| /* |
| * Copyright (C) 2021 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.phone |
| |
| import android.graphics.Rect |
| import android.test.suitebuilder.annotation.SmallTest |
| import android.view.DisplayCutout |
| import android.view.WindowMetrics |
| import com.android.systemui.SysuiTestCase |
| import com.android.systemui.util.leak.RotationUtils |
| import com.android.systemui.util.leak.RotationUtils.ROTATION_LANDSCAPE |
| import com.android.systemui.util.leak.RotationUtils.ROTATION_NONE |
| import com.android.systemui.util.leak.RotationUtils.ROTATION_SEASCAPE |
| import com.android.systemui.util.leak.RotationUtils.ROTATION_UPSIDE_DOWN |
| import com.android.systemui.util.leak.RotationUtils.Rotation |
| import junit.framework.Assert.assertTrue |
| import org.junit.Before |
| import org.junit.Test |
| import org.mockito.Mock |
| import org.mockito.Mockito.`when` |
| import org.mockito.MockitoAnnotations |
| |
| @SmallTest |
| class StatusBarContentInsetsProviderTest : SysuiTestCase() { |
| @Mock private lateinit var dc: DisplayCutout |
| @Mock private lateinit var windowMetrics: WindowMetrics |
| |
| @Before |
| fun setup() { |
| MockitoAnnotations.initMocks(this) |
| } |
| |
| @Test |
| fun testGetBoundingRectForPrivacyChipForRotation_noCutout() { |
| val screenBounds = Rect(0, 0, 1080, 2160) |
| val minLeftPadding = 20 |
| val minRightPadding = 20 |
| val sbHeightPortrait = 100 |
| val sbHeightLandscape = 60 |
| val currentRotation = ROTATION_NONE |
| val chipWidth = 30 |
| val dotWidth = 10 |
| |
| `when`(windowMetrics.bounds).thenReturn(screenBounds) |
| |
| var isRtl = false |
| var targetRotation = ROTATION_NONE |
| var bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| null, |
| windowMetrics, |
| sbHeightPortrait, |
| minLeftPadding, |
| minRightPadding) |
| |
| var chipBounds = getPrivacyChipBoundingRectForInsets(bounds, dotWidth, chipWidth, isRtl) |
| /* 1080 - 20 (rounded corner) - 30 (chip), |
| * 0 (sb top) |
| * 1080 - 20 (rounded corner) + 10 ( dot), |
| * 100 (sb height portrait) |
| */ |
| var expected = Rect(1030, 0, 1070, 100) |
| assertRects(expected, chipBounds, currentRotation, targetRotation) |
| isRtl = true |
| chipBounds = getPrivacyChipBoundingRectForInsets(bounds, dotWidth, chipWidth, isRtl) |
| /* 0 + 20 (rounded corner) - 10 (dot), |
| * 0 (sb top) |
| * 0 + 20 (rounded corner) + 30 (chip), |
| * 100 (sb height portrait) |
| */ |
| expected = Rect(10, 0, 50, 100) |
| assertRects(expected, chipBounds, currentRotation, targetRotation) |
| |
| isRtl = false |
| targetRotation = ROTATION_LANDSCAPE |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightLandscape, |
| minLeftPadding, |
| minRightPadding) |
| |
| chipBounds = getPrivacyChipBoundingRectForInsets(bounds, dotWidth, chipWidth, isRtl) |
| /* 2160 - 20 (rounded corner) - 30 (chip), |
| * 0 (sb top) |
| * 2160 - 20 (rounded corner) + 10 ( dot), |
| * 60 (sb height landscape) |
| */ |
| expected = Rect(2110, 0, 2150, 60) |
| assertRects(expected, chipBounds, currentRotation, targetRotation) |
| isRtl = true |
| chipBounds = getPrivacyChipBoundingRectForInsets(bounds, dotWidth, chipWidth, isRtl) |
| /* 0 + 20 (rounded corner) - 10 (dot), |
| * 0 (sb top) |
| * 0 + 20 (rounded corner) + 30 (chip), |
| * 60 (sb height landscape) |
| */ |
| expected = Rect(10, 0, 50, 60) |
| assertRects(expected, chipBounds, currentRotation, targetRotation) |
| } |
| |
| @Test |
| fun testCalculateInsetsForRotationWithRotatedResources_topLeftCutout() { |
| // GIVEN a device in portrait mode with width < height and a display cutout in the top-left |
| val screenBounds = Rect(0, 0, 1080, 2160) |
| val dcBounds = Rect(0, 0, 100, 100) |
| val minLeftPadding = 20 |
| val minRightPadding = 20 |
| val sbHeightPortrait = 100 |
| val sbHeightLandscape = 60 |
| val currentRotation = ROTATION_NONE |
| |
| `when`(windowMetrics.bounds).thenReturn(screenBounds) |
| `when`(dc.boundingRects).thenReturn(listOf(dcBounds)) |
| |
| // THEN rotations which share a short side should use the greater value between rounded |
| // corner padding and the display cutout's size |
| var targetRotation = ROTATION_NONE |
| var expectedBounds = Rect(dcBounds.right, |
| 0, |
| screenBounds.right - minRightPadding, |
| sbHeightPortrait) |
| |
| var bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightPortrait, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| targetRotation = ROTATION_LANDSCAPE |
| expectedBounds = Rect(dcBounds.height(), |
| 0, |
| screenBounds.height() - minRightPadding, |
| sbHeightLandscape) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightLandscape, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| // THEN the side that does NOT share a short side with the display cutout ignores the |
| // display cutout bounds |
| targetRotation = ROTATION_UPSIDE_DOWN |
| expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.width() - minRightPadding, |
| sbHeightPortrait) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightPortrait, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| // Phone in portrait, seascape (rot_270) bounds |
| targetRotation = ROTATION_SEASCAPE |
| expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.height() - dcBounds.height(), |
| sbHeightLandscape) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightLandscape, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| } |
| |
| @Test |
| fun testCalculateInsetsForRotationWithRotatedResources_nonCornerCutout() { |
| // GIVEN phone in portrait mode, where width < height and the cutout is not in the corner |
| // the assumption here is that if the cutout does NOT touch the corner then we have room to |
| // layout the status bar in the given space. |
| |
| val screenBounds = Rect(0, 0, 1080, 2160) |
| // cutout centered at the top |
| val dcBounds = Rect(490, 0, 590, 100) |
| val minLeftPadding = 20 |
| val minRightPadding = 20 |
| val sbHeightPortrait = 100 |
| val sbHeightLandscape = 60 |
| val currentRotation = ROTATION_NONE |
| |
| `when`(windowMetrics.bounds).thenReturn(screenBounds) |
| `when`(dc.boundingRects).thenReturn(listOf(dcBounds)) |
| |
| // THEN only the landscape/seascape rotations should avoid the cutout area because of the |
| // potential letterboxing |
| var targetRotation = ROTATION_NONE |
| var expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.right - minRightPadding, |
| sbHeightPortrait) |
| |
| var bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightPortrait, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| targetRotation = ROTATION_LANDSCAPE |
| expectedBounds = Rect(dcBounds.height(), |
| 0, |
| screenBounds.height() - minRightPadding, |
| sbHeightLandscape) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightLandscape, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| targetRotation = ROTATION_UPSIDE_DOWN |
| expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.right - minRightPadding, |
| sbHeightPortrait) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightPortrait, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| targetRotation = ROTATION_SEASCAPE |
| expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.height() - dcBounds.height(), |
| sbHeightLandscape) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightLandscape, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| } |
| |
| @Test |
| fun testCalculateInsetsForRotationWithRotatedResources_noCutout() { |
| // GIVEN device in portrait mode, where width < height and no cutout |
| val currentRotation = ROTATION_NONE |
| val screenBounds = Rect(0, 0, 1080, 2160) |
| val minLeftPadding = 20 |
| val minRightPadding = 20 |
| val sbHeightPortrait = 100 |
| val sbHeightLandscape = 60 |
| |
| `when`(windowMetrics.bounds).thenReturn(screenBounds) |
| |
| // THEN content insets should only use rounded corner padding |
| var targetRotation = ROTATION_NONE |
| var expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.right - minRightPadding, |
| sbHeightPortrait) |
| |
| var bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| null, /* no cutout */ |
| windowMetrics, |
| sbHeightPortrait, |
| minLeftPadding, |
| minRightPadding) |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| targetRotation = ROTATION_LANDSCAPE |
| expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.height() - minRightPadding, |
| sbHeightLandscape) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| null, /* no cutout */ |
| windowMetrics, |
| sbHeightLandscape, |
| minLeftPadding, |
| minRightPadding) |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| targetRotation = ROTATION_UPSIDE_DOWN |
| expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.width() - minRightPadding, |
| sbHeightPortrait) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| null, /* no cutout */ |
| windowMetrics, |
| sbHeightPortrait, |
| minLeftPadding, |
| minRightPadding) |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| |
| targetRotation = ROTATION_LANDSCAPE |
| expectedBounds = Rect(minLeftPadding, |
| 0, |
| screenBounds.height() - minRightPadding, |
| sbHeightLandscape) |
| |
| bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| null, /* no cutout */ |
| windowMetrics, |
| sbHeightLandscape, |
| minLeftPadding, |
| minRightPadding) |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| } |
| |
| @Test |
| fun testMinLeftRight_accountsForDisplayCutout() { |
| // GIVEN a device in portrait mode with width < height and a display cutout in the top-left |
| val screenBounds = Rect(0, 0, 1080, 2160) |
| val dcBounds = Rect(0, 0, 100, 100) |
| val minLeftPadding = 80 |
| val minRightPadding = 150 |
| val sbHeightPortrait = 100 |
| val sbHeightLandscape = 60 |
| val currentRotation = ROTATION_NONE |
| |
| `when`(windowMetrics.bounds).thenReturn(screenBounds) |
| `when`(dc.boundingRects).thenReturn(listOf(dcBounds)) |
| |
| // THEN left should be set to the display cutout width, and right should use the minRight |
| var targetRotation = ROTATION_NONE |
| var expectedBounds = Rect(dcBounds.right, |
| 0, |
| screenBounds.right - minRightPadding, |
| sbHeightPortrait) |
| |
| var bounds = calculateInsetsForRotationWithRotatedResources( |
| currentRotation, |
| targetRotation, |
| dc, |
| windowMetrics, |
| sbHeightPortrait, |
| minLeftPadding, |
| minRightPadding) |
| |
| assertRects(expectedBounds, bounds, currentRotation, targetRotation) |
| } |
| |
| private fun assertRects( |
| expected: Rect, |
| actual: Rect, |
| @Rotation currentRotation: Int, |
| @Rotation targetRotation: Int |
| ) { |
| assertTrue( |
| "Rects must match. currentRotation=${RotationUtils.toString(currentRotation)}" + |
| " targetRotation=${RotationUtils.toString(targetRotation)}" + |
| " expected=$expected actual=$actual", |
| expected.equals(actual)) |
| } |
| } |
