CPAN::Groonga

nzo::Transaction;
use Business::Monzo::Account;

use Data::Dumper;
use Mojo::UserAgent;
use Mojo::JSON;
use Carp qw/ carp /;

=head1 ATTRIBUTES

=head2 token

Your Monzo access token, this is required

 = (
        'Authorization' => "Bearer " . $self->token,
        'Accept'        => 'application/json',
    );

    if ( $method =~ /POST|PUT|PATCH/i ) {
        $tx = $self->_ua->$method( $path => {

    if ( $res->is_success ) {
        carp( "RES: " . Dumper $res->json )
            if $ENV{MONZO_DEBUG};

        return $res->json;
    }
    else {
        my $error = $res->message;

        car

tem Embedded lua language into the grammar

=item Bindings to java, lua and perl languages

=item JSON (strict and extended) grammars for decoding/encoding

=item Declarative lua action directly into 

ge Net::CVE;

use 5.014002;
use warnings;

our $VERSION = "0.009";

use Carp;
use HTTP::Tiny;
use JSON::MaybeXS;
use List::Util qw( first );

# https://cveawg.mitre.org/api/cve/CVE-2022-26928
# But th

get",
		source => $url,
		usage  => undef,
		};
	    return $self;
	    }
	$self->{data} = decode_json ($r->{content});
	}
    elsif (-s $cve) {
	my $fh;
	unless (open $fh, "<:encoding(utf-8)", $cve) 

"get",
		source => $cve,
		usage  => 'get ("cve-2022-26928.json")',
		};
	    return $self;
	    }
	unless (eval { $self->{data} = decode_json (do { local $/; <$fh> }); 1 }) {
	    $self->{diag} = {
	

#ifndef MARPAESLIF_INTERNAL_JSON_H
#define MARPAESLIF_INTERNAL_JSON_H

static const char *jsonStringRegexsp[_MARPAESLIF_JSON_TYPE_LAST] = {
  /* Strict */
  "\"(?C50)(?:((?:[^\"\\\\\\x00-\\x1F]+)|(?:\

ic const char *jsonStringRegexModifiersp[_MARPAESLIF_JSON_TYPE_LAST] = {
  /* Strict */
  "u",

  /* Extended */
  "u"
};

static const char *jsonConstantOrNumberRegexsp[_MARPAESLIF_JSON_TYPE_LAST] = 

6)|(?:-?NaN)(?C67)"
};

static const char *jsonConstantOrNumberRegexModifiersp[_MARPAESLIF_JSON_TYPE_LAST] = {
  /* Strict */
  "",

  /* Extended */
  "i"
};

#endif /* MARPAESLIF_INTERNAL_JSON_H */

censes/>

=cut

our $VERSION = '0.02';

use Carp qw/croak/;
use Mojo::Collection;
use Mojo::JSON qw(from_json);
use Mojo::Util qw(tablify);

sub new {
    my $class = shift;
    my $args = scalar(@_) 

arp;
  MarpaX_ESLIF_constants_t *constantsp;
} MarpaX_ESLIF_Grammar_t, MarpaX_ESLIF_JSON_Encoder_t, MarpaX_ESLIF_JSON_Decoder_t;

/* Symbol type */
typedef struct MarpaX_ESLIF_Symbol {
  SV           

ESLIF_constants_t *constantsp);
PERL_STATIC_INLINE short                           marpaESLIFPerl_JSONDecodePositiveInfinityAction(void *userDatavp, char *strings, size_t stringl, marpaESLIFValueResul

lueResultp, short confidenceb);
PERL_STATIC_INLINE short                           marpaESLIFPerl_JSONDecodeNegativeInfinityAction(void *userDatavp, char *strings, size_t stringl, marpaESLIFValueResul

vious request invocation, it will check on the current resources C<update_frequency> from C<usage.json>
API call, if the C<Last-Modified> timestamp HTTP header that is attached with our existing respo

 await $exch->latest('USD', 'CAD', ['JPY']);

To request L<latest.json enpoint|https://docs.openexchangerates.org/reference/latest-json> from API.
It accepts a list, C<ARRAYref> or a mixture of both f

h->historical('2024-04-04', 'CAD');

To request L<historical/*.json endpoint|https://docs.openexchangerates.org/reference/historical-json> from API.
Used to retrieve old rates, takes multiple paramete

fore the XS loader
#
our $true;
our $false;
BEGIN {
    use JSON::MaybeXS 1.004000 qw//;
    $true = JSON::MaybeXS::true();
    $false = JSON::MaybeXS::false();
}

#
# Bootstrap
#
BEGIN {
    #
    ou

IF::Grammar::Rule::Properties;
use MarpaX::ESLIF::Grammar::Symbol::Properties;
use MarpaX::ESLIF::JSON;
use MarpaX::ESLIF::Logger::Level;
use MarpaX::ESLIF::Recognizer;
use MarpaX::ESLIF::Symbol;
use 

Type;
use MarpaX::ESLIF::Rule::PropertyBitSet;


sub getInstance {
    goto &new
}


*is_bool = \&JSON::MaybeXS::is_bool;


1;

__END__

=pod

=encoding UTF-8

=head1 NAME

MarpaX::ESLIF - ESLIF is Ex

clean_eval { eval $_[0] } # needs to be here (RT#101273)

use strict;
use warnings;
use Safe;
use JSON::PP ();
use Dumpvalue;
use version ();
use File::Spec ();

our $VERSION = '0.47';
our $VERBOSE = 

        $self->{VERSION} = $version;
        if ($self->{VERSION} =~ /^\{.*\}$/) {
            # JSON error message
        } elsif ($self->{VERSION} =~ /[_\s]/ && !$self->{ALLOW_DEV_VERSION} && !$AL

age};
        if ($pp->{version} && $pp->{version} =~ /^\{.*\}$/) { # JSON parser error
            my $err = JSON::PP::decode_json($pp->{version});
            if ($err->{x_normalize}) {
            

vious request invocation, it will check on the current resources C<update_frequency> from C<usage.json>
API call, if the C<Last-Modified> timestamp HTTP header that is attached with our existing respo

Try;
#use Syntax::Keyword::Dynamically;
use Log::Any qw($log);
use Net::Async::HTTP;
use URI;
use JSON::MaybeUTF8 qw(:v1);
use Digest::MD5 ();
use Time::Moment;
use feature qw(current_sub);

field $_a

   authorization => join(' ', 'Token', $_app_id),
                accept_encoding => 'application/json'
            },
        ));
}

async method $cache_get($key) {
    if ( $_use_cache ) {
        #

witch;
use 5.020;
use Moo 2;
use experimental 'signatures';

use Carp 'croak';

use JSON 'encode_json', 'decode_json';
use POSIX 'strftime';
use Future::Utils 'repeat';
use Future::HTTP;

our $VERSION

    my $f = $self->ua->http_request( POST => 'https://gql.twitch.tv/gql',
        body => encode_json( $query ),
        headers => {
            # so far we need no headers
            "Client-ID" =

)->then(sub( $body, $headers ) {
        my $res;
        if( $body ) {
            $res = decode_json( $body );
        } else {
            return Future->done()
        }
        return Future->don

 JSON data with jq

=head1 SYNOPSIS

greple -Mjq --glob JSON-DATA --IN label pattern

=head1 VERSION

Version 0.06

=head1 DESCRIPTION

This is an experimental module for L<App::Greple> to search JSON

formatted text using L<jq(1)> as a backend.

Search top level json object which includes both C<Marvin> and
C<Zaphod> somewhere in its text representation.

    greple -Mjq 'Marvin Zaphod'

You can s

s labels
start with C<name>.

If the label is simple string like C<name>, it matches any level of
JSON data.

If the label string contains period (C<.>), it is considered as a
nested labels.  Name C<.

mpact on how ESLIF will represent *inputcp depending on serialization context    */
/* (e.g. the :json action).                                                                      */
/* The default v

mbol is verbose */
} marpaESLIFSymbolProperty_t;

/* Whenever marpaESLIF fails to parse exactly a JSON number it will call the proposal callback if defined. */
/* It will always propose either UNDEF o

rt (*marpaESLIFJSONProposalAction_t)(void *userDatavp, char *strings, size_t stringl, marpaESLIFValueResult_t *marpaESLIFValueResultp, short confidenceb);

typedef struct marpaESLIFJSONDecodeOption {

ata dump of JSON structure";
    say "                    Will use Data::Peek if available,";
    say "                    otherwise Data::Dumper";
    say "    -j   --json     Dump as json";
    say 

"    -J   --json-pp  Dump as json (formatted)";
    say "    -Q   --json-jq  Dump as json (formatted by jq)";
    say "    -c   --csv      Dump as CSV (NYI)";
    exit $err;
    } # usage

use Net::CV

E;
use Data::Peek;
use Data::Dumper;
use JSON::MaybeXS;
use List::Util   qw( first          );
use Getopt::Long qw(:config bundling);
GetOptions (
    "help|?"		=> sub { usage (0); },
    "V|version"	

or both rule and symbol actions.

=item C<::json>

Creates a value of type STRING in the UTF-8 encoding, containing a strict JSON string as per original JSON specification, i.e. it is using UTF-16 sur

l for both rule and symbol actions.

=item C<::jsonf>

Creates a value of type STRING in the UTF-8 encoding, containing a JSON string as per original JSON specification plus infinity and nan extension

                       | '::false'
                                   | '::json'
                                   | '::jsonf'
                                   | '::row'
                           

he method C<MarpaX::ESLIF::is_bool> is used to determine the boolean nature. Default is to call C<JSON::MaybeXS::is_bool>.

=item [2]

If input is a IV only scalar, storage is decided when comparing t

fault implementations of C<$MarpaX::ESLIF::true> and C<$MarpaX::ESLIF::false> are C<JSON::MaybeXS::true()> and C<JSON::MaybeXS::false()>, respectively.

=item [6]

If the encoding is "UTF-8", returns 

use Mojo::Base 'Mojolicious::Command';
use Getopt::Long qw(GetOptionsFromArray);

use JSON         qw(encode_json);
use List::Util   qw(max);
use Scalar::Util qw(looks_like_number);
use Syntax::Keywo

);
}

my sub stringify_value($value) {
  return 'undef' unless (defined($value));
  return encode_json($value) if (ref($value));
  return $value              if (looks_like_number($value));
  return q

'::false' */
#define G1_ACTION_ACTION_NAME_11                   "::ascii" /* <action name> ::= '::json' */
#define G1_ACTION_ACTION_NAME_12                   "::ascii" /* <action name> ::= '::row' */

       "::ascii" /* <symbol action name> ::= '::json' */
#define G1_ACTION_SYMBOLACTION_NAME_11             "::ascii" /* <symbol action name> ::= '::jsonf' */
#define G1_ACTION_SYMBOLACTION_NAME_12   

1_TERMINAL_ANY_CHARACTER,
  G1_TERMINAL___TRUE,
  G1_TERMINAL___FALSE,
  G1_TERMINAL___JSON,
  G1_TERMINAL___JSONF,
  G1_TERMINAL___ROW,
  G1_TERMINAL___TABLE,
  G1_TERMINAL_IF_ACTION,
  G1_TERMINAL_R

TERMINAL___JSON, MARPAESLIF_TERMINAL_TYPE_STRING, 0, NULL,
    "'::json'", NULL, NULL,
#ifndef MARPAESLIF_NTRACE
    "::json", "::jso"
#else
    NULL, NULL
#endif
  },
  { G1_TERMINAL___JSONF, MARPAES

LIF_TERMINAL_TYPE_STRING, 0, NULL,
    "'::jsonf'", NULL, NULL,
#ifndef MARPAESLIF_NTRACE
    "::jsonf", "::json"
#else
    NULL, NULL
#endif
  },
  { G1_TERMINAL___ROW, MARPAESLIF_TERMINAL_TYPE_STRIN

F_lua_functiondecl      marpaESLIF_lua_functiondecl_t;
typedef enum    marpaESLIF_json_type             marpaESLIF_json_type_t;
typedef struct  marpaESLIF_pcre2_callout_context marpaESLIF_pcre2_callou

MARPAESLIF_INTERNAL_RULE_ACTION___FALSE,
  MARPAESLIF_INTERNAL_RULE_ACTION___JSON,
  MARPAESLIF_INTERNAL_RULE_ACTION___JSONF,
  MARPAESLIF_INTERNAL_RULE_ACTION___ROW,
  MARPAESLIF_INTERNAL_RULE_ACTION

ESLIF_INTERNAL_SYMBOL_ACTION___FALSE,
  MARPAESLIF_INTERNAL_SYMBOL_ACTION___JSON,
  MARPAESLIF_INTERNAL_SYMBOL_ACTION___JSONF
} marpaESLIF_internal_symbol_action_t;

/* Symbol types */
enum marpaESLIF