/*
* Copyright (C) 2012 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.internal.widget;
import com.android.frameworks.coretests.R;
import android.content.Context;
import android.graphics.Color;
import android.graphics.drawable.ColorDrawable;
import android.test.AndroidTestCase;
import android.test.suitebuilder.annotation.SmallTest;
import android.view.LayoutInflater;
import android.view.View;
import com.android.internal.widget.SizeAdaptiveLayout;
public class SizeAdaptiveLayoutTest extends AndroidTestCase {
private LayoutInflater mInflater;
private int mOneU;
private int mFourU;
private SizeAdaptiveLayout mSizeAdaptiveLayout;
private View mSmallView;
private View mMediumView;
private View mLargeView;
@Override
protected void setUp() throws Exception {
super.setUp();
// inflate the layout
final Context context = getContext();
mInflater = LayoutInflater.from(context);
mOneU = 64;
mFourU = 4 * mOneU;
}
private void inflate(int resource){
mSizeAdaptiveLayout = (SizeAdaptiveLayout) mInflater.inflate(resource, null);
mSizeAdaptiveLayout.onAttachedToWindow();
mSmallView = mSizeAdaptiveLayout.findViewById(R.id.one_u);
mMediumView = mSizeAdaptiveLayout.findViewById(R.id.two_u);
mLargeView = mSizeAdaptiveLayout.findViewById(R.id.four_u);
}
/**
* The name 'test preconditions' is a convention to signal that if this
* test doesn't pass, the test case was not set up properly and it might
* explain any and all failures in other tests. This is not guaranteed
* to run before other tests, as junit uses reflection to find the tests.
*/
@SmallTest
public void testPreconditions() {
assertNotNull(mInflater);
inflate(R.layout.size_adaptive);
assertNotNull(mSizeAdaptiveLayout);
assertNotNull(mSmallView);
assertNotNull(mLargeView);
}
@SmallTest
public void testOpenLarge() {
inflate(R.layout.size_adaptive);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int height = (int) lp.minHeight + 10;
measureAndLayout(height);
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
assertEquals("1U should be gone",
View.GONE,
mSmallView.getVisibility());
}
@SmallTest
public void testOpenSmall() {
inflate(R.layout.size_adaptive);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
int height = (int) lp.minHeight;
measureAndLayout(height);
assertEquals("1U should be visible",
View.VISIBLE,
mSmallView.getVisibility());
assertEquals("4U should be gone",
View.GONE,
mLargeView.getVisibility());
}
@SmallTest
public void testOpenTooSmall() {
inflate(R.layout.size_adaptive);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
int height = (int) lp.minHeight - 10;
measureAndLayout(height);
assertEquals("1U should be visible",
View.VISIBLE,
mSmallView.getVisibility());
assertEquals("4U should be gone",
View.GONE,
mLargeView.getVisibility());
}
@SmallTest
public void testOpenTooBig() {
inflate(R.layout.size_adaptive);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
lp.maxHeight = 500;
mLargeView.setLayoutParams(lp);
int height = (int) (lp.minHeight + 10);
measureAndLayout(height);
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
assertEquals("1U should be gone",
View.GONE,
mSmallView.getVisibility());
}
@SmallTest
public void testOpenWrapContent() {
inflate(R.layout.size_adaptive_text);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int height = (int) lp.minHeight + 10;
// manually measure it, and lay it out
int measureSpec = View.MeasureSpec.makeMeasureSpec(height, View.MeasureSpec.AT_MOST);
mSizeAdaptiveLayout.measure(500, measureSpec);
assertTrue("should not be forced to 4U",
mSizeAdaptiveLayout.getMeasuredHeight() < mFourU);
}
@SmallTest
public void testOpenOneUOnlySmall() {
inflate(R.layout.size_adaptive_singleton);
assertNull("largeView should be NULL in the singleton layout", mLargeView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
int height = (int) lp.minHeight - 10;
measureAndLayout(height);
assertEquals("1U should be visible",
View.VISIBLE,
mSmallView.getVisibility());
}
@SmallTest
public void testOpenOneUOnlyLarge() {
inflate(R.layout.size_adaptive_singleton);
assertNull("largeView should be NULL in the singleton layout", mLargeView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
int height = (int) lp.maxHeight + 10;
measureAndLayout(height);
assertEquals("1U should be visible",
View.VISIBLE,
mSmallView.getVisibility());
}
@SmallTest
public void testOpenOneUOnlyJustRight() {
inflate(R.layout.size_adaptive_singleton);
assertNull("largeView should be NULL in the singleton layout", mLargeView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
int height = (int) lp.minHeight;
measureAndLayout(height);
assertEquals("1U should be visible",
View.VISIBLE,
mSmallView.getVisibility());
}
@SmallTest
public void testOpenFourUOnlySmall() {
inflate(R.layout.size_adaptive_large_only);
assertNull("smallView should be NULL in the singleton layout", mSmallView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int height = (int) lp.minHeight - 10;
measureAndLayout(height);
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
}
@SmallTest
public void testOpenFourUOnlyLarge() {
inflate(R.layout.size_adaptive_large_only);
assertNull("smallView should be NULL in the singleton layout", mSmallView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int height = (int) lp.maxHeight + 10;
measureAndLayout(height);
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
}
@SmallTest
public void testOpenFourUOnlyJustRight() {
inflate(R.layout.size_adaptive_large_only);
assertNull("smallView should be NULL in the singleton layout", mSmallView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int height = (int) lp.minHeight;
measureAndLayout(height);
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
}
@SmallTest
public void testOpenIntoAGap() {
inflate(R.layout.size_adaptive_gappy);
SizeAdaptiveLayout.LayoutParams smallParams =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
SizeAdaptiveLayout.LayoutParams largeParams =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
assertTrue("gappy layout should have a gap",
smallParams.maxHeight + 10 < largeParams.minHeight);
int height = (int) smallParams.maxHeight + 10;
measureAndLayout(height);
assertTrue("one and only one view should be visible",
mLargeView.getVisibility() != mSmallView.getVisibility());
// behavior is undefined in this case.
}
@SmallTest
public void testOpenIntoAnOverlap() {
inflate(R.layout.size_adaptive_overlapping);
SizeAdaptiveLayout.LayoutParams smallParams =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
SizeAdaptiveLayout.LayoutParams largeParams =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
assertEquals("overlapping layout should overlap",
smallParams.minHeight,
largeParams.minHeight);
int height = (int) smallParams.maxHeight;
measureAndLayout(height);
assertTrue("one and only one view should be visible",
mLargeView.getVisibility() != mSmallView.getVisibility());
assertEquals("1U should get priority in an overlap because it is first",
View.VISIBLE,
mSmallView.getVisibility());
}
@SmallTest
public void testOpenThreeWayViewSmall() {
inflate(R.layout.size_adaptive_three_way);
assertNotNull("mMediumView should not be NULL in the three view layout", mMediumView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
int height = (int) lp.minHeight;
measureAndLayout(height);
assertEquals("1U should be visible",
View.VISIBLE,
mSmallView.getVisibility());
assertEquals("2U should be gone",
View.GONE,
mMediumView.getVisibility());
assertEquals("4U should be gone",
View.GONE,
mLargeView.getVisibility());
}
@SmallTest
public void testOpenThreeWayViewMedium() {
inflate(R.layout.size_adaptive_three_way);
assertNotNull("mMediumView should not be NULL in the three view layout", mMediumView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mMediumView.getLayoutParams();
int height = (int) lp.minHeight;
measureAndLayout(height);
assertEquals("1U should be gone",
View.GONE,
mSmallView.getVisibility());
assertEquals("2U should be visible",
View.VISIBLE,
mMediumView.getVisibility());
assertEquals("4U should be gone",
View.GONE,
mLargeView.getVisibility());
}
@SmallTest
public void testOpenThreeWayViewLarge() {
inflate(R.layout.size_adaptive_three_way);
assertNotNull("mMediumView should not be NULL in the three view layout", mMediumView);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int height = (int) lp.minHeight;
measureAndLayout(height);
assertEquals("1U should be gone",
View.GONE,
mSmallView.getVisibility());
assertEquals("2U should be gone",
View.GONE,
mMediumView.getVisibility());
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
}
@SmallTest
public void testResizeWithoutAnimation() {
inflate(R.layout.size_adaptive);
SizeAdaptiveLayout.LayoutParams largeParams =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int startHeight = (int) largeParams.minHeight + 10;
int endHeight = (int) largeParams.minHeight + 10;
measureAndLayout(startHeight);
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
assertFalse("There should be no animation on initial rendering.",
mSizeAdaptiveLayout.getTransitionAnimation().isRunning());
measureAndLayout(endHeight);
assertEquals("4U should still be visible",
View.VISIBLE,
mLargeView.getVisibility());
assertFalse("There should be no animation on scale within a view.",
mSizeAdaptiveLayout.getTransitionAnimation().isRunning());
}
@SmallTest
public void testResizeWithAnimation() {
inflate(R.layout.size_adaptive);
SizeAdaptiveLayout.LayoutParams smallParams =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
SizeAdaptiveLayout.LayoutParams largeParams =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int startHeight = (int) largeParams.minHeight + 10;
int endHeight = (int) smallParams.maxHeight;
measureAndLayout(startHeight);
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
assertFalse("There should be no animation on initial rendering.",
mSizeAdaptiveLayout.getTransitionAnimation().isRunning());
measureAndLayout(endHeight);
assertEquals("1U should now be visible",
View.VISIBLE,
mSmallView.getVisibility());
assertTrue("There should be an animation on scale between views.",
mSizeAdaptiveLayout.getTransitionAnimation().isRunning());
}
@SmallTest
public void testModestyPanelChangesColorWhite() {
inflate(R.layout.size_adaptive_color);
View panel = mSizeAdaptiveLayout.getModestyPanel();
assertTrue("ModestyPanel should have a ColorDrawable background",
panel.getBackground() instanceof ColorDrawable);
ColorDrawable panelColor = (ColorDrawable) panel.getBackground();
ColorDrawable salColor = (ColorDrawable) mSizeAdaptiveLayout.getBackground();
assertEquals("ModestyPanel color should match the SizeAdaptiveLayout",
panelColor.getColor(), salColor.getColor());
}
@SmallTest
public void testModestyPanelTracksStateListColor() {
inflate(R.layout.size_adaptive_color_statelist);
View panel = mSizeAdaptiveLayout.getModestyPanel();
assertEquals("ModestyPanel should have a ColorDrawable background" ,
panel.getBackground().getClass(), ColorDrawable.class);
ColorDrawable panelColor = (ColorDrawable) panel.getBackground();
assertEquals("ModestyPanel color should match the SizeAdaptiveLayout",
panelColor.getColor(), Color.RED);
}
@SmallTest
public void testOpenSmallEvenWhenLargeIsActuallySmall() {
inflate(R.layout.size_adaptive_lies);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mSmallView.getLayoutParams();
int height = (int) lp.minHeight;
measureAndLayout(height);
assertEquals("1U should be visible",
View.VISIBLE,
mSmallView.getVisibility());
assertTrue("1U should also have been measured",
mSmallView.getMeasuredHeight() > 0);
}
@SmallTest
public void testOpenLargeEvenWhenLargeIsActuallySmall() {
inflate(R.layout.size_adaptive_lies);
SizeAdaptiveLayout.LayoutParams lp =
(SizeAdaptiveLayout.LayoutParams) mLargeView.getLayoutParams();
int height = (int) lp.minHeight;
measureAndLayout(height);
assertEquals("4U should be visible",
View.VISIBLE,
mLargeView.getVisibility());
assertTrue("4U should also have been measured",
mLargeView.getMeasuredHeight() > 0);
}
private void measureAndLayout(int height) {
// manually measure it, and lay it out
int measureSpec = View.MeasureSpec.makeMeasureSpec(height, View.MeasureSpec.AT_MOST);
mSizeAdaptiveLayout.measure(500, measureSpec);
mSizeAdaptiveLayout.layout(0, 0, 500, mSizeAdaptiveLayout.getMeasuredHeight());
}
}
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