diff options
Diffstat (limited to 'platform/android/MapboxGLAndroidSDK/src/test/java/com/mapbox/mapboxsdk/location/LocationAnimatorCoordinatorTest.kt')
| -rw-r--r-- | platform/android/MapboxGLAndroidSDK/src/test/java/com/mapbox/mapboxsdk/location/LocationAnimatorCoordinatorTest.kt | 532 |
1 files changed, 0 insertions, 532 deletions
diff --git a/platform/android/MapboxGLAndroidSDK/src/test/java/com/mapbox/mapboxsdk/location/LocationAnimatorCoordinatorTest.kt b/platform/android/MapboxGLAndroidSDK/src/test/java/com/mapbox/mapboxsdk/location/LocationAnimatorCoordinatorTest.kt deleted file mode 100644 index 1b927d213a..0000000000 --- a/platform/android/MapboxGLAndroidSDK/src/test/java/com/mapbox/mapboxsdk/location/LocationAnimatorCoordinatorTest.kt +++ /dev/null @@ -1,532 +0,0 @@ -package com.mapbox.mapboxsdk.location - -import android.animation.Animator -import android.location.Location -import android.util.SparseArray -import android.view.animation.LinearInterpolator -import com.mapbox.mapboxsdk.camera.CameraPosition -import com.mapbox.mapboxsdk.geometry.LatLng -import com.mapbox.mapboxsdk.location.LocationComponentConstants.DEFAULT_TRACKING_TILT_ANIM_DURATION -import com.mapbox.mapboxsdk.location.LocationComponentConstants.DEFAULT_TRACKING_ZOOM_ANIM_DURATION -import com.mapbox.mapboxsdk.location.MapboxAnimator.* -import com.mapbox.mapboxsdk.location.modes.CameraMode -import com.mapbox.mapboxsdk.location.modes.RenderMode -import com.mapbox.mapboxsdk.maps.MapboxMap -import com.mapbox.mapboxsdk.maps.Projection -import io.mockk.* -import junit.framework.Assert.assertEquals -import junit.framework.Assert.assertTrue -import org.junit.Before -import org.junit.Test -import org.junit.runner.RunWith -import org.mockito.Mockito -import org.robolectric.RobolectricTestRunner - -@RunWith(RobolectricTestRunner::class) -class LocationAnimatorCoordinatorTest { - - private lateinit var locationAnimatorCoordinator: LocationAnimatorCoordinator - private val cameraPosition: CameraPosition = CameraPosition.DEFAULT - - private val animatorProvider: MapboxAnimatorProvider = mockk() - private val animatorSetProvider: MapboxAnimatorSetProvider = mockk() - - private val projection: Projection = mockk() - - @Before - fun setUp() { - locationAnimatorCoordinator = LocationAnimatorCoordinator(projection, animatorSetProvider, animatorProvider) - configureAnimatorProvider() - every { projection.getMetersPerPixelAtLatitude(any()) } answers { 1.0 } - every { animatorSetProvider.startAnimation(any(), any(), any()) } answers {} - locationAnimatorCoordinator.updateAnimatorListenerHolders(getListenerHoldersSet( - ANIMATOR_LAYER_LATLNG, - ANIMATOR_CAMERA_LATLNG, - ANIMATOR_LAYER_GPS_BEARING, - ANIMATOR_LAYER_COMPASS_BEARING, - ANIMATOR_CAMERA_GPS_BEARING, - ANIMATOR_CAMERA_COMPASS_BEARING, - ANIMATOR_LAYER_ACCURACY, - ANIMATOR_ZOOM, - ANIMATOR_TILT - )) - } - - private fun configureAnimatorProvider() { - // workaround https://github.com/mockk/mockk/issues/229#issuecomment-457816131 - registerInstanceFactory { AnimationsValueChangeListener<Float> {} } - registerInstanceFactory { AnimationsValueChangeListener<LatLng> {} } - val previousFloatSlot = slot<Float>() - val targetFloatSlot = slot<Float>() - val listenerSlot = slot<MapboxAnimator.AnimationsValueChangeListener<*>>() - val maxFpsSlot = slot<Int>() - every { - animatorProvider.floatAnimator(capture(previousFloatSlot), capture(targetFloatSlot), capture(listenerSlot), capture(maxFpsSlot)) - } answers { - MapboxFloatAnimator(previousFloatSlot.captured, targetFloatSlot.captured, listenerSlot.captured, maxFpsSlot.captured) - } - - val previousLatLngSlot = slot<LatLng>() - val targetLatLngSlot = slot<LatLng>() - every { - animatorProvider.latLngAnimator(capture(previousLatLngSlot), capture(targetLatLngSlot), capture(listenerSlot), capture(maxFpsSlot)) - } answers { - MapboxLatLngAnimator(previousLatLngSlot.captured, targetLatLngSlot.captured, listenerSlot.captured, maxFpsSlot.captured) - } - - val callback = slot<MapboxMap.CancelableCallback>() - every { - animatorProvider.cameraAnimator(capture(previousFloatSlot), capture(targetFloatSlot), capture(listenerSlot), capture(callback)) - } answers { - MapboxCameraAnimatorAdapter(previousFloatSlot.captured, targetFloatSlot.captured, listenerSlot.captured, callback.captured) - } - every { - animatorProvider.cameraAnimator(capture(previousFloatSlot), capture(targetFloatSlot), capture(listenerSlot), null) - } answers { - MapboxCameraAnimatorAdapter(previousFloatSlot.captured, targetFloatSlot.captured, listenerSlot.captured, null) - } - } - - @Test - fun feedNewLocation_animatorsAreCreated() { - locationAnimatorCoordinator.feedNewLocation(Location(""), cameraPosition, false) - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_LATLNG] != null) - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_GPS_BEARING] != null) - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_LATLNG] != null) - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING] != null) - } - - @Test - fun feedNewLocation_animatorValue() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 35f - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, false) - - val cameraLatLngTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_LATLNG]?.target as LatLng - assertEquals(cameraLatLngTarget.latitude, cameraLatLngTarget.latitude) - - val layerLatLngTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_LATLNG]?.target as LatLng - assertEquals(layerLatLngTarget.latitude, layerLatLngTarget.latitude) - - val cameraBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_GPS_BEARING]?.target as Float - assertEquals(location.bearing, cameraBearingTarget) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING]?.target as Float - assertEquals(location.bearing, layerBearingTarget) - } - - @Test - fun feedNewLocation_animatorValue_correctRotation_1() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 0f - - val animator = mockk<MapboxFloatAnimator>(relaxed = true) - every { animator.animatedValue } returns 270f - locationAnimatorCoordinator.animatorArray.put(ANIMATOR_LAYER_GPS_BEARING, animator) - - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, false) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING]?.target as Float - assertEquals(360f, layerBearingTarget) - } - - @Test - fun feedNewLocation_animatorValue_correctRotation_2() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 90f - - val animator = mockk<MapboxFloatAnimator>(relaxed = true) - every { animator.animatedValue } returns 280f - locationAnimatorCoordinator.animatorArray.put(ANIMATOR_LAYER_GPS_BEARING, animator) - - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, false) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING]?.target as Float - assertEquals(450f, layerBearingTarget) - } - - @Test - fun feedNewLocation_animatorValue_correctRotation_3() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 300f - - val animator = mockk<MapboxFloatAnimator>(relaxed = true) - every { animator.animatedValue } returns 450f - locationAnimatorCoordinator.animatorArray.put(ANIMATOR_LAYER_GPS_BEARING, animator) - - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, false) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING]?.target as Float - assertEquals(-60f, layerBearingTarget) - } - - @Test - fun feedNewLocation_animatorValue_correctRotation_4() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 350f - - val animator = mockk<MapboxFloatAnimator>(relaxed = true) - every { animator.animatedValue } returns 10f - locationAnimatorCoordinator.animatorArray.put(ANIMATOR_LAYER_GPS_BEARING, animator) - - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, false) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING]?.target as Float - assertEquals(-10f, layerBearingTarget) - } - - @Test - fun feedNewLocation_animatorValue_correctRotation_5() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 90f - - val animator = mockk<MapboxFloatAnimator>(relaxed = true) - every { animator.animatedValue } returns -280f - locationAnimatorCoordinator.animatorArray.put(ANIMATOR_LAYER_GPS_BEARING, animator) - - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, false) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING]?.target as Float - assertEquals(90f, layerBearingTarget) - } - - @Test - fun feedNewLocation_animatorValue_correctRotation_6() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 270f - - val animator = mockk<MapboxFloatAnimator>(relaxed = true) - every { animator.animatedValue } returns -350f - locationAnimatorCoordinator.animatorArray.put(ANIMATOR_LAYER_GPS_BEARING, animator) - - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, false) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING]?.target as Float - assertEquals(-90f, layerBearingTarget) - } - - @Test - fun feedNewLocation_isNorth_animatorsAreCreated() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 35f - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, false) - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_LATLNG] != null) - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_GPS_BEARING] != null) - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_LATLNG] != null) - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING] != null) - } - - @Test - fun feedNewLocation_isNorth_animatorValue() { - val location = Location("") - location.latitude = 51.0 - location.longitude = 17.0 - location.bearing = 35f - locationAnimatorCoordinator.feedNewLocation(location, cameraPosition, true) - - val cameraLatLngTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_LATLNG]?.target as LatLng - assertEquals(cameraLatLngTarget.latitude, cameraLatLngTarget.latitude) - - val layerLatLngTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_LATLNG]?.target as LatLng - assertEquals(layerLatLngTarget.latitude, layerLatLngTarget.latitude) - - val cameraBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_GPS_BEARING]?.target as Float - assertEquals(0f, cameraBearingTarget) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_GPS_BEARING]?.target as Float - assertEquals(location.bearing, layerBearingTarget) - } - - @Test - fun feedNewCompassBearing_animatorsAreCreated() { - locationAnimatorCoordinator.feedNewCompassBearing(77f, cameraPosition) - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_COMPASS_BEARING] != null) - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_COMPASS_BEARING] != null) - } - - @Test - fun feedNewCompassBearing_animatorValue() { - val bearing = 77f - locationAnimatorCoordinator.feedNewCompassBearing(bearing, cameraPosition) - - val cameraBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_COMPASS_BEARING]?.target as Float - assertEquals(bearing, cameraBearingTarget) - - val layerBearingTarget = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_COMPASS_BEARING]?.target as Float - assertEquals(bearing, layerBearingTarget) - } - - @Test - fun feedNewAccuracyRadius_animatorsCreated() { - locationAnimatorCoordinator.feedNewAccuracyRadius(150f, false) - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_ACCURACY] != null) - } - - @Test - fun feedNewAccuracyRadius_animatorValue() { - val accuracy = 150f - locationAnimatorCoordinator.feedNewAccuracyRadius(accuracy, false) - - val layerAccuracy = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_ACCURACY]?.target as Float - assertEquals(layerAccuracy, accuracy) - } - - @Test - fun feedNewAccuracyRadius_noAnimation_animatorsCreated() { - locationAnimatorCoordinator.feedNewAccuracyRadius(150f, true) - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_ACCURACY] != null) - } - - @Test - fun feedNewAccuracyRadius_noAnimation_animatorValue() { - val accuracy = 150f - locationAnimatorCoordinator.feedNewAccuracyRadius(accuracy, true) - - val layerAccuracy = locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_ACCURACY]?.target as Float - assertEquals(layerAccuracy, accuracy) - } - - @Test - fun feedNewZoomLevel_animatorsCreated() { - locationAnimatorCoordinator.feedNewZoomLevel( - 15.0, - cameraPosition, - DEFAULT_TRACKING_ZOOM_ANIM_DURATION, - null - ) - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_ZOOM] != null) - } - - @Test - fun feedNewZoomLevel_animatorValue() { - val zoom = 15.0f - locationAnimatorCoordinator.feedNewZoomLevel( - zoom.toDouble(), - cameraPosition, - DEFAULT_TRACKING_ZOOM_ANIM_DURATION, - null - ) - - val animator = locationAnimatorCoordinator.animatorArray[ANIMATOR_ZOOM] - assertEquals(zoom, animator.target) - verify { animatorSetProvider.startAnimation(eq(listOf(animator)), any<LinearInterpolator>(), DEFAULT_TRACKING_ZOOM_ANIM_DURATION) } - } - - @Test - fun feedNewTiltLevel_animatorsCreated() { - locationAnimatorCoordinator.feedNewTilt( - 30.0, - cameraPosition, - DEFAULT_TRACKING_TILT_ANIM_DURATION, - null - ) - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_TILT] != null) - } - - @Test - fun feedNewTiltLevel_animatorValue() { - val tilt = 30.0f - locationAnimatorCoordinator.feedNewTilt( - tilt.toDouble(), - cameraPosition, - DEFAULT_TRACKING_TILT_ANIM_DURATION, - null - ) - - val animator = locationAnimatorCoordinator.animatorArray[ANIMATOR_TILT] - assertEquals(tilt, animator.target) - verify { animatorSetProvider.startAnimation(eq(listOf(animator)), any<LinearInterpolator>(), DEFAULT_TRACKING_TILT_ANIM_DURATION) } - } - - @Test - fun cancelAllAnimators() { - locationAnimatorCoordinator.feedNewLocation(Location(""), cameraPosition, true) - locationAnimatorCoordinator.cancelAllAnimations() - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_LATLNG] == null) - } - - @Test - fun cancelZoomAnimators() { - locationAnimatorCoordinator.feedNewZoomLevel( - 15.0, - cameraPosition, - DEFAULT_TRACKING_ZOOM_ANIM_DURATION, - null - ) - locationAnimatorCoordinator.cancelZoomAnimation() - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_ZOOM] == null) - } - - @Test - fun cancelTiltAnimation() { - locationAnimatorCoordinator.feedNewTilt( - 30.0, - cameraPosition, - DEFAULT_TRACKING_TILT_ANIM_DURATION, - null - ) - - locationAnimatorCoordinator.cancelTiltAnimation() - - assertTrue(locationAnimatorCoordinator.animatorArray[ANIMATOR_TILT] == null) - } - - @Test - fun resetAllCameraAnimations_empty() { - locationAnimatorCoordinator.resetAllCameraAnimations(cameraPosition, false) - assertTrue(locationAnimatorCoordinator.animatorArray.size() == 0) - } - - @Test - fun resetAllLayerAnimations_empty() { - locationAnimatorCoordinator.resetAllLayerAnimations() - assertTrue(locationAnimatorCoordinator.animatorArray.size() == 0) - } - - @Test - fun addNewListener() { - val listener = Mockito.mock(AnimationsValueChangeListener::class.java) - val holder = AnimatorListenerHolder(RenderMode.NORMAL, listener) - val set = HashSet<AnimatorListenerHolder>().also { - it.add(holder) - } - locationAnimatorCoordinator.updateAnimatorListenerHolders(set) - - assertTrue(locationAnimatorCoordinator.listeners.contains(listener)) - } - - @Test - fun updateListeners() { - val listener = Mockito.mock(AnimationsValueChangeListener::class.java) - val holder = AnimatorListenerHolder(RenderMode.NORMAL, listener) - val set = HashSet<AnimatorListenerHolder>().also { - it.add(holder) - } - locationAnimatorCoordinator.updateAnimatorListenerHolders(set) - - val listener2 = Mockito.mock(AnimationsValueChangeListener::class.java) - val holder2 = AnimatorListenerHolder(RenderMode.NORMAL, listener2) - val listener3 = Mockito.mock(AnimationsValueChangeListener::class.java) - val holder3 = AnimatorListenerHolder(CameraMode.TRACKING_GPS, listener3) - val set2 = HashSet<AnimatorListenerHolder>().also { - it.add(holder2) - it.add(holder3) - } - locationAnimatorCoordinator.updateAnimatorListenerHolders(set2) - - assertTrue(locationAnimatorCoordinator.listeners.size() == 2) - assertTrue(locationAnimatorCoordinator.listeners.contains(listener2)) - assertTrue(locationAnimatorCoordinator.listeners.contains(listener3)) - } - - @Test - fun feedNewCompassBearing_withAnimation() { - locationAnimatorCoordinator.setCompassAnimationEnabled(true) - locationAnimatorCoordinator.feedNewCompassBearing(77f, cameraPosition) - - val animators = mutableListOf<Animator>( - locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_COMPASS_BEARING], - locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_COMPASS_BEARING]) - - verify(exactly = 1) { animatorSetProvider.startAnimation(eq(animators), ofType(LinearInterpolator::class), eq(LocationComponentConstants.COMPASS_UPDATE_RATE_MS)) } - } - - @Test - fun feedNewCompassBearing_withoutAnimation() { - locationAnimatorCoordinator.setCompassAnimationEnabled(false) - locationAnimatorCoordinator.feedNewCompassBearing(77f, cameraPosition) - - val animators = mutableListOf<Animator>( - locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_COMPASS_BEARING], - locationAnimatorCoordinator.animatorArray[ANIMATOR_CAMERA_COMPASS_BEARING]) - - verify(exactly = 1) { animatorSetProvider.startAnimation(eq(animators), ofType(LinearInterpolator::class), eq(0)) } - } - - @Test - fun feedNewAccuracy_withAnimation() { - locationAnimatorCoordinator.setAccuracyAnimationEnabled(true) - locationAnimatorCoordinator.feedNewAccuracyRadius(150f, false) - - val animators = mutableListOf<Animator>( - locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_ACCURACY]) - - verify(exactly = 1) { animatorSetProvider.startAnimation(eq(animators), ofType(LinearInterpolator::class), eq(LocationComponentConstants.ACCURACY_RADIUS_ANIMATION_DURATION)) } - } - - @Test - fun feedNewAccuracy_withoutAnimation() { - locationAnimatorCoordinator.setAccuracyAnimationEnabled(false) - locationAnimatorCoordinator.feedNewAccuracyRadius(150f, false) - - val animators = mutableListOf<Animator>( - locationAnimatorCoordinator.animatorArray[ANIMATOR_LAYER_ACCURACY]) - - verify(exactly = 1) { animatorSetProvider.startAnimation(eq(animators), ofType(LinearInterpolator::class), eq(0)) } - } - - @Test - fun maxFps_setter() { - locationAnimatorCoordinator.setMaxAnimationFps(5) - assertEquals(5, locationAnimatorCoordinator.maxAnimationFps) - } - - @Test - fun maxFps_moreThanZeroRequired() { - locationAnimatorCoordinator.setMaxAnimationFps(0) - assertEquals(Int.MAX_VALUE, locationAnimatorCoordinator.maxAnimationFps) - locationAnimatorCoordinator.setMaxAnimationFps(-1) - assertEquals(Int.MAX_VALUE, locationAnimatorCoordinator.maxAnimationFps) - } - - @Test - fun maxFps_givenToAnimator() { - locationAnimatorCoordinator.setMaxAnimationFps(5) - locationAnimatorCoordinator.feedNewLocation(Location(""), cameraPosition, false) - verify { animatorProvider.latLngAnimator(any(), any(), any(), 5) } - verify { animatorProvider.floatAnimator(any(), any(), any(), 5) } - } - - private fun getListenerHoldersSet(vararg animatorTypes: Int): Set<AnimatorListenerHolder> { - return HashSet<AnimatorListenerHolder>().also { - for (type in animatorTypes) { - it.add(AnimatorListenerHolder(type, mockk())) - } - } - } -} - -private fun <E> SparseArray<E>.contains(listener: AnimationsValueChangeListener<*>?): Boolean { - for (i in 0 until this.size()) { - val element = this.get(this.keyAt(i)) - if (element == listener) { - return true - } - } - return false -}
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