syncrow-app/lib/utils/resource_manager/constants.dart

//ignore_for_file: constant_identifier_names
import 'package:syncrow_app/features/devices/model/function_model.dart';
import 'package:syncrow_app/generated/assets.dart';

abstract class Constants {
  static const String appName = "Syncrow App";

  static const String languageCode = "en";

  static const String countryCode = "US";

  static const double appBarHeightPercentage = 0.1;
  static const double bottomNavBarHeightPercentage = 0.1;
  static late double appBarHeight;
  static late double bottomNavBarHeight;

  static const double defaultPadding = 16;

  static const String token = '';
}

enum DeviceType {
  AC,
  LightBulb,
  DoorLock,
  Curtain,
  Blind,
  ThreeGang,
  Gateway,
  CeilingSensor,
  WallSensor,
  Other,
}

// Map<String, DeviceType> devicesTypesMap = {
//   "AC": DeviceType.AC,
//   "LB": DeviceType.LightBulb,
//   "DL": DeviceType.DoorLock,
//   "WC": DeviceType.Curtain,
//   "WB": DeviceType.Blind,
//   "3G": DeviceType.ThreeGang,
//   "GW": DeviceType.Gateway,
//   "CPS": DeviceType.CeilingSensor,
//   "WPS": DeviceType.WallSensor,
//   "Other": DeviceType.Other,
// };
//AC	wzdcrqh0
// GW	wp8ticoo2bhumwgb
// CPS	d3ci7gcn
// DL	awu7anehyu5q1iu8
// WPS	awarhusb
// 3G	1a6vgvyi
enum FunctionType { Boolean, Enum, Integer, Raw, String }

Map<String, FunctionType> functionTypesMap = {
  "Boolean": FunctionType.Boolean,
  "Enum": FunctionType.Enum,
  "Integer": FunctionType.Integer,
  "Raw": FunctionType.Raw,
  "String": FunctionType.String,
};
Map<String, DeviceType> devicesTypesMap = {
  "wzdcrqh0": DeviceType.AC,
  "wp8ticoo2bhumwgb": DeviceType.Gateway,
  "d3ci7gcn": DeviceType.CeilingSensor,
  "awu7anehyu5q1iu8": DeviceType.DoorLock,
  "awarhusb": DeviceType.WallSensor,
  "1a6vgvyi": DeviceType.ThreeGang,
};
Map<DeviceType, List<FunctionModel>> devicesFunctionsMap = {
  DeviceType.AC: [
    FunctionModel(
        code: 'switch',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
    FunctionModel(
        code: 'mode',
        type: functionTypesMap['Enum'],
        values: ValueModel.fromJson({
          "range": ["cold", "hot", "wind"]
        })),
    FunctionModel(
        code: 'temp_set',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "℃", "min": 200, "max": 300, "scale": 1, "step": 5})),
    FunctionModel(
        code: 'level',
        type: functionTypesMap['Enum'],
        values: ValueModel.fromJson({
          "range": ["low", "middle", "high", "auto"]
        })),
    FunctionModel(
        code: 'child_lock',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
  ],
  DeviceType.Gateway: [
    FunctionModel(
        code: 'switch_alarm_sound',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
    FunctionModel(
        code: 'master_state',
        type: functionTypesMap['Enum'],
        values: ValueModel.fromJson({
          "range": ["normal", "alarm"]
        })),
    FunctionModel(
        code: 'factory_reset',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
    FunctionModel(
        code: 'alarm_active',
        type: functionTypesMap['String'],
        values: ValueModel.fromJson({"maxlen": 255})),
  ],
  DeviceType.CeilingSensor: [
    FunctionModel(
        code: 'sensitivity',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "", "min": 1, "max": 10, "scale": 0, "step": 1})),
  ],
  DeviceType.DoorLock: [
    FunctionModel(
        code: 'remote_no_pd_setkey',
        type: functionTypesMap['Raw'],
        values: ValueModel.fromJson({})),
    FunctionModel(
        code: 'remote_no_dp_key',
        type: functionTypesMap['Raw'],
        values: ValueModel.fromJson({})),
    FunctionModel(
        code: 'normal_open_switch',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
  ],
  DeviceType.WallSensor: [
    FunctionModel(
        code: 'far_detection',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "cm", "min": 75, "max": 600, "scale": 0, "step": 75})),
    FunctionModel(
        code: 'presence_time',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "Min", "min": 0, "max": 65535, "scale": 0, "step": 1})),
    FunctionModel(
        code: 'motion_sensitivity_value',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "", "min": 1, "max": 5, "scale": 0, "step": 1})),
    FunctionModel(
        code: 'motionless_sensitivity',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "", "min": 1, "max": 5, "scale": 0, "step": 1})),
    FunctionModel(
        code: 'indicator',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
  ],
  DeviceType.ThreeGang: [
    FunctionModel(
        code: 'switch_1',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
    FunctionModel(
        code: 'switch_2',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
    FunctionModel(
        code: 'switch_3',
        type: functionTypesMap['Boolean'],
        values: ValueModel.fromJson({})),
    FunctionModel(
        code: 'countdown_1',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "s", "min": 0, "max": 43200, "scale": 0, "step": 1})),
    FunctionModel(
        code: 'countdown_2',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "s", "min": 0, "max": 43200, "scale": 0, "step": 1})),
    FunctionModel(
        code: 'countdown_3',
        type: functionTypesMap['Integer'],
        values: ValueModel.fromJson(
            {"unit": "s", "min": 0, "max": 43200, "scale": 0, "step": 1})),
  ],
};

enum TempModes { hot, cold, wind }

enum FanSpeeds { auto, low, middle, high }

final Map<FanSpeeds, String> fanSpeedsIconMap = {
  FanSpeeds.auto: Assets.iconsFan0,
  FanSpeeds.low: Assets.iconsFan1,
  FanSpeeds.middle: Assets.iconsFan2,
  FanSpeeds.high: Assets.iconsFan3,
};

final Map<TempModes, String> tempModesIconMap = {
  TempModes.hot: Assets.iconsSunnyMode,
  TempModes.cold: Assets.iconsColdMode,
  TempModes.wind: Assets.iconsWindyMode,
};

final Map<String, FanSpeeds> fanSpeedsMap = {
  'auto': FanSpeeds.auto,
  'low': FanSpeeds.low,
  'middle': FanSpeeds.middle,
  'high': FanSpeeds.high,
};

final Map<String, TempModes> tempModesMap = {
  'hot': TempModes.hot,
  'cold': TempModes.cold,
  'wind': TempModes.wind,
};

final Map<FanSpeeds, String> reversedFanSpeedsMap =
    fanSpeedsMap.map((key, value) => MapEntry(value, key));

final Map<TempModes, String> reversedTempModesMap =
    tempModesMap.map((key, value) => MapEntry(value, key));

String getNextFanSpeedKey(FanSpeeds currentFanSpeed) {
  const List<FanSpeeds> speeds = FanSpeeds.values;
  final int currentIndex = speeds.indexOf(currentFanSpeed);

  // Return null if currentFanSpeed is the last value
  if (currentIndex == speeds.length - 1) {
    return reversedFanSpeedsMap[FanSpeeds.auto]!;
  }

  final FanSpeeds nextSpeed = speeds[currentIndex + 1];
  return reversedFanSpeedsMap[nextSpeed]!;
}

K? getNextItem<K, V>(Map<K, V> map, V value) {
  // Iterate over the map entries
  for (var entry in map.entries) {
    // If the current value matches the provided value
    if (entry.value == value) {
      // Get the index of the current entry
      final index = map.keys.toList().indexOf(entry.key);
      // If the index is not the last item, return the next item
      if (index < map.length - 1) {
        return map.keys.elementAt(index + 1);
      }
      // If it's the last item, return null
      return map.keys.elementAt(0);
    }
  }
  // If the value is not found, return null
  return null;
}