CPAN::Groonga

] ? undef : shift;
  my $data = shift || die 'table data is required';
  my %respond = (
    json => { json => $data },
    html => { template => 'reply_table', 'reply_table.table' => $data },
    csv

  use Mojolicious::Lite;
  plugin 'ReplyTable';

  my $format = [format => [qw(
    txt csv html json
    xls xlsx
  )]];
  any '/table' => $format => sub {
    my $c = shift;
    my $data = [
      

is available to the template via the stash key C<reply_table.table>.

=head3 json

Implemented via the standard L<Mojo::JSON> handling.

=head3 txt

A textual representation of the table.
This format 

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

ead1 INHERITED METHODS

=over 4

=item L<Net::Async::Slack::EventType>

L<from_json|Net::Async::Slack::EventType/from_json>, L<import|Net::Async::Slack::EventType/import>, L<new|Net::Async::Slack::Eve

package App::ArduinoBuilder::JsonTool;

# Package that implement bi-directionnal communication with a tool talking
# JSON (like the Arduino pluggable discovery and monitor tools).

use strict;
use war

nings;
use utf8;

use App::ArduinoBuilder::System 'split_cmd';
use JSON::PP;
use IPC::Run  qw(start pump finish timeout);
use Log::Any::Simple ':default';

# TODO: look into what should be done with U

ut_exn;

sub new {
  my ($class, $cmd) = @_;

  my $this = bless {
    out => '',  # Out from the JsonTool class point of view, this will be the tool STDIN
    in => '',  # This will be the tool STDOU

    description => <<'_',

This is an example of result that needs cleaning if to be displayed as JSON.

_
    args => {
    },
};
sub returns_circular {
    my $circ = [1, 2, 3];
    push @$circ, $ci

    description => <<'_',

This is an example of result that needs cleaning if to be displayed as JSON.

_
    args => {
    },
};
sub returns_scalar_ref {
    [200, "OK", \10];
}

1;
# ABSTRACT: Test

turns circular structure.

This is an example of result that needs cleaning if to be displayed as JSON.

This function is not exported.

No arguments.

Returns an enveloped result (an array).

First e

tr'  },
        action  => { schema => 'str'  },
        version => { schema => 'str'  },
        json    => { schema => 'bool' },
        yaml    => { schema => 'bool' },
        perl    => { schema 

 the `default` property
of the argument specification, the metadata is also not JSON-safe.

To pass binary data over JSON/Riap, you can use Riap version 1.2 and encode the
argument with ":base64" suff

.

To receive binary result over JSON/Riap, you can use Riap version 1.2 which will
automatically encode binary data with base64 so it is safe when transformed as
JSON. The client library will also de

mmary => 'Set cmdline.default_format json',
    args => {
    },
};
sub default_format {
    my %args = @_;
    [200, "OK", undef, {'cmdline.default_format'=>'json'}];
}

$SPEC{skip_format} = {
    v 

 default_format() -> [$status_code, $reason, $payload, \%result_meta]

Set cmdline.default_format json.

This function is not exported.

No arguments.

Returns an enveloped result (an array).

First e

s that we are not handling yet from:
  # https://arduino.github.io/arduino-cli/0.32/package_index_json-specification/#how-a-tools-path-is-determined-in-platformtxt

  trace "Complete configuration: \n

package Geo::Coder::Mapbox;

use strict;
use warnings;

use Carp;
use Encode;
use JSON::MaybeXS;
use HTTP::Request;
use LWP::UserAgent;
use LWP::Protocol::https;
use URI;

=head1 NAME

Geo::Coder::Map

8($location);
	}

	my $uri = URI->new("https://$self->{host}/geocoding/v5/mapbox.places/$location.json");
	$location =~ s/\s/+/g;
	my %query_parameters = ('access_token' => $self->{'access_token'});
	

ned error: on $url ", $res->status_line());
		return { };
	}

	my $json = JSON::MaybeXS->new()->utf8();
	my $rc;
	eval {
		$rc = $json->decode($res->content());
	};
	if(!defined($rc)) {
		if($@) {
			

_',

Argument with non-scalar types (like array or hash) can be specified in the CLI
using `--ARG-json` or `--ARG-yaml`. Arguments with type of array of string can
also be specified using multiple `--

    test => 0,
        },
        {
            argv => ['--int1', '20', '--str1', 'x', '--array1-json', '[1,2]'],
            summary => 'A second example',
            test => 0,
        },
    ],
}

l.

Argument with non-scalar types (like array or hash) can be specified in the CLI
using C<--ARG-json> or C<--ARG-yaml>. Arguments with type of array of string can
also be specified using multiple C<

ed together with YAML or JSON:

  use YAML;
  validate(YAML::LoadFile($schema_file), YAML::LoadFile($data_file));

  use JSON;
  validate(decode_json($schema_data), decode_json($data));

=head1 DESCRI

demonstration of accepting a stream of hashes. In command-line
application this will translate to JSON stream.

_
    args => {
        input => {
            req => 1,
            stream => 1,
      

demonstration of accepting a stream of hashes. In command-line
application this will translate to JSON stream.

This function is not exported.

Arguments ('*' denotes required arguments):

=over 4

=i