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laki_icu_app
Commit bccdf520 authored by 张宏's avatar 张宏
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lib/blocs/device_control/device_control_bloc.dart 0 → 100644
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import 'package:hydrated_bloc/hydrated_bloc.dart';
import 'device_control_event.dart';
import 'device_control_state.dart';
import 'package:laki_icu_app/models/bo/device_control_bo.dart';
/// 用途：设备控制Bloc
/// 涉及页面：设备控制页面
/// 说明：提供各个子模块的获取和设置方法，方便MCU单元调用
/// 使用 HydratedBloc 持久化用户设置，MCU获取的值不做持久化
class DeviceControlBloc extends HydratedBloc<DeviceControlEvent, DeviceControlState> {
DeviceControlBloc() : super(const DeviceControlState()) {
// ==================== 基础事件 ====================
on<DeviceControlLoadRequested>(_onLoadRequested);
on<DeviceControlDataUpdated>(_onDataUpdated);
// ==================== 设备SN事件 ====================
on<DeviceControlSnFetched>(_onSnFetched);
on<DeviceControlSnChanged>(_onSnChanged);
// ==================== 舱内温度控制事件 ====================
on<DeviceControlCabinTempCurrentValueFetched>(_onCabinTempCurrentValueFetched);
on<DeviceControlCabinTempSetValueChanged>(_onCabinTempSetValueChanged);
on<DeviceControlCabinTempSwitchChanged>(_onCabinTempSwitchChanged);
// ==================== 舱内湿度控制事件 ====================
on<DeviceControlCabinHumidityCurrentValueFetched>(_onCabinHumidityCurrentValueFetched);
on<DeviceControlCabinHumiditySetValueChanged>(_onCabinHumiditySetValueChanged);
on<DeviceControlCabinHumiditySwitchChanged>(_onCabinHumiditySwitchChanged);
// ==================== 氧气浓度控制事件 ====================
on<DeviceControlOxygenConcentrationCurrentValueFetched>(_onOxygenConcentrationCurrentValueFetched);
on<DeviceControlOxygenConcentrationSetValueChanged>(_onOxygenConcentrationSetValueChanged);
on<DeviceControlOxygenConcentrationSwitchChanged>(_onOxygenConcentrationSwitchChanged);
// ==================== 二氧化碳浓度控制事件 ====================
on<DeviceControlCO2ConcentrationCurrentValueFetched>(_onCO2ConcentrationCurrentValueFetched);
on<DeviceControlCO2ConcentrationAlarmThresholdChanged>(_onCO2ConcentrationAlarmThresholdChanged);
// ==================== 护理等级控制事件 ====================
on<DeviceControlCareLevelChanged>(_onCareLevelChanged);
// ==================== 新风进化控制事件 ====================
on<DeviceControlFreshAirModeChanged>(_onFreshAirModeChanged);
// ==================== 风速调节控制事件 ====================
on<DeviceControlWindSpeedModeChanged>(_onWindSpeedModeChanged);
// ==================== 雾化时间设置事件 ====================
on<DeviceControlNebulizationTimeChanged>(_onNebulizationTimeChanged);
// ==================== 消毒时间设置事件 ====================
on<DeviceControlDisinfectionTimeChanged>(_onDisinfectionTimeChanged);
// ==================== 开放供氧控制事件 ====================
on<DeviceControlOpenOxygenSwitchChanged>(_onOpenOxygenSwitchChanged);
// ==================== 供氧计时事件 ====================
on<DeviceControlOxygenTimerUpdated>(_onOxygenTimerUpdated);
on<DeviceControlOxygenTimerCleared>(_onOxygenTimerCleared);
// ==================== 循环模式控制事件 ====================
on<DeviceControlCirculationModeChanged>(_onCirculationModeChanged);
// ==================== 灯光控制事件 ====================
on<DeviceControlCheckLightSwitchChanged>(_onCheckLightSwitchChanged);
on<DeviceControlIlluminationLightSwitchChanged>(_onIlluminationLightSwitchChanged);
on<DeviceControlBlueLightSwitchChanged>(_onBlueLightSwitchChanged);
on<DeviceControlRedLightSwitchChanged>(_onRedLightSwitchChanged);
// ==================== 全局统计数据事件 ====================
on<DeviceControlTotalRunTimeUpdated>(_onTotalRunTimeUpdated);
on<DeviceControlEnvironmentTempUpdated>(_onEnvironmentTempUpdated);
on<DeviceControlTotalOxygenTimeUpdated>(_onTotalOxygenTimeUpdated);
on<DeviceControlResetSettings>(_onResetSettings);
// 加载初始化数据
add(const DeviceControlLoadRequested());
}
// ==================== HydratedBloc 持久化 ====================
@override
DeviceControlState? fromJson(Map<String, dynamic> json) {
return DeviceControlState.fromJson(json);
}
@override
Map<String, dynamic>? toJson(DeviceControlState state) {
return state.toJson();
}
// ==================== 基础事件处理 ====================
Future<void> _onLoadRequested(
DeviceControlLoadRequested event,
Emitter<DeviceControlState> emit,
) async {
emit(state.copyWith(isLoading: true, clearError: true));
try {
// 从存储中加载设备控制数据
// TODO: 实现从存储加载逻辑
emit(state.copyWith(isLoading: false, clearError: true));
} catch (e) {
emit(state.copyWith(isLoading: false, error: e.toString()));
}
}
void _onDataUpdated(
DeviceControlDataUpdated event,
Emitter<DeviceControlState> emit,
) {
emit(state.copyWith(data: event.data, clearError: true));
}
// ==================== 设备SN事件处理 ====================
/// [MCU调用] 更新设备SN（从MCU获取的真实数据）
void _onSnFetched(
DeviceControlSnFetched event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
sn: event.sn,
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [用户操作] 设置设备SN（发送给MCU）—— 持久化
void _onSnChanged(
DeviceControlSnChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
sn: event.sn,
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(sn: event.sn),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 舱内温度控制事件处理 ====================
/// [MCU调用] 更新舱内温度当前值（从MCU获取的真实数据）
void _onCabinTempCurrentValueFetched(
DeviceControlCabinTempCurrentValueFetched event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
cabinTemp: state.data.cabinTemp.copyWith(
currentValue: event.currentValue,
),
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [用户操作] 设置舱内温度设定值（发送给MCU）—— 持久化
void _onCabinTempSetValueChanged(
DeviceControlCabinTempSetValueChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
cabinTemp: state.data.cabinTemp.copyWith(
setValue: event.setValue,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(cabinTempSetValue: event.setValue),
clearError: true,
));
// TODO: 发送设置到MCU
}
/// [用户操作] 设置舱内温度开关（发送给MCU）—— 持久化
void _onCabinTempSwitchChanged(
DeviceControlCabinTempSwitchChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
cabinTemp: state.data.cabinTemp.copyWith(
isOn: event.isOn,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(cabinTempIsOn: event.isOn),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 舱内湿度控制事件处理 ====================
/// [MCU调用] 更新舱内湿度当前值（从MCU获取的真实数据）
void _onCabinHumidityCurrentValueFetched(
DeviceControlCabinHumidityCurrentValueFetched event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
cabinHumidity: state.data.cabinHumidity.copyWith(
currentValue: event.currentValue,
),
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [用户操作] 设置舱内湿度设定值（发送给MCU）—— 持久化
void _onCabinHumiditySetValueChanged(
DeviceControlCabinHumiditySetValueChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
cabinHumidity: state.data.cabinHumidity.copyWith(
setValue: event.setValue,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(cabinHumiditySetValue: event.setValue),
clearError: true,
));
// TODO: 发送设置到MCU
}
/// [用户操作] 设置舱内湿度开关（发送给MCU）—— 持久化
void _onCabinHumiditySwitchChanged(
DeviceControlCabinHumiditySwitchChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
cabinHumidity: state.data.cabinHumidity.copyWith(
isOn: event.isOn,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(cabinHumidityIsOn: event.isOn),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 氧气浓度控制事件处理 ====================
/// [MCU调用] 更新氧气浓度当前值（从MCU获取的真实数据）
void _onOxygenConcentrationCurrentValueFetched(
DeviceControlOxygenConcentrationCurrentValueFetched event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
oxygenConcentration: state.data.oxygenConcentration.copyWith(
currentValue: event.currentValue,
),
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [用户操作] 设置氧气浓度设定值（发送给MCU）—— 持久化
void _onOxygenConcentrationSetValueChanged(
DeviceControlOxygenConcentrationSetValueChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
oxygenConcentration: state.data.oxygenConcentration.copyWith(
setValue: event.setValue,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(oxygenConcentrationSetValue: event.setValue),
clearError: true,
));
// TODO: 发送设置到MCU
}
/// [用户操作] 设置氧气浓度开关（发送给MCU）—— 持久化
void _onOxygenConcentrationSwitchChanged(
DeviceControlOxygenConcentrationSwitchChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
oxygenConcentration: state.data.oxygenConcentration.copyWith(
isOn: event.isOn,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(oxygenConcentrationIsOn: event.isOn),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 二氧化碳浓度控制事件处理 ====================
/// [MCU调用] 更新二氧化碳浓度当前值（从MCU获取的真实数据）
void _onCO2ConcentrationCurrentValueFetched(
DeviceControlCO2ConcentrationCurrentValueFetched event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
co2Concentration: state.data.co2Concentration.copyWith(
currentValue: event.currentValue,
),
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [用户操作] 设置二氧化碳浓度告警阈值（发送给MCU）—— 持久化
void _onCO2ConcentrationAlarmThresholdChanged(
DeviceControlCO2ConcentrationAlarmThresholdChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
co2Concentration: state.data.co2Concentration.copyWith(
alarmThreshold: event.alarmThreshold,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(co2AlarmThreshold: event.alarmThreshold),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 护理等级控制事件处理 ====================
/// [用户操作] 设置护理等级（发送给MCU）—— 持久化
void _onCareLevelChanged(
DeviceControlCareLevelChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
careLevel: state.data.careLevel.copyWith(
currentLevel: event.level,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(careLevelValue: event.level),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 新风进化控制事件处理 ====================
/// [用户操作] 设置新风模式（发送给MCU）—— 持久化
void _onFreshAirModeChanged(
DeviceControlFreshAirModeChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
freshAir: state.data.freshAir.copyWith(
mode: event.mode,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(freshAirModeValue: event.mode),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 风速调节控制事件处理 ====================
/// [用户操作] 设置风速模式（发送给MCU）—— 持久化
void _onWindSpeedModeChanged(
DeviceControlWindSpeedModeChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
windSpeed: state.data.windSpeed.copyWith(
currentMode: event.mode,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(windSpeedModeValue: event.mode),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 雾化时间设置事件处理 ====================
/// [用户操作] 设置雾化时间（发送给MCU）—— 持久化
void _onNebulizationTimeChanged(
DeviceControlNebulizationTimeChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
nebulizationTime: state.data.nebulizationTime.copyWith(
setMinutes: event.minutes,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(nebulizationTimeMinutes: event.minutes),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 消毒时间设置事件处理 ====================
/// [用户操作] 设置消毒时间（发送给MCU）—— 持久化
void _onDisinfectionTimeChanged(
DeviceControlDisinfectionTimeChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
disinfectionTime: state.data.disinfectionTime.copyWith(
setMinutes: event.minutes,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(disinfectionTimeMinutes: event.minutes),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 开放供氧控制事件处理 ====================
/// [用户操作] 设置开放供氧开关（发送给MCU）—— 持久化
void _onOpenOxygenSwitchChanged(
DeviceControlOpenOxygenSwitchChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
openOxygen: state.data.openOxygen.copyWith(
isOn: event.isOn,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(openOxygenIsOn: event.isOn),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 供氧计时事件处理 ====================
/// [MCU调用] 更新供氧计时（从MCU获取）
void _onOxygenTimerUpdated(
DeviceControlOxygenTimerUpdated event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
oxygenTimer: state.data.oxygenTimer.copyWith(
hours: event.hours,
minutes: event.minutes,
seconds: event.seconds,
),
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [用户操作] 清零供氧计时
void _onOxygenTimerCleared(
DeviceControlOxygenTimerCleared event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
oxygenTimer: const OxygenTimerBO(
hours: '00',
minutes: '00',
seconds: '00',
),
);
emit(state.copyWith(data: newData, clearError: true));
// TODO: 发送清零指令到MCU
}
// ==================== 循环模式控制事件处理 ====================
/// [用户操作] 设置循环模式（发送给MCU）—— 持久化
void _onCirculationModeChanged(
DeviceControlCirculationModeChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
circulationMode: state.data.circulationMode.copyWith(
currentMode: event.mode,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(circulationModeValue: event.mode),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 灯光控制事件处理 ====================
/// [用户操作] 设置检查灯开关（发送给MCU）—— 持久化
void _onCheckLightSwitchChanged(
DeviceControlCheckLightSwitchChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
lightControl: state.data.lightControl.copyWith(
checkLightOn: event.isOn,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(checkLightOn: event.isOn),
clearError: true,
));
// TODO: 发送设置到MCU
}
/// [用户操作] 设置照明灯开关（发送给MCU）—— 持久化
void _onIlluminationLightSwitchChanged(
DeviceControlIlluminationLightSwitchChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
lightControl: state.data.lightControl.copyWith(
illuminationOn: event.isOn,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(illuminationOn: event.isOn),
clearError: true,
));
// TODO: 发送设置到MCU
}
/// [用户操作] 设置蓝光灯开关（发送给MCU）—— 持久化
void _onBlueLightSwitchChanged(
DeviceControlBlueLightSwitchChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
lightControl: state.data.lightControl.copyWith(
blueLightOn: event.isOn,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(blueLightOn: event.isOn),
clearError: true,
));
// TODO: 发送设置到MCU
}
/// [用户操作] 设置红光灯开关（发送给MCU）—— 持久化
void _onRedLightSwitchChanged(
DeviceControlRedLightSwitchChanged event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
lightControl: state.data.lightControl.copyWith(
redLightOn: event.isOn,
),
);
emit(state.copyWith(
data: newData,
userSettings: state.userSettings.copyWith(redLightOn: event.isOn),
clearError: true,
));
// TODO: 发送设置到MCU
}
// ==================== 全局统计数据事件处理 ====================
/// [MCU调用] 更新总运行时长
void _onTotalRunTimeUpdated(
DeviceControlTotalRunTimeUpdated event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
totalRunTime: event.totalRunTime,
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [MCU调用] 更新环境温度
void _onEnvironmentTempUpdated(
DeviceControlEnvironmentTempUpdated event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
environmentTemp: event.environmentTemp,
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [MCU调用] 更新总制氧时长
void _onTotalOxygenTimeUpdated(
DeviceControlTotalOxygenTimeUpdated event,
Emitter<DeviceControlState> emit,
) {
final newData = state.data.copyWith(
totalOxygenTime: event.totalOxygenTime,
);
emit(state.copyWith(data: newData, clearError: true));
}
/// [用户操作] 重置设备设置为默认值 —— 清除持久化
void _onResetSettings(
DeviceControlResetSettings event,
Emitter<DeviceControlState> emit,
) {
emit(const DeviceControlState());
// TODO: 发送重置指令到MCU
}
// ==================== 便捷方法 - 供外部调用 ====================
/// [MCU调用] 更新设备SN
void updateSn(String? sn) => add(DeviceControlSnFetched(sn));
/// [用户调用] 设置设备SN
void setSn(String? sn) => add(DeviceControlSnChanged(sn));
/// [MCU调用] 更新舱内温度当前值
void updateCabinTempCurrentValue(String value) => add(DeviceControlCabinTempCurrentValueFetched(value));
/// [用户调用] 设置舱内温度设定值
void setCabinTempSetValue(String value) => add(DeviceControlCabinTempSetValueChanged(value));
/// [用户调用] 设置舱内温度开关
void setCabinTempSwitch(bool isOn) => add(DeviceControlCabinTempSwitchChanged(isOn));
/// [MCU调用] 更新舱内湿度当前值
void updateCabinHumidityCurrentValue(String value) => add(DeviceControlCabinHumidityCurrentValueFetched(value));
/// [用户调用] 设置舱内湿度设定值
void setCabinHumiditySetValue(String value) => add(DeviceControlCabinHumiditySetValueChanged(value));
/// [用户调用] 设置舱内湿度开关
void setCabinHumiditySwitch(bool isOn) => add(DeviceControlCabinHumiditySwitchChanged(isOn));
/// [MCU调用] 更新氧气浓度当前值
void updateOxygenConcentrationCurrentValue(String value) => add(DeviceControlOxygenConcentrationCurrentValueFetched(value));
/// [用户调用] 设置氧气浓度设定值
void setOxygenConcentrationSetValue(String value) => add(DeviceControlOxygenConcentrationSetValueChanged(value));
/// [用户调用] 设置氧气浓度开关
void setOxygenConcentrationSwitch(bool isOn) => add(DeviceControlOxygenConcentrationSwitchChanged(isOn));
/// [MCU调用] 更新二氧化碳浓度当前值
void updateCO2ConcentrationCurrentValue(String value) => add(DeviceControlCO2ConcentrationCurrentValueFetched(value));
/// [用户调用] 设置二氧化碳浓度告警阈值
void setCO2ConcentrationAlarmThreshold(String value) => add(DeviceControlCO2ConcentrationAlarmThresholdChanged(value));
/// [用户调用] 设置护理等级
void setCareLevel(CareLevel level) => add(DeviceControlCareLevelChanged(level));
/// [用户调用] 设置新风模式
void setFreshAirMode(FreshAirMode mode) => add(DeviceControlFreshAirModeChanged(mode));
/// [用户调用] 设置风速模式
void setWindSpeedMode(WindSpeedMode mode) => add(DeviceControlWindSpeedModeChanged(mode));
/// [用户调用] 设置雾化时间
void setNebulizationTime(String minutes) => add(DeviceControlNebulizationTimeChanged(minutes));
/// [用户调用] 设置消毒时间
void setDisinfectionTime(String minutes) => add(DeviceControlDisinfectionTimeChanged(minutes));
/// [用户调用] 设置开放供氧开关
void setOpenOxygenSwitch(bool isOn) => add(DeviceControlOpenOxygenSwitchChanged(isOn));
/// [MCU调用] 更新供氧计时
void updateOxygenTimer(String hours, String minutes, String seconds) => add(DeviceControlOxygenTimerUpdated(hours, minutes, seconds));
/// [用户调用] 清零供氧计时
void clearOxygenTimer() => add(const DeviceControlOxygenTimerCleared());
/// [用户调用] 设置循环模式
void setCirculationMode(CirculationMode mode) => add(DeviceControlCirculationModeChanged(mode));
/// [用户调用] 设置检查灯开关
void setCheckLightSwitch(bool isOn) => add(DeviceControlCheckLightSwitchChanged(isOn));
/// [用户调用] 设置照明灯开关
void setIlluminationLightSwitch(bool isOn) => add(DeviceControlIlluminationLightSwitchChanged(isOn));
/// [用户调用] 设置蓝光灯开关
void setBlueLightSwitch(bool isOn) => add(DeviceControlBlueLightSwitchChanged(isOn));
/// [用户调用] 设置红光灯开关
void setRedLightSwitch(bool isOn) => add(DeviceControlRedLightSwitchChanged(isOn));
/// [MCU调用] 更新总运行时长
void updateTotalRunTime(String time) => add(DeviceControlTotalRunTimeUpdated(time));
/// [MCU调用] 更新环境温度
void updateEnvironmentTemp(String temp) => add(DeviceControlEnvironmentTempUpdated(temp));
/// [MCU调用] 更新总制氧时长
void updateTotalOxygenTime(String time) => add(DeviceControlTotalOxygenTimeUpdated(time));
/// [用户调用] 重置设备设置
void resetSettings() => add(const DeviceControlResetSettings());
}
lib/blocs/device_control/device_control_event.dart 0 → 100644
View file @ bccdf520
import 'package:equatable/equatable.dart';
import 'package:laki_icu_app/models/bo/device_control_bo.dart';
/// 用途：设备控制事件基类
abstract class DeviceControlEvent extends Equatable {
const DeviceControlEvent();
@override
List<Object?> get props => [];
}
// ==================== 基础事件 ====================
/// 加载设备控制数据
class DeviceControlLoadRequested extends DeviceControlEvent {
const DeviceControlLoadRequested();
}
/// 更新设备控制全部数据
class DeviceControlDataUpdated extends DeviceControlEvent {
final DeviceControlBO data;
const DeviceControlDataUpdated(this.data);
@override
List<Object?> get props => [data];
}
// ==================== 设备SN事件 ====================
/// 获取设备SN（从MCU获取）
class DeviceControlSnFetched extends DeviceControlEvent {
final String? sn;
const DeviceControlSnFetched(this.sn);
@override
List<Object?> get props => [sn];
}
/// 设置设备SN（用户配置，发送给MCU）
class DeviceControlSnChanged extends DeviceControlEvent {
final String? sn;
const DeviceControlSnChanged(this.sn);
@override
List<Object?> get props => [sn];
}
// ==================== 舱内温度控制事件 ====================
/// 获取舱内温度当前值（从MCU获取）
class DeviceControlCabinTempCurrentValueFetched extends DeviceControlEvent {
final String currentValue;
const DeviceControlCabinTempCurrentValueFetched(this.currentValue);
@override
List<Object?> get props => [currentValue];
}
/// 设置舱内温度设定值（用户配置，发送给MCU）
class DeviceControlCabinTempSetValueChanged extends DeviceControlEvent {
final String setValue;
const DeviceControlCabinTempSetValueChanged(this.setValue);
@override
List<Object?> get props => [setValue];
}
/// 设置舱内温度开关
class DeviceControlCabinTempSwitchChanged extends DeviceControlEvent {
final bool isOn;
const DeviceControlCabinTempSwitchChanged(this.isOn);
@override
List<Object?> get props => [isOn];
}
// ==================== 舱内湿度控制事件 ====================
/// 获取舱内湿度当前值（从MCU获取）
class DeviceControlCabinHumidityCurrentValueFetched extends DeviceControlEvent {
final String currentValue;
const DeviceControlCabinHumidityCurrentValueFetched(this.currentValue);
@override
List<Object?> get props => [currentValue];
}
/// 设置舱内湿度设定值（用户配置，发送给MCU）
class DeviceControlCabinHumiditySetValueChanged extends DeviceControlEvent {
final String setValue;
const DeviceControlCabinHumiditySetValueChanged(this.setValue);
@override
List<Object?> get props => [setValue];
}
/// 设置舱内湿度开关
class DeviceControlCabinHumiditySwitchChanged extends DeviceControlEvent {
final bool isOn;
const DeviceControlCabinHumiditySwitchChanged(this.isOn);
@override
List<Object?> get props => [isOn];
}
// ==================== 氧气浓度控制事件 ====================
/// 获取氧气浓度当前值（从MCU获取）
class DeviceControlOxygenConcentrationCurrentValueFetched extends DeviceControlEvent {
final String currentValue;
const DeviceControlOxygenConcentrationCurrentValueFetched(this.currentValue);
@override
List<Object?> get props => [currentValue];
}
/// 设置氧气浓度设定值（用户配置，发送给MCU）
class DeviceControlOxygenConcentrationSetValueChanged extends DeviceControlEvent {
final String setValue;
const DeviceControlOxygenConcentrationSetValueChanged(this.setValue);
@override
List<Object?> get props => [setValue];
}
/// 设置氧气浓度开关
class DeviceControlOxygenConcentrationSwitchChanged extends DeviceControlEvent {
final bool isOn;
const DeviceControlOxygenConcentrationSwitchChanged(this.isOn);
@override
List<Object?> get props => [isOn];
}
// ==================== 二氧化碳浓度控制事件 ====================
/// 获取二氧化碳浓度当前值（从MCU获取）
class DeviceControlCO2ConcentrationCurrentValueFetched extends DeviceControlEvent {
final String currentValue;
const DeviceControlCO2ConcentrationCurrentValueFetched(this.currentValue);
@override
List<Object?> get props => [currentValue];
}
/// 设置二氧化碳浓度告警阈值（用户配置，发送给MCU）
class DeviceControlCO2ConcentrationAlarmThresholdChanged extends DeviceControlEvent {
final String alarmThreshold;
const DeviceControlCO2ConcentrationAlarmThresholdChanged(this.alarmThreshold);
@override
List<Object?> get props => [alarmThreshold];
}
// ==================== 护理等级控制事件 ====================
/// 设置护理等级（用户配置，发送给MCU）
class DeviceControlCareLevelChanged extends DeviceControlEvent {
final CareLevel level;
const DeviceControlCareLevelChanged(this.level);
@override
List<Object?> get props => [level];
}
// ==================== 新风进化控制事件 ====================
/// 设置新风模式（用户配置，发送给MCU）
class DeviceControlFreshAirModeChanged extends DeviceControlEvent {
final FreshAirMode mode;
const DeviceControlFreshAirModeChanged(this.mode);
@override
List<Object?> get props => [mode];
}
// ==================== 风速调节控制事件 ====================
/// 设置风速模式（用户配置，发送给MCU）
class DeviceControlWindSpeedModeChanged extends DeviceControlEvent {
final WindSpeedMode mode;
const DeviceControlWindSpeedModeChanged(this.mode);
@override
List<Object?> get props => [mode];
}
// ==================== 雾化时间设置事件 ====================
/// 设置雾化时间（用户配置，发送给MCU）
class DeviceControlNebulizationTimeChanged extends DeviceControlEvent {
final String minutes;
const DeviceControlNebulizationTimeChanged(this.minutes);
@override
List<Object?> get props => [minutes];
}
// ==================== 消毒时间设置事件 ====================
/// 设置消毒时间（用户配置，发送给MCU）
class DeviceControlDisinfectionTimeChanged extends DeviceControlEvent {
final String minutes;
const DeviceControlDisinfectionTimeChanged(this.minutes);
@override
List<Object?> get props => [minutes];
}
// ==================== 开放供氧控制事件 ====================
/// 设置开放供氧开关（用户配置，发送给MCU）
class DeviceControlOpenOxygenSwitchChanged extends DeviceControlEvent {
final bool isOn;
const DeviceControlOpenOxygenSwitchChanged(this.isOn);
@override
List<Object?> get props => [isOn];
}
// ==================== 供氧计时事件 ====================
/// 更新供氧计时（从MCU获取）
class DeviceControlOxygenTimerUpdated extends DeviceControlEvent {
final String hours;
final String minutes;
final String seconds;
const DeviceControlOxygenTimerUpdated(this.hours, this.minutes, this.seconds);
@override
List<Object?> get props => [hours, minutes, seconds];
}
/// 清零供氧计时（用户操作）
class DeviceControlOxygenTimerCleared extends DeviceControlEvent {
const DeviceControlOxygenTimerCleared();
}
// ==================== 循环模式控制事件 ====================
/// 设置循环模式（用户配置，发送给MCU）
class DeviceControlCirculationModeChanged extends DeviceControlEvent {
final CirculationMode mode;
const DeviceControlCirculationModeChanged(this.mode);
@override
List<Object?> get props => [mode];
}
// ==================== 灯光控制事件 ====================
/// 设置检查灯开关（用户配置，发送给MCU）
class DeviceControlCheckLightSwitchChanged extends DeviceControlEvent {
final bool isOn;
const DeviceControlCheckLightSwitchChanged(this.isOn);
@override
List<Object?> get props => [isOn];
}
/// 设置照明灯开关（用户配置，发送给MCU）
class DeviceControlIlluminationLightSwitchChanged extends DeviceControlEvent {
final bool isOn;
const DeviceControlIlluminationLightSwitchChanged(this.isOn);
@override
List<Object?> get props => [isOn];
}
/// 设置蓝光灯开关（用户配置，发送给MCU）
class DeviceControlBlueLightSwitchChanged extends DeviceControlEvent {
final bool isOn;
const DeviceControlBlueLightSwitchChanged(this.isOn);
@override
List<Object?> get props => [isOn];
}
/// 设置红光灯开关（用户配置，发送给MCU）
class DeviceControlRedLightSwitchChanged extends DeviceControlEvent {
final bool isOn;
const DeviceControlRedLightSwitchChanged(this.isOn);
@override
List<Object?> get props => [isOn];
}
// ==================== 全局统计数据事件 ====================
/// 更新总运行时长（从MCU获取）
class DeviceControlTotalRunTimeUpdated extends DeviceControlEvent {
final String totalRunTime;
const DeviceControlTotalRunTimeUpdated(this.totalRunTime);
@override
List<Object?> get props => [totalRunTime];
}
/// 更新环境温度（从MCU获取）
class DeviceControlEnvironmentTempUpdated extends DeviceControlEvent {
final String environmentTemp;
const DeviceControlEnvironmentTempUpdated(this.environmentTemp);
@override
List<Object?> get props => [environmentTemp];
}
/// 更新总制氧时长（从MCU获取）
class DeviceControlTotalOxygenTimeUpdated extends DeviceControlEvent {
final String totalOxygenTime;
const DeviceControlTotalOxygenTimeUpdated(this.totalOxygenTime);
@override
List<Object?> get props => [totalOxygenTime];
}
/// 初始化设备设置（用户操作，重置为默认值）
class DeviceControlResetSettings extends DeviceControlEvent {
const DeviceControlResetSettings();
}
lib/blocs/device_control/device_control_state.dart 0 → 100644
View file @ bccdf520
import 'package:equatable/equatable.dart';
import 'package:laki_icu_app/models/bo/device_control_bo.dart';
/// 默认的 DeviceControlBO 数据（所有字段为初始值）
const DeviceControlBO _defaultDeviceControlBO = DeviceControlBO(
sn: null,
totalRunTime: '0h',
environmentTemp: '25.0℃',
totalOxygenTime: '0h',
cabinTemp: TemperatureControlBO(
currentValue: '24',
setValue: '24',
unit: '℃',
isOn: false,
),
cabinHumidity: HumidityControlBO(
currentValue: '24',
setValue: '50',
unit: '%',
isOn: false,
),
oxygenConcentration: OxygenConcentrationBO(
currentValue: '24',
setValue: '90',
unit: '%',
isOn: true,
),
co2Concentration: CO2ConcentrationBO(
currentValue: '2400',
alarmThreshold: '4000',
unit: 'PPM',
),
careLevel: CareLevelControlBO(
currentLevel: CareLevel.special,
),
freshAir: FreshAirControlBO(
mode: FreshAirMode.auto,
description: 'CO₂超设定值时自动启动外循环净化，当降至2000ppm后，本功能自动关闭',
),
windSpeed: WindSpeedControlBO(
currentMode: WindSpeedMode.sleep,
),
nebulizationTime: NebulizationTimeBO(
setMinutes: '00',
),
disinfectionTime: DisinfectionTimeBO(
setMinutes: '14',
),
openOxygen: OpenOxygenControlBO(
isOn: false,
description: '开启后风扇打开，制冷、加热和循环等设备暂停。\n*保持设备周围空气相对禁止，严禁烟火',
),
oxygenTimer: OxygenTimerBO(
hours: '00',
minutes: '00',
seconds: '00',
),
circulationMode: CirculationModeBO(
currentMode: CirculationMode.external,
),
lightControl: LightControlBO(
checkLightOn: false,
illuminationOn: false,
blueLightOn: false,
redLightOn: false,
),
);
/// 用途：设备控制状态
/// 涉及页面：设备控制页面
class DeviceControlState extends Equatable {
/// 设备控制数据
final DeviceControlBO data;
/// 用户设置（仅包含用户可配置的字段，用于 hydrated_bloc 持久化）
final DeviceControlUserSettings userSettings;
/// 加载状态
final bool isLoading;
/// 错误信息
final String? error;
const DeviceControlState({
this.data = _defaultDeviceControlBO,
this.userSettings = const DeviceControlUserSettings(),
this.isLoading = false,
this.error,
});
DeviceControlState copyWith({
DeviceControlBO? data,
DeviceControlUserSettings? userSettings,
bool? isLoading,
String? error,
bool clearError = false,
}) {
return DeviceControlState(
data: data ?? this.data,
userSettings: userSettings ?? this.userSettings,
isLoading: isLoading ?? this.isLoading,
error: clearError ? null : error ?? this.error,
);
}
/// 从持久化存储中恢复状态（仅恢复用户设置，MCU值使用默认值）
factory DeviceControlState.fromJson(Map<String, dynamic> json) {
final userSettings = DeviceControlUserSettings.fromJson(json);
final data = userSettings.applyTo(_defaultDeviceControlBO);
return DeviceControlState(
data: data,
userSettings: userSettings,
);
}
/// 序列化为持久化存储（仅持久化用户设置，不包含MCU获取的值）
Map<String, dynamic> toJson() {
return userSettings.toJson();
}
@override
List<Object?> get props => [data, userSettings, isLoading, error];
}
lib/main.dart
View file @ bccdf520
...@@ -3,6 +3,8 @@ import 'package:flutter/foundation.dart'; ...@@ -3,6 +3,8 @@ import 'package:flutter/foundation.dart';
import 'package:flutter/material.dart'; import 'package:flutter/material.dart';
import 'package:flutter/services.dart'; import 'package:flutter/services.dart';
import 'package:flutter_bloc/flutter_bloc.dart'; import 'package:flutter_bloc/flutter_bloc.dart';
import 'package:hydrated_bloc/hydrated_bloc.dart';
import 'package:path_provider/path_provider.dart';
import 'package:laki_icu_app/blocs/auth/auth_bloc.dart'; import 'package:laki_icu_app/blocs/auth/auth_bloc.dart';
import 'package:laki_icu_app/blocs/auth/auth_event.dart'; import 'package:laki_icu_app/blocs/auth/auth_event.dart';
import 'package:laki_icu_app/blocs/auth/auth_state.dart'; import 'package:laki_icu_app/blocs/auth/auth_state.dart';
...@@ -27,10 +29,17 @@ import 'package:flutter_ume_kit_dio_plus/flutter_ume_kit_dio_plus.dart'; ...@@ -27,10 +29,17 @@ import 'package:flutter_ume_kit_dio_plus/flutter_ume_kit_dio_plus.dart';
// import 'package:flutter_ume_kit_show_code_plus/flutter_ume_kit_show_code_plus.dart'; // import 'package:flutter_ume_kit_show_code_plus/flutter_ume_kit_show_code_plus.dart';
import 'package:flutter_ume_kit_ui_plus/flutter_ume_kit_ui_plus.dart'; import 'package:flutter_ume_kit_ui_plus/flutter_ume_kit_ui_plus.dart';
import 'package:laki_icu_app/blocs/device_control/device_control_bloc.dart';
import 'package:marionette_flutter/marionette_flutter.dart'; import 'package:marionette_flutter/marionette_flutter.dart';
void main(List<String> args) { Future<void> main(List<String> args) async {
// WidgetsFlutterBinding.ensureInitialized(); // WidgetsFlutterBinding.ensureInitialized();
// 初始化 HydratedBloc 存储（用于持久化设备控制用户设置等）
WidgetsFlutterBinding.ensureInitialized();
final storageDirectory = await getApplicationDocumentsDirectory();
HydratedBloc.storage = await HydratedStorage.build(
storageDirectory: storageDirectory,
);
// UME 调试工具（仅 Debug 模式启用） // UME 调试工具（仅 Debug 模式启用）
if (kDebugMode) { if (kDebugMode) {
...@@ -43,7 +52,6 @@ void main(List<String> args) { ...@@ -43,7 +52,6 @@ void main(List<String> args) {
// ..register(DioInspector(dio: ApiClient.instance().dio)); // ..register(DioInspector(dio: ApiClient.instance().dio));
runApp(UMEWidget(enable: true, child: const MyApp())); runApp(UMEWidget(enable: true, child: const MyApp()));
} else { } else {
WidgetsFlutterBinding.ensureInitialized();
runApp(const MyApp()); runApp(const MyApp());
} }
// runApp(const MyApp()); // runApp(const MyApp());
...@@ -63,6 +71,7 @@ class _MyAppState extends State<MyApp> { ...@@ -63,6 +71,7 @@ class _MyAppState extends State<MyApp> {
late final AppRouter _appRouter; late final AppRouter _appRouter;
late final AuthBloc _authBloc; late final AuthBloc _authBloc;
BluetoothReadBloc? _bluetoothReadBloc; BluetoothReadBloc? _bluetoothReadBloc;
DeviceControlBloc? _deviceControlBloc;
StreamSubscription? _tokenExpiredSubscription; StreamSubscription? _tokenExpiredSubscription;
bool _isInitializing = true; bool _isInitializing = true;
...@@ -71,6 +80,9 @@ class _MyAppState extends State<MyApp> { ...@@ -71,6 +80,9 @@ class _MyAppState extends State<MyApp> {
storageService: _storageService, storageService: _storageService,
); );
DeviceControlBloc get _deviceControlBlocInstance =>
_deviceControlBloc ??= DeviceControlBloc();
@override @override
void initState() { void initState() {
super.initState(); super.initState();
...@@ -154,6 +166,7 @@ class _MyAppState extends State<MyApp> { ...@@ -154,6 +166,7 @@ class _MyAppState extends State<MyApp> {
_tokenExpiredSubscription?.cancel(); _tokenExpiredSubscription?.cancel();
_authBloc.close(); _authBloc.close();
_bluetoothReadBloc?.close(); _bluetoothReadBloc?.close();
_deviceControlBloc?.close();
super.dispose(); super.dispose();
} }
...@@ -168,6 +181,9 @@ class _MyAppState extends State<MyApp> { ...@@ -168,6 +181,9 @@ class _MyAppState extends State<MyApp> {
BlocProvider<BluetoothReadBloc>.value( BlocProvider<BluetoothReadBloc>.value(
value: _bluetoothReadBlocInstance, value: _bluetoothReadBlocInstance,
), ),
BlocProvider<DeviceControlBloc>.value(
value: _deviceControlBlocInstance,
),
// BlocProvider<CounterBloc>(create: (_) => CounterBloc()), // BlocProvider<CounterBloc>(create: (_) => CounterBloc()),
], ],
child: MultiBlocListener( child: MultiBlocListener(
......
lib/models/bo/device_control_bo.dart 0 → 100644
View file @ bccdf520
import 'package:equatable/equatable.dart';
/// 用途：设备控制面板整体数据
/// 涉及页面：设备控制页面
class DeviceControlBO extends Equatable {
// 设备唯一sn
final String? sn;
/// 总运行时长（设备累计运行时间）
final String totalRunTime;
/// 环境温度（当前环境温度值，从MCU获取）
final String environmentTemp;
/// 总制氧时长（设备累计制氧时间）
final String totalOxygenTime;
/// 舱内温度控制
final TemperatureControlBO cabinTemp;
/// 舱内湿度控制
final HumidityControlBO cabinHumidity;
/// 氧气浓度控制
final OxygenConcentrationBO oxygenConcentration;
/// 二氧化碳浓度控制
final CO2ConcentrationBO co2Concentration;
/// 护理等级控制
final CareLevelControlBO careLevel;
/// 新风进化控制
final FreshAirControlBO freshAir;
/// 风速调节模式
final WindSpeedControlBO windSpeed;
/// 雾化时间设置
final NebulizationTimeBO nebulizationTime;
/// 消毒时间设置
final DisinfectionTimeBO disinfectionTime;
/// 开放供氧控制
final OpenOxygenControlBO openOxygen;
/// 供氧计时
final OxygenTimerBO oxygenTimer;
/// 循环模式控制
final CirculationModeBO circulationMode;
/// 灯光控制
final LightControlBO lightControl;
const DeviceControlBO({
this.sn,
required this.totalRunTime,
required this.environmentTemp,
required this.totalOxygenTime,
required this.cabinTemp,
required this.cabinHumidity,
required this.oxygenConcentration,
required this.co2Concentration,
required this.careLevel,
required this.freshAir,
required this.windSpeed,
required this.nebulizationTime,
required this.disinfectionTime,
required this.openOxygen,
required this.oxygenTimer,
required this.circulationMode,
required this.lightControl,
});
DeviceControlBO copyWith({
String? sn,
String? totalRunTime,
String? environmentTemp,
String? totalOxygenTime,
TemperatureControlBO? cabinTemp,
HumidityControlBO? cabinHumidity,
OxygenConcentrationBO? oxygenConcentration,
CO2ConcentrationBO? co2Concentration,
CareLevelControlBO? careLevel,
FreshAirControlBO? freshAir,
WindSpeedControlBO? windSpeed,
NebulizationTimeBO? nebulizationTime,
DisinfectionTimeBO? disinfectionTime,
OpenOxygenControlBO? openOxygen,
OxygenTimerBO? oxygenTimer,
CirculationModeBO? circulationMode,
LightControlBO? lightControl,
}) {
return DeviceControlBO(
sn: sn ?? this.sn,
totalRunTime: totalRunTime ?? this.totalRunTime,
environmentTemp: environmentTemp ?? this.environmentTemp,
totalOxygenTime: totalOxygenTime ?? this.totalOxygenTime,
cabinTemp: cabinTemp ?? this.cabinTemp,
cabinHumidity: cabinHumidity ?? this.cabinHumidity,
oxygenConcentration: oxygenConcentration ?? this.oxygenConcentration,
co2Concentration: co2Concentration ?? this.co2Concentration,
careLevel: careLevel ?? this.careLevel,
freshAir: freshAir ?? this.freshAir,
windSpeed: windSpeed ?? this.windSpeed,
nebulizationTime: nebulizationTime ?? this.nebulizationTime,
disinfectionTime: disinfectionTime ?? this.disinfectionTime,
openOxygen: openOxygen ?? this.openOxygen,
oxygenTimer: oxygenTimer ?? this.oxygenTimer,
circulationMode: circulationMode ?? this.circulationMode,
lightControl: lightControl ?? this.lightControl,
);
}
factory DeviceControlBO.fromJson(Map<String, dynamic> json) {
return DeviceControlBO(
sn: json['sn'] as String?,
totalRunTime: json['totalRunTime'] as String? ?? '0h',
environmentTemp: json['environmentTemp'] as String? ?? '25.0℃',
totalOxygenTime: json['totalOxygenTime'] as String? ?? '0h',
cabinTemp: json['cabinTemp'] != null
? TemperatureControlBO.fromJson(json['cabinTemp'] as Map<String, dynamic>)
: const TemperatureControlBO(
currentValue: '24',
setValue: '24',
unit: '℃',
isOn: false,
),
cabinHumidity: json['cabinHumidity'] != null
? HumidityControlBO.fromJson(json['cabinHumidity'] as Map<String, dynamic>)
: const HumidityControlBO(
currentValue: '24',
setValue: '50',
unit: '%',
isOn: false,
),
oxygenConcentration: json['oxygenConcentration'] != null
? OxygenConcentrationBO.fromJson(json['oxygenConcentration'] as Map<String, dynamic>)
: const OxygenConcentrationBO(
currentValue: '24',
setValue: '90',
unit: '%',
isOn: true,
),
co2Concentration: json['co2Concentration'] != null
? CO2ConcentrationBO.fromJson(json['co2Concentration'] as Map<String, dynamic>)
: const CO2ConcentrationBO(
currentValue: '2400',
alarmThreshold: '4000',
unit: 'PPM',
),
careLevel: json['careLevel'] != null
? CareLevelControlBO.fromJson(json['careLevel'] as Map<String, dynamic>)
: const CareLevelControlBO(
currentLevel: CareLevel.special,
),
freshAir: json['freshAir'] != null
? FreshAirControlBO.fromJson(json['freshAir'] as Map<String, dynamic>)
: const FreshAirControlBO(
mode: FreshAirMode.auto,
description: 'CO₂超设定值时自动启动外循环净化，当降至2000ppm后，本功能自动关闭',
),
windSpeed: json['windSpeed'] != null
? WindSpeedControlBO.fromJson(json['windSpeed'] as Map<String, dynamic>)
: const WindSpeedControlBO(
currentMode: WindSpeedMode.sleep,
),
nebulizationTime: json['nebulizationTime'] != null
? NebulizationTimeBO.fromJson(json['nebulizationTime'] as Map<String, dynamic>)
: const NebulizationTimeBO(
setMinutes: '00',
),
disinfectionTime: json['disinfectionTime'] != null
? DisinfectionTimeBO.fromJson(json['disinfectionTime'] as Map<String, dynamic>)
: const DisinfectionTimeBO(
setMinutes: '14',
),
openOxygen: json['openOxygen'] != null
? OpenOxygenControlBO.fromJson(json['openOxygen'] as Map<String, dynamic>)
: const OpenOxygenControlBO(
isOn: false,
description: '开启后风扇打开，制冷、加热和循环等设备暂停。\n*保持设备周围空气相对禁止，严禁烟火',
),
oxygenTimer: json['oxygenTimer'] != null
? OxygenTimerBO.fromJson(json['oxygenTimer'] as Map<String, dynamic>)
: const OxygenTimerBO(
hours: '00',
minutes: '00',
seconds: '00',
),
circulationMode: json['circulationMode'] != null
? CirculationModeBO.fromJson(json['circulationMode'] as Map<String, dynamic>)
: const CirculationModeBO(
currentMode: CirculationMode.external,
),
lightControl: json['lightControl'] != null
? LightControlBO.fromJson(json['lightControl'] as Map<String, dynamic>)
: const LightControlBO(
checkLightOn: false,
illuminationOn: false,
blueLightOn: false,
redLightOn: false,
),
);
}
@override
List<Object?> get props => [
sn,
totalRunTime,
environmentTemp,
totalOxygenTime,
cabinTemp,
cabinHumidity,
oxygenConcentration,
co2Concentration,
careLevel,
freshAir,
windSpeed,
nebulizationTime,
disinfectionTime,
openOxygen,
oxygenTimer,
circulationMode,
lightControl,
];
}
/// 用途：舱内温度控制数据
/// 涉及页面：设备控制页面
class TemperatureControlBO extends Equatable {
/// 当前温度值（设备真实数据，从MCU获取）
final String currentValue;
/// 设置温度值（用户配置的期望值）
final String setValue;
/// 温度单位
final String unit;
/// 开关状态
final bool isOn;
const TemperatureControlBO({
required this.currentValue,
required this.setValue,
required this.unit,
required this.isOn,
});
TemperatureControlBO copyWith({
String? currentValue,
String? setValue,
String? unit,
bool? isOn,
}) {
return TemperatureControlBO(
currentValue: currentValue ?? this.currentValue,
setValue: setValue ?? this.setValue,
unit: unit ?? this.unit,
isOn: isOn ?? this.isOn,
);
}
factory TemperatureControlBO.fromJson(Map<String, dynamic> json) {
return TemperatureControlBO(
currentValue: json['currentValue'] as String? ?? '24',
setValue: json['setValue'] as String? ?? '24',
unit: json['unit'] as String? ?? '℃',
isOn: json['isOn'] as bool? ?? false,
);
}
@override
List<Object?> get props => [currentValue, setValue, unit, isOn];
}
/// 用途：舱内湿度控制数据
/// 涉及页面：设备控制页面
class HumidityControlBO extends Equatable {
/// 当前湿度值（设备真实数据，从MCU获取）
final String currentValue;
/// 设置湿度值（用户配置的期望值）
final String setValue;
/// 湿度单位
final String unit;
/// 开关状态
final bool isOn;
const HumidityControlBO({
required this.currentValue,
required this.setValue,
required this.unit,
required this.isOn,
});
HumidityControlBO copyWith({
String? currentValue,
String? setValue,
String? unit,
bool? isOn,
}) {
return HumidityControlBO(
currentValue: currentValue ?? this.currentValue,
setValue: setValue ?? this.setValue,
unit: unit ?? this.unit,
isOn: isOn ?? this.isOn,
);
}
factory HumidityControlBO.fromJson(Map<String, dynamic> json) {
return HumidityControlBO(
currentValue: json['currentValue'] as String? ?? '24',
setValue: json['setValue'] as String? ?? '50',
unit: json['unit'] as String? ?? '%',
isOn: json['isOn'] as bool? ?? false,
);
}
@override
List<Object?> get props => [currentValue, setValue, unit, isOn];
}
/// 用途：氧气浓度控制数据
/// 涉及页面：设备控制页面
class OxygenConcentrationBO extends Equatable {
/// 当前浓度值（设备真实数据，从MCU获取）
final String currentValue;
/// 设置浓度值（用户配置的期望值）
final String setValue;
/// 浓度单位
final String unit;
/// 开关状态
final bool isOn;
const OxygenConcentrationBO({
required this.currentValue,
required this.setValue,
required this.unit,
required this.isOn,
});
OxygenConcentrationBO copyWith({
String? currentValue,
String? setValue,
String? unit,
bool? isOn,
}) {
return OxygenConcentrationBO(
currentValue: currentValue ?? this.currentValue,
setValue: setValue ?? this.setValue,
unit: unit ?? this.unit,
isOn: isOn ?? this.isOn,
);
}
factory OxygenConcentrationBO.fromJson(Map<String, dynamic> json) {
return OxygenConcentrationBO(
currentValue: json['currentValue'] as String? ?? '24',
setValue: json['setValue'] as String? ?? '90',
unit: json['unit'] as String? ?? '%',
isOn: json['isOn'] as bool? ?? true,
);
}
@override
List<Object?> get props => [currentValue, setValue, unit, isOn];
}
/// 用途：二氧化碳浓度控制数据
/// 涉及页面：设备控制页面
class CO2ConcentrationBO extends Equatable {
/// 当前浓度值（设备真实数据，从MCU获取）
final String currentValue;
/// 告警阈值（用户配置的告警触发值）
final String alarmThreshold;
/// 浓度单位
final String unit;
const CO2ConcentrationBO({
required this.currentValue,
required this.alarmThreshold,
required this.unit,
});
CO2ConcentrationBO copyWith({
String? currentValue,
String? alarmThreshold,
String? unit,
}) {
return CO2ConcentrationBO(
currentValue: currentValue ?? this.currentValue,
alarmThreshold: alarmThreshold ?? this.alarmThreshold,
unit: unit ?? this.unit,
);
}
factory CO2ConcentrationBO.fromJson(Map<String, dynamic> json) {
return CO2ConcentrationBO(
currentValue: json['currentValue'] as String? ?? '2400',
alarmThreshold: json['alarmThreshold'] as String? ?? '4000',
unit: json['unit'] as String? ?? 'PPM',
);
}
@override
List<Object?> get props => [currentValue, alarmThreshold, unit];
}
/// 护理等级枚举
enum CareLevel { off, level3, level2, level1, special }
/// 用途：护理等级控制数据
/// 涉及页面：设备控制页面
class CareLevelControlBO extends Equatable {
/// 当前护理等级（用户配置的等级）
final CareLevel currentLevel;
const CareLevelControlBO({
required this.currentLevel,
});
CareLevelControlBO copyWith({
CareLevel? currentLevel,
}) {
return CareLevelControlBO(
currentLevel: currentLevel ?? this.currentLevel,
);
}
factory CareLevelControlBO.fromJson(Map<String, dynamic> json) {
final levelStr = json['currentLevel'] as String? ?? 'special';
final level = CareLevel.values.firstWhere(
(e) => e.name == levelStr,
orElse: () => CareLevel.special,
);
return CareLevelControlBO(currentLevel: level);
}
@override
List<Object?> get props => [currentLevel];
}
/// 新风模式枚举
enum FreshAirMode { auto, on, off }
/// 用途：新风进化控制数据
/// 涉及页面：设备控制页面
class FreshAirControlBO extends Equatable {
/// 新风模式（用户配置的模式）
final FreshAirMode mode;
/// 模式描述
final String description;
const FreshAirControlBO({
required this.mode,
required this.description,
});
FreshAirControlBO copyWith({
FreshAirMode? mode,
String? description,
}) {
return FreshAirControlBO(
mode: mode ?? this.mode,
description: description ?? this.description,
);
}
factory FreshAirControlBO.fromJson(Map<String, dynamic> json) {
final modeStr = json['mode'] as String? ?? 'auto';
final mode = FreshAirMode.values.firstWhere(
(e) => e.name == modeStr,
orElse: () => FreshAirMode.auto,
);
return FreshAirControlBO(
mode: mode,
description: json['description'] as String? ?? '',
);
}
@override
List<Object?> get props => [mode, description];
}
/// 风速模式枚举
enum WindSpeedMode { sleep, comfort, strong }
/// 用途：风速调节控制数据
/// 涉及页面：设备控制页面
class WindSpeedControlBO extends Equatable {
/// 当前风速模式（用户配置的模式）
final WindSpeedMode currentMode;
const WindSpeedControlBO({
required this.currentMode,
});
WindSpeedControlBO copyWith({
WindSpeedMode? currentMode,
}) {
return WindSpeedControlBO(
currentMode: currentMode ?? this.currentMode,
);
}
factory WindSpeedControlBO.fromJson(Map<String, dynamic> json) {
final modeStr = json['currentMode'] as String? ?? 'sleep';
final mode = WindSpeedMode.values.firstWhere(
(e) => e.name == modeStr,
orElse: () => WindSpeedMode.sleep,
);
return WindSpeedControlBO(currentMode: mode);
}
@override
List<Object?> get props => [currentMode];
}
/// 用途：雾化时间设置数据
/// 涉及页面：设备控制页面
class NebulizationTimeBO extends Equatable {
/// 设置雾化分钟数（用户配置的时间）
final String setMinutes;
const NebulizationTimeBO({
required this.setMinutes,
});
NebulizationTimeBO copyWith({
String? setMinutes,
}) {
return NebulizationTimeBO(
setMinutes: setMinutes ?? this.setMinutes,
);
}
factory NebulizationTimeBO.fromJson(Map<String, dynamic> json) {
return NebulizationTimeBO(
setMinutes: json['setMinutes'] as String? ?? '00',
);
}
@override
List<Object?> get props => [setMinutes];
}
/// 用途：消毒时间设置数据
/// 涉及页面：设备控制页面
class DisinfectionTimeBO extends Equatable {
/// 设置消毒分钟数（用户配置的时间）
final String setMinutes;
const DisinfectionTimeBO({
required this.setMinutes,
});
DisinfectionTimeBO copyWith({
String? setMinutes,
}) {
return DisinfectionTimeBO(
setMinutes: setMinutes ?? this.setMinutes,
);
}
factory DisinfectionTimeBO.fromJson(Map<String, dynamic> json) {
return DisinfectionTimeBO(
setMinutes: json['setMinutes'] as String? ?? '14',
);
}
@override
List<Object?> get props => [setMinutes];
}
/// 用途：开放供氧控制数据
/// 涉及页面：设备控制页面
class OpenOxygenControlBO extends Equatable {
/// 开关状态（用户配置的状态）
final bool isOn;
/// 描述说明
final String description;
const OpenOxygenControlBO({
required this.isOn,
required this.description,
});
OpenOxygenControlBO copyWith({
bool? isOn,
String? description,
}) {
return OpenOxygenControlBO(
isOn: isOn ?? this.isOn,
description: description ?? this.description,
);
}
factory OpenOxygenControlBO.fromJson(Map<String, dynamic> json) {
return OpenOxygenControlBO(
isOn: json['isOn'] as bool? ?? false,
description: json['description'] as String? ?? '',
);
}
@override
List<Object?> get props => [isOn, description];
}
/// 用途：供氧计时数据
/// 涉及页面：设备控制页面
class OxygenTimerBO extends Equatable {
/// 小时（当前计时时间）
final String hours;
/// 分钟（当前计时时间）
final String minutes;
/// 秒（当前计时时间）
final String seconds;
const OxygenTimerBO({
required this.hours,
required this.minutes,
required this.seconds,
});
OxygenTimerBO copyWith({
String? hours,
String? minutes,
String? seconds,
}) {
return OxygenTimerBO(
hours: hours ?? this.hours,
minutes: minutes ?? this.minutes,
seconds: seconds ?? this.seconds,
);
}
factory OxygenTimerBO.fromJson(Map<String, dynamic> json) {
return OxygenTimerBO(
hours: json['hours'] as String? ?? '00',
minutes: json['minutes'] as String? ?? '00',
seconds: json['seconds'] as String? ?? '00',
);
}
@override
List<Object?> get props => [hours, minutes, seconds];
}
/// 循环模式枚举
enum CirculationMode { external, internal }
/// 用途：循环模式控制数据
/// 涉及页面：设备控制页面
class CirculationModeBO extends Equatable {
/// 当前循环模式（用户配置的模式）
final CirculationMode currentMode;
const CirculationModeBO({
required this.currentMode,
});
CirculationModeBO copyWith({
CirculationMode? currentMode,
}) {
return CirculationModeBO(
currentMode: currentMode ?? this.currentMode,
);
}
factory CirculationModeBO.fromJson(Map<String, dynamic> json) {
final modeStr = json['currentMode'] as String? ?? 'external';
final mode = CirculationMode.values.firstWhere(
(e) => e.name == modeStr,
orElse: () => CirculationMode.external,
);
return CirculationModeBO(currentMode: mode);
}
@override
List<Object?> get props => [currentMode];
}
/// 用途：灯光控制数据
/// 涉及页面：设备控制页面
class LightControlBO extends Equatable {
/// 检查灯开关（用户配置的状态）
final bool checkLightOn;
/// 照明灯开关（用户配置的状态）
final bool illuminationOn;
/// 蓝光灯开关（用户配置的状态）
final bool blueLightOn;
/// 红光灯开关（用户配置的状态）
final bool redLightOn;
const LightControlBO({
required this.checkLightOn,
required this.illuminationOn,
required this.blueLightOn,
required this.redLightOn,
});
LightControlBO copyWith({
bool? checkLightOn,
bool? illuminationOn,
bool? blueLightOn,
bool? redLightOn,
}) {
return LightControlBO(
checkLightOn: checkLightOn ?? this.checkLightOn,
illuminationOn: illuminationOn ?? this.illuminationOn,
blueLightOn: blueLightOn ?? this.blueLightOn,
redLightOn: redLightOn ?? this.redLightOn,
);
}
factory LightControlBO.fromJson(Map<String, dynamic> json) {
return LightControlBO(
checkLightOn: json['checkLightOn'] as bool? ?? false,
illuminationOn: json['illuminationOn'] as bool? ?? false,
blueLightOn: json['blueLightOn'] as bool? ?? false,
redLightOn: json['redLightOn'] as bool? ?? false,
);
}
@override
List<Object?> get props => [checkLightOn, illuminationOn, blueLightOn, redLightOn];
}
/// 用途：设备控制用户设置数据（仅包含用户可配置的字段，不包含MCU获取的值）
/// 用于 hydrated_bloc 持久化
class DeviceControlUserSettings extends Equatable {
/// 设备SN
final String? sn;
/// 舱内温度设定值
final String? cabinTempSetValue;
/// 舱内温度开关
final bool? cabinTempIsOn;
/// 舱内湿度设定值
final String? cabinHumiditySetValue;
/// 舱内湿度开关
final bool? cabinHumidityIsOn;
/// 氧气浓度设定值
final String? oxygenConcentrationSetValue;
/// 氧气浓度开关
final bool? oxygenConcentrationIsOn;
/// 二氧化碳告警阈值
final String? co2AlarmThreshold;
/// 护理等级
final CareLevel? careLevelValue;
/// 新风模式
final FreshAirMode? freshAirModeValue;
/// 风速模式
final WindSpeedMode? windSpeedModeValue;
/// 雾化时间（分钟）
final String? nebulizationTimeMinutes;
/// 消毒时间（分钟）
final String? disinfectionTimeMinutes;
/// 开放供氧开关
final bool? openOxygenIsOn;
/// 循环模式
final CirculationMode? circulationModeValue;
/// 检查灯开关
final bool? checkLightOn;
/// 照明灯开关
final bool? illuminationOn;
/// 蓝光灯开关
final bool? blueLightOn;
/// 红光灯开关
final bool? redLightOn;
const DeviceControlUserSettings({
this.sn,
this.cabinTempSetValue,
this.cabinTempIsOn,
this.cabinHumiditySetValue,
this.cabinHumidityIsOn,
this.oxygenConcentrationSetValue,
this.oxygenConcentrationIsOn,
this.co2AlarmThreshold,
this.careLevelValue,
this.freshAirModeValue,
this.windSpeedModeValue,
this.nebulizationTimeMinutes,
this.disinfectionTimeMinutes,
this.openOxygenIsOn,
this.circulationModeValue,
this.checkLightOn,
this.illuminationOn,
this.blueLightOn,
this.redLightOn,
});
DeviceControlUserSettings copyWith({
String? sn,
String? cabinTempSetValue,
bool? cabinTempIsOn,
String? cabinHumiditySetValue,
bool? cabinHumidityIsOn,
String? oxygenConcentrationSetValue,
bool? oxygenConcentrationIsOn,
String? co2AlarmThreshold,
CareLevel? careLevelValue,
FreshAirMode? freshAirModeValue,
WindSpeedMode? windSpeedModeValue,
String? nebulizationTimeMinutes,
String? disinfectionTimeMinutes,
bool? openOxygenIsOn,
CirculationMode? circulationModeValue,
bool? checkLightOn,
bool? illuminationOn,
bool? blueLightOn,
bool? redLightOn,
}) {
return DeviceControlUserSettings(
sn: sn ?? this.sn,
cabinTempSetValue: cabinTempSetValue ?? this.cabinTempSetValue,
cabinTempIsOn: cabinTempIsOn ?? this.cabinTempIsOn,
cabinHumiditySetValue: cabinHumiditySetValue ?? this.cabinHumiditySetValue,
cabinHumidityIsOn: cabinHumidityIsOn ?? this.cabinHumidityIsOn,
oxygenConcentrationSetValue: oxygenConcentrationSetValue ?? this.oxygenConcentrationSetValue,
oxygenConcentrationIsOn: oxygenConcentrationIsOn ?? this.oxygenConcentrationIsOn,
co2AlarmThreshold: co2AlarmThreshold ?? this.co2AlarmThreshold,
careLevelValue: careLevelValue ?? this.careLevelValue,
freshAirModeValue: freshAirModeValue ?? this.freshAirModeValue,
windSpeedModeValue: windSpeedModeValue ?? this.windSpeedModeValue,
nebulizationTimeMinutes: nebulizationTimeMinutes ?? this.nebulizationTimeMinutes,
disinfectionTimeMinutes: disinfectionTimeMinutes ?? this.disinfectionTimeMinutes,
openOxygenIsOn: openOxygenIsOn ?? this.openOxygenIsOn,
circulationModeValue: circulationModeValue ?? this.circulationModeValue,
checkLightOn: checkLightOn ?? this.checkLightOn,
illuminationOn: illuminationOn ?? this.illuminationOn,
blueLightOn: blueLightOn ?? this.blueLightOn,
redLightOn: redLightOn ?? this.redLightOn,
);
}
/// 将用户设置应用到 DeviceControlBO 上
/// MCU获取的值不受影响，仅覆盖用户可配置的字段
DeviceControlBO applyTo(DeviceControlBO bo) {
return bo.copyWith(
sn: sn ?? bo.sn,
cabinTemp: bo.cabinTemp.copyWith(
setValue: cabinTempSetValue ?? bo.cabinTemp.setValue,
isOn: cabinTempIsOn ?? bo.cabinTemp.isOn,
),
cabinHumidity: bo.cabinHumidity.copyWith(
setValue: cabinHumiditySetValue ?? bo.cabinHumidity.setValue,
isOn: cabinHumidityIsOn ?? bo.cabinHumidity.isOn,
),
oxygenConcentration: bo.oxygenConcentration.copyWith(
setValue: oxygenConcentrationSetValue ?? bo.oxygenConcentration.setValue,
isOn: oxygenConcentrationIsOn ?? bo.oxygenConcentration.isOn,
),
co2Concentration: bo.co2Concentration.copyWith(
alarmThreshold: co2AlarmThreshold ?? bo.co2Concentration.alarmThreshold,
),
careLevel: careLevelValue != null
? bo.careLevel.copyWith(currentLevel: careLevelValue)
: null,
freshAir: freshAirModeValue != null
? bo.freshAir.copyWith(mode: freshAirModeValue)
: null,
windSpeed: windSpeedModeValue != null
? bo.windSpeed.copyWith(currentMode: windSpeedModeValue)
: null,
nebulizationTime: nebulizationTimeMinutes != null
? bo.nebulizationTime.copyWith(setMinutes: nebulizationTimeMinutes)
: null,
disinfectionTime: disinfectionTimeMinutes != null
? bo.disinfectionTime.copyWith(setMinutes: disinfectionTimeMinutes)
: null,
openOxygen: openOxygenIsOn != null
? bo.openOxygen.copyWith(isOn: openOxygenIsOn)
: null,
circulationMode: circulationModeValue != null
? bo.circulationMode.copyWith(currentMode: circulationModeValue)
: null,
lightControl: bo.lightControl.copyWith(
checkLightOn: checkLightOn ?? bo.lightControl.checkLightOn,
illuminationOn: illuminationOn ?? bo.lightControl.illuminationOn,
blueLightOn: blueLightOn ?? bo.lightControl.blueLightOn,
redLightOn: redLightOn ?? bo.lightControl.redLightOn,
),
);
}
factory DeviceControlUserSettings.fromJson(Map<String, dynamic> json) {
return DeviceControlUserSettings(
sn: json['sn'] as String?,
cabinTempSetValue: json['cabinTempSetValue'] as String?,
cabinTempIsOn: json['cabinTempIsOn'] as bool?,
cabinHumiditySetValue: json['cabinHumiditySetValue'] as String?,
cabinHumidityIsOn: json['cabinHumidityIsOn'] as bool?,
oxygenConcentrationSetValue: json['oxygenConcentrationSetValue'] as String?,
oxygenConcentrationIsOn: json['oxygenConcentrationIsOn'] as bool?,
co2AlarmThreshold: json['co2AlarmThreshold'] as String?,
careLevelValue: json['careLevelValue'] != null
? CareLevel.values.firstWhere(
(e) => e.name == json['careLevelValue'] as String,
orElse: () => CareLevel.special,
)
: null,
freshAirModeValue: json['freshAirModeValue'] != null
? FreshAirMode.values.firstWhere(
(e) => e.name == json['freshAirModeValue'] as String,
orElse: () => FreshAirMode.auto,
)
: null,
windSpeedModeValue: json['windSpeedModeValue'] != null
? WindSpeedMode.values.firstWhere(
(e) => e.name == json['windSpeedModeValue'] as String,
orElse: () => WindSpeedMode.sleep,
)
: null,
nebulizationTimeMinutes: json['nebulizationTimeMinutes'] as String?,
disinfectionTimeMinutes: json['disinfectionTimeMinutes'] as String?,
openOxygenIsOn: json['openOxygenIsOn'] as bool?,
circulationModeValue: json['circulationModeValue'] != null
? CirculationMode.values.firstWhere(
(e) => e.name == json['circulationModeValue'] as String,
orElse: () => CirculationMode.external,
)
: null,
checkLightOn: json['checkLightOn'] as bool?,
illuminationOn: json['illuminationOn'] as bool?,
blueLightOn: json['blueLightOn'] as bool?,
redLightOn: json['redLightOn'] as bool?,
);
}
Map<String, dynamic> toJson() {
return {
if (sn != null) 'sn': sn,
if (cabinTempSetValue != null) 'cabinTempSetValue': cabinTempSetValue,
if (cabinTempIsOn != null) 'cabinTempIsOn': cabinTempIsOn,
if (cabinHumiditySetValue != null) 'cabinHumiditySetValue': cabinHumiditySetValue,
if (cabinHumidityIsOn != null) 'cabinHumidityIsOn': cabinHumidityIsOn,
if (oxygenConcentrationSetValue != null) 'oxygenConcentrationSetValue': oxygenConcentrationSetValue,
if (oxygenConcentrationIsOn != null) 'oxygenConcentrationIsOn': oxygenConcentrationIsOn,
if (co2AlarmThreshold != null) 'co2AlarmThreshold': co2AlarmThreshold,
if (careLevelValue != null) 'careLevelValue': careLevelValue!.name,
if (freshAirModeValue != null) 'freshAirModeValue': freshAirModeValue!.name,
if (windSpeedModeValue != null) 'windSpeedModeValue': windSpeedModeValue!.name,
if (nebulizationTimeMinutes != null) 'nebulizationTimeMinutes': nebulizationTimeMinutes,
if (disinfectionTimeMinutes != null) 'disinfectionTimeMinutes': disinfectionTimeMinutes,
if (openOxygenIsOn != null) 'openOxygenIsOn': openOxygenIsOn,
if (circulationModeValue != null) 'circulationModeValue': circulationModeValue!.name,
if (checkLightOn != null) 'checkLightOn': checkLightOn,
if (illuminationOn != null) 'illuminationOn': illuminationOn,
if (blueLightOn != null) 'blueLightOn': blueLightOn,
if (redLightOn != null) 'redLightOn': redLightOn,
};
}
@override
List<Object?> get props => [
sn,
cabinTempSetValue,
cabinTempIsOn,
cabinHumiditySetValue,
cabinHumidityIsOn,
oxygenConcentrationSetValue,
oxygenConcentrationIsOn,
co2AlarmThreshold,
careLevelValue,
freshAirModeValue,
windSpeedModeValue,
nebulizationTimeMinutes,
disinfectionTimeMinutes,
openOxygenIsOn,
circulationModeValue,
checkLightOn,
illuminationOn,
blueLightOn,
redLightOn,
];
}
pubspec.yaml
View file @ bccdf520
...@@ -60,6 +60,7 @@ dependencies: ...@@ -60,6 +60,7 @@ dependencies:
flutter_reactive_ble: ^5.5.0 flutter_reactive_ble: ^5.5.0
mqtt_client: ^10.5.1 mqtt_client: ^10.5.1
marionette_flutter: ^0.5.0 marionette_flutter: ^0.5.0
hydrated_bloc: ^9.1.5
dev_dependencies: dev_dependencies:
flutter_test: flutter_test:
sdk: flutter sdk: flutter
......
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