mirror of
https://github.com/NativeScript/NativeScript.git
synced 2025-11-05 13:26:48 +08:00
23757e5dfc
* enable recycling of nativeView * backgroundInternal is reset if setting new value leads to background.isEmpty() == true. * android background.getDefault always return copy of the background. Now all controls that mutate the background can be reset to initial state (e.g. Button & ActionBar) passing resources to copied background so it respect density. fix properties initNativeView * reset padding when backgroundInternal is reset. * Fix text reset Fix padding reset * fix tsc errors * fix ugly text rendering. * Add unit tests for recycling native views Fix several issues that came from the above tests Fix maxLength property missing a converter callback Remove old files * Remove old files * Revert backgroundInternal setter * change the order of tests so that appium can work again * Remove suggestion on every TextView & TextField init (strangely it is enabled after view is recycled....) * Fix function to get parent layout if specified * Button stateListAnimator restored when button is recycled zIndex defaultValue is now undefined instead of NaN * revert zIndex.setNative to always clear stateListAnimator because it was breaking one UI test (setting value=0 was returning the previous stateListAnimator) * fix search-bar backgound-color recycling * Fix alignments setters * Fix imageView recycling Fix button recycling Fix edit-text recycling resetNativeView is called only if recycleNativeView flag is true * Fix incorrect merge * Fix text-view & text-field textTransform * Fix EditText text reset * Fix runtime crash on ARM emulator API 21 * Fix text-base minHeight. maxHeight reset Fix reset of isUserInteractionEnabled
331 lines
14 KiB
TypeScript
331 lines
14 KiB
TypeScript
import * as TKUnit from "../../TKUnit";
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import { Label } from "tns-core-modules/ui/label";
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import * as layoutHelper from "./layout-helper";
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import * as testModule from "../../ui-test";
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import * as commonTests from "./common-layout-tests";
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import * as helper from "../helper";
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// >> wrap-layout-require
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import * as wrapLayoutModule from "tns-core-modules/ui/layouts/wrap-layout";
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// << wrap-layout-require
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export class WrapLayoutTest extends testModule.UITest<wrapLayoutModule.WrapLayout> {
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public create(): wrapLayoutModule.WrapLayout {
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// >> wrap-layout-new
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var wrapLayout = new wrapLayoutModule.WrapLayout();
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// << wrap-layout-new
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wrapLayout.width = { value: 200, unit: "px" };
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wrapLayout.height = { value: 200, unit: "px" };
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for (let i = 0; i < 2; i++) {
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let label = new Label();
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label.text = "" + i;
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label.width = { value: 100, unit: "px" };
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label.height = { value: 100, unit: "px" };
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wrapLayout.addChild(label);
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}
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return wrapLayout;
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}
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public test_StackLayout_recycling() {
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helper.nativeView_recycling_test(() => new wrapLayoutModule.WrapLayout());
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}
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public testItemWidhtItemHeight() {
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let wrap = this.testView;
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wrap.removeChildren();
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wrap.itemWidth = { value: 40, unit: "px" };
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wrap.itemHeight = { value: 40, unit: "px" };
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let lbl1 = new layoutHelper.MyButton();
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lbl1.text = "1";
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wrap.addChild(lbl1);
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let lbl2 = new layoutHelper.MyButton();
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lbl2.text = "2";
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lbl2.width = { value: 80, unit: "px" };
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lbl2.height = { value: 80, unit: "px" };
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wrap.addChild(lbl2);
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this.waitUntilTestElementLayoutIsValid();
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TKUnit.assertEqual(lbl1.measureWidth, 40, "lbl1.measureWidth");
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TKUnit.assertEqual(lbl1.measureHeight, 40, "lbl1.measureHeight");
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TKUnit.assertEqual(lbl1.layoutWidth, 40, "lbl1.layoutWidth");
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TKUnit.assertEqual(lbl1.layoutHeight, 40, "lbl1.layoutHeight");
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TKUnit.assertEqual(lbl2.measureWidth, 40, "lbl2.measureWidth");
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TKUnit.assertEqual(lbl2.measureHeight, 40, "lbl2.measureHeight");
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TKUnit.assertEqual(lbl2.layoutWidth, 40, "lbl2.layoutWidth");
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TKUnit.assertEqual(lbl2.layoutHeight, 40, "lbl2.layoutHeight");
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}
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public testPaddingReduceAvailableSize() {
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let wrap = this.testView;
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wrap.removeChildren();
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wrap.style.paddingLeft = wrap.style.paddingTop = wrap.style.paddingRight = wrap.style.paddingBottom = { value: 10, unit: "px" };
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let lbl1 = new layoutHelper.MyButton();
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lbl1.text = "1";
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lbl1.minWidth = { value: 200, unit: "px" };
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lbl1.minHeight = { value: 200, unit: "px" };
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wrap.addChild(lbl1);
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this.waitUntilTestElementLayoutIsValid();
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TKUnit.assertEqual(lbl1.measureWidth, 180, "lbl1.measureWidth");
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TKUnit.assertEqual(lbl1.measureHeight, 180, "lbl1.measureHeight");
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TKUnit.assertEqual(lbl1.layoutWidth, 180, "lbl1.layoutWidth");
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TKUnit.assertEqual(lbl1.layoutHeight, 180, "lbl1.layoutHeight");
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}
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public testHorizontalOrientation() {
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this.testView.orientation = "horizontal";
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this.waitUntilTestElementLayoutIsValid();
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let actualValue = this.testView.getChildAt(0)._getCurrentLayoutBounds();
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TKUnit.assertEqual(actualValue.left, 0, "ActualLeft on Index 0");
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TKUnit.assertEqual(actualValue.top, 0, "ActualTop on Index 0");
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TKUnit.assertEqual(actualValue.right, 100, "ActualRight on Index 0");
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TKUnit.assertEqual(actualValue.bottom, 100, "ActualBottom on Index 0");
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actualValue = this.testView.getChildAt(1)._getCurrentLayoutBounds();
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TKUnit.assertEqual(actualValue.left, 100, "ActualLeft on Index 1");
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TKUnit.assertEqual(actualValue.top, 0, "ActualTop on Index 1");
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TKUnit.assertEqual(actualValue.right, 200, "ActualRight on Index 1");
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TKUnit.assertEqual(actualValue.bottom, 100, "ActualBottom on Index 1");
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}
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public testVerticalOrientation() {
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var wrapLayout = this.testView;
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// >> wrap-layout-orientation
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wrapLayout.orientation = "vertical";
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// << wrap-layout-orientation
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this.waitUntilTestElementLayoutIsValid();
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let actualValue = this.testView.getChildAt(0)._getCurrentLayoutBounds();
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TKUnit.assertEqual(actualValue.left, 0, "ActualLeft on Index 0");
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TKUnit.assertEqual(actualValue.top, 0, "ActualTop on Index 0");
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TKUnit.assertEqual(actualValue.right, 100, "ActualRight on Index 0");
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TKUnit.assertEqual(actualValue.bottom, 100, "ActualBottom on Index 0");
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actualValue = this.testView.getChildAt(1)._getCurrentLayoutBounds();
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TKUnit.assertEqual(actualValue.left, 0, "ActualLeft on Index 1");
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TKUnit.assertEqual(actualValue.top, 100, "ActualTop on Index 1");
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TKUnit.assertEqual(actualValue.right, 100, "ActualRight on Index 1");
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TKUnit.assertEqual(actualValue.bottom, 200, "ActualBottom on Index 1");
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}
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public testChangeOrientation() {
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this.testView.orientation = "horizontal";
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this.waitUntilTestElementLayoutIsValid();
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this.testView.orientation = "vertical";
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this.waitUntilTestElementLayoutIsValid();
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let actualValue = this.testView.getChildAt(0)._getCurrentLayoutBounds();
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TKUnit.assertEqual(actualValue.left, 0, "ActualLeft on Index 0");
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TKUnit.assertEqual(actualValue.top, 0, "ActualTop on Index 0");
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TKUnit.assertEqual(actualValue.right, 100, "ActualRight on Index 0");
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TKUnit.assertEqual(actualValue.bottom, 100, "ActualBottom on Index 0");
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actualValue = this.testView.getChildAt(1)._getCurrentLayoutBounds();
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TKUnit.assertEqual(actualValue.left, 0, "ActualLeft on Index 1");
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TKUnit.assertEqual(actualValue.top, 100, "ActualTop on Index 1");
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TKUnit.assertEqual(actualValue.right, 100, "ActualRight on Index 1");
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TKUnit.assertEqual(actualValue.bottom, 200, "ActualBottom on Index 1");
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}
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public testItemWidth() {
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this.testView.itemWidth = { value: 50, unit: "px" };
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this.waitUntilTestElementLayoutIsValid();
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let actualValue = this.testView.getChildAt(1)._getCurrentLayoutBounds().left;
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TKUnit.assertEqual(actualValue, 50, "ActualLeft on Index 1");
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}
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public testChangeItemWidth() {
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this.waitUntilTestElementLayoutIsValid();
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this.testView.itemWidth = { value: 50, unit: "px" };
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this.waitUntilTestElementLayoutIsValid();
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let actualValue = this.testView.getChildAt(1)._getCurrentLayoutBounds().left;
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TKUnit.assertEqual(actualValue, 50, "ActualLeft on Index 1");
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}
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public testItemWidthLargerThanTheAvailableWidth() {
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this.testView.itemWidth = { value: 1000, unit: "px" };
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this.waitUntilTestElementLayoutIsValid();
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TKUnit.assertEqual(this.testView.getChildAt(0)._getCurrentLayoutBounds().top, 0, "ActualTop on Index 0");
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TKUnit.assertEqual(this.testView.getChildAt(1)._getCurrentLayoutBounds().top, 100, "ActualTop on Index 1");
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}
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public testItemHeight() {
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this.testView.itemHeight = { value: 50, unit: "px" };
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this.testView.orientation = "vertical";
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this.waitUntilTestElementLayoutIsValid();
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let actualValue = this.testView.getChildAt(1)._getCurrentLayoutBounds().top;
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TKUnit.assertEqual(actualValue, 50, "ActualTop on Index 1");
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}
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public testChangeItemHeight() {
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this.testView.orientation = "vertical";
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this.waitUntilTestElementLayoutIsValid();
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this.testView.itemHeight = { value: 50, unit: "px" };
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this.waitUntilTestElementLayoutIsValid();
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let actualValue = this.testView.getChildAt(1)._getCurrentLayoutBounds().top;
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TKUnit.assertEqual(actualValue, 50, "ActualTop on Index 1");
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}
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public testItemHeightLargerThanTheAvailableHeight() {
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this.testView.orientation = "vertical";
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this.waitUntilTestElementLayoutIsValid();
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this.testView.itemHeight = { value: 1000, unit: "px" };
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this.waitUntilTestElementLayoutIsValid();
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TKUnit.assertEqual(this.testView.getChildAt(0)._getCurrentLayoutBounds().left, 0, "ActualLeft on Index 0");
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TKUnit.assertEqual(this.testView.getChildAt(1)._getCurrentLayoutBounds().left, 100, "ActualLeft on Index 1");
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}
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public testPaddingLeftAndTop() {
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this.testView.removeChildren();
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this.testView.style.paddingLeft = { value: 20, unit: "px" };
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this.testView.style.paddingTop = { value: 30, unit: "px" };
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var btn = new layoutHelper.MyButton();
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btn.width = { value: 50, unit: "px" };
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btn.height = { value: 50, unit: "px" };
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this.testView.addChild(btn);
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this.waitUntilTestElementLayoutIsValid();
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layoutHelper.assertLayout(btn, 20, 30, 50, 50);
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}
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public testPaddingRight() {
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this.testView.removeChildren();
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this.testView.style.paddingRight = { value: 30, unit: "px" };
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this.testView.width = { value: 200, unit: "px" };
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var btn1 = new layoutHelper.MyButton();
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this.testView.addChild(btn1);
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btn1.width = { value: 100, unit: "px" };
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btn1.height = { value: 50, unit: "px" };
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var btn2 = new layoutHelper.MyButton();
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btn2.width = { value: 80, unit: "px" };
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btn2.height = { value: 50, unit: "px" };
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this.testView.addChild(btn2);
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this.waitUntilTestElementLayoutIsValid();
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layoutHelper.assertMeasure(btn1, 100, 50);
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layoutHelper.assertMeasure(btn2, 80, 50);
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// There should be no space left for the button on the first row,
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// because for the padding (200 - 100 - 30) = 70 button wants 80
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layoutHelper.assertLayout(btn1, 0, 0, 100, 50, "button1");
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layoutHelper.assertLayout(btn2, 0, 50, 80, 50, "button2");
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}
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public testPaddingBottom() {
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this.testView.removeChildren();
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this.testView.style.paddingBottom = { value: 30, unit: "px" };
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this.testView.height = { value: 200, unit: "px" };
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this.testView.orientation = "vertical";
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var btn1 = new layoutHelper.MyButton();
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this.testView.addChild(btn1);
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btn1.width = { value: 50, unit: "px" };
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btn1.height = { value: 100, unit: "px" };
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var btn2 = new layoutHelper.MyButton();
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btn2.width = { value: 50, unit: "px" };
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btn2.height = { value: 80, unit: "px" };
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this.testView.addChild(btn2);
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this.waitUntilTestElementLayoutIsValid();
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layoutHelper.assertMeasure(btn1, 50, 100);
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layoutHelper.assertMeasure(btn2, 50, 80);
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// There should be no space left for the button on the first row,
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// because of the padding (200 - 100 - 30) = 70 button wants 80
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layoutHelper.assertLayout(btn1, 0, 0, 50, 100, "button1");
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layoutHelper.assertLayout(btn2, 50, 0, 50, 80, "button2");
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}
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public test_percent_children_support() {
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let layout = this.testView;
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layout.removeChildren();
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layout.width = { value: 200, unit: "px" };
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layout.height = { value: 200, unit: "px" };
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let btn = new layoutHelper.MyButton();
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btn.horizontalAlignment = "left";
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btn.verticalAlignment = "top";
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(<any>btn).width = "50%";
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(<any>btn).height = "50%";
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btn.margin = "10%";
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btn.text = "1";
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layout.addChild(btn);
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this.waitUntilTestElementLayoutIsValid();
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TKUnit.assertEqual(btn.getMeasuredWidth(), 100, "Button MeasuredWidth incorrect");
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TKUnit.assertEqual(btn.getMeasuredHeight(), 100, "Button MeasuredHeight incorrect");
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let bounds = btn._getCurrentLayoutBounds();
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TKUnit.assertEqual(bounds.left, 20, "TopLeft layout LEFT incorrect");
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TKUnit.assertEqual(bounds.top, 20, "TopLeft layout TOP incorrect");
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TKUnit.assertEqual(bounds.right, 120, "TopLeft layout RIGHT incorrect");
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TKUnit.assertEqual(bounds.bottom, 120, "TopLeft layout BOTTOM incorrect");
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btn.horizontalAlignment = "center";
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btn.verticalAlignment = "middle";
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this.waitUntilTestElementLayoutIsValid();
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bounds = btn._getCurrentLayoutBounds();
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TKUnit.assertEqual(bounds.left, 20, "Center layout LEFT incorrect");
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TKUnit.assertEqual(bounds.top, 20, "Center layout TOP incorrect");
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TKUnit.assertEqual(bounds.right, 120, "Center layout RIGHT incorrect");
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TKUnit.assertEqual(bounds.bottom, 120, "Center layout BOTTOM incorrect");
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btn.horizontalAlignment = "stretch";
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btn.verticalAlignment = "stretch";
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this.waitUntilTestElementLayoutIsValid();
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bounds = btn._getCurrentLayoutBounds();
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TKUnit.assertEqual(bounds.left, 20, "Stretch layout LEFT incorrect");
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TKUnit.assertEqual(bounds.top, 20, "Stretch layout TOP incorrect");
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TKUnit.assertEqual(bounds.right, 120, "Stretch layout RIGHT incorrect");
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TKUnit.assertEqual(bounds.bottom, 120, "Stretch layout BOTTOM incorrect");
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btn.horizontalAlignment = "right";
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btn.verticalAlignment = "bottom";
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this.waitUntilTestElementLayoutIsValid();
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bounds = btn._getCurrentLayoutBounds();
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TKUnit.assertEqual(bounds.left, 20, "BottomRight layout LEFT incorrect");
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TKUnit.assertEqual(bounds.top, 20, "BottomRight layout TOP incorrect");
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TKUnit.assertEqual(bounds.right, 120, "BottomRight layout RIGHT incorrect");
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TKUnit.assertEqual(bounds.bottom, 120, "BottomRight layout BOTTOM incorrect");
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}
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public test_percent_support_nativeLayoutParams_are_correct() {
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commonTests.percent_support_nativeLayoutParams_are_correct(this);
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}
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}
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export function createTestCase(): WrapLayoutTest {
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return new WrapLayoutTest();
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}
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