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43659799bc
* Image corners were blinking in #4322 and CSS border will now draw non uniform corner radiuses if the border color is uniform * Implement per-side corner radiuses for iOS * Update stretch-mode example * Update matrix-mode example * Update image resources * Add clipping for non uniform radii without border width, don't throw for missing image resources in css
434 lines
20 KiB
TypeScript
434 lines
20 KiB
TypeScript
import * as TKUnit from "../../TKUnit";
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import * as styleScope from "tns-core-modules/ui/styling/style-scope";
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import * as keyframeAnimation from "tns-core-modules/ui/animation/keyframe-animation";
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import * as enums from "tns-core-modules/ui/enums";
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import * as helper from "../../ui/helper";
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import * as stackModule from "tns-core-modules/ui/layouts/stack-layout";
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import * as labelModule from "tns-core-modules/ui/label";
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import * as color from "tns-core-modules/color";
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import {SelectorCore} from "tns-core-modules/ui/styling/css-selector";
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const DELTA = 1;
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const SCALE_DELTA = 0.001;
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function createAnimationFromCSS(css: string, name: string): keyframeAnimation.KeyframeAnimationInfo {
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let scope = new styleScope.StyleScope();
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scope.css = css;
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scope.ensureSelectors();
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let selector = findSelectorInScope(scope, name);
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if (selector !== undefined) {
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let animation = scope.getAnimations(selector.ruleset)[0];
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return animation;
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}
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return undefined;
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}
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function findSelectorInScope(scope: styleScope.StyleScope, cssClass: string): SelectorCore {
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let selectors = scope.query({cssClasses: new Set([cssClass])});
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return selectors[0];
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}
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export function test_ReadAnimationProperties() {
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let css = ".test { " +
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"animation-name: first; " +
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"animation-duration: 4s; " +
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"animation-timing-function: ease-in; " +
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"animation-delay: 1.5; " +
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"animation-iteration-count: 10; " +
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"animation-direction: reverse; " +
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"animation-fill-mode: forwards; " +
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" }";
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let animation = createAnimationFromCSS(css, "test");
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TKUnit.assertEqual(animation.name, "first");
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TKUnit.assertEqual(animation.duration, 4000);
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TKUnit.assertEqual(animation.curve, enums.AnimationCurve.easeIn);
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TKUnit.assertEqual(animation.delay, 1500);
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TKUnit.assertEqual(animation.iterations, 10);
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TKUnit.assertTrue(animation.isForwards);
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TKUnit.assertTrue(animation.isReverse);
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}
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export function test_ReadTheAnimationProperty() {
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let animation = createAnimationFromCSS(".test { animation: second 0.2s ease-out 1 2 }", "test");
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TKUnit.assertEqual(animation.name, "second");
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TKUnit.assertEqual(animation.duration, 200);
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TKUnit.assertEqual(animation.curve, enums.AnimationCurve.easeOut);
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TKUnit.assertEqual(animation.delay, 1000);
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TKUnit.assertEqual(animation.iterations, 2);
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}
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export function test_ReadAnimationCurve() {
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let animation = createAnimationFromCSS(".test { animation-timing-function: ease-in; }", "test");
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TKUnit.assertEqual(animation.curve, enums.AnimationCurve.easeIn);
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animation = createAnimationFromCSS(".test { animation-timing-function: ease-out; }", "test");
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TKUnit.assertEqual(animation.curve, enums.AnimationCurve.easeOut);
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animation = createAnimationFromCSS(".test { animation-timing-function: linear; }", "test");
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TKUnit.assertEqual(animation.curve, enums.AnimationCurve.linear);
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animation = createAnimationFromCSS(".test { animation-timing-function: ease-in-out; }", "test");
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TKUnit.assertEqual(animation.curve, enums.AnimationCurve.easeInOut);
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animation = createAnimationFromCSS(".test { animation-timing-function: spring; }", "test");
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TKUnit.assertEqual(animation.curve, enums.AnimationCurve.spring);
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animation = createAnimationFromCSS(".test { animation-timing-function: cubic-bezier(0.1, 1.0, 0.5, 0.5); }", "test");
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let curve = animation.curve;
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TKUnit.assert(curve.x1 === 0.1 && curve.y1 === 1.0 && curve.x2 === 0.5 && curve.y2 === 0.5);
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}
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export function test_ReadIterations() {
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let animation = createAnimationFromCSS(".test { animation-iteration-count: 5; }", "test");
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TKUnit.assertEqual(animation.iterations, 5);
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animation = createAnimationFromCSS(".test { animation-iteration-count: infinite; }", "test");
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TKUnit.assertEqual(animation.iterations, Number.MAX_VALUE);
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}
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export function test_ReadFillMode() {
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let animation = createAnimationFromCSS(".test { animation-iteration-count: 5; }", "test");
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TKUnit.assertFalse(animation.isForwards);
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animation = createAnimationFromCSS(".test { animation-fill-mode: forwards; }", "test");
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TKUnit.assertTrue(animation.isForwards);
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animation = createAnimationFromCSS(".test { animation-fill-mode: backwards; }", "test");
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TKUnit.assertFalse(animation.isForwards);
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}
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export function test_ReadDirection() {
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let animation = createAnimationFromCSS(".test { animation-iteration-count: 5; }", "test");
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TKUnit.assertFalse(animation.isReverse);
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animation = createAnimationFromCSS(".test { animation-direction: reverse; }", "test");
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TKUnit.assertTrue(animation.isReverse);
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animation = createAnimationFromCSS(".test { animation-direction: normal; }", "test");
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TKUnit.assertFalse(animation.isReverse);
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}
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export function test_ReadKeyframe() {
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let scope = new styleScope.StyleScope();
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scope.css = ".test { animation-name: test; } @keyframes test { from { background-color: red; } to { background-color: blue; } }";
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scope.ensureSelectors();
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let selector = findSelectorInScope(scope, "test");
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TKUnit.assert(selector !== undefined, "CSS selector was not created!");
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let animation = scope.getAnimations(selector.ruleset)[0];
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TKUnit.assertEqual(animation.name, "test", "Wrong animation name!");
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TKUnit.assertEqual(animation.keyframes.length, 2, "Keyframes not parsed correctly!");
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TKUnit.assertEqual(animation.keyframes[0].duration, 0, "First keyframe duration should be 0");
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TKUnit.assertEqual(animation.keyframes[1].duration, 1, "Second keyframe duration should be 1");
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TKUnit.assertEqual(animation.keyframes[0].declarations.length, 1, "Keyframe declarations are not correct");
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TKUnit.assertEqual(animation.keyframes[0].declarations[0].property, "backgroundColor", "Keyframe declarations are not correct");
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}
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export function test_ReadTransformAllSet() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: rotate(10) scaleX(5) translate(100, 200); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { rotate, scale, translate } = getTransformsValues(animation.keyframes[0].declarations);
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TKUnit.assertAreClose(rotate, 10, DELTA);
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TKUnit.assertAreClose(scale.x, 5, SCALE_DELTA);
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TKUnit.assertAreClose(scale.y, 1, SCALE_DELTA);
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TKUnit.assertAreClose(translate.x, 100, DELTA);
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TKUnit.assertAreClose(translate.y, 200, DELTA);
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}
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export function test_ReadTransformNone() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: none; } }";
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const animation = createAnimationFromCSS(css, "test");
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const { rotate, scale, translate } = getTransformsValues(animation.keyframes[0].declarations);
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TKUnit.assertEqual(rotate, 0);
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TKUnit.assertEqual(scale.x, 1);
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TKUnit.assertEqual(scale.y, 1);
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TKUnit.assert(translate.x === 0);
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TKUnit.assert(translate.y === 0);
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}
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export function test_ReadScale() {
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const animation = createAnimationFromCSS(".test { animation-name: test; } @keyframes test { to { transform: scale(-5, 12.3pt); } }", "test");
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const { scale, rotate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(scale.property, "scale");
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TKUnit.assertAreClose(scale.value.x, -5, DELTA);
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TKUnit.assertAreClose(scale.value.y, 12.3, DELTA);
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}
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export function test_ReadScaleSingle() {
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const animation = createAnimationFromCSS(".test { animation-name: test; } @keyframes test { to { transform: scale(2); } }", "test");
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const { scale } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(scale.property, "scale");
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TKUnit.assertAreClose(scale.value.x, 2, DELTA);
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TKUnit.assertAreClose(scale.value.y, 2, DELTA);
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}
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export function test_ReadScaleXY() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: scaleX(5) scaleY(10); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { scale } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(scale.property, "scale");
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TKUnit.assertAreClose(scale.value.x, 5, SCALE_DELTA);
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TKUnit.assertAreClose(scale.value.y, 10, SCALE_DELTA);
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}
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export function test_ReadScaleX() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: scaleX(12.5); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { scale } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(scale.property, "scale");
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TKUnit.assertAreClose(scale.value.x, 12.5, SCALE_DELTA);
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// y defaults to 1
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TKUnit.assertAreClose(scale.value.y, 1, SCALE_DELTA);
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}
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export function test_ReadScaleY() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: scaleY(10); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { scale } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(scale.property, "scale");
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TKUnit.assertAreClose(scale.value.y, 10, SCALE_DELTA);
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// x defaults to 1
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TKUnit.assertAreClose(scale.value.x, 1, SCALE_DELTA);
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}
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export function test_ReadScale3d() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: scale3d(10, 20, 30); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { scale } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(scale.property, "scale");
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TKUnit.assertAreClose(scale.value.x, 10, SCALE_DELTA);
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TKUnit.assertAreClose(scale.value.y, 20, SCALE_DELTA);
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}
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export function test_ReadTranslate() {
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const animation = createAnimationFromCSS(".test { animation-name: test; } @keyframes test { to { transform: translate(100, 20); } }", "test");
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const { translate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(translate.property, "translate");
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TKUnit.assertAreClose(translate.value.x, 100, DELTA);
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TKUnit.assertAreClose(translate.value.y, 20, DELTA);
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}
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export function test_ReadTranslateSingle() {
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const animation = createAnimationFromCSS(".test { animation-name: test; } @keyframes test { to { transform: translate(30); } }", "test");
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const { translate, rotate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(translate.property, "translate");
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TKUnit.assertAreClose(translate.value.x, 30, DELTA);
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TKUnit.assertAreClose(translate.value.y, 30, DELTA);
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}
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export function test_ReadTranslateXY() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: translateX(5) translateY(10); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { translate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(translate.property, "translate");
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TKUnit.assertAreClose(translate.value.x, 5, DELTA);
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TKUnit.assertAreClose(translate.value.y, 10, DELTA);
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}
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export function test_ReadTranslateX() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: translateX(12.5); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { translate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(translate.property, "translate");
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TKUnit.assertAreClose(translate.value.x, 12.5, DELTA);
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// y defaults to 0
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TKUnit.assertAreClose(translate.value.y, 0, DELTA);
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}
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export function test_ReadTranslateY() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: translateY(10); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { translate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(translate.property, "translate");
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TKUnit.assertAreClose(translate.value.y, 10, DELTA);
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// x defaults to 0
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TKUnit.assertAreClose(translate.value.x, 0, DELTA);
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}
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export function test_ReadTranslate3d() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: translate3d(10, 20, 30); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { translate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(translate.property, "translate");
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TKUnit.assertAreClose(translate.value.x, 10, DELTA);
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TKUnit.assertAreClose(translate.value.y, 20, DELTA);
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}
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export function test_ReadRotate() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: rotate(5); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { rotate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(rotate.property, "rotate");
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TKUnit.assertAreClose(rotate.value, 5, DELTA);
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}
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export function test_ReadRotateDeg() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: rotate(45deg); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { rotate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(rotate.property, "rotate");
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TKUnit.assertAreClose(rotate.value, 45, DELTA);
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}
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export function test_ReadRotateRad() {
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const css = ".test { animation-name: test; } @keyframes test { to { transform: rotate(0.7853981634rad); } }";
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const animation = createAnimationFromCSS(css, "test");
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const { rotate } = getTransforms(animation.keyframes[0].declarations);
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TKUnit.assertEqual(rotate.property, "rotate");
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TKUnit.assertAreClose(rotate.value, 45, DELTA);
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}
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export function test_ReadAnimationWithUnsortedKeyframes() {
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let css = ".test { animation-name: test; } " +
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"@keyframes test { " +
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"from { opacity: 0; } " +
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"20%, 60% { opacity: 0.5; } " +
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"40%, 80% { opacity: 0.3; } " +
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"to { opacity: 1; } " +
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"}";
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let animation = createAnimationFromCSS(css, "test");
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TKUnit.assertEqual(animation.keyframes.length, 6);
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TKUnit.assertEqual(animation.keyframes[0].declarations[0].value, 0);
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TKUnit.assertEqual(animation.keyframes[1].declarations[0].value, 0.5);
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TKUnit.assertEqual(animation.keyframes[2].declarations[0].value, 0.3);
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TKUnit.assertEqual(animation.keyframes[3].declarations[0].value, 0.5);
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TKUnit.assertEqual(animation.keyframes[4].declarations[0].value, 0.3);
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TKUnit.assertEqual(animation.keyframes[5].declarations[0].value, 1);
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TKUnit.assertEqual(animation.keyframes[0].duration, 0);
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TKUnit.assertEqual(animation.keyframes[1].duration, 0.2);
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TKUnit.assertEqual(animation.keyframes[2].duration, 0.4);
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TKUnit.assertEqual(animation.keyframes[3].duration, 0.6);
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TKUnit.assertEqual(animation.keyframes[4].duration, 0.8);
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TKUnit.assertEqual(animation.keyframes[5].duration, 1);
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}
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export function test_ReadAnimationsWithCSSImport() {
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let css = "@import '~/ui/animation/test.css'; .test { animation-name: test; }";
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let animation = createAnimationFromCSS(css, "test");
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TKUnit.assertEqual(animation.keyframes.length, 3);
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TKUnit.assertEqual(animation.keyframes[1].declarations[0].property, "backgroundColor");
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}
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export function test_LoadTwoAnimationsWithTheSameName() {
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let scope = new styleScope.StyleScope();
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scope.css = "@keyframes a1 { from { opacity: 0; } to { opacity: 1; } } @keyframes a1 { from { opacity: 0; } to { opacity: 0.5; } } .a { animation-name: a1; }";
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scope.ensureSelectors();
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let selector = findSelectorInScope(scope, "a");
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let animation = scope.getAnimations(selector.ruleset)[0];
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TKUnit.assertEqual(animation.keyframes.length, 2);
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TKUnit.assertEqual(animation.keyframes[1].declarations[0].value, 0.5);
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scope = new styleScope.StyleScope();
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scope.css = "@keyframes k { from { opacity: 0; } to { opacity: 1; } } .a { animation-name: k; animation-duration: 2; } .a { animation-name: k; animation-duration: 3; }";
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scope.ensureSelectors();
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selector = findSelectorInScope(scope, "a");
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TKUnit.assertEqual(scope.getAnimations(selector.ruleset)[0].keyframes.length, 2);
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TKUnit.assertEqual(scope.getAnimations(selector.ruleset)[0].keyframes.length, 2);
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}
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export function test_LoadAnimationProgrammatically() {
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let stack = new stackModule.StackLayout();
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helper.buildUIAndRunTest(stack, function (views) {
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let page = views[1];
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page.css = "@keyframes a { from { opacity: 1; } to { opacity: 0; } }";
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let animation = page.getKeyframeAnimationWithName("a");
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TKUnit.assertEqual(animation.keyframes.length, 2);
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TKUnit.assertEqual(animation.keyframes[1].declarations[0].property, "opacity");
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TKUnit.assertEqual(animation.keyframes[1].declarations[0].value, 0);
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});
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}
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export function test_ExecuteCSSAnimation() {
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let mainPage = helper.getCurrentPage();
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mainPage.css = null;
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let label = new labelModule.Label()
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label.text = "label";
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let stackLayout = new stackModule.StackLayout();
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stackLayout.addChild(label);
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mainPage.css = "@keyframes k { from { background-color: red; } to { background-color: green; } } .l { animation-name: k; animation-duration: 0.1s; animation-fill-mode: forwards; }";
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mainPage.content = stackLayout;
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TKUnit.waitUntilReady(() => label.isLoaded);
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label.className = "l";
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let green = new color.Color("green");
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TKUnit.waitUntilReady(() => green.equals(<color.Color>label.backgroundColor), 1);
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TKUnit.assertEqual(label.backgroundColor, green);
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}
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//export function test_ExecuteFillMode() {
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// let mainPage = helper.getCurrentPage();
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// mainPage.style.backgroundColor = unsetValue;
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// mainpage.style.color = unsetValue;
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// mainPage.bindingContext = unsetValue;
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// mainPage.cssClass = unsetValue;
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// mainPage.id = unsetValue;
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// mainPage.css = null;
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// let label = new labelModule.Label({ text: "label" });
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// let stackLayout = new stackModule.StackLayout();
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// stackLayout.addChild(label);
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// mainPage.css = "@keyframes k { from { background-color: red; } to { background-color: green; } } " +
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// ".l { animation-name: k; animation-duration: 0.5s; animation-fill-mode: none; } " +
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// ".l2 { animation-name: k; animation-duration: 0.5s; animation-fill-mode: forwards; }";
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// mainPage.content = stackLayout;
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// TKUnit.waitUntilReady(() => label.isLoaded);
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// TKUnit.assertEqual(label.backgroundColor, undefined, "label.backgroundColor should be undefind");
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// label.className = "l";
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// TKUnit.assertEqual(label.backgroundColor, undefined, "label.backgroundColor should be undefind");
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// label.className = "l2";
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// TKUnit.assertEqual(label.backgroundColor, new color.Color("green"));
|
|
//}
|
|
|
|
export function test_ReadTwoAnimations() {
|
|
let scope = new styleScope.StyleScope();
|
|
scope.css = ".test { animation: one 0.2s ease-out 1 2, two 2s ease-in; }";
|
|
scope.ensureSelectors();
|
|
let selector = findSelectorInScope(scope, "test");
|
|
TKUnit.assertEqual(scope.getAnimations(selector.ruleset).length, 2);
|
|
TKUnit.assertEqual(scope.getAnimations(selector.ruleset)[0].curve, enums.AnimationCurve.easeOut);
|
|
TKUnit.assertEqual(scope.getAnimations(selector.ruleset)[1].curve, enums.AnimationCurve.easeIn);
|
|
TKUnit.assertEqual(scope.getAnimations(selector.ruleset)[1].name, "two");
|
|
TKUnit.assertEqual(scope.getAnimations(selector.ruleset)[1].duration, 2000);
|
|
}
|
|
|
|
export function test_AnimationCurveInKeyframes() {
|
|
let scope = new styleScope.StyleScope();
|
|
scope.css = "@keyframes an { from { animation-timing-function: linear; background-color: red; } 50% { background-color: green; } to { background-color: black; } } .test { animation-name: an; animation-timing-function: ease-in; }";
|
|
scope.ensureSelectors();
|
|
let selector = findSelectorInScope(scope, "test");
|
|
let animation = scope.getAnimations(selector.ruleset)[0];
|
|
TKUnit.assertEqual(animation.keyframes[0].curve, enums.AnimationCurve.linear);
|
|
TKUnit.assertEqual(animation.keyframes[1].curve, undefined);
|
|
TKUnit.assertEqual(animation.keyframes[1].curve, undefined);
|
|
let realAnimation = keyframeAnimation.KeyframeAnimation.keyframeAnimationFromInfo(animation);
|
|
TKUnit.assertEqual(realAnimation.animations[1].curve, enums.AnimationCurve.linear);
|
|
TKUnit.assertEqual(realAnimation.animations[2].curve, enums.AnimationCurve.easeIn);
|
|
}
|
|
|
|
function getTransformsValues(declarations) {
|
|
return Object.assign({},
|
|
...(<any>Object).entries(getTransforms(declarations))
|
|
.map(([k, v]) => ({[k]: v.value}))
|
|
);
|
|
}
|
|
|
|
function getTransforms(declarations) {
|
|
const [ translate, rotate, scale ] = [...declarations];
|
|
return { translate, rotate, scale };
|
|
}
|