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/* Any copyright is dedicated to the Public Domain.
import { AppConstants } from "resource://gre/modules/AppConstants.sys.mjs";
import {
UrlbarProvider,
UrlbarUtils,
} from "resource:///modules/UrlbarUtils.sys.mjs";
const lazy = {};
ChromeUtils.defineESModuleGetters(lazy, {
BrowserUIUtils: "resource:///modules/BrowserUIUtils.sys.mjs",
BrowserWindowTracker: "resource:///modules/BrowserWindowTracker.sys.mjs",
ExperimentAPI: "resource://nimbus/ExperimentAPI.sys.mjs",
ExperimentManager: "resource://nimbus/lib/ExperimentManager.sys.mjs",
FormHistoryTestUtils:
NimbusFeatures: "resource://nimbus/ExperimentAPI.sys.mjs",
PrivateBrowsingUtils: "resource://gre/modules/PrivateBrowsingUtils.sys.mjs",
UrlbarController: "resource:///modules/UrlbarController.sys.mjs",
UrlbarPrefs: "resource:///modules/UrlbarPrefs.sys.mjs",
UrlbarSearchUtils: "resource:///modules/UrlbarSearchUtils.sys.mjs",
setTimeout: "resource://gre/modules/Timer.sys.mjs",
});
export var UrlbarTestUtils = {
/**
* This maps the categories used by the FX_URLBAR_SELECTED_RESULT_METHOD and
* FX_SEARCHBAR_SELECTED_RESULT_METHOD histograms to their indexes in the
* `labels` array. This only needs to be used by tests that need to map from
* category names to indexes in histogram snapshots. Actual app code can use
* these category names directly when they add to a histogram.
*/
SELECTED_RESULT_METHODS: {
enter: 0,
enterSelection: 1,
click: 2,
arrowEnterSelection: 3,
tabEnterSelection: 4,
rightClickEnter: 5,
},
// Fallback to the console.
info: console.log,
/**
* Running this init allows helpers to access test scope helpers, like Assert
* and SimpleTest. Note this initialization is not enforced, thus helpers
* should always check the properties set here and provide a fallback path.
*
* @param {object} scope The global scope where tests are being run.
*/
init(scope) {
if (!scope) {
throw new Error("Must initialize UrlbarTestUtils with a test scope");
}
// If you add other properties to `this`, null them in uninit().
this.Assert = scope.Assert;
this.info = scope.info;
this.registerCleanupFunction = scope.registerCleanupFunction;
if (Services.env.exists("XPCSHELL_TEST_PROFILE_DIR")) {
this.initXPCShellDependencies();
} else {
// xpcshell doesn't support EventUtils.
this.EventUtils = scope.EventUtils;
this.SimpleTest = scope.SimpleTest;
}
this.registerCleanupFunction(() => {
this.Assert = null;
this.info = console.log;
this.registerCleanupFunction = null;
this.EventUtils = null;
this.SimpleTest = null;
});
},
/**
* Waits to a search to be complete.
*
* @param {object} win The window containing the urlbar
* @returns {Promise} Resolved when done.
*/
async promiseSearchComplete(win) {
let waitForQuery = () => {
return this.promisePopupOpen(win, () => {}).then(
() => win.gURLBar.lastQueryContextPromise
);
};
let context = await waitForQuery();
if (win.gURLBar.searchMode) {
// Search mode may start a second query.
context = await waitForQuery();
}
if (win.gURLBar.view.oneOffSearchButtons._rebuilding) {
await new Promise(resolve =>
win.gURLBar.view.oneOffSearchButtons.addEventListener(
"rebuild",
resolve,
{
once: true,
}
)
);
}
return context;
},
/**
* Starts a search for a given string and waits for the search to be complete.
*
* @param {object} options The options object.
* @param {object} options.window The window containing the urlbar
* @param {string} options.value the search string
* @param {Function} options.waitForFocus The SimpleTest function
* @param {boolean} [options.fireInputEvent] whether an input event should be
* used when starting the query (simulates the user's typing, sets
* userTypedValued, triggers engagement event telemetry, etc.)
* @param {number} [options.selectionStart] The input's selectionStart
* @param {number} [options.selectionEnd] The input's selectionEnd
* @param {boolean} [options.reopenOnBlur] Whether this method should repoen
* the view if the input is blurred before the query finishes. This is
* necessary to work around spurious blurs in CI, which close the view
* and cancel the query, defeating the typical use of this method where
* your test waits for the query to finish. However, this behavior
* isn't always desired, for example if your test intentionally blurs
* the input before the query finishes. In that case, pass false.
*/
async promiseAutocompleteResultPopup({
window,
value,
waitForFocus,
fireInputEvent = true,
selectionStart = -1,
selectionEnd = -1,
reopenOnBlur = true,
} = {}) {
if (this.SimpleTest) {
await this.SimpleTest.promiseFocus(window);
} else {
await new Promise(resolve => waitForFocus(resolve, window));
}
const setup = () => {
window.gURLBar.focus();
// Using the value setter in some cases may trim and fetch unexpected
// results, then pick an alternate path.
if (
lazy.UrlbarPrefs.get("trimURLs") &&
value != lazy.BrowserUIUtils.trimURL(value)
) {
window.gURLBar._setValue(value);
fireInputEvent = true;
} else {
window.gURLBar.value = value;
}
if (selectionStart >= 0 && selectionEnd >= 0) {
window.gURLBar.selectionEnd = selectionEnd;
window.gURLBar.selectionStart = selectionStart;
}
// An input event will start a new search, so be careful not to start a
// search if we fired an input event since that would start two searches.
if (fireInputEvent) {
// This is necessary to get the urlbar to set gBrowser.userTypedValue.
this.fireInputEvent(window);
} else {
window.gURLBar.setPageProxyState("invalid");
window.gURLBar.startQuery();
}
};
setup();
// In Linux TV test, as there is case that the input field lost the focus
// until showing popup, timeout failure happens since the expected poup
// never be shown. To avoid this, if losing the focus, retry setup to open
// popup.
if (reopenOnBlur) {
window.gURLBar.inputField.addEventListener("blur", setup, { once: true });
}
const result = await this.promiseSearchComplete(window);
if (reopenOnBlur) {
window.gURLBar.inputField.removeEventListener("blur", setup);
}
return result;
},
/**
* Waits for a result to be added at a certain index. Since we implement lazy
* results replacement, even if we have a result at an index, it may be
* related to the previous query, this methods ensures the result is current.
*
* @param {object} win The window containing the urlbar
* @param {number} index The index to look for
* @returns {HtmlElement|XulElement} the result's element.
*/
async waitForAutocompleteResultAt(win, index) {
// TODO Bug 1530338: Quantum Bar doesn't yet implement lazy results replacement.
await this.promiseSearchComplete(win);
let container = this.getResultsContainer(win);
if (index >= container.children.length) {
throw new Error("Not enough results");
}
return container.children[index];
},
/**
* Returns the oneOffSearchButtons object for the urlbar.
*
* @param {object} win The window containing the urlbar
* @returns {object} The oneOffSearchButtons
*/
getOneOffSearchButtons(win) {
return win.gURLBar.view.oneOffSearchButtons;
},
/**
* Returns a specific button of a result.
*
* @param {object} win The window containing the urlbar
* @param {string} buttonName The name of the button, e.g. "menu", "0", etc.
* @param {number} resultIndex The index of the result
* @returns {HtmlElement} The button
*/
getButtonForResultIndex(win, buttonName, resultIndex) {
return this.getRowAt(win, resultIndex).querySelector(
`.urlbarView-button-${buttonName}`
);
},
/**
* Show the result menu button regardless of the result being hovered or
+ selected.
*
* @param {object} win The window containing the urlbar
*/
disableResultMenuAutohide(win) {
let container = this.getResultsContainer(win);
let attr = "disable-resultmenu-autohide";
container.toggleAttribute(attr, true);
this.registerCleanupFunction?.(() => {
container.toggleAttribute(attr, false);
});
},
/**
* Opens the result menu of a specific result.
*
* @param {object} win The window containing the urlbar
* @param {object} [options] The options object.
* @param {number} [options.resultIndex] The index of the result. Defaults
* to the current selected index.
* @param {boolean} [options.byMouse] Whether to open the menu by mouse or
* keyboard.
* @param {string} [options.activationKey] Key to activate the button with,
* defaults to KEY_Enter.
*/
async openResultMenu(
win,
{
resultIndex = win.gURLBar.view.selectedRowIndex,
byMouse = false,
activationKey = "KEY_Enter",
} = {}
) {
this.Assert?.ok(win.gURLBar.view.isOpen, "view should be open");
let menuButton = this.getButtonForResultIndex(win, "menu", resultIndex);
this.Assert?.ok(
menuButton,
`found the menu button at result index ${resultIndex}`
);
let promiseMenuOpen = lazy.BrowserTestUtils.waitForEvent(
win.gURLBar.view.resultMenu,
"popupshown"
);
if (byMouse) {
this.info(
`synthesizing mousemove on row to make the menu button visible`
);
await this.EventUtils.promiseElementReadyForUserInput(
menuButton.closest(".urlbarView-row"),
win,
this.info
);
this.info(`got mousemove, now clicking the menu button`);
this.EventUtils.synthesizeMouseAtCenter(menuButton, {}, win);
this.info(`waiting for the menu popup to open via mouse`);
} else {
this.info(`selecting the result at index ${resultIndex}`);
while (win.gURLBar.view.selectedRowIndex != resultIndex) {
this.EventUtils.synthesizeKey("KEY_ArrowDown", {}, win);
}
if (this.getSelectedElement(win) != menuButton) {
this.EventUtils.synthesizeKey("KEY_Tab", {}, win);
}
this.Assert?.equal(
this.getSelectedElement(win),
menuButton,
`selected the menu button at result index ${resultIndex}`
);
this.EventUtils.synthesizeKey(activationKey, {}, win);
this.info(`waiting for ${activationKey} to open the menu popup`);
}
await promiseMenuOpen;
this.Assert?.equal(
win.gURLBar.view.resultMenu.state,
"open",
"Checking popup state"
);
},
/**
* Opens the result menu of a specific result and gets a menu item by either
* accesskey or command name. Either `accesskey` or `command` must be given.
*
* @param {object} options
* The options object.
* @param {object} options.window
* The window containing the urlbar.
* @param {string} options.accesskey
* The access key of the menu item to return.
* @param {string} options.command
* The command name of the menu item to return.
* @param {number} options.resultIndex
* The index of the result. Defaults to the current selected index.
* @param {boolean} options.openByMouse
* Whether to open the menu by mouse or keyboard.
* @param {Array} options.submenuSelectors
* If the command is in the top-level result menu, leave this as an empty
* array. If it's in a submenu, set this to an array where each element i is
* a selector that can be used to get the i'th menu item that opens a
* submenu.
*/
async openResultMenuAndGetItem({
window,
accesskey,
command,
resultIndex = window.gURLBar.view.selectedRowIndex,
openByMouse = false,
submenuSelectors = [],
}) {
await this.openResultMenu(window, { resultIndex, byMouse: openByMouse });
// Open the sequence of submenus that contains the item.
for (let selector of submenuSelectors) {
let menuitem = window.gURLBar.view.resultMenu.querySelector(selector);
if (!menuitem) {
throw new Error("Submenu item not found for selector: " + selector);
}
let promisePopup = lazy.BrowserTestUtils.waitForEvent(
window.gURLBar.view.resultMenu,
"popupshown"
);
if (AppConstants.platform == "macosx") {
// Synthesized clicks don't work in the native Mac menu.
this.info(
"Calling openMenu() on submenu item with selector: " + selector
);
menuitem.openMenu(true);
} else {
this.info("Clicking submenu item with selector: " + selector);
this.EventUtils.synthesizeMouseAtCenter(menuitem, {}, window);
}
this.info("Waiting for submenu popupshown event");
await promisePopup;
this.info("Got the submenu popupshown event");
}
// Now get the item.
let menuitem;
if (accesskey) {
await lazy.BrowserTestUtils.waitForCondition(() => {
menuitem = window.gURLBar.view.resultMenu.querySelector(
`menuitem[accesskey=${accesskey}]`
);
return menuitem;
}, "Waiting for strings to load");
} else if (command) {
menuitem = window.gURLBar.view.resultMenu.querySelector(
`menuitem[data-command=${command}]`
);
} else {
throw new Error("accesskey or command must be specified");
}
return menuitem;
},
/**
* Opens the result menu of a specific result and presses an access key to
* activate a menu item.
*
* @param {object} win The window containing the urlbar
* @param {string} accesskey The access key to press once the menu is open
* @param {object} [options] The options object.
* @param {number} [options.resultIndex] The index of the result. Defaults
* to the current selected index.
* @param {boolean} [options.openByMouse] Whether to open the menu by mouse
* or keyboard.
*/
async openResultMenuAndPressAccesskey(
win,
accesskey,
{
resultIndex = win.gURLBar.view.selectedRowIndex,
openByMouse = false,
} = {}
) {
let menuitem = await this.openResultMenuAndGetItem({
accesskey,
resultIndex,
openByMouse,
window: win,
});
if (!menuitem) {
throw new Error("Menu item not found for accesskey: " + accesskey);
}
let promiseCommand = lazy.BrowserTestUtils.waitForEvent(
win.gURLBar.view.resultMenu,
"command"
);
if (AppConstants.platform == "macosx") {
// The native Mac menu doesn't support access keys.
this.info("calling doCommand() to activate menu item");
menuitem.doCommand();
win.gURLBar.view.resultMenu.hidePopup(true);
} else {
this.info(`pressing access key (${accesskey}) to activate menu item`);
this.EventUtils.synthesizeKey(accesskey, {}, win);
}
this.info("waiting for command event");
await promiseCommand;
this.info("got the command event");
},
/**
* Opens the result menu of a specific result and clicks a menu item with a
* specified command name.
*
* @param {object} win
* The window containing the urlbar.
* @param {string|Array} commandOrArray
* If the command is in the top-level result menu, set this to the command
* name. If it's in a submenu, set this to an array where each element i is
* a selector that can be used to click the i'th menu item that opens a
* submenu, and the last element is the command name.
* @param {object} options
* The options object.
* @param {number} options.resultIndex
* The index of the result. Defaults to the current selected index.
* @param {boolean} options.openByMouse
* Whether to open the menu by mouse or keyboard.
*/
async openResultMenuAndClickItem(
win,
commandOrArray,
{
resultIndex = win.gURLBar.view.selectedRowIndex,
openByMouse = false,
} = {}
) {
let submenuSelectors = Array.isArray(commandOrArray)
? commandOrArray
: [commandOrArray];
let command = submenuSelectors.pop();
let menuitem = await this.openResultMenuAndGetItem({
resultIndex,
openByMouse,
command,
submenuSelectors,
window: win,
});
if (!menuitem) {
throw new Error("Menu item not found for command: " + command);
}
let promiseCommand = lazy.BrowserTestUtils.waitForEvent(
win.gURLBar.view.resultMenu,
"command"
);
if (AppConstants.platform == "macosx") {
// Synthesized clicks don't work in the native Mac menu.
this.info("calling doCommand() to activate menu item");
menuitem.doCommand();
win.gURLBar.view.resultMenu.hidePopup(true);
} else {
this.info("Clicking menu item with command: " + command);
this.EventUtils.synthesizeMouseAtCenter(menuitem, {}, win);
}
this.info("Waiting for command event");
await promiseCommand;
this.info("Got the command event");
},
/**
* Returns true if the oneOffSearchButtons are visible.
*
* @param {object} win The window containing the urlbar
* @returns {boolean} True if the buttons are visible.
*/
getOneOffSearchButtonsVisible(win) {
let buttons = this.getOneOffSearchButtons(win);
return buttons.style.display != "none" && !buttons.container.hidden;
},
/**
* Gets an abstracted representation of the result at an index.
*
* @param {object} win The window containing the urlbar
* @param {number} index The index to look for
* @returns {object} An object with numerous properties describing the result.
*/
async getDetailsOfResultAt(win, index) {
let element = await this.waitForAutocompleteResultAt(win, index);
let details = {};
let result = element.result;
details.result = result;
let { url, postData } = UrlbarUtils.getUrlFromResult(result);
details.url = url;
details.postData = postData;
details.type = result.type;
details.source = result.source;
details.heuristic = result.heuristic;
details.autofill = !!result.autofill;
details.image =
element.getElementsByClassName("urlbarView-favicon")[0]?.src;
details.title = result.title;
details.tags = "tags" in result.payload ? result.payload.tags : [];
details.isSponsored = result.payload.isSponsored;
details.userContextId = result.payload.userContextId;
let actions = element.getElementsByClassName("urlbarView-action");
let urls = element.getElementsByClassName("urlbarView-url");
let typeIcon = element.querySelector(".urlbarView-type-icon");
await win.document.l10n.translateFragment(element);
details.displayed = {
title: element.getElementsByClassName("urlbarView-title")[0]?.textContent,
action: actions.length ? actions[0].textContent : null,
url: urls.length ? urls[0].textContent : null,
typeIcon: typeIcon
? win.getComputedStyle(typeIcon)["background-image"]
: null,
};
details.element = {
action: element.getElementsByClassName("urlbarView-action")[0],
row: element,
separator: element.getElementsByClassName(
"urlbarView-title-separator"
)[0],
title: element.getElementsByClassName("urlbarView-title")[0],
url: element.getElementsByClassName("urlbarView-url")[0],
};
if (details.type == UrlbarUtils.RESULT_TYPE.SEARCH) {
details.searchParams = {
engine: result.payload.engine,
keyword: result.payload.keyword,
query: result.payload.query,
suggestion: result.payload.suggestion,
inPrivateWindow: result.payload.inPrivateWindow,
isPrivateEngine: result.payload.isPrivateEngine,
};
} else if (details.type == UrlbarUtils.RESULT_TYPE.KEYWORD) {
details.keyword = result.payload.keyword;
} else if (details.type == UrlbarUtils.RESULT_TYPE.DYNAMIC) {
details.dynamicType = result.payload.dynamicType;
}
return details;
},
/**
* Gets the currently selected element.
*
* @param {object} win The window containing the urlbar.
* @returns {HtmlElement|XulElement} The selected element.
*/
getSelectedElement(win) {
return win.gURLBar.view.selectedElement || null;
},
/**
* Gets the index of the currently selected element.
*
* @param {object} win The window containing the urlbar.
* @returns {number} The selected index.
*/
getSelectedElementIndex(win) {
return win.gURLBar.view.selectedElementIndex;
},
/**
* Gets the row at a specific index.
*
* @param {object} win The window containing the urlbar.
* @param {number} index The index to look for.
* @returns {HTMLElement|XulElement} The selected row.
*/
getRowAt(win, index) {
return this.getResultsContainer(win).children.item(index);
},
/**
* Gets the currently selected row. If the selected element is a descendant of
* a row, this will return the ancestor row.
*
* @param {object} win The window containing the urlbar.
* @returns {HTMLElement|XulElement} The selected row.
*/
getSelectedRow(win) {
return this.getRowAt(win, this.getSelectedRowIndex(win));
},
/**
* Gets the index of the currently selected element.
*
* @param {object} win The window containing the urlbar.
* @returns {number} The selected row index.
*/
getSelectedRowIndex(win) {
return win.gURLBar.view.selectedRowIndex;
},
/**
* Selects the element at the index specified.
*
* @param {object} win The window containing the urlbar.
* @param {index} index The index to select.
*/
setSelectedRowIndex(win, index) {
win.gURLBar.view.selectedRowIndex = index;
},
getResultsContainer(win) {
return win.gURLBar.view.panel.querySelector(".urlbarView-results");
},
/**
* Gets the number of results.
* You must wait for the query to be complete before using this.
*
* @param {object} win The window containing the urlbar
* @returns {number} the number of results.
*/
getResultCount(win) {
return this.getResultsContainer(win).children.length;
},
/**
* Ensures at least one search suggestion is present.
*
* @param {object} win The window containing the urlbar
* @returns {boolean} whether at least one search suggestion is present.
*/
promiseSuggestionsPresent(win) {
// TODO Bug 1530338: Quantum Bar doesn't yet implement lazy results replacement. When
// we do that, we'll have to be sure the suggestions we find are relevant
// for the current query. For now let's just wait for the search to be
// complete.
return this.promiseSearchComplete(win).then(context => {
// Look for search suggestions.
let firstSearchSuggestionIndex = context.results.findIndex(
r => r.type == UrlbarUtils.RESULT_TYPE.SEARCH && r.payload.suggestion
);
if (firstSearchSuggestionIndex == -1) {
throw new Error("Cannot find a search suggestion");
}
return firstSearchSuggestionIndex;
});
},
/**
* Waits for the given number of connections to an http server.
*
* @param {object} httpserver an HTTP Server instance
* @param {number} count Number of connections to wait for
* @returns {Promise} resolved when all the expected connections were started.
*/
promiseSpeculativeConnections(httpserver, count) {
if (!httpserver) {
throw new Error("Must provide an http server");
}
return lazy.BrowserTestUtils.waitForCondition(
() => httpserver.connectionNumber == count,
"Waiting for speculative connection setup"
);
},
/**
* Waits for the popup to be shown.
*
* @param {object} win The window containing the urlbar
* @param {Function} openFn Function to be used to open the popup.
* @returns {Promise} resolved once the popup is closed
*/
async promisePopupOpen(win, openFn) {
if (!openFn) {
throw new Error("openFn should be supplied to promisePopupOpen");
}
await openFn();
if (win.gURLBar.view.isOpen) {
return;
}
this.info("Waiting for the urlbar view to open");
await new Promise(resolve => {
win.gURLBar.controller.addQueryListener({
onViewOpen() {
win.gURLBar.controller.removeQueryListener(this);
resolve();
},
});
});
this.info("Urlbar view opened");
},
/**
* Waits for the popup to be hidden.
*
* @param {object} win The window containing the urlbar
* @param {Function} [closeFn] Function to be used to close the popup, if not
* supplied it will default to a closing the popup directly.
* @returns {Promise} resolved once the popup is closed
*/
async promisePopupClose(win, closeFn = null) {
let closePromise = new Promise(resolve => {
if (!win.gURLBar.view.isOpen) {
resolve();
return;
}
win.gURLBar.controller.addQueryListener({
onViewClose() {
win.gURLBar.controller.removeQueryListener(this);
resolve();
},
});
});
if (closeFn) {
this.info("Awaiting custom close function");
await closeFn();
this.info("Done awaiting custom close function");
} else {
this.info("Closing the view directly");
win.gURLBar.view.close();
}
this.info("Waiting for the view to close");
await closePromise;
this.info("Urlbar view closed");
},
/**
* Open the input field context menu and run a task on it.
*
* @param {nsIWindow} win the current window
* @param {Function} task a task function to run, gets the contextmenu popup
* as argument.
*/
async withContextMenu(win, task) {
let textBox = win.gURLBar.querySelector("moz-input-box");
let cxmenu = textBox.menupopup;
let openPromise = lazy.BrowserTestUtils.waitForEvent(cxmenu, "popupshown");
this.EventUtils.synthesizeMouseAtCenter(
win.gURLBar.inputField,
{
type: "contextmenu",
button: 2,
},
win
);
await openPromise;
// On Mac sometimes the menuitems are not ready.
await new Promise(win.requestAnimationFrame);
try {
await task(cxmenu);
} finally {
// Close the context menu if the task didn't pick anything.
if (cxmenu.state == "open" || cxmenu.state == "showing") {
let closePromise = lazy.BrowserTestUtils.waitForEvent(
cxmenu,
"popuphidden"
);
cxmenu.hidePopup();
await closePromise;
}
}
},
/**
* @param {object} win The browser window
* @returns {boolean} Whether the popup is open
*/
isPopupOpen(win) {
return win.gURLBar.view.isOpen;
},
/**
* Asserts that the input is in a given search mode, or no search mode. Can
* only be used if UrlbarTestUtils has been initialized with init().
*
* @param {Window} window
* The browser window.
* @param {object} expectedSearchMode
* The expected search mode object.
*/
async assertSearchMode(window, expectedSearchMode) {
this.Assert.equal(
!!window.gURLBar.searchMode,
window.gURLBar.hasAttribute("searchmode"),
"Urlbar should never be in search mode without the corresponding attribute."
);
this.Assert.equal(
!!window.gURLBar.searchMode,
!!expectedSearchMode,
"gURLBar.searchMode should exist as expected"
);
if (
window.gURLBar.searchMode?.source &&
window.gURLBar.searchMode.source !== UrlbarUtils.RESULT_SOURCE.SEARCH
) {
this.Assert.equal(
window.gURLBar.getAttribute("searchmodesource"),
UrlbarUtils.getResultSourceName(window.gURLBar.searchMode.source),
"gURLBar has proper searchmodesource attribute"
);
} else {
this.Assert.ok(
!window.gURLBar.hasAttribute("searchmodesource"),
"gURLBar does not have searchmodesource attribute"
);
}
if (!expectedSearchMode) {
// Check the input's placeholder.
const prefName =
"browser.urlbar.placeholderName" +
(lazy.PrivateBrowsingUtils.isWindowPrivate(window) ? ".private" : "");
let engineName = Services.prefs.getStringPref(prefName, "");
this.Assert.deepEqual(
window.document.l10n.getAttributes(window.gURLBar.inputField),
engineName
? { id: "urlbar-placeholder-with-name", args: { name: engineName } }
: { id: "urlbar-placeholder", args: null },
"Expected placeholder l10n when search mode is inactive"
);
return;
}
// Default to full search mode for less verbose tests.
expectedSearchMode = { ...expectedSearchMode };
if (!expectedSearchMode.hasOwnProperty("isPreview")) {
expectedSearchMode.isPreview = false;
}
let isGeneralPurposeEngine = false;
if (expectedSearchMode.engineName) {
let engine = Services.search.getEngineByName(
expectedSearchMode.engineName
);
isGeneralPurposeEngine = engine.isGeneralPurposeEngine;
expectedSearchMode.isGeneralPurposeEngine = isGeneralPurposeEngine;
}
// expectedSearchMode may come from UrlbarUtils.LOCAL_SEARCH_MODES. The
// objects in that array include useful metadata like icon URIs and pref
// names that are not usually included in actual search mode objects. For
// convenience, ignore those properties if they aren't also present in the
// urlbar's actual search mode object.
let ignoreProperties = [
"icon",
"pref",
"restrict",
"telemetryLabel",
"uiLabel",
];
for (let prop of ignoreProperties) {
if (prop in expectedSearchMode && !(prop in window.gURLBar.searchMode)) {
this.info(
`Ignoring unimportant property '${prop}' in expected search mode`
);
delete expectedSearchMode[prop];
}
}
this.Assert.deepEqual(
window.gURLBar.searchMode,
expectedSearchMode,
"Expected searchMode"
);
// Check the textContent and l10n attributes of the indicator and label.
let expectedTextContent = "";
let expectedL10n = { id: null, args: null };
if (expectedSearchMode.engineName) {
expectedTextContent = expectedSearchMode.engineName;
} else if (expectedSearchMode.source) {
let name = UrlbarUtils.getResultSourceName(expectedSearchMode.source);
this.Assert.ok(name, "Expected result source should have a name");
expectedL10n = { id: `urlbar-search-mode-${name}`, args: null };
} else {
this.Assert.ok(false, "Unexpected searchMode");
}
for (let element of [
window.gURLBar._searchModeIndicatorTitle,
window.gURLBar._searchModeLabel,
]) {
if (expectedTextContent) {
this.Assert.equal(
element.textContent,
expectedTextContent,
"Expected textContent"
);
}
this.Assert.deepEqual(
window.document.l10n.getAttributes(element),
expectedL10n,
"Expected l10n"
);
}
// Check the input's placeholder.
let expectedPlaceholderL10n;
if (expectedSearchMode.engineName) {
expectedPlaceholderL10n = {
id: isGeneralPurposeEngine
? "urlbar-placeholder-search-mode-web-2"
: "urlbar-placeholder-search-mode-other-engine",
args: { name: expectedSearchMode.engineName },
};
} else if (expectedSearchMode.source) {
let name = UrlbarUtils.getResultSourceName(expectedSearchMode.source);
expectedPlaceholderL10n = {
id: `urlbar-placeholder-search-mode-other-${name}`,
args: null,
};
}
this.Assert.deepEqual(
window.document.l10n.getAttributes(window.gURLBar.inputField),
expectedPlaceholderL10n,
"Expected placeholder l10n when search mode is active"
);
// If this is an engine search mode, check that all results are either
// search results with the same engine or have the same host as the engine.
// Search mode preview can show other results since it is not supposed to
// start a query.
if (
expectedSearchMode.engineName &&
!expectedSearchMode.isPreview &&
this.isPopupOpen(window)
) {
let resultCount = this.getResultCount(window);
for (let i = 0; i < resultCount; i++) {
let result = await this.getDetailsOfResultAt(window, i);
if (result.source == UrlbarUtils.RESULT_SOURCE.SEARCH) {
this.Assert.equal(
expectedSearchMode.engineName,
result.searchParams.engine,
"Search mode result matches engine name."
);
} else {
let engine = Services.search.getEngineByName(
expectedSearchMode.engineName
);
let engineRootDomain =
lazy.UrlbarSearchUtils.getRootDomainFromEngine(engine);
let resultUrl = new URL(result.url);
this.Assert.ok(
resultUrl.hostname.includes(engineRootDomain),
"Search mode result matches engine host."
);
}
}
}
},
/**
* Enters search mode by clicking a one-off. The view must already be open
* before you call this. Can only be used if UrlbarTestUtils has been
* initialized with init().
*
* @param {object} window
* The window to operate on.
* @param {object} searchMode
* If given, the one-off matching this search mode will be clicked; it
* should be a full search mode object as described in
* UrlbarInput.setSearchMode. If not given, the first one-off is clicked.
*/
async enterSearchMode(window, searchMode = null) {
this.info(`Enter Search Mode ${JSON.stringify(searchMode)}`);
// Ensure any pending query is complete.
await this.promiseSearchComplete(window);
// Ensure the the one-offs are finished rebuilding and visible.
let oneOffs = this.getOneOffSearchButtons(window);
await lazy.TestUtils.waitForCondition(
() => !oneOffs._rebuilding,
"Waiting for one-offs to finish rebuilding"
);
this.Assert.equal(
UrlbarTestUtils.getOneOffSearchButtonsVisible(window),
true,
"One-offs are visible"
);
let buttons = oneOffs.getSelectableButtons(true);
if (!searchMode) {
searchMode = { engineName: buttons[0].engine.name };
let engine = Services.search.getEngineByName(searchMode.engineName);
if (engine.isGeneralPurposeEngine) {
searchMode.source = UrlbarUtils.RESULT_SOURCE.SEARCH;
}
}
if (!searchMode.entry) {
searchMode.entry = "oneoff";
}
let oneOff = buttons.find(o =>
searchMode.engineName
? o.engine.name == searchMode.engineName
: o.source == searchMode.source
);
this.Assert.ok(oneOff, "Found one-off button for search mode");
this.EventUtils.synthesizeMouseAtCenter(oneOff, {}, window);
await this.promiseSearchComplete(window);
this.Assert.ok(this.isPopupOpen(window), "Urlbar view is still open.");
await this.assertSearchMode(window, searchMode);
},
/**
* Removes the scheme from an url according to user prefs.
*
* @param {string} url
* The url that is supposed to be trimmed.
* @param {object} [options]
* Options for the trimming.
* @param {boolean} [options.removeSingleTrailingSlash]
* Remove trailing slash, when trimming enabled.
* @returns {string}
* The sanitized URL.
*/
trimURL(url, { removeSingleTrailingSlash = true } = {}) {
if (!lazy.UrlbarPrefs.get("trimURLs")) {
return url;
}
let sanitizedURL = url;
if (removeSingleTrailingSlash) {
sanitizedURL =
lazy.BrowserUIUtils.removeSingleTrailingSlashFromURL(sanitizedURL);
}
// Also remove emphasis markers if present.
if (lazy.UrlbarPrefs.get("trimHttps")) {
sanitizedURL = sanitizedURL.replace(/^<?https:\/\/>?/, "");
} else {
sanitizedURL = sanitizedURL.replace(/^<?http:\/\/>?/, "");
}
return sanitizedURL;
},
/**
* Returns the trimmed protocol with slashes.
*
* @returns {string} The trimmed protocol including slashes. Returns an empty
* string, when the protocol trimming is disabled.
*/
getTrimmedProtocolWithSlashes() {
if (Services.prefs.getBoolPref("browser.urlbar.trimURLs")) {
return Services.prefs.getBoolPref("browser.urlbar.trimHttps")
? "https://"
: "http://"; // eslint-disable-this-line @microsoft/sdl/no-insecure-url
}
return "";
},
/**
* Exits search mode. If neither `backspace` nor `clickClose` is given, we'll
* default to backspacing. Can only be used if UrlbarTestUtils has been
* initialized with init().
*
* @param {object} window
* The window to operate on.
* @param {object} options
* Options object
* @param {boolean} options.backspace
* Exits search mode by backspacing at the beginning of the search string.
* @param {boolean} options.clickClose
* Exits search mode by clicking the close button on the search mode
* indicator.
* @param {boolean} [options.waitForSearch]
* Whether the test should wait for a search after exiting search mode.
* Defaults to true.
*/
async exitSearchMode(
window,
{ backspace, clickClose, waitForSearch = true } = {}
) {
let urlbar = window.gURLBar;
// If the Urlbar is not extended, ignore the clickClose parameter. The close
// button is not clickable in this state. This state might be encountered on
// Linux, where prefers-reduced-motion is enabled in automation.
if (!urlbar.hasAttribute("breakout-extend") && clickClose) {
if (waitForSearch) {
let searchPromise = UrlbarTestUtils.promiseSearchComplete(window);
urlbar.searchMode = null;
await searchPromise;
} else {
urlbar.searchMode = null;
}
return;
}
if (!backspace && !clickClose) {
backspace = true;
}
if (backspace) {
let urlbarValue = urlbar.value;
urlbar.selectionStart = urlbar.selectionEnd = 0;
if (waitForSearch) {
let searchPromise = this.promiseSearchComplete(window);
this.EventUtils.synthesizeKey("KEY_Backspace", {}, window);
await searchPromise;
} else {
this.EventUtils.synthesizeKey("KEY_Backspace", {}, window);
}
this.Assert.equal(
urlbar.value,
urlbarValue,
"Urlbar value hasn't changed."
);
this.assertSearchMode(window, null);
} else if (clickClose) {
// We need to hover the indicator to make the close button clickable in the
// test.
let indicator = urlbar.querySelector("#urlbar-search-mode-indicator");
this.EventUtils.synthesizeMouseAtCenter(
indicator,
{ type: "mouseover" },
window
);
let closeButton = urlbar.querySelector(
"#urlbar-search-mode-indicator-close"
);
if (waitForSearch) {
let searchPromise = this.promiseSearchComplete(window);
this.EventUtils.synthesizeMouseAtCenter(closeButton, {}, window);
await searchPromise;
} else {
this.EventUtils.synthesizeMouseAtCenter(closeButton, {}, window);
}
await this.assertSearchMode(window, null);
}
},
/**
* Returns the userContextId (container id) for the last search.
*
* @param {object} win The browser window
* @returns {Promise<number>}
* resolved when fetching is complete. Its value is a userContextId
*/
async promiseUserContextId(win) {
const defaultId = Ci.nsIScriptSecurityManager.DEFAULT_USER_CONTEXT_ID;
let context = await win.gURLBar.lastQueryContextPromise;
return context.userContextId || defaultId;
},
/**
* Dispatches an input event to the input field.
*
* @param {object} win The browser window
*/
fireInputEvent(win) {
// Set event.data to the last character in the input, for a couple of
// reasons: It simulates the user typing, and it's necessary for autofill.
let event = new InputEvent("input", {
data: win.gURLBar.value[win.gURLBar.value.length - 1] || null,
});
win.gURLBar.inputField.dispatchEvent(event);
},
/**
* Returns a new mock controller. This is useful for xpcshell tests.
*
* @param {object} options Additional options to pass to the UrlbarController
* constructor.
* @returns {UrlbarController} A new controller.
*/
newMockController(options = {}) {
return new lazy.UrlbarController(
Object.assign(
{
input: {
isPrivate: false,
onFirstResult() {
return false;
},
getSearchSource() {
return "dummy-search-source";
},
window: {
location: {
href: AppConstants.BROWSER_CHROME_URL,
},
},
},
},
options
)
);
},
/**
* Initializes some external components used by the urlbar. This is necessary
* in xpcshell tests but not in browser tests.
*/
async initXPCShellDependencies() {
// The FormHistoryStartup component must be initialized since urlbar uses
// form history.
Cc["@mozilla.org/satchel/form-history-startup;1"]
.getService(Ci.nsIObserver)
.observe(null, "profile-after-change", null);
// This is necessary because UrlbarMuxerUnifiedComplete.sort calls
// Services.search.parseSubmissionURL, so we need engines.
try {
await lazy.AddonTestUtils.promiseStartupManager();
} catch (error) {
if (!error.message.includes("already started")) {
throw error;
}
}
},
/**
* Enrolls in a mock Nimbus feature.
*
* If you call UrlbarPrefs.updateFirefoxSuggestScenario() from an xpcshell
* test, you must call this first to intialize the Nimbus urlbar feature.
*
* @param {object} value
* Define any desired Nimbus variables in this object.
* @param {string} [feature]
* The feature to init.
* @param {string} [enrollmentType]
* The enrollment type, either "rollout" (default) or "config".
* @returns {Function}
* A cleanup function that will unenroll the feature, returns a promise.
*/
async initNimbusFeature(
value = {},
feature = "urlbar",
enrollmentType = "rollout"
) {
this.info("initNimbusFeature awaiting ExperimentManager.onStartup");
await lazy.ExperimentManager.onStartup();
this.info("initNimbusFeature awaiting ExperimentAPI.ready");
await lazy.ExperimentAPI.ready();
this.info(
`initNimbusFeature awaiting ExperimentFakes.enrollWithFeatureConfig`
);
const doCleanup = await lazy.ExperimentFakes.enrollWithFeatureConfig(
{
featureId: lazy.NimbusFeatures[feature].featureId,
value: { enabled: true, ...value },
},
{
isRollout: enrollmentType === "rollout",
}
);
this.info("initNimbusFeature done");
this.registerCleanupFunction?.(async () => {
// If `doCleanup()` has already been called (i.e., by the caller), it will
// throw an error here.
try {
doCleanup();
} catch (error) {}
});
return doCleanup;
},
/**
* Simulate that user clicks URLBar and inputs text into it.
*
* @param {object} win
* The browser window containing target gURLBar.
* @param {string} text
* The text to be input.
*/
async inputIntoURLBar(win, text) {
if (win.gURLBar.focused) {
win.gURLBar.select();
} else {
this.EventUtils.synthesizeMouseAtCenter(win.gURLBar.inputField, {}, win);
await lazy.TestUtils.waitForCondition(() => win.gURLBar.focused);
}
if (text.length > 1) {
// Set most of the string directly instead of going through sendString,
// so that we don't make life unnecessarily hard for consumers by
// possibly starting multiple searches.
win.gURLBar._setValue(text.substr(0, text.length - 1));
}
this.EventUtils.sendString(text.substr(-1, 1), win);
},
/**
* Checks the urlbar value fomatting for a given URL.
*
* @param {window} win
* The input in this window will be tested.
* @param {string} urlFormatString
* The URL to test. The parts the are expected to be de-emphasized should be
* wrapped in "<" and ">" chars.
* @param {object} [options]
* Options object.
* @param {string} [options.clobberedURLString]
* Normally the URL is de-emphasized in-place, thus it's enough to pass
* urlString. In some cases however the formatter may decide to replace
* the URL with a fixed one, because it can't properly guess a host. In
* that case clobberedURLString is the expected de-emphasized value. The
* parts the are expected to be de-emphasized should be wrapped in "<"
* and ">" chars.
* @param {string} [options.additionalMsg]
* Additional message to use for Assert.equal.
* @param {int} [options.selectionType]
* The selectionType for which the input should be checked.
*/
async checkFormatting(
win,
urlFormatString,
{
clobberedURLString = null,
additionalMsg = null,
selectionType = Ci.nsISelectionController.SELECTION_URLSECONDARY,
} = {}
) {
await new Promise(resolve => win.requestAnimationFrame(resolve));
let selectionController = win.gURLBar.editor.selectionController;
let selection = selectionController.getSelection(selectionType);
let value = win.gURLBar.editor.rootElement.textContent;
let result = "";
for (let i = 0; i < selection.rangeCount; i++) {
let range = selection.getRangeAt(i).toString();
let pos = value.indexOf(range);
result += value.substring(0, pos) + "<" + range + ">";
value = value.substring(pos + range.length);
}
result += value;
this.Assert.equal(
result,
clobberedURLString || urlFormatString,
"Correct part of the URL is de-emphasized" +
(additionalMsg ? ` (${additionalMsg})` : "")
);
},
searchModeSwitcherPopup(win) {
return win.document.getElementById("searchmode-switcher-popup");
},
async openSearchModeSwitcher(win) {
let popup = this.searchModeSwitcherPopup(win);
let promiseMenuOpen = lazy.BrowserTestUtils.waitForEvent(
popup,
"popupshown"
);
let button = win.document.getElementById("urlbar-searchmode-switcher");
this.Assert.ok(lazy.BrowserTestUtils.isVisible(button));
await this.EventUtils.promiseElementReadyForUserInput(button, win);
this.EventUtils.synthesizeMouseAtCenter(button, {}, win);
return promiseMenuOpen;
},
searchModeSwitcherPopupClosed(win) {
return lazy.BrowserTestUtils.waitForEvent(
this.searchModeSwitcherPopup(win),
"popuphidden"
);
},
};
UrlbarTestUtils.formHistory = {
/**
* Adds values to the urlbar's form history.
*
* @param {Array} values
* The form history entries to remove.
* @param {object} window
* The window containing the urlbar.
* @returns {Promise} resolved once the operation is complete.
*/
add(values = [], window = lazy.BrowserWindowTracker.getTopWindow()) {
let fieldname = this.getFormHistoryName(window);
return lazy.FormHistoryTestUtils.add(fieldname, values);
},
/**
* Removes values from the urlbar's form history. If you want to remove all
* history, use clearFormHistory.
*
* @param {Array} values
* The form history entries to remove.
* @param {object} window
* The window containing the urlbar.
* @returns {Promise} resolved once the operation is complete.
*/
remove(values = [], window = lazy.BrowserWindowTracker.getTopWindow()) {
let fieldname = this.getFormHistoryName(window);
return lazy.FormHistoryTestUtils.remove(fieldname, values);
},
/**
* Removes all values from the urlbar's form history. If you want to remove
* individual values, use removeFormHistory.
*
* @param {object} window
* The window containing the urlbar.
* @returns {Promise} resolved once the operation is complete.
*/
clear(window = lazy.BrowserWindowTracker.getTopWindow()) {
let fieldname = this.getFormHistoryName(window);
return lazy.FormHistoryTestUtils.clear(fieldname);
},
/**
* Searches the urlbar's form history.
*
* @param {object} criteria
* Criteria to narrow the search. See FormHistory.search.
* @param {object} window
* The window containing the urlbar.
* @returns {Promise}
* A promise resolved with an array of found form history entries.
*/
search(criteria = {}, window = lazy.BrowserWindowTracker.getTopWindow()) {
let fieldname = this.getFormHistoryName(window);
return lazy.FormHistoryTestUtils.search(fieldname, criteria);
},
/**
* Returns a promise that's resolved on the next form history change.
*
* @param {string} change
* Null to listen for any change, or one of: add, remove, update
* @returns {Promise}
* Resolved on the next specified form history change.
*/
promiseChanged(change = null) {
return lazy.TestUtils.topicObserved(
"satchel-storage-changed",
(subject, data) => !change || data == "formhistory-" + change
);
},
/**
* Returns the form history name for the urlbar in a window.
*
* @param {object} window
* The window.
* @returns {string}
* The form history name of the urlbar in the window.
*/
getFormHistoryName(window = lazy.BrowserWindowTracker.getTopWindow()) {
return window ? window.gURLBar.formHistoryName : "searchbar-history";
},
};
/**
* A test provider. If you need a test provider whose behavior is different
* from this, then consider modifying the implementation below if you think the
* new behavior would be useful for other tests. Otherwise, you can create a
* new TestProvider instance and then override its methods.
*/
class TestProvider extends UrlbarProvider {
/**
* Constructor.
*
* @param {object} options
* Constructor options
* @param {Array} options.results
* An array of UrlbarResult objects that will be the provider's results.
* @param {string} [options.name]
* The provider's name. Provider names should be unique.
* @param {UrlbarUtils.PROVIDER_TYPE} [options.type]
* The provider's type.
* @param {number} [options.priority]
* The provider's priority. Built-in providers have a priority of zero.
* @param {number} [options.addTimeout]
* If non-zero, each result will be added on this timeout. If zero, all
* results will be added immediately and synchronously.
* If there's no results, the query will be completed after this timeout.
* @param {Function} [options.onCancel]
* If given, a function that will be called when the provider's cancelQuery
* method is called.
* @param {Function} [options.onSelection]
* If given, a function that will be called when
* {@link UrlbarView.#selectElement} method is called.
* @param {Function} [options.onEngagement]
* If given, a function that will be called when engagement.
* @param {Function} [options.onLegacyEngagement]
* If given, a function that will be called when engagement.
* onLegacyEngagement() is implemented for those who rely on the
* older implementation of onEngagement()
* @param {Function} [options.onAbandonment]
* If given, a function that will be called when abandonment.
* @param {Function} [options.onImpression]
* If given, a function that will be called when an engagement or
* abandonment has occured.
* @param {Function} [options.onSearchSessionEnd]
* If given, a function that will be called when a search session
* concludes.
* @param {Function} [options.delayResultsPromise]
* If given, we'll await on this before returning results.
*/
constructor({
results,
name = "TestProvider" + Services.uuid.generateUUID(),
type = UrlbarUtils.PROVIDER_TYPE.PROFILE,
priority = 0,
addTimeout = 0,
onCancel = null,
onSelection = null,
onEngagement = null,
onAbandonment = null,
onImpression = null,
onSearchSessionEnd = null,
onLegacyEngagement = null,
delayResultsPromise = null,
} = {}) {
if (delayResultsPromise && addTimeout) {
throw new Error(
"Can't provide both `addTimeout` and `delayResultsPromise`"
);
}
super();
this.results = results;
this.priority = priority;
this.addTimeout = addTimeout;
this.delayResultsPromise = delayResultsPromise;
this._name = name;
this._type = type;
this._onCancel = onCancel;
this._onSelection = onSelection;
// As this has been a common source of mistakes, auto-upgrade the provider
// type to heuristic if any result is heuristic.
if (!type && this.results?.some(r => r.heuristic)) {
this.type = UrlbarUtils.PROVIDER_TYPE.HEURISTIC;
}
if (onEngagement) {
this.onEngagement = onEngagement.bind(this);
}
if (onAbandonment) {
this.onAbandonment = onAbandonment.bind(this);
}
if (onImpression) {
this.onImpression = onAbandonment.bind(this);
}
if (onSearchSessionEnd) {
this.onSearchSessionEnd = onSearchSessionEnd.bind(this);
}
if (onLegacyEngagement) {
this.onLegacyEngagement = onLegacyEngagement.bind(this);
}
}
get name() {
return this._name;
}
get type() {
return this._type;
}
getPriority(_context) {
return this.priority;
}
isActive(_context) {
return true;
}
async startQuery(context, addCallback) {
if (!this.results.length && this.addTimeout) {
await new Promise(resolve => lazy.setTimeout(resolve, this.addTimeout));
}
if (this.delayResultsPromise) {
await this.delayResultsPromise;
}
for (let result of this.results) {
if (!this.addTimeout) {
addCallback(this, result);
} else {
await new Promise(resolve => {
lazy.setTimeout(() => {
addCallback(this, result);
resolve();
}, this.addTimeout);
});
}
}
}
cancelQuery(_context) {
this._onCancel?.();
}
onSelection(result, element) {
this._onSelection?.(result, element);
}
}
UrlbarTestUtils.TestProvider = TestProvider;