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gecko/layout/tools/reftest/reftest.js

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/* -*- Mode: Java; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- /
/* vim: set shiftwidth=4 tabstop=8 autoindent cindent expandtab: */
/* ***** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1/GPL 2.0/LGPL 2.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
* http://www.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is Mozilla's layout acceptance tests.
*
* The Initial Developer of the Original Code is the Mozilla Foundation.
* Portions created by the Initial Developer are Copyright (C) 2006
* the Initial Developer. All Rights Reserved.
*
* Contributor(s):
* L. David Baron <dbaron@dbaron.org>, Mozilla Corporation (original author)
*
* Alternatively, the contents of this file may be used under the terms of
* either the GNU General Public License Version 2 or later (the "GPL"), or
* the GNU Lesser General Public License Version 2.1 or later (the "LGPL"),
* in which case the provisions of the GPL or the LGPL are applicable instead
* of those above. If you wish to allow use of your version of this file only
* under the terms of either the GPL or the LGPL, and not to allow others to
* use your version of this file under the terms of the MPL, indicate your
* decision by deleting the provisions above and replace them with the notice
* and other provisions required by the GPL or the LGPL. If you do not delete
* the provisions above, a recipient may use your version of this file under
* the terms of any one of the MPL, the GPL or the LGPL.
*
* ***** END LICENSE BLOCK ***** */
const CC = Components.classes;
const CI = Components.interfaces;
const CR = Components.results;
const XHTML_NS = "http://www.w3.org/1999/xhtml";
const NS_LOCAL_FILE_CONTRACTID = "@mozilla.org/file/local;1";
const NS_GFXINFO_CONTRACTID = "@mozilla.org/gfx/info;1";
const IO_SERVICE_CONTRACTID = "@mozilla.org/network/io-service;1";
const DEBUG_CONTRACTID = "@mozilla.org/xpcom/debug;1";
const NS_LOCALFILEINPUTSTREAM_CONTRACTID =
"@mozilla.org/network/file-input-stream;1";
const NS_SCRIPTSECURITYMANAGER_CONTRACTID =
"@mozilla.org/scriptsecuritymanager;1";
const NS_REFTESTHELPER_CONTRACTID =
"@mozilla.org/reftest-helper;1";
const NS_NETWORK_PROTOCOL_CONTRACTID_PREFIX =
"@mozilla.org/network/protocol;1?name=";
const NS_XREAPPINFO_CONTRACTID =
"@mozilla.org/xre/app-info;1";
var gLoadTimeout = 0;
var gRemote = false;
var gTotalChunks = 0;
var gThisChunk = 0;
// "<!--CLEAR-->"
const BLANK_URL_FOR_CLEARING = "data:text/html,%3C%21%2D%2DCLEAR%2D%2D%3E";
var gBrowser;
var gCanvas1, gCanvas2;
// gCurrentCanvas is non-null between InitCurrentCanvasWithSnapshot and the next
// DocumentLoaded.
var gCurrentCanvas = null;
var gURLs;
// Map from URI spec to the number of times it remains to be used
var gURIUseCounts;
// Map from URI spec to the canvas rendered for that URI
var gURICanvases;
var gTestResults = {
// Successful...
Pass: 0,
LoadOnly: 0,
// Unexpected...
Exception: 0,
FailedLoad: 0,
UnexpectedFail: 0,
UnexpectedPass: 0,
AssertionUnexpected: 0,
AssertionUnexpectedFixed: 0,
// Known problems...
KnownFail : 0,
AssertionKnown: 0,
Random : 0,
Skip: 0,
Slow: 0,
};
var gTotalTests = 0;
var gState;
// Plugin layers are painting asynchronously, and to make sure that all
// layer surfaces have right content, we should listen for async
// paint-"begin"/"end" events ("MozPaintWait" and "MozPaintWaitFinished").
// If plugin layer surface is dirty(just created) and layout
// builder->ShouldSyncDecodeImages == true, then "MozPaintWait" event will be
// fired and gExplicitPendingPaintCounter increased.
// When plugin layer surface fully painted and "MozPaintWait" has been fired
// before, then "MozPaintWaitFinished" fired and gExplicitPendingPaintCounter
// decreased. Reftest snapshot can be taken only when gExplicitPendingPaintCounter == 0
var gExplicitPendingPaintCounter = 0;
var gTestContainsAsyncPaintObjects = false;
var gRunningReftestWaitTest = false;
var gAttrListenerFunc = null;
var gCurrentURL;
var gFailureTimeout = null;
var gFailureReason;
var gServer;
var gCount = 0;
var gAssertionCount = 0;
var gIOService;
var gDebug;
var gWindowUtils;
var gCurrentTestStartTime;
var gSlowestTestTime = 0;
var gSlowestTestURL;
var gClearingForAssertionCheck = false;
var gDrawWindowFlags;
const TYPE_REFTEST_EQUAL = '==';
const TYPE_REFTEST_NOTEQUAL = '!=';
const TYPE_LOAD = 'load'; // test without a reference (just test that it does
// not assert, crash, hang, or leak)
const TYPE_SCRIPT = 'script'; // test contains individual test results
const EXPECTED_PASS = 0;
const EXPECTED_FAIL = 1;
const EXPECTED_RANDOM = 2;
const EXPECTED_DEATH = 3; // test must be skipped to avoid e.g. crash/hang
const gProtocolRE = /^\w+:/;
var HTTP_SERVER_PORT = 4444;
const HTTP_SERVER_PORTS_TO_TRY = 50;
// whether to run slow tests or not
var gRunSlowTests = true;
// whether we should skip caching canvases
var gNoCanvasCache = false;
var gRecycledCanvases = new Array();
// By default we just log to stdout
var gDumpLog = dump;
function AllocateCanvas()
{
var windowElem = document.documentElement;
if (gRecycledCanvases.length > 0)
return gRecycledCanvases.shift();
var canvas = document.createElementNS(XHTML_NS, "canvas");
var r = gBrowser.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 (!gNoCanvasCache || gRecycledCanvases.length < 2)
gRecycledCanvases.push(canvas);
}
function PaintWaitListener()
{
// Increate paint wait counter
// prevent snapshots taking with not up to dated content
gExplicitPendingPaintCounter++;
}
function PaintWaitFinishedListener()
{
gExplicitPendingPaintCounter--;
if (gExplicitPendingPaintCounter == 0) {
if (gRunningReftestWaitTest) {
// tests with reftest-wait class already waiting
// and we just need take snapshot and finish reftest
gAttrListenerFunc();
} else if (gTestContainsAsyncPaintObjects) {
gTestContainsAsyncPaintObjects = false;
// tests without reftest-wait class
// and with detected async rendering objects rendering
// need to do mini restart of the test
setTimeout(setTimeout, 0, DocumentLoaded, 0);
}
}
}
function OnRefTestLoad()
{
gBrowser = document.getElementById("browser");
/* set the gLoadTimeout */
try {
var prefs = Components.classes["@mozilla.org/preferences-service;1"].
getService(Components.interfaces.nsIPrefBranch2);
gLoadTimeout = prefs.getIntPref("reftest.timeout");
logFile = prefs.getCharPref("reftest.logFile");
if (logFile) {
try {
MozillaFileLogger.init(logFile);
// Set to mirror to stdout as well as the file
gDumpLog = function (msg) {dump(msg); MozillaFileLogger.log(msg);};
}
catch(e) {
// If there is a problem, just use stdout
gDumpLog = dump;
}
}
gRemote = prefs.getBoolPref("reftest.remote");
}
catch(e) {
gLoadTimeout = 5 * 60 * 1000; //5 minutes as per bug 479518
}
/* Support for running a chunk (subset) of tests. In separate try as this is optional */
try {
gTotalChunks = prefs.getIntPref("reftest.totalChunks");
gThisChunk = prefs.getIntPref("reftest.thisChunk");
}
catch(e) {
gTotalChunks = 0;
gThisChunk = 0;
}
gBrowser.addEventListener("load", OnDocumentLoad, true);
try {
gWindowUtils = window.QueryInterface(CI.nsIInterfaceRequestor).getInterface(CI.nsIDOMWindowUtils);
if (gWindowUtils && !gWindowUtils.compareCanvases)
gWindowUtils = null;
} catch (e) {
gWindowUtils = null;
}
var windowElem = document.documentElement;
gIOService = CC[IO_SERVICE_CONTRACTID].getService(CI.nsIIOService);
gDebug = CC[DEBUG_CONTRACTID].getService(CI.nsIDebug2);
if (gRemote) {
gServer = null;
} else {
gServer = CC["@mozilla.org/server/jshttp;1"].
createInstance(CI.nsIHttpServer);
}
try {
if (gServer)
StartHTTPServer();
} catch (ex) {
//gBrowser.loadURI('data:text/plain,' + ex);
++gTestResults.Exception;
gDumpLog("REFTEST TEST-UNEXPECTED-FAIL | | EXCEPTION: " + ex + "\n");
DoneTests();
}
// Focus the content browser
gBrowser.focus();
// Connect to async rendering notifications
gBrowser.addEventListener("MozPaintWait", PaintWaitListener, true);
gBrowser.addEventListener("MozPaintWaitFinished", PaintWaitFinishedListener, true);
StartTests();
}
function StartHTTPServer()
{
gServer.registerContentType("sjs", "sjs");
// We want to try different ports in case the port we want
// is being used.
var tries = HTTP_SERVER_PORTS_TO_TRY;
do {
try {
gServer.start(HTTP_SERVER_PORT);
return;
} catch (ex) {
++HTTP_SERVER_PORT;
if (--tries == 0)
throw ex;
}
} while (true);
}
function StartTests()
{
try {
// Need to read the manifest once we have the final HTTP_SERVER_PORT.
var args = window.arguments[0].wrappedJSObject;
if ("nocache" in args && args["nocache"])
gNoCanvasCache = true;
if ("skipslowtests" in args && args.skipslowtests)
gRunSlowTests = false;
ReadTopManifest(args.uri);
BuildUseCounts();
if (gTotalChunks > 0 && gThisChunk > 0) {
var testsPerChunk = gURLs.length / gTotalChunks;
var start = Math.round((gThisChunk-1) * testsPerChunk);
var end = Math.round(gThisChunk * testsPerChunk);
gURLs = gURLs.slice(start, end);
gDumpLog("REFTEST INFO | Running chunk " + gThisChunk + " out of " + gTotalChunks + " chunks. ")
gDumpLog("tests " + (start+1) + "-" + end + "/" + gURLs.length + "\n");
}
gTotalTests = gURLs.length;
if (!gTotalTests)
throw "No tests to run";
gURICanvases = {};
StartCurrentTest();
} catch (ex) {
//gBrowser.loadURI('data:text/plain,' + ex);
++gTestResults.Exception;
gDumpLog("REFTEST TEST-UNEXPECTED-FAIL | | EXCEPTION: " + ex + "\n");
DoneTests();
}
}
function OnRefTestUnload()
{
/* Clear the sRGB forcing pref to leave the profile as we found it. */
var prefs = Components.classes["@mozilla.org/preferences-service;1"].
getService(Components.interfaces.nsIPrefBranch2);
prefs.clearUserPref("gfx.color_management.force_srgb");
gBrowser.removeEventListener("load", OnDocumentLoad, true);
MozillaFileLogger.close();
}
// Read all available data from an input stream and return it
// as a string.
function getStreamContent(inputStream)
{
var streamBuf = "";
var sis = CC["@mozilla.org/scriptableinputstream;1"].
createInstance(CI.nsIScriptableInputStream);
sis.init(inputStream);
var available;
while ((available = sis.available()) != 0) {
streamBuf += sis.read(available);
}
return streamBuf;
}
// Build the sandbox for fails-if(), etc., condition evaluation.
function BuildConditionSandbox(aURL) {
var sandbox = new Components.utils.Sandbox(aURL.spec);
var xr = CC[NS_XREAPPINFO_CONTRACTID].getService(CI.nsIXULRuntime);
sandbox.isDebugBuild = gDebug.isDebugBuild;
sandbox.xulRuntime = {widgetToolkit: xr.widgetToolkit, OS: xr.OS};
// xr.XPCOMABI throws exception for configurations without full ABI
// support (mobile builds on ARM)
try {
sandbox.xulRuntime.XPCOMABI = xr.XPCOMABI;
} catch(e) {
sandbox.xulRuntime.XPCOMABI = "";
}
try {
// nsIGfxInfo is currently only implemented on Windows
sandbox.d2d = CC[NS_GFXINFO_CONTRACTID].getService(CI.nsIGfxInfo).D2DEnabled;
} catch(e) {
sandbox.d2d = false;
}
if (gWindowUtils && gWindowUtils.layerManagerType != "Basic")
sandbox.layersGPUAccelerated = true;
else
sandbox.layersGPUAccelerated = false;
// Shortcuts for widget toolkits.
sandbox.cocoaWidget = xr.widgetToolkit == "cocoa";
sandbox.gtk2Widget = xr.widgetToolkit == "gtk2";
sandbox.qtWidget = xr.widgetToolkit == "qt";
sandbox.winWidget = xr.widgetToolkit == "windows";
var hh = CC[NS_NETWORK_PROTOCOL_CONTRACTID_PREFIX + "http"].
getService(CI.nsIHttpProtocolHandler);
sandbox.http = {};
for each (var prop in [ "userAgent", "appName", "appVersion",
"vendor", "vendorSub",
"product", "productSub",
"platform", "oscpu", "language", "misc" ])
sandbox.http[prop] = hh[prop];
// see if we have the test plugin available,
// and set a sandox prop accordingly
sandbox.haveTestPlugin = false;
for (var i = 0; i < navigator.mimeTypes.length; i++) {
if (navigator.mimeTypes[i].type == "application/x-test" &&
navigator.mimeTypes[i].enabledPlugin != null &&
navigator.mimeTypes[i].enabledPlugin.name == "Test Plug-in") {
sandbox.haveTestPlugin = true;
break;
}
}
// Set a flag on sandbox if the windows default theme is active
var box = document.createElement("box");
box.setAttribute("id", "_box_windowsDefaultTheme");
document.documentElement.appendChild(box);
sandbox.windowsDefaultTheme = (getComputedStyle(box, null).display == "none");
document.documentElement.removeChild(box);
var prefs = CC["@mozilla.org/preferences-service;1"].
getService(CI.nsIPrefBranch2);
try {
sandbox.nativeThemePref = !prefs.getBoolPref("mozilla.widget.disable-native-theme");
} catch (e) {
sandbox.nativeThemePref = true;
}
new XPCSafeJSObjectWrapper(sandbox).prefs = {
__exposedProps__: {
getBoolPref: 'r',
getIntPref: 'r',
},
_prefs: prefs,
getBoolPref: function(p) { return this._prefs.getBoolPref(p); },
getIntPref: function(p) { return this._prefs.getIntPref(p); }
}
dump("REFTEST INFO | Dumping JSON representation of sandbox \n");
dump("REFTEST INFO | " + JSON.stringify(sandbox) + " \n");
return sandbox;
}
function ReadTopManifest(aFileURL)
{
gURLs = new Array();
var url = gIOService.newURI(aFileURL, null, null);
if (!url)
throw "Expected a file or http URL for the manifest.";
ReadManifest(url);
}
// Note: If you materially change the reftest manifest parsing,
// please keep the parser in print-manifest-dirs.py in sync.
function ReadManifest(aURL)
{
var secMan = CC[NS_SCRIPTSECURITYMANAGER_CONTRACTID]
.getService(CI.nsIScriptSecurityManager);
var listURL = aURL;
var channel = gIOService.newChannelFromURI(aURL);
var inputStream = channel.open();
if (channel instanceof Components.interfaces.nsIHttpChannel
&& channel.responseStatus != 200) {
gDumpLog("REFTEST TEST-UNEXPECTED-FAIL | | HTTP ERROR : " +
channel.responseStatus + "\n");
}
var streamBuf = getStreamContent(inputStream);
inputStream.close();
var lines = streamBuf.split(/(\n|\r|\r\n)/);
// Build the sandbox for fails-if(), etc., condition evaluation.
var sandbox = BuildConditionSandbox(aURL);
var lineNo = 0;
var urlprefix = "";
for each (var str in lines) {
++lineNo;
if (str.charAt(0) == "#")
continue; // entire line was a comment
var i = str.search(/\s+#/);
if (i >= 0)
str = str.substring(0, i);
// strip leading and trailing whitespace
str = str.replace(/^\s*/, '').replace(/\s*$/, '');
if (!str || str == "")
continue;
var items = str.split(/\s+/); // split on whitespace
if (items[0] == "url-prefix") {
if (items.length != 2)
throw "url-prefix requires one url in manifest file " + aURL.spec + " line " + lineNo;
urlprefix = items[1];
continue;
}
var expected_status = EXPECTED_PASS;
var minAsserts = 0;
var maxAsserts = 0;
var slow = false;
while (items[0].match(/^(fails|random|skip|asserts|slow)/)) {
var item = items.shift();
var stat;
var cond;
var m = item.match(/^(fails|random|skip)-if(\(.*\))$/);
if (m) {
stat = m[1];
// Note: m[2] contains the parentheses, and we want them.
cond = Components.utils.evalInSandbox(m[2], sandbox);
} else if (item.match(/^(fails|random|skip)$/)) {
stat = item;
cond = true;
} else if ((m = item.match(/^asserts\((\d+)(-\d+)?\)$/))) {
cond = false;
minAsserts = Number(m[1]);
maxAsserts = (m[2] == undefined) ? minAsserts
: Number(m[2].substring(1));
} else if ((m = item.match(/^asserts-if\((.*?),(\d+)(-\d+)?\)$/))) {
cond = false;
if (Components.utils.evalInSandbox("(" + m[1] + ")", sandbox)) {
minAsserts = Number(m[2]);
maxAsserts =
(m[3] == undefined) ? minAsserts
: Number(m[3].substring(1));
}
} else if (item == "slow") {
cond = false;
slow = true;
} else if ((m = item.match(/^slow-if\((.*?)\)$/))) {
cond = false;
if (Components.utils.evalInSandbox("(" + m[1] + ")", sandbox))
slow = true;
} else {
throw "Error 1 in manifest file " + aURL.spec + " line " + lineNo;
}
if (cond) {
if (stat == "fails") {
expected_status = EXPECTED_FAIL;
} else if (stat == "random") {
expected_status = EXPECTED_RANDOM;
} else if (stat == "skip") {
expected_status = EXPECTED_DEATH;
}
}
}
if (minAsserts > maxAsserts) {
throw "Bad range in manifest file " + aURL.spec + " line " + lineNo;
}
var runHttp = false;
var httpDepth;
if (items[0] == "HTTP") {
runHttp = (aURL.scheme == "file"); // We can't yet run the local HTTP server
// for non-local reftests.
httpDepth = 0;
items.shift();
} else if (items[0].match(/HTTP\(\.\.(\/\.\.)*\)/)) {
// Accept HTTP(..), HTTP(../..), HTTP(../../..), etc.
runHttp = (aURL.scheme == "file"); // We can't yet run the local HTTP server
// for non-local reftests.
httpDepth = (items[0].length - 5) / 3;
items.shift();
}
// do not prefix the url for include commands or urls specifying
// a protocol
if (urlprefix && items[0] != "include") {
if (items.length > 1 && !items[1].match(gProtocolRE)) {
items[1] = urlprefix + items[1];
}
if (items.length > 2 && !items[2].match(gProtocolRE)) {
items[2] = urlprefix + items[2];
}
}
if (items[0] == "include") {
if (items.length != 2 || runHttp)
throw "Error 2 in manifest file " + aURL.spec + " line " + lineNo;
var incURI = gIOService.newURI(items[1], null, listURL);
secMan.checkLoadURI(aURL, incURI,
CI.nsIScriptSecurityManager.DISALLOW_SCRIPT);
ReadManifest(incURI);
} else if (items[0] == TYPE_LOAD) {
if (items.length != 2 ||
(expected_status != EXPECTED_PASS &&
expected_status != EXPECTED_DEATH))
throw "Error 3 in manifest file " + aURL.spec + " line " + lineNo;
var [testURI] = runHttp
? ServeFiles(aURL, httpDepth,
listURL, [items[1]])
: [gIOService.newURI(items[1], null, listURL)];
var prettyPath = runHttp
? gIOService.newURI(items[1], null, listURL).spec
: testURI.spec;
secMan.checkLoadURI(aURL, testURI,
CI.nsIScriptSecurityManager.DISALLOW_SCRIPT);
gURLs.push( { type: TYPE_LOAD,
expected: expected_status,
prettyPath: prettyPath,
minAsserts: minAsserts,
maxAsserts: maxAsserts,
slow: slow,
url1: testURI,
url2: null } );
} else if (items[0] == TYPE_SCRIPT) {
if (items.length != 2)
throw "Error 4 in manifest file " + aURL.spec + " line " + lineNo;
var [testURI] = runHttp
? ServeFiles(aURL, httpDepth,
listURL, [items[1]])
: [gIOService.newURI(items[1], null, listURL)];
var prettyPath = runHttp
? gIOService.newURI(items[1], null, listURL).spec
: testURI.spec;
secMan.checkLoadURI(aURL, testURI,
CI.nsIScriptSecurityManager.DISALLOW_SCRIPT);
gURLs.push( { type: TYPE_SCRIPT,
expected: expected_status,
prettyPath: prettyPath,
minAsserts: minAsserts,
maxAsserts: maxAsserts,
slow: slow,
url1: testURI,
url2: null } );
} else if (items[0] == TYPE_REFTEST_EQUAL || items[0] == TYPE_REFTEST_NOTEQUAL) {
if (items.length != 3)
throw "Error 5 in manifest file " + aURL.spec + " line " + lineNo;
var [testURI, refURI] = runHttp
? ServeFiles(aURL, httpDepth,
listURL, [items[1], items[2]])
: [gIOService.newURI(items[1], null, listURL),
gIOService.newURI(items[2], null, listURL)];
var prettyPath = runHttp
? gIOService.newURI(items[1], null, listURL).spec
: testURI.spec;
secMan.checkLoadURI(aURL, testURI,
CI.nsIScriptSecurityManager.DISALLOW_SCRIPT);
secMan.checkLoadURI(aURL, refURI,
CI.nsIScriptSecurityManager.DISALLOW_SCRIPT);
gURLs.push( { type: items[0],
expected: expected_status,
prettyPath: prettyPath,
minAsserts: minAsserts,
maxAsserts: maxAsserts,
slow: slow,
url1: testURI,
url2: refURI } );
} else {
throw "Error 6 in manifest file " + aURL.spec + " line " + lineNo;
}
}
}
function AddURIUseCount(uri)
{
if (uri == null)
return;
var spec = uri.spec;
if (spec in gURIUseCounts) {
gURIUseCounts[spec]++;
} else {
gURIUseCounts[spec] = 1;
}
}
function BuildUseCounts()
{
gURIUseCounts = {};
for (var i = 0; i < gURLs.length; ++i) {
var url = gURLs[i];
if (url.expected != EXPECTED_DEATH &&
(url.type == TYPE_REFTEST_EQUAL ||
url.type == TYPE_REFTEST_NOTEQUAL)) {
AddURIUseCount(gURLs[i].url1);
AddURIUseCount(gURLs[i].url2);
}
}
}
function ServeFiles(manifestURL, depth, aURL, files)
{
var listURL = aURL.QueryInterface(CI.nsIFileURL);
var directory = listURL.file.parent;
// Allow serving a tree that's an ancestor of the directory containing
// the files so that they can use resources in ../ (etc.).
var dirPath = "/";
while (depth > 0) {
dirPath = "/" + directory.leafName + dirPath;
directory = directory.parent;
--depth;
}
gCount++;
var path = "/" + Date.now() + "/" + gCount;
gServer.registerDirectory(path + "/", directory);
var secMan = CC[NS_SCRIPTSECURITYMANAGER_CONTRACTID]
.getService(CI.nsIScriptSecurityManager);
var testbase = gIOService.newURI("http://localhost:" + HTTP_SERVER_PORT +
path + dirPath,
null, null);
function FileToURI(file)
{
// Only serve relative URIs via the HTTP server, not absolute
// ones like about:blank.
var testURI = gIOService.newURI(file, null, testbase);
// XXX necessary? manifestURL guaranteed to be file, others always HTTP
secMan.checkLoadURI(manifestURL, testURI,
CI.nsIScriptSecurityManager.DISALLOW_SCRIPT);
return testURI;
}
return files.map(FileToURI);
}
function StartCurrentTest()
{
// make sure we don't run tests that are expected to kill the browser
while (gURLs.length > 0) {
var test = gURLs[0];
if (test.expected == EXPECTED_DEATH) {
++gTestResults.Skip;
gDumpLog("REFTEST TEST-KNOWN-FAIL | " + test.url1.spec + " | (SKIP)\n");
gURLs.shift();
} else if (test.slow && !gRunSlowTests) {
++gTestResults.Slow;
gDumpLog("REFTEST TEST-KNOWN-SLOW | " + test.url1.spec + " | (SLOW)\n");
gURLs.shift();
} else {
break;
}
}
if (gURLs.length == 0) {
DoneTests();
}
else {
var currentTest = gTotalTests - gURLs.length;
document.title = "reftest: " + currentTest + " / " + gTotalTests +
" (" + Math.floor(100 * (currentTest / gTotalTests)) + "%)";
StartCurrentURI(1);
}
}
function StartCurrentURI(aState)
{
gCurrentTestStartTime = Date.now();
if (gFailureTimeout != null) {
gDumpLog("REFTEST TEST-UNEXPECTED-FAIL | " +
"| program error managing timeouts\n");
++gTestResults.Exception;
}
gFailureTimeout = setTimeout(LoadFailed, gLoadTimeout);
gFailureReason = "timed out waiting for onload to fire";
gState = aState;
gCurrentURL = gURLs[0]["url" + aState].spec;
if (gURICanvases[gCurrentURL] &&
(gURLs[0].type == TYPE_REFTEST_EQUAL ||
gURLs[0].type == TYPE_REFTEST_NOTEQUAL) &&
gURLs[0].maxAsserts == 0) {
// Pretend the document loaded --- DocumentLoaded will notice
// there's already a canvas for this URL
setTimeout(DocumentLoaded, 0);
} else {
gDumpLog("REFTEST TEST-START | " + gCurrentURL + "\n");
gBrowser.loadURI(gCurrentURL);
}
}
function DoneTests()
{
gDumpLog("REFTEST FINISHED: Slowest test took " + gSlowestTestTime +
"ms (" + gSlowestTestURL + ")\n");
gDumpLog("REFTEST INFO | Result summary:\n");
var count = gTestResults.Pass + gTestResults.LoadOnly;
gDumpLog("REFTEST INFO | Successful: " + count + " (" +
gTestResults.Pass + " pass, " +
gTestResults.LoadOnly + " load only)\n");
count = gTestResults.Exception + gTestResults.FailedLoad +
gTestResults.UnexpectedFail + gTestResults.UnexpectedPass +
gTestResults.AssertionUnexpected +
gTestResults.AssertionUnexpectedFixed;
gDumpLog("REFTEST INFO | Unexpected: " + count + " (" +
gTestResults.UnexpectedFail + " unexpected fail, " +
gTestResults.UnexpectedPass + " unexpected pass, " +
gTestResults.AssertionUnexpected + " unexpected asserts, " +
gTestResults.AssertionUnexpectedFixed + " unexpected fixed asserts, " +
gTestResults.FailedLoad + " failed load, " +
gTestResults.Exception + " exception)\n");
count = gTestResults.KnownFail + gTestResults.AssertionKnown +
gTestResults.Random + gTestResults.Skip + gTestResults.Slow;
dump("REFTEST INFO | Known problems: " + count + " (" +
gTestResults.KnownFail + " known fail, " +
gTestResults.AssertionKnown + " known asserts, " +
gTestResults.Random + " random, " +
gTestResults.Skip + " skipped, " +
gTestResults.Slow + " slow)\n");
gDumpLog("REFTEST INFO | Total canvas count = " + gRecycledCanvases.length + "\n");
gDumpLog("REFTEST TEST-START | Shutdown\n");
function onStopped() {
goQuitApplication();
}
if (gServer)
gServer.stop(onStopped);
else
onStopped();
}
function setupZoom(contentRootElement) {
if (!contentRootElement || !contentRootElement.hasAttribute('reftest-zoom'))
return;
gBrowser.markupDocumentViewer.fullZoom =
contentRootElement.getAttribute('reftest-zoom');
}
function resetZoom() {
gBrowser.markupDocumentViewer.fullZoom = 1.0;
}
function OnDocumentLoad(event)
{
if (event.target != gBrowser.contentDocument)
// Ignore load events for subframes.
return;
if (gClearingForAssertionCheck &&
gBrowser.contentDocument.location.href == BLANK_URL_FOR_CLEARING) {
DoAssertionCheck();
return;
}
if (gBrowser.contentDocument.location.href != gCurrentURL)
// Ignore load events for previous documents.
return;
var contentRootElement = gBrowser.contentDocument.documentElement;
function shouldWait() {
// use getAttribute because className works differently in HTML and SVG
return contentRootElement &&
contentRootElement.hasAttribute('class') &&
contentRootElement.getAttribute('class').split(/\s+/)
.indexOf("reftest-wait") != -1;
}
function doPrintMode() {
// use getAttribute because className works differently in HTML and SVG
return contentRootElement &&
contentRootElement.hasAttribute('class') &&
contentRootElement.getAttribute('class').split(/\s+/)
.indexOf("reftest-print") != -1;
}
function setupPrintMode() {
var PSSVC = Components.classes["@mozilla.org/gfx/printsettings-service;1"]
.getService(Components.interfaces.nsIPrintSettingsService);
var ps = PSSVC.newPrintSettings;
ps.paperWidth = 5;
ps.paperHeight = 3;
// Override any os-specific unwriteable margins
ps.unwriteableMarginTop = 0;
ps.unwriteableMarginLeft = 0;
ps.unwriteableMarginBottom = 0;
ps.unwriteableMarginRight = 0;
ps.headerStrLeft = "";
ps.headerStrCenter = "";
ps.headerStrRight = "";
ps.footerStrLeft = "";
ps.footerStrCenter = "";
ps.footerStrRight = "";
gBrowser.docShell.contentViewer.setPageMode(true, ps);
}
setupZoom(contentRootElement);
if (shouldWait()) {
gRunningReftestWaitTest = true;
// The testcase will let us know when the test snapshot should be made.
// Register a mutation listener to know when the 'reftest-wait' class
// gets removed.
gFailureReason = "timed out waiting for reftest-wait to be removed (after onload fired)"
var stopAfterPaintReceived = false;
var currentDoc = gBrowser.contentDocument;
var utils = gBrowser.contentWindow.QueryInterface(CI.nsIInterfaceRequestor)
.getInterface(CI.nsIDOMWindowUtils);
function FlushRendering() {
function flushWindow(win) {
try {
win.document.documentElement.getBoundingClientRect();
} catch (e) {}
for (var i = 0; i < win.frames.length; ++i) {
flushWindow(win.frames[i]);
}
}
// Flush pending restyles and reflows
flushWindow(contentRootElement.ownerDocument.defaultView);
// Flush out invalidation
utils.processUpdates();
}
function WhenMozAfterPaintFlushed(continuation) {
if (gWindowUtils.isMozAfterPaintPending) {
function handler() {
window.removeEventListener("MozAfterPaint", handler, false);
continuation();
}
window.addEventListener("MozAfterPaint", handler, false);
} else {
continuation();
}
}
function AfterPaintListener(event) {
if (event.target.document != document) {
// ignore paint events for subframes or old documents in the window.
// Invalidation in subframes will cause invalidation in the toplevel document anyway.
return;
}
FlushRendering();
UpdateCurrentCanvasForEvent(event);
// When stopAfteraintReceived is set, we can stop --- but we should keep going as long
// as there are paint events coming (there probably shouldn't be any, but it doesn't
// hurt to process them)
if (stopAfterPaintReceived && !utils.isMozAfterPaintPending &&
!gExplicitPendingPaintCounter) {
FinishWaitingForTestEnd();
}
}
function FinishWaitingForTestEnd() {
window.removeEventListener("MozAfterPaint", AfterPaintListener, false);
setTimeout(DocumentLoaded, 0);
}
function AttrModifiedListener() {
if (shouldWait())
return;
// We don't want to be notified again
contentRootElement.removeEventListener("DOMAttrModified", AttrModifiedListener, false);
// Wait for the next return-to-event-loop before continuing to flush rendering and
// check isMozAfterPaintPending --- for example, the attribute may have been modified
// in an subdocument's load event handler, in which case we need load event processing
// to complete and unsuppress painting before we check isMozAfterPaintPending.
setTimeout(AttrModifiedListenerContinuation, 0);
}
// Set global pointer to this function to be able call it from PaintWaitFinishedListener
gAttrListenerFunc = AttrModifiedListener;
function AttrModifiedListenerContinuation() {
if (gExplicitPendingPaintCounter) {
return;
}
if (doPrintMode())
setupPrintMode();
FlushRendering();
if (gWindowUtils.isMozAfterPaintPending) {
// Wait for the last invalidation to have happened and been snapshotted before
// we stop the test
stopAfterPaintReceived = true;
} else {
// Nothing to wait for, so stop now
FinishWaitingForTestEnd();
}
}
function StartWaitingForTestEnd() {
FlushRendering();
function continuation() {
window.addEventListener("MozAfterPaint", AfterPaintListener, false);
contentRootElement.addEventListener("DOMAttrModified", AttrModifiedListener, false);
// Take a snapshot of the window in its current state
InitCurrentCanvasWithSnapshot();
if (!shouldWait()) {
// reftest-wait was already removed (during the interval between OnDocumentLoaded
// calling setTimeout(StartWaitingForTestEnd,0) below, and this function
// actually running), so let's fake a direct notification of the attribute
// change.
AttrModifiedListener();
return;
}
// Notify the test document that now is a good time to test some invalidation
var notification = document.createEvent("Events");
notification.initEvent("MozReftestInvalidate", true, false);
contentRootElement.dispatchEvent(notification);
}
WhenMozAfterPaintFlushed(continuation);
}
// After this load event has finished being dispatched, painting is normally
// unsuppressed, which invalidates the entire window. So ensure
// StartWaitingForTestEnd runs after that invalidation has been requested.
setTimeout(StartWaitingForTestEnd, 0);
} else {
gRunningReftestWaitTest = false;
if (doPrintMode())
setupPrintMode();
// Since we can't use a bubbling-phase load listener from chrome,
// this is a capturing phase listener. So do setTimeout twice, the
// first to get us after the onload has fired in the content, and
// the second to get us after any setTimeout(foo, 0) in the content.
setTimeout(setTimeout, 0, DocumentLoaded, 0);
}
}
function UpdateCanvasCache(url, canvas)
{
var spec = url.spec;
--gURIUseCounts[spec];
if (gNoCanvasCache || gURIUseCounts[spec] == 0) {
ReleaseCanvas(canvas);
delete gURICanvases[spec];
} else if (gURIUseCounts[spec] > 0) {
gURICanvases[spec] = canvas;
} else {
throw "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.
function DoDrawWindow(ctx, x, y, w, h)
{
var flags = ctx.DRAWWINDOW_DRAW_CARET | ctx.DRAWWINDOW_DRAW_VIEW;
var testRect = gBrowser.getBoundingClientRect();
if (0 <= testRect.left &&
0 <= testRect.top &&
window.innerWidth >= testRect.right &&
window.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;
}
if (gDrawWindowFlags != flags) {
// Every time the flags change, dump the new state.
gDrawWindowFlags = 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.
dump("REFTEST INFO | WARNING: USE_WIDGET_LAYERS disabled\n");
}
dump("REFTEST INFO | drawWindow flags = " + flagsStr +
"; window size = " + window.innerWidth + "," + window.innerHeight +
"; test browser size = " + testRect.width + "," + testRect.height +
"\n");
}
ctx.drawWindow(window, x, y, w, h, "rgb(255,255,255)",
gDrawWindowFlags);
}
function InitCurrentCanvasWithSnapshot()
{
if (gURLs[0].type == TYPE_LOAD || gURLs[0].type == TYPE_SCRIPT) {
// We don't want to snapshot this kind of test
return;
}
gCurrentCanvas = AllocateCanvas();
var ctx = gCurrentCanvas.getContext("2d");
DoDrawWindow(ctx, 0, 0, gCurrentCanvas.width, gCurrentCanvas.height);
}
function roundTo(x, fraction)
{
return Math.round(x/fraction)*fraction;
}
function UpdateCurrentCanvasForEvent(event)
{
if (!gCurrentCanvas)
return;
var ctx = gCurrentCanvas.getContext("2d");
var rectList = event.clientRects;
for (var i = 0; i < rectList.length; ++i) {
var r = rectList[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);
ctx.save();
ctx.translate(left, top);
DoDrawWindow(ctx, left, top, right - left, bottom - top);
ctx.restore();
}
}
function DocumentLoaded()
{
// Keep track of which test was slowest, and how long it took.
var currentTestRunTime = Date.now() - gCurrentTestStartTime;
if (currentTestRunTime > gSlowestTestTime) {
gSlowestTestTime = currentTestRunTime;
gSlowestTestURL = gCurrentURL;
}
clearTimeout(gFailureTimeout);
gFailureReason = null;
gFailureTimeout = null;
// Not 'const ...' because of 'EXPECTED_*' value dependency.
var outputs = {};
const randomMsg = "(EXPECTED RANDOM)";
outputs[EXPECTED_PASS] = {
true: {s: "TEST-PASS" , n: "Pass"},
false: {s: "TEST-UNEXPECTED-FAIL" , n: "UnexpectedFail"}
};
outputs[EXPECTED_FAIL] = {
true: {s: "TEST-UNEXPECTED-PASS" , n: "UnexpectedPass"},
false: {s: "TEST-KNOWN-FAIL" , n: "KnownFail"}
};
outputs[EXPECTED_RANDOM] = {
true: {s: "TEST-PASS" + randomMsg , n: "Random"},
false: {s: "TEST-KNOWN-FAIL" + randomMsg, n: "Random"}
};
var output;
if (gURLs[0].type == TYPE_LOAD) {
++gTestResults.LoadOnly;
gDumpLog("REFTEST TEST-PASS | " + gURLs[0].prettyPath + " | (LOAD ONLY)\n");
gCurrentCanvas = null;
FinishTestItem();
return;
}
if (gURLs[0].type == TYPE_SCRIPT) {
var missing_msg = false;
var testwindow = gBrowser.contentWindow;
expected = gURLs[0].expected;
if (testwindow.wrappedJSObject)
testwindow = testwindow.wrappedJSObject;
var testcases;
if (!testwindow.getTestCases || typeof testwindow.getTestCases != "function") {
// Force an unexpected failure to alert the test author to fix the test.
expected = EXPECTED_PASS;
missing_msg = "test must provide a function getTestCases(). (SCRIPT)\n";
}
else if (!(testcases = testwindow.getTestCases())) {
// Force an unexpected failure to alert the test author to fix the test.
expected = EXPECTED_PASS;
missing_msg = "test's getTestCases() must return an Array-like Object. (SCRIPT)\n";
}
else if (testcases.length == 0) {
// This failure may be due to a JavaScript Engine bug causing
// early termination of the test.
missing_msg = "No test results reported. (SCRIPT)\n";
}
if (missing_msg) {
output = outputs[expected][false];
++gTestResults[output.n];
var result = "REFTEST " + output.s + " | " +
gURLs[0].prettyPath + " | " + // the URL being tested
missing_msg;
gDumpLog(result);
FinishTestItem();
return;
}
var results = testcases.map(function(test) {
return { passed: test.testPassed(), description: test.testDescription()};
});
var anyFailed = results.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;
results.forEach(function(result) {
var output = outputPair[result.passed];
++gTestResults[output.n];
result = "REFTEST " + output.s + " | " +
gURLs[0].prettyPath + " | " + // the URL being tested
result.description + " item " + (++index) + "\n";
gDumpLog(result);
});
FinishTestItem();
return;
}
if (gURICanvases[gCurrentURL]) {
gCurrentCanvas = gURICanvases[gCurrentURL];
} else if (gCurrentCanvas == null) {
InitCurrentCanvasWithSnapshot();
if (gExplicitPendingPaintCounter) {
// reftest contain elements wich are waiting paint to be finished
// lets cancel this reftest run, and let "MozPaintWaitFinished"-listener
// know that we need to restart reftest when all paints are finished
gTestContainsAsyncPaintObjects = true;
gCurrentCanvas = null;
return;
}
}
if (gState == 1) {
gCanvas1 = gCurrentCanvas;
} else {
gCanvas2 = gCurrentCanvas;
}
gCurrentCanvas = null;
resetZoom();
switch (gState) {
case 1:
// First document has been loaded.
// Proceed to load the second document.
StartCurrentURI(2);
break;
case 2:
// 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;
if (gWindowUtils) {
differences = gWindowUtils.compareCanvases(gCanvas1, gCanvas2, {});
equal = (differences == 0);
} else {
differences = -1;
var k1 = gCanvas1.toDataURL();
var k2 = gCanvas2.toDataURL();
equal = (k1 == k2);
}
// whether the comparison result matches what is in the manifest
var test_passed = (equal == (gURLs[0].type == TYPE_REFTEST_EQUAL));
// what is expected on this platform (PASS, FAIL, or RANDOM)
var expected = gURLs[0].expected;
output = outputs[expected][test_passed];
++gTestResults[output.n];
var result = "REFTEST " + output.s + " | " +
gURLs[0].prettyPath + " | "; // the URL being tested
if (gURLs[0].type == TYPE_REFTEST_NOTEQUAL) {
result += "(!=) ";
}
gDumpLog(result + "\n");
if (!test_passed && expected == EXPECTED_PASS ||
test_passed && expected == EXPECTED_FAIL) {
if (!equal) {
gDumpLog("REFTEST IMAGE 1 (TEST): " + gCanvas1.toDataURL() + "\n");
gDumpLog("REFTEST IMAGE 2 (REFERENCE): " + gCanvas2.toDataURL() + "\n");
gDumpLog("REFTEST number of differing pixels: " + differences + "\n");
} else {
gDumpLog("REFTEST IMAGE: " + gCanvas1.toDataURL() + "\n");
}
}
UpdateCanvasCache(gURLs[0].url1, gCanvas1);
UpdateCanvasCache(gURLs[0].url2, gCanvas2);
FinishTestItem();
break;
default:
throw "Unexpected state.";
}
}
function LoadFailed()
{
gFailureTimeout = null;
++gTestResults.FailedLoad;
gDumpLog("REFTEST TEST-UNEXPECTED-FAIL | " +
gURLs[0]["url" + gState].spec + " | " + gFailureReason + "\n");
FinishTestItem();
}
function FinishTestItem()
{
// Replace document with BLANK_URL_FOR_CLEARING in case there are
// assertions when unloading.
gDumpLog("REFTEST INFO | Loading a blank page\n");
gClearingForAssertionCheck = true;
gBrowser.loadURI(BLANK_URL_FOR_CLEARING);
}
function DoAssertionCheck()
{
gClearingForAssertionCheck = false;
if (gDebug.isDebugBuild) {
var newAssertionCount = gDebug.assertionCount;
var numAsserts = newAssertionCount - gAssertionCount;
gAssertionCount = newAssertionCount;
var minAsserts = gURLs[0].minAsserts;
var maxAsserts = gURLs[0].maxAsserts;
var expectedAssertions = "expected " + minAsserts;
if (minAsserts != maxAsserts) {
expectedAssertions += " to " + maxAsserts;
}
expectedAssertions += " assertions";
if (numAsserts < minAsserts) {
++gTestResults.AssertionUnexpectedFixed;
gDumpLog("REFTEST TEST-UNEXPECTED-PASS | " + gURLs[0].prettyPath +
" | assertion count " + numAsserts + " is less than " +
expectedAssertions + "\n");
} else if (numAsserts > maxAsserts) {
++gTestResults.AssertionUnexpected;
gDumpLog("REFTEST TEST-UNEXPECTED-FAIL | " + gURLs[0].prettyPath +
" | assertion count " + numAsserts + " is more than " +
expectedAssertions + "\n");
} else if (numAsserts != 0) {
++gTestResults.AssertionKnown;
gDumpLog("REFTEST TEST-KNOWN-FAIL | " + gURLs[0].prettyPath +
" | assertion count " + numAsserts + " matches " +
expectedAssertions + "\n");
}
}
// And start the next test.
gURLs.shift();
StartCurrentTest();
}
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