GameTime/test/application/use_cases_test.dart

import 'dart:convert';

import 'package:flutter_test/flutter_test.dart';
import 'package:gametime/application/application.dart';
import 'package:gametime/domain/domain.dart';

void main() {
  test('Exercise requires at least one active measure', () {
    expect(
      () => Exercise(
        metadata: _metadata('exercise-1'),
        name: 'Push up',
        hasTimeMeasure: false,
        hasRepsMeasure: false,
        hasScoreMeasure: false,
      ),
      throwsA(isA<DomainException>()),
    );
  });

  test(
    'Exercise use case rejects active measures without default targets',
    () async {
      final useCase = _exerciseUseCase(_FakeExerciseRepository());

      await expectLater(
        useCase.create(
          name: 'Squat',
          hasTimeMeasure: true,
          hasRepsMeasure: false,
          hasScoreMeasure: false,
        ),
        throwsA(isA<DomainException>()),
      );
      await expectLater(
        useCase.create(
          name: 'Pompes',
          hasTimeMeasure: false,
          hasRepsMeasure: true,
          hasScoreMeasure: false,
        ),
        throwsA(isA<DomainException>()),
      );
      await expectLater(
        useCase.create(
          name: 'Charge',
          hasTimeMeasure: false,
          hasRepsMeasure: false,
          hasScoreMeasure: true,
          scoreLabel: 'Charge',
          scoreUnit: 'kg',
        ),
        throwsA(isA<DomainException>()),
      );
    },
  );

  test('Exercise use case rejects non-positive default targets', () async {
    final useCase = _exerciseUseCase(_FakeExerciseRepository());

    await expectLater(
      useCase.create(
        name: 'Squat',
        hasTimeMeasure: true,
        hasRepsMeasure: false,
        hasScoreMeasure: false,
        defaultTargetTimeSeconds: 0,
      ),
      throwsA(isA<DomainException>()),
    );
    await expectLater(
      useCase.create(
        name: 'Pompes',
        hasTimeMeasure: false,
        hasRepsMeasure: true,
        hasScoreMeasure: false,
        defaultTargetReps: -1,
      ),
      throwsA(isA<DomainException>()),
    );
    await expectLater(
      useCase.create(
        name: 'Charge',
        hasTimeMeasure: false,
        hasRepsMeasure: false,
        hasScoreMeasure: true,
        scoreLabel: 'Charge',
        scoreUnit: 'kg',
        defaultTargetScore: 0,
      ),
      throwsA(isA<DomainException>()),
    );
  });

  test(
    'Exercise use case accepts stopwatch score without default target',
    () async {
      final repository = _FakeExerciseRepository();
      final useCase = _exerciseUseCase(repository);

      final exercise = await useCase.create(
        name: 'Sprint',
        hasTimeMeasure: false,
        hasRepsMeasure: false,
        hasScoreMeasure: true,
        scoreInputMode: ScoreInputMode.stopwatch,
        scoreLabel: 'Temps réalisé',
      );

      expect(exercise.defaultTargetScoreTimeMs, isNull);
      expect(repository.saved.single.metadata.id, exercise.metadata.id);
    },
  );

  test(
    'Exercise use case rejects non-positive stopwatch score default target',
    () async {
      final useCase = _exerciseUseCase(_FakeExerciseRepository());

      await expectLater(
        useCase.create(
          name: 'Sprint',
          hasTimeMeasure: false,
          hasRepsMeasure: false,
          hasScoreMeasure: true,
          scoreInputMode: ScoreInputMode.stopwatch,
          scoreLabel: 'Temps réalisé',
          defaultTargetScoreTimeMs: 0,
        ),
        throwsA(isA<DomainException>()),
      );
    },
  );

  test('Exercise update validates default targets too', () async {
    final repository = _FakeExerciseRepository()
      ..exercise = Exercise(
        metadata: _metadata('exercise-1'),
        name: 'Squat',
        hasTimeMeasure: false,
        hasRepsMeasure: true,
        hasScoreMeasure: false,
        defaultTargetReps: 10,
      );
    final useCase = _exerciseUseCase(repository);

    await expectLater(
      useCase.update(
        id: 'exercise-1',
        name: 'Squat',
        hasTimeMeasure: true,
        hasRepsMeasure: false,
        hasScoreMeasure: false,
      ),
      throwsA(isA<DomainException>()),
    );
  });

  test('Workout template use case rejects active measure overrides', () async {
    final useCase = WorkoutTemplateUseCases(
      templateRepository: _FakeWorkoutTemplateRepository(),
      programRepository: _FakeProgramRepository(),
      clock: _FakeClock(DateTime.utc(2026, 7, 17, 12)),
      ids: _FakeIds(),
      originDeviceId: 'device-1',
    );

    await expectLater(
      useCase.overrideExerciseTargets(
        workoutTemplateProgramId: 'template-program-1',
        snapshotProgramExerciseId: 'exercise-snapshot-1',
        attemptedMeasureOverride: {WorkoutMeasure.reps},
      ),
      throwsA(isA<DomainException>()),
    );
  });

  test(
    'Workout template use case rejects target overrides for inactive measures',
    () async {
      final useCase = WorkoutTemplateUseCases(
        templateRepository: _FakeWorkoutTemplateRepository(),
        programRepository: _FakeProgramRepository(),
        clock: _FakeClock(DateTime.utc(2026, 7, 17, 12)),
        ids: _FakeIds(),
        originDeviceId: 'device-1',
      );

      await expectLater(
        useCase.saveConfigured(
          name: 'Séance tir',
          programs: [
            WorkoutTemplateProgramConfig(
              clientKey: 'program-1',
              programNameSnapshot: 'Programme tir',
              defaultRestSecondsSnapshot: 30,
              programSnapshotJson: jsonEncode({
                'exercises': [
                  {
                    'id': 'exercise-snapshot-1',
                    'exerciseNameSnapshot': 'Lancers francs',
                    'setsCount': 3,
                    'timeEnabled': true,
                    'repsEnabled': false,
                    'scoreEnabled': false,
                    'targetTimeSeconds': 60,
                    'targetReps': null,
                    'targetScore': null,
                  },
                ],
              }),
            ),
          ],
          overrides: const [
            WorkoutTemplateExerciseOverrideConfig(
              workoutTemplateProgramClientKey: 'program-1',
              snapshotProgramExerciseId: 'exercise-snapshot-1',
              targetRepsOverride: 10,
            ),
          ],
        ),
        throwsA(isA<DomainException>()),
      );
    },
  );

  test('Active session elapsed time is based on persisted timestamps', () {
    final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
    final session = ActiveWorkoutSession(
      metadata: _metadata('session-1'),
      status: ActiveWorkoutStatus.running,
      startedAt: clock.now(),
      lastPersistedAt: clock.now(),
      elapsedActiveMs: 0,
      currentProgramIndex: 0,
      currentExerciseIndex: 0,
      currentSetIndex: 0,
      resolvedTemplateSnapshotJson: '{}',
    );

    clock.value = clock.value.add(const Duration(seconds: 30));
    final paused = session.pause(clock.now());
    expect(paused.elapsedActiveMs, 30000);

    clock.value = clock.value.add(const Duration(minutes: 5));
    final resumed = paused.resume(clock.now());
    expect(resumed.elapsedActiveMillisecondsAt(clock.now()), 30000);

    clock.value = clock.value.add(const Duration(seconds: 15));
    expect(resumed.elapsedActiveMillisecondsAt(clock.now()), 45000);
  });

  test('adjustRestSeconds persists adjusted rest duration', () async {
    final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
    final repository = _FakeActiveSessionRepository()
      ..restStates['rest-1'] = ActiveRestState(
        metadata: _metadata('rest-1'),
        activeWorkoutSessionId: 'session-1',
        afterProgramIndex: 0,
        afterExerciseIndex: 0,
        afterSetIndex: 0,
        plannedRestSeconds: 60,
        adjustedRestSeconds: 60,
        startedAt: clock.now(),
      );
    final useCase = _activeUseCase(repository, clock);

    final adjusted = await useCase.adjustRestSeconds(
      restStateId: 'rest-1',
      deltaSeconds: -75,
    );

    expect(adjusted.adjustedRestSeconds, 0);
    expect(repository.restStates['rest-1']!.adjustedRestSeconds, 0);
  });

  test('skipRest persists skippedAt timestamp', () async {
    final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
    final repository = _FakeActiveSessionRepository()
      ..restStates['rest-1'] = ActiveRestState(
        metadata: _metadata('rest-1'),
        activeWorkoutSessionId: 'session-1',
        afterProgramIndex: 0,
        afterExerciseIndex: 0,
        afterSetIndex: 0,
        plannedRestSeconds: 60,
        adjustedRestSeconds: 60,
        startedAt: clock.now(),
      );
    clock.value = clock.value.add(const Duration(seconds: 10));
    final useCase = _activeUseCase(repository, clock);

    final skipped = await useCase.skipRest(restStateId: 'rest-1');

    expect(skipped.skippedAt, clock.now());
    expect(repository.restStates['rest-1']!.skippedAt, clock.now());
  });

  test('findActiveRest returns latest non-ended non-skipped rest', () async {
    final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
    final repository = _FakeActiveSessionRepository()
      ..restStates['ended'] = ActiveRestState(
        metadata: _metadata('ended'),
        activeWorkoutSessionId: 'session-1',
        afterProgramIndex: 0,
        afterExerciseIndex: 0,
        afterSetIndex: 0,
        plannedRestSeconds: 60,
        adjustedRestSeconds: 60,
        startedAt: clock.now(),
        endedAt: clock.now().add(const Duration(seconds: 60)),
      )
      ..restStates['older-active'] = ActiveRestState(
        metadata: _metadata('older-active'),
        activeWorkoutSessionId: 'session-1',
        afterProgramIndex: 0,
        afterExerciseIndex: 1,
        afterSetIndex: 0,
        plannedRestSeconds: 60,
        adjustedRestSeconds: 60,
        startedAt: clock.now().add(const Duration(seconds: 30)),
      )
      ..restStates['latest-active'] = ActiveRestState(
        metadata: _metadata('latest-active'),
        activeWorkoutSessionId: 'session-1',
        afterProgramIndex: 0,
        afterExerciseIndex: 2,
        afterSetIndex: 0,
        plannedRestSeconds: 60,
        adjustedRestSeconds: 60,
        startedAt: clock.now().add(const Duration(seconds: 90)),
      )
      ..restStates['skipped'] = ActiveRestState(
        metadata: _metadata('skipped'),
        activeWorkoutSessionId: 'session-1',
        afterProgramIndex: 0,
        afterExerciseIndex: 3,
        afterSetIndex: 0,
        plannedRestSeconds: 60,
        adjustedRestSeconds: 60,
        startedAt: clock.now().add(const Duration(seconds: 120)),
        skippedAt: clock.now().add(const Duration(seconds: 125)),
      );
    final useCase = _activeUseCase(repository, clock);

    final active = await useCase.findActiveRest(sessionId: 'session-1');

    expect(active?.metadata.id, 'latest-active');
  });

  test('upsertSetResultAtPosition does not move session cursor', () async {
    final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
    final session = _sessionWithSnapshot(
      currentProgramIndex: 0,
      currentExerciseIndex: 0,
      currentSetIndex: 1,
    );
    final repository = _FakeActiveSessionRepository()..session = session;
    final useCase = _activeUseCase(repository, clock);

    await useCase.upsertSetResultAtPosition(
      sessionId: session.metadata.id,
      programIndex: 0,
      exerciseIndex: 0,
      setIndex: 0,
      status: SetResultStatus.completed,
      actualReps: 12,
    );

    expect(repository.session?.currentProgramIndex, 0);
    expect(repository.session?.currentExerciseIndex, 0);
    expect(repository.session?.currentSetIndex, 1);
    expect(repository.results.single.actualReps, 12);
  });

  test(
    'upsertSetResultAtPosition preserves existing id and createdAt',
    () async {
      final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
      final session = _sessionWithSnapshot(
        currentProgramIndex: 0,
        currentExerciseIndex: 0,
        currentSetIndex: 1,
      );
      final existingCreatedAt = DateTime.utc(2026, 7, 17, 10);
      final existing = ActiveSetResult(
        metadata: EntityMetadata(
          id: 'result-1',
          createdAt: existingCreatedAt,
          updatedAt: existingCreatedAt,
          originDeviceId: 'device-1',
        ),
        activeWorkoutSessionId: session.metadata.id,
        programSnapshotId: 'program-snapshot-1',
        exerciseSnapshotId: 'exercise-snapshot-1',
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
        actualReps: 8,
      );
      final repository = _FakeActiveSessionRepository()
        ..session = session
        ..results.add(existing);
      final useCase = _activeUseCase(repository, clock);

      final updated = await useCase.upsertSetResultAtPosition(
        sessionId: session.metadata.id,
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
        status: SetResultStatus.completed,
        actualReps: 12,
      );

      expect(updated.metadata.id, 'result-1');
      expect(updated.metadata.createdAt, existingCreatedAt);
      expect(updated.actualReps, 12);
    },
  );

  test(
    'listSetResults returns pending, skipped and completed statuses',
    () async {
      final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
      final session = _sessionWithSnapshot(
        currentProgramIndex: 0,
        currentExerciseIndex: 0,
        currentSetIndex: 2,
        setsCount: 3,
      );
      final repository = _FakeActiveSessionRepository()
        ..session = session
        ..results.addAll([
          ActiveSetResult(
            metadata: _metadata('completed'),
            activeWorkoutSessionId: session.metadata.id,
            programSnapshotId: 'program-snapshot-1',
            exerciseSnapshotId: 'exercise-snapshot-1',
            programIndex: 0,
            exerciseIndex: 0,
            setIndex: 0,
            actualReps: 10,
            status: SetResultStatus.completed,
          ),
          ActiveSetResult(
            metadata: _metadata('skipped'),
            activeWorkoutSessionId: session.metadata.id,
            programSnapshotId: 'program-snapshot-1',
            exerciseSnapshotId: 'exercise-snapshot-1',
            programIndex: 0,
            exerciseIndex: 0,
            setIndex: 1,
            status: SetResultStatus.skipped,
          ),
        ]);
      final useCase = _activeUseCase(repository, clock);

      final states = await useCase.listSetResults(session.metadata.id);

      expect(states.map((state) => state.status), [
        SetPositionStatus.completed,
        SetPositionStatus.skipped,
        SetPositionStatus.pending,
      ]);
    },
  );

  test(
    'score stopwatch start stop resume accumulates elapsed duration',
    () async {
      final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
      final session = _sessionWithSnapshot(
        currentProgramIndex: 0,
        currentExerciseIndex: 0,
        currentSetIndex: 0,
      );
      final repository = _FakeActiveSessionRepository()..session = session;
      final useCase = _activeUseCase(repository, clock);

      await useCase.startScoreStopwatch(
        sessionId: session.metadata.id,
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
      );
      clock.value = clock.value.add(const Duration(seconds: 5));
      final stopped = await useCase.stopScoreStopwatch(
        sessionId: session.metadata.id,
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
      );
      clock.value = clock.value.add(const Duration(seconds: 10));
      await useCase.resumeScoreStopwatch(
        sessionId: session.metadata.id,
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
      );
      clock.value = clock.value.add(const Duration(seconds: 3));
      final stoppedAgain = await useCase.stopScoreStopwatch(
        sessionId: session.metadata.id,
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
      );

      expect(stopped.accumulatedMs, 5000);
      expect(stoppedAgain.accumulatedMs, 8000);
    },
  );

  test('score stopwatch state survives use case reconstruction', () async {
    final clock = _FakeClock(DateTime.utc(2026, 7, 17, 12));
    final session = _sessionWithSnapshot(
      currentProgramIndex: 0,
      currentExerciseIndex: 0,
      currentSetIndex: 0,
    );
    final repository = _FakeActiveSessionRepository()..session = session;

    await _activeUseCase(repository, clock).startScoreStopwatch(
      sessionId: session.metadata.id,
      programIndex: 0,
      exerciseIndex: 0,
      setIndex: 0,
    );
    clock.value = clock.value.add(const Duration(seconds: 4));

    final reconstructed = _activeUseCase(repository, clock);
    final stopped = await reconstructed.stopScoreStopwatch(
      sessionId: session.metadata.id,
      programIndex: 0,
      exerciseIndex: 0,
      setIndex: 0,
    );

    expect(stopped.accumulatedMs, 4000);
  });

  test('score result enforces manual xor stopwatch values', () {
    expect(
      () => ActiveSetResult(
        metadata: _metadata('result-1'),
        activeWorkoutSessionId: 'session-1',
        programSnapshotId: 'program-1',
        exerciseSnapshotId: 'exercise-1',
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
        actualScore: 12,
        actualScoreTimeMs: 12000,
      ),
      throwsA(isA<DomainException>()),
    );
    expect(
      () => ActiveSetResult(
        metadata: _metadata('result-2'),
        activeWorkoutSessionId: 'session-1',
        programSnapshotId: 'program-1',
        exerciseSnapshotId: 'exercise-1',
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
        actualScore: 12,
        scoreInputModeSnapshot: ScoreInputMode.stopwatch,
      ),
      throwsA(isA<DomainException>()),
    );
    expect(
      () => ActiveSetResult(
        metadata: _metadata('result-3'),
        activeWorkoutSessionId: 'session-1',
        programSnapshotId: 'program-1',
        exerciseSnapshotId: 'exercise-1',
        programIndex: 0,
        exerciseIndex: 0,
        setIndex: 0,
        actualScoreTimeMs: 12000,
        scoreInputModeSnapshot: ScoreInputMode.manual,
      ),
      throwsA(isA<DomainException>()),
    );
  });
}

EntityMetadata _metadata(String id) {
  return EntityMetadata(
    id: id,
    createdAt: DateTime.utc(2026, 7, 17),
    updatedAt: DateTime.utc(2026, 7, 17),
    originDeviceId: 'device-1',
  );
}

final class _FakeClock implements Clock {
  _FakeClock(this.value);

  DateTime value;

  @override
  DateTime now() => value;
}

final class _FakeIds implements IdGenerator {
  var _next = 0;

  @override
  String newId() {
    _next += 1;
    return 'id-$_next';
  }
}

ExerciseUseCases _exerciseUseCase(_FakeExerciseRepository repository) {
  return ExerciseUseCases(
    repository: repository,
    clock: _FakeClock(DateTime.utc(2026, 7, 17, 12)),
    ids: _FakeIds(),
    originDeviceId: 'device-1',
  );
}

final class _FakeExerciseRepository implements ExerciseRepository {
  Exercise? exercise;
  final saved = <Exercise>[];

  @override
  Future<Exercise?> findById(String id) async {
    return exercise?.metadata.id == id ? exercise : null;
  }

  @override
  Future<bool> isReferencedByProgram(String id) async => false;

  @override
  Future<List<Exercise>> listActive() async =>
      exercise == null ? const [] : [exercise!];

  @override
  Future<void> save(Exercise exercise) async {
    this.exercise = exercise;
    saved.add(exercise);
  }
}

final class _FakeWorkoutTemplateRepository
    implements WorkoutTemplateRepository {
  @override
  Future<WorkoutTemplate?> findById(String id) async => null;

  @override
  Future<List<WorkoutTemplate>> listActive() async => const [];

  @override
  Future<void> replaceComposition(
    WorkoutTemplate template,
    DateTime deletedAt,
  ) async {}

  @override
  Future<void> save(WorkoutTemplate template) async {}

  @override
  Future<void> saveOverride(WorkoutTemplateExerciseOverride override) async {}

  @override
  Future<void> saveProgram(WorkoutTemplateProgram program) async {}
}

final class _FakeProgramRepository implements ProgramRepository {
  @override
  Future<Program?> findById(String id) async => null;

  @override
  Future<List<Program>> listActive() async => const [];

  @override
  Future<void> replaceExercises(Program program, DateTime deletedAt) async {}

  @override
  Future<void> save(Program program) async {}

  @override
  Future<void> saveExercise(ProgramExercise exercise) async {}
}

ActiveWorkoutSessionUseCases _activeUseCase(
  _FakeActiveSessionRepository repository,
  _FakeClock clock,
) {
  return ActiveWorkoutSessionUseCases(
    sessionRepository: repository,
    templateRepository: _FakeWorkoutTemplateRepository(),
    clock: clock,
    ids: _FakeIds(),
    originDeviceId: 'device-1',
  );
}

final class _FakeActiveSessionRepository implements ActiveSessionRepository {
  ActiveWorkoutSession? session;
  final results = <ActiveSetResult>[];
  final restStates = <String, ActiveRestState>{};
  final scoreStopwatchStates = <String, ActiveScoreStopwatchState>{};

  @override
  Future<ActiveWorkoutSession?> findById(String id) async {
    return session?.metadata.id == id ? session : null;
  }

  @override
  Future<ActiveWorkoutSession?> findOpen() async => session;

  @override
  Future<ActiveRestState?> findRestStateById(String id) async => restStates[id];

  @override
  Future<ActiveScoreStopwatchState?> findScoreStopwatchState({
    required String sessionId,
    required int programIndex,
    required int exerciseIndex,
    required int setIndex,
  }) async {
    return scoreStopwatchStates.values
        .where(
          (state) =>
              state.activeWorkoutSessionId == sessionId &&
              state.programIndex == programIndex &&
              state.exerciseIndex == exerciseIndex &&
              state.setIndex == setIndex &&
              state.metadata.deletedAt == null,
        )
        .firstOrNull;
  }

  @override
  Future<List<ActiveRestState>> listRestStates(String sessionId) async {
    return restStates.values
        .where((rest) => rest.activeWorkoutSessionId == sessionId)
        .toList();
  }

  @override
  Future<List<ActiveScoreStopwatchState>> listScoreStopwatchStates(
    String sessionId,
  ) async {
    return scoreStopwatchStates.values
        .where(
          (state) =>
              state.activeWorkoutSessionId == sessionId &&
              state.metadata.deletedAt == null,
        )
        .toList();
  }

  @override
  Future<List<ActiveSetResult>> listSetResults(String sessionId) async {
    return results
        .where((result) => result.activeWorkoutSessionId == sessionId)
        .toList();
  }

  @override
  Future<void> save(ActiveWorkoutSession session) async {
    this.session = session;
  }

  @override
  Future<void> saveRestState(ActiveRestState restState) async {
    restStates[restState.metadata.id] = restState;
  }

  @override
  Future<void> saveScoreStopwatchState(ActiveScoreStopwatchState state) async {
    scoreStopwatchStates[state.metadata.id] = state;
  }

  @override
  Future<void> deleteScoreStopwatchState({
    required String sessionId,
    required int programIndex,
    required int exerciseIndex,
    required int setIndex,
    required DateTime deletedAt,
  }) async {
    final state = await findScoreStopwatchState(
      sessionId: sessionId,
      programIndex: programIndex,
      exerciseIndex: exerciseIndex,
      setIndex: setIndex,
    );
    if (state == null) {
      return;
    }
    scoreStopwatchStates.remove(state.metadata.id);
  }

  @override
  Future<void> saveSetResult(ActiveSetResult result) async {
    results.removeWhere(
      (existing) =>
          existing.activeWorkoutSessionId == result.activeWorkoutSessionId &&
          existing.programIndex == result.programIndex &&
          existing.exerciseIndex == result.exerciseIndex &&
          existing.setIndex == result.setIndex,
    );
    results.add(result);
  }
}

ActiveWorkoutSession _sessionWithSnapshot({
  required int currentProgramIndex,
  required int currentExerciseIndex,
  required int currentSetIndex,
  int setsCount = 2,
}) {
  return ActiveWorkoutSession(
    metadata: _metadata('session-1'),
    status: ActiveWorkoutStatus.running,
    startedAt: DateTime.utc(2026, 7, 17, 12),
    lastPersistedAt: DateTime.utc(2026, 7, 17, 12),
    elapsedActiveMs: 0,
    currentProgramIndex: currentProgramIndex,
    currentExerciseIndex: currentExerciseIndex,
    currentSetIndex: currentSetIndex,
    resolvedTemplateSnapshotJson: jsonEncode({
      'programs': [
        {
          'id': 'program-snapshot-1',
          'programNameSnapshot': 'Programme',
          'programSnapshotJson': jsonEncode({
            'exercises': [
              {
                'id': 'exercise-snapshot-1',
                'exerciseNameSnapshot': 'Squat',
                'setsCount': setsCount,
                'timeEnabled': false,
                'repsEnabled': true,
                'scoreEnabled': false,
                'targetReps': 10,
              },
            ],
          }),
        },
      ],
    }),
  );
}