updateFunction method

Future<Response<ModelFunction>> updateFunction({
  1. required String functionID,
  2. required ModelFunction modelFunction,
  3. CancelToken? cancelToken,
  4. Map<String, dynamic>? headers,
  5. Map<String, dynamic>? extra,
  6. ValidateStatus? validateStatus,
  7. ProgressCallback? onSendProgress,
  8. ProgressCallback? onReceiveProgress,
})

Update function properties

Parameters:

  • functionID
  • modelFunction
  • cancelToken - A CancelToken that can be used to cancel the operation
  • headers - Can be used to add additional headers to the request
  • extras - Can be used to add flags to the request
  • validateStatus - A ValidateStatus callback that can be used to determine request success based on the HTTP status of the response
  • onSendProgress - A ProgressCallback that can be used to get the send progress
  • onReceiveProgress - A ProgressCallback that can be used to get the receive progress

Returns a Future containing a Response with a ModelFunction as data Throws DioError if API call or serialization fails

Implementation

Future<Response<ModelFunction>> updateFunction({
  required String functionID,
  required ModelFunction modelFunction,
  CancelToken? cancelToken,
  Map<String, dynamic>? headers,
  Map<String, dynamic>? extra,
  ValidateStatus? validateStatus,
  ProgressCallback? onSendProgress,
  ProgressCallback? onReceiveProgress,
}) async {
  final _path = r'/cloud/functions/{functionID}/'.replaceAll('{' r'functionID' '}', functionID.toString());
  final _options = Options(
    method: r'PATCH',
    headers: <String, dynamic>{
      ...?headers,
    },
    extra: <String, dynamic>{
      'secure': <Map<String, String>>[
        {
          'type': 'http',
          'scheme': 'bearer',
          'name': 'bearerAuth',
        },
      ],
      ...?extra,
    },
    contentType: 'application/json',
    validateStatus: validateStatus,
  );

  dynamic _bodyData;

  try {
    const _type = FullType(ModelFunction);
    _bodyData = _serializers.serialize(modelFunction, specifiedType: _type);

  } catch(error, stackTrace) {
    throw DioError(
       requestOptions: _options.compose(
        _dio.options,
        _path,
      ),
      type: DioErrorType.unknown,
      error: error,
      stackTrace: stackTrace,
    );
  }

  final _response = await _dio.request<Object>(
    _path,
    data: _bodyData,
    options: _options,
    cancelToken: cancelToken,
    onSendProgress: onSendProgress,
    onReceiveProgress: onReceiveProgress,
  );

  ModelFunction? _responseData;

  try {
    final rawResponse = _response.data;
    _responseData = rawResponse == null ? null : _serializers.deserialize(
      rawResponse,
      specifiedType: const FullType(ModelFunction),
    ) as ModelFunction;

  } catch (error, stackTrace) {
    throw DioError(
      requestOptions: _response.requestOptions,
      response: _response,
      type: DioErrorType.unknown,
      error: error,
      stackTrace: stackTrace,
    );
  }

  return Response<ModelFunction>(
    data: _responseData,
    headers: _response.headers,
    isRedirect: _response.isRedirect,
    requestOptions: _response.requestOptions,
    redirects: _response.redirects,
    statusCode: _response.statusCode,
    statusMessage: _response.statusMessage,
    extra: _response.extra,
  );
}