Files
sfm_app_final/lib/bloc/devices_manager_bloc.dart
2025-01-11 16:43:19 +07:00

133 lines
4.2 KiB
Dart

import 'dart:async';
import 'dart:convert';
import '../feature/devices/device_model.dart';
import '../product/base/bloc/base_bloc.dart';
import '../product/constant/app/app_constants.dart';
import '../product/services/api_services.dart';
import '../product/utils/device_utils.dart';
class DevicesManagerBloc extends BlocBase {
APIServices apiServices = APIServices();
final userRole = StreamController<String>.broadcast();
StreamSink<String> get sinkUserRole => userRole.sink;
Stream<String> get streamUserRole => userRole.stream;
final allDevices = StreamController<List<Device>>.broadcast();
StreamSink<List<Device>> get sinkAllDevices => allDevices.sink;
Stream<List<Device>> get streamAllDevices => allDevices.stream;
final deviceByState = StreamController<Map<String, List<Device>>>.broadcast();
StreamSink<Map<String, List<Device>>> get sinkDeviceByState =>
deviceByState.sink;
Stream<Map<String, List<Device>>> get streamDeviceByState =>
deviceByState.stream;
final tagStates = StreamController<List<int>>.broadcast();
StreamSink<List<int>> get sinkTagStates => tagStates.sink;
Stream<List<int>> get streamTagStates => tagStates.stream;
@override
void dispose() {}
// void getDevice() async {
// String body = await apiServices.getOwnerDevices();
// Map<String, List<Device>> deviceByState = {
// ApplicationConstants.OFFLINE_STATE: [],
// ApplicationConstants.NORMAL_STATE: [],
// ApplicationConstants.WARNING_STATE: [],
// ApplicationConstants.INPROGRESS_STATE: [],
// ApplicationConstants.ERROR_STATE: [],
// };
// if (body.isNotEmpty) {
// final data = jsonDecode(body);
// List<dynamic> items = data['items'];
// List<Device> originalDevices = Device.fromJsonDynamicList(items);
// List<Device> devices =
// DeviceUtils.instance.sortDeviceByState(originalDevices);
// for (var device in devices) {
// String stateKey;
// switch (device.state) {
// case -1:
// stateKey = ApplicationConstants.OFFLINE_STATE;
// break;
// case 0:
// stateKey = ApplicationConstants.NORMAL_STATE;
// break;
// case 1:
// stateKey = ApplicationConstants.WARNING_STATE;
// break;
// case 2:
// stateKey = ApplicationConstants.INPROGRESS_STATE;
// break;
// default:
// stateKey = ApplicationConstants.ERROR_STATE;
// break;
// }
// deviceByState[stateKey]!.add(device);
// }
// sinkAllDevices.add(devices);
// sinkDeviceByState.add(deviceByState);
// }
// }
void getDeviceByState(int state) async {
sinkTagStates.add([state]);
Map<String, List<Device>> deviceByState = {
ApplicationConstants.OFFLINE_STATE: [],
ApplicationConstants.NORMAL_STATE: [],
ApplicationConstants.WARNING_STATE: [],
ApplicationConstants.INPROGRESS_STATE: [],
ApplicationConstants.ERROR_STATE: [],
};
List<Device> devices = [];
String body;
if (state != -2) {
body =
await apiServices.getOwnerDevieByState({"state": state.toString()});
} else {
body = await apiServices.getOwnerDevices();
}
if (body.isNotEmpty) {
final data = jsonDecode(body);
List<dynamic> items = data['items'];
List<Device> originalDevices = Device.fromJsonDynamicList(items);
devices = (state != -2)
? DeviceUtils.instance.sortDeviceAZByName(originalDevices)
: DeviceUtils.instance.sortDeviceByState(originalDevices);
if (state == -2) {
for (var device in originalDevices) {
String stateKey = _getStateKey(device.state!);
deviceByState[stateKey]!.add(device);
}
sinkDeviceByState.add(deviceByState);
}
}
sinkAllDevices.add(devices);
}
String _getStateKey(int state) {
switch (state) {
case -1:
return ApplicationConstants.OFFLINE_STATE;
case 0:
return ApplicationConstants.NORMAL_STATE;
case 1:
return ApplicationConstants.WARNING_STATE;
case 2:
return ApplicationConstants.INPROGRESS_STATE;
default:
return ApplicationConstants.ERROR_STATE;
}
}
}