mirror of
https://github.com/vodemn/m3_lightmeter.git
synced 2024-10-18 14:20:40 +00:00
5c27f726c5
* wip * added start/stop button * animated timeline * fixed timer stop state * added reset button (wip) * added `onExposurePairTap` callback * integrated `TimerScreen` to navigation * separated `TimerTimeline` * fixed timeline flickering * added milliseconds to timer * synchronized timeline with actual timer * reused `BottomControlsBar` * fixed default scaffold background color * moved center button size to the bar itself * display selected exposure pair on timer screen * separated reusable `AnimatedCircluarButton` * release camera when timer is opened * added `TimerInteractor` * added `TimerBloc` test * fixed hours parsing * added scenarios for timer golden test * adjusted timer timeline colors * show iso & nd values on timer screen * automatically close timer screen after timeout * added timer autostart * reverted theme changes * updated goldens * typo * removed timer screen auto-dismiss * increased timer vibration duration * replaced outlined locks * increased 1/3 values font size
77 lines
2.4 KiB
Dart
77 lines
2.4 KiB
Dart
import 'package:bloc_test/bloc_test.dart';
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import 'package:lightmeter/interactors/timer_interactor.dart';
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import 'package:lightmeter/screens/timer/bloc_timer.dart';
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import 'package:lightmeter/screens/timer/event_timer.dart';
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import 'package:lightmeter/screens/timer/state_timer.dart';
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import 'package:mocktail/mocktail.dart';
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import 'package:test/test.dart';
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class _MockTimerInteractor extends Mock implements TimerInteractor {}
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void main() {
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late _MockTimerInteractor timerInteractor;
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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.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.startVibration()).called(1);
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},
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expect: () => [
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isA<TimerResumedState>(),
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],
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);
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blocTest<TimerBloc, TimerState>(
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'Start -> wait till the end -> reset',
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build: () => TimerBloc(timerInteractor, const Duration(seconds: 1)),
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setUp: () {
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when(() => timerInteractor.isAutostartTimerEnabled).thenReturn(false);
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},
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act: (bloc) {
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bloc.add(const StartTimerEvent());
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bloc.add(const TimerEndedEvent());
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bloc.add(const ResetTimerEvent());
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},
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verify: (_) {
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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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isA<TimerStoppedState>(),
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isA<TimerResetState>(),
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],
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);
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blocTest<TimerBloc, TimerState>(
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'Start -> stop -> start -> wait till the end',
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build: () => TimerBloc(timerInteractor, const Duration(seconds: 1)),
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setUp: () {
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when(() => timerInteractor.isAutostartTimerEnabled).thenReturn(false);
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},
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act: (bloc) async {
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bloc.add(const StartTimerEvent());
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bloc.add(const StopTimerEvent());
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bloc.add(const StartTimerEvent());
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bloc.add(const TimerEndedEvent());
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},
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verify: (_) {
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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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isA<TimerStoppedState>(),
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isA<TimerResumedState>(),
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isA<TimerStoppedState>(),
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],
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);
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}
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