Files
NativeScript/tests/app/text/formatted-string-tests.ts
Hristo Hristov e34b0f622c fix span (#3510)
* Remove Bindable.
Fix Observable & ObservableArray tests
Fix formattedString text
Change implementation of Span, FormattedString & TextBase
properties valueChange called before native setter

* revetred formattedString tests asserts - formattedText update text property again
properties - when getting value we now use always property name instead of key (using key could return undefined for property that is set to its default value)
updated fontSize & fontInternal properties on all controls
fix font properties so that fontInternal is reset if the new font is the same as Font.default

* fix tslint errors
2017-01-20 16:42:20 +02:00

79 lines
3.0 KiB
TypeScript

// >> formatted-string-require
import { FormattedString } from "text/formatted-string";
import { Span } from "text/span";
// << formatted-string-require
import { Observable } from "data/observable";
import { Label } from "ui/label";
import * as TKUnit from "../TKUnit";
export function test_FormattedString_RemovesEventListeners_for_spans() {
// >> formatted-string-set
const label = new Label();
const formattedString = new FormattedString();
const firstSpan = new Span();
firstSpan.fontSize = 15;
firstSpan.text = "LoremIpsum";
formattedString.spans.push(firstSpan);
label.formattedText = formattedString;
// << formatted-string-set
TKUnit.assert(formattedString.spans.getItem(0).hasListeners(Observable.propertyChangeEvent) === true, "Listener for spans collection change event is not attached!");
const removedSpan = formattedString.spans.pop();
TKUnit.assert(removedSpan.hasListeners(Observable.propertyChangeEvent) === false, "Listener for spans collection change event is not removed!");
};
export function test_FormattedTextProperty_IsChanged_When_SpanIsAdded() {
const formattedString = new FormattedString();
let formattedTextChanged = false;
formattedString.addEventListener(Observable.propertyChangeEvent, () => {
formattedTextChanged = true;
});
const firstSpan = new Span();
firstSpan.fontSize = 15;
firstSpan.text = "LoremIpsum";
formattedString.spans.push(firstSpan);
TKUnit.assertTrue(formattedTextChanged, "FormattedText property is not changed.");
};
export function test_FormattedTextProperty_IsChanged_When_SpanIsChanged() {
const formattedString = new FormattedString();
const expectedValue = 17;
const firstSpan = new Span();
firstSpan.fontSize = 15;
firstSpan.text = "LoremIpsum";
formattedString.spans.push(firstSpan);
let formattedTextChanged = false;
formattedString.addEventListener(Observable.propertyChangeEvent, () => {
formattedTextChanged = true;
});
firstSpan.fontSize = expectedValue;
TKUnit.assertTrue(formattedTextChanged, "FormattedText property is not changed.");
TKUnit.assert(formattedString.spans.getItem(0).fontSize === expectedValue, "FormattedString internal span is not changed as expected");
};
export function test_FormattedTextProperty_DoNotCrash_When_KnownColorIsSetForForegroundColor() {
const formattedString = new FormattedString();
const expectedValue1 = "red";
const expectedValue2 = "blue";
const firstSpan = new Span();
firstSpan.color = <any>expectedValue1;
firstSpan.text = "LoremIpsum1";
formattedString.spans.push(firstSpan);
const secondSpan = new Span();
secondSpan.backgroundColor = <any>expectedValue2;
secondSpan.text = "LoremIpsum2";
formattedString.spans.push(secondSpan);
TKUnit.assertEqual(formattedString.spans.getItem(0).color.name, expectedValue1);
TKUnit.assertEqual(formattedString.spans.getItem(1).backgroundColor.name, expectedValue2);
};