var _a, _b, _c, _d, _e, _f; import * as PropertySymbol from '../PropertySymbol.js'; import AsyncTaskManager from '../async-task-manager/AsyncTaskManager.js'; import BrowserWindow from '../window/BrowserWindow.js'; import BrowserFrameURL from './utilities/BrowserFrameURL.js'; import BrowserFrameScriptEvaluator from './utilities/BrowserFrameScriptEvaluator.js'; import BrowserFrameNavigator from './utilities/BrowserFrameNavigator.js'; import BrowserFrameExceptionObserver from './utilities/BrowserFrameExceptionObserver.js'; import BrowserErrorCaptureEnum from './enums/BrowserErrorCaptureEnum.js'; /** * Browser frame. */ class BrowserFrame { /** * Constructor. * * @param page Page. */ constructor(page) { this.childFrames = []; this.parentFrame = null; this[_a] = new AsyncTaskManager(); this[_b] = null; this[_c] = { navigation: [] }; this[_d] = null; this[_e] = null; this[_f] = false; this.page = page; this.window = new BrowserWindow(this); // Attach process level error capturing. if (page.context.browser.settings.errorCapture === BrowserErrorCaptureEnum.processLevel) { this[PropertySymbol.exceptionObserver] = new BrowserFrameExceptionObserver(); this[PropertySymbol.exceptionObserver].observe(this); } } /** * Returns the content. * * @returns Content. */ get content() { return this.window.document.documentElement.outerHTML; } /** * Sets the content. * * @param content Content. */ set content(content) { this.window.document[PropertySymbol.isFirstWrite] = true; this.window.document[PropertySymbol.isFirstWriteAfterOpen] = false; this.window.document.open(); this.window.document.write(content); } /** * Returns the URL. * * @returns URL. */ get url() { return this.window.location.href; } /** * Sets the content. * * @param url URL. */ set url(url) { this.window.location[PropertySymbol.setURL](this, BrowserFrameURL.getRelativeURL(this, url).href); } /** * Returns document. * * @returns Document. */ get document() { return this.window?.document ?? null; } /** * Returns a promise that is resolved when all resources has been loaded, fetch has completed, and all async tasks such as timers are complete. */ async waitUntilComplete() { await Promise.all([ this[PropertySymbol.asyncTaskManager].waitUntilComplete(), ...this.childFrames.map((frame) => frame.waitUntilComplete()) ]); } /** * Returns a promise that is resolved when the frame has navigated and the response HTML has been written to the document. */ waitForNavigation() { return new Promise((resolve) => this[PropertySymbol.listeners].navigation.push(resolve)); } /** * Aborts all ongoing operations. */ abort() { if (!this.childFrames.length) { return this[PropertySymbol.asyncTaskManager].abort(); } return new Promise((resolve, reject) => { // Using Promise instead of async/await to prevent microtask Promise.all(this.childFrames .map((frame) => frame.abort()) .concat([this[PropertySymbol.asyncTaskManager].abort()])) .then(() => resolve()) .catch(reject); }); } /** * Evaluates code or a VM Script in the page's context. * * @param script Script. * @returns Result. */ evaluate(script) { return BrowserFrameScriptEvaluator.evaluate(this, script); } /** * Go to a page. * * @param url URL. * @param [options] Options. * @returns Response. */ goto(url, options) { return BrowserFrameNavigator.goto(BrowserWindow, this, url, options); } /** * Reloads the current frame. * * @param [options] Options. * @returns Response. */ reload(options) { return BrowserFrameNavigator.goto(BrowserWindow, this, this.url, options); } } _a = PropertySymbol.asyncTaskManager, _b = PropertySymbol.exceptionObserver, _c = PropertySymbol.listeners, _d = PropertySymbol.openerFrame, _e = PropertySymbol.openerWindow, _f = PropertySymbol.popup; export default BrowserFrame; //# sourceMappingURL=BrowserFrame.js.map