C<< as_hashref >> at L<RDF::Trine::Model> for full documentation of the
hashref

or::Bindings;

use utf8;
use strict;
use warnings;
no warnings 'redefine';
use Data::Dumper;

use JSON 2.0;
use Text::Table;
use Log::Log4perl;
use Scalar::Util qw(blessed reftype);
use RDF::Trine::It

indings {
	my $self			= shift;
	return 1;
}

=item C<as_json ( $max_size )>

Returns a JSON serialization of the stream data.

=cut

sub as_json {
	my $self			= shift;
	my $max_result_size	= shift || 

@sorted	= $self->sorted_by;
	my $order	= scalar(@sorted) ? JSON::true : JSON::false;
	my $dist	= $self->_args->{distinct} ? JSON::true : JSON::false;
	
	my $data	= {
					head	=> { vars => \@variables

::Util qw(first);
use Scalar::Util qw(refaddr reftype blessed);
use HTTP::Request::Common ();
use JSON;

use RDF::Trine::Error qw(:try);

##############################################################

ccept	= join(',',
					"application/sparql-results+json",
					"application/rdf+xml;q=0.5",
					"application/x-turtle;q=0.7",
					"application/json;q=0.4",
					"text/turtle;q=0.7",
					"text/xml;q

/json");
	$req->header(Host => "dydra.com");
	$req->authorization_basic($self->{token}) if (defined $self->{token});
	my $resp	= $ua->request( $req );
	if ($resp->is_success) {
		my $data	= from_json(

model );
}

=item C<< add_hashref ( $hashref [, $context] ) >>

Add triples represented in an RDF/JSON-like manner to the model.

=cut

sub add_hashref {
	my $self	= shift;
	return $self->model->add_h

oreUtils qw(zip);
use Scalar::Util qw(refaddr reftype blessed);
use HTTP::Request::Common ();
use JSON;

use RDF::Trine::Error qw(:try);

##############################################################

ut

package RDF::Trine::Iterator::Boolean;

use strict;
use warnings;
no warnings 'redefine';
use JSON 2.0;

use base qw(RDF::Trine::Iterator);
our ($VERSION);
BEGIN {
	$VERSION	= '1.019';
}

=item C<

_json ( $max_size )>

Returns a JSON serialization of the stream data.

=cut

sub as_json {
	my $self			= shift;
	my $max_result_size	= shift || 0;
	my $value	= $self->get_boolean ? JSON::true : JSON:

:false;
	my $data	= { head => { vars => [] }, boolean => $value };
	return to_json( $data );
}

=item C<< construct_args >>

Returns the arguments necessary to pass to the stream constructor _new
to r