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/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
const {
XHTML_NS,
XUL_NS,
DEBUG_CONTRACTID,
TYPE_REFTEST_EQUAL,
TYPE_REFTEST_NOTEQUAL,
TYPE_LOAD,
TYPE_SCRIPT,
TYPE_PRINT,
URL_TARGET_TYPE_TEST,
URL_TARGET_TYPE_REFERENCE,
EXPECTED_PASS,
EXPECTED_FAIL,
EXPECTED_RANDOM,
EXPECTED_FUZZY,
PREF_BOOLEAN,
PREF_STRING,
PREF_INTEGER,
FOCUS_FILTER_NON_NEEDS_FOCUS_TESTS,
g,
} = globals;
import {
ReadTopManifest,
CreateUrls,
const lazy = {};
XPCOMUtils.defineLazyServiceGetters(lazy, {
proxyService: [
"@mozilla.org/network/protocol-proxy-service;1",
"nsIProtocolProxyService",
],
});
function HasUnexpectedResult() {
return (
g.testResults.Exception > 0 ||
g.testResults.FailedLoad > 0 ||
g.testResults.UnexpectedFail > 0 ||
g.testResults.UnexpectedPass > 0 ||
g.testResults.AssertionUnexpected > 0 ||
g.testResults.AssertionUnexpectedFixed > 0
);
}
// By default we just log to stdout
var gDumpFn = function (line) {
dump(line);
if (g.logFile) {
g.logFile.writeString(line);
}
};
var gDumpRawLog = function (record) {
// Dump JSON representation of data on a single line
var line = "\n" + JSON.stringify(record) + "\n";
dump(line);
if (g.logFile) {
g.logFile.writeString(line);
}
};
g.logger = new StructuredLogger("reftest", gDumpRawLog);
var logger = g.logger;
function TestBuffer(str) {
logger.debug(str);
g.testLog.push(str);
}
function isAndroidDevice() {
// This is the best we can do for now; maybe in the future we'll have
// more correct detection of this case.
return Services.appinfo.OS == "Android" && g.browserIsRemote;
}
function FlushTestBuffer() {
// In debug mode, we've dumped all these messages already.
if (g.logLevel !== "debug") {
for (var i = 0; i < g.testLog.length; ++i) {
logger.info("Saved log: " + g.testLog[i]);
}
}
g.testLog = [];
}
function LogWidgetLayersFailure() {
logger.error(
"Screen resolution is too low - USE_WIDGET_LAYERS was disabled. " +
(g.browserIsRemote
? "Since E10s is enabled, there is no fallback rendering path!"
: "The fallback rendering path is not reliably consistent with on-screen rendering.")
);
logger.error(
"If you cannot increase your screen resolution you can try reducing " +
"gecko's pixel scaling by adding something like '--setpref " +
"layout.css.devPixelsPerPx=1.0' to your './mach reftest' command " +
"(possibly as an alias in ~/.mozbuild/machrc). Note that this is " +
"inconsistent with CI testing, and may interfere with HighDPI/" +
"reftest-zoom tests."
);
}
function AllocateCanvas() {
if (g.recycledCanvases.length) {
return g.recycledCanvases.shift();
}
var canvas = g.containingWindow.document.createElementNS(XHTML_NS, "canvas");
var r = g.browser.getBoundingClientRect();
canvas.setAttribute("width", Math.ceil(r.width));
canvas.setAttribute("height", Math.ceil(r.height));
return canvas;
}
function ReleaseCanvas(canvas) {
// store a maximum of 2 canvases, if we're not caching
if (!g.noCanvasCache || g.recycledCanvases.length < 2) {
g.recycledCanvases.push(canvas);
}
}
export function OnRefTestLoad(win) {
g.crashDumpDir = Services.dirsvc.get("ProfD", Ci.nsIFile);
g.crashDumpDir.append("minidumps");
g.pendingCrashDumpDir = Services.dirsvc.get("UAppData", Ci.nsIFile);
g.pendingCrashDumpDir.append("Crash Reports");
g.pendingCrashDumpDir.append("pending");
g.browserIsRemote = Services.appinfo.browserTabsRemoteAutostart;
g.browserIsFission = Services.appinfo.fissionAutostart;
g.browserIsIframe = Services.prefs.getBoolPref(
"reftest.browser.iframe.enabled",
false
);
g.useDrawSnapshot = Services.prefs.getBoolPref(
"reftest.use-draw-snapshot",
false
);
g.logLevel = Services.prefs.getStringPref("reftest.logLevel", "info");
if (g.containingWindow == null && win != null) {
g.containingWindow = win;
}
if (g.browserIsIframe) {
g.browser = g.containingWindow.document.createElementNS(XHTML_NS, "iframe");
g.browser.setAttribute("mozbrowser", "");
} else {
g.browser = g.containingWindow.document.createElementNS(
XUL_NS,
"xul:browser"
);
}
g.browser.setAttribute("id", "browser");
g.browser.setAttribute("type", "content");
g.browser.setAttribute("primary", "true");
// FIXME: This ideally shouldn't be needed, but on android and windows
// sometimes the window is occluded / hidden, which causes some crashtests
g.browser.setAttribute("manualactiveness", "true");
g.browser.setAttribute("remote", g.browserIsRemote ? "true" : "false");
// Make sure the browser element is exactly 800x1000, no matter
// what size our window is
g.browser.setAttribute(
"style",
"padding: 0px; margin: 0px; border:none; min-width: 800px; min-height: 1000px; max-width: 800px; max-height: 1000px; color-scheme: env(-moz-content-preferred-color-scheme)"
);
if (Services.appinfo.OS == "Android") {
let doc = g.containingWindow.document.getElementById("main-window");
while (doc.hasChildNodes()) {
doc.firstChild.remove();
}
doc.appendChild(g.browser);
// can't register this actor
ChromeUtils.unregisterWindowActor("LoadURIDelegate");
} else {
win.document.getElementById("reftest-window").appendChild(g.browser);
}
g.browserMessageManager = g.browser.frameLoader.messageManager;
// See the comment above about manualactiveness.
g.browser.docShellIsActive = true;
// The content script waits for the initial onload, then notifies
// us.
RegisterMessageListenersAndLoadContentScript(false);
}
function InitAndStartRefTests() {
try {
Services.prefs.setBoolPref("android.widget_paints_background", false);
} catch (e) {}
// If fission is enabled, then also put data: URIs in the default web process,
// since most reftests run in the file process, and this will make data:
// <iframe>s OOP.
if (g.browserIsFission) {
Services.prefs.setBoolPref(
"browser.tabs.remote.dataUriInDefaultWebProcess",
true
);
}
/* set the g.loadTimeout */
g.loadTimeout = Services.prefs.getIntPref("reftest.timeout", 5 * 60 * 1000);
/* Get the logfile for android tests */
try {
var logFile = Services.prefs.getStringPref("reftest.logFile");
if (logFile) {
var f = FileUtils.File(logFile);
var out = FileUtils.openFileOutputStream(
f,
FileUtils.MODE_WRONLY | FileUtils.MODE_CREATE
);
g.logFile = Cc[
"@mozilla.org/intl/converter-output-stream;1"
].createInstance(Ci.nsIConverterOutputStream);
g.logFile.init(out, null);
}
} catch (e) {}
g.remote = Services.prefs.getBoolPref("reftest.remote", false);
g.ignoreWindowSize = Services.prefs.getBoolPref(
"reftest.ignoreWindowSize",
false
);
/* Support for running a chunk (subset) of tests. In separate try as this is optional */
try {
g.totalChunks = Services.prefs.getIntPref("reftest.totalChunks");
g.thisChunk = Services.prefs.getIntPref("reftest.thisChunk");
} catch (e) {
g.totalChunks = 0;
g.thisChunk = 0;
}
g.focusFilterMode = Services.prefs.getStringPref(
"reftest.focusFilterMode",
""
);
g.isCoverageBuild = Services.prefs.getBoolPref(
"reftest.isCoverageBuild",
false
);
g.compareRetainedDisplayLists = Services.prefs.getBoolPref(
"reftest.compareRetainedDisplayLists",
false
);
try {
// We have to set print.always_print_silent or a print dialog would
// appear for each print operation, which would interrupt the test run.
Services.prefs.setBoolPref("print.always_print_silent", true);
} catch (e) {
/* uh oh, print reftests may not work... */
logger.warning("Failed to set silent printing pref, EXCEPTION: " + e);
}
g.windowUtils = g.containingWindow.windowUtils;
if (!g.windowUtils || !g.windowUtils.compareCanvases) {
throw new Error("nsIDOMWindowUtils inteface missing");
}
g.ioService = Services.io;
g.debug = Cc[DEBUG_CONTRACTID].getService(Ci.nsIDebug2);
RegisterProcessCrashObservers();
if (g.remote) {
g.server = null;
} else {
g.server = new HttpServer();
}
try {
if (g.server) {
StartHTTPServer();
}
} catch (ex) {
//g.browser.loadURI('data:text/plain,' + ex);
++g.testResults.Exception;
logger.error("EXCEPTION: " + ex);
DoneTests();
}
// Focus the content browser.
if (g.focusFilterMode != FOCUS_FILTER_NON_NEEDS_FOCUS_TESTS) {
if (Services.focus.activeWindow != g.containingWindow) {
Focus();
}
g.browser.addEventListener("focus", ReadTests, true);
g.browser.focus();
} else {
ReadTests();
}
}
function StartHTTPServer() {
g.server.registerContentType("sjs", "sjs");
g.server.start(-1);
g.server.identity.add("http", "example.org", "80");
g.server.identity.add("https", "example.org", "443");
const proxyFilter = {
proxyInfo: lazy.proxyService.newProxyInfo(
"http", // type of proxy
"localhost", //proxy host
g.server.identity.primaryPort, // proxy host port
"", // auth header
"", // isolation key
0, // flags
4096, // timeout
null // failover proxy
),
applyFilter(channel, defaultProxyInfo, callback) {
if (channel.URI.host == "example.org") {
callback.onProxyFilterResult(this.proxyInfo);
} else {
callback.onProxyFilterResult(defaultProxyInfo);
}
},
};
lazy.proxyService.registerChannelFilter(proxyFilter, 0);
g.httpServerPort = g.server.identity.primaryPort;
}
// Perform a Fisher-Yates shuffle of the array.
function Shuffle(array) {
for (var i = array.length - 1; i > 0; i--) {
var j = Math.floor(Math.random() * (i + 1));
var temp = array[i];
array[i] = array[j];
array[j] = temp;
}
}
function ReadTests() {
try {
if (g.focusFilterMode != FOCUS_FILTER_NON_NEEDS_FOCUS_TESTS) {
g.browser.removeEventListener("focus", ReadTests, true);
}
g.urls = [];
/* There are three modes implemented here:
* 1) reftest.manifests
* 2) reftest.manifests and reftest.manifests.dumpTests
* 3) reftest.tests
*
* The first will parse the specified manifests, then immediately
* run the tests. The second will parse the manifests, save the test
* objects to a file and exit. The third will load a file of test
* objects and run them.
*
* The latter two modes are used to pass test data back and forth
* with python harness.
*/
let manifests = Services.prefs.getStringPref("reftest.manifests", null);
let dumpTests = Services.prefs.getStringPref(
"reftest.manifests.dumpTests",
null
);
let testList = Services.prefs.getStringPref("reftest.tests", null);
if ((testList && manifests) || !(testList || manifests)) {
logger.error(
"Exactly one of reftest.manifests or reftest.tests must be specified."
);
logger.debug("reftest.manifests is: " + manifests);
logger.error("reftest.tests is: " + testList);
DoneTests();
}
if (testList) {
logger.debug("Reading test objects from: " + testList);
IOUtils.readJSON(testList)
.then(function onSuccess(json) {
g.urls = json.map(CreateUrls);
StartTests();
})
.catch(function onFailure(e) {
logger.error("Failed to load test objects: " + e);
DoneTests();
});
} else if (manifests) {
// Parse reftest manifests
logger.debug("Reading " + manifests.length + " manifests");
manifests = JSON.parse(manifests);
g.urlsFilterRegex = manifests.null;
var globalFilter = null;
if (manifests.hasOwnProperty("")) {
let filterAndId = manifests[""];
if (!Array.isArray(filterAndId)) {
logger.error(`manifest[""] should be an array`);
DoneTests();
}
if (filterAndId.length === 0) {
logger.error(
`manifest[""] should contain a filter pattern in the 1st item`
);
DoneTests();
}
let filter = filterAndId[0];
if (typeof filter !== "string") {
logger.error(`The first item of manifest[""] should be a string`);
DoneTests();
}
globalFilter = new RegExp(filter);
delete manifests[""];
}
var manifestURLs = Object.keys(manifests);
// Ensure we read manifests from higher up the directory tree first so that we
// process includes before reading the included manifest again
manifestURLs.sort(function (a, b) {
return a.length - b.length;
});
manifestURLs.forEach(function (manifestURL) {
logger.info("Reading manifest " + manifestURL);
var manifestInfo = manifests[manifestURL];
var filter = manifestInfo[0] ? new RegExp(manifestInfo[0]) : null;
var manifestID = manifestInfo[1];
ReadTopManifest(manifestURL, [globalFilter, filter, false], manifestID);
});
if (dumpTests) {
logger.debug("Dumping test objects to file: " + dumpTests);
IOUtils.writeJSON(dumpTests, g.urls, { flush: true }).then(
function onSuccess() {
DoneTests();
},
function onFailure(reason) {
logger.error("failed to write test data: " + reason);
DoneTests();
}
);
} else {
logger.debug("Running " + g.urls.length + " test objects");
g.manageSuite = true;
g.urls = g.urls.map(CreateUrls);
StartTests();
}
}
} catch (e) {
++g.testResults.Exception;
logger.error("EXCEPTION: " + e);
DoneTests();
}
}
function StartTests() {
g.noCanvasCache = Services.prefs.getIntPref("reftest.nocache", false);
g.shuffle = Services.prefs.getBoolPref("reftest.shuffle", false);
g.runUntilFailure = Services.prefs.getBoolPref(
"reftest.runUntilFailure",
false
);
g.verify = Services.prefs.getBoolPref("reftest.verify", false);
g.cleanupPendingCrashes = Services.prefs.getBoolPref(
"reftest.cleanupPendingCrashes",
false
);
// Check if there are any crash dump files from the startup procedure, before
// we start running the first test. Otherwise the first test might get
// blamed for producing a crash dump file when that was not the case.
CleanUpCrashDumpFiles();
// When we repeat this function is called again, so really only want to set
// g.repeat once.
if (g.repeat == null) {
g.repeat = Services.prefs.getIntPref("reftest.repeat", 0);
}
g.runSlowTests = Services.prefs.getIntPref("reftest.skipslowtests", false);
if (g.shuffle) {
g.noCanvasCache = true;
}
try {
BuildUseCounts();
// Filter tests which will be skipped to get a more even distribution when chunking
// tURLs is a temporary array containing all active tests
var tURLs = [];
for (var i = 0; i < g.urls.length; ++i) {
if (g.urls[i].skip) {
continue;
}
if (g.urls[i].needsFocus && !Focus()) {
continue;
}
if (g.urls[i].slow && !g.runSlowTests) {
continue;
}
tURLs.push(g.urls[i]);
}
var numActiveTests = tURLs.length;
if (g.totalChunks > 0 && g.thisChunk > 0) {
// Calculate start and end indices of this chunk if tURLs array were
// divided evenly
var testsPerChunk = tURLs.length / g.totalChunks;
var start = Math.round((g.thisChunk - 1) * testsPerChunk);
var end = Math.round(g.thisChunk * testsPerChunk);
numActiveTests = end - start;
// Map these indices onto the g.urls array. This avoids modifying the
// g.urls array which prevents skipped tests from showing up in the log
start = g.thisChunk == 1 ? 0 : g.urls.indexOf(tURLs[start]);
end =
g.thisChunk == g.totalChunks
? g.urls.length
: g.urls.indexOf(tURLs[end + 1]) - 1;
logger.info(
"Running chunk " +
g.thisChunk +
" out of " +
g.totalChunks +
" chunks. " +
"tests " +
(start + 1) +
"-" +
end +
"/" +
g.urls.length
);
g.urls = g.urls.slice(start, end);
}
if (g.manageSuite && !g.suiteStarted) {
var ids = {};
g.urls.forEach(function (test) {
if (!(test.manifestID in ids)) {
ids[test.manifestID] = [];
}
ids[test.manifestID].push(test.identifier);
});
var suite = Services.prefs.getStringPref("reftest.suite", "reftest");
logger.suiteStart(ids, suite, {
skipped: g.urls.length - numActiveTests,
});
g.suiteStarted = true;
}
if (g.shuffle) {
Shuffle(g.urls);
}
g.totalTests = g.urls.length;
if (!g.totalTests && !g.verify && !g.repeat) {
throw new Error("No tests to run");
}
g.uriCanvases = {};
PerTestCoverageUtils.beforeTest()
.then(StartCurrentTest)
.catch(e => {
logger.error("EXCEPTION: " + e);
DoneTests();
});
} catch (ex) {
//g.browser.loadURI('data:text/plain,' + ex);
++g.testResults.Exception;
logger.error("EXCEPTION: " + ex);
DoneTests();
}
}
export function OnRefTestUnload() {}
function AddURIUseCount(uri) {
if (uri == null) {
return;
}
var spec = uri.spec;
if (spec in g.uriUseCounts) {
g.uriUseCounts[spec]++;
} else {
g.uriUseCounts[spec] = 1;
}
}
function BuildUseCounts() {
if (g.noCanvasCache) {
return;
}
g.uriUseCounts = {};
for (var i = 0; i < g.urls.length; ++i) {
var url = g.urls[i];
if (
!url.skip &&
(url.type == TYPE_REFTEST_EQUAL || url.type == TYPE_REFTEST_NOTEQUAL)
) {
if (!url.prefSettings1.length) {
AddURIUseCount(g.urls[i].url1);
}
if (!url.prefSettings2.length) {
AddURIUseCount(g.urls[i].url2);
}
}
}
}
// Return true iff this window is focused when this function returns.
function Focus() {
Services.focus.focusedWindow = g.containingWindow;
try {
var dock = Cc["@mozilla.org/widget/macdocksupport;1"].getService(
Ci.nsIMacDockSupport
);
dock.activateApplication(true);
} catch (ex) {}
return true;
}
function Blur() {
// On non-remote reftests, this will transfer focus to the dummy window
// we created to hold focus for non-needs-focus tests. Buggy tests
// (ones which require focus but don't request needs-focus) will then
// fail.
g.containingWindow.blur();
}
async function StartCurrentTest() {
g.testLog = [];
// make sure we don't run tests that are expected to kill the browser
while (g.urls.length) {
var test = g.urls[0];
logger.testStart(test.identifier);
if (test.skip) {
++g.testResults.Skip;
logger.testEnd(test.identifier, "SKIP");
g.urls.shift();
} else if (test.needsFocus && !Focus()) {
// FIXME: Marking this as a known fail is dangerous! What
// if it starts failing all the time?
++g.testResults.Skip;
logger.testEnd(test.identifier, "SKIP", null, "(COULDN'T GET FOCUS)");
g.urls.shift();
} else if (test.slow && !g.runSlowTests) {
++g.testResults.Slow;
logger.testEnd(test.identifier, "SKIP", null, "(SLOW)");
g.urls.shift();
} else {
break;
}
}
if (
(!g.urls.length && g.repeat == 0) ||
(g.runUntilFailure && HasUnexpectedResult())
) {
await RestoreChangedPreferences();
DoneTests();
} else if (!g.urls.length && g.repeat > 0) {
// Repeat
g.repeat--;
ReadTests();
} else {
if (g.urls[0].chaosMode) {
g.windowUtils.enterChaosMode();
}
if (!g.urls[0].needsFocus) {
Blur();
}
var currentTest = g.totalTests - g.urls.length;
g.containingWindow.document.title =
"reftest: " +
currentTest +
" / " +
g.totalTests +
" (" +
Math.floor(100 * (currentTest / g.totalTests)) +
"%)";
StartCurrentURI(URL_TARGET_TYPE_TEST);
}
}
// A simplified version of the function with the same name in tabbrowser.js.
function updateBrowserRemotenessByURL(aBrowser, aURL) {
var oa = E10SUtils.predictOriginAttributes({ browser: aBrowser });
let remoteType = E10SUtils.getRemoteTypeForURI(
aURL,
aBrowser.ownerGlobal.docShell.nsILoadContext.useRemoteTabs,
aBrowser.ownerGlobal.docShell.nsILoadContext.useRemoteSubframes,
aBrowser.remoteType,
aBrowser.currentURI,
oa
);
// Things get confused if we switch to not-remote
// for chrome:// URIs, so lets not for now.
if (remoteType == E10SUtils.NOT_REMOTE && g.browserIsRemote) {
remoteType = aBrowser.remoteType;
}
if (aBrowser.remoteType != remoteType) {
if (remoteType == E10SUtils.NOT_REMOTE) {
aBrowser.removeAttribute("remote");
aBrowser.removeAttribute("remoteType");
} else {
aBrowser.setAttribute("remote", "true");
aBrowser.setAttribute("remoteType", remoteType);
}
aBrowser.changeRemoteness({ remoteType });
aBrowser.construct();
g.browserMessageManager = aBrowser.frameLoader.messageManager;
RegisterMessageListenersAndLoadContentScript(true);
return new Promise(resolve => {
g.resolveContentReady = resolve;
});
}
return Promise.resolve();
}
// This logic should match SpecialPowersParent._applyPrefs.
function PrefRequiresRefresh(name) {
return (
name == "layout.css.prefers-color-scheme.content-override" ||
name.startsWith("ui.") ||
name.startsWith("browser.display.") ||
name.startsWith("font.")
);
}
async function StartCurrentURI(aURLTargetType) {
const isStartingRef = aURLTargetType == URL_TARGET_TYPE_REFERENCE;
g.currentURL = g.urls[0][isStartingRef ? "url2" : "url1"].spec;
g.currentURLTargetType = aURLTargetType;
await RestoreChangedPreferences();
const prefSettings =
g.urls[0][isStartingRef ? "prefSettings2" : "prefSettings1"];
var prefsRequireRefresh = false;
if (prefSettings.length) {
var badPref = undefined;
try {
prefSettings.forEach(function (ps) {
let prefExists = false;
try {
let prefType = Services.prefs.getPrefType(ps.name);
prefExists = prefType != Services.prefs.PREF_INVALID;
} catch (e) {}
if (!prefExists) {
logger.info("Pref " + ps.name + " not found, will be added");
}
let oldVal = undefined;
if (prefExists) {
if (ps.type == PREF_BOOLEAN) {
// eslint-disable-next-line mozilla/use-default-preference-values
try {
oldVal = Services.prefs.getBoolPref(ps.name);
} catch (e) {
badPref = "boolean preference '" + ps.name + "'";
throw new Error("bad pref");
}
} else if (ps.type == PREF_STRING) {
try {
oldVal = Services.prefs.getStringPref(ps.name);
} catch (e) {
badPref = "string preference '" + ps.name + "'";
throw new Error("bad pref");
}
} else if (ps.type == PREF_INTEGER) {
// eslint-disable-next-line mozilla/use-default-preference-values
try {
oldVal = Services.prefs.getIntPref(ps.name);
} catch (e) {
badPref = "integer preference '" + ps.name + "'";
throw new Error("bad pref");
}
} else {
throw new Error("internal error - unknown preference type");
}
}
if (!prefExists || oldVal != ps.value) {
var requiresRefresh = PrefRequiresRefresh(ps.name);
prefsRequireRefresh = prefsRequireRefresh || requiresRefresh;
g.prefsToRestore.push({
name: ps.name,
type: ps.type,
value: oldVal,
requiresRefresh,
prefExisted: prefExists,
});
var value = ps.value;
if (ps.type == PREF_BOOLEAN) {
Services.prefs.setBoolPref(ps.name, value);
} else if (ps.type == PREF_STRING) {
Services.prefs.setStringPref(ps.name, value);
value = '"' + value + '"';
} else if (ps.type == PREF_INTEGER) {
Services.prefs.setIntPref(ps.name, value);
}
logger.info("SET PREFERENCE pref(" + ps.name + "," + value + ")");
}
});
} catch (e) {
if (e.message == "bad pref") {
var test = g.urls[0];
if (test.expected == EXPECTED_FAIL) {
logger.testEnd(
test.identifier,
"FAIL",
"FAIL",
"(SKIPPED; " + badPref + " not known or wrong type)"
);
++g.testResults.Skip;
} else {
logger.testEnd(
test.identifier,
"FAIL",
"PASS",
badPref + " not known or wrong type"
);
++g.testResults.UnexpectedFail;
}
// skip the test that had a bad preference
g.urls.shift();
await StartCurrentTest();
return;
}
throw e;
}
}
if (
!prefSettings.length &&
g.uriCanvases[g.currentURL] &&
(g.urls[0].type == TYPE_REFTEST_EQUAL ||
g.urls[0].type == TYPE_REFTEST_NOTEQUAL) &&
g.urls[0].maxAsserts == 0
) {
// Pretend the document loaded --- RecordResult will notice
// there's already a canvas for this URL
g.containingWindow.setTimeout(RecordResult, 0);
} else {
var currentTest = g.totalTests - g.urls.length;
// Log this to preserve the same overall log format,
// should be removed if the format is updated
gDumpFn(
"REFTEST TEST-LOAD | " +
g.currentURL +
" | " +
currentTest +
" / " +
g.totalTests +
" (" +
Math.floor(100 * (currentTest / g.totalTests)) +
"%)\n"
);
TestBuffer("START " + g.currentURL);
await updateBrowserRemotenessByURL(g.browser, g.currentURL);
if (prefsRequireRefresh) {
await new Promise(resolve =>
g.containingWindow.requestAnimationFrame(resolve)
);
}
var type = g.urls[0].type;
if (TYPE_SCRIPT == type) {
SendLoadScriptTest(g.currentURL, g.loadTimeout);
} else if (TYPE_PRINT == type) {
SendLoadPrintTest(g.currentURL, g.loadTimeout);
} else {
SendLoadTest(type, g.currentURL, g.currentURLTargetType, g.loadTimeout);
}
}
}
function DoneTests() {
PerTestCoverageUtils.afterTest()
.catch(e => logger.error("EXCEPTION: " + e))
.then(() => {
if (g.manageSuite) {
g.suiteStarted = false;
logger.suiteEnd({ results: g.testResults });
} else {
logger.logData("results", { results: g.testResults });
}
logger.info(
"Slowest test took " +
g.slowestTestTime +
"ms (" +
g.slowestTestURL +
")"
);
logger.info("Total canvas count = " + g.recycledCanvases.length);
if (g.failedUseWidgetLayers) {
LogWidgetLayersFailure();
}
function onStopped() {
if (g.logFile) {
g.logFile.close();
g.logFile = null;
}
Services.startup.quit(Ci.nsIAppStartup.eForceQuit);
}
if (g.server) {
g.server.stop(onStopped);
} else {
onStopped();
}
});
}
function UpdateCanvasCache(url, canvas) {
var spec = url.spec;
--g.uriUseCounts[spec];
if (g.uriUseCounts[spec] == 0) {
ReleaseCanvas(canvas);
delete g.uriCanvases[spec];
} else if (g.uriUseCounts[spec] > 0) {
g.uriCanvases[spec] = canvas;
} else {
throw new Error("Use counts were computed incorrectly");
}
}
// Recompute drawWindow flags for every drawWindow operation.
// We have to do this every time since our window can be
// asynchronously resized (e.g. by the window manager, to make
// it fit on screen) at unpredictable times.
// Fortunately this is pretty cheap.
async function DoDrawWindow(ctx, x, y, w, h) {
if (g.useDrawSnapshot) {
try {
let image = await g.browser.drawSnapshot(x, y, w, h, 1.0, "#fff");
ctx.drawImage(image, x, y);
} catch (ex) {
logger.error(g.currentURL + " | drawSnapshot failed: " + ex);
++g.testResults.Exception;
}
return;
}
var flags = ctx.DRAWWINDOW_DRAW_CARET | ctx.DRAWWINDOW_DRAW_VIEW;
var testRect = g.browser.getBoundingClientRect();
if (
g.ignoreWindowSize ||
(0 <= testRect.left &&
0 <= testRect.top &&
g.containingWindow.innerWidth >= testRect.right &&
g.containingWindow.innerHeight >= testRect.bottom)
) {
// We can use the window's retained layer manager
// because the window is big enough to display the entire
// browser element
flags |= ctx.DRAWWINDOW_USE_WIDGET_LAYERS;
} else if (g.browserIsRemote) {
logger.error(g.currentURL + " | can't drawWindow remote content");
++g.testResults.Exception;
}
if (g.drawWindowFlags != flags) {
// Every time the flags change, dump the new state.
g.drawWindowFlags = flags;
var flagsStr = "DRAWWINDOW_DRAW_CARET | DRAWWINDOW_DRAW_VIEW";
if (flags & ctx.DRAWWINDOW_USE_WIDGET_LAYERS) {
flagsStr += " | DRAWWINDOW_USE_WIDGET_LAYERS";
} else {
// Output a special warning because we need to be able to detect
// this whenever it happens.
LogWidgetLayersFailure();
g.failedUseWidgetLayers = true;
}
logger.info(
"drawWindow flags = " +
flagsStr +
"; window size = " +
g.containingWindow.innerWidth +
"," +
g.containingWindow.innerHeight +
"; test browser size = " +
testRect.width +
"," +
testRect.height
);
}
TestBuffer("DoDrawWindow " + x + "," + y + "," + w + "," + h);
ctx.save();
ctx.translate(x, y);
ctx.drawWindow(
g.containingWindow,
x,
y,
w,
h,
"rgb(255,255,255)",
g.drawWindowFlags
);
ctx.restore();
}
async function InitCurrentCanvasWithSnapshot() {
TestBuffer("Initializing canvas snapshot");
if (
g.urls[0].type == TYPE_LOAD ||
g.urls[0].type == TYPE_SCRIPT ||
g.urls[0].type == TYPE_PRINT
) {
// We don't want to snapshot this kind of test
return false;
}
if (!g.currentCanvas) {
g.currentCanvas = AllocateCanvas();
}
var ctx = g.currentCanvas.getContext("2d");
await DoDrawWindow(ctx, 0, 0, g.currentCanvas.width, g.currentCanvas.height);
return true;
}
async function UpdateCurrentCanvasForInvalidation(rects) {
TestBuffer("Updating canvas for invalidation");
if (!g.currentCanvas) {
return;
}
var ctx = g.currentCanvas.getContext("2d");
for (var i = 0; i < rects.length; ++i) {
var r = rects[i];
// Set left/top/right/bottom to pixel boundaries
var left = Math.floor(r.left);
var top = Math.floor(r.top);
var right = Math.ceil(r.right);
var bottom = Math.ceil(r.bottom);
// Clamp the values to the canvas size
left = Math.max(0, Math.min(left, g.currentCanvas.width));
top = Math.max(0, Math.min(top, g.currentCanvas.height));
right = Math.max(0, Math.min(right, g.currentCanvas.width));
bottom = Math.max(0, Math.min(bottom, g.currentCanvas.height));
await DoDrawWindow(ctx, left, top, right - left, bottom - top);
}
}
async function UpdateWholeCurrentCanvasForInvalidation() {
TestBuffer("Updating entire canvas for invalidation");
if (!g.currentCanvas) {
return;
}
var ctx = g.currentCanvas.getContext("2d");
await DoDrawWindow(ctx, 0, 0, g.currentCanvas.width, g.currentCanvas.height);
}
// eslint-disable-next-line complexity
function RecordResult(testRunTime, errorMsg, typeSpecificResults) {
TestBuffer("RecordResult fired");
// Keep track of which test was slowest, and how long it took.
if (testRunTime > g.slowestTestTime) {
g.slowestTestTime = testRunTime;
g.slowestTestURL = g.currentURL;
}
// Not 'const ...' because of 'EXPECTED_*' value dependency.
var outputs = {};
outputs[EXPECTED_PASS] = {
true: { s: ["PASS", "PASS"], n: "Pass" },
false: { s: ["FAIL", "PASS"], n: "UnexpectedFail" },
};
outputs[EXPECTED_FAIL] = {
true: { s: ["PASS", "FAIL"], n: "UnexpectedPass" },
false: { s: ["FAIL", "FAIL"], n: "KnownFail" },
};
outputs[EXPECTED_RANDOM] = {
true: { s: ["PASS", "PASS"], n: "Random" },
false: { s: ["FAIL", "FAIL"], n: "Random" },
};
// for EXPECTED_FUZZY we need special handling because we can have
// Pass, UnexpectedPass, or UnexpectedFail
if (
(g.currentURLTargetType == URL_TARGET_TYPE_TEST &&
g.urls[0].wrCapture.test) ||
(g.currentURLTargetType == URL_TARGET_TYPE_REFERENCE &&
g.urls[0].wrCapture.ref)
) {
logger.info("Running webrender capture");
g.windowUtils.wrCapture();
}
var output;
var extra;
if (g.urls[0].type == TYPE_LOAD) {
++g.testResults.LoadOnly;
logger.testStatus(g.urls[0].identifier, "(LOAD ONLY)", "PASS", "PASS");
g.currentCanvas = null;
FinishTestItem();
return;
}
if (g.urls[0].type == TYPE_PRINT) {
switch (g.currentURLTargetType) {
case URL_TARGET_TYPE_TEST:
// First document has been loaded.
g.testPrintOutput = typeSpecificResults;
// Proceed to load the second document.
CleanUpCrashDumpFiles();
StartCurrentURI(URL_TARGET_TYPE_REFERENCE);
break;
case URL_TARGET_TYPE_REFERENCE:
let pathToTestPdf = g.testPrintOutput;
let pathToRefPdf = typeSpecificResults;
comparePdfs(pathToTestPdf, pathToRefPdf, function (error, results) {
let expected = g.urls[0].expected;
// TODO: We should complain here if results is empty!
// (If it's empty, we'll spuriously succeed, regardless of
// our expectations)
if (error) {
output = outputs[expected].false;
extra = { status_msg: output.n };
++g.testResults[output.n];
logger.testEnd(
g.urls[0].identifier,
output.s[0],
output.s[1],
error.message,
null,
extra
);
} else {
let outputPair = outputs[expected];
if (expected === EXPECTED_FAIL) {
let failureResults = results.filter(function (result) {
return !result.passed;
});
if (failureResults.length) {
// We got an expected failure. Let's get rid of the
// passes from the results so we don't trigger
// TEST_UNEXPECTED_PASS logging for those.
results = failureResults;
}
// (else, we expected a failure but got none!
// Leave results untouched so we can log them.)
}
results.forEach(function (result) {
output = outputPair[result.passed];
let extra = { status_msg: output.n };
++g.testResults[output.n];
logger.testEnd(
g.urls[0].identifier,
output.s[0],
output.s[1],
result.description,
null,
extra
);
});
}
FinishTestItem();
});
break;
default:
throw new Error("Unexpected state.");
}
return;
}
if (g.urls[0].type == TYPE_SCRIPT) {
let expected = g.urls[0].expected;
if (errorMsg) {
// Force an unexpected failure to alert the test author to fix the test.
expected = EXPECTED_PASS;
} else if (!typeSpecificResults.length) {
// This failure may be due to a JavaScript Engine bug causing
// early termination of the test. If we do not allow silent
// failure, report an error.
if (!g.urls[0].allowSilentFail) {
errorMsg = "No test results reported. (SCRIPT)\n";
} else {
logger.info("An expected silent failure occurred");
}
}
if (errorMsg) {
output = outputs[expected].false;
extra = { status_msg: output.n };
++g.testResults[output.n];
logger.testStatus(
g.urls[0].identifier,
errorMsg,
output.s[0],
output.s[1],
null,
null,
extra
);
FinishTestItem();
return;
}
var anyFailed = typeSpecificResults.some(function (result) {
return !result.passed;
});
var outputPair;
if (anyFailed && expected == EXPECTED_FAIL) {
// If we're marked as expected to fail, and some (but not all) tests
// passed, treat those tests as though they were marked random
// (since we can't tell whether they were really intended to be
// marked failing or not).
outputPair = {
true: outputs[EXPECTED_RANDOM].true,
false: outputs[expected].false,
};
} else {
outputPair = outputs[expected];
}
var index = 0;
typeSpecificResults.forEach(function (result) {
var output = outputPair[result.passed];
var extra = { status_msg: output.n };
++g.testResults[output.n];
logger.testStatus(
g.urls[0].identifier,
result.description + " item " + ++index,
output.s[0],
output.s[1],
null,
null,
extra
);
});
if (anyFailed && expected == EXPECTED_PASS) {
FlushTestBuffer();
}
FinishTestItem();
return;
}
const isRecordingRef = g.currentURLTargetType == URL_TARGET_TYPE_REFERENCE;
const prefSettings =
g.urls[0][isRecordingRef ? "prefSettings2" : "prefSettings1"];
if (!prefSettings.length && g.uriCanvases[g.currentURL]) {
g.currentCanvas = g.uriCanvases[g.currentURL];
}
if (g.currentCanvas == null) {
logger.error(g.currentURL, "program error managing snapshots");
++g.testResults.Exception;
}
g[isRecordingRef ? "canvas2" : "canvas1"] = g.currentCanvas;
g.currentCanvas = null;
ResetRenderingState();
switch (g.currentURLTargetType) {
case URL_TARGET_TYPE_TEST:
// First document has been loaded.
// Proceed to load the second document.
CleanUpCrashDumpFiles();
StartCurrentURI(URL_TARGET_TYPE_REFERENCE);
break;
case URL_TARGET_TYPE_REFERENCE:
// Both documents have been loaded. Compare the renderings and see
// if the comparison result matches the expected result specified
// in the manifest.
// number of different pixels
var differences;
// whether the two renderings match:
var equal;
var maxDifference = {};
// whether the allowed fuzziness from the annotations is exceeded
// by the actual comparison results
var fuzz_exceeded = false;
// what is expected on this platform (PASS, FAIL, RANDOM, or FUZZY)
let expected = g.urls[0].expected;
differences = g.windowUtils.compareCanvases(
g.canvas1,
g.canvas2,
maxDifference
);
if (g.urls[0].noAutoFuzz) {
// Autofuzzing is disabled
} else if (
isAndroidDevice() &&
maxDifference.value <= 2 &&
differences > 0
) {
// Autofuzz for WR on Android physical devices: Reduce any
// maxDifference of 2 to 0, because we get a lot of off-by-ones
// and off-by-twos that are very random and hard to annotate.
// In cases where the difference on any pixel component is more
// than 2 we require manual annotation. Note that this applies
// to both == tests and != tests, so != tests don't
// inadvertently pass due to a random off-by-one pixel
// difference.
logger.info(
`REFTEST wr-on-android dropping fuzz of (${maxDifference.value}, ${differences}) to (0, 0)`
);
maxDifference.value = 0;
differences = 0;
}
equal = differences == 0;
if (maxDifference.value > 0 && equal) {
throw new Error("Inconsistent result from compareCanvases.");
}
if (expected == EXPECTED_FUZZY) {
logger.info(
`REFTEST fuzzy test ` +
`(${g.urls[0].fuzzyMinDelta}, ${g.urls[0].fuzzyMinPixels}) <= ` +
`(${maxDifference.value}, ${differences}) <= ` +
`(${g.urls[0].fuzzyMaxDelta}, ${g.urls[0].fuzzyMaxPixels})`
);
fuzz_exceeded =
maxDifference.value > g.urls[0].fuzzyMaxDelta ||
differences > g.urls[0].fuzzyMaxPixels;
equal =
!fuzz_exceeded &&
maxDifference.value >= g.urls[0].fuzzyMinDelta &&
differences >= g.urls[0].fuzzyMinPixels;
}
var failedExtraCheck =
g.failedNoPaint ||
g.failedNoDisplayList ||
g.failedDisplayList ||
g.failedOpaqueLayer ||
g.failedAssignedLayer;
// whether the comparison result matches what is in the manifest
var test_passed =
equal == (g.urls[0].type == TYPE_REFTEST_EQUAL) && !failedExtraCheck;
if (expected != EXPECTED_FUZZY) {
output = outputs[expected][test_passed];
} else if (test_passed) {
output = { s: ["PASS", "PASS"], n: "Pass" };
} else if (
g.urls[0].type == TYPE_REFTEST_EQUAL &&
!failedExtraCheck &&
!fuzz_exceeded
) {
// If we get here, that means we had an '==' type test where
// at least one of the actual difference values was below the
// allowed range, but nothing else was wrong. So let's produce
// UNEXPECTED-PASS in this scenario. Also, if we enter this
// branch, 'equal' must be false so let's assert that to guard
// against logic errors.
if (equal) {
throw new Error(
"Logic error in reftest.sys.mjs fuzzy test handling!"
);
}
output = { s: ["PASS", "FAIL"], n: "UnexpectedPass" };
} else {
// In all other cases we fail the test
output = { s: ["FAIL", "PASS"], n: "UnexpectedFail" };
}
extra = { status_msg: output.n };
++g.testResults[output.n];
// It's possible that we failed both an "extra check" and the normal comparison, but we don't
// have a way to annotate these separately, so just print an error for the extra check failures.
if (failedExtraCheck) {
var failures = [];
if (g.failedNoPaint) {
failures.push("failed reftest-no-paint");
}
if (g.failedNoDisplayList) {
failures.push("failed reftest-no-display-list");
}
if (g.failedDisplayList) {
failures.push("failed reftest-display-list");
}
// The g.failed*Messages arrays will contain messages from both the test and the reference.
if (g.failedOpaqueLayer) {
failures.push(
"failed reftest-opaque-layer: " +
g.failedOpaqueLayerMessages.join(", ")
);
}
if (g.failedAssignedLayer) {
failures.push(
"failed reftest-assigned-layer: " +
g.failedAssignedLayerMessages.join(", ")
);
}
var failureString = failures.join(", ");
logger.testStatus(
g.urls[0].identifier,
failureString,
output.s[0],
output.s[1],
null,
null,
extra
);
} else {
var message =
"image comparison, max difference: " +
maxDifference.value +
", number of differing pixels: " +
differences;
if (
(!test_passed && expected == EXPECTED_PASS) ||
(!test_passed && expected == EXPECTED_FUZZY) ||
(test_passed && expected == EXPECTED_FAIL)
) {
if (!equal) {
extra.max_difference = maxDifference.value;
extra.differences = differences;
let image1 = g.canvas1.toDataURL();
let image2 = g.canvas2.toDataURL();
extra.reftest_screenshots = [
{
url: g.urls[0].identifier[0],
screenshot: image1.slice(image1.indexOf(",") + 1),
},
g.urls[0].identifier[1],
{
url: g.urls[0].identifier[2],
screenshot: image2.slice(image2.indexOf(",") + 1),
},
];
extra.image1 = image1;
extra.image2 = image2;
} else {
let image1 = g.canvas1.toDataURL();
extra.reftest_screenshots = [
{
url: g.urls[0].identifier[0],
screenshot: image1.slice(image1.indexOf(",") + 1),
},
];
extra.image1 = image1;
}
}
extra.modifiers = g.urls[0].modifiers;
logger.testStatus(
g.urls[0].identifier,
message,
output.s[0],
output.s[1],
null,
null,
extra
);
if (g.noCanvasCache) {
ReleaseCanvas(g.canvas1);
ReleaseCanvas(g.canvas2);
} else {
if (!g.urls[0].prefSettings1.length) {
UpdateCanvasCache(g.urls[0].url1, g.canvas1);
}
if (!g.urls[0].prefSettings2.length) {
UpdateCanvasCache(g.urls[0].url2, g.canvas2);
}
}
}
if (
(!test_passed && expected == EXPECTED_PASS) ||
(test_passed && expected == EXPECTED_FAIL)
) {
FlushTestBuffer();
}
CleanUpCrashDumpFiles();
FinishTestItem();
break;
default:
throw new Error("Unexpected state.");
}
}
function LoadFailed(why) {
++g.testResults.FailedLoad;
if (!why) {
// reftest-content.js sets an initial reason before it sets the
// timeout that will call us with the currently set reason, so we
// should never get here. If we do then there's a logic error
// somewhere. Perhaps tests are somehow running overlapped and the
// timeout for one test is not being cleared before the timeout for
// another is set? Maybe there's some sort of race?
logger.error(
"load failed with unknown reason (we should always have a reason!)"
);
}
logger.testStatus(
g.urls[0].identifier,
"load failed: " + why,
"FAIL",
"PASS"
);
FlushTestBuffer();
FinishTestItem();
}
function RemoveExpectedCrashDumpFiles() {
if (g.expectingProcessCrash) {
for (let crashFilename of g.expectedCrashDumpFiles) {
let file = g.crashDumpDir.clone();
file.append(crashFilename);
if (file.exists()) {
file.remove(false);
}
}
}
g.expectedCrashDumpFiles.length = 0;
}
function FindUnexpectedCrashDumpFiles() {
if (!g.crashDumpDir.exists()) {
return;
}
let entries = g.crashDumpDir.directoryEntries;
if (!entries) {
return;
}
let foundCrashDumpFile = false;
while (entries.hasMoreElements()) {
let file = entries.nextFile;
let path = String(file.path);
if (path.match(/\.(dmp|extra)$/) && !g.unexpectedCrashDumpFiles[path]) {
if (!foundCrashDumpFile) {
++g.testResults.UnexpectedFail;
foundCrashDumpFile = true;
if (g.currentURL) {
logger.testStatus(
g.urls[0].identifier,
"crash-check",
"FAIL",
"PASS",
"This test left crash dumps behind, but we weren't expecting it to!"
);
} else {
logger.error(
"Harness startup left crash dumps behind, but we weren't expecting it to!"
);
}
}
logger.info("Found unexpected crash dump file " + path);
g.unexpectedCrashDumpFiles[path] = true;
}
}
}
function RemovePendingCrashDumpFiles() {
if (!g.pendingCrashDumpDir.exists()) {
return;
}
let entries = g.pendingCrashDumpDir.directoryEntries;
while (entries.hasMoreElements()) {
let file = entries.nextFile;
if (file.isFile()) {
file.remove(false);
logger.info("This test left pending crash dumps; deleted " + file.path);
}
}
}
function CleanUpCrashDumpFiles() {
RemoveExpectedCrashDumpFiles();
FindUnexpectedCrashDumpFiles();
if (g.cleanupPendingCrashes) {
RemovePendingCrashDumpFiles();
}
g.expectingProcessCrash = false;
}
function FinishTestItem() {
logger.testEnd(g.urls[0].identifier, "OK");
// Replace document with BLANK_URL_FOR_CLEARING in case there are
// assertions when unloading.
logger.debug("Loading a blank page");
// After clearing, content will notify us of the assertion count
// and tests will continue.
SendClear();
g.failedNoPaint = false;
g.failedNoDisplayList = false;
g.failedDisplayList = false;
g.failedOpaqueLayer = false;
g.failedOpaqueLayerMessages = [];
g.failedAssignedLayer = false;
g.failedAssignedLayerMessages = [];
}
async function DoAssertionCheck(numAsserts) {
if (g.debug.isDebugBuild) {
if (g.browserIsRemote) {
// Count chrome-process asserts too when content is out of
// process.
var newAssertionCount = g.debug.assertionCount;
var numLocalAsserts = newAssertionCount - g.assertionCount;
g.assertionCount = newAssertionCount;
numAsserts += numLocalAsserts;
}
var minAsserts = g.urls[0].minAsserts;
var maxAsserts = g.urls[0].maxAsserts;
if (numAsserts < minAsserts) {
++g.testResults.AssertionUnexpectedFixed;
} else if (numAsserts > maxAsserts) {
++g.testResults.AssertionUnexpected;
} else if (numAsserts != 0) {
++g.testResults.AssertionKnown;
}
logger.assertionCount(
g.urls[0].identifier,
numAsserts,
minAsserts,
maxAsserts
);
}
if (g.urls[0].chaosMode) {
g.windowUtils.leaveChaosMode();
}
// And start the next test.
g.urls.shift();
await StartCurrentTest();
}
function ResetRenderingState() {
SendResetRenderingState();
// We would want to clear any viewconfig here, if we add support for it
}
async function RestoreChangedPreferences() {
if (!g.prefsToRestore.length) {
return;
}
var requiresRefresh = false;
g.prefsToRestore.reverse();
g.prefsToRestore.forEach(function (ps) {
requiresRefresh = requiresRefresh || ps.requiresRefresh;
if (ps.prefExisted) {
var value = ps.value;
if (ps.type == PREF_BOOLEAN) {
Services.prefs.setBoolPref(ps.name, value);
} else if (ps.type == PREF_STRING) {
Services.prefs.setStringPref(ps.name, value);
value = '"' + value + '"';
} else if (ps.type == PREF_INTEGER) {
Services.prefs.setIntPref(ps.name, value);
}
logger.info("RESTORE PREFERENCE pref(" + ps.name + "," + value + ")");
} else {
Services.prefs.clearUserPref(ps.name);
logger.info(
"RESTORE PREFERENCE pref(" +
ps.name +
", <no value set>) (clearing user pref)"
);
}
});
g.prefsToRestore = [];
if (requiresRefresh) {
await new Promise(resolve =>
g.containingWindow.requestAnimationFrame(resolve)
);
}
}
function RegisterMessageListenersAndLoadContentScript(aReload) {
g.browserMessageManager.addMessageListener(
"reftest:AssertionCount",
function (m) {
RecvAssertionCount(m.json.count);
}
);
g.browserMessageManager.addMessageListener(
"reftest:ContentReady",
function (m) {
return RecvContentReady(m.data);
}
);
g.browserMessageManager.addMessageListener("reftest:Exception", function (m) {
RecvException(m.json.what);
});
g.browserMessageManager.addMessageListener(
"reftest:FailedLoad",
function (m) {
RecvFailedLoad(m.json.why);
}
);
g.browserMessageManager.addMessageListener(
"reftest:FailedNoPaint",
function () {
RecvFailedNoPaint();
}
);
g.browserMessageManager.addMessageListener(
"reftest:FailedNoDisplayList",
function () {
RecvFailedNoDisplayList();
}
);
g.browserMessageManager.addMessageListener(
"reftest:FailedDisplayList",
function () {
RecvFailedDisplayList();
}
);
g.browserMessageManager.addMessageListener(
"reftest:FailedOpaqueLayer",
function (m) {
RecvFailedOpaqueLayer(m.json.why);
}
);
g.browserMessageManager.addMessageListener(
"reftest:FailedAssignedLayer",
function (m) {
RecvFailedAssignedLayer(m.json.why);
}
);
g.browserMessageManager.addMessageListener(
"reftest:InitCanvasWithSnapshot",
function () {
RecvInitCanvasWithSnapshot();
}
);
g.browserMessageManager.addMessageListener("reftest:Log", function (m) {
RecvLog(m.json.type, m.json.msg);
});
g.browserMessageManager.addMessageListener(
"reftest:ScriptResults",
function (m) {
RecvScriptResults(m.json.runtimeMs, m.json.error, m.json.results);
}
);
g.browserMessageManager.addMessageListener(
"reftest:StartPrint",
function (m) {
RecvStartPrint(m.json.isPrintSelection, m.json.printRange);
}
);
g.browserMessageManager.addMessageListener(
"reftest:PrintResult",
function (m) {
RecvPrintResult(m.json.runtimeMs, m.json.status, m.json.fileName);
}
);
g.browserMessageManager.addMessageListener("reftest:TestDone", function (m) {
RecvTestDone(m.json.runtimeMs);
});
g.browserMessageManager.addMessageListener(
"reftest:UpdateCanvasForInvalidation",
function (m) {
RecvUpdateCanvasForInvalidation(m.json.rects);
}
);
g.browserMessageManager.addMessageListener(
"reftest:UpdateWholeCanvasForInvalidation",
function () {
RecvUpdateWholeCanvasForInvalidation();
}
);
g.browserMessageManager.addMessageListener(
"reftest:ExpectProcessCrash",
function () {
RecvExpectProcessCrash();
}
);
g.browserMessageManager.loadFrameScript(
true,
true
);
if (aReload) {
return;
}
ChromeUtils.registerWindowActor("ReftestFission", {
parent: {
},
child: {
events: {
MozAfterPaint: {},
},
},
allFrames: true,
includeChrome: true,
});
}
async function RecvAssertionCount(count) {
await DoAssertionCheck(count);
}
function RecvContentReady(info) {
if (g.resolveContentReady) {
g.resolveContentReady();
g.resolveContentReady = null;
} else {
g.contentGfxInfo = info.gfx;
InitAndStartRefTests();
}
return { remote: g.browserIsRemote };
}
function RecvException(what) {
logger.error(g.currentURL + " | " + what);
++g.testResults.Exception;
}
function RecvFailedLoad(why) {
LoadFailed(why);
}
function RecvFailedNoPaint() {
g.failedNoPaint = true;
}
function RecvFailedNoDisplayList() {
g.failedNoDisplayList = true;
}
function RecvFailedDisplayList() {
g.failedDisplayList = true;
}
function RecvFailedOpaqueLayer(why) {
g.failedOpaqueLayer = true;
g.failedOpaqueLayerMessages.push(why);
}
function RecvFailedAssignedLayer(why) {
g.failedAssignedLayer = true;
g.failedAssignedLayerMessages.push(why);
}
async function RecvInitCanvasWithSnapshot() {
var painted = await InitCurrentCanvasWithSnapshot();
SendUpdateCurrentCanvasWithSnapshotDone(painted);
}
function RecvLog(type, msg) {
msg = "[CONTENT] " + msg;
if (type == "info") {
TestBuffer(msg);
} else if (type == "warning") {
logger.warning(msg);
} else if (type == "error") {
logger.error(
"REFTEST TEST-UNEXPECTED-FAIL | " + g.currentURL + " | " + msg + "\n"
);
++g.testResults.Exception;
} else {
logger.error(
"REFTEST TEST-UNEXPECTED-FAIL | " +
g.currentURL +
" | unknown log type " +
type +
"\n"
);
++g.testResults.Exception;
}
}
function RecvScriptResults(runtimeMs, error, results) {
RecordResult(runtimeMs, error, results);
}
function RecvStartPrint(isPrintSelection, printRange) {
let fileName = `reftest-print-${Date.now()}-`;
crypto
.getRandomValues(new Uint8Array(4))
.forEach(x => (fileName += x.toString(16)));
fileName += ".pdf";
let file = Services.dirsvc.get("TmpD", Ci.nsIFile);
file.append(fileName);
let PSSVC = Cc["@mozilla.org/gfx/printsettings-service;1"].getService(
Ci.nsIPrintSettingsService
);
let ps = PSSVC.createNewPrintSettings();
ps.printSilent = true;
ps.printBGImages = true;
ps.printBGColors = true;
ps.unwriteableMarginTop = 0;
ps.unwriteableMarginRight = 0;
ps.unwriteableMarginLeft = 0;
ps.unwriteableMarginBottom = 0;
ps.outputDestination = Ci.nsIPrintSettings.kOutputDestinationFile;
ps.toFileName = file.path;
ps.outputFormat = Ci.nsIPrintSettings.kOutputFormatPDF;
ps.printSelectionOnly = isPrintSelection;
if (printRange) {
ps.pageRanges = printRange
.split(",")
.map(function (r) {
let range = r.split("-");
return [+range[0] || 1, +range[1] || 1];
})
.flat();
}
ps.printInColor = Services.prefs.getBoolPref("print.print_in_color", true);
g.browser.browsingContext
.print(ps)
.then(() => SendPrintDone(Cr.NS_OK, file.path))
.catch(exception => SendPrintDone(exception.code, file.path));
}
function RecvPrintResult(runtimeMs, status, fileName) {
if (!Components.isSuccessCode(status)) {
logger.error(
"REFTEST TEST-UNEXPECTED-FAIL | " +
g.currentURL +
" | error during printing\n"
);
++g.testResults.Exception;
}
RecordResult(runtimeMs, "", fileName);
}
function RecvTestDone(runtimeMs) {
RecordResult(runtimeMs, "", []);
}
async function RecvUpdateCanvasForInvalidation(rects) {
await UpdateCurrentCanvasForInvalidation(rects);
SendUpdateCurrentCanvasWithSnapshotDone(true);
}
async function RecvUpdateWholeCanvasForInvalidation() {
await UpdateWholeCurrentCanvasForInvalidation();
SendUpdateCurrentCanvasWithSnapshotDone(true);
}
function OnProcessCrashed(subject, topic) {
let id;
let additionalDumps;
let propbag = subject.QueryInterface(Ci.nsIPropertyBag2);
if (topic == "ipc:content-shutdown") {
id = propbag.get("dumpID");
}
if (id) {
g.expectedCrashDumpFiles.push(id + ".dmp");
g.expectedCrashDumpFiles.push(id + ".extra");
}
if (additionalDumps && additionalDumps.length) {
for (const name of additionalDumps.split(",")) {
g.expectedCrashDumpFiles.push(id + "-" + name + ".dmp");
}
}
}
function RegisterProcessCrashObservers() {
Services.obs.addObserver(OnProcessCrashed, "ipc:content-shutdown");
}
function RecvExpectProcessCrash() {
g.expectingProcessCrash = true;
}
function SendClear() {
g.browserMessageManager.sendAsyncMessage("reftest:Clear");
}
function SendLoadScriptTest(uri, timeout) {
g.browserMessageManager.sendAsyncMessage("reftest:LoadScriptTest", {
uri,
timeout,
});
}
function SendLoadPrintTest(uri, timeout) {
g.browserMessageManager.sendAsyncMessage("reftest:LoadPrintTest", {
uri,
timeout,
});
}
function SendLoadTest(type, uri, uriTargetType, timeout) {
g.browserMessageManager.sendAsyncMessage("reftest:LoadTest", {
type,
uri,
uriTargetType,
timeout,
});
}
function SendResetRenderingState() {
g.browserMessageManager.sendAsyncMessage("reftest:ResetRenderingState");
}
function SendPrintDone(status, fileName) {
g.browserMessageManager.sendAsyncMessage("reftest:PrintDone", {
status,
fileName,
});
}
function SendUpdateCurrentCanvasWithSnapshotDone(painted) {
g.browserMessageManager.sendAsyncMessage(
"reftest:UpdateCanvasWithSnapshotDone",
{ painted }
);
}
var pdfjsHasLoaded;
function pdfjsHasLoadedPromise() {
if (pdfjsHasLoaded === undefined) {
pdfjsHasLoaded = new Promise((resolve, reject) => {
let doc = g.containingWindow.document;
const script = doc.createElement("script");
script.type = "module";
script.onload = resolve;
script.onerror = () => reject(new Error("PDF.js script load failed."));
doc.documentElement.appendChild(script);
});
}
return pdfjsHasLoaded;
}
function readPdf(path, callback) {
const win = g.containingWindow;
IOUtils.read(path).then(
function (data) {
win.pdfjsLib.GlobalWorkerOptions.workerSrc =
win.pdfjsLib
.getDocument({
data,
})
.promise.then(
function (pdf) {
callback(null, pdf);
},
function (e) {
callback(new Error(`Couldn't parse ${path}, exception: ${e}`));
}
);
},
function (e) {
callback(new Error(`Couldn't read PDF ${path}, exception: ${e}`));
}
);
}
function comparePdfs(pathToTestPdf, pathToRefPdf, callback) {
pdfjsHasLoadedPromise()
.then(() =>
Promise.all(
[pathToTestPdf, pathToRefPdf].map(function (path) {
return new Promise(function (resolve, reject) {
readPdf(path, function (error, pdf) {
// Resolve or reject outer promise. reject and resolve are
// passed to the callback function given as first arguments
// to the Promise constructor.
if (error) {
reject(error);
} else {
resolve(pdf);
}
});
});
})
)
)
.then(
function (pdfs) {
let numberOfPages = pdfs[1].numPages;
let sameNumberOfPages = numberOfPages === pdfs[0].numPages;
let resultPromises = [
Promise.resolve({
passed: sameNumberOfPages,
description:
"Expected number of pages: " +
numberOfPages +
", got " +
pdfs[0].numPages,
}),
];
if (sameNumberOfPages) {
for (let i = 0; i < numberOfPages; i++) {
let pageNum = i + 1;
let testPagePromise = pdfs[0].getPage(pageNum);
let refPagePromise = pdfs[1].getPage(pageNum);
resultPromises.push(
new Promise(function (resolve, reject) {
Promise.all([testPagePromise, refPagePromise]).then(function (
pages
) {
let testTextPromise = pages[0].getTextContent();
let refTextPromise = pages[1].getTextContent();
Promise.all([testTextPromise, refTextPromise]).then(function (
texts
) {
let testTextItems = texts[0].items;
let refTextItems = texts[1].items;
let testText;
let refText;
let passed = refTextItems.every(function (o, i) {
refText = o.str;
if (!testTextItems[i]) {
return false;
}
testText = testTextItems[i].str;
return testText === refText;
});
let description;
if (passed) {
if (testTextItems.length > refTextItems.length) {
passed = false;
description =
"Page " +
pages[0].pageNumber +
" contains unexpected text like '" +
testTextItems[refTextItems.length].str +
"'";
} else {
description =
"Page " + pages[0].pageNumber + " contains same text";
}
} else {
description =
"Expected page " +
pages[0].pageNumber +
" to contain text '" +
refText;
if (testText) {
description += "' but found '" + testText + "' instead";
}
}
resolve({
passed,
description,
});
},
reject);
},
reject);
})
);
}
}
Promise.all(resultPromises).then(function (results) {
callback(null, results);
});
},
function (error) {
callback(error);
}
);
}