/* * Copyright (C) 2017 The Android Open Source Project * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License */ package com.android.systemui.statusbar.notification.stack; import static android.view.WindowInsets.Type.ime; import static com.android.systemui.flags.SceneContainerFlagParameterizationKt.parameterizeSceneContainerFlag; import static com.android.systemui.statusbar.notification.stack.NotificationStackScrollLayout.ROWS_ALL; import static com.android.systemui.statusbar.notification.stack.NotificationStackScrollLayout.ROWS_GENTLE; import static com.android.systemui.statusbar.notification.stack.NotificationStackScrollLayout.RUBBER_BAND_FACTOR_NORMAL; import static com.google.common.truth.Truth.assertThat; import static com.google.common.truth.Truth.assertWithMessage; import static junit.framework.Assert.assertEquals; import static junit.framework.Assert.assertTrue; import static org.junit.Assert.assertFalse; import static org.mockito.ArgumentMatchers.any; import static org.mockito.ArgumentMatchers.anyBoolean; import static org.mockito.ArgumentMatchers.anyFloat; import static org.mockito.ArgumentMatchers.anyInt; import static org.mockito.ArgumentMatchers.eq; import static org.mockito.Mockito.clearInvocations; import static org.mockito.Mockito.doAnswer; import static org.mockito.Mockito.doNothing; import static org.mockito.Mockito.doReturn; import static org.mockito.Mockito.mock; import static org.mockito.Mockito.never; import static org.mockito.Mockito.spy; import static org.mockito.Mockito.verify; import static org.mockito.Mockito.when; import android.annotation.DimenRes; import android.graphics.Insets; import android.graphics.Rect; import android.graphics.RectF; import android.os.SystemClock; import android.platform.test.annotations.DisableFlags; import android.platform.test.annotations.EnableFlags; import android.platform.test.flag.junit.FlagsParameterization; import android.testing.TestableLooper; import android.testing.TestableResources; import android.util.MathUtils; import android.view.MotionEvent; import android.view.View; import android.view.ViewGroup; import android.view.WindowInsets; import android.view.WindowInsetsAnimation; import androidx.annotation.NonNull; import androidx.test.filters.SmallTest; import com.android.keyguard.BouncerPanelExpansionCalculator; import com.android.systemui.ExpandHelper; import com.android.systemui.SysuiTestCase; import com.android.systemui.dump.DumpManager; import com.android.systemui.flags.BrokenWithSceneContainer; import com.android.systemui.flags.DisableSceneContainer; import com.android.systemui.flags.EnableSceneContainer; import com.android.systemui.flags.FakeFeatureFlags; import com.android.systemui.flags.FeatureFlags; import com.android.systemui.flags.Flags; import com.android.systemui.kosmos.KosmosJavaAdapter; import com.android.systemui.qs.flags.QSComposeFragment; import com.android.systemui.res.R; import com.android.systemui.shade.QSHeaderBoundsProvider; import com.android.systemui.shade.ShadeController; import com.android.systemui.shade.transition.LargeScreenShadeInterpolator; import com.android.systemui.statusbar.NotificationShelf; import com.android.systemui.statusbar.StatusBarState; import com.android.systemui.statusbar.SysuiStatusBarStateController; import com.android.systemui.statusbar.notification.collection.EntryAdapter; import com.android.systemui.statusbar.notification.collection.NotificationEntry; import com.android.systemui.statusbar.notification.collection.render.GroupExpansionManager; import com.android.systemui.statusbar.notification.collection.render.GroupMembershipManager; import com.android.systemui.statusbar.notification.data.repository.HeadsUpRepository; import com.android.systemui.statusbar.notification.emptyshade.ui.view.EmptyShadeView; import com.android.systemui.statusbar.notification.footer.ui.view.FooterView; import com.android.systemui.statusbar.notification.headsup.AvalancheController; import com.android.systemui.statusbar.notification.promoted.PromotedNotificationUi; import com.android.systemui.statusbar.notification.row.ExpandableNotificationRow; import com.android.systemui.statusbar.notification.row.ExpandableView; import com.android.systemui.statusbar.notification.shared.NotificationBundleUi; import com.android.systemui.statusbar.notification.shared.NotificationThrottleHun; import com.android.systemui.statusbar.notification.stack.shared.model.ShadeScrimBounds; import com.android.systemui.statusbar.notification.stack.shared.model.ShadeScrimShape; import com.android.systemui.statusbar.phone.KeyguardBypassController; import com.android.systemui.statusbar.phone.ScreenOffAnimationController; import com.android.systemui.statusbar.phone.StatusBarKeyguardViewManager; import com.android.systemui.statusbar.policy.ResourcesSplitShadeStateController; import kotlin.Unit; import org.junit.Assert; import org.junit.Before; import org.junit.Rule; import org.junit.Test; import org.junit.runner.RunWith; import org.mockito.ArgumentCaptor; import org.mockito.Mock; import org.mockito.junit.MockitoJUnit; import org.mockito.junit.MockitoRule; import platform.test.runner.parameterized.ParameterizedAndroidJunit4; import platform.test.runner.parameterized.Parameters; import java.util.ArrayList; import java.util.List; import java.util.function.Consumer; /** * Tests for {@link NotificationStackScrollLayout}. */ @SmallTest @RunWith(ParameterizedAndroidJunit4.class) @TestableLooper.RunWithLooper public class NotificationStackScrollLayoutTest extends SysuiTestCase { @Parameters(name = "{0}") public static List getParams() { return parameterizeSceneContainerFlag(); } private final FakeFeatureFlags mFeatureFlags = new FakeFeatureFlags(); private NotificationStackScrollLayout mStackScroller; // Normally test this private NotificationStackScrollLayout mStackScrollerInternal; // See explanation below private AmbientState mAmbientState; private TestableResources mTestableResources; @Rule public MockitoRule mockito = MockitoJUnit.rule(); @Mock private SysuiStatusBarStateController mBarState; @Mock private GroupMembershipManager mGroupMembershipManger; @Mock private GroupExpansionManager mGroupExpansionManager; @Mock private DumpManager mDumpManager; @Mock private ExpandHelper mExpandHelper; @Mock private EmptyShadeView mEmptyShadeView; @Mock private NotificationRoundnessManager mNotificationRoundnessManager; @Mock private KeyguardBypassController mBypassController; @Mock private NotificationSectionsManager mNotificationSectionsManager; @Mock private NotificationSection mNotificationSection; @Mock private NotificationSwipeHelper mNotificationSwipeHelper; @Mock private NotificationStackScrollLayoutController mStackScrollLayoutController; @Mock private ScreenOffAnimationController mScreenOffAnimationController; @Mock private NotificationShelf mNotificationShelf; @Mock private NotificationStackSizeCalculator mStackSizeCalculator; @Mock private StatusBarKeyguardViewManager mStatusBarKeyguardViewManager; @Mock private LargeScreenShadeInterpolator mLargeScreenShadeInterpolator; @Mock private AvalancheController mAvalancheController; @Mock private HeadsUpRepository mHeadsUpRepository; private final KosmosJavaAdapter mKosmos = new KosmosJavaAdapter(this); public NotificationStackScrollLayoutTest(FlagsParameterization flags) { super(); mSetFlagsRule.setFlagsParameterization(flags); } @Before public void setUp() throws Exception { allowTestableLooperAsMainThread(); mTestableResources = mContext.getOrCreateTestableResources(); // Interact with real instance of AmbientState. mAmbientState = spy(new AmbientState( mContext, mDumpManager, mNotificationSectionsManager, mBypassController, mStatusBarKeyguardViewManager, mLargeScreenShadeInterpolator, mHeadsUpRepository, mAvalancheController )); // Register the debug flags we use assertFalse(Flags.NSSL_DEBUG_LINES.getDefault()); assertFalse(Flags.NSSL_DEBUG_REMOVE_ANIMATION.getDefault()); mFeatureFlags.set(Flags.NSSL_DEBUG_LINES, false); mFeatureFlags.set(Flags.NSSL_DEBUG_REMOVE_ANIMATION, false); mFeatureFlags.set(Flags.LOCKSCREEN_ENABLE_LANDSCAPE, false); // Inject dependencies before initializing the layout mDependency.injectTestDependency(FeatureFlags.class, mFeatureFlags); mDependency.injectTestDependency(SysuiStatusBarStateController.class, mBarState); mDependency.injectMockDependency(ShadeController.class); mDependency.injectTestDependency( NotificationSectionsManager.class, mNotificationSectionsManager); mDependency.injectTestDependency(GroupMembershipManager.class, mGroupMembershipManger); mDependency.injectTestDependency(GroupExpansionManager.class, mGroupExpansionManager); mDependency.injectTestDependency(AmbientState.class, mAmbientState); mDependency.injectTestDependency(NotificationShelf.class, mNotificationShelf); mDependency.injectTestDependency( ScreenOffAnimationController.class, mScreenOffAnimationController); when(mNotificationSectionsManager.createSectionsForBuckets()).thenReturn( new NotificationSection[]{ mNotificationSection }); // The actual class under test. You may need to work with this class directly when // testing anonymous class members of mStackScroller, like mMenuEventListener, // which refer to members of NotificationStackScrollLayout. The spy // holds a copy of the CUT's instances of these KeyguardBypassController, so they still // refer to the CUT's member variables, not the spy's member variables. mStackScrollerInternal = new NotificationStackScrollLayout(getContext(), null); mStackScrollerInternal.initView(getContext(), mNotificationSwipeHelper, mStackSizeCalculator); mStackScroller = spy(mStackScrollerInternal); mStackScroller.setResetUserExpandedStatesRunnable(() -> {}); mStackScroller.setEmptyShadeView(mEmptyShadeView); when(mStackScrollLayoutController.isHistoryEnabled()).thenReturn(true); when(mStackScrollLayoutController.getNotificationRoundnessManager()) .thenReturn(mNotificationRoundnessManager); mStackScroller.setController(mStackScrollLayoutController); mStackScroller.setShelf(mNotificationShelf); when(mStackScroller.getExpandHelper()).thenReturn(mExpandHelper); doNothing().when(mGroupExpansionManager).collapseGroups(); doNothing().when(mExpandHelper).cancelImmediately(); doNothing().when(mNotificationShelf).setAnimationsEnabled(anyBoolean()); } @Test @DisableSceneContainer // TODO(b/332574413) cover stack bounds integration with tests public void testUpdateStackHeight_qsExpansionGreaterThanZero() { final float expansionFraction = 0.2f; final float overExpansion = 50f; mStackScroller.setQsExpansionFraction(1f); mAmbientState.setExpansionFraction(expansionFraction); mAmbientState.setOverExpansion(overExpansion); when(mAmbientState.isBouncerInTransit()).thenReturn(true); mStackScroller.setExpandedHeight(100f); float expected = MathUtils.lerp(0, overExpansion, BouncerPanelExpansionCalculator.aboutToShowBouncerProgress(expansionFraction)); assertThat(mAmbientState.getStackY()).isEqualTo(expected); } @Test @EnableSceneContainer public void updateInterpolatedStackHeight_qsExpanded_shouldSkipUpdateStackEndHeight() { // Before: QS is fully expanded final float expansionFraction = 0.2f; final float endHeight = 200f; mStackScroller.setQsExpandFraction(1f); mStackScroller.suppressHeightUpdates(true); mAmbientState.setExpansionFraction(expansionFraction); mAmbientState.setStackEndHeight(endHeight); // When: update StackEndHeightAndStackHeight mStackScroller.updateStackEndHeightAndStackHeight(expansionFraction); // Then: stackEndHeight is not updated float expected = mStackScroller .calculateInterpolatedStackHeight(endHeight, expansionFraction); assertThat(mAmbientState.getInterpolatedStackHeight()).isEqualTo(expected); } @Test @EnableSceneContainer public void updateInterpolatedStackHeight_onLockScreenStack_shouldUpdateStackEndHeight() { // Before: QS is fully collapsed, on lockscreen final float expansionFraction = 0.2f; final float endHeight = 200f; mStackScroller.setQsExpandFraction(0f); mStackScroller.suppressHeightUpdates(false); mStackScroller.setMaxDisplayedNotifications(2); mAmbientState.setExpansionFraction(expansionFraction); mAmbientState.setStackEndHeight(endHeight); // When: update StackEndHeightAndStackHeight mStackScroller.updateStackEndHeightAndStackHeight(expansionFraction); // Then: updatedEndHeight should be mStackScroller.getIntrinsicStackHeight() float updatedEndHeight = mStackScroller.getIntrinsicStackHeight(); float expected = mStackScroller.calculateInterpolatedStackHeight( updatedEndHeight, expansionFraction); assertThat(mAmbientState.getInterpolatedStackHeight()).isEqualTo(expected); } @Test @EnableSceneContainer public void updateInterpolatedStackHeight_onExpandedShade_shouldUpdateStackEndHeight() { // Before: QS is fully collapsed, on expanded Shade final float expansionFraction = 0.2f; final float endHeight = 200f; mStackScroller.setQsExpandFraction(0f); mStackScroller.suppressHeightUpdates(false); mStackScroller.setMaxDisplayedNotifications(-1); mAmbientState.setExpansionFraction(expansionFraction); mAmbientState.setStackEndHeight(endHeight); // When: update StackEndHeightAndStackHeight mStackScroller.updateStackEndHeightAndStackHeight(expansionFraction); // Then: updatedEndHeight should be determined by the stack cutoffs float updatedEndHeight = Math.max( 0f, mAmbientState.getStackCutoff() - mAmbientState.getStackTop()); float expected = mStackScroller.calculateInterpolatedStackHeight( updatedEndHeight, expansionFraction); assertThat(mAmbientState.getInterpolatedStackHeight()).isEqualTo(expected); } @Test @EnableSceneContainer public void testIntrinsicStackHeight() { int stackHeight = 300; when(mStackSizeCalculator.computeHeight(eq(mStackScroller), anyInt(), anyFloat(), any())) .thenReturn((float) stackHeight); mStackScroller.updateIntrinsicStackHeight(); assertThat(mStackScroller.getIntrinsicStackHeight()).isEqualTo(stackHeight); } @Test @DisableSceneContainer // TODO(b/312473478): address disabled test public void testUpdateStackHeight_qsExpansionZero() { final float expansionFraction = 0.2f; final float overExpansion = 50f; mStackScroller.setQsExpansionFraction(0f); mAmbientState.setExpansionFraction(expansionFraction); mAmbientState.setOverExpansion(overExpansion); when(mAmbientState.isBouncerInTransit()).thenReturn(true); mStackScroller.setExpandedHeight(100f); float expected = MathUtils.lerp(0, overExpansion, expansionFraction); assertThat(mAmbientState.getStackY()).isEqualTo(expected); } @Test public void testUpdateStackHeight_withExpansionAmount_whenDozeNotChanging() { final float endHeight = 8f; final float expansionFraction = 0.5f; final float expected = mStackScroller.calculateInterpolatedStackHeight( endHeight, expansionFraction); mStackScroller.updateInterpolatedStackHeight(endHeight, expansionFraction); assertThat(mAmbientState.getInterpolatedStackHeight()).isEqualTo(expected); } @Test @EnableSceneContainer public void updateStackEndHeightAndStackHeight_shadeFullyExpanded_withSceneContainer() { final float stackTop = 200f; final float stackBottom = 1000f; final float stackWidth = 400f; final float stackEndHeight = stackBottom - stackTop; mAmbientState.setStackTop(stackTop); mAmbientState.setDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); mAmbientState.setStatusBarState(StatusBarState.KEYGUARD); clearInvocations(mAmbientState); // WHEN shade is fully expanded mStackScroller.updateStackEndHeightAndStackHeight(/* fraction = */ 1.0f); // THEN stackHeight and stackEndHeight are the same verify(mAmbientState).setStackEndHeight(stackEndHeight); verify(mAmbientState).setInterpolatedStackHeight(stackEndHeight); } @Test @EnableSceneContainer public void updateStackEndHeightAndStackHeight_shadeExpanding_withSceneContainer() { final float stackTop = 200f; final float stackBottom = 1000f; final float stackWidth = 400f; final float stackEndHeight = stackBottom - stackTop; mAmbientState.setStackTop(stackTop); mAmbientState.setDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); mAmbientState.setStatusBarState(StatusBarState.KEYGUARD); clearInvocations(mAmbientState); // WHEN shade is expanding final float expansionFraction = 0.5f; mStackScroller.updateStackEndHeightAndStackHeight(expansionFraction); // THEN stackHeight is changed by the expansion frac verify(mAmbientState).setStackEndHeight(stackEndHeight); verify(mAmbientState).setInterpolatedStackHeight(stackEndHeight * 0.75f); } @Test @EnableSceneContainer public void updateStackEndHeightAndStackHeight_shadeOverscrolledToTop_withSceneContainer() { // GIVEN stack scrolled over the top, stack top is negative final float stackTop = -2000f; final float stackBottom = 1000f; final float stackWidth = 400f; final float stackEndHeight = stackBottom - stackTop; mAmbientState.setStackTop(stackTop); mAmbientState.setDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); mAmbientState.setStatusBarState(StatusBarState.KEYGUARD); clearInvocations(mAmbientState); // WHEN stack is updated mStackScroller.updateStackEndHeightAndStackHeight(/* fraction = */ 1.0f); // THEN stackHeight is measured from the stack top verify(mAmbientState).setStackEndHeight(stackEndHeight); verify(mAmbientState).setInterpolatedStackHeight(stackEndHeight); } @Test @EnableSceneContainer public void updateDrawBounds_updatesStackEndHeight() { // GIVEN shade is fully open final float stackTop = 200f; final float stackBottom = 1000f; final float stackWidth = 400f; final float stackHeight = stackBottom - stackTop; mAmbientState.setStackTop(stackTop); mAmbientState.setDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); mAmbientState.setStatusBarState(StatusBarState.SHADE); mStackScroller.setMaxDisplayedNotifications(-1); // no limit on the shade mStackScroller.setExpandFraction(1f); // shade is fully expanded assertThat(mAmbientState.getStackEndHeight()).isEqualTo(stackHeight); assertThat(mAmbientState.getInterpolatedStackHeight()).isEqualTo(stackHeight); // WHEN stackBottom changes final float newStackBottom = 800; mStackScroller.updateDrawBounds(new RectF(0, stackTop, 400, newStackBottom)); // THEN stackEndHeight is updated final float newStackHeight = newStackBottom - stackTop; assertThat(mAmbientState.getStackEndHeight()).isEqualTo(newStackHeight); assertThat(mAmbientState.getInterpolatedStackHeight()).isEqualTo(newStackHeight); } @Test @EnableSceneContainer public void updateStackEndHeightAndStackHeight_maxNotificationsSet_withSceneContainer() { float stackHeight = 300f; when(mStackSizeCalculator.computeHeight(eq(mStackScroller), anyInt(), anyFloat(), any())) .thenReturn(stackHeight); mStackScroller.setMaxDisplayedNotifications(3); // any non-zero amount clearInvocations(mAmbientState); mStackScroller.updateStackEndHeightAndStackHeight(1f); verify(mAmbientState).setInterpolatedStackHeight(eq(300f)); } @Test @DisableSceneContainer public void updateStackEndHeightAndStackHeight_onlyUpdatesStackHeightDuringSwipeUp() { final float expansionFraction = 0.5f; mAmbientState.setStatusBarState(StatusBarState.KEYGUARD); mAmbientState.setSwipingUp(true); // Validate that when the gesture is in progress, we update only the stackHeight clearInvocations(mAmbientState); mStackScroller.updateStackEndHeightAndStackHeight(expansionFraction); verify(mAmbientState, never()).setStackEndHeight(anyFloat()); verify(mAmbientState).setInterpolatedStackHeight(anyFloat()); } @Test @DisableSceneContainer public void setPanelFlinging_updatesStackEndHeightOnlyOnFinish() { final float expansionFraction = 0.5f; mAmbientState.setStatusBarState(StatusBarState.KEYGUARD); mAmbientState.setSwipingUp(true); mStackScroller.setPanelFlinging(true); mAmbientState.setSwipingUp(false); // Validate that when the animation is running, we update only the stackHeight clearInvocations(mAmbientState); mStackScroller.updateStackEndHeightAndStackHeight(expansionFraction); verify(mAmbientState, never()).setStackEndHeight(anyFloat()); verify(mAmbientState).setInterpolatedStackHeight(anyFloat()); // Validate that when the animation ends the stackEndHeight is recalculated immediately clearInvocations(mAmbientState); mStackScroller.setPanelFlinging(false); verify(mAmbientState).setFlinging(eq(false)); verify(mAmbientState).setStackEndHeight(anyFloat()); verify(mAmbientState).setInterpolatedStackHeight(anyFloat()); } @Test @EnableSceneContainer public void setExpandFraction_fullyCollapsed() { // Given: NSSL has a height when(mStackScroller.getHeight()).thenReturn(1200); // And: stack bounds are set float expandFraction = 0.0f; float stackTop = 100; float stackBottom = 1100; float stackHeight = stackBottom - stackTop; float stackWidth = 400; mStackScroller.setStackTop(stackTop); mAmbientState.setDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); // When: panel is fully collapsed mStackScroller.setExpandFraction(expandFraction); // Then assertThat(mAmbientState.getExpansionFraction()).isEqualTo(expandFraction); assertThat(mAmbientState.isExpansionChanging()).isFalse(); assertThat(mAmbientState.getStackEndHeight()).isEqualTo(stackHeight); assertThat(mAmbientState.getInterpolatedStackHeight()).isEqualTo( stackHeight * StackScrollAlgorithm.START_FRACTION); assertThat(mAmbientState.isShadeExpanded()).isFalse(); assertThat(mStackScroller.getExpandedHeight()).isZero(); } @Test @EnableSceneContainer public void setExpandFraction_expanding() { // Given: NSSL has a height when(mStackScroller.getHeight()).thenReturn(1200); // And: stack bounds are set float expandFraction = 0.6f; float stackTop = 100; float stackBottom = 1100; float stackHeight = stackBottom - stackTop; float stackWidth = 400; mStackScroller.setStackTop(stackTop); mStackScroller.updateDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); // When: panel is expanding mStackScroller.setExpandFraction(expandFraction); // Then assertThat(mAmbientState.getExpansionFraction()).isEqualTo(expandFraction); assertThat(mAmbientState.isExpansionChanging()).isTrue(); assertThat(mAmbientState.getStackEndHeight()).isEqualTo(stackHeight); assertThat(mAmbientState.getInterpolatedStackHeight()).isGreaterThan( stackHeight * StackScrollAlgorithm.START_FRACTION); assertThat(mAmbientState.getInterpolatedStackHeight()).isLessThan(stackHeight); assertThat(mStackScroller.getExpandedHeight()).isGreaterThan(0f); assertThat(mAmbientState.isShadeExpanded()).isTrue(); } @Test @EnableSceneContainer public void setExpandFraction_fullyExpanded() { // Given: NSSL has a height int viewHeight = 1200; when(mStackScroller.getHeight()).thenReturn(viewHeight); // And: stack bounds are set float expandFraction = 1.0f; float stackTop = 100; float stackBottom = 1100; float stackHeight = stackBottom - stackTop; float stackWidth = 400; mStackScroller.setStackTop(stackTop); mStackScroller.updateDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); // When: panel is fully expanded mStackScroller.setExpandFraction(expandFraction); // Then assertThat(mAmbientState.getExpansionFraction()).isEqualTo(expandFraction); assertThat(mAmbientState.isExpansionChanging()).isFalse(); assertThat(mAmbientState.getStackEndHeight()).isEqualTo(stackHeight); assertThat(mAmbientState.getInterpolatedStackHeight()).isEqualTo(stackHeight); assertThat(mStackScroller.getExpandedHeight()).isEqualTo(viewHeight); assertThat(mAmbientState.isShadeExpanded()).isTrue(); } @Test @DisableSceneContainer public void testSetExpandedHeight_listenerReceivedCallbacks() { final float expectedHeight = 0f; mStackScroller.addOnExpandedHeightChangedListener((height, appear) -> { Assert.assertEquals(expectedHeight, height, 0); }); mStackScroller.setExpandedHeight(expectedHeight); } @Test public void testAppearFractionCalculationIsNotNegativeWhenShelfBecomesSmaller() { // this situation might occur if status bar height is defined in pixels while shelf height // in dp and screen density changes - appear start position // (calculated in NSSL#getMinExpansionHeight) that is adjusting for status bar might // increase and become bigger that end position, which should be prevented // appear start position when(mNotificationShelf.getIntrinsicHeight()).thenReturn(80); mStackScroller.mStatusBarHeight = 100; // appear end position when(mEmptyShadeView.getHeight()).thenReturn(90); assertThat(mStackScroller.calculateAppearFraction(100)).isAtLeast(0); } @Test @DisableSceneContainer public void testSetExpandedHeight_withSplitShade_doesntInterpolateStackHeight() { mTestableResources .addOverride(R.bool.config_use_split_notification_shade, /* value= */ true); final int[] expectedStackHeight = {0}; mStackScroller.addOnExpandedHeightChangedListener((expandedHeight, appear) -> { assertWithMessage("Given shade enabled: %s", true) .that(mStackScroller.getHeight()) .isEqualTo(expectedStackHeight[0]); }); mTestableResources .addOverride(R.bool.config_use_split_notification_shade, /* value= */ false); expectedStackHeight[0] = 0; mStackScroller.setExpandedHeight(100f); mTestableResources .addOverride(R.bool.config_use_split_notification_shade, /* value= */ true); expectedStackHeight[0] = 100; mStackScroller.setExpandedHeight(100f); } @Test public void testFooterPosition_atEnd() { // add footer FooterView view = mock(FooterView.class); mStackScroller.setFooterView(view); // add notification ExpandableNotificationRow row = createClearableRow(); mStackScroller.addContainerView(row); mStackScroller.onUpdateRowStates(); // Expecting the footer to be the last child int expected = mStackScroller.getChildCount() - 1; verify(mStackScroller).changeViewPosition(any(FooterView.class), eq(expected)); } @Test public void testSetIsBeingDraggedResetsExposedMenu() { mStackScroller.setIsBeingDragged(true); verify(mNotificationSwipeHelper).resetExposedMenuView(true, true); } @Test public void testPanelTrackingStartResetsExposedMenu() { mStackScroller.onPanelTrackingStarted(); verify(mNotificationSwipeHelper).resetExposedMenuView(true, true); } @Test public void testDarkModeResetsExposedMenu() { mStackScroller.setHideAmount(0.1f, 0.1f); verify(mNotificationSwipeHelper).resetExposedMenuView(true, true); } @Test public void testClearNotifications_All() { final int[] numCalls = {0}; final int[] selected = {-1}; mStackScroller.setClearAllListener(selectedRows -> { numCalls[0]++; selected[0] = selectedRows; }); mStackScroller.clearNotifications(ROWS_ALL, /* closeShade = */ true, /* hideSilentSection = */ true); assertEquals(1, numCalls[0]); assertEquals(ROWS_ALL, selected[0]); } @Test public void testClearNotifications_Gentle() { final int[] numCalls = {0}; final int[] selected = {-1}; mStackScroller.setClearAllListener(selectedRows -> { numCalls[0]++; selected[0] = selectedRows; }); mStackScroller.clearNotifications(NotificationStackScrollLayout.ROWS_GENTLE, /* closeShade = */ false, /* hideSilentSection = */ true); assertEquals(1, numCalls[0]); assertEquals(ROWS_GENTLE, selected[0]); } @Test public void testClearNotifications_clearAllInProgress() { ExpandableNotificationRow row = createClearableRow(); when(row.hasFinishedInitialization()).thenReturn(true); doReturn(true).when(mStackScroller).isVisible(row); mStackScroller.addContainerView(row); mStackScroller.clearNotifications(ROWS_ALL, /* closeShade = */ false, /* hideSilentSection = */ false); assertClearAllInProgress(true); verify(mNotificationRoundnessManager).setClearAllInProgress(true); } @Test public void testOnChildAnimationFinished_resetsClearAllInProgress() { mStackScroller.setClearAllInProgress(true); mStackScroller.onChildAnimationFinished(); assertClearAllInProgress(false); verify(mNotificationRoundnessManager).setClearAllInProgress(false); } @Test public void testShadeCollapsed_resetsClearAllInProgress() { mStackScroller.setClearAllInProgress(true); mStackScroller.setIsExpanded(false); assertClearAllInProgress(false); verify(mNotificationRoundnessManager).setClearAllInProgress(false); } @Test public void testShadeExpanded_doesntChangeClearAllInProgress() { mStackScroller.setClearAllInProgress(true); clearInvocations(mNotificationRoundnessManager); mStackScroller.setIsExpanded(true); assertClearAllInProgress(true); verify(mNotificationRoundnessManager, never()).setClearAllInProgress(anyBoolean()); } @Test public void testAddNotificationUpdatesSpeedBumpIndex() { // initial state calculated == 0 assertEquals(0, mStackScroller.getSpeedBumpIndex()); // add notification that's before the speed bump ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); if (NotificationBundleUi.isEnabled()) { EntryAdapter entryAdapter = mock(EntryAdapter.class); when(entryAdapter.isAmbient()).thenReturn(false); when(row.getEntryAdapter()).thenReturn(entryAdapter); } else { NotificationEntry entry = mock(NotificationEntry.class); when(row.getEntryLegacy()).thenReturn(entry); when(entry.isAmbient()).thenReturn(false); } mStackScroller.addContainerView(row); // speed bump = 1 assertEquals(1, mStackScroller.getSpeedBumpIndex()); } @Test public void testAddAmbientNotificationNoSpeedBumpUpdate() { // initial state calculated == 0 assertEquals(0, mStackScroller.getSpeedBumpIndex()); // add notification that's after the speed bump ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); if (NotificationBundleUi.isEnabled()) { EntryAdapter entryAdapter = mock(EntryAdapter.class); when(entryAdapter.isAmbient()).thenReturn(true); when(row.getEntryAdapter()).thenReturn(entryAdapter); } else { NotificationEntry entry = mock(NotificationEntry.class); when(row.getEntryLegacy()).thenReturn(entry); when(entry.isAmbient()).thenReturn(true); } mStackScroller.addContainerView(row); // speed bump is set to 0 assertEquals(0, mStackScroller.getSpeedBumpIndex()); } @Test public void testRemoveNotificationUpdatesSpeedBump() { // initial state calculated == 0 assertEquals(0, mStackScroller.getSpeedBumpIndex()); // add 3 notification that are after the speed bump ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); if (NotificationBundleUi.isEnabled()) { EntryAdapter entryAdapter = mock(EntryAdapter.class); when(entryAdapter.isAmbient()).thenReturn(false); when(row.getEntryAdapter()).thenReturn(entryAdapter); } else { NotificationEntry entry = mock(NotificationEntry.class); when(row.getEntryLegacy()).thenReturn(entry); when(entry.isAmbient()).thenReturn(false); } mStackScroller.addContainerView(row); // speed bump is 1 assertEquals(1, mStackScroller.getSpeedBumpIndex()); // remove the notification that was before the speed bump mStackScroller.removeContainerView(row); // speed bump is now 0 assertEquals(0, mStackScroller.getSpeedBumpIndex()); } @Test @DisableFlags(QSComposeFragment.FLAG_NAME) @DisableSceneContainer public void testInsideQSHeader_noOffset() { ViewGroup qsHeader = mock(ViewGroup.class); Rect boundsOnScreen = new Rect(0, 0, 1000, 1000); mockBoundsOnScreen(qsHeader, boundsOnScreen); mStackScroller.setQsHeader(qsHeader); mStackScroller.setLeftTopRightBottom(0, 0, 2000, 2000); MotionEvent event1 = transformEventForView(createMotionEvent(100f, 100f), mStackScroller); assertTrue(mStackScroller.isInsideQsHeader(event1)); MotionEvent event2 = transformEventForView(createMotionEvent(1100f, 100f), mStackScroller); assertFalse(mStackScroller.isInsideQsHeader(event2)); } @Test @DisableFlags(QSComposeFragment.FLAG_NAME) @DisableSceneContainer public void testInsideQSHeader_Offset() { ViewGroup qsHeader = mock(ViewGroup.class); Rect boundsOnScreen = new Rect(100, 100, 1000, 1000); mockBoundsOnScreen(qsHeader, boundsOnScreen); mStackScroller.setQsHeader(qsHeader); mStackScroller.setLeftTopRightBottom(200, 200, 2000, 2000); MotionEvent event1 = transformEventForView(createMotionEvent(50f, 50f), mStackScroller); assertFalse(mStackScroller.isInsideQsHeader(event1)); MotionEvent event2 = transformEventForView(createMotionEvent(150f, 150f), mStackScroller); assertFalse(mStackScroller.isInsideQsHeader(event2)); MotionEvent event3 = transformEventForView(createMotionEvent(250f, 250f), mStackScroller); assertTrue(mStackScroller.isInsideQsHeader(event3)); } @Test @EnableFlags(QSComposeFragment.FLAG_NAME) @DisableSceneContainer public void testInsideQSHeader_noOffset_qsCompose() { ViewGroup qsHeader = mock(ViewGroup.class); Rect boundsOnScreen = new Rect(0, 0, 1000, 1000); mockBoundsOnScreen(qsHeader, boundsOnScreen); QSHeaderBoundsProvider provider = new QSHeaderBoundsProvider( () -> 0, boundsOnScreen::height, rect -> { qsHeader.getBoundsOnScreen(rect); return Unit.INSTANCE; } ); mStackScroller.setQsHeaderBoundsProvider(provider); mStackScroller.setLeftTopRightBottom(0, 0, 2000, 2000); MotionEvent event1 = transformEventForView(createMotionEvent(100f, 100f), mStackScroller); assertTrue(mStackScroller.isInsideQsHeader(event1)); MotionEvent event2 = transformEventForView(createMotionEvent(1100f, 100f), mStackScroller); assertFalse(mStackScroller.isInsideQsHeader(event2)); } @Test @EnableFlags(QSComposeFragment.FLAG_NAME) @DisableSceneContainer public void testInsideQSHeader_Offset_qsCompose() { ViewGroup qsHeader = mock(ViewGroup.class); Rect boundsOnScreen = new Rect(100, 100, 1000, 1000); mockBoundsOnScreen(qsHeader, boundsOnScreen); QSHeaderBoundsProvider provider = new QSHeaderBoundsProvider( () -> 0, boundsOnScreen::height, rect -> { qsHeader.getBoundsOnScreen(rect); return Unit.INSTANCE; } ); mStackScroller.setQsHeaderBoundsProvider(provider); mStackScroller.setLeftTopRightBottom(200, 200, 2000, 2000); MotionEvent event1 = transformEventForView(createMotionEvent(50f, 50f), mStackScroller); assertFalse(mStackScroller.isInsideQsHeader(event1)); MotionEvent event2 = transformEventForView(createMotionEvent(150f, 150f), mStackScroller); assertFalse(mStackScroller.isInsideQsHeader(event2)); MotionEvent event3 = transformEventForView(createMotionEvent(250f, 250f), mStackScroller); assertTrue(mStackScroller.isInsideQsHeader(event3)); } @Test @EnableSceneContainer public void testIsInsideScrollableRegion_noScrim() { mStackScroller.setLeftTopRightBottom(0, 0, 2000, 2000); MotionEvent event = transformEventForView(createMotionEvent(250f, 250f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event)).isTrue(); } @Test @EnableSceneContainer public void testIsInsideScrollableRegion_noOffset() { mStackScroller.setLeftTopRightBottom(0, 0, 1000, 2000); mStackScroller.setClippingShape(createScrimShape(100, 500, 900, 2000)); MotionEvent event1 = transformEventForView(createMotionEvent(500f, 400f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event1)).isFalse(); MotionEvent event2 = transformEventForView(createMotionEvent(50, 1000f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event2)).isFalse(); MotionEvent event3 = transformEventForView(createMotionEvent(950f, 1000f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event3)).isFalse(); MotionEvent event4 = transformEventForView(createMotionEvent(500f, 1000f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event4)).isTrue(); } @Test @EnableSceneContainer public void testIsInsideScrollableRegion_offset() { mStackScroller.setLeftTopRightBottom(1000, 0, 2000, 2000); mStackScroller.setClippingShape(createScrimShape(100, 500, 900, 2000)); MotionEvent event1 = transformEventForView(createMotionEvent(1500f, 400f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event1)).isFalse(); MotionEvent event2 = transformEventForView(createMotionEvent(1050, 1000f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event2)).isFalse(); MotionEvent event3 = transformEventForView(createMotionEvent(1950f, 1000f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event3)).isFalse(); MotionEvent event4 = transformEventForView(createMotionEvent(1500f, 1000f), mStackScroller); assertThat(mStackScroller.isInScrollableRegion(event4)).isTrue(); } @Test @DisableSceneContainer // TODO(b/312473478): address disabled test public void setFractionToShade_recomputesStackHeight() { mStackScroller.setFractionToShade(1f); verify(mStackSizeCalculator).computeHeight( any(), anyInt(), anyFloat(), eq("updateContentHeight")); } @Test @DisableSceneContainer // TODO(b/312473478): address disabled test public void testSetOwnScrollY_shadeNotClosing_scrollYChanges() { // Given: shade is not closing, scrollY is 0 mAmbientState.setScrollY(0); assertEquals(0, mAmbientState.getScrollY()); mAmbientState.setIsClosing(false); // When: call NotificationStackScrollLayout.setOwnScrollY to set scrollY to 1 mStackScroller.setOwnScrollY(1); // Then: scrollY should be set to 1 assertEquals(1, mAmbientState.getScrollY()); // Reset scrollY back to 0 to avoid interfering with other tests mStackScroller.setOwnScrollY(0); assertEquals(0, mAmbientState.getScrollY()); } @Test public void testSetOwnScrollY_shadeClosing_scrollYDoesNotChange() { // Given: shade is closing, scrollY is 0 mAmbientState.setScrollY(0); assertEquals(0, mAmbientState.getScrollY()); mAmbientState.setIsClosing(true); // When: call NotificationStackScrollLayout.setOwnScrollY to set scrollY to 1 mStackScroller.setOwnScrollY(1); // Then: scrollY should not change, it should still be 0 assertEquals(0, mAmbientState.getScrollY()); // Reset scrollY and mAmbientState.mIsClosing to avoid interfering with other tests mAmbientState.setIsClosing(false); mStackScroller.setOwnScrollY(0); assertEquals(0, mAmbientState.getScrollY()); } @Test public void testSetOwnScrollY_clearAllInProgress_scrollYDoesNotChange() { // Given: clear all is in progress, scrollY is 0 mAmbientState.setScrollY(0); assertEquals(0, mAmbientState.getScrollY()); mAmbientState.setClearAllInProgress(true); // When: call NotificationStackScrollLayout.setOwnScrollY to set scrollY to 1 mStackScroller.setOwnScrollY(1); // Then: scrollY should not change, it should still be 0 assertEquals(0, mAmbientState.getScrollY()); // Reset scrollY and mAmbientState.mIsClosing to avoid interfering with other tests mAmbientState.setClearAllInProgress(false); mStackScroller.setOwnScrollY(0); assertEquals(0, mAmbientState.getScrollY()); } @Test public void onShadeFlingClosingEnd_scrollYShouldBeSetToZero() { // Given: mAmbientState.mIsClosing is set to be true // mIsExpanded is set to be false mAmbientState.setIsClosing(true); mStackScroller.setIsExpanded(false); // When: onExpansionStopped is called mStackScroller.onExpansionStopped(); // Then: mAmbientState.scrollY should be set to be 0 assertEquals(mAmbientState.getScrollY(), 0); } @Test public void onShadeClosesWithAnimationWillResetTouchState() { // GIVEN shade is expanded mStackScroller.setIsExpanded(true); clearInvocations(mNotificationSwipeHelper); // WHEN closing the shade with the animations mStackScroller.onExpansionStarted(); mStackScroller.setIsExpanded(false); mStackScroller.onExpansionStopped(); // VERIFY touch is reset verify(mNotificationSwipeHelper).resetTouchState(); } @Test public void onShadeClosesWithoutAnimationWillResetTouchState() { // GIVEN shade is expanded mStackScroller.setIsExpanded(true); clearInvocations(mNotificationSwipeHelper); // WHEN closing the shade without the animation mStackScroller.setIsExpanded(false); // VERIFY touch is reset verify(mNotificationSwipeHelper).resetTouchState(); } @Test @DisableSceneContainer // TODO(b/312473478): address disabled test public void testSplitShade_hasTopOverscroll() { mTestableResources .addOverride(R.bool.config_use_split_notification_shade, /* value= */ true); mStackScroller.passSplitShadeStateController(new ResourcesSplitShadeStateController()); mStackScroller.updateSplitNotificationShade(); mAmbientState.setExpansionFraction(1f); int topOverscrollPixels = 100; mStackScroller.setOverScrolledPixels(topOverscrollPixels, true, false); float expectedTopOverscrollAmount = topOverscrollPixels * RUBBER_BAND_FACTOR_NORMAL; assertEquals(expectedTopOverscrollAmount, mStackScroller.getCurrentOverScrollAmount(true)); assertEquals(expectedTopOverscrollAmount, mAmbientState.getStackY()); } @Test @DisableSceneContainer // NSSL has no more scroll logic when SceneContainer is on public void testNormalShade_hasNoTopOverscroll() { mTestableResources .addOverride(R.bool.config_use_split_notification_shade, /* value= */ false); mStackScroller.passSplitShadeStateController(new ResourcesSplitShadeStateController()); mStackScroller.updateSplitNotificationShade(); mAmbientState.setExpansionFraction(1f); int topOverscrollPixels = 100; mStackScroller.setOverScrolledPixels(topOverscrollPixels, true, false); float expectedTopOverscrollAmount = topOverscrollPixels * RUBBER_BAND_FACTOR_NORMAL; assertEquals(expectedTopOverscrollAmount, mStackScroller.getCurrentOverScrollAmount(true)); // When not in split shade mode, then the overscroll effect is handled in // NotificationPanelViewController and not in NotificationStackScrollLayout. Therefore // mAmbientState must have stackY set to 0 assertEquals(0f, mAmbientState.getStackY()); } @Test @DisableSceneContainer public void testWindowInsetAnimationProgress_updatesBottomInset() { int imeInset = 100; WindowInsets windowInsets = new WindowInsets.Builder() .setInsets(ime(), Insets.of(0, 0, 0, imeInset)).build(); ArrayList windowInsetsAnimations = new ArrayList<>(); mStackScrollerInternal .dispatchWindowInsetsAnimationProgress(windowInsets, windowInsetsAnimations); assertEquals(imeInset, mStackScrollerInternal.mImeInset); } @Test @EnableSceneContainer public void testSetMaxDisplayedNotifications_updatesStackHeight() { int fullStackHeight = 300; int limitedStackHeight = 100; int maxNotifs = 2; // any non-zero limit float stackTop = 100; float stackBottom = 1100; float stackWidth = 400; float stackViewPortHeight = stackBottom - stackTop; mStackScroller.setStackTop(stackTop); mStackScroller.updateDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); when(mStackSizeCalculator.computeHeight( eq(mStackScroller), eq(-1), anyFloat(), any()) ).thenReturn((float) fullStackHeight); when(mStackSizeCalculator.computeHeight( eq(mStackScroller), eq(maxNotifs), anyFloat(), any()) ).thenReturn((float) limitedStackHeight); // When we set a limit on max displayed notifications mStackScroller.setMaxDisplayedNotifications(maxNotifs); // Then assertThat(mStackScroller.getIntrinsicStackHeight()).isEqualTo(limitedStackHeight); assertThat(mAmbientState.getStackEndHeight()).isEqualTo(limitedStackHeight); // When there is no limit on max displayed notifications mStackScroller.setMaxDisplayedNotifications(-1); // Then assertThat(mStackScroller.getIntrinsicStackHeight()).isEqualTo(fullStackHeight); assertThat(mAmbientState.getStackEndHeight()).isEqualTo(stackViewPortHeight); } @Test @EnableSceneContainer public void testChildHeightUpdated_whenMaxDisplayedNotificationsSet_updatesStackHeight() { ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); int maxNotifs = 1; // any non-zero limit float stackTop = 100; float stackBottom = 1100; float stackWidth = 400; mStackScroller.setStackTop(stackTop); mStackScroller.updateDrawBounds(new RectF(0, stackTop, stackWidth, stackBottom)); // Given we have a limit on max displayed notifications int stackHeightBeforeUpdate = 100; when(mStackSizeCalculator.computeHeight( eq(mStackScroller), eq(maxNotifs), anyFloat(), any()) ).thenReturn((float) stackHeightBeforeUpdate); mStackScroller.setMaxDisplayedNotifications(maxNotifs); // And the stack heights are set assertThat(mStackScroller.getIntrinsicStackHeight()).isEqualTo(stackHeightBeforeUpdate); assertThat(mAmbientState.getStackEndHeight()).isEqualTo(stackHeightBeforeUpdate); // When a child changes its height int stackHeightAfterUpdate = 300; when(mStackSizeCalculator.computeHeight( eq(mStackScroller), eq(maxNotifs), anyFloat(), any()) ).thenReturn((float) stackHeightAfterUpdate); mStackScroller.onChildHeightChanged(row, /* needsAnimation = */ false); // Then the stack heights are updated assertThat(mStackScroller.getIntrinsicStackHeight()).isEqualTo(stackHeightAfterUpdate); assertThat(mAmbientState.getStackEndHeight()).isEqualTo(stackHeightAfterUpdate); } @Test @DisableSceneContainer public void testSetMaxDisplayedNotifications_notifiesListeners() { ExpandableView.OnHeightChangedListener listener = mock(ExpandableView.OnHeightChangedListener.class); Runnable runnable = mock(Runnable.class); mStackScroller.setOnHeightChangedListener(listener); mStackScroller.setOnHeightChangedRunnable(runnable); mStackScroller.setMaxDisplayedNotifications(50); verify(listener).onHeightChanged(mNotificationShelf, false); verify(runnable).run(); } @Test @DisableSceneContainer public void testDispatchTouchEvent_sceneContainerDisabled() { MotionEvent event = MotionEvent.obtain( SystemClock.uptimeMillis(), SystemClock.uptimeMillis(), MotionEvent.ACTION_MOVE, 0, 0, 0 ); mStackScroller.dispatchTouchEvent(event); verify(mStackScrollLayoutController, never()).sendTouchToSceneFramework(any()); } @Test @EnableSceneContainer public void testDispatchTouchEvent_sceneContainerEnabled() { mStackScroller.setIsBeingDragged(true); long downTime = SystemClock.uptimeMillis() - 100; MotionEvent moveEvent1 = MotionEvent.obtain( /* downTime= */ downTime, /* eventTime= */ SystemClock.uptimeMillis(), MotionEvent.ACTION_MOVE, 101, 201, 0 ); MotionEvent syntheticDownEvent = moveEvent1.copy(); syntheticDownEvent.setAction(MotionEvent.ACTION_DOWN); mStackScroller.dispatchTouchEvent(moveEvent1); assertThatMotionEvent(captureTouchSentToSceneFramework()).matches(syntheticDownEvent); assertTrue(mStackScroller.getIsBeingDragged()); clearInvocations(mStackScrollLayoutController); MotionEvent moveEvent2 = MotionEvent.obtain( /* downTime= */ downTime, /* eventTime= */ SystemClock.uptimeMillis(), MotionEvent.ACTION_MOVE, 102, 202, 0 ); mStackScroller.dispatchTouchEvent(moveEvent2); assertThatMotionEvent(captureTouchSentToSceneFramework()).matches(moveEvent2); assertTrue(mStackScroller.getIsBeingDragged()); clearInvocations(mStackScrollLayoutController); MotionEvent upEvent = MotionEvent.obtain( /* downTime= */ downTime, /* eventTime= */ SystemClock.uptimeMillis(), MotionEvent.ACTION_UP, 103, 203, 0 ); mStackScroller.dispatchTouchEvent(upEvent); assertThatMotionEvent(captureTouchSentToSceneFramework()).matches(upEvent); assertFalse(mStackScroller.getIsBeingDragged()); } @Test @EnableSceneContainer public void testDispatchTouchEvent_sceneContainerEnabled_ignoresInitialActionUp() { mStackScroller.setIsBeingDragged(true); MotionEvent upEvent = MotionEvent.obtain( SystemClock.uptimeMillis(), SystemClock.uptimeMillis(), MotionEvent.ACTION_UP, 0, 0, 0 ); mStackScroller.dispatchTouchEvent(upEvent); verify(mStackScrollLayoutController, never()).sendTouchToSceneFramework(any()); assertFalse(mStackScroller.getIsBeingDragged()); } @Test @EnableSceneContainer public void testGenerateHeadsUpDisappearEvent_setsHeadsUpAnimatingAway() { // GIVEN NSSL is ready for HUN animations Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); prepareStackScrollerForHunAnimations(headsUpAnimatingAwayListener); // WHEN we generate a disappear event mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ false, /* statusBarChipBounds= */ null); // THEN headsUpAnimatingAway is true verify(headsUpAnimatingAwayListener).accept(true); assertTrue(mStackScroller.mHeadsUpAnimatingAway); } @Test @EnableSceneContainer @DisableFlags(PromotedNotificationUi.FLAG_NAME) public void testGenerateHeadsUpDisappearEvent_notifChipsFlagOff_statusBarChipNotSet() { // GIVEN NSSL is ready for HUN animations Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); prepareStackScrollerForHunAnimations(headsUpAnimatingAwayListener); mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ false, /* statusBarChipBounds= */ new RectF(0f, 0f, 1f, 1f)); verify(row, never()).setHasStatusBarChipDuringHeadsUpAnimation(anyBoolean()); } @Test @EnableSceneContainer @EnableFlags(PromotedNotificationUi.FLAG_NAME) public void testGenerateHeadsUpDisappearEvent_notifChipsFlagOn_statusBarChipSetToFalse() { // GIVEN NSSL is ready for HUN animations Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); prepareStackScrollerForHunAnimations(headsUpAnimatingAwayListener); mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ false, /* statusBarChipBounds= */ null); verify(row).setHasStatusBarChipDuringHeadsUpAnimation(false); } @Test @EnableSceneContainer @EnableFlags(PromotedNotificationUi.FLAG_NAME) public void testGenerateHeadsUpDisappearEvent_notifChipsFlagOn_statusBarChipSetToTrue() { // GIVEN NSSL is ready for HUN animations Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); prepareStackScrollerForHunAnimations(headsUpAnimatingAwayListener); mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ false, /* statusBarChipBounds= */ new RectF(0f, 0f, 1f, 1f)); verify(row).setHasStatusBarChipDuringHeadsUpAnimation(true); } @Test @EnableSceneContainer public void testGenerateHeadsUpDisappearEvent_stackExpanded_headsUpAnimatingAwayNotSet() { // GIVEN NSSL would be ready for HUN animations, BUT it is expanded Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); assertTrue("Should be expanded by default.", mStackScroller.isExpanded()); mStackScroller.setHeadsUpAnimatingAwayListener(headsUpAnimatingAwayListener); mStackScroller.setAnimationsEnabled(true); mStackScroller.setHeadsUpGoingAwayAnimationsAllowed(true); // WHEN we generate a disappear event mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ false, /* statusBarChipBounds= */ null); // THEN nothing happens verify(headsUpAnimatingAwayListener, never()).accept(anyBoolean()); assertFalse(mStackScroller.mHeadsUpAnimatingAway); } @Test @EnableSceneContainer public void testGenerateHeadsUpDisappearEvent_pendingAppearEvent_headsUpAnimatingAwayNotSet() { // GIVEN NSSL is ready for HUN animations Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); prepareStackScrollerForHunAnimations(headsUpAnimatingAwayListener); // BUT there is a pending appear event mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ true, /* statusBarChipBounds= */ null); // WHEN we generate a disappear event mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ false, /* statusBarChipBounds= */ null); // THEN nothing happens verify(headsUpAnimatingAwayListener, never()).accept(anyBoolean()); assertFalse(mStackScroller.mHeadsUpAnimatingAway); } @Test @EnableSceneContainer public void testGenerateHeadsUpAppearEvent_headsUpAnimatingAwayNotSet() { // GIVEN NSSL is ready for HUN animations Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); prepareStackScrollerForHunAnimations(headsUpAnimatingAwayListener); // WHEN we generate a disappear event mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ true, /* statusBarChipBounds= */ null); // THEN headsUpAnimatingWay is not set verify(headsUpAnimatingAwayListener, never()).accept(anyBoolean()); assertFalse(mStackScroller.mHeadsUpAnimatingAway); } @Test @EnableFlags(NotificationThrottleHun.FLAG_NAME) @BrokenWithSceneContainer(bugId = 332732878) // because NSSL#mAnimationsEnabled is always true public void testGenerateHeadsUpAnimation_isSeenInShade_noAnimation() { // GIVEN NSSL is ready for HUN animations Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); prepareStackScrollerForHunAnimations(headsUpAnimatingAwayListener); // Entry was seen in shade ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); if (NotificationBundleUi.isEnabled()) { EntryAdapter entryAdapter = mock(EntryAdapter.class); when(entryAdapter.isSeenInShade()).thenReturn(true); when(row.getEntryAdapter()).thenReturn(entryAdapter); } else { NotificationEntry entry = mock(NotificationEntry.class); when(entry.isSeenInShade()).thenReturn(true); when(row.getEntryLegacy()).thenReturn(entry); } // WHEN we generate an add event mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ true, /* statusBarChipBounds= */ null); // THEN nothing happens assertThat(mStackScroller.isAddOrRemoveAnimationPending()).isFalse(); } @Test @EnableSceneContainer public void testOnChildAnimationsFinished_resetsheadsUpAnimatingAway() { // GIVEN NSSL is ready for HUN animations Consumer headsUpAnimatingAwayListener = mock(BooleanConsumer.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); prepareStackScrollerForHunAnimations(headsUpAnimatingAwayListener); // AND there is a HUN animating away mStackScroller.generateHeadsUpAnimation( row, /* isHeadsUp = */ false, /* statusBarChipBounds= */ null); assertTrue("a HUN should be animating away", mStackScroller.mHeadsUpAnimatingAway); // WHEN the child animations are finished mStackScroller.onChildAnimationFinished(); // THEN headsUpAnimatingAway is false verify(headsUpAnimatingAwayListener).accept(false); assertFalse(mStackScroller.mHeadsUpAnimatingAway); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapOnTop() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addContainerView(firstRow); ExpandableNotificationRow secondRow = createRow(); mStackScroller.addContainerView(secondRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.applyToView(firstRow); viewState = secondRow.getViewState(); viewState.initFrom(secondRow); viewState.setYTranslation(50f); viewState.height = 100; viewState.notGoneIndex = 1; viewState.applyToView(secondRow); mStackScroller.avoidNotificationOverlaps(); // bigger than because of padding assertTrue("TopOverlap not calculated accurately", secondRow.getTopOverlap() >= 50); assertTrue("BottomOverlap not calculated accurately", secondRow.getBottomOverlap() == 0); assertTrue("TopOverlap not calculated accurately", firstRow.getTopOverlap() == 0); assertTrue("BottomOverlap not calculated accurately", firstRow.getBottomOverlap() == 0); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapOnTop_groupCollapsed() { ExpandableNotificationRow firstRow = createRowGroup(); mStackScroller.addContainerView(firstRow); ExpandableNotificationRow secondRow = createRow(); mStackScroller.addContainerView(secondRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.applyToView(firstRow); viewState = secondRow.getViewState(); viewState.initFrom(secondRow); viewState.setYTranslation(50f); viewState.height = 100; viewState.notGoneIndex = 1; viewState.applyToView(secondRow); mStackScroller.avoidNotificationOverlaps(); // bigger than because of padding assertTrue("TopOverlap not calculated accurately", secondRow.getTopOverlap() >= 50); assertTrue("BottomOverlap not calculated accurately", secondRow.getBottomOverlap() == 0); assertTrue("TopOverlap not calculated accurately", firstRow.getTopOverlap() == 0); assertTrue("BottomOverlap not calculated accurately", firstRow.getBottomOverlap() == 0); } @Test @EnableFlags({com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT, com.android.systemui.Flags.FLAG_NOTIFICATION_BUNDLE_UI}) public void testOverlapOnTop_groupExpanded() { ExpandableNotificationRow parent = createRowGroup(); mStackScroller.addContainerView(parent); ExpandableNotificationRow secondRow = createRow(); mStackScroller.addContainerView(secondRow); ExpandableViewState viewState = parent.getViewState(); viewState.initFrom(parent); viewState.setYTranslation(0f); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 0; viewState.applyToView(parent); ExpandableNotificationRow child = parent.getAttachedChildren().getLast(); viewState = child.getViewState(); viewState.initFrom(child); viewState.setYTranslation(400f); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 4; viewState.applyToView(child); viewState = secondRow.getViewState(); viewState.initFrom(secondRow); viewState.setYTranslation(430f); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 5; viewState.applyToView(secondRow); mKosmos.getGroupExpansionManager().setGroupExpanded(parent.getEntryAdapter(), true); mStackScroller.avoidNotificationOverlaps(); // bigger than because of padding assertTrue("TopOverlap not calculated accurately", secondRow.getTopOverlap() >= 70); assertTrue("BottomOverlap not calculated accurately", secondRow.getBottomOverlap() == 0); assertTrue("TopOverlap not calculated accurately", child.getTopOverlap() == 0); assertTrue("BottomOverlap not calculated accurately", child.getBottomOverlap() == 0); } @Test @EnableFlags({com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT, com.android.systemui.Flags.FLAG_NOTIFICATION_BUNDLE_UI}) public void testOverlapOnBottom_groupExpanded_Transient() { ExpandableNotificationRow parent = createRowGroup(); mStackScroller.addContainerView(parent); ExpandableNotificationRow secondRow = createRow(); mStackScroller.addContainerView(secondRow); ExpandableViewState viewState = parent.getViewState(); viewState.initFrom(parent); viewState.setYTranslation(0f); viewState.height = 200; viewState.notGoneIndex = 0; viewState.setAlpha(1.0f); viewState.applyToView(parent); // Inset more to reflect header inset ExpandableNotificationRow child = parent.getAttachedChildren().getLast(); viewState = child.getViewState(); viewState.initFrom(child); viewState.setYTranslation(400f); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 4; viewState.applyToView(child); parent.removeChildNotification(child); child.setTransientContainer(parent.getChildrenContainer()); parent.getChildrenContainer().addTransientView(child, 0); viewState = secondRow.getViewState(); viewState.initFrom(secondRow); viewState.setYTranslation(430f); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 5; viewState.applyToView(secondRow); mKosmos.getGroupExpansionManager().setGroupExpanded(parent.getEntryAdapter(), true); mStackScroller.avoidNotificationOverlaps(); // bigger than because of padding assertTrue("TopOverlap of transient child not calculated accurately", child.getTopOverlap() == 0); assertTrue("BottomOverlap not calculated accurately", child.getBottomOverlap() >= 70); assertTrue("TopOverlap of child after group not calculated accurately", secondRow.getTopOverlap() == 0); assertTrue("BottomOverlap not calculated accurately", secondRow.getBottomOverlap() == 0); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapOnBottom_whenTransient() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addTransientView(firstRow, 0); firstRow.setTransientContainer(mStackScroller); ExpandableNotificationRow secondRow = createRow(); mStackScroller.addContainerView(secondRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.applyToView(firstRow); viewState = secondRow.getViewState(); viewState.initFrom(secondRow); viewState.setYTranslation(50f); viewState.height = 100; viewState.notGoneIndex = 1; viewState.applyToView(secondRow); mStackScroller.avoidNotificationOverlaps(); // bigger than because of padding assertTrue("TopOverlap not calculated accurately for first view", firstRow.getTopOverlap() == 0); assertTrue("BottomOverlap not calculated accurately for first view", firstRow.getBottomOverlap() >= 50); assertTrue("TopOverlap not calculated accurately for second view", secondRow.getTopOverlap() == 0); assertTrue("BottomOverlap not calculated accurately for second view", secondRow.getBottomOverlap() == 0); } @NonNull private ExpandableNotificationRow createRow() { ExpandableNotificationRow row = mKosmos.createRow(); row.setIsBlurSupported(true); return row; } @NonNull private ExpandableNotificationRow createRowGroup() { ExpandableNotificationRow rowGroup = mKosmos.createRowGroup(); rowGroup.setIsBlurSupported(true); List children = rowGroup.getAttachedChildren(); children.forEach((it) -> it.setIsBlurSupported(true)); return rowGroup; } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapListCreation_baseline() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addContainerView(firstRow); ExpandableNotificationRow secondRow = createRow(); mStackScroller.addContainerView(secondRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.setAlpha(1); viewState.hidden = false; viewState.applyToView(firstRow); viewState = secondRow.getViewState(); viewState.initFrom(secondRow); viewState.setYTranslation(50f); viewState.height = 100; viewState.notGoneIndex = 1; viewState.hidden = false; viewState.setAlpha(1); viewState.applyToView(secondRow); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("First row wasn't returned as the first element", !overlapList.isEmpty() && overlapList.get(0) == firstRow); assertTrue("Second row wasn't returned as the first element", overlapList.size() >= 2 && overlapList.get(1) == secondRow); assertTrue("The first view should not be non-overlapping", !nonOverlapList.contains(firstRow)); assertTrue("The second view should not be non-overlapping", !nonOverlapList.contains(secondRow)); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapListCreation_sorted() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addContainerView(firstRow); ExpandableNotificationRow secondRow = createRow(); mStackScroller.addContainerView(secondRow); ExpandableNotificationRow thirdRow = createRow(); mStackScroller.addContainerView(thirdRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.height = 100; viewState.notGoneIndex = 2; viewState.setAlpha(1); viewState.hidden = false; viewState.applyToView(firstRow); viewState = secondRow.getViewState(); viewState.initFrom(secondRow); viewState.height = 100; viewState.notGoneIndex = 1; viewState.hidden = false; viewState.setAlpha(1); viewState.applyToView(secondRow); viewState = thirdRow.getViewState(); viewState.initFrom(thirdRow); viewState.height = 100; viewState.notGoneIndex = 0; viewState.hidden = false; viewState.setAlpha(1); viewState.applyToView(thirdRow); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("Third row wasn't returned as the first element", !overlapList.isEmpty() && overlapList.get(0) == thirdRow); assertTrue("Second row wasn't returned as the second element", overlapList.size() > 1 &&overlapList.get(1) == secondRow); assertTrue("First row wasn't returned as the last element", overlapList.size() > 2 &&overlapList.get(2) == firstRow); assertTrue("The first view should not be non-overlapping", !nonOverlapList.contains(firstRow)); assertTrue("The second view should not be non-overlapping", !nonOverlapList.contains(secondRow)); assertTrue("The third view should not be non-overlapping", !nonOverlapList.contains(thirdRow)); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapListCreation_transient() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addTransientView(firstRow, 0); firstRow.setTransientContainer(mStackScroller); ExpandableNotificationRow secondRow = createRow(); mStackScroller.addContainerView(secondRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.setAlpha(1); viewState.hidden = false; viewState.applyToView(firstRow); viewState = secondRow.getViewState(); viewState.initFrom(secondRow); viewState.setYTranslation(0); viewState.height = 100; viewState.notGoneIndex = 0; viewState.hidden = false; viewState.setAlpha(1); viewState.applyToView(secondRow); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("First row wasn't returned as the first element", !overlapList.isEmpty() &&overlapList.get(0) == firstRow); assertTrue("Second row wasn't returned as the second element", overlapList.size() > 1 &&overlapList.get(1) == secondRow); assertTrue("The first view should not be non-overlapping", !nonOverlapList.contains(firstRow)); assertTrue("The second view should not be non-overlapping", !nonOverlapList.contains(secondRow)); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapListCreation_alpha() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addContainerView(firstRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.setAlpha(0); viewState.hidden = false; viewState.applyToView(firstRow); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("A hidden view wasn't returned as non-overlapping", nonOverlapList.contains(firstRow)); assertTrue("There was an unexpected overlapping view", overlapList.isEmpty()); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapListCreation_gone() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addContainerView(firstRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.setAlpha(1); viewState.hidden = false; viewState.applyToView(firstRow); firstRow.setVisibility(View.GONE); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("A gone view wasn't returned as non-overlapping", nonOverlapList.contains(firstRow)); assertTrue("There was an unexpected overlapping view", overlapList.isEmpty()); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapListCreation_opaque() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addContainerView(firstRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.setAlpha(1); viewState.hidden = false; viewState.applyToView(firstRow); // make it opaque firstRow.setIsBlurSupported(false); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("A opaque view was returned as foverlapping", nonOverlapList.contains(firstRow)); assertTrue("There was an unexpected overlapping view", overlapList.isEmpty()); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapListCreation_invisible() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addContainerView(firstRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(0f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.setAlpha(1); viewState.applyToView(firstRow); firstRow.setVisibility(View.INVISIBLE); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("A hidden view wasn't returned as non-overlapping", nonOverlapList.contains(firstRow)); assertTrue("There was an unexpected overlapping view", overlapList.isEmpty()); } @Test @EnableFlags(com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT) public void testOverlapListCreation_collapsed_group() { ExpandableNotificationRow parent = createRowGroup(); mStackScroller.addContainerView(parent); ExpandableViewState viewState = parent.getViewState(); viewState.initFrom(parent); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 0; viewState.applyToView(parent); ExpandableNotificationRow child = parent.getAttachedChildren().getLast(); viewState = child.getViewState(); viewState.initFrom(child); viewState.setYTranslation(200f); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 4; viewState.applyToView(child); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("The parent wasn't added to the overlapping list", !overlapList.isEmpty() && overlapList.get(0) == parent); assertTrue("Children should only be added when expanded", !overlapList.contains(child)); assertTrue("Children of collapsed group wasn't added non-overlapping", nonOverlapList.contains(child)); } @Test @EnableFlags({com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT, com.android.systemui.Flags.FLAG_NOTIFICATION_BUNDLE_UI}) public void testOverlapListCreation_expanded_group() { ExpandableNotificationRow parent = createRowGroup(); mStackScroller.addContainerView(parent); ExpandableViewState viewState = parent.getViewState(); viewState.initFrom(parent); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 0; viewState.applyToView(parent); ExpandableNotificationRow child = parent.getAttachedChildren().getLast(); viewState = child.getViewState(); viewState.initFrom(child); viewState.setYTranslation(200f); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 4; viewState.applyToView(child); mKosmos.getGroupExpansionManager().setGroupExpanded(parent.getEntryAdapter(), true); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("The parent wasn't added to the overlapping list", !overlapList.isEmpty() &&overlapList.get(0) == parent); assertTrue("Children should be added when expanded", overlapList.contains(child)); assertTrue("Children of expanded group was added non-overlapping", !nonOverlapList.contains(child)); } @Test @EnableFlags({com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT, com.android.systemui.Flags.FLAG_NOTIFICATION_BUNDLE_UI}) public void testOverlapListCreation_expanded_group_alpha() { ExpandableNotificationRow parent = createRowGroup(); mStackScroller.addContainerView(parent); ExpandableViewState viewState = parent.getViewState(); viewState.initFrom(parent); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 0; viewState.applyToView(parent); ExpandableNotificationRow child = parent.getAttachedChildren().getLast(); viewState = child.getViewState(); viewState.initFrom(child); viewState.setYTranslation(200f); viewState.height = 100; viewState.setAlpha(0.0f); viewState.notGoneIndex = 4; viewState.applyToView(child); mKosmos.getGroupExpansionManager().setGroupExpanded(parent.getEntryAdapter(), true); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("The parent wasn't added to the overlapping list", !overlapList.isEmpty() &&overlapList.get(0) == parent); assertTrue("Children only should be added when expanded and visible", !overlapList.contains(child)); assertTrue("Children of expanded group was added non-overlapping", nonOverlapList.contains(child)); } @Test @EnableFlags({com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT, com.android.systemui.Flags.FLAG_NOTIFICATION_BUNDLE_UI}) public void testOverlapListCreation_expanded_group_transient() { ExpandableNotificationRow parent = createRowGroup(); mStackScroller.addContainerView(parent); ExpandableViewState viewState = parent.getViewState(); viewState.initFrom(parent); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 0; viewState.applyToView(parent); ExpandableNotificationRow child = parent.getAttachedChildren().getLast(); viewState = child.getViewState(); viewState.initFrom(child); viewState.setYTranslation(200f); viewState.height = 100; viewState.setAlpha(1.0f); viewState.notGoneIndex = 4; viewState.applyToView(child); parent.removeChildNotification(child); child.setTransientContainer(parent.getChildrenContainer()); parent.getChildrenContainer().addTransientView(child, 0); mKosmos.getGroupExpansionManager().setGroupExpanded(parent.getEntryAdapter(), true); ArrayList overlapList = new ArrayList<>(); ArrayList nonOverlapList = new ArrayList<>(); mStackScroller.createSortedNotificationLists(overlapList, nonOverlapList); assertTrue("The parent wasn't added to the overlapping list", !overlapList.isEmpty() && overlapList.get(0) == parent); assertTrue("Transient children should be added overlapping when expanded", overlapList.contains(child)); assertTrue("Transient child of expanded group was added non-overlapping", !nonOverlapList.contains(child)); } @Test @EnableFlags({com.android.systemui.Flags.FLAG_PHYSICAL_NOTIFICATION_MOVEMENT}) public void testOverlapWhenOutOfBounds() { ExpandableNotificationRow firstRow = createRow(); mStackScroller.addContainerView(firstRow); ExpandableViewState viewState = firstRow.getViewState(); viewState.initFrom(firstRow); viewState.setYTranslation(-100f); viewState.height = 100; viewState.notGoneIndex = 0; viewState.applyToView(firstRow); mStackScroller.avoidNotificationOverlaps(); // bigger than because of padding assertTrue("TopOverlap not calculated accurately", firstRow.getTopOverlap() == 0); assertTrue("BottomOverlap not calculated accurately", firstRow.getBottomOverlap() == 0); } /** * This test validates the legacy behavior when the NotificationBundleUi flag is OFF. * It confirms that when a partially visible child is removed, the scroll position * incorrectly jumps to an absolute position based on the removed child's location. */ @Test @DisableFlags(NotificationBundleUi.FLAG_NAME) @DisableSceneContainer public void updateScrollStateForRemovedChild_partiallyVisible_bundleUiFlagOff_jumpsToTop() { // GIVEN: A scrollable list with two rows, where we can control the height of the first row final int rowHeight = 200; ExpandableNotificationRow row1 = spy(mKosmos.createRow()); doReturn(rowHeight).when(row1).getIntrinsicHeight(); ExpandableNotificationRow row2 = mKosmos.createRow(); mStackScroller.addContainerView(row1); mStackScroller.addContainerView(row2); // GIVEN: The NSSL is scrolled down by 100px, making row1 partially visible at the top. mStackScroller.setOwnScrollY(100); assertThat(mStackScroller.getOwnScrollY()).isEqualTo(100); // WHEN: The partially visible row1 is removed (simulating auto-grouping). mStackScroller.removeContainerView(row1); // THEN: The scroll position should jump to a value LESS THAN its original position. assertThat(mStackScroller.getOwnScrollY()).isLessThan(100); } /** * This test validates the new behavior when the NotificationBundleUi flag is ON. * It confirms that when a partially visible child is removed, the scroll position is * adjusted relatively to maintain visual stability, preventing any jump */ @Test @EnableFlags(NotificationBundleUi.FLAG_NAME) @DisableSceneContainer public void updateScrollStateForRemovedChild_partiallyVisible_bundleUiFlagOn_adjustsRelative() { // GIVEN: A scrollable list with two rows, where we can control the height of the first. final int rowHeight = 200; final int padding = mContext.getResources() .getDimensionPixelSize(R.dimen.notification_divider_height); final int childHeight = rowHeight + padding; ExpandableNotificationRow row1 = spy(mKosmos.createRow()); doReturn(rowHeight).when(row1).getIntrinsicHeight(); ExpandableNotificationRow row2 = mKosmos.createRow(); mStackScroller.addContainerView(row1); mStackScroller.addContainerView(row2); // GIVEN: The NSSL is scrolled down by 100px, making row1 partially visible at the top. mStackScroller.setOwnScrollY(100); assertThat(mStackScroller.getOwnScrollY()).isEqualTo(100); // WHEN: The partially visible row1 is removed (simulating auto-grouping). mStackScroller.removeContainerView(row1); // THEN: The scroll position should be adjusted by the height of the removed child to // maintain stability. The new scrollY will be (currentScrollY - childHeight). assertThat(mStackScroller.getOwnScrollY()).isEqualTo(100 - childHeight); } @Test @EnableSceneContainer public void testRequestScrollToRemoteInput_singleRow() { final Consumer scroller = mock(FloatConsumer.class); mStackScroller.setRemoteInputRowBottomBoundConsumer(scroller); // GIVEN a non-grouped notification row with specific dimensions and offsets ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); when(row.getTranslationY()).thenReturn(100f); when(row.getActualHeight()).thenReturn(200); when(row.getRemoteInputActionsContainerExpandedOffset()).thenReturn(50f); mTestableResources.addOverride( com.android.internal.R.dimen.notification_content_margin, 10); // WHEN requestScrollToRemoteInput is called mStackScroller.requestScrollToRemoteInput(row); // THEN the correct bottom bound is sent // expected = translationY + height + remoteInputOffset + contentMargin // expected = 100 + 200 + 50 + 10 = 360 verify(scroller).accept(360f); // WHEN requestScrollToRemoteInput is called with null mStackScroller.requestScrollToRemoteInput(null); // THEN null is sent verify(scroller).accept(null); } @Test @EnableSceneContainer public void testRequestScrollToRemoteInput_childInGroup() { final Consumer scroller = mock(FloatConsumer.class); mStackScroller.setRemoteInputRowBottomBoundConsumer(scroller); // GIVEN a grouped notification row ExpandableNotificationRow parent = mock(ExpandableNotificationRow.class); ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); when(row.getEntryAdapter()).thenReturn(mock(EntryAdapter.class)); when(mGroupMembershipManger.isChildInGroup(row.getEntryAdapter())).thenReturn(true); when(row.getTranslationY()).thenReturn(100f); when(row.getActualHeight()).thenReturn(200); when(row.getRemoteInputActionsContainerExpandedOffset()).thenReturn(50f); when(parent.getTranslationY()).thenReturn(50f); when(row.getNotificationParent()).thenReturn(parent); mTestableResources.addOverride( com.android.internal.R.dimen.notification_content_margin, 10); // WHEN requestScrollToRemoteInput is called for the grouped row mStackScroller.requestScrollToRemoteInput(row); // THEN the correct bottom bound is sent, including the parent's translation // expected = parentTranslationY + translationY + height + remoteInputOffset + contentMargin // expected = 50 + 100 + 200 + 50 + 10 = 410 verify(scroller).accept(410f); // WHEN requestScrollToRemoteInput is called with null mStackScroller.requestScrollToRemoteInput(null); // THEN null is sent verify(scroller).accept(null); } private MotionEvent captureTouchSentToSceneFramework() { ArgumentCaptor captor = ArgumentCaptor.forClass(MotionEvent.class); verify(mStackScrollLayoutController).sendTouchToSceneFramework(captor.capture()); return captor.getValue(); } private void setBarStateForTest(int state) { // Can't inject this through the listener or we end up on the actual implementation // rather than the mock because the spy just coppied the anonymous inner /shruggie. mStackScroller.setStatusBarState(state); } private void prepareStackScrollerForHunAnimations( Consumer headsUpAnimatingAwayListener) { mStackScroller.setHeadsUpAnimatingAwayListener(headsUpAnimatingAwayListener); mStackScroller.setIsExpanded(false); mStackScroller.setAnimationsEnabled(true); mStackScroller.setHeadsUpGoingAwayAnimationsAllowed(true); } private ExpandableNotificationRow createClearableRow() { ExpandableNotificationRow row = mock(ExpandableNotificationRow.class); when(row.canViewBeCleared()).thenReturn(true); if (NotificationBundleUi.isEnabled()) { EntryAdapter entryAdapter = mock(EntryAdapter.class); when(entryAdapter.isClearable()).thenReturn(true); when(row.getEntryAdapter()).thenReturn(entryAdapter); } else { NotificationEntry entry = mock(NotificationEntry.class); when(row.getEntryLegacy()).thenReturn(entry); when(entry.isClearable()).thenReturn(true); } return row; } private void assertClearAllInProgress(boolean expected) { assertEquals(expected, mStackScroller.getClearAllInProgress()); assertEquals(expected, mAmbientState.isClearAllInProgress()); } private int px(@DimenRes int id) { return mTestableResources.getResources().getDimensionPixelSize(id); } private static void mockBoundsOnScreen(View view, Rect bounds) { doAnswer(invocation -> { Rect out = invocation.getArgument(0); out.set(bounds); return null; }).when(view).getBoundsOnScreen(any()); } private static MotionEvent transformEventForView(MotionEvent event, View view) { // From `ViewGroup#dispatchTransformedTouchEvent` MotionEvent transformed = event.copy(); transformed.offsetLocation(/* deltaX = */-view.getLeft(), /* deltaY = */ -view.getTop()); return transformed; } private static MotionEvent createMotionEvent(float x, float y) { return MotionEvent.obtain( /* downTime= */0, /* eventTime= */0, MotionEvent.ACTION_DOWN, x, y, /* metaState= */0 ); } private MotionEventSubject assertThatMotionEvent(MotionEvent actual) { return new MotionEventSubject(actual); } private static class MotionEventSubject { private final MotionEvent mActual; MotionEventSubject(MotionEvent actual) { mActual = actual; } public void matches(MotionEvent expected) { assertThat(mActual.getActionMasked()).isEqualTo(expected.getActionMasked()); assertThat(mActual.getDownTime()).isEqualTo(expected.getDownTime()); assertThat(mActual.getEventTime()).isEqualTo(expected.getEventTime()); assertThat(mActual.getX()).isEqualTo(expected.getX()); assertThat(mActual.getY()).isEqualTo(expected.getY()); } } private abstract static class BooleanConsumer implements Consumer { } private abstract static class FloatConsumer implements Consumer { } private ShadeScrimShape createScrimShape(int left, int top, int right, int bottom) { ShadeScrimBounds bounds = new ShadeScrimBounds(left, top, right, bottom); return new ShadeScrimShape(bounds, 0, 0); } }