| package com.android.clockwork.healthservices; |
| |
| import static com.google.common.truth.Truth.assertThat; |
| |
| import static org.mockito.Mockito.any; |
| import static org.mockito.Mockito.anyInt; |
| import static org.mockito.Mockito.never; |
| import static org.mockito.Mockito.verify; |
| import static org.mockito.Mockito.when; |
| import static org.mockito.MockitoAnnotations.initMocks; |
| |
| import static org.junit.Assert.assertTrue; |
| |
| import android.os.RemoteException; |
| |
| import com.google.android.clockwork.healthservices.types.AchievedGoal; |
| import com.google.android.clockwork.healthservices.types.AutoExerciseEvent; |
| import com.google.android.clockwork.healthservices.types.AutoPauseEvent; |
| import com.google.android.clockwork.healthservices.types.AutoPauseResumeEventType; |
| import com.google.android.clockwork.healthservices.types.AvailabilityUpdate; |
| import com.google.android.clockwork.healthservices.types.DataTypeAvailability; |
| import com.google.android.clockwork.healthservices.types.DataTypeAvailabilityStatus; |
| import com.google.android.clockwork.healthservices.types.DataType; |
| import com.google.android.clockwork.healthservices.types.DataTypeGoal; |
| import com.google.android.clockwork.healthservices.types.DataTypeOffset; |
| import com.google.android.clockwork.healthservices.types.DataUpdate; |
| import com.google.android.clockwork.healthservices.types.Gender; |
| import com.google.android.clockwork.healthservices.types.GoalThreshold; |
| import com.google.android.clockwork.healthservices.types.GoalThresholdType; |
| import com.google.android.clockwork.healthservices.types.HealthEvent; |
| import com.google.android.clockwork.healthservices.types.HealthEventDetectedType; |
| import com.google.android.clockwork.healthservices.types.LocationAvailability; |
| import com.google.android.clockwork.healthservices.types.LocationAvailabilityStatus; |
| import com.google.android.clockwork.healthservices.types.LocationData; |
| import com.google.android.clockwork.healthservices.types.MetricAccuracy; |
| import com.google.android.clockwork.healthservices.types.MetricData; |
| import com.google.android.clockwork.healthservices.types.MetricValue; |
| import com.google.android.clockwork.healthservices.types.MetricValueType; |
| import com.google.android.clockwork.healthservices.types.OffsetValue; |
| import com.google.android.clockwork.healthservices.types.OffsetValueType; |
| import com.google.android.clockwork.healthservices.types.TrackingConfig; |
| |
| import org.junit.Before; |
| import org.junit.Test; |
| import org.junit.runner.RunWith; |
| import org.mockito.Mock; |
| import org.robolectric.RobolectricTestRunner; |
| |
| import java.util.ArrayList; |
| import java.util.Arrays; |
| |
| @RunWith(RobolectricTestRunner.class) |
| public final class HalCallbackReceiverHidlTest { |
| @Mock HalAdapter.HalListener mockHalListener; |
| |
| private HalCallbackReceiverHidl mHalCallbackReceiverV0; |
| |
| @Before |
| public void setUp() { |
| initMocks(this); |
| |
| mHalCallbackReceiverV0 = new HalCallbackReceiverHidl(mockHalListener); |
| } |
| |
| @Test |
| public void onDataUpdate_metricIntUpdate_notifiesHalListener() throws RemoteException { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halMetricUpdate = |
| getHalIntMetricDataUpdate(DataType.EXERCISE_STEP_COUNT, 100, 123); |
| ArrayList<vendor.google_clockwork.healthservices.V1_0.DataUpdate> updates = |
| new ArrayList<>(Arrays.asList(halMetricUpdate)); |
| |
| mHalCallbackReceiverV0.onDataUpdate(updates); |
| |
| DataUpdate expectedMetricDataUpdate = |
| getIntMetricDataUpdate(DataType.EXERCISE_STEP_COUNT, 100, 123); |
| DataUpdate[] expectedDataUpdates = {expectedMetricDataUpdate}; |
| verify(mockHalListener).onDataUpdate(expectedDataUpdates); |
| verify(mockHalListener, never()).onHealthEventDetected(any()); |
| verify(mockHalListener, never()).onAutoExerciseEvent(any()); |
| } |
| |
| @Test |
| public void onDataUpdate_metricFloatUpdate_notifiesHalListener() throws RemoteException { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halMetricUpdate = |
| getHalFloatMetricDataUpdate(DataType.EXERCISE_DISTANCE, 20f, 123); |
| ArrayList<vendor.google_clockwork.healthservices.V1_0.DataUpdate> updates = |
| new ArrayList<>(Arrays.asList(halMetricUpdate)); |
| |
| mHalCallbackReceiverV0.onDataUpdate(updates); |
| |
| DataUpdate expectedMetricDataUpdate = |
| getFloatMetricDataUpdate(DataType.EXERCISE_DISTANCE, 20f, 123); |
| DataUpdate[] expectedDataUpdates = {expectedMetricDataUpdate}; |
| verify(mockHalListener).onDataUpdate(expectedDataUpdates); |
| verify(mockHalListener, never()).onHealthEventDetected(any()); |
| verify(mockHalListener, never()).onAutoExerciseEvent(any()); |
| } |
| |
| @Test |
| public void onDataUpdate_locationUpdate_notifiesHalListener() throws RemoteException { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halLocationUpdate = |
| getHalLocationDataUpdate(37, -122, 10, 20, 123); |
| ArrayList<vendor.google_clockwork.healthservices.V1_0.DataUpdate> updates = |
| new ArrayList<>(Arrays.asList(halLocationUpdate)); |
| |
| mHalCallbackReceiverV0.onDataUpdate(updates); |
| |
| DataUpdate expectedLocationDataUpdate = getLocationDataUpdate(37, -122, 10, 20, 123); |
| DataUpdate[] expectedDataUpdates = {expectedLocationDataUpdate}; |
| verify(mockHalListener).onDataUpdate(expectedDataUpdates); |
| verify(mockHalListener, never()).onHealthEventDetected(any()); |
| verify(mockHalListener, never()).onAutoExerciseEvent(any()); |
| } |
| |
| @Test |
| public void onDataUpdate_autoPauseEvent_notifiesHalListener() throws RemoteException { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halAutoPauseEventUpdate = |
| getHalAutoPauseEventDataUpdate( |
| vendor.google_clockwork.healthservices.V1_0.AutoPauseResumeEventType |
| .AUTO_PAUSE_DETECTED, |
| 123); |
| ArrayList<vendor.google_clockwork.healthservices.V1_0.DataUpdate> updates = |
| new ArrayList<>(Arrays.asList(halAutoPauseEventUpdate)); |
| |
| mHalCallbackReceiverV0.onDataUpdate(updates); |
| |
| AutoExerciseEvent expectedAutoPauseEvent = |
| getAutoPauseEvent(AutoPauseResumeEventType.AUTO_PAUSE_DETECTED, 123); |
| verify(mockHalListener).onAutoExerciseEvent(expectedAutoPauseEvent); |
| verify(mockHalListener, never()).onHealthEventDetected(any()); |
| verify(mockHalListener, never()).onDataUpdate(any()); |
| } |
| |
| @Test |
| public void onDataUpdate_healthEvent_notifiesHalListener() throws RemoteException { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halHealthEventUpdate = |
| getHalHealthEventDataUpdate( |
| vendor.google_clockwork.healthservices.V1_0.HealthEventDetectedType.FALL_DETECTED, 456); |
| ArrayList<vendor.google_clockwork.healthservices.V1_0.DataUpdate> updates = |
| new ArrayList<>(Arrays.asList(halHealthEventUpdate)); |
| |
| mHalCallbackReceiverV0.onDataUpdate(updates); |
| |
| HealthEvent expectedHealthEvent = getHealthEvent(HealthEventDetectedType.FALL_DETECTED, 456); |
| verify(mockHalListener).onHealthEventDetected(expectedHealthEvent); |
| verify(mockHalListener, never()).onAutoExerciseEvent(any()); |
| verify(mockHalListener, never()).onDataUpdate(any()); |
| } |
| |
| @Test |
| public void onDataUpdate_allUpdatesTogether_notifiesHalListener() throws RemoteException { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halIntMetricUpdate = |
| getHalIntMetricDataUpdate(DataType.EXERCISE_STEP_COUNT, 100, 123); |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halFloatMetricUpdate = |
| getHalFloatMetricDataUpdate(DataType.EXERCISE_DISTANCE, 20f, 123); |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halLocationUpdate = |
| getHalLocationDataUpdate(37, -122, 10, 20, 123); |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halAutoPauseEventUpdate = |
| getHalAutoPauseEventDataUpdate( |
| vendor.google_clockwork.healthservices.V1_0.AutoPauseResumeEventType |
| .AUTO_PAUSE_DETECTED, |
| 123); |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halHealthEventUpdate = |
| getHalHealthEventDataUpdate( |
| vendor.google_clockwork.healthservices.V1_0.HealthEventDetectedType.FALL_DETECTED, 456); |
| ArrayList<vendor.google_clockwork.healthservices.V1_0.DataUpdate> updates = |
| new ArrayList<>( |
| Arrays.asList( |
| halIntMetricUpdate, |
| halFloatMetricUpdate, |
| halLocationUpdate, |
| halAutoPauseEventUpdate, |
| halHealthEventUpdate)); |
| |
| mHalCallbackReceiverV0.onDataUpdate(updates); |
| |
| HealthEvent expectedHealthEvent = getHealthEvent(HealthEventDetectedType.FALL_DETECTED, 456); |
| verify(mockHalListener).onHealthEventDetected(expectedHealthEvent); |
| AutoExerciseEvent expectedAutoPauseEvent = |
| getAutoPauseEvent(AutoPauseResumeEventType.AUTO_PAUSE_DETECTED, 123); |
| verify(mockHalListener).onAutoExerciseEvent(expectedAutoPauseEvent); |
| DataUpdate expectedLocationDataUpdate = getLocationDataUpdate(37, -122, 10, 20, 123); |
| DataUpdate expectedIntMetricDataUpdate = |
| getIntMetricDataUpdate(DataType.EXERCISE_STEP_COUNT, 100, 123); |
| DataUpdate expectedFloatMetricDataUpdate = |
| getFloatMetricDataUpdate(DataType.EXERCISE_DISTANCE, 20f, 123); |
| DataUpdate[] expectedDataUpdates = { |
| expectedIntMetricDataUpdate, expectedFloatMetricDataUpdate, expectedLocationDataUpdate |
| }; |
| verify(mockHalListener).onDataUpdate(expectedDataUpdates); |
| } |
| |
| @Test |
| public void onAvailabilityUpdate_notifiesHalListener() throws RemoteException { |
| vendor.google_clockwork.healthservices.V1_0.AvailabilityUpdate halDataTypeAvailabilityUpdate = |
| new vendor.google_clockwork.healthservices.V1_0.AvailabilityUpdate(); |
| vendor.google_clockwork.healthservices.V1_0.DataTypeAvailability halDataTypeAvailability = |
| new vendor.google_clockwork.healthservices.V1_0.DataTypeAvailability(); |
| halDataTypeAvailability.dataType = DataType.EXERCISE_STEP_COUNT; |
| halDataTypeAvailability.elapsedTimeSinceBootNanos = 100; |
| halDataTypeAvailability.dataTypeAvailabilityStatus = |
| vendor.google_clockwork.healthservices.V1_0.DataTypeAvailabilityStatus.AVAILABLE; |
| halDataTypeAvailabilityUpdate.dataTypeAvailability(halDataTypeAvailability); |
| vendor.google_clockwork.healthservices.V1_0.AvailabilityUpdate halLocationAvailabilityUpdate = |
| new vendor.google_clockwork.healthservices.V1_0.AvailabilityUpdate(); |
| vendor.google_clockwork.healthservices.V1_0.LocationAvailability halLocationAvailability = |
| new vendor.google_clockwork.healthservices.V1_0.LocationAvailability(); |
| halLocationAvailability.elapsedTimeSinceBootNanos = 200; |
| halLocationAvailability.locationAvailabilityStatus = |
| vendor.google_clockwork.healthservices.V1_0.LocationAvailabilityStatus.ACQUIRED_UNTETHERED; |
| halLocationAvailabilityUpdate.locationAvailability(halLocationAvailability); |
| ArrayList<vendor.google_clockwork.healthservices.V1_0.AvailabilityUpdate> updates = |
| new ArrayList<>( |
| Arrays.asList(halDataTypeAvailabilityUpdate, halLocationAvailabilityUpdate)); |
| |
| mHalCallbackReceiverV0.onAvailabilityUpdate(updates); |
| |
| AvailabilityUpdate dataTypeAvailabilityUpdate = new AvailabilityUpdate(); |
| DataTypeAvailability dataTypeAvailability = new DataTypeAvailability(); |
| dataTypeAvailability.dataType = DataType.EXERCISE_STEP_COUNT; |
| dataTypeAvailability.elapsedTimeSinceBootNanos = 100; |
| dataTypeAvailability.dataTypeAvailabilityStatus = DataTypeAvailabilityStatus.AVAILABLE; |
| dataTypeAvailabilityUpdate.dataTypeAvailability = dataTypeAvailability; |
| AvailabilityUpdate locationAvailabilityUpdate = new AvailabilityUpdate(); |
| LocationAvailability locationAvailability = new LocationAvailability(); |
| locationAvailability.elapsedTimeSinceBootNanos = 200; |
| locationAvailability.locationAvailabilityStatus = |
| LocationAvailabilityStatus.ACQUIRED_UNTETHERED; |
| locationAvailabilityUpdate.locationAvailability = locationAvailability; |
| |
| AvailabilityUpdate[] expectedUpdates = {dataTypeAvailabilityUpdate, locationAvailabilityUpdate}; |
| verify(mockHalListener).onAvailabilityUpdate(expectedUpdates); |
| } |
| |
| @Test |
| public void onGoalAchieved_notifiesHalListener() throws RemoteException { |
| vendor.google_clockwork.healthservices.V1_0.AchievedGoal halIntAchievedGoal = |
| new vendor.google_clockwork.healthservices.V1_0.AchievedGoal(); |
| vendor.google_clockwork.healthservices.V1_0.DataTypeGoal halIntDataTypeGoal = |
| new vendor.google_clockwork.healthservices.V1_0.DataTypeGoal(); |
| halIntDataTypeGoal.dataType = DataType.EXERCISE_STEP_COUNT; |
| halIntDataTypeGoal.threshold = |
| new vendor.google_clockwork.healthservices.V1_0.DataTypeGoal.GoalThreshold(); |
| halIntDataTypeGoal.threshold.intThreshold(100); |
| halIntAchievedGoal.goal = halIntDataTypeGoal; |
| halIntAchievedGoal.elapsedTimeSinceBootNanos = 123; |
| vendor.google_clockwork.healthservices.V1_0.AchievedGoal halFloatAchievedGoal = |
| new vendor.google_clockwork.healthservices.V1_0.AchievedGoal(); |
| vendor.google_clockwork.healthservices.V1_0.DataTypeGoal halFloatDataTypeGoal = |
| new vendor.google_clockwork.healthservices.V1_0.DataTypeGoal(); |
| halFloatDataTypeGoal.dataType = DataType.EXERCISE_DISTANCE; |
| halFloatDataTypeGoal.threshold = |
| new vendor.google_clockwork.healthservices.V1_0.DataTypeGoal.GoalThreshold(); |
| halFloatDataTypeGoal.threshold.floatThreshold(20f); |
| halFloatAchievedGoal.goal = halFloatDataTypeGoal; |
| halFloatAchievedGoal.elapsedTimeSinceBootNanos = 456; |
| ArrayList<vendor.google_clockwork.healthservices.V1_0.AchievedGoal> updates = |
| new ArrayList<>(Arrays.asList(halIntAchievedGoal, halFloatAchievedGoal)); |
| |
| mHalCallbackReceiverV0.onGoalAchieved(updates); |
| |
| AchievedGoal intAchievedGoal = new AchievedGoal(); |
| DataTypeGoal intDataTypeGoal = new DataTypeGoal(); |
| intDataTypeGoal.dataType = DataType.EXERCISE_STEP_COUNT; |
| intDataTypeGoal.threshold = new GoalThreshold(); |
| intDataTypeGoal.threshold.type = GoalThresholdType.INT; |
| intDataTypeGoal.threshold.intValue = 100; |
| intDataTypeGoal.comparisonType = DataTypeGoal.ComparisonType.GREATER_THAN_OR_EQUAL; |
| intAchievedGoal.goal = intDataTypeGoal; |
| intAchievedGoal.elapsedTimeSinceBootNanos = 123; |
| AchievedGoal floatAchievedGoal = new AchievedGoal(); |
| DataTypeGoal floatDataTypeGoal = new DataTypeGoal(); |
| floatDataTypeGoal.dataType = DataType.EXERCISE_DISTANCE; |
| floatDataTypeGoal.threshold = new GoalThreshold(); |
| floatDataTypeGoal.threshold.type = GoalThresholdType.FLOAT; |
| floatDataTypeGoal.threshold.floatValue = 20f; |
| floatDataTypeGoal.comparisonType = DataTypeGoal.ComparisonType.GREATER_THAN_OR_EQUAL; |
| floatAchievedGoal.goal = floatDataTypeGoal; |
| floatAchievedGoal.elapsedTimeSinceBootNanos = 456; |
| AchievedGoal[] expectedUpdates = {intAchievedGoal, floatAchievedGoal}; |
| verify(mockHalListener).onGoalAchieved(expectedUpdates); |
| } |
| |
| @Test |
| public void onFlushCompleted_notifiesHalListener_singleCallback() throws RemoteException { |
| mHalCallbackReceiverV0.onFlushCompleted(); |
| |
| verify(mockHalListener).onFlushCompleted(/* flushId= */ 0); |
| } |
| |
| @Test |
| public void onFlushCompleted_notifiesHalListener_multiCallback() throws RemoteException { |
| mHalCallbackReceiverV0.onFlushCompleted(); |
| mHalCallbackReceiverV0.onFlushCompleted(); |
| mHalCallbackReceiverV0.onFlushCompleted(); |
| |
| verify(mockHalListener).onFlushCompleted(/* flushId= */ 0); |
| verify(mockHalListener).onFlushCompleted(/* flushId= */ 1); |
| verify(mockHalListener).onFlushCompleted(/* flushId= */ 2); |
| } |
| |
| @Test |
| public void onFlushCompleted_notifiesHalListener_flushIdWrapsAtMaxInt() throws RemoteException { |
| mHalCallbackReceiverV0.nextFlushId = Integer.MAX_VALUE; |
| mHalCallbackReceiverV0.onFlushCompleted(); |
| mHalCallbackReceiverV0.onFlushCompleted(); |
| mHalCallbackReceiverV0.onFlushCompleted(); |
| |
| verify(mockHalListener).onFlushCompleted(/* flushId= */ Integer.MAX_VALUE); |
| verify(mockHalListener).onFlushCompleted(/* flushId= */ 0); |
| verify(mockHalListener).onFlushCompleted(/* flushId= */ 1); |
| } |
| |
| private vendor.google_clockwork.healthservices.V1_0.DataUpdate getHalFloatMetricDataUpdate( |
| int dataType, float value, long elapsedTimeSinceBootNanos) { |
| vendor.google_clockwork.healthservices.V1_0.MetricData halMetricData = |
| new vendor.google_clockwork.healthservices.V1_0.MetricData(); |
| halMetricData.dataType = dataType; |
| halMetricData.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| vendor.google_clockwork.healthservices.V1_0.MetricData.MetricValue halMetricValue = |
| new vendor.google_clockwork.healthservices.V1_0.MetricData.MetricValue(); |
| halMetricValue.floatValue(value); |
| halMetricData.metricValue = halMetricValue; |
| halMetricData.accuracy = |
| vendor.google_clockwork.healthservices.V1_0.MetricAccuracy.ACCURACY_MEDIUM; |
| |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halMetricDataUpdate = |
| new vendor.google_clockwork.healthservices.V1_0.DataUpdate(); |
| halMetricDataUpdate.metricData(halMetricData); |
| return halMetricDataUpdate; |
| } |
| |
| private DataUpdate getFloatMetricDataUpdate( |
| int dataType, float value, long elapsedTimeSinceBootNanos) { |
| MetricData metricData = new MetricData(); |
| metricData.dataType = dataType; |
| metricData.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| MetricValue metricValue = new MetricValue(); |
| metricValue.type = MetricValueType.FLOAT; |
| metricValue.floatValue = value; |
| metricData.metricValue = metricValue; |
| metricData.accuracy = MetricAccuracy.ACCURACY_MEDIUM; |
| |
| DataUpdate dataUpdate = new DataUpdate(); |
| dataUpdate.metricData = metricData; |
| return dataUpdate; |
| } |
| |
| private vendor.google_clockwork.healthservices.V1_0.DataUpdate getHalIntMetricDataUpdate( |
| int dataType, int value, long elapsedTimeSinceBootNanos) { |
| vendor.google_clockwork.healthservices.V1_0.MetricData halMetricData = |
| new vendor.google_clockwork.healthservices.V1_0.MetricData(); |
| halMetricData.dataType = dataType; |
| halMetricData.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| vendor.google_clockwork.healthservices.V1_0.MetricData.MetricValue halMetricValue = |
| new vendor.google_clockwork.healthservices.V1_0.MetricData.MetricValue(); |
| halMetricValue.intValue(value); |
| halMetricData.metricValue = halMetricValue; |
| halMetricData.accuracy = |
| vendor.google_clockwork.healthservices.V1_0.MetricAccuracy.ACCURACY_MEDIUM; |
| |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halMetricDataUpdate = |
| new vendor.google_clockwork.healthservices.V1_0.DataUpdate(); |
| halMetricDataUpdate.metricData(halMetricData); |
| return halMetricDataUpdate; |
| } |
| |
| private DataUpdate getIntMetricDataUpdate( |
| int dataType, int value, long elapsedTimeSinceBootNanos) { |
| MetricData metricData = new MetricData(); |
| metricData.dataType = dataType; |
| metricData.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| MetricValue metricValue = new MetricValue(); |
| metricValue.type = MetricValueType.INT; |
| metricValue.intValue = value; |
| metricData.metricValue = metricValue; |
| metricData.accuracy = MetricAccuracy.ACCURACY_MEDIUM; |
| |
| DataUpdate dataUpdate = new DataUpdate(); |
| dataUpdate.metricData = metricData; |
| return dataUpdate; |
| } |
| |
| private vendor.google_clockwork.healthservices.V1_0.DataUpdate getHalLocationDataUpdate( |
| double latitude, |
| double longitude, |
| float horizontalPositionErrorMeters, |
| float bearing, |
| long elapsedTimeSinceBootNanos) { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halLocationDataUpdate = |
| new vendor.google_clockwork.healthservices.V1_0.DataUpdate(); |
| vendor.google_clockwork.healthservices.V1_0.LocationData halLocationData = |
| new vendor.google_clockwork.healthservices.V1_0.LocationData(); |
| halLocationData.latitude = latitude; |
| halLocationData.longitude = longitude; |
| halLocationData.horizontalPositionErrorMeters = horizontalPositionErrorMeters; |
| halLocationData.bearing = bearing; |
| halLocationData.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| halLocationDataUpdate.locationData(halLocationData); |
| return halLocationDataUpdate; |
| } |
| |
| private DataUpdate getLocationDataUpdate( |
| double latitude, |
| double longitude, |
| float horizontalPositionErrorMeters, |
| float bearing, |
| long elapsedTimeSinceBootNanos) { |
| DataUpdate dataUpdate = new DataUpdate(); |
| LocationData locationData = new LocationData(); |
| locationData.latitude = latitude; |
| locationData.longitude = longitude; |
| locationData.horizontalPositionErrorMeters = horizontalPositionErrorMeters; |
| locationData.bearing = bearing; |
| locationData.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| dataUpdate.locationData = locationData; |
| return dataUpdate; |
| } |
| |
| private vendor.google_clockwork.healthservices.V1_0.DataUpdate getHalAutoPauseEventDataUpdate( |
| byte eventType, long elapsedTimeSinceBootNanos) { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halAutoPauseEventUpdate = |
| new vendor.google_clockwork.healthservices.V1_0.DataUpdate(); |
| vendor.google_clockwork.healthservices.V1_0.AutoPauseEvent halAutoPauseEvent = |
| new vendor.google_clockwork.healthservices.V1_0.AutoPauseEvent(); |
| halAutoPauseEvent.type = eventType; |
| halAutoPauseEvent.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| halAutoPauseEventUpdate.autoPauseEvent(halAutoPauseEvent); |
| return halAutoPauseEventUpdate; |
| } |
| |
| private AutoExerciseEvent getAutoPauseEvent(byte eventType, long elapsedTimeSinceBootNanos) { |
| AutoPauseEvent autoPauseEvent = new AutoPauseEvent(); |
| autoPauseEvent.type = eventType; |
| autoPauseEvent.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| |
| AutoExerciseEvent autoExerciseEvent = new AutoExerciseEvent(); |
| autoExerciseEvent.setAutoPauseEvent(autoPauseEvent); |
| return autoExerciseEvent; |
| } |
| |
| private vendor.google_clockwork.healthservices.V1_0.DataUpdate getHalHealthEventDataUpdate( |
| int eventType, long elapsedTimeSinceBootNanos) { |
| vendor.google_clockwork.healthservices.V1_0.DataUpdate halHealthEventUpdate = |
| new vendor.google_clockwork.healthservices.V1_0.DataUpdate(); |
| vendor.google_clockwork.healthservices.V1_0.HealthEvent halHealthEvent = |
| new vendor.google_clockwork.healthservices.V1_0.HealthEvent(); |
| halHealthEvent.type = eventType; |
| halHealthEvent.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| halHealthEventUpdate.healthEvent(halHealthEvent); |
| return halHealthEventUpdate; |
| } |
| |
| private HealthEvent getHealthEvent(int eventType, long elapsedTimeSinceBootNanos) { |
| HealthEvent healthEvent = new HealthEvent(); |
| healthEvent.type = eventType; |
| healthEvent.elapsedTimeSinceBootNanos = elapsedTimeSinceBootNanos; |
| return healthEvent; |
| } |
| } |
