Oreon-Lime-R2/mingw-wine-gecko/wine-gecko-2.47.4-src/wine-gecko-2.47.4/browser/components/extensions/ext-tabs.js

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/* -*- Mode: indent-tabs-mode: nil; js-indent-level: 2 -*- */
/* vim: set sts=2 sw=2 et tw=80: */
"use strict";
XPCOMUtils.defineLazyServiceGetter(this, "aboutNewTabService",
"@mozilla.org/browser/aboutnewtab-service;1",
"nsIAboutNewTabService");
XPCOMUtils.defineLazyModuleGetter(this, "MatchPattern",
"resource://gre/modules/MatchPattern.jsm");
XPCOMUtils.defineLazyModuleGetter(this, "Services",
"resource://gre/modules/Services.jsm");
Cu.import("resource://gre/modules/ExtensionUtils.jsm");
var {
EventManager,
ignoreEvent,
} = ExtensionUtils;
// This function is pretty tightly tied to Extension.jsm.
// Its job is to fill in the |tab| property of the sender.
function getSender(context, target, sender) {
// The message was sent from a content script to a <browser> element.
// We can just get the |tab| from |target|.
if (target instanceof Ci.nsIDOMXULElement) {
// The message came from a content script.
let tabbrowser = target.ownerDocument.defaultView.gBrowser;
if (!tabbrowser) {
return;
}
let tab = tabbrowser.getTabForBrowser(target);
sender.tab = TabManager.convert(context.extension, tab);
} else if ("tabId" in sender) {
// The message came from an ExtensionPage. In that case, it should
// include a tabId property (which is filled in by the page-open
// listener below).
sender.tab = TabManager.convert(context.extension, TabManager.getTab(sender.tabId));
delete sender.tabId;
}
}
// WeakMap[ExtensionPage -> {tab, parentWindow}]
var pageDataMap = new WeakMap();
/* eslint-disable mozilla/balanced-listeners */
// This listener fires whenever an extension page opens in a tab
// (either initiated by the extension or the user). Its job is to fill
// in some tab-specific details and keep data around about the
// ExtensionPage.
extensions.on("page-load", (type, page, params, sender, delegate) => {
if (params.type == "tab" || params.type == "popup") {
let browser = params.docShell.chromeEventHandler;
let parentWindow = browser.ownerDocument.defaultView;
page.windowId = WindowManager.getId(parentWindow);
let tab = null;
if (params.type == "tab") {
tab = parentWindow.gBrowser.getTabForBrowser(browser);
sender.tabId = TabManager.getId(tab);
page.tabId = TabManager.getId(tab);
}
pageDataMap.set(page, {tab, parentWindow});
}
delegate.getSender = getSender;
});
extensions.on("page-unload", (type, page) => {
pageDataMap.delete(page);
});
extensions.on("page-shutdown", (type, page) => {
if (pageDataMap.has(page)) {
let {tab, parentWindow} = pageDataMap.get(page);
pageDataMap.delete(page);
if (tab) {
parentWindow.gBrowser.removeTab(tab);
}
}
});
extensions.on("fill-browser-data", (type, browser, data, result) => {
let tabId = TabManager.getBrowserId(browser);
if (tabId == -1) {
result.cancel = true;
return;
}
data.tabId = tabId;
});
/* eslint-enable mozilla/balanced-listeners */
global.currentWindow = function(context) {
let pageData = pageDataMap.get(context);
if (pageData) {
return pageData.parentWindow;
}
return WindowManager.topWindow;
};
// TODO: activeTab permission
extensions.registerSchemaAPI("tabs", null, (extension, context) => {
let self = {
tabs: {
onActivated: new WindowEventManager(context, "tabs.onActivated", "TabSelect", (fire, event) => {
let tab = event.originalTarget;
let tabId = TabManager.getId(tab);
let windowId = WindowManager.getId(tab.ownerDocument.defaultView);
fire({tabId, windowId});
}).api(),
onCreated: new EventManager(context, "tabs.onCreated", fire => {
let listener = event => {
if (event.detail.adoptedTab) {
// This tab is being created to adopt a tab from another window. We
// map this event to an onAttached, rather than onCreated, event.
return;
}
// We need to delay sending this event until the next tick, since the
// tab does not have its final index when the TabOpen event is dispatched.
let tab = event.originalTarget;
Promise.resolve().then(() => {
fire(TabManager.convert(extension, tab));
});
};
let windowListener = window => {
if (window.arguments[0] instanceof window.XULElement) {
// If the first window argument is a XUL element, it means the
// window is about to adopt a tab from another window to replace its
// initial tab, which means we need to skip the onCreated event, and
// fire an onAttached event instead.
return;
}
for (let tab of window.gBrowser.tabs) {
fire(TabManager.convert(extension, tab));
}
};
WindowListManager.addOpenListener(windowListener);
AllWindowEvents.addListener("TabOpen", listener);
return () => {
WindowListManager.removeOpenListener(windowListener);
AllWindowEvents.removeListener("TabOpen", listener);
};
}).api(),
/**
* Since multiple tabs currently can't be highlighted, onHighlighted
* essentially acts an alias for self.tabs.onActivated but returns
* the tabId in an array to match the API.
* @see https://developer.mozilla.org/en-US/Add-ons/WebExtensions/API/Tabs/onHighlighted
*/
onHighlighted: new WindowEventManager(context, "tabs.onHighlighted", "TabSelect", (fire, event) => {
let tab = event.originalTarget;
let tabIds = [TabManager.getId(tab)];
let windowId = WindowManager.getId(tab.ownerDocument.defaultView);
fire({tabIds, windowId});
}).api(),
onAttached: new EventManager(context, "tabs.onAttached", fire => {
let fireForTab = tab => {
let newWindowId = WindowManager.getId(tab.ownerDocument.defaultView);
fire(TabManager.getId(tab), {newWindowId, newPosition: tab._tPos});
};
let listener = event => {
if (event.detail.adoptedTab) {
// We need to delay sending this event until the next tick, since the
// tab does not have its final index when the TabOpen event is dispatched.
Promise.resolve().then(() => {
fireForTab(event.originalTarget);
});
}
};
let windowListener = window => {
if (window.arguments[0] instanceof window.XULElement) {
// If the first window argument is a XUL element, it means the
// window is about to adopt a tab from another window to replace its
// initial tab.
//
// Note that this event handler depends on running before the
// delayed startup code in browser.js, which is currently triggered
// by the first MozAfterPaint event. That code handles finally
// adopting the tab, and clears it from the arguments list in the
// process, so if we run later than it, we're too late.
let tab = window.arguments[0];
// We need to be sure to fire this event after the onDetached event
// for the original tab.
tab.addEventListener("TabClose", function listener(event) {
tab.removeEventListener("TabClose", listener);
Promise.resolve().then(() => {
fireForTab(event.detail.adoptedBy);
});
});
}
};
WindowListManager.addOpenListener(windowListener);
AllWindowEvents.addListener("TabOpen", listener);
return () => {
WindowListManager.removeOpenListener(windowListener);
AllWindowEvents.removeListener("TabOpen", listener);
};
}).api(),
onDetached: new EventManager(context, "tabs.onDetached", fire => {
let listener = event => {
if (event.detail.adoptedBy) {
let tab = event.originalTarget;
let oldWindowId = WindowManager.getId(tab.ownerDocument.defaultView);
fire(TabManager.getId(tab), {oldWindowId, oldPosition: tab._tPos});
}
};
AllWindowEvents.addListener("TabClose", listener);
return () => {
AllWindowEvents.removeListener("TabClose", listener);
};
}).api(),
onRemoved: new EventManager(context, "tabs.onRemoved", fire => {
let fireForTab = (tab, isWindowClosing) => {
let tabId = TabManager.getId(tab);
let windowId = WindowManager.getId(tab.ownerDocument.defaultView);
fire(tabId, {windowId, isWindowClosing});
};
let tabListener = event => {
// Only fire if this tab is not being moved to another window. If it
// is being adopted by another window, we fire an onDetached, rather
// than an onRemoved, event.
if (!event.detail.adoptedBy) {
fireForTab(event.originalTarget, false);
}
};
let windowListener = window => {
for (let tab of window.gBrowser.tabs) {
fireForTab(tab, true);
}
};
WindowListManager.addCloseListener(windowListener);
AllWindowEvents.addListener("TabClose", tabListener);
return () => {
WindowListManager.removeCloseListener(windowListener);
AllWindowEvents.removeListener("TabClose", tabListener);
};
}).api(),
onReplaced: ignoreEvent(context, "tabs.onReplaced"),
onMoved: new EventManager(context, "tabs.onMoved", fire => {
// There are certain circumstances where we need to ignore a move event.
//
// Namely, the first time the tab is moved after it's created, we need
// to report the final position as the initial position in the tab's
// onAttached or onCreated event. This is because most tabs are inserted
// in a temporary location and then moved after the TabOpen event fires,
// which generates a TabOpen event followed by a TabMove event, which
// does not match the contract of our API.
let ignoreNextMove = new WeakSet();
let openListener = event => {
ignoreNextMove.add(event.target);
// Remove the tab from the set on the next tick, since it will already
// have been moved by then.
Promise.resolve().then(() => {
ignoreNextMove.delete(event.target);
});
};
let moveListener = event => {
let tab = event.originalTarget;
if (ignoreNextMove.has(tab)) {
ignoreNextMove.delete(tab);
return;
}
fire(TabManager.getId(tab), {
windowId: WindowManager.getId(tab.ownerDocument.defaultView),
fromIndex: event.detail,
toIndex: tab._tPos,
});
};
AllWindowEvents.addListener("TabMove", moveListener);
AllWindowEvents.addListener("TabOpen", openListener);
return () => {
AllWindowEvents.removeListener("TabMove", moveListener);
AllWindowEvents.removeListener("TabOpen", openListener);
};
}).api(),
onUpdated: new EventManager(context, "tabs.onUpdated", fire => {
function sanitize(extension, changeInfo) {
let result = {};
let nonempty = false;
for (let prop in changeInfo) {
if ((prop != "favIconUrl" && prop != "url") || extension.hasPermission("tabs")) {
nonempty = true;
result[prop] = changeInfo[prop];
}
}
return [nonempty, result];
}
let fireForBrowser = (browser, changed) => {
let [needed, changeInfo] = sanitize(extension, changed);
if (needed) {
let gBrowser = browser.ownerDocument.defaultView.gBrowser;
let tabElem = gBrowser.getTabForBrowser(browser);
let tab = TabManager.convert(extension, tabElem);
fire(tab.id, changeInfo, tab);
}
};
let listener = event => {
let needed = [];
if (event.type == "TabAttrModified") {
let changed = event.detail.changed;
if (changed.includes("image")) {
needed.push("favIconUrl");
}
if (changed.includes("muted")) {
needed.push("mutedInfo");
}
if (changed.includes("soundplaying")) {
needed.push("audible");
}
} else if (event.type == "TabPinned") {
needed.push("pinned");
} else if (event.type == "TabUnpinned") {
needed.push("pinned");
}
if (needed.length && !extension.hasPermission("tabs")) {
needed = needed.filter(attr => attr != "url" && attr != "favIconUrl");
}
if (needed.length) {
let tab = TabManager.convert(extension, event.originalTarget);
let changeInfo = {};
for (let prop of needed) {
changeInfo[prop] = tab[prop];
}
fire(tab.id, changeInfo, tab);
}
};
let progressListener = {
onStateChange(browser, webProgress, request, stateFlags, statusCode) {
if (!webProgress.isTopLevel) {
return;
}
let status;
if (stateFlags & Ci.nsIWebProgressListener.STATE_IS_WINDOW) {
if (stateFlags & Ci.nsIWebProgressListener.STATE_START) {
status = "loading";
} else if (stateFlags & Ci.nsIWebProgressListener.STATE_STOP) {
status = "complete";
}
} else if (stateFlags & Ci.nsIWebProgressListener.STATE_STOP &&
statusCode == Cr.NS_BINDING_ABORTED) {
status = "complete";
}
fireForBrowser(browser, {status});
},
onLocationChange(browser, webProgress, request, locationURI, flags) {
if (!webProgress.isTopLevel) {
return;
}
fireForBrowser(browser, {
status: webProgress.isLoadingDocument ? "loading" : "complete",
url: locationURI.spec,
});
},
};
AllWindowEvents.addListener("progress", progressListener);
AllWindowEvents.addListener("TabAttrModified", listener);
AllWindowEvents.addListener("TabPinned", listener);
AllWindowEvents.addListener("TabUnpinned", listener);
return () => {
AllWindowEvents.removeListener("progress", progressListener);
AllWindowEvents.removeListener("TabAttrModified", listener);
AllWindowEvents.removeListener("TabPinned", listener);
AllWindowEvents.removeListener("TabUnpinned", listener);
};
}).api(),
create: function(createProperties) {
return new Promise((resolve, reject) => {
function createInWindow(window) {
let url;
if (createProperties.url !== null) {
url = context.uri.resolve(createProperties.url);
if (!context.checkLoadURL(url, {dontReportErrors: true})) {
reject({message: `URL not allowed: ${url}`});
return;
}
}
let tab = window.gBrowser.addTab(url || window.BROWSER_NEW_TAB_URL);
let active = true;
if (createProperties.active !== null) {
active = createProperties.active;
}
if (active) {
window.gBrowser.selectedTab = tab;
}
if (createProperties.index !== null) {
window.gBrowser.moveTabTo(tab, createProperties.index);
}
if (createProperties.pinned) {
window.gBrowser.pinTab(tab);
}
resolve(TabManager.convert(extension, tab));
}
let window = createProperties.windowId !== null ?
WindowManager.getWindow(createProperties.windowId, context) :
WindowManager.topWindow;
if (!window.gBrowser) {
let obs = (finishedWindow, topic, data) => {
if (finishedWindow != window) {
return;
}
Services.obs.removeObserver(obs, "browser-delayed-startup-finished");
createInWindow(window);
};
Services.obs.addObserver(obs, "browser-delayed-startup-finished", false);
} else {
createInWindow(window);
}
});
},
remove: function(tabs) {
if (!Array.isArray(tabs)) {
tabs = [tabs];
}
for (let tabId of tabs) {
let tab = TabManager.getTab(tabId);
tab.ownerDocument.defaultView.gBrowser.removeTab(tab);
}
return Promise.resolve();
},
update: function(tabId, updateProperties) {
let tab = tabId !== null ? TabManager.getTab(tabId) : TabManager.activeTab;
if (!tab) {
return Promise.reject({message: `No tab found with tabId: ${tabId}`});
}
let tabbrowser = tab.ownerDocument.defaultView.gBrowser;
if (updateProperties.url !== null) {
let url = context.uri.resolve(updateProperties.url);
if (!context.checkLoadURL(url, {dontReportErrors: true})) {
return Promise.reject({message: `URL not allowed: ${url}`});
}
tab.linkedBrowser.loadURI(url);
}
if (updateProperties.active !== null) {
if (updateProperties.active) {
tabbrowser.selectedTab = tab;
} else {
// Not sure what to do here? Which tab should we select?
}
}
if (updateProperties.muted !== null) {
if (tab.muted != updateProperties.muted) {
tab.toggleMuteAudio(extension.uuid);
}
}
if (updateProperties.pinned !== null) {
if (updateProperties.pinned) {
tabbrowser.pinTab(tab);
} else {
tabbrowser.unpinTab(tab);
}
}
// FIXME: highlighted/selected, openerTabId
return Promise.resolve(TabManager.convert(extension, tab));
},
reload: function(tabId, reloadProperties) {
let tab = tabId !== null ? TabManager.getTab(tabId) : TabManager.activeTab;
let flags = Ci.nsIWebNavigation.LOAD_FLAGS_NONE;
if (reloadProperties && reloadProperties.bypassCache) {
flags |= Ci.nsIWebNavigation.LOAD_FLAGS_BYPASS_CACHE;
}
tab.linkedBrowser.reloadWithFlags(flags);
return Promise.resolve();
},
get: function(tabId) {
let tab = TabManager.getTab(tabId);
return Promise.resolve(TabManager.convert(extension, tab));
},
getCurrent() {
let tab;
if (context.tabId) {
tab = TabManager.convert(extension, TabManager.getTab(context.tabId));
}
return Promise.resolve(tab);
},
getAllInWindow: function(windowId) {
if (windowId === null) {
windowId = WindowManager.topWindow.windowId;
}
return self.tabs.query({windowId});
},
query: function(queryInfo) {
let pattern = null;
if (queryInfo.url !== null) {
pattern = new MatchPattern(queryInfo.url);
}
function matches(window, tab) {
let props = ["active", "pinned", "highlighted", "status", "title", "index"];
for (let prop of props) {
if (queryInfo[prop] !== null && queryInfo[prop] != tab[prop]) {
return false;
}
}
let lastFocused = window == WindowManager.topWindow;
if (queryInfo.lastFocusedWindow !== null && queryInfo.lastFocusedWindow != lastFocused) {
return false;
}
let windowType = WindowManager.windowType(window);
if (queryInfo.windowType !== null && queryInfo.windowType != windowType) {
return false;
}
if (queryInfo.windowId !== null) {
if (queryInfo.windowId == WindowManager.WINDOW_ID_CURRENT) {
if (currentWindow(context) != window) {
return false;
}
} else if (queryInfo.windowId != tab.windowId) {
return false;
}
}
if (queryInfo.audible !== null) {
if (queryInfo.audible != tab.audible) {
return false;
}
}
if (queryInfo.muted !== null) {
if (queryInfo.muted != tab.mutedInfo.muted) {
return false;
}
}
if (queryInfo.currentWindow !== null) {
let eq = window == currentWindow(context);
if (queryInfo.currentWindow != eq) {
return false;
}
}
if (pattern && !pattern.matches(Services.io.newURI(tab.url, null, null))) {
return false;
}
return true;
}
let result = [];
for (let window of WindowListManager.browserWindows()) {
let tabs = TabManager.for(extension).getTabs(window);
for (let tab of tabs) {
if (matches(window, tab)) {
result.push(tab);
}
}
}
return Promise.resolve(result);
},
captureVisibleTab: function(windowId, options) {
if (!extension.hasPermission("<all_urls>")) {
return Promise.reject({message: "The <all_urls> permission is required to use the captureVisibleTab API"});
}
let window = windowId == null ?
WindowManager.topWindow :
WindowManager.getWindow(windowId, context);
let browser = window.gBrowser.selectedBrowser;
let recipient = {
innerWindowID: browser.innerWindowID,
};
if (!options) {
options = {};
}
if (options.format == null) {
options.format = "png";
}
if (options.quality == null) {
options.quality = 92;
}
let message = {
options,
width: browser.clientWidth,
height: browser.clientHeight,
};
return context.sendMessage(browser.messageManager, "Extension:Capture",
message, recipient);
},
detectLanguage: function(tabId) {
let tab = tabId !== null ? TabManager.getTab(tabId) : TabManager.activeTab;
if (!tab) {
return Promise.reject({message: `Invalid tab ID: ${tabId}`});
}
let browser = tab.linkedBrowser;
let recipient = {innerWindowID: browser.innerWindowID};
return context.sendMessage(browser.messageManager, "Extension:DetectLanguage",
{}, recipient);
},
_execute: function(tabId, details, kind, method) {
let tab = tabId !== null ? TabManager.getTab(tabId) : TabManager.activeTab;
let mm = tab.linkedBrowser.messageManager;
let options = {
js: [],
css: [],
};
// We require a `code` or a `file` property, but we can't accept both.
if ((details.code === null) == (details.file === null)) {
return Promise.reject({message: `${method} requires either a 'code' or a 'file' property, but not both`});
}
if (details.frameId !== null && details.allFrames) {
return Promise.reject({message: `'frameId' and 'allFrames' are mutually exclusive`});
}
let recipient = {
innerWindowID: tab.linkedBrowser.innerWindowID,
};
if (TabManager.for(extension).hasActiveTabPermission(tab)) {
// If we have the "activeTab" permission for this tab, ignore
// the host whitelist.
options.matchesHost = ["<all_urls>"];
} else {
options.matchesHost = extension.whiteListedHosts.serialize();
}
if (details.code !== null) {
options[kind + "Code"] = details.code;
}
if (details.file !== null) {
let url = context.uri.resolve(details.file);
if (!extension.isExtensionURL(url)) {
return Promise.reject({message: "Files to be injected must be within the extension"});
}
options[kind].push(url);
}
if (details.allFrames) {
options.all_frames = details.allFrames;
}
if (details.frameId !== null) {
options.frame_id = details.frameId;
}
if (details.matchAboutBlank) {
options.match_about_blank = details.matchAboutBlank;
}
if (details.runAt !== null) {
options.run_at = details.runAt;
} else {
options.run_at = "document_idle";
}
return context.sendMessage(mm, "Extension:Execute", {options}, recipient);
},
executeScript: function(tabId, details) {
return self.tabs._execute(tabId, details, "js", "executeScript");
},
insertCSS: function(tabId, details) {
return self.tabs._execute(tabId, details, "css", "insertCSS");
},
connect: function(tabId, connectInfo) {
let tab = TabManager.getTab(tabId);
let mm = tab.linkedBrowser.messageManager;
let name = "";
if (connectInfo && connectInfo.name !== null) {
name = connectInfo.name;
}
let recipient = {extensionId: extension.id};
if (connectInfo && connectInfo.frameId !== null) {
recipient.frameId = connectInfo.frameId;
}
return context.messenger.connect(mm, name, recipient);
},
sendMessage: function(tabId, message, options, responseCallback) {
let tab = TabManager.getTab(tabId);
if (!tab) {
// ignore sendMessage to non existent tab id
return;
}
let mm = tab.linkedBrowser.messageManager;
let recipient = {extensionId: extension.id};
if (options && options.frameId !== null) {
recipient.frameId = options.frameId;
}
return context.messenger.sendMessage(mm, message, recipient, responseCallback);
},
move: function(tabIds, moveProperties) {
let index = moveProperties.index;
let tabsMoved = [];
if (!Array.isArray(tabIds)) {
tabIds = [tabIds];
}
let destinationWindow = null;
if (moveProperties.windowId !== null) {
destinationWindow = WindowManager.getWindow(moveProperties.windowId, context);
// Ignore invalid window.
if (!destinationWindow) {
return;
}
}
/*
Indexes are maintained on a per window basis so that a call to
move([tabA, tabB], {index: 0})
-> tabA to 0, tabB to 1 if tabA and tabB are in the same window
move([tabA, tabB], {index: 0})
-> tabA to 0, tabB to 0 if tabA and tabB are in different windows
*/
let indexMap = new Map();
for (let tabId of tabIds) {
let tab = TabManager.getTab(tabId);
// Ignore invalid tab ids.
if (!tab) {
continue;
}
// If the window is not specified, use the window from the tab.
let window = destinationWindow || tab.ownerDocument.defaultView;
let gBrowser = window.gBrowser;
let insertionPoint = indexMap.get(window) || index;
// If the index is -1 it should go to the end of the tabs.
if (insertionPoint == -1) {
insertionPoint = gBrowser.tabs.length;
}
// We can only move pinned tabs to a point within, or just after,
// the current set of pinned tabs. Unpinned tabs, likewise, can only
// be moved to a position after the current set of pinned tabs.
// Attempts to move a tab to an illegal position are ignored.
let numPinned = gBrowser._numPinnedTabs;
let ok = tab.pinned ? insertionPoint <= numPinned : insertionPoint >= numPinned;
if (!ok) {
continue;
}
indexMap.set(window, insertionPoint + 1);
if (tab.ownerDocument.defaultView !== window) {
// If the window we are moving the tab in is different, then move the tab
// to the new window.
tab = gBrowser.adoptTab(tab, insertionPoint, false);
} else {
// If the window we are moving is the same, just move the tab.
gBrowser.moveTabTo(tab, insertionPoint);
}
tabsMoved.push(tab);
}
return Promise.resolve(tabsMoved.map(tab => TabManager.convert(extension, tab)));
},
duplicate: function(tabId) {
let tab = TabManager.getTab(tabId);
if (!tab) {
return Promise.reject({message: `Invalid tab ID: ${tabId}`});
}
let gBrowser = tab.ownerDocument.defaultView.gBrowser;
let newTab = gBrowser.duplicateTab(tab);
return new Promise(resolve => {
// We need to use SSTabRestoring because any attributes set before
// are ignored. SSTabRestored is too late and results in a jump in
// the UI. See http://bit.ly/session-store-api for more information.
newTab.addEventListener("SSTabRestoring", function listener() {
// As the tab is restoring, move it to the correct position.
newTab.removeEventListener("SSTabRestoring", listener);
// Pinned tabs that are duplicated are inserted
// after the existing pinned tab and pinned.
if (tab.pinned) {
gBrowser.pinTab(newTab);
}
gBrowser.moveTabTo(newTab, tab._tPos + 1);
});
newTab.addEventListener("SSTabRestored", function listener() {
// Once it has been restored, select it and return the promise.
newTab.removeEventListener("SSTabRestored", listener);
gBrowser.selectedTab = newTab;
return resolve(TabManager.convert(extension, newTab));
});
});
},
},
};
return self;
});