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tests
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parent
c50baa4802
commit
59f8267391
5 changed files with 123 additions and 12 deletions
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@ -25,6 +25,7 @@ class LightSensorContainerBloc
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communicationBloc,
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const LightSensorContainerState(null),
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) {
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on<StartLuxMeteringEvent>(_onStartLuxMeteringEvent);
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on<LuxMeteringEvent>(_onLuxMeteringEvent);
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on<CancelLuxMeteringEvent>(_onCancelLuxMeteringEvent);
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}
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@ -34,22 +35,27 @@ class LightSensorContainerBloc
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switch (communicationState) {
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case communication_states.MeasureState():
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if (_luxSubscriptions == null) {
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_startMetering();
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add(const StartLuxMeteringEvent());
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} else {
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_cancelMetering();
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add(const CancelLuxMeteringEvent());
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}
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case communication_states.SettingsOpenedState():
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_cancelMetering();
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add(const CancelLuxMeteringEvent());
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default:
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}
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}
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@override
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Future<void> close() async {
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_cancelMetering();
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communicationBloc.add(communication_event.MeteringEndedEvent(state.ev100));
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_luxSubscriptions?.cancel().then((_) => _luxSubscriptions = null);
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return super.close();
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}
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void _onStartLuxMeteringEvent(StartLuxMeteringEvent event, _) {
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_luxSubscriptions = _meteringInteractor.luxStream().listen((lux) => add(LuxMeteringEvent(lux)));
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}
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void _onLuxMeteringEvent(LuxMeteringEvent event, Emitter<LightSensorContainerState> emit) {
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final ev100 = log2(event.lux.toDouble() / 2.5) + _meteringInteractor.lightSensorEvCalibration;
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emit(LightSensorContainerState(ev100));
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@ -57,14 +63,6 @@ class LightSensorContainerBloc
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}
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void _onCancelLuxMeteringEvent(CancelLuxMeteringEvent event, _) {
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_cancelMetering();
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}
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void _startMetering() {
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_luxSubscriptions = _meteringInteractor.luxStream().listen((lux) => add(LuxMeteringEvent(lux)));
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}
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void _cancelMetering() {
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communicationBloc.add(communication_event.MeteringEndedEvent(state.ev100));
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_luxSubscriptions?.cancel().then((_) => _luxSubscriptions = null);
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}
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@ -2,6 +2,10 @@ abstract class LightSensorContainerEvent {
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const LightSensorContainerEvent();
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}
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class StartLuxMeteringEvent extends LightSensorContainerEvent {
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const StartLuxMeteringEvent();
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}
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class LuxMeteringEvent extends LightSensorContainerEvent {
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final int lux;
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@ -668,4 +668,25 @@ void main() {
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);
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},
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);
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group(
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'`SettingOpenedEvent`/`SettingsClosedEvent`',
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() {
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blocTest<MeteringBloc, MeteringState>(
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'Settings opened & closed',
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build: () => bloc,
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act: (bloc) async {
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bloc.add(const SettingsOpenedEvent());
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bloc.add(const SettingsClosedEvent());
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},
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verify: (_) {
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verify(() => communicationBloc.add(const communication_events.SettingsOpenedEvent()))
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.called(1);
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verify(() => communicationBloc.add(const communication_events.SettingsClosedEvent()))
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.called(1);
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},
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expect: () => [],
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);
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},
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);
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}
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@ -98,4 +98,30 @@ void main() {
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);
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},
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);
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group(
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'`SettingsOpenedEvent`/`SettingsClosedEvent`',
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() {
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blocTest<MeteringCommunicationBloc, MeteringCommunicationState>(
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'Multiple consequtive settings events',
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build: () => bloc,
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act: (bloc) async {
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bloc.add(const SettingsOpenedEvent());
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bloc.add(const SettingsOpenedEvent());
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bloc.add(const SettingsOpenedEvent());
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bloc.add(const SettingsClosedEvent());
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bloc.add(const SettingsClosedEvent());
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bloc.add(const SettingsClosedEvent());
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bloc.add(const SettingsOpenedEvent());
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bloc.add(const SettingsClosedEvent());
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},
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expect: () => [
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isA<SettingsOpenedState>(),
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isA<SettingsClosedState>(),
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isA<SettingsOpenedState>(),
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isA<SettingsClosedState>(),
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],
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);
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},
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);
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}
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@ -78,4 +78,66 @@ void main() {
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);
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},
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);
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group(
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'`communication_states.SettingsOpenedState()`',
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() {
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const List<int> luxIterable = [1, 2, 2, 2, 3];
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final List<double> resultList = luxIterable.map((lux) => log2(lux / 2.5)).toList();
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blocTest<LightSensorContainerBloc, LightSensorContainerState>(
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'Metering is already canceled',
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build: () => bloc,
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setUp: () {
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when(() => meteringInteractor.luxStream())
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.thenAnswer((_) => Stream.fromIterable(luxIterable));
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when(() => meteringInteractor.lightSensorEvCalibration).thenReturn(0.0);
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},
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act: (bloc) async {
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bloc.onCommunicationState(const communication_states.SettingsOpenedState());
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},
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verify: (_) {
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verifyNever(() => meteringInteractor.luxStream().listen((_) {}));
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verifyNever(() => meteringInteractor.lightSensorEvCalibration);
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verify(() {
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communicationBloc.add(const communication_events.MeteringEndedEvent(null));
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}).called(2); // +1 from dispose
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},
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expect: () => [],
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);
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blocTest<LightSensorContainerBloc, LightSensorContainerState>(
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'Metering is in progress',
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build: () => bloc,
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setUp: () {
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when(() => meteringInteractor.luxStream())
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.thenAnswer((_) => Stream.fromIterable(luxIterable));
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when(() => meteringInteractor.lightSensorEvCalibration).thenReturn(0.0);
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},
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act: (bloc) async {
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bloc.onCommunicationState(const communication_states.MeasureState());
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await Future.delayed(Duration.zero);
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bloc.onCommunicationState(const communication_states.SettingsOpenedState());
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},
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verify: (_) {
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verify(() => meteringInteractor.luxStream().listen((_) {})).called(1);
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verify(() => meteringInteractor.lightSensorEvCalibration).called(5);
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verify(() {
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communicationBloc.add(communication_events.MeteringInProgressEvent(resultList.first));
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}).called(1);
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verify(() {
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communicationBloc.add(communication_events.MeteringInProgressEvent(resultList[1]));
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}).called(3);
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verify(() {
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communicationBloc.add(communication_events.MeteringInProgressEvent(resultList.last));
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}).called(1);
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verify(() {
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communicationBloc.add(communication_events.MeteringEndedEvent(resultList.last));
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}).called(2); // +1 from dispose
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},
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expect: () => resultList.map(
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(e) => isA<LightSensorContainerState>().having((state) => state.ev100, 'ev100', e),
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),
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);
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},
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);
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}
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