fetch<T extends AxelorModel> method

Future<AxelorResult<T>> fetch<T extends AxelorModel>({ required bool baseDomain, required String model, required int id, required AxelorMapper<T> mapper, String? endPoint, bool withAuth = true, Map<String, dynamic>? params, Map<String, dynamic>? headers, AxelorBody? body, })

fetch model from axelor backend

params: baseDomain: boolean flag to detrmine prefix of model if true will generate /com.axelor. + model if false will generate AxelorBuilder.domain + model model: model name in axelor backend id: model id in axelor backend endPoint: if no sufficient method provide to create end point, you can provide end point directly withAuth: if true add token in header params: query params headers: http headers mapper: Callback to transform json response into AxelorModel body: if we need advance fetch we can use AxelorBody to construct complex query

Implementation

Future<AxelorResult<T>> fetch<T extends AxelorModel>({
  required bool baseDomain,
  required String model,
  required int id,
  required AxelorMapper<T> mapper,
  String? endPoint,
  bool withAuth = true,
  Map<String, dynamic>? params,
  Map<String, dynamic>? headers,
  AxelorBody? body,
}) async {
  final bool isAdvanced = body != null;
  final AxelorApiAction? action = isAdvanced ? AxelorApiAction.fetch : null;

  final Options options = buildHeaders(headers: headers, withAuth: withAuth);
  final String _endPoint = endPoint ??
      buildAxelorEndPoint(
        baseDomain: baseDomain,
        id: id,
        model: model,
        action: action,
      );

  late final Response response;
  if (isAdvanced) {
    response = await client.post(
      _endPoint,
      queryParameters: params,
      options: options,
      data: body.toJson(),
    );
  } else {
    response = await client.get(
      _endPoint,
      queryParameters: params,
      options: options,
    );
  }

  return handleResponse<T>(response, AxelorListModel.fromJsonAsSingle<T>(mapper));
}