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"use strict";
// This file expects these globals to be defined by the test case.
/* global gTestTab:true, gContentAPI:true, tests:false */
ChromeUtils.defineESModuleGetters(this, {
});
const { PermissionTestUtils } = ChromeUtils.importESModule(
);
const SINGLE_TRY_TIMEOUT = 100;
const NUMBER_OF_TRIES = 30;
let gProxyCallbackMap = new Map();
function waitForConditionPromise(
condition,
timeoutMsg,
tryCount = NUMBER_OF_TRIES
) {
return new Promise((resolve, reject) => {
let tries = 0;
function checkCondition() {
if (tries >= tryCount) {
reject(timeoutMsg);
}
var conditionPassed;
try {
conditionPassed = condition();
} catch (e) {
return reject(e);
}
if (conditionPassed) {
return resolve();
}
tries++;
setTimeout(checkCondition, SINGLE_TRY_TIMEOUT);
return undefined;
}
setTimeout(checkCondition, SINGLE_TRY_TIMEOUT);
});
}
function waitForCondition(condition, nextTestFn, errorMsg) {
waitForConditionPromise(condition, errorMsg).then(nextTestFn, reason => {
ok(false, reason + (reason.stack ? "\n" + reason.stack : ""));
});
}
/**
* Wrapper to partially transition tests to Task. Use `add_UITour_task` instead for new tests.
*/
function taskify(fun) {
return doneFn => {
// Output the inner function name otherwise no name will be output.
info("\t" + fun.name);
return fun().then(doneFn, reason => {
console.error(reason);
ok(false, reason);
doneFn();
});
};
}
function is_hidden(element) {
let win = element.ownerGlobal;
let style = win.getComputedStyle(element);
if (style.display == "none") {
return true;
}
if (style.visibility != "visible") {
return true;
}
if (win.XULPopupElement.isInstance(element)) {
return ["hiding", "closed"].includes(element.state);
}
// Hiding a parent element will hide all its children
if (element.parentNode != element.ownerDocument) {
return is_hidden(element.parentNode);
}
return false;
}
function is_visible(element) {
let win = element.ownerGlobal;
let style = win.getComputedStyle(element);
if (style.display == "none") {
return false;
}
if (style.visibility != "visible") {
return false;
}
if (win.XULPopupElement.isInstance(element) && element.state != "open") {
return false;
}
// Hiding a parent element will hide all its children
if (element.parentNode != element.ownerDocument) {
return is_visible(element.parentNode);
}
return true;
}
function is_element_visible(element, msg) {
isnot(element, null, "Element should not be null, when checking visibility");
ok(is_visible(element), msg);
}
function waitForElementToBeVisible(element, nextTestFn, msg) {
waitForCondition(
() => is_visible(element),
() => {
ok(true, msg);
nextTestFn();
},
"Timeout waiting for visibility: " + msg
);
}
function waitForElementToBeHidden(element, nextTestFn, msg) {
waitForCondition(
() => is_hidden(element),
() => {
ok(true, msg);
nextTestFn();
},
"Timeout waiting for invisibility: " + msg
);
}
function elementVisiblePromise(element, msg) {
return waitForConditionPromise(
() => is_visible(element),
"Timeout waiting for visibility: " + msg
);
}
function elementHiddenPromise(element, msg) {
return waitForConditionPromise(
() => is_hidden(element),
"Timeout waiting for invisibility: " + msg
);
}
function waitForPopupAtAnchor(popup, anchorNode, nextTestFn, msg) {
waitForCondition(
() => is_visible(popup) && popup.anchorNode == anchorNode,
() => {
ok(true, msg);
is_element_visible(popup, "Popup should be visible");
nextTestFn();
},
"Timeout waiting for popup at anchor: " + msg
);
}
function getConfigurationPromise(configName) {
return SpecialPowers.spawn(
gTestTab.linkedBrowser,
[configName],
contentConfigName => {
return new Promise(resolve => {
let contentWin = Cu.waiveXrays(content);
contentWin.Mozilla.UITour.getConfiguration(contentConfigName, resolve);
});
}
);
}
function getShowHighlightTargetName() {
let highlight = document.getElementById("UITourHighlight");
return highlight.parentElement.getAttribute("targetName");
}
function getShowInfoTargetName() {
let tooltip = document.getElementById("UITourTooltip");
return tooltip.getAttribute("targetName");
}
function hideInfoPromise(...args) {
let popup = document.getElementById("UITourTooltip");
gContentAPI.hideInfo.apply(gContentAPI, args);
return promisePanelElementHidden(window, popup);
}
/**
* `buttons` and `options` require functions from the content scope so we take a
* function name to call to generate the buttons/options instead of the
* buttons/options themselves. This makes the signature differ from the content one.
*/
function showInfoPromise() {
let popup = document.getElementById("UITourTooltip");
let shownPromise = promisePanelElementShown(window, popup);
return SpecialPowers.spawn(gTestTab.linkedBrowser, [[...arguments]], args => {
let contentWin = Cu.waiveXrays(content);
let [
contentTarget,
contentTitle,
contentText,
contentIcon,
contentButtonsFunctionName,
contentOptionsFunctionName,
] = args;
let buttons = contentButtonsFunctionName
? contentWin[contentButtonsFunctionName]()
: null;
let options = contentOptionsFunctionName
? contentWin[contentOptionsFunctionName]()
: null;
contentWin.Mozilla.UITour.showInfo(
contentTarget,
contentTitle,
contentText,
contentIcon,
buttons,
options
);
}).then(() => shownPromise);
}
function showHighlightPromise(...args) {
let popup = document.getElementById("UITourHighlightContainer");
gContentAPI.showHighlight.apply(gContentAPI, args);
return promisePanelElementShown(window, popup);
}
function showMenuPromise(name) {
return SpecialPowers.spawn(gTestTab.linkedBrowser, [name], contentName => {
return new Promise(resolve => {
let contentWin = Cu.waiveXrays(content);
contentWin.Mozilla.UITour.showMenu(contentName, resolve);
});
});
}
function waitForCallbackResultPromise() {
return SpecialPowers.spawn(gTestTab.linkedBrowser, [], async function () {
let contentWin = Cu.waiveXrays(content);
await ContentTaskUtils.waitForCondition(() => {
return contentWin.callbackResult;
}, "callback should be called");
return {
data: contentWin.callbackData,
result: contentWin.callbackResult,
};
});
}
function promisePanelShown(win) {
let panelEl = win.PanelUI.panel;
return promisePanelElementShown(win, panelEl);
}
function promisePanelElementEvent(win, aPanel, aEvent) {
return new Promise((resolve, reject) => {
let timeoutId = win.setTimeout(() => {
aPanel.removeEventListener(aEvent, onPanelEvent);
reject(aEvent + " event did not happen within 5 seconds.");
}, 5000);
function onPanelEvent() {
aPanel.removeEventListener(aEvent, onPanelEvent);
win.clearTimeout(timeoutId);
// Wait one tick to let UITour.sys.mjs process the event as well.
executeSoon(resolve);
}
aPanel.addEventListener(aEvent, onPanelEvent);
});
}
function promisePanelElementShown(win, aPanel) {
return promisePanelElementEvent(win, aPanel, "popupshown");
}
function promisePanelElementHidden(win, aPanel) {
return promisePanelElementEvent(win, aPanel, "popuphidden");
}
function is_element_hidden(element, msg) {
isnot(element, null, "Element should not be null, when checking visibility");
ok(is_hidden(element), msg);
}
function isTourBrowser(aBrowser) {
let chromeWindow = aBrowser.ownerGlobal;
return (
UITour.tourBrowsersByWindow.has(chromeWindow) &&
UITour.tourBrowsersByWindow.get(chromeWindow).has(aBrowser)
);
}
if (gTestTab) {
gProxyCallbackMap.clear();
gBrowser.removeTab(gTestTab);
}
if (!window.gProxyCallbackMap) {
window.gProxyCallbackMap = gProxyCallbackMap;
}
let url = getRootDirectory(gTestPath) + "uitour.html";
gTestTab = await BrowserTestUtils.openNewForegroundTab(gBrowser, url);
// When e10s is enabled, make gContentAPI a proxy which has every property
// return a function which calls the method of the same name on
// contentWin.Mozilla.UITour in a ContentTask.
let UITourHandler = {
get(target, prop) {
return (...args) => {
let browser = gTestTab.linkedBrowser;
// We need to proxy any callback functions using messages:
let fnIndices = [];
args = args.map((arg, index) => {
// Replace function arguments with "", and add them to the list of
// forwarded functions. We'll construct a function on the content-side
// that forwards all its arguments to a message, and we'll listen for
// those messages on our side and call the corresponding function with
// the arguments we got from the content side.
if (typeof arg == "function") {
gProxyCallbackMap.set(index, arg);
fnIndices.push(index);
return "";
}
return arg;
});
let taskArgs = {
methodName: prop,
args,
fnIndices,
};
return SpecialPowers.spawn(
browser,
[taskArgs],
async function (contentArgs) {
let contentWin = Cu.waiveXrays(content);
let callbacksCalled = 0;
let resolveCallbackPromise;
let allCallbacksCalledPromise = new Promise(
resolve => (resolveCallbackPromise = resolve)
);
let argumentsWithFunctions = Cu.cloneInto(
contentArgs.args.map((arg, index) => {
if (arg === "" && contentArgs.fnIndices.includes(index)) {
return function () {
callbacksCalled++;
SpecialPowers.spawnChrome(
[index, Array.from(arguments)],
(indexParent, argumentsParent) => {
// Please note that this handler only allows the callback to be used once.
// That means that a single gContentAPI.observer() call can't be used
// to observe multiple events.
let window = this.browsingContext.topChromeWindow;
let cb = window.gProxyCallbackMap.get(indexParent);
window.gProxyCallbackMap.delete(indexParent);
cb.apply(null, argumentsParent);
}
);
if (callbacksCalled >= contentArgs.fnIndices.length) {
resolveCallbackPromise();
}
};
}
return arg;
}),
content,
{ cloneFunctions: true }
);
let rv = contentWin.Mozilla.UITour[contentArgs.methodName].apply(
contentWin.Mozilla.UITour,
argumentsWithFunctions
);
if (contentArgs.fnIndices.length) {
await allCallbacksCalledPromise;
}
return rv;
}
);
};
},
};
gContentAPI = new Proxy({}, UITourHandler);
await SimpleTest.promiseFocus(gTestTab.linkedBrowser);
callback();
}
// Wrapper for UITourTest to be used by add_task tests.
function setup_UITourTest() {
return UITourTest(true);
}
// Use `add_task(setup_UITourTest);` instead as we will fold this into `setup_UITourTest` once all tests are using `add_UITour_task`.
function UITourTest(usingAddTask = false) {
Services.prefs.setBoolPref("browser.uitour.enabled", true);
PermissionTestUtils.add(
testHttpsOrigin,
"uitour",
Services.perms.ALLOW_ACTION
);
PermissionTestUtils.add(
testHttpOrigin,
"uitour",
Services.perms.ALLOW_ACTION
);
UITour.getHighlightContainerAndMaybeCreate(window.document);
UITour.getTooltipAndMaybeCreate(window.document);
// If a test file is using add_task, we don't need to have a test function or
// call `waitForExplicitFinish`.
if (!usingAddTask) {
waitForExplicitFinish();
}
registerCleanupFunction(function () {
delete window.gContentAPI;
if (gTestTab) {
gBrowser.removeTab(gTestTab);
}
delete window.gTestTab;
delete window.gProxyCallbackMap;
Services.prefs.clearUserPref("browser.uitour.enabled");
PermissionTestUtils.remove(testHttpsOrigin, "uitour");
PermissionTestUtils.remove(testHttpOrigin, "uitour");
});
// When using tasks, the harness will call the next added task for us.
if (!usingAddTask) {
nextTest();
}
}
function done(usingAddTask = false) {
info("== Done test, doing shared checks before teardown ==");
return new Promise(resolve => {
executeSoon(() => {
if (gTestTab) {
gBrowser.removeTab(gTestTab);
}
gTestTab = null;
gProxyCallbackMap.clear();
let highlight = document.getElementById("UITourHighlightContainer");
is_element_hidden(
highlight,
"Highlight should be closed/hidden after UITour tab is closed"
);
let tooltip = document.getElementById("UITourTooltip");
is_element_hidden(
tooltip,
"Tooltip should be closed/hidden after UITour tab is closed"
);
ok(
!PanelUI.panel.hasAttribute("noautohide"),
"@noautohide on the menu panel should have been cleaned up"
);
ok(
!PanelUI.panel.hasAttribute("panelopen"),
"The panel shouldn't have @panelopen"
);
isnot(PanelUI.panel.state, "open", "The panel shouldn't be open");
is(
document.getElementById("PanelUI-menu-button").hasAttribute("open"),
false,
"Menu button should know that the menu is closed"
);
info("Done shared checks");
if (usingAddTask) {
executeSoon(resolve);
} else {
executeSoon(nextTest);
}
});
});
}
function nextTest() {
if (!tests.length) {
info("finished tests in this file");
finish();
return;
}
let test = tests.shift();
info("Starting " + test.name);
waitForFocus(function () {
loadUITourTestPage(function () {
test(done);
});
});
}
/**
* All new tests that need the help of `loadUITourTestPage` should use this
* wrapper around their test's generator function to reduce boilerplate.
*/
function add_UITour_task(func) {
let genFun = async function () {
await new Promise(resolve => {
waitForFocus(function () {
loadUITourTestPage(function () {
let funcPromise = (func() || Promise.resolve()).then(
() => done(true),
reason => {
ok(false, reason);
return done(true);
}
);
resolve(funcPromise);
});
});
});
};
Object.defineProperty(genFun, "name", {
configurable: true,
value: func.name,
});
add_task(genFun);
}