fixes

lib/features/devices/bloc/two_gang_bloc/two_gang_bloc.dart

@@ -376,40 +376,31 @@ class TwoGangBloc extends Bloc<TwoGangEvent, TwoGangState> {
   void _groupAllOn(GroupAllOnEvent event, Emitter<TwoGangState> emit) async {
     emit(LoadingNewSate(twoGangModel: deviceStatus));
     try {
-      // Set all switches (firstSwitch and secondSwitch) based on the event value (on/off)
       for (int i = 0; i < groupTwoGangList.length; i++) {
         groupTwoGangList[i].firstSwitch = true;
         groupTwoGangList[i].secondSwitch = true;
       }
-
-      // Emit the state with updated values
       emit(UpdateGroupState(twoGangList: groupTwoGangList, allSwitches: true));
-
-      // Get a list of all device IDs
       List<String> allDeviceIds =
           groupTwoGangList.map((device) => device.deviceId).toList();
 
-      // First call for switch_1
       final response1 = await DevicesAPI.deviceController(
-        code: 'switch_1', // Controls first switch for all devices
+        code: 'switch_1',
         devicesUuid: allDeviceIds,
-        value: true, // true (on) or false (off) depending on the event value
+        value: true,
       );
 
-      // Second call for switch_2
       final response2 = await DevicesAPI.deviceController(
-        code: 'switch_2', // Controls second switch for all devices
+        code: 'switch_2',
         devicesUuid: allDeviceIds,
-        value: true, // true (on) or false (off) depending on the event value
+        value: true,
       );
 
-      // Check if either response is unsuccessful, then reset to initial state
       if (!response1['success'] || !response2['success']) {
         await Future.delayed(const Duration(milliseconds: 500));
         add(const InitialEvent(groupScreen: true));
       }
     } catch (_) {
-      // In case of an error, delay and reset the screen to initial state
       await Future.delayed(const Duration(milliseconds: 500));
       add(const InitialEvent(groupScreen: true));
     }
@@ -418,40 +409,33 @@ class TwoGangBloc extends Bloc<TwoGangEvent, TwoGangState> {
   void _groupAllOff(GroupAllOffEvent event, Emitter<TwoGangState> emit) async {
     emit(LoadingNewSate(twoGangModel: deviceStatus));
     try {
-      // Set all switches (firstSwitch and secondSwitch) based on the event value (on/off)
       for (int i = 0; i < groupTwoGangList.length; i++) {
         groupTwoGangList[i].firstSwitch = false;
         groupTwoGangList[i].secondSwitch = false;
       }
 
-      // Emit the state with updated values
       emit(UpdateGroupState(twoGangList: groupTwoGangList, allSwitches: false));
 
-      // Get a list of all device IDs
       List<String> allDeviceIds =
           groupTwoGangList.map((device) => device.deviceId).toList();
 
-      // First call for switch_1
       final response1 = await DevicesAPI.deviceController(
-        code: 'switch_1', // Controls first switch for all devices
+        code: 'switch_1',
         devicesUuid: allDeviceIds,
-        value: true, // true (on) or false (off) depending on the event value
+        value: true,
       );
 
-      // Second call for switch_2
       final response2 = await DevicesAPI.deviceController(
-        code: 'switch_2', // Controls second switch for all devices
+        code: 'switch_2',
         devicesUuid: allDeviceIds,
-        value: true, // true (on) or false (off) depending on the event value
+        value: true,
       );
 
-      // Check if either response is unsuccessful, then reset to initial state
       if (!response1['success'] || !response2['success']) {
         await Future.delayed(const Duration(milliseconds: 500));
         add(const InitialEvent(groupScreen: true));
       }
     } catch (_) {
-      // In case of an error, delay and reset the screen to initial state
       await Future.delayed(const Duration(milliseconds: 500));
       add(const InitialEvent(groupScreen: true));
     }
@@ -767,6 +751,4 @@ class TwoGangBloc extends Bloc<TwoGangEvent, TwoGangState> {
       add(InitialEvent(groupScreen: twoGangGroup));
     }
   }
-
-  
 }

lib/features/devices/bloc/water_heater_bloc/water_heater_bloc.dart

@@ -360,7 +360,6 @@ class WaterHeaterBloc extends Bloc<WaterHeaterEvent, WaterHeaterState> {
     );
   }
 
-  // List<DeviceModel> devicesList = [];
   List<GroupWHModel> groupTwoGangList = [];
   bool allSwitchesOn = true;
 
@@ -438,39 +437,32 @@ class WaterHeaterBloc extends Bloc<WaterHeaterEvent, WaterHeaterState> {
       GroupAllOnEvent event, Emitter<WaterHeaterState> emit) async {
     emit(LoadingNewSate(whModel: deviceStatus));
     try {
-      // Set all switches (firstSwitch and secondSwitch) based on the event value (on/off)
       for (int i = 0; i < groupTwoGangList.length; i++) {
         groupTwoGangList[i].firstSwitch = true;
       }
 
-      // Emit the state with updated values
       emit(UpdateGroupState(twoGangList: groupTwoGangList, allSwitches: true));
 
-      // Get a list of all device IDs
       List<String> allDeviceIds =
           groupTwoGangList.map((device) => device.deviceId).toList();
 
-      // First call for switch_1
       final response1 = await DevicesAPI.deviceController(
-        code: 'switch_1', // Controls first switch for all devices
+        code: 'switch_1',
         devicesUuid: allDeviceIds,
-        value: true, // true (on) or false (off) depending on the event value
+        value: true,
       );
 
-      // Second call for switch_2
       final response2 = await DevicesAPI.deviceController(
-        code: 'switch_2', // Controls second switch for all devices
+        code: 'switch_2',
         devicesUuid: allDeviceIds,
-        value: true, // true (on) or false (off) depending on the event value
+        value: true,
       );
 
-      // Check if either response is unsuccessful, then reset to initial state
       if (!response1['success'] || !response2['success']) {
         await Future.delayed(const Duration(milliseconds: 500));
         add(InitialWizardEvent());
       }
     } catch (_) {
-      // In case of an error, delay and reset the screen to initial state
       await Future.delayed(const Duration(milliseconds: 500));
       add(InitialWizardEvent());
     }
@@ -480,39 +472,31 @@ class WaterHeaterBloc extends Bloc<WaterHeaterEvent, WaterHeaterState> {
       GroupAllOffEvent event, Emitter<WaterHeaterState> emit) async {
     emit(LoadingNewSate(whModel: deviceStatus));
     try {
-      // Set all switches (firstSwitch and secondSwitch) based on the event value (on/off)
       for (int i = 0; i < groupTwoGangList.length; i++) {
         groupTwoGangList[i].firstSwitch = false;
       }
-
-      // Emit the state with updated values
       emit(UpdateGroupState(twoGangList: groupTwoGangList, allSwitches: false));
 
-      // Get a list of all device IDs
       List<String> allDeviceIds =
           groupTwoGangList.map((device) => device.deviceId).toList();
 
-      // First call for switch_1
       final response1 = await DevicesAPI.deviceController(
-        code: 'switch_1', // Controls first switch for all devices
+        code: 'switch_1',
         devicesUuid: allDeviceIds,
-        value: true, // true (on) or false (off) depending on the event value
+        value: true,
       );
 
-      // Second call for switch_2
       final response2 = await DevicesAPI.deviceController(
-        code: 'switch_2', // Controls second switch for all devices
+        code: 'switch_2',
         devicesUuid: allDeviceIds,
-        value: true, // true (on) or false (off) depending on the event value
+        value: true,
       );
 
-      // Check if either response is unsuccessful, then reset to initial state
       if (!response1['success'] || !response2['success']) {
         await Future.delayed(const Duration(milliseconds: 500));
         add(InitialWizardEvent());
       }
     } catch (_) {
-      // In case of an error, delay and reset the screen to initial state
       await Future.delayed(const Duration(milliseconds: 500));
       add(InitialWizardEvent());
     }