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https://github.com/vodemn/m3_lightmeter.git
synced 2024-11-24 00:10:47 +00:00
increased timer vibration duration
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parent
bd740cc7dc
commit
26752073f6
5 changed files with 26 additions and 26 deletions
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@ -9,7 +9,7 @@ class HapticsService {
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Future<void> responseVibration() async => _tryVibrate(duration: 50, amplitude: 128);
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Future<void> errorVibration() async => _tryVibrate(duration: 100, amplitude: 128);
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Future<void> errorVibration() async => _tryVibrate(duration: 500, amplitude: 128);
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Future<void> _tryVibrate({required int duration, required int amplitude}) async {
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if (await _canVibrate()) {
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@ -11,13 +11,13 @@ class TimerInteractor {
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);
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/// Executes vibration if haptics are enabled in settings
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Future<void> quickVibration() async {
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Future<void> startVibration() async {
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if (_userPreferencesService.haptics) await _hapticsService.quickVibration();
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}
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/// Executes vibration if haptics are enabled in settings
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Future<void> responseVibration() async {
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if (_userPreferencesService.haptics) await _hapticsService.responseVibration();
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Future<void> endVibration() async {
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if (_userPreferencesService.haptics) await _hapticsService.errorVibration();
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}
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bool get isAutostartTimerEnabled => _userPreferencesService.autostartTimer;
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@ -19,19 +19,19 @@ class TimerBloc extends Bloc<TimerEvent, TimerState> {
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}
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Future<void> _onStartTimer(StartTimerEvent _, Emitter emit) async {
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_timerInteractor.quickVibration();
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_timerInteractor.startVibration();
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emit(const TimerResumedState());
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}
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Future<void> _onTimerEnded(TimerEndedEvent event, Emitter emit) async {
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if (state is! TimerResetState) {
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_timerInteractor.responseVibration();
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_timerInteractor.endVibration();
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emit(const TimerStoppedState());
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}
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}
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Future<void> _onStopTimer(StopTimerEvent _, Emitter emit) async {
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_timerInteractor.quickVibration();
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_timerInteractor.startVibration();
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emit(const TimerStoppedState());
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}
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@ -27,36 +27,36 @@ void main() {
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group(
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'Haptics',
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() {
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test('quickVibration() - true', () async {
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test('startVibration() - true', () async {
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when(() => mockUserPreferencesService.haptics).thenReturn(true);
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when(() => mockHapticsService.quickVibration()).thenAnswer((_) async {});
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interactor.quickVibration();
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interactor.startVibration();
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verify(() => mockUserPreferencesService.haptics).called(1);
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verify(() => mockHapticsService.quickVibration()).called(1);
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});
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test('quickVibration() - false', () async {
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test('startVibration() - false', () async {
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when(() => mockUserPreferencesService.haptics).thenReturn(false);
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when(() => mockHapticsService.quickVibration()).thenAnswer((_) async {});
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interactor.quickVibration();
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interactor.startVibration();
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verify(() => mockUserPreferencesService.haptics).called(1);
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verifyNever(() => mockHapticsService.quickVibration());
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});
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test('responseVibration() - true', () async {
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test('endVibration() - true', () async {
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when(() => mockUserPreferencesService.haptics).thenReturn(true);
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when(() => mockHapticsService.responseVibration()).thenAnswer((_) async {});
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interactor.responseVibration();
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when(() => mockHapticsService.errorVibration()).thenAnswer((_) async {});
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interactor.endVibration();
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verify(() => mockUserPreferencesService.haptics).called(1);
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verify(() => mockHapticsService.responseVibration()).called(1);
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verify(() => mockHapticsService.errorVibration()).called(1);
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});
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test('responseVibration() - false', () async {
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test('endVibration() - false', () async {
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when(() => mockUserPreferencesService.haptics).thenReturn(false);
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when(() => mockHapticsService.responseVibration()).thenAnswer((_) async {});
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interactor.responseVibration();
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when(() => mockHapticsService.errorVibration()).thenAnswer((_) async {});
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interactor.endVibration();
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verify(() => mockUserPreferencesService.haptics).called(1);
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verifyNever(() => mockHapticsService.responseVibration());
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verifyNever(() => mockHapticsService.errorVibration());
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});
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},
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);
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@ -14,15 +14,15 @@ void main() {
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setUpAll(() {
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timerInteractor = _MockTimerInteractor();
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when(() => timerInteractor.isAutostartTimerEnabled).thenReturn(true);
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when(timerInteractor.quickVibration).thenAnswer((_) async {});
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when(timerInteractor.responseVibration).thenAnswer((_) async {});
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when(timerInteractor.startVibration).thenAnswer((_) async {});
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when(timerInteractor.endVibration).thenAnswer((_) async {});
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});
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blocTest<TimerBloc, TimerState>(
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'Autostart',
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build: () => TimerBloc(timerInteractor, const Duration(seconds: 1)),
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verify: (_) {
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verify(() => timerInteractor.quickVibration()).called(1);
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verify(() => timerInteractor.startVibration()).called(1);
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},
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expect: () => [
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isA<TimerResumedState>(),
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@ -41,8 +41,8 @@ void main() {
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bloc.add(const ResetTimerEvent());
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},
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verify: (_) {
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verify(() => timerInteractor.quickVibration()).called(1);
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verify(() => timerInteractor.responseVibration()).called(1);
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verify(() => timerInteractor.startVibration()).called(1);
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verify(() => timerInteractor.endVibration()).called(1);
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},
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expect: () => [
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isA<TimerResumedState>(),
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@ -64,8 +64,8 @@ void main() {
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bloc.add(const TimerEndedEvent());
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},
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verify: (_) {
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verify(() => timerInteractor.quickVibration()).called(3);
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verify(() => timerInteractor.responseVibration()).called(1);
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verify(() => timerInteractor.startVibration()).called(3);
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verify(() => timerInteractor.endVibration()).called(1);
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},
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expect: () => [
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isA<TimerResumedState>(),
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