CPAN::Groonga

 encode_sereal decode_sereal );
 use CBOR::XS qw( encode_cbor decode_cbor );
 use JSON::XS qw( encode_json decode_json );

 use MCE::Map
     max_workers => 4,                # Default 'auto'
     chu

 Data format: json, yaml
    # @return   [String]        Dumped data or an empty string when the argument is neither "json" nor "yaml"
    my $self = shift;
    my $type = shift || 'json'; return "" u

nless $type =~ /\A(?:json|yaml)\z/;

    my $referclass = 'Sisimai::Fact::'.uc($type);
    my $modulepath = 'Sisimai/Fact/'.uc($type).'.pm';

    require $modulepath;
    return $referclass->dump($sel

mai::Address> object generated from the sender address. When C<Sisimai::Fact>
object is dumped as JSON, this value converted to an email address. C<Sisimai::Address> object have
the following accessor

qw($VERSION);
use Image::ExifTool;

$VERSION = '1.06';

sub ProcessLigoGPS($$$;$);
sub ProcessLigoJSON($$$);
sub OrderCipherDigits($$$;$);

my $knotsToKph = 1.852;     # knots --> km/h

#-------------

--------------------------------------------------------
# Process GKU dashcam trailer containing JSON-format LigoGPS
# Inputs: 0) ExifTool ref, 1) dirInfo ref, 2) tag table ref
# Returns: 1 on succes

os;
    return ProcessLigoJSON($et, $dirInfo, $tagTbl);
}

#------------------------------------------------------------------------------
# Process LIGOGPSINFO data (non-JSON format)
# Inputs: 0) Exi

 'highlights of HDR image',
        Groups => { 2 => 'Preview' },
        Binary => 1,
    },
    JSONInfo => { },
    HiddenData => {
        Notes => 'hidden in EXIF, not in trailer.  This data is l

, 2 => 'Image' },
    NOTES => 'Information written in JPEG trailer by some OnePlus phones.',
    JSONInfo => { },
    'private.emptyspace' => { # length of the entire OnePlus trailer
        Name => 

ue looking for Vivo JSON data
    if ($buff =~ /vivo\{"/g) {
        my $jsonStart = pos($buff) - 2;
        if ($buff =~ /\}\0/g) {
            my $jsonLen = pos($buff) - 1 - $jsonStart;
            

my $json = eval { fu->json({type=>'any'}) };
                details_ name => 'reqbody', open => !0, sub {
                    summary_ 'JSON';
                    pre_ FU::Util::json_format($json, pr

etty => 1, canonical => 1);
                } if $json;
                my $formdata = eval { fu->formdata({type=>'hash'}) };
                details_ name => 'reqbody', open => !0, sub {
            

   section_ class => 'tabs', sub {
                my $json = ($r->{reshdr}{'content-type'}||'') =~ /^application\/json/ && eval { FU::Util::json_parse($body, utf8 => 1) };
                details_ na

=head1 NAME

JSON::SIMD::Boolean - dummy module providing JSON::SIMD::Boolean

=head1 SYNOPSIS

 # do not "use" yourself

=head1 DESCRIPTION

This module exists only to provide overload resolution for

that was decoded by JSON::XS versions
before 3.0.

Since 3.0, JSON::PP::Boolean has replaced it. Support for
JSON::SIMD::Boolean will be removed in a future release.

=cut

use JSON::SIMD ();

1;

=he

ERBOSITY',
	'$domops_LOGGER',
	'domops_read_dom_element_selectors_from_JSON_string',
	'domops_read_dom_element_selectors_from_JSON_file',
	'domops_wait_for_page_to_load'
);

our $VERSION = '0.13';

us

e Mojo::Log;
use String::Escape qw/escape/;

use Data::Roundtrip qw/perl2dump json2perl perl2json no-unicode-escape-permanently/;

# caller can set this to 0,1,2,3
our $domops_VERBOSITY = 0;
# default

ector spec(s) are saved in an array and then
#  are converted into JSON and then
# passed on to javascript (via mech->eval()) to JSON.parse()
# and then are array which we loop over. Quoting may be
# 

 encode_sereal decode_sereal );
 use CBOR::XS qw( encode_cbor decode_cbor );
 use JSON::XS qw( encode_json decode_json );

 use MCE::Grep
     max_workers => 4,                # Default 'auto'
     ch

 encode_sereal decode_sereal );
 use CBOR::XS qw( encode_cbor decode_cbor );
 use JSON::XS qw( encode_json decode_json );

 use MCE::Stream
     max_workers => 8,                # Default 'auto'
     

 encode_sereal decode_sereal );
 use CBOR::XS qw( encode_cbor decode_cbor );
 use JSON::XS qw( encode_json decode_json );

 use MCE::Flow
     max_workers => 8,                # Default 'auto'
     ch

d for convenience.

=over

=item L<AWS::Lambda>

=item L<AWS::XRay>

=item L<JSON>

=item L<Cpanel::JSON::XS>

=item L<JSON::MaybeXS>

=item L<YAML>

=item L<YAML::Tiny>

=item L<YAML::XS>

=item L<Ne

ecode_sereal );
       # use CBOR::XS qw( encode_cbor decode_cbor );
       # use JSON::XS qw( encode_json decode_json );
       #
       # use MCE;

    gather => \@a,                      # Default 

 encode_sereal decode_sereal );
 use CBOR::XS qw( encode_cbor decode_cbor );
 use JSON::XS qw( encode_json decode_json );

 use MCE
     max_workers => 4,                  # Default 1
     chunk_size 

 encode_sereal decode_sereal );
 use CBOR::XS qw( encode_cbor decode_cbor );
 use JSON::XS qw( encode_json decode_json );

 use MCE::Loop
     max_workers => 4,                # Default 'auto'
     ch

);
use MIME::Base64;
use JSON::Types;
use Encode;
use Try::Tiny;
use Plack::Middleware::ReverseProxy;
use AWS::Lambda;
use Scalar::Util qw(reftype);
use JSON::XS qw(encode_json);

sub new {
    my $pr

ype'} // 'application/octet-stream';
    my $isBase64Encoded = $type !~ m(^text/.*|application/(:?json|javascript|xml))i;
    if ($isBase64Encoded) {
        $content = encode_base64 $content, '';
   

ponder->("application/vnd.awslambda.http-integration-response");
            my $prelude = encode_json($self->_format_response_stream($status, $headers));
            $prelude .= "\x00\x00\x00\x00\x00

::CLI;
use strict;
use warnings;
use Duadua;
use Getopt::Long qw/GetOptionsFromArray/;
use JSON qw/encode_json/;

sub new {
    my $class = shift;

    return bless {
        _d   => Duadua->new('', {

 }

    if (scalar @results == 0) {
        _show_usage(1);
    }
    else {
        print encode_json(scalar @results == 1 ? $results[0] : \@results);
    }
}

sub _is_opened_stdin { -p STDIN }

sub 

d for convenience.

=over

=item L<AWS::Lambda>

=item L<AWS::XRay>

=item L<JSON>

=item L<Cpanel::JSON::XS>

=item L<JSON::MaybeXS>

=item L<YAML>

=item L<YAML::Tiny>

=item L<YAML::XS>

=item L<Ne

File Batch.


Type: C<string>



=back

=head3 Request Body
  
=head3 Content Type: C<application/json>

    
      

      
      
Example:

    {
       "file_ids" : [
          null
       ]
    }

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

 );

=head3 Parameters

=over 4

=back

=head3 Request Body
  
=head3 Content Type: C<application/json>

    
      

      

=head4 Models

ID of the model to use. You can use the L<List models|https

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

 submission.

Type: C<string>



=back

=head3 Request Body
  
=head3 Content Type: C<application/json>

    
      

      
      
Example:

    {
       "tool_outputs" : [
          null
       ]
  

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

Code: C<200>

Users 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