CPAN::Groonga

Container File

You can send either a multipart/form-data request with the raw file content, or a JSON request with a file ID.


=back

See L<OpenAPI::Client::OpenAI::Path::containers-container_id-fil

s://platform.openai.com/docs/assistants/tools> for details.

The Fine-tuning API only supports C<.jsonl> files. The input also has certain required formats for fine-tuning L<chat|https://platform.open

nai.com/docs/api-reference/fine-tuning/completions-input> models.

The Batch API only supports C<.jsonl> files up to 200 MB in size. The input also has a specific required L<format|https://platform.op

sponses


=head4 Status Code: C<200>

OK


=head4 Content Types:

=over 4


=item * C<application/json>

Example (See the L<OpenAI spec for more detail|https://github.com/openai/openai-openapi/blob/ma

sponses


=head4 Status Code: C<200>

OK


=head4 Content Types:

=over 4


=item * C<application/json>

Example (See the L<OpenAI spec for more detail|https://github.com/openai/openai-openapi/blob/ma

,
      "bytes": 2147483648,
      "created_at": 1719184911,
      "filename": "training_examples.jsonl",
      "purpose": "fine-tune",
      "status": "completed",
      "expires_at": 1719127296,
   

    "bytes": 2147483648,
        "created_at": 1719186911,
        "filename": "training_examples.jsonl",
        "purpose": "fine-tune",
      }
    }


=back

=head1 SEE ALSO

L<OpenAPI::Client::Ope

200>

Usage data retrieved successfully.


=head4 Content Types:

=over 4


=item * C<application/json>

Example (See the L<OpenAI spec for more detail|https://github.com/openai/openai-openapi/blob/ma

<200>

Certificates listed successfully.


=head4 Content Types:

=over 4


=item * C<application/json>

Example (See the L<OpenAI spec for more detail|https://github.com/openai/openai-openapi/blob/ma

ication/json>

    
      

      
             

=head3 Responses


=head4 Status Code: C<200>

Certificate uploaded successfully.


=head4 Content Types:

=over 4


=item * C<application/json>

Exam

 = (
    uuid => 'DBIx::QuickORM::Conflator::UUID',
    json => 'DBIx::QuickORM::Conflator::JSON',
    jsonb => 'DBIx::QuickORM::Conflator::JSON',

    map {$_ => 'DBIx::QuickORM::Conflator::DateTime'

               conflate($conflate);

                if ($conflate eq 'DBIx::QuickORM::Conflator::JSON') {
                    omit();
                }
            }
            elsif ($col->{is_date

sponses


=head4 Status Code: C<200>

OK


=head4 Content Types:

=over 4


=item * C<application/json>

Example (See the L<OpenAI spec for more detail|https://github.com/openai/openai-openapi/blob/ma

k

=head4 Status Code: C<404>

Not Found


=head4 Content Types:

=over 4


=item * C<application/json>

Example (See the L<OpenAI spec for more detail|https://github.com/openai/openai-openapi/blob/ma

 Carp qw/croak confess/;
use POSIX();
use IO::Select();
use Scope::Guard();

use Cpanel::JSON::XS qw/decode_json/;

use parent 'DBIx::QuickORM::Select';
use DBIx::QuickORM::Util::HashBase qw{
    +rea

{ POSIX::_exit(42) };

    my $guard = Scope::Guard->new(sub { POSIX::_exit(1) });
    my $json = Cpanel::JSON::XS->new->ascii(1)->convert_blessed(1)->allow_nonref(1);
    $wh->autoflush(1);

    $sel

 print $wh $json->encode({cols => $cols}), "\n";
        print $wh $json->encode({relmap => $cols}), "\n";

        while (my $data = $sth->fetchrow_arrayref) {
            print $wh $json->encode({ro

package PLS::Server::Message;

use strict;
use warnings;

use PLS::JSON;

=head1 NAME

PLS::Server::Message

=head1 DESCRIPTION

This class is the abstract base class for all messages sent between
ser

) = @_;

    my %content = (
                   jsonrpc => '2.0',
                   %{$self}
                  );

    my $json = encode_json \%content;
    return \$json;
} ## end sub serialize

1;

IO::Async::Signal;
use IO::Async::Stream;
use IO::Handle;
use Scalar::Util qw(blessed);

use PLS::JSON;
use PLS::Server::Request::Factory;
use PLS::Server::Response;
use PLS::Server::Response::Cancell

$buffref}) < $size);

                my $json = substr ${$buffref}, 0, $size, '';
                $size = 0;

                my $content = decode_json $json;

                $self->handle_client_me

('PLS::Server::Message'));
    my $json   = $message->serialize();
    my $length = length ${$json};
    $self->{stream}->write("Content-Length: $length\r\n\r\n$$json")->retain();

    return;
} ## en

arnings;
use feature 'state';

use Future;
use IO::Async::Loop;
use IO::Async::Process;

use PLS::JSON;

=head1 NAME

PLS::Parser::PackageSymbols

=head1 DESCRIPTION

This package executes a Perl proc

 @_;

    $data = encode_json $data;

    return $process->stdin->write("$data\n")->then(sub { $process->stdout->read_until("\n") })->then(
        sub {
            my ($json) = @_;

            retu

rn Future->done(eval { decode_json $json } // {});
        },
        sub { Future->done({}) }
    );
} ## end sub _send_data_and_recv_result

sub start_package_symbols_process
{
    my ($config) = @_

etter if you have an XS JSON module installed.
If you install L<Cpanel::JSON::XS> or L<JSON::XS>, it will use one of those
before falling back to L<JSON::PP>, similar to L<JSON::MaybeXS>.

=head1 NOTE

nse::InitializeResult;

use strict;
use warnings;

use parent q(PLS::Server::Response);

use PLS::JSON;
use PLS::Server::State;

=head1 NAME

PLS::Server::Response::InitializeResult

=head1 DESCRIPTIO

DetailsSupport => PLS::JSON::true
                                                              },
                                            definitionProvider     => PLS::JSON::true,
              

                        documentSymbolProvider => PLS::JSON::true,
                                            hoverProvider          => PLS::JSON::true,
                                            si

etter if you have an XS JSON module installed.
If you install L<Cpanel::JSON::XS> or L<JSON::XS>, it will use one of those
before falling back to L<JSON::PP>, similar to L<JSON::MaybeXS>.

=head1 NOTE

#!/usr/bin/perl

use strict;
use warnings;
use Getopt::Long;
use JSON::XS qw/decode_json/;
use Pod::Usage;
use Schedule::Easing;

# todo:  expiration (need to verify this works)
# todo:  check (need a

 loadjson {
	my ($fn)=@_;
	my $t=load($fn);
	my @res=@{ decode_json($t) };
	foreach my $E (@res) { $$E{match}//=''; $$E{match}=qr/$$E{match}/ }
	return @res;
}

my %opt=(
	schedule  =>undef,
	json    

0,
	help      =>0,
	time      =>undef,
);

GetOptions(
	'schedule=s'=>\$opt{schedule},
	'json=s'    =>\$opt{json},
	'timestamps'=>\$opt{expiration},
	'expiration'=>\$opt{expiration},
	'check'     =>\$

  => $handle     // *STDERR,
        encoder => sub { ... } // \&Data::Dumper::Dumper || \&encode_json,
    );

Create a new exporter. Takes an optional C<handle> parameter which will be
used as the t

_FORMAT> environment variable. Currently, the
only supported value is C<json>, in which case the data will be encoded
with L<JSON::MaybeXS/encode>.

The behaviour of the default encoder can be further

 the keys or values they fall into. The resulting pairs will
be passed directly as arguments to L<JSON::MaybeXS/new> or L<Data::Dumper> as
appropriate.

The default configuration for L<Data::Dumper> i

  => 'json', 
                          list     => 'search', 
                          srsearch => $search_string 
                        })
                  ->result
                  ->json;
   

 autotype 'UUID';    # Automatically handle UUID fields
                autotype 'JSON';    # Automatically handle JSON fields

                # Do not autofill these tables
                autoskip 

database connection fields.

This is mainly useful if you credentials are in an encrypted YAML or JSON file
and you have a method to decrypt and read it returning it as a hash.

    db mydb => sub {
 

ific hook points
    };

=item C<autotype $TYPE_CLASS>

=item C<autotype 'JSON'>

=item C<autotype '+DBIx::QuickORM::Type::JSON'>

=item C<autotype 'UUID'>

=item C<autotype '+DBIx::QuickORM::Type::UU

use Carp qw(croak carp);

#######################
# LOAD CPAN MODULES
#######################
use JSON::MaybeXS;
use Encode qw();
use HTTP::Tiny qw();
use URI::Encode qw();
use Params::Validate qw(val

des::Language qw(all_language_codes);
use Object::Tiny qw(apikey apiurl lang debug client encoder json);

#######################
# VERSION
#######################
our $VERSION = '1.3.0';

###########

# Default Headers
my $default_headers = {
    'Accept'       => 'application/json',
    'Content-Type' => 'application/json',
};

# Default User Agent
my $default_ua = 'perl-tmdb-client';

###########

arams{'json_db'} ) {
		my $data = do {
			local $/;
			open my($fh), '<:raw', $params{'json_db'}
				or die "could not read file <$params{json_db}>\n";
			<$fh>;
		};
		state $rc = require JSON;

		my

 $decoded = eval { JSON::decode_json($data) };
		die "could not decode JSON from <$params{json_db}>: @_\n" unless defined $decoded;
		return $decoded;
	}

	my $rc = eval { require CPANSA::DB };
	if (