CPAN::Groonga

unless $local[0] =~ /\A([-_\w]+?)[+].+\z/;
    return $1.'@'.$local[1];
}

sub TO_JSON {
    # Instance method for JSON::encode()
    # @return   [String] The value of "address" accessor
    my $self 

package MCP::Server;
use Mojo::Base -base, -signatures;

use List::Util     qw(first);
use Mojo::JSON     qw(false true);
use MCP::Constants qw(INVALID_PARAMS INVALID_REQUEST METHOD_NOT_FOUND PARSE_ER

equest, $context) {
  return _jsonrpc_error(PARSE_ERROR, 'Invalid JSON-RPC request') unless ref $request eq 'HASH';
  return _jsonrpc_error(INVALID_REQUEST, 'Missing JSON-RPC method') unless my $metho

dle_initialize($request->{params} // {});
      return _jsonrpc_response($result, $id);
    }
    elsif ($method eq 'ping') {
      return _jsonrpc_response({}, $id);
    }
    elsif ($method eq 'prom

[String] type   Data format: json, yaml
    # @return   [String, Undef] Dumped data or Undef if the value of first
    #                           argument is neither "json" nor "yaml"
    my $self = 

shift;
    my $type = shift || 'json';
    return undef unless $type =~ /\A(?:json|yaml)\z/;

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

 

isimai::Address> object generated from the sender address.
When Sisimai::Data object is dumped as JSON, this value converted to an email
address. Sisimai::Address object have the following accessors:

etect an error from Amazon SES
    # @param    [Hash] mhead    Message headers of a bounce email (JSON)
    # @param    [String] mbody  Message body of a bounce email
    # @return   [Hash]          B

//g;
        my $p2 = index($sespayload, '"Message"');

        if( $p2 > 0 ) {
            # The JSON included in the email is a format like the following:
            # {
            #  "Type" : "No

# Load as JSON string and decode
    require JSON;
    my $jsonobject = undef; eval { $jsonobject = JSON->new->decode($sespayload) };
    if( $@ ) {
        # Something wrong in decoding JSON
        

::Transport::Stdio;
use Mojo::Base 'MCP::Server::Transport', -signatures;

use Mojo::JSON qw(decode_json encode_json);
use Mojo::Log;
use Scalar::Util qw(blessed);

sub handle_requests ($self) {
  my 

TDOUT->autoflush(1);
  while (my $input = <>) {
    chomp $input;
    my $request = eval { decode_json($input) };
    next unless my $response = $server->handle($request, {});

    if (blessed($respon

  }
    else { _print_response($response) }
  }
}

sub _print_response ($response) { print encode_json($response) . "\n" }

1;

=encoding utf8

=head1 NAME

MCP::Server::Transport::Stdio - Stdio trans

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 ( 

he message marks the end of a set of messages, but not the end
of the stream. For example, a huge JSON string sent as multiple chunks can use
this tag to indicate to the application that the string is

jolicious> application. The tool name and
description are used for discovery, and the L<JSON schema|https://json-schema.org> is used to validate the input.

  use Mojolicious::Lite -signatures;

  use

 type requests on the command line.

  $ perl examples/echo_stdio.pl
  {"jsonrpc":"2.0","id":"1","method":"tools/list"}
  {"jsonrpc":"2.0","id":"2","method":"tools/call","params":{"name":"echo","argum

atures;

use Carp           qw(croak);
use MCP::Constants qw(PROTOCOL_VERSION);
use Mojo::JSON     qw(from_json);
use Mojo::UserAgent;
use Scalar::Util qw(weaken);

has name => 'PerlClient';
has 'sess

 + 1 : 1;
  return $request;
}

sub build_notification ($self, $method, $params = {}) {
  return {jsonrpc => '2.0', method => $method, params => $params};
}

sub call_tool ($self, $name, $args = {}) {

d_request ($self, $request) {
  my $headers = {Accept => 'application/json, text/event-stream', 'Content-Type' => 'application/json'};
  if (my $session_id = $self->session_id) { $headers->{'Mcp-Sessi

package MCP::Tool;
use Mojo::Base -base, -signatures;

use JSON::Validator;
use Mojo::JSON   qw(false to_json true);
use Mojo::Util   qw(b64_encode);
use Scalar::Util qw(blessed);

has code         =>

 };
}

sub structured_result ($self, $data, $is_error = 0) {
  my $result = $self->text_result(to_json($data), $is_error);
  $result->{structuredContent} = $data;
  return $result;
}

sub text_result 

e_input ($self, $args) {
  unless ($self->{validator}) {
    my $validator = $self->{validator} = JSON::Validator->new;
    $validator->schema($self->input_schema);
  }

  my @errors = $self->{validat

:Base 'MCP::Server::Transport', -signatures;

use Crypt::Misc  qw(random_v4uuid);
use Mojo::JSON   qw(to_json true);
use Mojo::Util   qw(dumper);
use Scalar::Util qw(blessed);

use constant DEBUG => $

hod = $c->req->method;
  return $self->_handle_post($c) if $method eq 'POST';
  return $c->render(json => {error => 'Method not allowed'}, status => 405);
}

sub _extract_session_id ($self, $c) { retu

;
  $c->render(json => $result, status => 200);
}

sub _handle_post ($self, $c) {
  my $session_id = $self->_extract_session_id($c);

  return $c->render(json => {error => 'Invalid JSON'}, status => 4

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

be modified.

Type: C<string>



=back

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

    
      

      
      
Example:

    {
       "tool_resources" : {
          "code_interpre

s+/, $attribs{FILES}   ;
    }

    push(@files, qw[$(MAKE_APERL_FILE)
                    MYMETA.json MYMETA.yml perlmain.c tmon.out mon.out so_locations
                    blibdirs.ts pm_to_blib pm

et;

Generate the metafile target.

Writes the file META.yml (YAML encoded meta-data) and META.json
(JSON encoded meta-data) about the module in the distdir.
The format follows Module::Build's as clos

e_metajson = $self->stashmeta(
      $meta->as_string({version => "2.0"}), 'META_new.json'
    );

    my $metayml = join("\n\t", @write_metayml);
    my $metajson = join("\n\t", @write_metajson);
   

pe => 'int',
        },
        json => {
            constant => '',
            name => 'SQL_UNKNOWN_TYPE',
            re => qr/^(json)\b/,
            type => 'json',
        },
        linestring

Object;

    my $dbh = DB::Object->connect({
    driver => 'mysql',
    conf_file => 'db-settings.json',
    database => 'webstore',
    host => 'localhost',
    login => 'store-admin',
    debug => 3

> 'strict' ) &&
                   ( $fo->type eq 'jsonb' || $fo->type eq 'json' ) )
            {
                my $this_json = $self->_encode_json( $value );
                $const = $fo->datatype

stant;
                $elem->format( sprintf( "$field=%s", $tbl_o->database_object->quote( $this_json, $const ) ) );
            }
            elsif( $tbl_o->database_object->placeholder->has( $self-

     {
                        foreach my $json_key ( keys( %$value ) )
                        {
                            my $json_value = $value->{ $json_key };
                            # Assu

    my $dbh = DB::Object->connect({
        driver => 'SQLite',
        conf_file => 'db-settings.json',
        database => 'webstore',
        host => 'localhost',
        login => 'store-admin',
  

a( $elem->fo => 'DB::Object::Fields::Field' ) &&
            ( $elem->fo->type eq 'jsonb' || $elem->fo->type eq 'json' ) &&
            $self->_is_hash( $binded[$i] => 'strict' ) )
        {
         

een}", $binded[$i], "{/} into a JSON string." );
            # try-catch
            local $@;
            my $json = eval
            {
                $self->new_json->encode( $binded[$i] );
       

ed( 'DB::Object' ) );
            }
            else
            {
                $binded[$i] = $json;
            }
        }
        # If the value provided is a DateTime object without a formatter

mmon;
    use Scalar::Util qw( blessed );
    use DB::Object::Cache::Tables;
    use DBI;
    use JSON;
    use Module::Generic::File qw( sys_tmpdir );
    use Module::Generic::Global qw( :const );
  

    $self->{cache_table} = 0;
    $self->{driver} = '';
    # Auto-decode json data into perl hash
    $self->{auto_decode_json} = 1;
    $self->{auto_convert_datetime_to_object} = 0;
    $self->{allo

t_scalar( 'auto_convert_datetime_to_object', @_ ) ); }

sub auto_decode_json { return( shift->_set_get_scalar( 'auto_decode_json', @_ ) ); }

sub attribute($;$@)
{
    my $self = shift( @_ );
    # $h

 an hash of constant value and constant name:
    # field => { constant => 12, name => PG_JSONB, type => 'jsonb' };
    $self->{types_const}    = {};
    # The table type. It could be table or view
  

n => { constant => 17, name => 'PG_JSONB', type => 'jsonb' }

This is used to help manage binded value with the right type, or helps when converting an hash into json.

If nothing is found, it returns

},
        json => {
            constant => '',
            is_array => 0,
            name => 'PG_JSON',
            re => qr/^json\b/,
            type => 'json',
        },
        jsonb => {
    

me => 'PG_JSONB',
            re => qr/^jsonb\b/,
            type => 'jsonb',
        },
        # <https://www.postgresql.org/docs/current/datatype-json.html#DATATYPE-JSONPATH>
        jsonpath => {

nstant => '',
            is_array => 0,
            name => 'PG_JSONPATH',
            re => qr/^jsonpath\b/,
            type => 'jsonpath',
        },
        line => {
            constant => '',