40f5eb8334
This commit improves the handling of paths with spaces or special characters during script execution in the desktop application. Key improvements: - Paths are now quoted for macOS/Linux, addressing issues with whitespace or single quotes. - Windows paths are enclosed in double quotes to handle special characters. Other supporting changes: - Add more documentation for terminal execution commands. - Refactor terminal script file execution into a dedicated file for improved separation of concerns. - Refactor naming of `RuntimeEnvironment` to align with naming conventions (no interface with I prefix) and for clarity. - Refactor `TemporaryFileCodeRunner` to simplify it by removing the `os` parameter and handling OS-specific logic within the filename generator instead. - Refactor `fileName` to `filename` for consistency.
67 lines
2.8 KiB
TypeScript
67 lines
2.8 KiB
TypeScript
import { describe, it, afterEach } from 'vitest';
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import { OperatingSystem } from '@/domain/OperatingSystem';
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import { MobileSafariActivePseudoClassEnabler } from '@/presentation/bootstrapping/Modules/MobileSafariActivePseudoClassEnabler';
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import { EventName, createWindowEventSpies } from '@tests/shared/Spies/WindowEventSpies';
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import { formatAssertionMessage } from '@tests/shared/FormatAssertionMessage';
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import { isTouchEnabledDevice } from '@/infrastructure/RuntimeEnvironment/TouchSupportDetection';
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import { HostRuntimeEnvironment } from '@/infrastructure/RuntimeEnvironment/HostRuntimeEnvironment';
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import { MobileSafariDetectionTestCases } from './MobileSafariDetectionTestCases';
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describe('MobileSafariActivePseudoClassEnabler', () => {
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describe('bootstrap', () => {
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MobileSafariDetectionTestCases.forEach(({
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description, userAgent, supportsTouch, expectedResult,
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}) => {
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it(description, () => {
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// arrange
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const expectedEvent: EventName = 'touchstart';
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patchUserAgent(userAgent, afterEach);
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const { isAddEventCalled, currentListeners } = createWindowEventSpies(afterEach);
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const patchedEnvironment = new ConstructibleRuntimeEnvironment(supportsTouch);
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const sut = new MobileSafariActivePseudoClassEnabler(patchedEnvironment);
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// act
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sut.bootstrap();
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// assert
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const isSet = isAddEventCalled(expectedEvent);
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expect(isSet).to.equal(expectedResult, formatAssertionMessage([
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`Expected result\t\t: ${expectedResult ? 'true (mobile Safari)' : 'false (not mobile Safari)'}`,
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`Actual result\t\t: ${isSet ? 'true (mobile Safari)' : 'false (not mobile Safari)'}`,
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`User agent\t\t: ${navigator.userAgent}`,
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`Touch supported\t\t: ${supportsTouch}`,
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`Current OS\t\t: ${patchedEnvironment.os === undefined ? 'unknown' : OperatingSystem[patchedEnvironment.os]}`,
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`Is desktop?\t\t: ${patchedEnvironment.isDesktop ? 'Yes (Desktop app)' : 'No (Browser)'}`,
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`Listeners (${currentListeners.length})\t\t: ${JSON.stringify(currentListeners)}`,
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]));
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});
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});
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});
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});
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function patchUserAgent(
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userAgent: string,
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restoreCallback: (restoreFunc: () => void) => void,
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) {
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const originalNavigator = window.navigator;
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const userAgentGetter = { get: () => userAgent };
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window.navigator = Object.create(navigator, {
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userAgent: userAgentGetter,
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});
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restoreCallback(() => {
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Object.assign(window, {
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navigator: originalNavigator,
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});
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});
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}
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function getTouchDetectorMock(
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isTouchEnabled: boolean,
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): typeof isTouchEnabledDevice {
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return () => isTouchEnabled;
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}
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class ConstructibleRuntimeEnvironment extends HostRuntimeEnvironment {
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public constructor(isTouchEnabled: boolean) {
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super(window, undefined, undefined, getTouchDetectorMock(isTouchEnabled));
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}
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}
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