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/* Any copyright is dedicated to the Public Domain.
*/
/* eslint no-unused-vars: ["error", {vars: "local", args: "none"}] */
if (!_TEST_NAME.includes("toolkit/mozapps/extensions/test/xpcshell/")) {
Assert.ok(
false,
"head_addons.js may not be loaded by tests outside of " +
"the add-on manager component."
);
}
const PREF_EM_CHECK_UPDATE_SECURITY = "extensions.checkUpdateSecurity";
const PREF_EM_STRICT_COMPATIBILITY = "extensions.strictCompatibility";
const PREF_GETADDONS_BYIDS = "extensions.getAddons.get.url";
const PREF_XPI_SIGNATURES_REQUIRED = "xpinstall.signatures.required";
// Maximum error in file modification times. Some file systems don't store
// modification times exactly. As long as we are closer than this then it
// still passes.
const MAX_TIME_DIFFERENCE = 3000;
// Time to reset file modified time relative to Date.now() so we can test that
// times are modified (10 hours old).
const MAKE_FILE_OLD_DIFFERENCE = 10 * 3600 * 1000;
const { AddonManager, AddonManagerPrivate } = ChromeUtils.importESModule(
);
var { AppConstants } = ChromeUtils.importESModule(
);
var { FileUtils } = ChromeUtils.importESModule(
);
var { NetUtil } = ChromeUtils.importESModule(
);
var { XPCOMUtils } = ChromeUtils.importESModule(
);
var { AddonRepository } = ChromeUtils.importESModule(
);
var { AddonTestUtils, MockAsyncShutdown } = ChromeUtils.importESModule(
);
ChromeUtils.defineESModuleGetters(this, {
ExtensionTestUtils:
});
XPCOMUtils.defineLazyServiceGetter(
this,
"aomStartup",
"@mozilla.org/addons/addon-manager-startup;1",
"amIAddonManagerStartup"
);
const {
createAppInfo,
createHttpServer,
createTempWebExtensionFile,
getFileForAddon,
manuallyInstall,
manuallyUninstall,
overrideBuiltIns,
promiseAddonEvent,
promiseCompleteAllInstalls,
promiseCompleteInstall,
promiseConsoleOutput,
promiseFindAddonUpdates,
promiseInstallAllFiles,
promiseInstallFile,
promiseRestartManager,
promiseSetExtensionModifiedTime,
promiseShutdownManager,
promiseStartupManager,
promiseWebExtensionStartup,
promiseWriteProxyFileToDir,
registerDirectory,
setExtensionModifiedTime,
writeFilesToZip,
} = AddonTestUtils;
// WebExtension wrapper for ease of testing
ExtensionTestUtils.init(this);
AddonTestUtils.init(this);
AddonTestUtils.overrideCertDB();
ChromeUtils.defineLazyGetter(
this,
"BOOTSTRAP_REASONS",
() => AddonManagerPrivate.BOOTSTRAP_REASONS
);
function getReasonName(reason) {
for (let key of Object.keys(BOOTSTRAP_REASONS)) {
if (BOOTSTRAP_REASONS[key] == reason) {
return key;
}
}
throw new Error("This shouldn't happen.");
}
Object.defineProperty(this, "gAppInfo", {
get() {
return AddonTestUtils.appInfo;
},
});
Object.defineProperty(this, "gAddonStartup", {
get() {
return AddonTestUtils.addonStartup.clone();
},
});
Object.defineProperty(this, "gInternalManager", {
get() {
return AddonTestUtils.addonIntegrationService.QueryInterface(
Ci.nsITimerCallback
);
},
});
Object.defineProperty(this, "gProfD", {
get() {
return AddonTestUtils.profileDir.clone();
},
});
Object.defineProperty(this, "gTmpD", {
get() {
return AddonTestUtils.tempDir.clone();
},
});
Object.defineProperty(this, "gUseRealCertChecks", {
get() {
return AddonTestUtils.useRealCertChecks;
},
set(val) {
AddonTestUtils.useRealCertChecks = val;
},
});
Object.defineProperty(this, "TEST_UNPACKED", {
get() {
return AddonTestUtils.testUnpacked;
},
set(val) {
AddonTestUtils.testUnpacked = val;
},
});
const promiseAddonByID = AddonManager.getAddonByID;
const promiseAddonsByIDs = AddonManager.getAddonsByIDs;
const promiseAddonsByTypes = AddonManager.getAddonsByTypes;
var gPort = null;
var BootstrapMonitor = {
started: new Map(),
stopped: new Map(),
installed: new Map(),
uninstalled: new Map(),
init() {
this.onEvent = this.onEvent.bind(this);
AddonTestUtils.on("addon-manager-shutdown", this.onEvent);
AddonTestUtils.on("bootstrap-method", this.onEvent);
},
shutdownCheck() {
equal(
this.started.size,
0,
"Should have no add-ons that were started but not shutdown"
);
},
onEvent(msg, data) {
switch (msg) {
case "addon-manager-shutdown":
this.shutdownCheck();
break;
case "bootstrap-method":
this.onBootstrapMethod(data.method, data.params, data.reason);
break;
}
},
onBootstrapMethod(method, params, reason) {
let { id } = params;
info(
`Bootstrap method ${method} ${reason} for ${params.id} version ${params.version}`
);
if (method !== "install") {
this.checkInstalled(id);
}
switch (method) {
case "install":
this.checkNotInstalled(id);
this.installed.set(id, { reason, params });
this.uninstalled.delete(id);
break;
case "startup":
this.checkNotStarted(id);
this.started.set(id, { reason, params });
this.stopped.delete(id);
break;
case "shutdown":
this.checkMatches("shutdown", "startup", params, this.started.get(id));
this.checkStarted(id);
this.stopped.set(id, { reason, params });
this.started.delete(id);
break;
case "uninstall":
this.checkMatches(
"uninstall",
"install",
params,
this.installed.get(id)
);
this.uninstalled.set(id, { reason, params });
this.installed.delete(id);
break;
case "update":
this.checkMatches("update", "install", params, this.installed.get(id));
this.installed.set(id, { reason, params, method });
break;
}
},
clear(id) {
this.installed.delete(id);
this.started.delete(id);
this.stopped.delete(id);
this.uninstalled.delete(id);
},
checkMatches(method, lastMethod, params, { params: lastParams } = {}) {
ok(
lastParams,
`Expecting matching ${lastMethod} call for add-on ${params.id} ${method} call`
);
if (method == "update") {
equal(
params.oldVersion,
lastParams.version,
"params.oldVersion should match last call"
);
} else {
equal(
params.version,
lastParams.version,
"params.version should match last call"
);
}
if (method !== "update" && method !== "uninstall") {
equal(
params.resourceURI.spec,
lastParams.resourceURI.spec,
`params.resourceURI should match last call`
);
ok(
params.resourceURI.equals(lastParams.resourceURI),
`params.resourceURI should match: "${params.resourceURI.spec}" == "${lastParams.resourceURI.spec}"`
);
}
},
checkStarted(id, version = undefined) {
let started = this.started.get(id);
ok(started, `Should have seen startup method call for ${id}`);
if (version !== undefined) {
equal(started.params.version, version, "Expected version number");
}
return started;
},
checkNotStarted(id) {
ok(
!this.started.has(id),
`Should not have seen startup method call for ${id}`
);
},
checkInstalled(id, version = undefined) {
const installed = this.installed.get(id);
ok(installed, `Should have seen install call for ${id}`);
if (version !== undefined) {
equal(installed.params.version, version, "Expected version number");
}
return installed;
},
checkUpdated(id, version = undefined) {
const installed = this.installed.get(id);
equal(installed.method, "update", `Should have seen update call for ${id}`);
if (version !== undefined) {
equal(installed.params.version, version, "Expected version number");
}
return installed;
},
checkNotInstalled(id) {
ok(
!this.installed.has(id),
`Should not have seen install method call for ${id}`
);
},
};
function isNightlyChannel() {
var channel = Services.prefs.getCharPref("app.update.channel", "default");
return (
channel != "aurora" &&
channel != "beta" &&
channel != "release" &&
channel != "esr"
);
}
async function restartWithLocales(locales) {
Services.locale.requestedLocales = locales;
await promiseRestartManager();
}
function delay(msec) {
return new Promise(resolve => {
setTimeout(resolve, msec);
});
}
/**
* Returns a map of Addon objects for installed add-ons with the given
* IDs. The returned map contains a key for the ID of each add-on that
* is found. IDs for add-ons which do not exist are not present in the
* map.
*
* @param {sequence<string>} ids
* The list of add-on IDs to get.
* @returns {Promise<string, Addon>}
* Map of add-ons that were found.
*/
async function getAddons(ids) {
let addons = new Map();
for (let addon of await AddonManager.getAddonsByIDs(ids)) {
if (addon) {
addons.set(addon.id, addon);
}
}
return addons;
}
/**
* Checks that the given add-on has the given expected properties.
*
* @param {string} id
* The id of the add-on.
* @param {Addon?} addon
* The add-on object, or null if the add-on does not exist.
* @param {object?} expected
* An object containing the expected values for properties of the
* add-on, or null if the add-on is expected not to exist.
*/
function checkAddon(id, addon, expected) {
info(`Checking state of addon ${id}`);
if (expected === null) {
ok(!addon, `Addon ${id} should not exist`);
} else {
ok(addon, `Addon ${id} should exist`);
for (let [key, value] of Object.entries(expected)) {
if (value instanceof Ci.nsIURI) {
equal(
addon[key] && addon[key].spec,
value.spec,
`Expected value of addon.${key}`
);
} else {
deepEqual(addon[key], value, `Expected value of addon.${key}`);
}
}
}
}
/**
* Tests that an add-on does appear in the crash report annotations, if
* crash reporting is enabled. The test will fail if the add-on is not in the
* annotation.
* @param aId
* The ID of the add-on
* @param aVersion
* The version of the add-on
*/
function do_check_in_crash_annotation(aId, aVersion) {
if (!AppConstants.MOZ_CRASHREPORTER) {
return;
}
if (!("Add-ons" in gAppInfo.annotations)) {
Assert.ok(false, "Cannot find Add-ons entry in crash annotations");
return;
}
let addons = gAppInfo.annotations["Add-ons"].split(",");
Assert.ok(
addons.includes(
`${encodeURIComponent(aId)}:${encodeURIComponent(aVersion)}`
)
);
}
/**
* Tests that an add-on does not appear in the crash report annotations, if
* crash reporting is enabled. The test will fail if the add-on is in the
* annotation.
* @param aId
* The ID of the add-on
* @param aVersion
* The version of the add-on
*/
function do_check_not_in_crash_annotation(aId, aVersion) {
if (!AppConstants.MOZ_CRASHREPORTER) {
return;
}
if (!("Add-ons" in gAppInfo.annotations)) {
Assert.ok(true);
return;
}
let addons = gAppInfo.annotations["Add-ons"].split(",");
Assert.ok(
!addons.includes(
`${encodeURIComponent(aId)}:${encodeURIComponent(aVersion)}`
)
);
}
function do_get_file_hash(aFile, aAlgorithm) {
if (!aAlgorithm) {
aAlgorithm = "sha256";
}
let crypto = Cc["@mozilla.org/security/hash;1"].createInstance(
Ci.nsICryptoHash
);
crypto.initWithString(aAlgorithm);
let fis = Cc["@mozilla.org/network/file-input-stream;1"].createInstance(
Ci.nsIFileInputStream
);
fis.init(aFile, -1, -1, false);
crypto.updateFromStream(fis, aFile.fileSize);
// return the two-digit hexadecimal code for a byte
let toHexString = charCode => ("0" + charCode.toString(16)).slice(-2);
let binary = crypto.finish(false);
let hash = Array.from(binary, c => toHexString(c.charCodeAt(0)));
return aAlgorithm + ":" + hash.join("");
}
/**
* Returns an extension uri spec
*
* @param aProfileDir
* The extension install directory
* @return a uri spec pointing to the root of the extension
*/
function do_get_addon_root_uri(aProfileDir, aId) {
let path = aProfileDir.clone();
path.append(aId);
if (!path.exists()) {
path.leafName += ".xpi";
return "jar:" + Services.io.newFileURI(path).spec + "!/";
}
return Services.io.newFileURI(path).spec;
}
function do_get_expected_addon_name(aId) {
if (TEST_UNPACKED) {
return aId;
}
return aId + ".xpi";
}
/**
* Returns the file containing the add-on. For packed add-ons, this is
* an XPI file. For unpacked add-ons, it is the add-on's root directory.
*
* @param {Addon} addon
* @returns {nsIFile}
*/
function getAddonFile(addon) {
let uri = addon.getResourceURI("");
if (uri instanceof Ci.nsIJARURI) {
uri = uri.JARFile;
}
return uri.QueryInterface(Ci.nsIFileURL).file;
}
/**
* Check that an array of actual add-ons is the same as an array of
* expected add-ons.
*
* @param aActualAddons
* The array of actual add-ons to check.
* @param aExpectedAddons
* The array of expected add-ons to check against.
* @param aProperties
* An array of properties to check.
*/
function do_check_addons(aActualAddons, aExpectedAddons, aProperties) {
Assert.notEqual(aActualAddons, null);
Assert.equal(aActualAddons.length, aExpectedAddons.length);
for (let i = 0; i < aActualAddons.length; i++) {
do_check_addon(aActualAddons[i], aExpectedAddons[i], aProperties);
}
}
/**
* Check that the actual add-on is the same as the expected add-on.
*
* @param aActualAddon
* The actual add-on to check.
* @param aExpectedAddon
* The expected add-on to check against.
* @param aProperties
* An array of properties to check.
*/
function do_check_addon(aActualAddon, aExpectedAddon, aProperties) {
Assert.notEqual(aActualAddon, null);
aProperties.forEach(function (aProperty) {
let actualValue = aActualAddon[aProperty];
let expectedValue = aExpectedAddon[aProperty];
// Check that all undefined expected properties are null on actual add-on
if (!(aProperty in aExpectedAddon)) {
if (actualValue !== undefined && actualValue !== null) {
do_throw(
"Unexpected defined/non-null property for add-on " +
aExpectedAddon.id +
" (addon[" +
aProperty +
"] = " +
actualValue.toSource() +
")"
);
}
return;
} else if (expectedValue && !actualValue) {
do_throw(
"Missing property for add-on " +
aExpectedAddon.id +
": expected addon[" +
aProperty +
"] = " +
expectedValue
);
return;
}
switch (aProperty) {
case "creator":
do_check_author(actualValue, expectedValue);
break;
case "developers":
Assert.equal(actualValue.length, expectedValue.length);
for (let i = 0; i < actualValue.length; i++) {
do_check_author(actualValue[i], expectedValue[i]);
}
break;
case "screenshots":
Assert.equal(actualValue.length, expectedValue.length);
for (let i = 0; i < actualValue.length; i++) {
do_check_screenshot(actualValue[i], expectedValue[i]);
}
break;
case "sourceURI":
Assert.equal(actualValue.spec, expectedValue);
break;
case "updateDate":
Assert.equal(actualValue.getTime(), expectedValue.getTime());
break;
case "compatibilityOverrides":
Assert.equal(actualValue.length, expectedValue.length);
for (let i = 0; i < actualValue.length; i++) {
do_check_compatibilityoverride(actualValue[i], expectedValue[i]);
}
break;
case "icons":
do_check_icons(actualValue, expectedValue);
break;
default:
if (actualValue !== expectedValue) {
do_throw(
"Failed for " +
aProperty +
" for add-on " +
aExpectedAddon.id +
" (" +
actualValue +
" === " +
expectedValue +
")"
);
}
}
});
}
/**
* Check that the actual author is the same as the expected author.
*
* @param aActual
* The actual author to check.
* @param aExpected
* The expected author to check against.
*/
function do_check_author(aActual, aExpected) {
Assert.equal(aActual.toString(), aExpected.name);
Assert.equal(aActual.name, aExpected.name);
Assert.equal(aActual.url, aExpected.url);
}
/**
* Check that the actual screenshot is the same as the expected screenshot.
*
* @param aActual
* The actual screenshot to check.
* @param aExpected
* The expected screenshot to check against.
*/
function do_check_screenshot(aActual, aExpected) {
Assert.equal(aActual.toString(), aExpected.url);
Assert.equal(aActual.url, aExpected.url);
Assert.equal(aActual.width, aExpected.width);
Assert.equal(aActual.height, aExpected.height);
Assert.equal(aActual.thumbnailURL, aExpected.thumbnailURL);
Assert.equal(aActual.thumbnailWidth, aExpected.thumbnailWidth);
Assert.equal(aActual.thumbnailHeight, aExpected.thumbnailHeight);
Assert.equal(aActual.caption, aExpected.caption);
}
/**
* Check that the actual compatibility override is the same as the expected
* compatibility override.
*
* @param aAction
* The actual compatibility override to check.
* @param aExpected
* The expected compatibility override to check against.
*/
function do_check_compatibilityoverride(aActual, aExpected) {
Assert.equal(aActual.type, aExpected.type);
Assert.equal(aActual.minVersion, aExpected.minVersion);
Assert.equal(aActual.maxVersion, aExpected.maxVersion);
Assert.equal(aActual.appID, aExpected.appID);
Assert.equal(aActual.appMinVersion, aExpected.appMinVersion);
Assert.equal(aActual.appMaxVersion, aExpected.appMaxVersion);
}
function do_check_icons(aActual, aExpected) {
for (var size in aExpected) {
Assert.equal(aActual[size], aExpected[size]);
}
}
function isThemeInAddonsList(aDir, aId) {
return AddonTestUtils.addonsList.hasTheme(aDir, aId);
}
function isExtensionInBootstrappedList(aDir, aId) {
return AddonTestUtils.addonsList.hasExtension(aDir, aId);
}
/**
* Writes a manifest.json manifest into an extension using the properties passed
* in a JS object.
*
* @param aManifest
* The data to write
* @param aDir
* The install directory to add the extension to
* @param aId
* An optional string to override the default installation aId
* @return A file pointing to where the extension was installed
*/
function promiseWriteWebManifestForExtension(aData, aDir, aId) {
let files = {
"manifest.json": JSON.stringify(aData),
};
if (!aId) {
aId =
aData?.browser_specific_settings?.gecko?.id ||
aData?.applications?.gecko?.id;
}
return AddonTestUtils.promiseWriteFilesToExtension(aDir.path, aId, files);
}
function hasFlag(aBits, aFlag) {
return (aBits & aFlag) != 0;
}
class EventChecker {
constructor(options) {
this.expectedEvents = options.addonEvents || {};
this.expectedInstalls = options.installEvents || null;
this.ignorePlugins = options.ignorePlugins || false;
this.finished = new Promise(resolve => {
this.resolveFinished = resolve;
});
AddonManager.addAddonListener(this);
if (this.expectedInstalls) {
AddonManager.addInstallListener(this);
}
}
cleanup() {
AddonManager.removeAddonListener(this);
if (this.expectedInstalls) {
AddonManager.removeInstallListener(this);
}
}
checkValue(prop, value, flagName) {
if (Array.isArray(flagName)) {
let names = flagName.map(name => `AddonManager.${name}`);
Assert.ok(
flagName.map(name => AddonManager[name]).includes(value),
`${prop} value \`${value}\` should be one of [${names.join(", ")}`
);
} else {
Assert.equal(
value,
AddonManager[flagName],
`${prop} should have value AddonManager.${flagName}`
);
}
}
checkFlag(prop, value, flagName) {
Assert.equal(
value & AddonManager[flagName],
AddonManager[flagName],
`${prop} should have flag AddonManager.${flagName}`
);
}
checkNoFlag(prop, value, flagName) {
Assert.ok(
!(value & AddonManager[flagName]),
`${prop} should not have flag AddonManager.${flagName}`
);
}
checkComplete() {
if (this.expectedInstalls && this.expectedInstalls.length) {
return;
}
if (Object.values(this.expectedEvents).some(events => events.length)) {
return;
}
info("Test complete");
this.cleanup();
this.resolveFinished();
}
ensureComplete() {
this.cleanup();
for (let [id, events] of Object.entries(this.expectedEvents)) {
Assert.equal(
events.length,
0,
`Should have no remaining events for ${id}`
);
}
if (this.expectedInstalls) {
Assert.deepEqual(
this.expectedInstalls,
[],
"Should have no remaining install events"
);
}
}
// Add-on listener events
getExpectedEvent(aId) {
if (!(aId in this.expectedEvents)) {
return null;
}
let events = this.expectedEvents[aId];
Assert.ok(!!events.length, `Should be expecting events for ${aId}`);
return events.shift();
}
checkAddonEvent(event, addon, details = {}) {
info(`Got event "${event}" for add-on ${addon.id}`);
if ("requiresRestart" in details) {
Assert.equal(
details.requiresRestart,
false,
"requiresRestart should always be false"
);
}
let expected = this.getExpectedEvent(addon.id);
if (!expected) {
return undefined;
}
Assert.equal(
expected.event,
event,
`Expecting event "${expected.event}" got "${event}"`
);
for (let prop of ["properties"]) {
if (prop in expected) {
Assert.deepEqual(
expected[prop],
details[prop],
`Expected value for ${prop}`
);
}
}
this.checkComplete();
if ("returnValue" in expected) {
return expected.returnValue;
}
return undefined;
}
onPropertyChanged(addon, properties) {
return this.checkAddonEvent("onPropertyChanged", addon, { properties });
}
onEnabling(addon, requiresRestart) {
let result = this.checkAddonEvent("onEnabling", addon, { requiresRestart });
this.checkNoFlag("addon.permissions", addon.permissions, "PERM_CAN_ENABLE");
return result;
}
onEnabled(addon) {
let result = this.checkAddonEvent("onEnabled", addon);
this.checkNoFlag("addon.permissions", addon.permissions, "PERM_CAN_ENABLE");
return result;
}
onDisabling(addon, requiresRestart) {
let result = this.checkAddonEvent("onDisabling", addon, {
requiresRestart,
});
this.checkNoFlag(
"addon.permissions",
addon.permissions,
"PERM_CAN_DISABLE"
);
return result;
}
onDisabled(addon) {
let result = this.checkAddonEvent("onDisabled", addon);
this.checkNoFlag(
"addon.permissions",
addon.permissions,
"PERM_CAN_DISABLE"
);
return result;
}
onInstalling(addon, requiresRestart) {
return this.checkAddonEvent("onInstalling", addon, { requiresRestart });
}
onInstalled(addon) {
return this.checkAddonEvent("onInstalled", addon);
}
onUninstalling(addon) {
return this.checkAddonEvent("onUninstalling", addon);
}
onUninstalled(addon) {
return this.checkAddonEvent("onUninstalled", addon);
}
onOperationCancelled(addon) {
return this.checkAddonEvent("onOperationCancelled", addon);
}
// Install listener events.
checkInstall(event, install, details = {}) {
// Lazy initialization of the plugin host means we can get spurious
// install events for plugins. If we're not looking for plugin
// installs, ignore them completely. If we *are* looking for plugin
// installs, the onus is on the individual test to ensure it waits
// for the plugin host to have done its initial work.
if (this.ignorePlugins && install.type == "plugin") {
info(`Ignoring install event for plugin ${install.id}`);
return undefined;
}
info(`Got install event "${event}"`);
let expected = this.expectedInstalls.shift();
Assert.ok(expected, "Should be expecting install event");
Assert.equal(
expected.event,
event,
"Should be expecting onExternalInstall event"
);
if ("state" in details) {
this.checkValue("install.state", install.state, details.state);
}
this.checkComplete();
if ("callback" in expected) {
expected.callback(install);
}
if ("returnValue" in expected) {
return expected.returnValue;
}
return undefined;
}
onNewInstall(install) {
let result = this.checkInstall("onNewInstall", install, {
state: ["STATE_DOWNLOADED", "STATE_DOWNLOAD_FAILED", "STATE_AVAILABLE"],
});
if (install.state != AddonManager.STATE_DOWNLOAD_FAILED) {
Assert.equal(install.error, 0, "Should have no error");
} else {
Assert.notEqual(install.error, 0, "Should have error");
}
return result;
}
onDownloadStarted(install) {
return this.checkInstall("onDownloadStarted", install, {
state: "STATE_DOWNLOADING",
error: 0,
});
}
onDownloadEnded(install) {
return this.checkInstall("onDownloadEnded", install, {
state: "STATE_DOWNLOADED",
error: 0,
});
}
onDownloadFailed(install) {
return this.checkInstall("onDownloadFailed", install, {
state: "STATE_FAILED",
});
}
onDownloadCancelled(install) {
return this.checkInstall("onDownloadCancelled", install, {
state: "STATE_CANCELLED",
error: 0,
});
}
onInstallStarted(install) {
return this.checkInstall("onInstallStarted", install, {
state: "STATE_INSTALLING",
error: 0,
});
}
onInstallEnded(install) {
return this.checkInstall("onInstallEnded", install, {
state: "STATE_INSTALLED",
error: 0,
});
}
onInstallFailed(install) {
return this.checkInstall("onInstallFailed", install, {
state: "STATE_FAILED",
});
}
onInstallCancelled(install) {
// If the install was cancelled by a listener returning false from
// onInstallStarted, then the state will revert to STATE_DOWNLOADED.
return this.checkInstall("onInstallCancelled", install, {
state: ["STATE_CANCELED", "STATE_DOWNLOADED"],
error: 0,
});
}
onExternalInstall(addon, existingAddon, requiresRestart) {
if (this.ignorePlugins && addon.type == "plugin") {
info(`Ignoring install event for plugin ${addon.id}`);
return undefined;
}
let expected = this.expectedInstalls.shift();
Assert.ok(expected, "Should be expecting install event");
Assert.equal(
expected.event,
"onExternalInstall",
"Should be expecting onExternalInstall event"
);
Assert.ok(!requiresRestart, "Should never require restart");
this.checkComplete();
if ("returnValue" in expected) {
return expected.returnValue;
}
return undefined;
}
}
/**
* Run the giving callback function, and expect the given set of add-on
* and install listener events to be emitted, and returns a promise
* which resolves when they have all been observed.
*
* If `callback` returns a promise, all events are expected to be
* observed by the time the promise resolves. If not, simply waits for
* all events to be observed before resolving the returned promise.
*
* @param {object} details
* @param {function} callback
* @returns {Promise}
*/
/* exported expectEvents */
async function expectEvents(details, callback) {
let checker = new EventChecker(details);
try {
let result = callback();
if (
result &&
typeof result === "object" &&
typeof result.then === "function"
) {
result = await result;
checker.ensureComplete();
} else {
await checker.finished;
}
return result;
} catch (e) {
do_throw(e);
return undefined;
}
}
const EXTENSIONS_DB = "extensions.json";
var gExtensionsJSON = gProfD.clone();
gExtensionsJSON.append(EXTENSIONS_DB);
async function promiseInstallWebExtension(aData) {
let addonFile = createTempWebExtensionFile(aData);
let { addon } = await promiseInstallFile(addonFile);
return addon;
}
// By default use strict compatibility
Services.prefs.setBoolPref("extensions.strictCompatibility", true);
// Ensure signature checks are enabled by default
Services.prefs.setBoolPref(PREF_XPI_SIGNATURES_REQUIRED, true);
Services.prefs.setBoolPref("extensions.experiments.enabled", true);
// Copies blocklistFile (an nsIFile) to gProfD/blocklist.xml.
function copyBlocklistToProfile(blocklistFile) {
var dest = gProfD.clone();
dest.append("blocklist.xml");
if (dest.exists()) {
dest.remove(false);
}
blocklistFile.copyTo(gProfD, "blocklist.xml");
dest.lastModifiedTime = Date.now();
}
async function mockGfxBlocklistItemsFromDisk(path) {
let response = await fetch(Services.io.newFileURI(do_get_file(path)).spec);
let json = await response.json();
return mockGfxBlocklistItems(json);
}
async function mockGfxBlocklistItems(items) {
const { generateUUID } = Services.uuid;
const { BlocklistPrivate } = ChromeUtils.importESModule(
);
const client = RemoteSettings("gfx", {
bucketName: "blocklists",
});
const records = items.map(item => {
if (item.id && item.last_modified) {
return item;
}
return {
id: generateUUID().toString().replace(/[{}]/g, ""),
last_modified: Date.now(),
...item,
};
});
const collectionTimestamp = Math.max(...records.map(r => r.last_modified));
await client.db.importChanges({}, collectionTimestamp, records, {
clear: true,
});
let rv = await BlocklistPrivate.GfxBlocklistRS.checkForEntries();
return rv;
}
/**
* Change the schema version of the JSON extensions database
*/
async function changeXPIDBVersion(aNewVersion) {
let json = await IOUtils.readJSON(gExtensionsJSON.path);
json.schemaVersion = aNewVersion;
await IOUtils.writeJSON(gExtensionsJSON.path, json);
}
async function setInitialState(addon, initialState) {
if (initialState.userDisabled) {
await addon.disable();
} else if (initialState.userDisabled === false) {
await addon.enable();
}
}
async function setupBuiltinExtension(extensionData, location = "ext-test") {
let xpi = await AddonTestUtils.createTempWebExtensionFile(extensionData);
// The built-in location requires a resource: URL that maps to a
// jar: or file: URL. This would typically be something bundled
// into omni.ja but for testing we just use a temp file.
let base = Services.io.newURI(`jar:file:${xpi.path}!/`);
let resProto = Services.io
.getProtocolHandler("resource")
.QueryInterface(Ci.nsIResProtocolHandler);
resProto.setSubstitution(location, base);
}
async function installBuiltinExtension(extensionData, waitForStartup = true) {
await setupBuiltinExtension(extensionData);
let id =
extensionData.manifest?.browser_specific_settings?.gecko?.id ||
extensionData.manifest?.applications?.gecko?.id;
let wrapper = ExtensionTestUtils.expectExtension(id);
if (waitForStartup) {
await wrapper.awaitStartup();
}
return wrapper;
}
function useAMOStageCert() {
// NOTE: add_task internally calls add_test which mutate the add_task properties object,
// and so we should not reuse the same object as add_task options passed to multiple
// add_task calls.
return { pref_set: [["xpinstall.signatures.dev-root", true]] };
}