#!/usr/bin/perl
# Copyright (C) 2005, 2006, 2007, 2008, 2009 Apple Inc. All rights reserved.
# Copyright (C) 2006 Alexey Proskuryakov (ap@nypop.com)
# Copyright (C) 2007 Matt Lilek (pewtermoose@gmail.com)
# Copyright (C) 2007 Eric Seidel <eric@webkit.org>
# Copyright (C) 2009 Google Inc. All rights reserved.
# Copyright (C) 2009 Andras Becsi (becsi.andras@stud.u-szeged.hu), University of Szeged
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
#
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
# 3. Neither the name of Apple Computer, Inc. ("Apple") nor the names of
# its contributors may be used to endorse or promote products derived
# from this software without specific prior written permission.
#
# THIS SOFTWARE IS PROVIDED BY APPLE AND ITS CONTRIBUTORS "AS IS" AND ANY
# EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
# WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
# DISCLAIMED. IN NO EVENT SHALL APPLE OR ITS CONTRIBUTORS BE LIABLE FOR ANY
# DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
# (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
# ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
# Script to run the WebKit Open Source Project layout tests.
# Run all the tests passed in on the command line.
# If no tests are passed, find all the .html, .shtml, .xml, .xhtml, .pl, .php (and svg) files in the test directory.
# Run each text.
# Compare against the existing file xxx-expected.txt.
# If there is a mismatch, generate xxx-actual.txt and xxx-diffs.txt.
# At the end, report:
# the number of tests that got the expected results
# the number of tests that ran, but did not get the expected results
# the number of tests that failed to run
# the number of tests that were run but had no expected results to compare against
use strict;
use warnings;
use Cwd;
use Data::Dumper;
use Fcntl qw(F_GETFL F_SETFL O_NONBLOCK);
use File::Basename;
use File::Copy;
use File::Find;
use File::Path;
use File::Spec;
use File::Spec::Functions;
use FindBin;
use Getopt::Long;
use IPC::Open2;
use IPC::Open3;
use Time::HiRes qw(time usleep);
use List::Util 'shuffle';
use lib $FindBin::Bin;
use webkitperl::features;
use webkitperl::httpd;
use webkitdirs;
use VCSUtils;
use POSIX;
sub buildPlatformResultHierarchy();
sub buildPlatformTestHierarchy(@);
sub closeCygpaths();
sub closeDumpTool();
sub closeWebSocketServer();
sub configureAndOpenHTTPDIfNeeded();
sub countAndPrintLeaks($$$);
sub countFinishedTest($$$$);
sub deleteExpectedAndActualResults($);
sub dumpToolDidCrash();
sub epiloguesAndPrologues($$);
sub expectedDirectoryForTest($;$;$);
sub fileNameWithNumber($$);
sub htmlForResultsSection(\@$&);
sub isTextOnlyTest($);
sub launchWithEnv(\@\%);
sub resolveAndMakeTestResultsDirectory();
sub numericcmp($$);
sub openDiffTool();
sub openDumpTool();
sub parseLeaksandPrintUniqueLeaks();
sub openWebSocketServerIfNeeded();
sub pathcmp($$);
sub printFailureMessageForTest($$);
sub processIgnoreTests($$);
sub readFromDumpToolWithTimer(**);
sub readSkippedFiles($);
sub recordActualResultsAndDiff($$);
sub sampleDumpTool();
sub setFileHandleNonBlocking(*$);
sub slowestcmp($$);
sub splitpath($);
sub stripExtension($);
sub stripMetrics($$);
sub testCrashedOrTimedOut($$$$$);
sub toURL($);
sub toWindowsPath($);
sub validateSkippedArg($$;$);
sub writeToFile($$);
# Argument handling
my $addPlatformExceptions = 0;
my $complexText = 0;
my $exitAfterNFailures = 0;
my $generateNewResults = isAppleMacWebKit() ? 1 : 0;
my $guardMalloc = '';
my $httpdPort = 8000;
my $httpdSSLPort = 8443;
my $ignoreMetrics = 0;
my $webSocketPort = 8880;
# wss is disabled until all platforms support pyOpenSSL.
# my $webSocketSecurePort = 9323;
my $ignoreTests = '';
my $iterations = 1;
my $launchSafari = 1;
my $mergeDepth;
my $pixelTests = '';
my $platform;
my $quiet = '';
my $randomizeTests = 0;
my $repeatEach = 1;
my $report10Slowest = 0;
my $resetResults = 0;
my $reverseTests = 0;
my $root;
my $runSample = 1;
my $shouldCheckLeaks = 0;
my $showHelp = 0;
my $stripEditingCallbacks = isCygwin();
my $testHTTP = 1;
my $testMedia = 1;
my $tmpDir = "/tmp";
my $testResultsDirectory = File::Spec->catfile($tmpDir, "layout-test-results");
my $testsPerDumpTool = 1000;
my $threaded = 0;
# DumpRenderTree has an internal timeout of 15 seconds, so this must be > 15.
my $timeoutSeconds = 20;
my $tolerance = 0;
my $treatSkipped = "default";
my $useRemoteLinksToTests = 0;
my $useValgrind = 0;
my $verbose = 0;
my $shouldWaitForHTTPD = 0;
my @leaksFilenames;
if (isWindows() || isMsys()) {
print "This script has to be run under Cygwin to function correctly.\n";
exit 1;
}
# Default to --no-http for wx for now.
$testHTTP = 0 if (isWx());
my $expectedTag = "expected";
my $actualTag = "actual";
my $prettyDiffTag = "pretty-diff";
my $diffsTag = "diffs";
my $errorTag = "stderr";
my @macPlatforms = ("mac-tiger", "mac-leopard", "mac-snowleopard", "mac");
if (isAppleMacWebKit()) {
if (isTiger()) {
$platform = "mac-tiger";
$tolerance = 1.0;
} elsif (isLeopard()) {
$platform = "mac-leopard";
$tolerance = 0.1;
} elsif (isSnowLeopard()) {
$platform = "mac-snowleopard";
$tolerance = 0.1;
} else {
$platform = "mac";
}
} elsif (isQt()) {
if (isDarwin()) {
$platform = "qt-mac";
} elsif (isLinux()) {
$platform = "qt-linux";
} elsif (isWindows() || isCygwin()) {
$platform = "qt-win";
} else {
$platform = "qt";
}
} elsif (isGtk()) {
$platform = "gtk";
if (!$ENV{"WEBKIT_TESTFONTS"}) {
print "The WEBKIT_TESTFONTS environment variable is not defined.\n";
print "You must set it before running the tests.\n";
print "Use git to grab the actual fonts from http://gitorious.org/qtwebkit/testfonts\n";
exit 1;
}
} elsif (isWx()) {
$platform = "wx";
} elsif (isCygwin()) {
$platform = "win";
}
if (!defined($platform)) {
print "WARNING: Your platform is not recognized. Any platform-specific results will be generated in platform/undefined.\n";
$platform = "undefined";
}
my $programName = basename($0);
my $launchSafariDefault = $launchSafari ? "launch" : "do not launch";
my $httpDefault = $testHTTP ? "run" : "do not run";
my $sampleDefault = $runSample ? "run" : "do not run";
my $usage = <<EOF;
Usage: $programName [options] [testdir|testpath ...]
--add-platform-exceptions Put new results for non-platform-specific failing tests into the platform-specific results directory
--complex-text Use the complex text code path for all text (Mac OS X and Windows only)
-c|--configuration config Set DumpRenderTree build configuration
-g|--guard-malloc Enable malloc guard
--exit-after-n-failures N Exit after the first N failures instead of running all tests
-h|--help Show this help message
--[no-]http Run (or do not run) http tests (default: $httpDefault)
--[no-]wait-for-httpd Wait for httpd if some other test session is using it already (same as WEBKIT_WAIT_FOR_HTTPD=1). (default: $shouldWaitForHTTPD)
-i|--ignore-tests Comma-separated list of directories or tests to ignore
--iterations n Number of times to run the set of tests (e.g. ABCABCABC)
--[no-]launch-safari Launch (or do not launch) Safari to display test results (default: $launchSafariDefault)
-l|--leaks Enable leaks checking
--[no-]new-test-results Generate results for new tests
--nthly n Restart DumpRenderTree every n tests (default: $testsPerDumpTool)
-p|--pixel-tests Enable pixel tests
--tolerance t Ignore image differences less than this percentage (default: $tolerance)
--platform Override the detected platform to use for tests and results (default: $platform)
--port Web server port to use with http tests
-q|--quiet Less verbose output
--reset-results Reset ALL results (including pixel tests if --pixel-tests is set)
-o|--results-directory Output results directory (default: $testResultsDirectory)
--random Run the tests in a random order
--repeat-each n Number of times to run each test (e.g. AAABBBCCC)
--reverse Run the tests in reverse alphabetical order
--root Path to root tools build
--[no-]sample-on-timeout Run sample on timeout (default: $sampleDefault) (Mac OS X only)
-1|--singly Isolate each test case run (implies --nthly 1 --verbose)
--skipped=[default|ignore|only] Specifies how to treat the Skipped file
default: Tests/directories listed in the Skipped file are not tested
ignore: The Skipped file is ignored
only: Only those tests/directories listed in the Skipped file will be run
--slowest Report the 10 slowest tests
--ignore-metrics Ignore metrics in tests
--[no-]strip-editing-callbacks Remove editing callbacks from expected results
-t|--threaded Run a concurrent JavaScript thead with each test
--timeout t Sets the number of seconds before a test times out (default: $timeoutSeconds)
--valgrind Run DumpRenderTree inside valgrind (Qt/Linux only)
-v|--verbose More verbose output (overrides --quiet)
-m|--merge-leak-depth arg Merges leak callStacks and prints the number of unique leaks beneath a callstack depth of arg. Defaults to 5.
--use-remote-links-to-tests Link to test files within the SVN repository in the results.
EOF
setConfiguration();
my $getOptionsResult = GetOptions(
'add-platform-exceptions' => \$addPlatformExceptions,
'complex-text' => \$complexText,
'exit-after-n-failures=i' => \$exitAfterNFailures,
'guard-malloc|g' => \$guardMalloc,
'help|h' => \$showHelp,
'http!' => \$testHTTP,
'wait-for-httpd!' => \$shouldWaitForHTTPD,
'ignore-metrics!' => \$ignoreMetrics,
'ignore-tests|i=s' => \$ignoreTests,
'iterations=i' => \$iterations,
'launch-safari!' => \$launchSafari,
'leaks|l' => \$shouldCheckLeaks,
'merge-leak-depth|m:5' => \$mergeDepth,
'new-test-results!' => \$generateNewResults,
'nthly=i' => \$testsPerDumpTool,
'pixel-tests|p' => \$pixelTests,
'platform=s' => \$platform,
'port=i' => \$httpdPort,
'quiet|q' => \$quiet,
'random' => \$randomizeTests,
'repeat-each=i' => \$repeatEach,
'reset-results' => \$resetResults,
'results-directory|o=s' => \$testResultsDirectory,
'reverse' => \$reverseTests,
'root=s' => \$root,
'sample-on-timeout!' => \$runSample,
'singly|1' => sub { $testsPerDumpTool = 1; },
'skipped=s' => \&validateSkippedArg,
'slowest' => \$report10Slowest,
'strip-editing-callbacks!' => \$stripEditingCallbacks,
'threaded|t' => \$threaded,
'timeout=i' => \$timeoutSeconds,
'tolerance=f' => \$tolerance,
'use-remote-links-to-tests' => \$useRemoteLinksToTests,
'valgrind' => \$useValgrind,
'verbose|v' => \$verbose,
);
if (!$getOptionsResult || $showHelp) {
print STDERR $usage;
exit 1;
}
my $ignoreSkipped = $treatSkipped eq "ignore";
my $skippedOnly = $treatSkipped eq "only";
my $configuration = configuration();
# We need an environment variable to be able to enable the feature per-slave
$shouldWaitForHTTPD = $ENV{"WEBKIT_WAIT_FOR_HTTPD"} unless ($shouldWaitForHTTPD);
$verbose = 1 if $testsPerDumpTool == 1;
if ($shouldCheckLeaks && $testsPerDumpTool > 1000) {
print STDERR "\nWARNING: Running more than 1000 tests at a time with MallocStackLogging enabled may cause a crash.\n\n";
}
# Stack logging does not play well with QuickTime on Tiger (rdar://problem/5537157)
$testMedia = 0 if $shouldCheckLeaks && isTiger();
# Generating remote links causes a lot of unnecessary spew on GTK build bot
$useRemoteLinksToTests = 0 if isGtk();
setConfigurationProductDir(Cwd::abs_path($root)) if (defined($root));
my $productDir = productDir();
$productDir .= "/bin" if isQt();
$productDir .= "/Programs" if isGtk();
chdirWebKit();
if (!defined($root)) {
print STDERR "Running build-dumprendertree\n";
local *DEVNULL;
my ($childIn, $childOut, $childErr);
if ($quiet) {
open(DEVNULL, ">", File::Spec->devnull()) or die "Failed to open /dev/null";
$childOut = ">&DEVNULL";
$childErr = ">&DEVNULL";
} else {
# When not quiet, let the child use our stdout/stderr.
$childOut = ">&STDOUT";
$childErr = ">&STDERR";
}
my @args = argumentsForConfiguration();
my $buildProcess = open3($childIn, $childOut, $childErr, "WebKitTools/Scripts/build-dumprendertree", @args) or die "Failed to run build-dumprendertree";
close($childIn);
waitpid $buildProcess, 0;
my $buildResult = $?;
close($childOut);
close($childErr);
close DEVNULL if ($quiet);
if ($buildResult) {
print STDERR "Compiling DumpRenderTree failed!\n";
exit exitStatus($buildResult);
}
}
my $dumpToolName = "DumpRenderTree";
$dumpToolName .= "_debug" if isCygwin() && configurationForVisualStudio() !~ /^Release|Debug_Internal$/;
my $dumpTool = "$productDir/$dumpToolName";
die "can't find executable $dumpToolName (looked in $productDir)\n" unless -x $dumpTool;
my $imageDiffTool = "$productDir/ImageDiff";
$imageDiffTool .= "_debug" if isCygwin() && configurationForVisualStudio() !~ /^Release|Debug_Internal$/;
die "can't find executable $imageDiffTool (looked in $productDir)\n" if $pixelTests && !-x $imageDiffTool;
checkFrameworks() unless isCygwin();
if (isAppleMacWebKit()) {
push @INC, $productDir;
require DumpRenderTreeSupport;
}
my $layoutTestsName = "LayoutTests";
my $testDirectory = File::Spec->rel2abs($layoutTestsName);
my $expectedDirectory = $testDirectory;
my $platformBaseDirectory = catdir($testDirectory, "platform");
my $platformTestDirectory = catdir($platformBaseDirectory, $platform);
my @platformResultHierarchy = buildPlatformResultHierarchy();
my @platformTestHierarchy = buildPlatformTestHierarchy(@platformResultHierarchy);
$expectedDirectory = $ENV{"WebKitExpectedTestResultsDirectory"} if $ENV{"WebKitExpectedTestResultsDirectory"};
$testResultsDirectory = File::Spec->rel2abs($testResultsDirectory);
my $testResults = File::Spec->catfile($testResultsDirectory, "results.html");
print "Running tests from $testDirectory\n";
if ($pixelTests) {
print "Enabling pixel tests with a tolerance of $tolerance%\n";
if (isDarwin()) {
print "WARNING: Temporarily changing the main display color profile:\n";
print "\tThe colors on your screen will change for the duration of the testing.\n";
print "\tThis allows the pixel tests to have consistent color values across all machines.\n";
if (isPerianInstalled()) {
print "WARNING: Perian's QuickTime component is installed and this may affect pixel test results!\n";
print "\tYou should avoid generating new pixel results in this environment.\n";
print "\tSee https://bugs.webkit.org/show_bug.cgi?id=22615 for details.\n";
}
}
}
system "ln", "-s", $testDirectory, "/tmp/LayoutTests" unless -x "/tmp/LayoutTests";
my %ignoredFiles = ( "results.html" => 1 );
my %ignoredDirectories = map { $_ => 1 } qw(platform);
my %ignoredLocalDirectories = map { $_ => 1 } qw(.svn _svn resources script-tests);
my %supportedFileExtensions = map { $_ => 1 } qw(html shtml xml xhtml pl php);
if (!checkWebCoreFeatureSupport("MathML", 0)) {
$ignoredDirectories{'mathml'} = 1;
}
# FIXME: We should fix webkitperl/features.pm:hasFeature() to do the correct feature detection for Cygwin.
if (checkWebCoreFeatureSupport("SVG", 0)) {
$supportedFileExtensions{'svg'} = 1;
} elsif (isCygwin()) {
$supportedFileExtensions{'svg'} = 1;
} else {
$ignoredLocalDirectories{'svg'} = 1;
}
if (!$testHTTP) {
$ignoredDirectories{'http'} = 1;
$ignoredDirectories{'websocket'} = 1;
}
if (!$testMedia) {
$ignoredDirectories{'media'} = 1;
$ignoredDirectories{'http/tests/media'} = 1;
}
if (!checkWebCoreFeatureSupport("Accelerated Compositing", 0)) {
$ignoredDirectories{'compositing'} = 1;
}
if (!checkWebCoreFeatureSupport("3D Rendering", 0)) {
$ignoredDirectories{'animations/3d'} = 1;
$ignoredDirectories{'transforms/3d'} = 1;
}
if (!checkWebCoreFeatureSupport("3D Canvas", 0)) {
$ignoredDirectories{'fast/canvas/webgl'} = 1;
}
if (checkWebCoreFeatureSupport("WML", 0)) {
$supportedFileExtensions{'wml'} = 1;
} else {
$ignoredDirectories{'http/tests/wml'} = 1;
$ignoredDirectories{'fast/wml'} = 1;
$ignoredDirectories{'wml'} = 1;
}
if (!checkWebCoreFeatureSupport("XHTMLMP", 0)) {
$ignoredDirectories{'fast/xhtmlmp'} = 1;
}
processIgnoreTests($ignoreTests, "ignore-tests") if $ignoreTests;
if (!$ignoreSkipped) {
if (!$skippedOnly || @ARGV == 0) {
readSkippedFiles("");
} else {
# Since readSkippedFiles() appends to @ARGV, we must use a foreach
# loop so that we only iterate over the original argument list.
foreach my $argnum (0 .. $#ARGV) {
readSkippedFiles(shift @ARGV);
}
}
}
my @tests = findTestsToRun();
die "no tests to run\n" if !@tests;
my %counts;
my %tests;
my %imagesPresent;
my %imageDifferences;
my %durations;
my $count = 0;
my $leaksOutputFileNumber = 1;
my $totalLeaks = 0;
my @toolArgs = ();
push @toolArgs, "--pixel-tests" if $pixelTests;
push @toolArgs, "--threaded" if $threaded;
push @toolArgs, "--complex-text" if $complexText;
push @toolArgs, "-";
my @diffToolArgs = ();
push @diffToolArgs, "--tolerance", $tolerance;
$| = 1;
my $dumpToolPID;
my $isDumpToolOpen = 0;
my $dumpToolCrashed = 0;
my $imageDiffToolPID;
my $isDiffToolOpen = 0;
my $atLineStart = 1;
my $lastDirectory = "";
my $isHttpdOpen = 0;
my $isWebSocketServerOpen = 0;
my $webSocketServerPID = 0;
my $failedToStartWebSocketServer = 0;
# wss is disabled until all platforms support pyOpenSSL.
# my $webSocketSecureServerPID = 0;
sub catch_pipe { $dumpToolCrashed = 1; }
$SIG{"PIPE"} = "catch_pipe";
print "Testing ", scalar @tests, " test cases";
print " $iterations times" if ($iterations > 1);
print ", repeating each test $repeatEach times" if ($repeatEach > 1);
print ".\n";
my $overallStartTime = time;
my %expectedResultPaths;
my @originalTests = @tests;
# Add individual test repetitions
if ($repeatEach > 1) {
@tests = ();
foreach my $test (@originalTests) {
for (my $i = 0; $i < $repeatEach; $i++) {
push(@tests, $test);
}
}
}
# Add test set repetitions
for (my $i = 1; $i < $iterations; $i++) {
push(@tests, @originalTests);
}
for my $test (@tests) {
my $newDumpTool = not $isDumpToolOpen;
openDumpTool();
my $base = stripExtension($test);
my $expectedExtension = ".txt";
my $dir = $base;
$dir =~ s|/[^/]+$||;
if ($newDumpTool || $dir ne $lastDirectory) {
foreach my $logue (epiloguesAndPrologues($newDumpTool ? "" : $lastDirectory, $dir)) {
if (isCygwin()) {
$logue = toWindowsPath($logue);
} else {
$logue = canonpath($logue);
}
if ($verbose) {
print "running epilogue or prologue $logue\n";
}
print OUT "$logue\n";
# Throw away output from DumpRenderTree.
# Once for the test output and once for pixel results (empty)
while (<IN>) {
last if /#EOF/;
}
while (<IN>) {
last if /#EOF/;
}
}
}
if ($verbose) {
print "running $test -> ";
$atLineStart = 0;
} elsif (!$quiet) {
if ($dir ne $lastDirectory) {
print "\n" unless $atLineStart;
print "$dir ";
}
print ".";
$atLineStart = 0;
}
$lastDirectory = $dir;
my $result;
my $startTime = time if $report10Slowest;
# Try to read expected hash file for pixel tests
my $suffixExpectedHash = "";
if ($pixelTests && !$resetResults) {
my $expectedPixelDir = expectedDirectoryForTest($base, 0, "png");
if (open EXPECTEDHASH, "$expectedPixelDir/$base-$expectedTag.checksum") {
my $expectedHash = <EXPECTEDHASH>;
chomp($expectedHash);
close EXPECTEDHASH;
# Format expected hash into a suffix string that is appended to the path / URL passed to DRT
$suffixExpectedHash = "'$expectedHash";
}
}
if ($test =~ /^http\//) {
configureAndOpenHTTPDIfNeeded();
if ($test !~ /^http\/tests\/local\// && $test !~ /^http\/tests\/ssl\// && $test !~ /^http\/tests\/wml\// && $test !~ /^http\/tests\/media\//) {
my $path = canonpath($test);
$path =~ s/^http\/tests\///;
print OUT "http://127.0.0.1:$httpdPort/$path$suffixExpectedHash\n";
} elsif ($test =~ /^http\/tests\/ssl\//) {
my $path = canonpath($test);
$path =~ s/^http\/tests\///;
print OUT "https://127.0.0.1:$httpdSSLPort/$path$suffixExpectedHash\n";
} else {
my $testPath = "$testDirectory/$test";
if (isCygwin()) {
$testPath = toWindowsPath($testPath);
} else {
$testPath = canonpath($testPath);
}
print OUT "$testPath$suffixExpectedHash\n";
}
} elsif ($test =~ /^websocket\//) {
if ($test =~ /^websocket\/tests\/local\//) {
my $testPath = "$testDirectory/$test";
if (isCygwin()) {
$testPath = toWindowsPath($testPath);
} else {
$testPath = canonpath($testPath);
}
print OUT "$testPath\n";
} else {
if (openWebSocketServerIfNeeded()) {
my $path = canonpath($test);
if ($test =~ /^websocket\/tests\/ssl\//) {
# wss is disabled until all platforms support pyOpenSSL.
print STDERR "Error: wss is disabled until all platforms support pyOpenSSL.";
# print OUT "https://127.0.0.1:$webSocketSecurePort/$path\n";
} else {
print OUT "http://127.0.0.1:$webSocketPort/$path\n";
}
} else {
# We failed to launch the WebSocket server. Display a useful error message rather than attempting
# to run tests that expect the server to be available.
my $errorMessagePath = "$testDirectory/websocket/resources/server-failed-to-start.html";
$errorMessagePath = isCygwin() ? toWindowsPath($errorMessagePath) : canonpath($errorMessagePath);
print OUT "$errorMessagePath\n";
}
}
} else {
my $testPath = "$testDirectory/$test";
if (isCygwin()) {
$testPath = toWindowsPath($testPath);
} else {
$testPath = canonpath($testPath);
}
print OUT "$testPath$suffixExpectedHash\n" if defined $testPath;
}
# DumpRenderTree is expected to dump two "blocks" to stdout for each test.
# Each block is terminated by a #EOF on a line by itself.
# The first block is the output of the test (in text, RenderTree or other formats).
# The second block is for optional pixel data in PNG format, and may be empty if
# pixel tests are not being run, or the test does not dump pixels (e.g. text tests).
my $readResults = readFromDumpToolWithTimer(IN, ERROR);
my $actual = $readResults->{output};
my $error = $readResults->{error};
$expectedExtension = $readResults->{extension};
my $expectedFileName = "$base-$expectedTag.$expectedExtension";
my $isText = isTextOnlyTest($actual);
my $expectedDir = expectedDirectoryForTest($base, $isText, $expectedExtension);
$expectedResultPaths{$base} = "$expectedDir/$expectedFileName";
unless ($readResults->{status} eq "success") {
my $crashed = $readResults->{status} eq "crashed";
testCrashedOrTimedOut($test, $base, $crashed, $actual, $error);
countFinishedTest($test, $base, $crashed ? "crash" : "timedout", 0);
next;
}
$durations{$test} = time - $startTime if $report10Slowest;
my $expected;
if (!$resetResults && open EXPECTED, "<", "$expectedDir/$expectedFileName") {
$expected = "";
while (<EXPECTED>) {
next if $stripEditingCallbacks && $_ =~ /^EDITING DELEGATE:/;
$expected .= $_;
}
close EXPECTED;
}
if ($ignoreMetrics && !$isText && defined $expected) {
($actual, $expected) = stripMetrics($actual, $expected);
}
if ($shouldCheckLeaks && $testsPerDumpTool == 1) {
print " $test -> ";
}
my $actualPNG = "";
my $diffPNG = "";
my $diffPercentage = 0;
my $diffResult = "passed";
my $actualHash = "";
my $expectedHash = "";
my $actualPNGSize = 0;
while (<IN>) {
last if /#EOF/;
if (/ActualHash: ([a-f0-9]{32})/) {
$actualHash = $1;
} elsif (/ExpectedHash: ([a-f0-9]{32})/) {
$expectedHash = $1;
} elsif (/Content-Length: (\d+)\s*/) {
$actualPNGSize = $1;
read(IN, $actualPNG, $actualPNGSize);
}
}
if ($verbose && $pixelTests && !$resetResults && $actualPNGSize) {
if ($actualHash eq "" && $expectedHash eq "") {
printFailureMessageForTest($test, "WARNING: actual & expected pixel hashes are missing!");
} elsif ($actualHash eq "") {
printFailureMessageForTest($test, "WARNING: actual pixel hash is missing!");
} elsif ($expectedHash eq "") {
printFailureMessageForTest($test, "WARNING: expected pixel hash is missing!");
}
}
if ($actualPNGSize > 0) {
my $expectedPixelDir = expectedDirectoryForTest($base, 0, "png");
if (!$resetResults && ($expectedHash ne $actualHash || ($actualHash eq "" && $expectedHash eq ""))) {
if (-f "$expectedPixelDir/$base-$expectedTag.png") {
my $expectedPNGSize = -s "$expectedPixelDir/$base-$expectedTag.png";
my $expectedPNG = "";
open EXPECTEDPNG, "$expectedPixelDir/$base-$expectedTag.png";
read(EXPECTEDPNG, $expectedPNG, $expectedPNGSize);
openDiffTool();
print DIFFOUT "Content-Length: $actualPNGSize\n";
print DIFFOUT $actualPNG;
print DIFFOUT "Content-Length: $expectedPNGSize\n";
print DIFFOUT $expectedPNG;
while (<DIFFIN>) {
last if /^error/ || /^diff:/;
if (/Content-Length: (\d+)\s*/) {
read(DIFFIN, $diffPNG, $1);
}
}
if (/^diff: (.+)% (passed|failed)/) {
$diffPercentage = $1 + 0;
$imageDifferences{$base} = $diffPercentage;
$diffResult = $2;
}
if (!$diffPercentage) {
printFailureMessageForTest($test, "pixel hash failed (but pixel test still passes)");
}
} elsif ($verbose) {
printFailureMessageForTest($test, "WARNING: expected image is missing!");
}
}
if ($resetResults || !-f "$expectedPixelDir/$base-$expectedTag.png") {
mkpath catfile($expectedPixelDir, dirname($base)) if $testDirectory ne $expectedPixelDir;
writeToFile("$expectedPixelDir/$base-$expectedTag.png", $actualPNG);
}
if ($actualHash ne "" && ($resetResults || !-f "$expectedPixelDir/$base-$expectedTag.checksum")) {
writeToFile("$expectedPixelDir/$base-$expectedTag.checksum", $actualHash);
}
}
if (dumpToolDidCrash()) {
$result = "crash";
testCrashedOrTimedOut($test, $base, 1, $actual, $error);
} elsif (!defined $expected) {
if ($verbose) {
print "new " . ($resetResults ? "result" : "test") ."\n";
$atLineStart = 1;
}
$result = "new";
if ($generateNewResults || $resetResults) {
mkpath catfile($expectedDir, dirname($base)) if $testDirectory ne $expectedDir;
writeToFile("$expectedDir/$expectedFileName", $actual);
}
deleteExpectedAndActualResults($base);
recordActualResultsAndDiff($base, $actual);
if (!$resetResults) {
# Always print the file name for new tests, as they will probably need some manual inspection.
# in verbose mode we already printed the test case, so no need to do it again.
unless ($verbose) {
print "\n" unless $atLineStart;
print "$test -> ";
}
my $resultsDir = catdir($expectedDir, dirname($base));
if ($generateNewResults) {
print "new (results generated in $resultsDir)\n";
} else {
print "new\n";
}
$atLineStart = 1;
}
} elsif ($actual eq $expected && $diffResult eq "passed") {
if ($verbose) {
print "succeeded\n";
$atLineStart = 1;
}
$result = "match";
deleteExpectedAndActualResults($base);
} else {
$result = "mismatch";
my $pixelTestFailed = $pixelTests && $diffPNG && $diffPNG ne "";
my $testFailed = $actual ne $expected;
my $message = !$testFailed ? "pixel test failed" : "failed";
if (($testFailed || $pixelTestFailed) && $addPlatformExceptions) {
my $testBase = catfile($testDirectory, $base);
my $expectedBase = catfile($expectedDir, $base);
my $testIsMaximallyPlatformSpecific = $testBase =~ m|^\Q$platformTestDirectory\E/|;
my $expectedResultIsMaximallyPlatformSpecific = $expectedBase =~ m|^\Q$platformTestDirectory\E/|;
if (!$testIsMaximallyPlatformSpecific && !$expectedResultIsMaximallyPlatformSpecific) {
mkpath catfile($platformTestDirectory, dirname($base));
if ($testFailed) {
my $expectedFile = catfile($platformTestDirectory, "$expectedFileName");
writeToFile("$expectedFile", $actual);
}
if ($pixelTestFailed) {
my $expectedFile = catfile($platformTestDirectory, "$base-$expectedTag.checksum");
writeToFile("$expectedFile", $actualHash);
$expectedFile = catfile($platformTestDirectory, "$base-$expectedTag.png");
writeToFile("$expectedFile", $actualPNG);
}
$message .= " (results generated in $platformTestDirectory)";
}
}
printFailureMessageForTest($test, $message);
my $dir = "$testResultsDirectory/$base";
$dir =~ s|/([^/]+)$|| or die "Failed to find test name from base\n";
my $testName = $1;
mkpath $dir;
deleteExpectedAndActualResults($base);
recordActualResultsAndDiff($base, $actual);
if ($pixelTestFailed) {
$imagesPresent{$base} = 1;
writeToFile("$testResultsDirectory/$base-$actualTag.png", $actualPNG);
writeToFile("$testResultsDirectory/$base-$diffsTag.png", $diffPNG);
my $expectedPixelDir = expectedDirectoryForTest($base, 0, "png");
copy("$expectedPixelDir/$base-$expectedTag.png", "$testResultsDirectory/$base-$expectedTag.png");
open DIFFHTML, ">$testResultsDirectory/$base-$diffsTag.html" or die;
print DIFFHTML "<html>\n";
print DIFFHTML "<head>\n";
print DIFFHTML "<title>$base Image Compare</title>\n";
print DIFFHTML "<script language=\"Javascript\" type=\"text/javascript\">\n";
print DIFFHTML "var currentImage = 0;\n";
print DIFFHTML "var imageNames = new Array(\"Actual\", \"Expected\");\n";
print DIFFHTML "var imagePaths = new Array(\"$testName-$actualTag.png\", \"$testName-$expectedTag.png\");\n";
if (-f "$testDirectory/$base-w3c.png") {
copy("$testDirectory/$base-w3c.png", "$testResultsDirectory/$base-w3c.png");
print DIFFHTML "imageNames.push(\"W3C\");\n";
print DIFFHTML "imagePaths.push(\"$testName-w3c.png\");\n";
}
print DIFFHTML "function animateImage() {\n";
print DIFFHTML " var image = document.getElementById(\"animatedImage\");\n";
print DIFFHTML " var imageText = document.getElementById(\"imageText\");\n";
print DIFFHTML " image.src = imagePaths[currentImage];\n";
print DIFFHTML " imageText.innerHTML = imageNames[currentImage] + \" Image\";\n";
print DIFFHTML " currentImage = (currentImage + 1) % imageNames.length;\n";
print DIFFHTML " setTimeout('animateImage()',2000);\n";
print DIFFHTML "}\n";
print DIFFHTML "</script>\n";
print DIFFHTML "</head>\n";
print DIFFHTML "<body onLoad=\"animateImage();\">\n";
print DIFFHTML "<table>\n";
if ($diffPercentage) {
print DIFFHTML "<tr>\n";
print DIFFHTML "<td>Difference between images: <a href=\"$testName-$diffsTag.png\">$diffPercentage%</a></td>\n";
print DIFFHTML "</tr>\n";
}
print DIFFHTML "<tr>\n";
print DIFFHTML "<td><a href=\"" . toURL("$testDirectory/$test") . "\">test file</a></td>\n";
print DIFFHTML "</tr>\n";
print DIFFHTML "<tr>\n";
print DIFFHTML "<td id=\"imageText\" style=\"text-weight: bold;\">Actual Image</td>\n";
print DIFFHTML "</tr>\n";
print DIFFHTML "<tr>\n";
print DIFFHTML "<td><img src=\"$testName-$actualTag.png\" id=\"animatedImage\"></td>\n";
print DIFFHTML "</tr>\n";
print DIFFHTML "</table>\n";
print DIFFHTML "</body>\n";
print DIFFHTML "</html>\n";
}
}
if ($error) {
my $dir = "$testResultsDirectory/$base";
$dir =~ s|/([^/]+)$|| or die "Failed to find test name from base\n";
mkpath $dir;
writeToFile("$testResultsDirectory/$base-$errorTag.txt", $error);
$counts{error}++;
push @{$tests{error}}, $test;
}
countFinishedTest($test, $base, $result, $isText);
# --reset-results does not check pass vs. fail, so exitAfterNFailures makes no sense with --reset-results.
if ($exitAfterNFailures && !$resetResults) {
my $passCount = $counts{match} || 0; # $counts{match} will be undefined if we've not yet passed a test (e.g. the first test fails).
my $failureCount = $count - $passCount; # "Failure" here includes new tests, timeouts, crashes, etc.
if ($failureCount >= $exitAfterNFailures) {
print "\nExiting early after $failureCount failures. $count tests run.";
closeDumpTool();
last;
}
}
}
my $totalTestingTime = time - $overallStartTime;
my $waitTime = getWaitTime();
if ($waitTime > 0.1) {
my $normalizedTestingTime = $totalTestingTime - $waitTime;
printf "\n%0.2fs HTTPD waiting time\n", $waitTime . "";
printf "%0.2fs normalized testing time", $normalizedTestingTime . "";
}
printf "\n%0.2fs total testing time\n", $totalTestingTime . "";
!$isDumpToolOpen || die "Failed to close $dumpToolName.\n";
$isHttpdOpen = !closeHTTPD();
closeWebSocketServer();
# Because multiple instances of this script are running concurrently we cannot
# safely delete this symlink.
# system "rm /tmp/LayoutTests";
# FIXME: Do we really want to check the image-comparison tool for leaks every time?
if ($isDiffToolOpen && $shouldCheckLeaks) {
$totalLeaks += countAndPrintLeaks("ImageDiff", $imageDiffToolPID, "$testResultsDirectory/ImageDiff-leaks.txt");
}
if ($totalLeaks) {
if ($mergeDepth) {
parseLeaksandPrintUniqueLeaks();
} else {
print "\nWARNING: $totalLeaks total leaks found!\n";
print "See above for individual leaks results.\n" if ($leaksOutputFileNumber > 2);
}
}
close IN;
close OUT;
close ERROR;
if ($report10Slowest) {
print "\n\nThe 10 slowest tests:\n\n";
my $count = 0;
for my $test (sort slowestcmp keys %durations) {
printf "%0.2f secs: %s\n", $durations{$test}, $test;
last if ++$count == 10;
}
}
print "\n";
if ($skippedOnly && $counts{"match"}) {
print "The following tests are in the Skipped file (" . File::Spec->abs2rel("$platformTestDirectory/Skipped", $testDirectory) . "), but succeeded:\n";
foreach my $test (@{$tests{"match"}}) {
print " $test\n";
}
}
if ($resetResults || ($counts{match} && $counts{match} == $count)) {
print "all $count test cases succeeded\n";
unlink $testResults;
exit;
}
printResults();
mkpath $testResultsDirectory;
open HTML, ">", $testResults or die "Failed to open $testResults. $!";
print HTML "<html>\n";
print HTML "<head>\n";
print HTML "<title>Layout Test Results</title>\n";
print HTML "</head>\n";
print HTML "<body>\n";
if ($ignoreMetrics) {
print HTML "<h4>Tested with metrics ignored.</h4>";
}
print HTML htmlForResultsSection(@{$tests{mismatch}}, "Tests where results did not match expected results", \&linksForMismatchTest);
print HTML htmlForResultsSection(@{$tests{timedout}}, "Tests that timed out", \&linksForErrorTest);
print HTML htmlForResultsSection(@{$tests{crash}}, "Tests that caused the DumpRenderTree tool to crash", \&linksForErrorTest);
print HTML htmlForResultsSection(@{$tests{error}}, "Tests that had stderr output", \&linksForErrorTest);
print HTML htmlForResultsSection(@{$tests{new}}, "Tests that had no expected results (probably new)", \&linksForNewTest);
print HTML "</body>\n";
print HTML "</html>\n";
close HTML;
my @configurationArgs = argumentsForConfiguration();
if (isGtk()) {
system "WebKitTools/Scripts/run-launcher", @configurationArgs, "file://".$testResults if $launchSafari;
} elsif (isQt()) {
unshift @configurationArgs, qw(-graphicssystem raster -style windows);
if (isCygwin()) {
$testResults = "/" . toWindowsPath($testResults);
$testResults =~ s/\\/\//g;
}
system "WebKitTools/Scripts/run-launcher", @configurationArgs, "file://".$testResults if $launchSafari;
} elsif (isCygwin()) {
system "cygstart", $testResults if $launchSafari;
} else {
system "WebKitTools/Scripts/run-safari", @configurationArgs, "-NSOpen", $testResults if $launchSafari;
}
closeCygpaths() if isCygwin();
exit 1;
sub countAndPrintLeaks($$$)
{
my ($dumpToolName, $dumpToolPID, $leaksFilePath) = @_;
print "\n" unless $atLineStart;
$atLineStart = 1;
# We are excluding the following reported leaks so they don't get in our way when looking for WebKit leaks:
# This allows us ignore known leaks and only be alerted when new leaks occur. Some leaks are in the old
# versions of the system frameworks that are being used by the leaks bots. Even though a leak has been
# fixed, it will be listed here until the bot has been updated with the newer frameworks.
my @typesToExclude = (
);
my @callStacksToExclude = (
"Flash_EnforceLocalSecurity" # leaks in Flash plug-in code, rdar://problem/4449747
);
if (isTiger()) {
# Leak list for the version of Tiger used on the build bot.
push @callStacksToExclude, (
"CFRunLoopRunSpecific \\| malloc_zone_malloc", "CFRunLoopRunSpecific \\| CFAllocatorAllocate ", # leak in CFRunLoopRunSpecific, rdar://problem/4670839
"CGImageSourceGetPropertiesAtIndex", # leak in ImageIO, rdar://problem/4628809
"FOGetCoveredUnicodeChars", # leak in ATS, rdar://problem/3943604
"GetLineDirectionPreference", "InitUnicodeUtilities", # leaks tool falsely reporting leak in CFNotificationCenterAddObserver, rdar://problem/4964790
"ICCFPrefWrapper::GetPrefDictionary", # leaks in Internet Config. code, rdar://problem/4449794
"NSHTTPURLProtocol setResponseHeader:", # leak in multipart/mixed-replace handling in Foundation, no Radar, but fixed in Leopard
"NSURLCache cachedResponseForRequest", # leak in CFURL cache, rdar://problem/4768430
"PCFragPrepareClosureFromFile", # leak in Code Fragment Manager, rdar://problem/3426998
"WebCore::Selection::toRange", # bug in 'leaks', rdar://problem/4967949
"WebCore::SubresourceLoader::create", # bug in 'leaks', rdar://problem/4985806
"_CFPreferencesDomainDeepCopyDictionary", # leak in CFPreferences, rdar://problem/4220786
"_objc_msgForward", # leak in NSSpellChecker, rdar://problem/4965278
"gldGetString", # leak in OpenGL, rdar://problem/5013699
"_setDefaultUserInfoFromURL", # leak in NSHTTPAuthenticator, rdar://problem/5546453
"SSLHandshake", # leak in SSL, rdar://problem/5546440
"SecCertificateCreateFromData", # leak in SSL code, rdar://problem/4464397
);
push @typesToExclude, (
"THRD", # bug in 'leaks', rdar://problem/3387783
"DRHT", # ditto (endian little hate i)
);
}
if (isLeopard()) {
# Leak list for the version of Leopard used on the build bot.
push @callStacksToExclude, (
"CFHTTPMessageAppendBytes", # leak in CFNetwork, rdar://problem/5435912
"sendDidReceiveDataCallback", # leak in CFNetwork, rdar://problem/5441619
"_CFHTTPReadStreamReadMark", # leak in CFNetwork, rdar://problem/5441468
"httpProtocolStart", # leak in CFNetwork, rdar://problem/5468837
"_CFURLConnectionSendCallbacks", # leak in CFNetwork, rdar://problem/5441600
"DispatchQTMsg", # leak in QuickTime, PPC only, rdar://problem/5667132
"QTMovieContentView createVisualContext", # leak in QuickTime, PPC only, rdar://problem/5667132
"_CopyArchitecturesForJVMVersion", # leak in Java, rdar://problem/5910823
);
}
if (isSnowLeopard()) {
push @callStacksToExclude, (
"readMakerNoteProps", # <rdar://problem/7156432> leak in ImageIO
"QTKitMovieControllerView completeUISetup", # <rdar://problem/7155156> leak in QTKit
);
}
my $leaksTool = sourceDir() . "/WebKitTools/Scripts/run-leaks";
my $excludeString = "--exclude-callstack '" . (join "' --exclude-callstack '", @callStacksToExclude) . "'";
$excludeString .= " --exclude-type '" . (join "' --exclude-type '", @typesToExclude) . "'" if @typesToExclude;
print " ? checking for leaks in $dumpToolName\n";
my $leaksOutput = `$leaksTool $excludeString $dumpToolPID`;
my ($count, $bytes) = $leaksOutput =~ /Process $dumpToolPID: (\d+) leaks? for (\d+) total/;
my ($excluded) = $leaksOutput =~ /(\d+) leaks? excluded/;
my $adjustedCount = $count;
$adjustedCount -= $excluded if $excluded;
if (!$adjustedCount) {
print " - no leaks found\n";
unlink $leaksFilePath;
return 0;
} else {
my $dir = $leaksFilePath;
$dir =~ s|/[^/]+$|| or die;
mkpath $dir;
if ($excluded) {
print " + $adjustedCount leaks ($bytes bytes including $excluded excluded leaks) were found, details in $leaksFilePath\n";
} else {
print " + $count leaks ($bytes bytes) were found, details in $leaksFilePath\n";
}
writeToFile($leaksFilePath, $leaksOutput);
push @leaksFilenames, $leaksFilePath;
}
return $adjustedCount;
}
sub writeToFile($$)
{
my ($filePath, $contents) = @_;
open NEWFILE, ">", "$filePath" or die "Could not create $filePath. $!\n";
print NEWFILE $contents;
close NEWFILE;
}
# Break up a path into the directory (with slash) and base name.
sub splitpath($)
{
my ($path) = @_;
my $pathSeparator = "/";
my $dirname = dirname($path) . $pathSeparator;
$dirname = "" if $dirname eq "." . $pathSeparator;
return ($dirname, basename($path));
}
# Sort first by directory, then by file, so all paths in one directory are grouped
# rather than being interspersed with items from subdirectories.
# Use numericcmp to sort directory and filenames to make order logical.
sub pathcmp($$)
{
my ($patha, $pathb) = @_;
my ($dira, $namea) = splitpath($patha);
my ($dirb, $nameb) = splitpath($pathb);
return numericcmp($dira, $dirb) if $dira ne $dirb;
return numericcmp($namea, $nameb);
}
# Sort numeric parts of strings as numbers, other parts as strings.
# Makes 1.33 come after 1.3, which is cool.
sub numericcmp($$)
{
my ($aa, $bb) = @_;
my @a = split /(\d+)/, $aa;
my @b = split /(\d+)/, $bb;
# Compare one chunk at a time.
# Each chunk is either all numeric digits, or all not numeric digits.
while (@a && @b) {
my $a = shift @a;
my $b = shift @b;
# Use numeric comparison if chunks are non-equal numbers.
return $a <=> $b if $a =~ /^\d/ && $b =~ /^\d/ && $a != $b;
# Use string comparison if chunks are any other kind of non-equal string.
return $a cmp $b if $a ne $b;
}
# One of the two is now empty; compare lengths for result in this case.
return @a <=> @b;
}
# Sort slowest tests first.
sub slowestcmp($$)
{
my ($testa, $testb) = @_;
my $dura = $durations{$testa};
my $durb = $durations{$testb};
return $durb <=> $dura if $dura != $durb;
return pathcmp($testa, $testb);
}
sub launchWithEnv(\@\%)
{
my ($args, $env) = @_;
# Dump the current environment as perl code and then put it in quotes so it is one parameter.
my $environmentDumper = Data::Dumper->new([\%{$env}], [qw(*ENV)]);
$environmentDumper->Indent(0);
$environmentDumper->Purity(1);
my $allEnvVars = $environmentDumper->Dump();
unshift @{$args}, "\"$allEnvVars\"";
my $execScript = File::Spec->catfile(sourceDir(), qw(WebKitTools Scripts execAppWithEnv));
unshift @{$args}, $execScript;
return @{$args};
}
sub resolveAndMakeTestResultsDirectory()
{
my $absTestResultsDirectory = File::Spec->rel2abs(glob $testResultsDirectory);
mkpath $absTestResultsDirectory;
return $absTestResultsDirectory;
}
sub openDiffTool()
{
return if $isDiffToolOpen;
return if !$pixelTests;
my %CLEAN_ENV;
$CLEAN_ENV{MallocStackLogging} = 1 if $shouldCheckLeaks;
$imageDiffToolPID = open2(\*DIFFIN, \*DIFFOUT, $imageDiffTool, launchWithEnv(@diffToolArgs, %CLEAN_ENV)) or die "unable to open $imageDiffTool\n";
$isDiffToolOpen = 1;
}
sub openDumpTool()
{
return if $isDumpToolOpen;
my %CLEAN_ENV;
# Generic environment variables
if (defined $ENV{'WEBKIT_TESTFONTS'}) {
$CLEAN_ENV{WEBKIT_TESTFONTS} = $ENV{'WEBKIT_TESTFONTS'};
}
$CLEAN_ENV{XML_CATALOG_FILES} = ""; # work around missing /etc/catalog <rdar://problem/4292995>
# Platform spesifics
if (isLinux()) {
if (defined $ENV{'DISPLAY'}) {
$CLEAN_ENV{DISPLAY} = $ENV{'DISPLAY'};
} else {
$CLEAN_ENV{DISPLAY} = ":1";
}
if (defined $ENV{'XAUTHORITY'}) {
$CLEAN_ENV{XAUTHORITY} = $ENV{'XAUTHORITY'};
}
$CLEAN_ENV{HOME} = $ENV{'HOME'};
if (defined $ENV{'LD_LIBRARY_PATH'}) {
$CLEAN_ENV{LD_LIBRARY_PATH} = $ENV{'LD_LIBRARY_PATH'};
}
if (defined $ENV{'DBUS_SESSION_BUS_ADDRESS'}) {
$CLEAN_ENV{DBUS_SESSION_BUS_ADDRESS} = $ENV{'DBUS_SESSION_BUS_ADDRESS'};
}
} elsif (isDarwin()) {
if (defined $ENV{'DYLD_LIBRARY_PATH'}) {
$CLEAN_ENV{DYLD_LIBRARY_PATH} = $ENV{'DYLD_LIBRARY_PATH'};
}
$CLEAN_ENV{DYLD_FRAMEWORK_PATH} = $productDir;
$CLEAN_ENV{DYLD_INSERT_LIBRARIES} = "/usr/lib/libgmalloc.dylib" if $guardMalloc;
} elsif (isCygwin()) {
$CLEAN_ENV{HOMEDRIVE} = $ENV{'HOMEDRIVE'};
$CLEAN_ENV{HOMEPATH} = $ENV{'HOMEPATH'};
setPathForRunningWebKitApp(\%CLEAN_ENV);
}
# Port spesifics
if (isQt()) {
$CLEAN_ENV{QTWEBKIT_PLUGIN_PATH} = productDir() . "/lib/plugins";
}
my @args = ($dumpTool, @toolArgs);
if (isAppleMacWebKit() and !isTiger()) {
unshift @args, "arch", "-" . architecture();
}
if ($useValgrind) {
unshift @args, "valgrind", "--suppressions=$platformBaseDirectory/qt/SuppressedValgrindErrors";
}
$CLEAN_ENV{MallocStackLogging} = 1 if $shouldCheckLeaks;
$dumpToolPID = open3(\*OUT, \*IN, \*ERROR, launchWithEnv(@args, %CLEAN_ENV)) or die "Failed to start tool: $dumpTool\n";
$isDumpToolOpen = 1;
$dumpToolCrashed = 0;
}
sub closeDumpTool()
{
return if !$isDumpToolOpen;
close IN;
close OUT;
waitpid $dumpToolPID, 0;
# check for WebCore counter leaks.
if ($shouldCheckLeaks) {
while (<ERROR>) {
print;
}
}
close ERROR;
$isDumpToolOpen = 0;
}
sub dumpToolDidCrash()
{
return 1 if $dumpToolCrashed;
return 0 unless $isDumpToolOpen;
my $pid = waitpid(-1, WNOHANG);
return 1 if ($pid == $dumpToolPID);
# On Mac OS X, crashing may be significantly delayed by crash reporter.
return 0 unless isAppleMacWebKit();
return DumpRenderTreeSupport::processIsCrashing($dumpToolPID);
}
sub configureAndOpenHTTPDIfNeeded()
{
return if $isHttpdOpen;
my $absTestResultsDirectory = resolveAndMakeTestResultsDirectory();
my $listen = "127.0.0.1:$httpdPort";
my @args = (
"-c", "CustomLog \"$absTestResultsDirectory/access_log.txt\" common",
"-c", "ErrorLog \"$absTestResultsDirectory/error_log.txt\"",
"-C", "Listen $listen"
);
my @defaultArgs = getDefaultConfigForTestDirectory($testDirectory);
@args = (@defaultArgs, @args);
waitForHTTPDLock() if $shouldWaitForHTTPD;
$isHttpdOpen = openHTTPD(@args);
}
sub openWebSocketServerIfNeeded()
{
return 1 if $isWebSocketServerOpen;
return 0 if $failedToStartWebSocketServer;
my $webSocketServerPath = "/usr/bin/python";
my $webSocketPythonPath = "WebKitTools/pywebsocket";
my $webSocketHandlerDir = "$testDirectory";
my $webSocketHandlerScanDir = "$testDirectory/websocket/tests";
my $webSocketHandlerMapFile = "$webSocketHandlerScanDir/handler_map.txt";
my $sslCertificate = "$testDirectory/http/conf/webkit-httpd.pem";
my $absTestResultsDirectory = resolveAndMakeTestResultsDirectory();
my $logFile = "$absTestResultsDirectory/pywebsocket_log.txt";
my @args = (
"WebKitTools/pywebsocket/mod_pywebsocket/standalone.py",
"-p", "$webSocketPort",
"-d", "$webSocketHandlerDir",
"-s", "$webSocketHandlerScanDir",
"-m", "$webSocketHandlerMapFile",
"-x", "/websocket/tests/cookies",
"-l", "$logFile",
"--strict",
);
# wss is disabled until all platforms support pyOpenSSL.
# my @argsSecure = (
# "WebKitTools/pywebsocket/mod_pywebsocket/standalone.py",
# "-p", "$webSocketSecurePort",
# "-d", "$webSocketHandlerDir",
# "-t",
# "-k", "$sslCertificate",
# "-c", "$sslCertificate",
# );
$ENV{"PYTHONPATH"} = $webSocketPythonPath;
$webSocketServerPID = open3(\*WEBSOCKETSERVER_IN, \*WEBSOCKETSERVER_OUT, \*WEBSOCKETSERVER_ERR, $webSocketServerPath, @args);
# wss is disabled until all platforms support pyOpenSSL.
# $webSocketSecureServerPID = open3(\*WEBSOCKETSECURESERVER_IN, \*WEBSOCKETSECURESERVER_OUT, \*WEBSOCKETSECURESERVER_ERR, $webSocketServerPath, @argsSecure);
# my @listen = ("http://127.0.0.1:$webSocketPort", "https://127.0.0.1:$webSocketSecurePort");
my @listen = ("http://127.0.0.1:$webSocketPort");
for (my $i = 0; $i < @listen; $i++) {
my $retryCount = 10;
while (system("/usr/bin/curl -k -q --silent --stderr - --output /dev/null $listen[$i]") && $retryCount) {
sleep 1;
--$retryCount;
}
unless ($retryCount) {
print STDERR "Timed out waiting for WebSocketServer to start.\n";
$failedToStartWebSocketServer = 1;
return 0;
}
}
$isWebSocketServerOpen = 1;
return 1;
}
sub closeWebSocketServer()
{
return if !$isWebSocketServerOpen;
close WEBSOCKETSERVER_IN;
close WEBSOCKETSERVER_OUT;
close WEBSOCKETSERVER_ERR;
kill 15, $webSocketServerPID;
# wss is disabled until all platforms support pyOpenSSL.
# close WEBSOCKETSECURESERVER_IN;
# close WEBSOCKETSECURESERVER_OUT;
# close WEBSOCKETSECURESERVER_ERR;
# kill 15, $webSocketSecureServerPID;
$isWebSocketServerOpen = 0;
}
sub fileNameWithNumber($$)
{
my ($base, $number) = @_;
return "$base$number" if ($number > 1);
return $base;
}
sub processIgnoreTests($$)
{
my @ignoreList = split(/\s*,\s*/, shift);
my $listName = shift;
my $disabledSuffix = "-disabled";
my $addIgnoredDirectories = sub {
return () if exists $ignoredLocalDirectories{basename($File::Find::dir)};
$ignoredDirectories{File::Spec->abs2rel($File::Find::dir, $testDirectory)} = 1;
return @_;
};
foreach my $item (@ignoreList) {
my $path = catfile($testDirectory, $item);
if (-d $path) {
$ignoredDirectories{$item} = 1;
find({ preprocess => $addIgnoredDirectories, wanted => sub {} }, $path);
}
elsif (-f $path) {
$ignoredFiles{$item} = 1;
} elsif (-f $path . $disabledSuffix) {
# The test is disabled, so do nothing.
} else {
print "$listName list contained '$item', but no file of that name could be found\n";
}
}
}
sub stripExtension($)
{
my ($test) = @_;
$test =~ s/\.[a-zA-Z]+$//;
return $test;
}
sub isTextOnlyTest($)
{
my ($actual) = @_;
my $isText;
if ($actual =~ /^layer at/ms) {
$isText = 0;
} else {
$isText = 1;
}
return $isText;
}
sub expectedDirectoryForTest($;$;$)
{
my ($base, $isText, $expectedExtension) = @_;
my @directories = @platformResultHierarchy;
push @directories, map { catdir($platformBaseDirectory, $_) } qw(mac-snowleopard mac) if isCygwin();
push @directories, $expectedDirectory;
# If we already have expected results, just return their location.
foreach my $directory (@directories) {
return $directory if (-f "$directory/$base-$expectedTag.$expectedExtension");
}
# For cross-platform tests, text-only results should go in the cross-platform directory,
# while render tree dumps should go in the least-specific platform directory.
return $isText ? $expectedDirectory : $platformResultHierarchy[$#platformResultHierarchy];
}
sub countFinishedTest($$$$)
{
my ($test, $base, $result, $isText) = @_;
if (($count + 1) % $testsPerDumpTool == 0 || $count == $#tests) {
if ($shouldCheckLeaks) {
my $fileName;
if ($testsPerDumpTool == 1) {
$fileName = "$testResultsDirectory/$base-leaks.txt";
} else {
$fileName = "$testResultsDirectory/" . fileNameWithNumber($dumpToolName, $leaksOutputFileNumber) . "-leaks.txt";
}
my $leakCount = countAndPrintLeaks($dumpToolName, $dumpToolPID, $fileName);
$totalLeaks += $leakCount;
$leaksOutputFileNumber++ if ($leakCount);
}
closeDumpTool();
}
$count++;
$counts{$result}++;
push @{$tests{$result}}, $test;
}
sub testCrashedOrTimedOut($$$$$)
{
my ($test, $base, $didCrash, $actual, $error) = @_;
printFailureMessageForTest($test, $didCrash ? "crashed" : "timed out");
sampleDumpTool() unless $didCrash;
my $dir = "$testResultsDirectory/$base";
$dir =~ s|/([^/]+)$|| or die "Failed to find test name from base\n";
mkpath $dir;
deleteExpectedAndActualResults($base);
if (defined($error) && length($error)) {
writeToFile("$testResultsDirectory/$base-$errorTag.txt", $error);
}
recordActualResultsAndDiff($base, $actual);
kill 9, $dumpToolPID unless $didCrash;
closeDumpTool();
}
sub printFailureMessageForTest($$)
{
my ($test, $description) = @_;
unless ($verbose) {
print "\n" unless $atLineStart;
print "$test -> ";
}
print "$description\n";
$atLineStart = 1;
}
my %cygpaths = ();
sub openCygpathIfNeeded($)
{
my ($options) = @_;
return unless isCygwin();
return $cygpaths{$options} if $cygpaths{$options} && $cygpaths{$options}->{"open"};
local (*CYGPATHIN, *CYGPATHOUT);
my $pid = open2(\*CYGPATHIN, \*CYGPATHOUT, "cygpath -f - $options");
my $cygpath = {
"pid" => $pid,
"in" => *CYGPATHIN,
"out" => *CYGPATHOUT,
"open" => 1
};
$cygpaths{$options} = $cygpath;
return $cygpath;
}
sub closeCygpaths()
{
return unless isCygwin();
foreach my $cygpath (values(%cygpaths)) {
close $cygpath->{"in"};
close $cygpath->{"out"};
waitpid($cygpath->{"pid"}, 0);
$cygpath->{"open"} = 0;
}
}
sub convertPathUsingCygpath($$)
{
my ($path, $options) = @_;
my $cygpath = openCygpathIfNeeded($options);
local *inFH = $cygpath->{"in"};
local *outFH = $cygpath->{"out"};
print outFH $path . "\n";
my $convertedPath = <inFH>;
chomp($convertedPath) if defined $convertedPath;
return $convertedPath;
}
sub toWindowsPath($)
{
my ($path) = @_;
return unless isCygwin();
return convertPathUsingCygpath($path, "-w");
}
sub toURL($)
{
my ($path) = @_;
if ($useRemoteLinksToTests) {
my $relativePath = File::Spec->abs2rel($path, $testDirectory);
# If the file is below the test directory then convert it into a link to the file in SVN
if ($relativePath !~ /^\.\.\//) {
my $revision = svnRevisionForDirectory($testDirectory);
my $svnPath = pathRelativeToSVNRepositoryRootForPath($path);
return "http://trac.webkit.org/export/$revision/$svnPath";
}
}
return $path unless isCygwin();
return "file:///" . convertPathUsingCygpath($path, "-m");
}
sub validateSkippedArg($$;$)
{
my ($option, $value, $value2) = @_;
my %validSkippedValues = map { $_ => 1 } qw(default ignore only);
$value = lc($value);
die "Invalid argument '" . $value . "' for option $option" unless $validSkippedValues{$value};
$treatSkipped = $value;
}
sub htmlForResultsSection(\@$&)
{
my ($tests, $description, $linkGetter) = @_;
my @html = ();
return join("\n", @html) unless @{$tests};
push @html, "<p>$description:</p>";
push @html, "<table>";
foreach my $test (@{$tests}) {
push @html, "<tr>";
push @html, "<td><a href=\"" . toURL("$testDirectory/$test") . "\">$test</a></td>";
foreach my $link (@{&{$linkGetter}($test)}) {
push @html, "<td><a href=\"$link->{href}\">$link->{text}</a></td>";
}
push @html, "</tr>";
}
push @html, "</table>";
return join("\n", @html);
}
sub linksForExpectedAndActualResults($)
{
my ($base) = @_;
my @links = ();
return \@links unless -s "$testResultsDirectory/$base-$diffsTag.txt";
my $expectedResultPath = $expectedResultPaths{$base};
my ($expectedResultFileName, $expectedResultsDirectory, $expectedResultExtension) = fileparse($expectedResultPath, qr{\.[^.]+$});
push @links, { href => "$base-$expectedTag$expectedResultExtension", text => "expected" };
push @links, { href => "$base-$actualTag$expectedResultExtension", text => "actual" };
push @links, { href => "$base-$diffsTag.txt", text => "diff" };
push @links, { href => "$base-$prettyDiffTag.html", text => "pretty diff" };
return \@links;
}
sub linksForMismatchTest
{
my ($test) = @_;
my @links = ();
my $base = stripExtension($test);
push @links, @{linksForExpectedAndActualResults($base)};
return \@links unless $pixelTests && $imagesPresent{$base};
push @links, { href => "$base-$expectedTag.png", text => "expected image" };
push @links, { href => "$base-$diffsTag.html", text => "image diffs" };
push @links, { href => "$base-$diffsTag.png", text => "$imageDifferences{$base}%" };
return \@links;
}
sub linksForErrorTest
{
my ($test) = @_;
my @links = ();
my $base = stripExtension($test);
push @links, @{linksForExpectedAndActualResults($base)};
push @links, { href => "$base-$errorTag.txt", text => "stderr" };
return \@links;
}
sub linksForNewTest
{
my ($test) = @_;
my @links = ();
my $base = stripExtension($test);
my $expectedResultPath = $expectedResultPaths{$base};
my ($expectedResultFileName, $expectedResultsDirectory, $expectedResultExtension) = fileparse($expectedResultPath, qr{\.[^.]+$});
push @links, { href => "$base-$actualTag$expectedResultExtension", text => "result" };
if ($pixelTests && $imagesPresent{$base}) {
push @links, { href => "$base-$expectedTag.png", text => "image" };
}
return \@links;
}
sub deleteExpectedAndActualResults($)
{
my ($base) = @_;
unlink "$testResultsDirectory/$base-$actualTag.txt";
unlink "$testResultsDirectory/$base-$diffsTag.txt";
unlink "$testResultsDirectory/$base-$errorTag.txt";
}
sub recordActualResultsAndDiff($$)
{
my ($base, $actualResults) = @_;
return unless defined($actualResults) && length($actualResults);
my $expectedResultPath = $expectedResultPaths{$base};
my ($expectedResultFileNameMinusExtension, $expectedResultDirectoryPath, $expectedResultExtension) = fileparse($expectedResultPath, qr{\.[^.]+$});
my $actualResultsPath = "$testResultsDirectory/$base-$actualTag$expectedResultExtension";
my $copiedExpectedResultsPath = "$testResultsDirectory/$base-$expectedTag$expectedResultExtension";
mkpath(dirname($actualResultsPath));
writeToFile("$actualResultsPath", $actualResults);
if (-f $expectedResultPath) {
copy("$expectedResultPath", "$copiedExpectedResultsPath");
} else {
open EMPTY, ">$copiedExpectedResultsPath";
close EMPTY;
}
my $diffOuputBasePath = "$testResultsDirectory/$base";
my $diffOutputPath = "$diffOuputBasePath-$diffsTag.txt";
system "diff -u \"$copiedExpectedResultsPath\" \"$actualResultsPath\" > \"$diffOutputPath\"";
my $prettyDiffOutputPath = "$diffOuputBasePath-$prettyDiffTag.html";
my $prettyPatchPath = "BugsSite/PrettyPatch/";
my $prettifyPath = "$prettyPatchPath/prettify.rb";
system "ruby -I \"$prettyPatchPath\" \"$prettifyPath\" \"$diffOutputPath\" > \"$prettyDiffOutputPath\"";
}
sub buildPlatformResultHierarchy()
{
mkpath($platformTestDirectory) if ($platform eq "undefined" && !-d "$platformTestDirectory");
my @platforms;
if ($platform =~ /^mac-/) {
my $i;
for ($i = 0; $i < @macPlatforms; $i++) {
last if $macPlatforms[$i] eq $platform;
}
for (; $i < @macPlatforms; $i++) {
push @platforms, $macPlatforms[$i];
}
} elsif ($platform =~ /^qt-/) {
push @platforms, $platform;
push @platforms, "qt";
} else {
@platforms = $platform;
}
my @hierarchy;
for (my $i = 0; $i < @platforms; $i++) {
my $scoped = catdir($platformBaseDirectory, $platforms[$i]);
push(@hierarchy, $scoped) if (-d $scoped);
}
return @hierarchy;
}
sub buildPlatformTestHierarchy(@)
{
my (@platformHierarchy) = @_;
return @platformHierarchy if (@platformHierarchy < 2);
return ($platformHierarchy[0], $platformHierarchy[$#platformHierarchy]);
}
sub epiloguesAndPrologues($$)
{
my ($lastDirectory, $directory) = @_;
my @lastComponents = split('/', $lastDirectory);
my @components = split('/', $directory);
while (@lastComponents) {
if (!defined($components[0]) || $lastComponents[0] ne $components[0]) {
last;
}
shift @components;
shift @lastComponents;
}
my @result;
my $leaving = $lastDirectory;
foreach (@lastComponents) {
my $epilogue = $leaving . "/resources/run-webkit-tests-epilogue.html";
foreach (@platformResultHierarchy) {
push @result, catdir($_, $epilogue) if (stat(catdir($_, $epilogue)));
}
push @result, catdir($testDirectory, $epilogue) if (stat(catdir($testDirectory, $epilogue)));
$leaving =~ s|(^\|/)[^/]+$||;
}
my $entering = $leaving;
foreach (@components) {
$entering .= '/' . $_;
my $prologue = $entering . "/resources/run-webkit-tests-prologue.html";
push @result, catdir($testDirectory, $prologue) if (stat(catdir($testDirectory, $prologue)));
foreach (reverse @platformResultHierarchy) {
push @result, catdir($_, $prologue) if (stat(catdir($_, $prologue)));
}
}
return @result;
}
sub parseLeaksandPrintUniqueLeaks()
{
return unless @leaksFilenames;
my $mergedFilenames = join " ", @leaksFilenames;
my $parseMallocHistoryTool = sourceDir() . "/WebKitTools/Scripts/parse-malloc-history";
open MERGED_LEAKS, "cat $mergedFilenames | $parseMallocHistoryTool --merge-depth $mergeDepth - |" ;
my @leakLines = <MERGED_LEAKS>;
close MERGED_LEAKS;
my $uniqueLeakCount = 0;
my $totalBytes;
foreach my $line (@leakLines) {
++$uniqueLeakCount if ($line =~ /^(\d*)\scalls/);
$totalBytes = $1 if $line =~ /^total\:\s(.*)\s\(/;
}
print "\nWARNING: $totalLeaks total leaks found for a total of $totalBytes!\n";
print "WARNING: $uniqueLeakCount unique leaks found!\n";
print "See above for individual leaks results.\n" if ($leaksOutputFileNumber > 2);
}
sub extensionForMimeType($)
{
my ($mimeType) = @_;
if ($mimeType eq "application/x-webarchive") {
return "webarchive";
} elsif ($mimeType eq "application/pdf") {
return "pdf";
}
return "txt";
}
# Read up to the first #EOF (the content block of the test), or until detecting crashes or timeouts.
sub readFromDumpToolWithTimer(**)
{
my ($fhIn, $fhError) = @_;
setFileHandleNonBlocking($fhIn, 1);
setFileHandleNonBlocking($fhError, 1);
my $maximumSecondsWithoutOutput = $timeoutSeconds;
$maximumSecondsWithoutOutput *= 10 if $guardMalloc;
my $microsecondsToWaitBeforeReadingAgain = 1000;
my $timeOfLastSuccessfulRead = time;
my @output = ();
my @error = ();
my $status = "success";
my $mimeType = "text/plain";
# We don't have a very good way to know when the "headers" stop
# and the content starts, so we use this as a hack:
my $haveSeenContentType = 0;
my $haveSeenEofIn = 0;
my $haveSeenEofError = 0;
while (1) {
if (time - $timeOfLastSuccessfulRead > $maximumSecondsWithoutOutput) {
$status = dumpToolDidCrash() ? "crashed" : "timedOut";
last;
}
# Once we've seen the EOF, we must not read anymore.
my $lineIn = readline($fhIn) unless $haveSeenEofIn;
my $lineError = readline($fhError) unless $haveSeenEofError;
if (!defined($lineIn) && !defined($lineError)) {
last if ($haveSeenEofIn && $haveSeenEofError);
if ($! != EAGAIN) {
$status = "crashed";
last;
}
# No data ready
usleep($microsecondsToWaitBeforeReadingAgain);
next;
}
$timeOfLastSuccessfulRead = time;
if (defined($lineIn)) {
if (!$haveSeenContentType && $lineIn =~ /^Content-Type: (\S+)$/) {
$mimeType = $1;
$haveSeenContentType = 1;
} elsif ($lineIn =~ /#EOF/) {
$haveSeenEofIn = 1;
} else {
push @output, $lineIn;
}
}
if (defined($lineError)) {
if ($lineError =~ /#EOF/) {
$haveSeenEofError = 1;
} else {
push @error, $lineError;
}
}
}
setFileHandleNonBlocking($fhIn, 0);
setFileHandleNonBlocking($fhError, 0);
return {
output => join("", @output),
error => join("", @error),
status => $status,
mimeType => $mimeType,
extension => extensionForMimeType($mimeType)
};
}
sub setFileHandleNonBlocking(*$)
{
my ($fh, $nonBlocking) = @_;
my $flags = fcntl($fh, F_GETFL, 0) or die "Couldn't get filehandle flags";
if ($nonBlocking) {
$flags |= O_NONBLOCK;
} else {
$flags &= ~O_NONBLOCK;
}
fcntl($fh, F_SETFL, $flags) or die "Couldn't set filehandle flags";
return 1;
}
sub sampleDumpTool()
{
return unless isAppleMacWebKit();
return unless $runSample;
my $outputDirectory = "$ENV{HOME}/Library/Logs/DumpRenderTree";
-d $outputDirectory or mkdir $outputDirectory;
my $outputFile = "$outputDirectory/HangReport.txt";
system "/usr/bin/sample", $dumpToolPID, qw(10 10 -file), $outputFile;
}
sub stripMetrics($$)
{
my ($actual, $expected) = @_;
foreach my $result ($actual, $expected) {
$result =~ s/at \(-?[0-9]+,-?[0-9]+\) *//g;
$result =~ s/size -?[0-9]+x-?[0-9]+ *//g;
$result =~ s/text run width -?[0-9]+: //g;
$result =~ s/text run width -?[0-9]+ [a-zA-Z ]+: //g;
$result =~ s/RenderButton {BUTTON} .*/RenderButton {BUTTON}/g;
$result =~ s/RenderImage {INPUT} .*/RenderImage {INPUT}/g;
$result =~ s/RenderBlock {INPUT} .*/RenderBlock {INPUT}/g;
$result =~ s/RenderTextControl {INPUT} .*/RenderTextControl {INPUT}/g;
$result =~ s/\([0-9]+px/px/g;
$result =~ s/ *" *\n +" */ /g;
$result =~ s/" +$/"/g;
$result =~ s/- /-/g;
$result =~ s/\n( *)"\s+/\n$1"/g;
$result =~ s/\s+"\n/"\n/g;
$result =~ s/scrollWidth [0-9]+/scrollWidth/g;
$result =~ s/scrollHeight [0-9]+/scrollHeight/g;
}
return ($actual, $expected);
}
sub fileShouldBeIgnored
{
my ($filePath) = @_;
foreach my $ignoredDir (keys %ignoredDirectories) {
if ($filePath =~ m/^$ignoredDir/) {
return 1;
}
}
return 0;
}
sub readSkippedFiles($)
{
my ($constraintPath) = @_;
foreach my $level (@platformTestHierarchy) {
if (open SKIPPED, "<", "$level/Skipped") {
if ($verbose) {
my ($dir, $name) = splitpath($level);
print "Skipped tests in $name:\n";
}
while (<SKIPPED>) {
my $skipped = $_;
chomp $skipped;
$skipped =~ s/^[ \n\r]+//;
$skipped =~ s/[ \n\r]+$//;
if ($skipped && $skipped !~ /^#/) {
if ($skippedOnly) {
if (!fileShouldBeIgnored($skipped)) {
if (!$constraintPath) {
# Always add $skipped since no constraint path was specified on the command line.
push(@ARGV, $skipped);
} elsif ($skipped =~ /^($constraintPath)/) {
# Add $skipped only if it matches the current path constraint, e.g.,
# "--skipped=only dir1" with "dir1/file1.html" on the skipped list.
push(@ARGV, $skipped);
} elsif ($constraintPath =~ /^($skipped)/) {
# Add current path constraint if it is more specific than the skip list entry,
# e.g., "--skipped=only dir1/dir2/dir3" with "dir1" on the skipped list.
push(@ARGV, $constraintPath);
}
} elsif ($verbose) {
print " $skipped\n";
}
} else {
if ($verbose) {
print " $skipped\n";
}
processIgnoreTests($skipped, "Skipped");
}
}
}
close SKIPPED;
}
}
}
my @testsToRun;
sub directoryFilter
{
return () if exists $ignoredLocalDirectories{basename($File::Find::dir)};
return () if exists $ignoredDirectories{File::Spec->abs2rel($File::Find::dir, $testDirectory)};
return @_;
}
sub fileFilter
{
my $filename = $_;
if ($filename =~ /\.([^.]+)$/) {
if (exists $supportedFileExtensions{$1}) {
my $path = File::Spec->abs2rel(catfile($File::Find::dir, $filename), $testDirectory);
push @testsToRun, $path if !exists $ignoredFiles{$path};
}
}
}
sub findTestsToRun
{
@testsToRun = ();
for my $test (@ARGV) {
$test =~ s/^($layoutTestsName|$testDirectory)\///;
my $fullPath = catfile($testDirectory, $test);
if (file_name_is_absolute($test)) {
print "can't run test $test outside $testDirectory\n";
} elsif (-f $fullPath) {
my ($filename, $pathname, $fileExtension) = fileparse($test, qr{\.[^.]+$});
if (!exists $supportedFileExtensions{substr($fileExtension, 1)}) {
print "test $test does not have a supported extension\n";
} elsif ($testHTTP || $pathname !~ /^http\//) {
push @testsToRun, $test;
}
} elsif (-d $fullPath) {
find({ preprocess => \&directoryFilter, wanted => \&fileFilter }, $fullPath);
for my $level (@platformTestHierarchy) {
my $platformPath = catfile($level, $test);
find({ preprocess => \&directoryFilter, wanted => \&fileFilter }, $platformPath) if (-d $platformPath);
}
} else {
print "test $test not found\n";
}
}
if (!scalar @ARGV) {
find({ preprocess => \&directoryFilter, wanted => \&fileFilter }, $testDirectory);
for my $level (@platformTestHierarchy) {
find({ preprocess => \&directoryFilter, wanted => \&fileFilter }, $level);
}
}
# Remove duplicate tests
@testsToRun = keys %{{ map { $_ => 1 } @testsToRun }};
@testsToRun = sort pathcmp @testsToRun;
# We need to minimize the time when Apache and WebSocketServer is locked by tests
# so run them last if no explicit order was specified in the argument list.
if (!scalar @ARGV) {
my @httpTests;
my @websocketTests;
my @otherTests;
foreach my $test (@testsToRun) {
if ($test =~ /^http\//) {
push(@httpTests, $test);
} elsif ($test =~ /^websocket\//) {
push(@websocketTests, $test);
} else {
push(@otherTests, $test);
}
}
@testsToRun = (@otherTests, @httpTests, @websocketTests);
}
# Reverse the tests
@testsToRun = reverse @testsToRun if $reverseTests;
# Shuffle the array
@testsToRun = shuffle(@testsToRun) if $randomizeTests;
return @testsToRun;
}
sub printResults
{
my %text = (
match => "succeeded",
mismatch => "had incorrect layout",
new => "were new",
timedout => "timed out",
crash => "crashed",
error => "had stderr output"
);
for my $type ("match", "mismatch", "new", "timedout", "crash", "error") {
my $typeCount = $counts{$type};
next unless $typeCount;
my $typeText = $text{$type};
my $message;
if ($typeCount == 1) {
$typeText =~ s/were/was/;
$message = sprintf "1 test case (%d%%) %s\n", 1 * 100 / $count, $typeText;
} else {
$message = sprintf "%d test cases (%d%%) %s\n", $typeCount, $typeCount * 100 / $count, $typeText;
}
$message =~ s-\(0%\)-(<1%)-;
print $message;
}
}