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MeasureEvent tests added timeout

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Vadim 2023-06-08 12:11:37 +02:00
parent c7d30510f0
commit e4a6f0c1d4
1 changed files with 92 additions and 88 deletions
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180
test/screens/metering/bloc_metering_test.dart
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@ -59,7 +59,7 @@ void main() {
bloc.close();
});
group('MeteringBloc test:', () {
group('Initial state test', () {
test('Initial state', () {
expect(
bloc.state,
@ -73,93 +73,97 @@ void main() {
});
});
group('`MeasureEvent` tests', () {
blocTest<MeteringBloc, MeteringState>(
'`MeasureEvent` -> success',
build: () => bloc,
act: (bloc) async {
bloc.add(const MeasureEvent());
bloc.onCommunicationState(const communication_states.MeteringEndedState(2));
},
verify: (_) {
verify(() => meteringInteractor.quickVibration()).called(1);
verify(() => communicationBloc.add(const communication_events.MeasureEvent())).called(1);
verify(() => meteringInteractor.responseVibration()).called(1);
},
expect: () => [
isA<LoadingState>(),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', false)
.having((state) => state.ev, 'ev', 2),
],
);
group(
'`MeasureEvent` tests',
() {
blocTest<MeteringBloc, MeteringState>(
'`MeasureEvent` -> success',
build: () => bloc,
act: (bloc) async {
bloc.add(const MeasureEvent());
bloc.onCommunicationState(const communication_states.MeteringEndedState(2));
},
verify: (_) {
verify(() => meteringInteractor.quickVibration()).called(1);
verify(() => communicationBloc.add(const communication_events.MeasureEvent())).called(1);
verify(() => meteringInteractor.responseVibration()).called(1);
},
expect: () => [
isA<LoadingState>(),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', false)
.having((state) => state.ev, 'ev', 2),
],
);
blocTest<MeteringBloc, MeteringState>(
'`MeasureEvent` -> error',
build: () => bloc,
act: (bloc) async {
bloc.add(const MeasureEvent());
bloc.onCommunicationState(const communication_states.MeteringEndedState(null));
},
verify: (_) {
verify(() => meteringInteractor.quickVibration()).called(1);
verify(() => communicationBloc.add(const communication_events.MeasureEvent())).called(1);
verify(() => meteringInteractor.errorVibration()).called(1);
},
expect: () => [
isA<LoadingState>(),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', false)
.having((_) => bloc.ev100, 'ev100', null)
.having((state) => state.ev, 'ev', null),
],
);
blocTest<MeteringBloc, MeteringState>(
'`MeasureEvent` -> error',
build: () => bloc,
act: (bloc) async {
bloc.add(const MeasureEvent());
bloc.onCommunicationState(const communication_states.MeteringEndedState(null));
},
verify: (_) {
verify(() => meteringInteractor.quickVibration()).called(1);
verify(() => communicationBloc.add(const communication_events.MeasureEvent())).called(1);
verify(() => meteringInteractor.errorVibration()).called(1);
},
expect: () => [
isA<LoadingState>(),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', false)
.having((_) => bloc.ev100, 'ev100', null)
.having((state) => state.ev, 'ev', null),
],
);
blocTest<MeteringBloc, MeteringState>(
'`MeasureEvent` -> continuous metering',
build: () => bloc,
act: (bloc) async {
// delays here simulate light sensor behaviour
// when sensor does not fire new LUX events when value is not changed
bloc.add(const MeasureEvent());
bloc.onCommunicationState(const communication_states.MeteringInProgressState(null));
await Future.delayed(const Duration(seconds: 1));
bloc.onCommunicationState(const communication_states.MeteringInProgressState(2));
bloc.onCommunicationState(const communication_states.MeteringInProgressState(5.5));
await Future.delayed(const Duration(seconds: 2));
bloc.onCommunicationState(const communication_states.MeteringInProgressState(null));
bloc.onCommunicationState(const communication_states.MeteringInProgressState(4));
bloc.add(const MeasureEvent());
bloc.onCommunicationState(const communication_states.MeteringEndedState(4));
},
verify: (_) {
verify(() => meteringInteractor.quickVibration()).called(2);
verify(() => communicationBloc.add(const communication_events.MeasureEvent())).called(2);
verify(() => meteringInteractor.responseVibration()).called(4);
verify(() => meteringInteractor.errorVibration()).called(2);
},
expect: () => [
isA<LoadingState>(),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', null),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', 2),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', 5.5),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', null),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', 4),
isA<LoadingState>(),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', false)
.having((state) => state.ev, 'ev', 4),
],
);
});
blocTest<MeteringBloc, MeteringState>(
'`MeasureEvent` -> continuous metering',
build: () => bloc,
act: (bloc) async {
// delays here simulate light sensor behaviour
// when sensor does not fire new LUX events when value is not changed
bloc.add(const MeasureEvent());
bloc.onCommunicationState(const communication_states.MeteringInProgressState(null));
await Future.delayed(const Duration(seconds: 1));
bloc.onCommunicationState(const communication_states.MeteringInProgressState(2));
bloc.onCommunicationState(const communication_states.MeteringInProgressState(5.5));
await Future.delayed(const Duration(seconds: 2));
bloc.onCommunicationState(const communication_states.MeteringInProgressState(null));
bloc.onCommunicationState(const communication_states.MeteringInProgressState(4));
bloc.add(const MeasureEvent());
bloc.onCommunicationState(const communication_states.MeteringEndedState(4));
},
verify: (_) {
verify(() => meteringInteractor.quickVibration()).called(2);
verify(() => communicationBloc.add(const communication_events.MeasureEvent())).called(2);
verify(() => meteringInteractor.responseVibration()).called(4);
verify(() => meteringInteractor.errorVibration()).called(2);
},
expect: () => [
isA<LoadingState>(),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', null),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', 2),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', 5.5),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', null),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', true)
.having((state) => state.ev, 'ev', 4),
isA<LoadingState>(),
isA<MeteringDataState>()
.having((state) => state.continuousMetering, 'continuousMetering', false)
.having((state) => state.ev, 'ev', 4),
],
);
},
timeout: const Timeout(Duration(seconds: 4)),
);
}