blob: fc74e631bcfed12d1d1ebec073085721bb921cf0 [file] [log] [blame]
# Copyright (C) 2005-2007, 2010-2016 Apple Inc. All rights reserved.
# Copyright (C) 2009 Google Inc. All rights reserved.
# Copyright (C) 2011 Research In Motion Limited. All rights reserved.
# Copyright (C) 2013 Nokia Corporation and/or its subsidiary(-ies).
#
# 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 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.
# Module to share code to get to WebKit directories.
use strict;
use version;
use warnings;
use Config;
use Cwd qw(realpath);
use Digest::MD5 qw(md5_hex);
use FindBin;
use File::Basename;
use File::Find;
use File::Path qw(make_path mkpath rmtree);
use File::Spec;
use File::Temp qw(tempdir);
use File::stat;
use List::Util;
use POSIX;
use Time::HiRes qw(usleep);
use VCSUtils;
BEGIN {
use Exporter ();
our ($VERSION, @ISA, @EXPORT, @EXPORT_OK, %EXPORT_TAGS);
$VERSION = 1.00;
@ISA = qw(Exporter);
@EXPORT = qw(
&XcodeCoverageSupportOptions
&XcodeOptionString
&XcodeOptionStringNoConfig
&XcodeOptions
&XcodeStaticAnalyzerOption
&appDisplayNameFromBundle
&appendToEnvironmentVariableList
&archCommandLineArgumentsForRestrictedEnvironmentVariables
&availableXcodeSDKs
&baseProductDir
&chdirWebKit
&checkFrameworks
&cmakeArgsFromFeatures
&currentSVNRevision
&debugSafari
&executableProductDir
&extractNonHostConfiguration
&findOrCreateSimulatorForIOSDevice
&iosSimulatorDeviceByName
&iosVersion
&nmPath
&passedConfiguration
&prependToEnvironmentVariableList
&printHelpAndExitForRunAndDebugWebKitAppIfNeeded
&productDir
&quitIOSSimulator
&relaunchIOSSimulator
&restartIOSSimulatorDevice
&runIOSWebKitApp
&runMacWebKitApp
&safariPath
&sdkDirectory
&sdkPlatformDirectory
&setConfiguration
&setupMacWebKitEnvironment
&setupUnixWebKitEnvironment
&sharedCommandLineOptions
&sharedCommandLineOptionsUsage
&shutDownIOSSimulatorDevice
&willUseIOSDeviceSDK
&willUseIOSSimulatorSDK
DO_NOT_USE_OPEN_COMMAND
SIMULATOR_DEVICE_SUFFIX_FOR_WEBKIT_DEVELOPMENT
USE_OPEN_COMMAND
);
%EXPORT_TAGS = ( );
@EXPORT_OK = ();
}
# Ports
use constant {
AppleWin => "AppleWin",
FTW => "FTW",
GTK => "GTK",
iOS => "iOS",
tvOS => "tvOS",
watchOS => "watchOS",
Mac => "Mac",
MacCatalyst => "MacCatalyst",
JSCOnly => "JSCOnly",
PlayStation => "PlayStation",
WinCairo => "WinCairo",
WPE => "WPE",
Unknown => "Unknown"
};
use constant USE_OPEN_COMMAND => 1; # Used in runMacWebKitApp().
use constant DO_NOT_USE_OPEN_COMMAND => 2;
use constant SIMULATOR_DEVICE_STATE_SHUTDOWN => "1";
use constant SIMULATOR_DEVICE_STATE_BOOTED => "3";
use constant SIMULATOR_DEVICE_SUFFIX_FOR_WEBKIT_DEVELOPMENT => "For WebKit Development";
# See table "Certificate types and names" on <https://developer.apple.com/library/ios/documentation/IDEs/Conceptual/AppDistributionGuide/MaintainingCertificates/MaintainingCertificates.html#//apple_ref/doc/uid/TP40012582-CH31-SW41>.
use constant IOS_DEVELOPMENT_CERTIFICATE_NAME_PREFIX => "iPhone Developer: ";
our @EXPORT_OK;
my $architecture;
my $asanIsEnabled;
my $ltoMode;
my $numberOfCPUs;
my $maxCPULoad;
my $baseProductDir;
my @baseProductDirOption;
my $configuration;
my $xcodeSDK;
my $configurationForVisualStudio;
my $configurationProductDir;
my $sourceDir;
my $currentSVNRevision;
my $didLoadIPhoneSimulatorNotification;
my $nmPath;
my $osXVersion;
my $iosVersion;
my $generateDsym;
my $isCMakeBuild;
my $isGenerateProjectOnly;
my $shouldBuild32Bit;
my $isWin64;
my $isInspectorFrontend;
my $portName;
my $shouldUseGuardMalloc;
my $shouldNotUseNinja;
my $xcodeVersion;
my $unknownPortProhibited = 0;
# Variables for Win32 support
my $programFilesPath;
my $msBuildPath;
my $vsInstallDir;
my $vsVersion;
my $windowsSourceDir;
my $winVersion;
# Defined in VCSUtils.
sub exitStatus($);
sub findMatchingArguments($$);
sub hasArgument($$);
sub sdkDirectory($)
{
my ($sdkName) = @_;
chomp(my $sdkDirectory = `xcrun --sdk '$sdkName' --show-sdk-path`);
die "Failed to get SDK path from xcrun: $!" if exitStatus($?);
return $sdkDirectory;
}
sub sdkPlatformDirectory($)
{
my ($sdkName) = @_;
chomp(my $sdkPlatformDirectory = `xcrun --sdk '$sdkName' --show-sdk-platform-path`);
die "Failed to get SDK platform path from xcrun: $!" if exitStatus($?);
return $sdkPlatformDirectory;
}
sub determineSourceDir
{
return if $sourceDir;
$sourceDir = $FindBin::Bin;
$sourceDir =~ s|/+$||; # Remove trailing '/' as we would die later
# walks up path checking each directory to see if it is the main WebKit project dir,
# defined by containing Sources, WebCore, and JavaScriptCore.
until ((-d File::Spec->catdir($sourceDir, "Source") && -d File::Spec->catdir($sourceDir, "Source", "WebCore") && -d File::Spec->catdir($sourceDir, "Source", "JavaScriptCore")) || (-d File::Spec->catdir($sourceDir, "Internal") && -d File::Spec->catdir($sourceDir, "OpenSource")))
{
if ($sourceDir !~ s|/[^/]+$||) {
die "Could not find top level webkit directory above source directory using FindBin.\n";
}
}
$sourceDir = File::Spec->catdir($sourceDir, "OpenSource") if -d File::Spec->catdir($sourceDir, "OpenSource");
}
sub currentPerlPath()
{
my $thisPerl = $^X;
if ($^O ne 'VMS') {
$thisPerl .= $Config{_exe} unless $thisPerl =~ m/$Config{_exe}$/i;
}
return $thisPerl;
}
# used for scripts which are stored in a non-standard location
sub setSourceDir($)
{
($sourceDir) = @_;
}
sub determineNinjaVersion
{
chomp(my $ninjaVersion = `ninja --version`);
return $ninjaVersion;
}
sub determineXcodeVersion
{
return if defined $xcodeVersion;
my $xcodebuildVersionOutput = `xcodebuild -version`;
$xcodeVersion = ($xcodebuildVersionOutput =~ /Xcode ([0-9]+(\.[0-9]+)*)/) ? $1 : "3.0";
}
sub readXcodeUserDefault($)
{
my ($key) = @_;
my $devnull = File::Spec->devnull();
my $value = `defaults read com.apple.dt.Xcode ${key} 2> ${devnull}`;
return if $?;
chomp $value;
return $value;
}
sub determineBaseProductDir
{
return if defined $baseProductDir;
determineSourceDir();
my $setSharedPrecompsDir;
my $indexDataStoreDir;
$baseProductDir = $ENV{"WEBKIT_OUTPUTDIR"};
if (!defined($baseProductDir) and isAppleCocoaWebKit()) {
# Silently remove ~/Library/Preferences/xcodebuild.plist which can
# cause build failure. The presence of
# ~/Library/Preferences/xcodebuild.plist can prevent xcodebuild from
# respecting global settings such as a custom build products directory
# (<rdar://problem/5585899>).
my $personalPlistFile = $ENV{HOME} . "/Library/Preferences/xcodebuild.plist";
if (-e $personalPlistFile) {
unlink($personalPlistFile) || die "Could not delete $personalPlistFile: $!";
}
my $buildLocationStyle = join '', readXcodeUserDefault("IDEBuildLocationStyle");
if ($buildLocationStyle eq "Custom") {
my $buildLocationType = join '', readXcodeUserDefault("IDECustomBuildLocationType");
# FIXME: Read CustomBuildIntermediatesPath and set OBJROOT accordingly.
if ($buildLocationType eq "Absolute") {
$baseProductDir = readXcodeUserDefault("IDECustomBuildProductsPath");
$indexDataStoreDir = readXcodeUserDefault("IDECustomIndexStorePath");
}
}
# DeterminedByTargets corresponds to a setting of "Legacy" in Xcode.
# It is the only build location style for which SHARED_PRECOMPS_DIR is not
# overridden when building from within Xcode.
$setSharedPrecompsDir = 1 if $buildLocationStyle ne "DeterminedByTargets";
if (!defined($baseProductDir)) {
$baseProductDir = join '', readXcodeUserDefault("IDEApplicationwideBuildSettings");
$baseProductDir = $1 if $baseProductDir =~ /SYMROOT\s*=\s*\"(.*?)\";/s;
}
undef $baseProductDir unless $baseProductDir =~ /^\//;
}
if (!defined($baseProductDir)) { # Port-specific checks failed, use default
$baseProductDir = File::Spec->catdir($sourceDir, "WebKitBuild");
}
if (isGit() && isGitBranchBuild()) {
my $branch = gitBranch();
$baseProductDir = "$baseProductDir/$branch";
}
if (isAppleCocoaWebKit()) {
$baseProductDir =~ s|^\Q$(SRCROOT)/..\E$|$sourceDir|;
$baseProductDir =~ s|^\Q$(SRCROOT)/../|$sourceDir/|;
$baseProductDir =~ s|^~/|$ENV{HOME}/|;
die "Can't handle Xcode product directory with a ~ in it.\n" if $baseProductDir =~ /~/;
die "Can't handle Xcode product directory with a variable in it.\n" if $baseProductDir =~ /\$/;
@baseProductDirOption = ("SYMROOT=$baseProductDir", "OBJROOT=$baseProductDir");
push(@baseProductDirOption, "SHARED_PRECOMPS_DIR=${baseProductDir}/PrecompiledHeaders") if $setSharedPrecompsDir;
push(@baseProductDirOption, "INDEX_ENABLE_DATA_STORE=YES", "INDEX_DATA_STORE_DIR=${indexDataStoreDir}") if $indexDataStoreDir;
}
if (isCygwin()) {
my $dosBuildPath = `cygpath --windows \"$baseProductDir\"`;
chomp $dosBuildPath;
$ENV{"WEBKIT_OUTPUTDIR"} = $dosBuildPath;
my $unixBuildPath = `cygpath --unix \"$baseProductDir\"`;
chomp $unixBuildPath;
$baseProductDir = $dosBuildPath;
}
}
sub systemVerbose {
print "+ @_\n";
return system(@_);
}
sub setBaseProductDir($)
{
($baseProductDir) = @_;
}
sub determineConfiguration
{
return if defined $configuration;
determineBaseProductDir();
if (open CONFIGURATION, "$baseProductDir/Configuration") {
$configuration = <CONFIGURATION>;
close CONFIGURATION;
}
if ($configuration) {
chomp $configuration;
# compatibility for people who have old Configuration files
$configuration = "Release" if $configuration eq "Deployment";
$configuration = "Debug" if $configuration eq "Development";
} else {
$configuration = "Release";
}
}
sub determineArchitecture
{
return if defined $architecture;
# make sure $architecture is defined in all cases
$architecture = "";
determineBaseProductDir();
determineXcodeSDK();
if (isAppleCocoaWebKit()) {
if (open ARCHITECTURE, "$baseProductDir/Architecture") {
$architecture = <ARCHITECTURE>;
close ARCHITECTURE;
}
if ($architecture) {
chomp $architecture;
} else {
if (not defined $xcodeSDK or $xcodeSDK =~ /^(\/$|macosx)/) {
my $supports64Bit = `sysctl -n hw.optional.x86_64`;
chomp $supports64Bit;
$architecture = 'x86_64' if $supports64Bit;
} elsif ($xcodeSDK =~ /^iphonesimulator/) {
$architecture = 'x86_64';
} elsif ($xcodeSDK =~ /^iphoneos/) {
$architecture = 'arm64';
}
}
} elsif (isCMakeBuild()) {
if (isCrossCompilation()) {
my $compiler = "gcc";
$compiler = $ENV{'CC'} if (defined($ENV{'CC'}));
my @compiler_machine = split('-', `$compiler -dumpmachine`);
$architecture = $compiler_machine[0];
} elsif (open my $cmake_sysinfo, "cmake --system-information |") {
while (<$cmake_sysinfo>) {
next unless index($_, 'CMAKE_SYSTEM_PROCESSOR') == 0;
if (/^CMAKE_SYSTEM_PROCESSOR \"([^"]+)\"/) {
$architecture = $1;
last;
}
}
close $cmake_sysinfo;
}
}
if (!isAnyWindows()) {
if (!$architecture) {
# Fall back to output of `uname -m', if it is present.
$architecture = `uname -m`;
chomp $architecture;
}
}
$architecture = 'x86_64' if $architecture =~ /amd64/i;
$architecture = 'arm64' if $architecture =~ /aarch64/i;
}
sub determineASanIsEnabled
{
return if defined $asanIsEnabled;
determineBaseProductDir();
$asanIsEnabled = 0;
my $asanConfigurationValue;
if (open ASAN, "$baseProductDir/ASan") {
$asanConfigurationValue = <ASAN>;
close ASAN;
chomp $asanConfigurationValue;
$asanIsEnabled = 1 if $asanConfigurationValue eq "YES";
}
}
sub determineLTOMode
{
return if defined $ltoMode;
determineBaseProductDir();
if (open LTO, "$baseProductDir/LTO") {
$ltoMode = <LTO>;
close LTO;
chomp $ltoMode;
}
}
sub determineNumberOfCPUs
{
return if defined $numberOfCPUs;
if (defined($ENV{NUMBER_OF_PROCESSORS})) {
$numberOfCPUs = $ENV{NUMBER_OF_PROCESSORS};
} elsif (isLinux()) {
# First try the nproc utility, if it exists. If we get no
# results fall back to just interpretting /proc directly.
chomp($numberOfCPUs = `nproc --all 2> /dev/null`);
if ($numberOfCPUs eq "") {
$numberOfCPUs = (grep /processor/, `cat /proc/cpuinfo`);
}
} elsif (isAnyWindows()) {
# Assumes cygwin
$numberOfCPUs = `ls /proc/registry/HKEY_LOCAL_MACHINE/HARDWARE/DESCRIPTION/System/CentralProcessor | wc -w`;
} elsif (isDarwin() || isBSD()) {
chomp($numberOfCPUs = `sysctl -n hw.ncpu`);
} else {
$numberOfCPUs = 1;
}
}
sub determineMaxCPULoad
{
return if defined $maxCPULoad;
if (defined($ENV{MAX_CPU_LOAD})) {
$maxCPULoad = $ENV{MAX_CPU_LOAD};
}
}
sub jscPath($)
{
my ($productDir) = @_;
my $jscName = "jsc";
$jscName .= "_debug" if configuration() eq "Debug_All";
if (isPlayStation()) {
$jscName .= ".elf";
} elsif (isAnyWindows()) {
$jscName .= ".exe";
}
return "$productDir/$jscName" if -e "$productDir/$jscName";
return "$productDir/JavaScriptCore.framework/Helpers/$jscName";
}
sub argumentsForConfiguration()
{
determineConfiguration();
determineArchitecture();
determineXcodeSDK();
my @args = ();
# FIXME: Is it necessary to pass --debug, --release, --32-bit or --64-bit?
# These are determined automatically from stored configuration.
push(@args, '--debug') if ($configuration =~ "^Debug");
push(@args, '--release') if ($configuration =~ "^Release");
push(@args, '--ios-device') if (defined $xcodeSDK && $xcodeSDK =~ /^iphoneos/);
push(@args, '--ios-simulator') if (defined $xcodeSDK && $xcodeSDK =~ /^iphonesimulator/);
push(@args, '--maccatalyst') if (defined $xcodeSDK && $xcodeSDK =~ /^maccatalyst/);
push(@args, '--32-bit') if ($architecture eq "x86" and !isWin64());
push(@args, '--64-bit') if (isWin64());
push(@args, '--64-bit') if (isFTW());
push(@args, '--ftw') if isFTW();
push(@args, '--gtk') if isGtk();
push(@args, '--wpe') if isWPE();
push(@args, '--jsc-only') if isJSCOnly();
push(@args, '--wincairo') if isWinCairo();
push(@args, '--playstation') if isPlayStation();
return @args;
}
sub extractNonMacOSHostConfiguration
{
my @args = ();
my @extract = ('--device', '--gtk', '--ios', '--platform', '--sdk', '--simulator', '--wincairo', '--ftw', 'SDKROOT', 'ARCHS');
foreach (@{$_[0]}) {
my $line = $_;
my $flag = 0;
foreach (@extract) {
if (length($line) >= length($_) && substr($line, 0, length($_)) eq $_
&& index($line, 'i386') == -1 && index($line, 'x86_64') == -1) {
$flag = 1;
}
}
if (!$flag) {
push @args, $_;
}
}
return @args;
}
# FIXME: Convert to json <rdar://problem/21594308>
sub parseAvailableXcodeSDKs($)
{
my @outputToParse = @{$_[0]};
my @result = ();
foreach my $line (@outputToParse) {
# Examples:
# iOS 12.0 -sdk iphoneos12.0
# Simulator - iOS 12.0 -sdk iphonesimulator12.0
# macOS 10.14 -sdk macosx10.14
if ($line =~ /-sdk (\D+)([\d\.]+)(\D*)\n/) {
if ($3) {
push @result, "$1.$3";
} else {
push @result, "$1";
}
}
}
return @result;
}
sub availableXcodeSDKs
{
my @output = `xcodebuild -showsdks`;
return parseAvailableXcodeSDKs(\@output);
}
sub determineXcodeSDK
{
return if defined $xcodeSDK;
my $sdk;
# The user explicitly specified the sdk, don't assume anything
if (checkForArgumentAndRemoveFromARGVGettingValue("--sdk", \$sdk)) {
$xcodeSDK = $sdk;
return;
}
if (checkForArgumentAndRemoveFromARGV("--device") || checkForArgumentAndRemoveFromARGV("--ios-device")) {
$xcodeSDK ||= "iphoneos";
}
if (checkForArgumentAndRemoveFromARGV("--simulator") || checkForArgumentAndRemoveFromARGV("--ios-simulator")) {
$xcodeSDK ||= 'iphonesimulator';
}
if (checkForArgumentAndRemoveFromARGV("--tvos-device")) {
$xcodeSDK ||= "appletvos";
}
if (checkForArgumentAndRemoveFromARGV("--tvos-simulator")) {
$xcodeSDK ||= "appletvsimulator";
}
if (checkForArgumentAndRemoveFromARGV("--watchos-device")) {
$xcodeSDK ||= "watchos";
}
if (checkForArgumentAndRemoveFromARGV("--watchos-simulator")) {
$xcodeSDK ||= "watchsimulator";
}
if (checkForArgumentAndRemoveFromARGV("--maccatalyst")) {
$xcodeSDK ||= "maccatalyst";
}
return if !defined $xcodeSDK;
# Prefer the internal version of an sdk, if it exists.
my @availableSDKs = availableXcodeSDKs();
foreach my $sdk (@availableSDKs) {
next if $sdk ne "$xcodeSDK.internal";
$xcodeSDK = $sdk;
last;
}
}
sub xcodeSDK
{
determineXcodeSDK();
return $xcodeSDK;
}
sub setXcodeSDK($)
{
($xcodeSDK) = @_;
}
sub xcodeSDKPlatformName()
{
determineXcodeSDK();
return "" if !defined $xcodeSDK;
return "appletvos" if $xcodeSDK =~ /appletvos/i;
return "appletvsimulator" if $xcodeSDK =~ /appletvsimulator/i;
return "iphoneos" if $xcodeSDK =~ /iphoneos/i;
return "iphonesimulator" if $xcodeSDK =~ /iphonesimulator/i;
return "macosx" if $xcodeSDK =~ /macosx/i;
return "watchos" if $xcodeSDK =~ /watchos/i;
return "watchsimulator" if $xcodeSDK =~ /watchsimulator/i;
return "maccatalyst" if $xcodeSDK =~ /maccatalyst/i;
die "Couldn't determine platform name from Xcode SDK";
}
sub XcodeSDKPath
{
determineXcodeSDK();
die "Can't find the SDK path because no Xcode SDK was specified" if not $xcodeSDK;
return sdkDirectory($xcodeSDK);
}
sub xcodeSDKVersion
{
determineXcodeSDK();
die "Can't find the SDK version because no Xcode SDK was specified" if !$xcodeSDK;
chomp(my $sdkVersion = `xcrun --sdk $xcodeSDK --show-sdk-version`);
die "Failed to get SDK version from xcrun" if exitStatus($?);
return $sdkVersion;
}
sub programFilesPath
{
return $programFilesPath if defined $programFilesPath;
$programFilesPath = $ENV{'PROGRAMFILES(X86)'} || $ENV{'PROGRAMFILES'} || "C:\\Program Files";
return $programFilesPath;
}
sub programFilesPathX86
{
my $programFilesPathX86 = $ENV{'PROGRAMFILES(X86)'} || "C:\\Program Files (x86)";
return $programFilesPathX86;
}
sub visualStudioInstallDirVSWhere
{
my $vswhere = File::Spec->catdir(programFilesPathX86(), "Microsoft Visual Studio", "Installer", "vswhere.exe");
return unless -e $vswhere;
open(my $handle, "-|", $vswhere, qw(-nologo -latest -requires Microsoft.Component.MSBuild -property installationPath)) || return;
my $vsWhereOut = <$handle>;
$vsWhereOut =~ s/\r?\n//;
return $vsWhereOut;
}
sub visualStudioInstallDir
{
return $vsInstallDir if defined $vsInstallDir;
if ($ENV{'VSINSTALLDIR'}) {
$vsInstallDir = $ENV{'VSINSTALLDIR'};
$vsInstallDir =~ s|[\\/]$||;
} else {
$vsInstallDir = visualStudioInstallDirVSWhere();
return unless defined $vsInstallDir;
}
chomp($vsInstallDir = `cygpath "$vsInstallDir"`) if isCygwin();
print "Using Visual Studio: $vsInstallDir\n";
return $vsInstallDir;
}
sub msBuildPath
{
my $installDir = visualStudioInstallDir();
# FIXME: vswhere.exe should be used to find msbuild.exe after AppleWin will get vswhere with -find switch.
# <https://github.com/Microsoft/vswhere/wiki/Find-MSBuild>
# <https://github.com/Microsoft/vswhere/releases/tag/2.6.6%2Bd9dbe79db3>
my $path = File::Spec->catdir($installDir, "MSBuild", "Current", "bin", "MSBuild.exe");
$path = File::Spec->catdir($installDir, "MSBuild", "15.0", "bin", "MSBuild.exe") unless -e $path;
chomp($path = `cygpath "$path"`) if isCygwin();
print "Using MSBuild: $path\n";
return $path;
}
sub determineConfigurationForVisualStudio
{
return if defined $configurationForVisualStudio;
determineConfiguration();
# FIXME: We should detect when Debug_All or Production has been chosen.
$configurationForVisualStudio = "/p:Configuration=" . $configuration;
}
sub usesPerConfigurationBuildDirectory
{
# [Gtk] We don't have Release/Debug configurations in straight
# autotool builds (non build-webkit). In this case and if
# WEBKIT_OUTPUTDIR exist, use that as our configuration dir. This will
# allows us to run run-webkit-tests without using build-webkit.
return ($ENV{"WEBKIT_OUTPUTDIR"} && isGtk()) || isAppleWinWebKit() || isFTW();
}
sub determineConfigurationProductDir
{
return if defined $configurationProductDir;
determineBaseProductDir();
determineConfiguration();
if (isAppleWinWebKit() || isWinCairo() || isPlayStation() || isFTW()) {
$configurationProductDir = File::Spec->catdir($baseProductDir, $configuration);
} else {
if (usesPerConfigurationBuildDirectory()) {
$configurationProductDir = "$baseProductDir";
} else {
$configurationProductDir = "$baseProductDir/$configuration";
$configurationProductDir .= "-" . xcodeSDKPlatformName() if isEmbeddedWebKit() || isMacCatalystWebKit();
}
}
}
sub setConfigurationProductDir($)
{
($configurationProductDir) = @_;
}
sub determineCurrentSVNRevision
{
# We always update the current SVN revision here, and leave the caching
# to currentSVNRevision(), so that changes to the SVN revision while the
# script is running can be picked up by calling this function again.
determineSourceDir();
$currentSVNRevision = svnRevisionForDirectory($sourceDir);
return $currentSVNRevision;
}
sub chdirWebKit
{
determineSourceDir();
chdir $sourceDir or die;
}
sub baseProductDir
{
determineBaseProductDir();
return $baseProductDir;
}
sub sourceDir
{
determineSourceDir();
return $sourceDir;
}
sub productDir
{
determineConfigurationProductDir();
return $configurationProductDir;
}
sub executableProductDir
{
my $productDirectory = productDir();
my $binaryDirectory;
if (isAnyWindows() && !isPlayStation()) {
$binaryDirectory = isWin64() ? "bin64" : "bin32";
} elsif (isGtk() || isJSCOnly() || isWPE() || isPlayStation()) {
$binaryDirectory = "bin";
} else {
return $productDirectory;
}
return File::Spec->catdir($productDirectory, $binaryDirectory);
}
sub jscProductDir
{
return executableProductDir();
}
sub configuration()
{
determineConfiguration();
return $configuration;
}
sub asanIsEnabled()
{
determineASanIsEnabled();
return $asanIsEnabled;
}
sub ltoMode()
{
determineLTOMode();
return $ltoMode;
}
sub configurationForVisualStudio()
{
determineConfigurationForVisualStudio();
return $configurationForVisualStudio;
}
sub currentSVNRevision
{
determineCurrentSVNRevision() if not defined $currentSVNRevision;
return $currentSVNRevision;
}
sub generateDsym()
{
determineGenerateDsym();
return $generateDsym;
}
sub determineGenerateDsym()
{
return if defined($generateDsym);
$generateDsym = checkForArgumentAndRemoveFromARGV("--dsym");
}
sub hasIOSDevelopmentCertificate()
{
return !exitStatus(system("security find-identity -p codesigning | grep '" . IOS_DEVELOPMENT_CERTIFICATE_NAME_PREFIX . "' > /dev/null 2>&1"));
}
sub argumentsForXcode()
{
my @args = ();
push @args, "DEBUG_INFORMATION_FORMAT=dwarf-with-dsym" if generateDsym();
return @args;
}
sub XcodeOptions
{
determineBaseProductDir();
determineConfiguration();
determineArchitecture();
determineASanIsEnabled();
determineLTOMode();
determineXcodeSDK();
my @options;
push @options, "-UseSanitizedBuildSystemEnvironment=YES";
push @options, "-ShowBuildOperationDuration=YES";
push @options, ("-configuration", $configuration);
push @options, ("-xcconfig", sourceDir() . "/Tools/asan/asan.xcconfig", "ASAN_IGNORE=" . sourceDir() . "/Tools/asan/webkit-asan-ignore.txt") if $asanIsEnabled;
push @options, "WK_LTO_MODE=$ltoMode" if $ltoMode;
push @options, @baseProductDirOption;
push @options, "ARCHS=$architecture" if $architecture;
push @options, "SDKROOT=$xcodeSDK" if $xcodeSDK;
if (willUseIOSDeviceSDK()) {
push @options, "ENABLE_BITCODE=NO";
if (hasIOSDevelopmentCertificate()) {
# FIXME: May match more than one installed development certificate.
push @options, "CODE_SIGN_IDENTITY=" . IOS_DEVELOPMENT_CERTIFICATE_NAME_PREFIX;
} else {
push @options, "CODE_SIGN_IDENTITY="; # No identity
push @options, "CODE_SIGNING_REQUIRED=NO";
}
}
push @options, argumentsForXcode();
return @options;
}
sub XcodeOptionString
{
return join " ", XcodeOptions();
}
sub XcodeOptionStringNoConfig
{
return join " ", @baseProductDirOption;
}
sub XcodeCoverageSupportOptions()
{
my @coverageSupportOptions = ();
push @coverageSupportOptions, "GCC_GENERATE_TEST_COVERAGE_FILES=YES";
push @coverageSupportOptions, "GCC_INSTRUMENT_PROGRAM_FLOW_ARCS=YES";
return @coverageSupportOptions;
}
sub XcodeStaticAnalyzerOption()
{
return "RUN_CLANG_STATIC_ANALYZER=YES";
}
sub canUseXCBuild()
{
# if (`xcodebuild -version | grep "Build version"` =~ /Build version (\d+)([a-zA-Z])(\d+)([a-zA-Z]?)/) {
# return $1 >= 11;
# }
return 0;
}
my $passedConfiguration;
my $searchedForPassedConfiguration;
sub determinePassedConfiguration
{
return if $searchedForPassedConfiguration;
$searchedForPassedConfiguration = 1;
$passedConfiguration = undef;
if (checkForArgumentAndRemoveFromARGV("--debug")) {
$passedConfiguration = "Debug";
} elsif(checkForArgumentAndRemoveFromARGV("--release")) {
$passedConfiguration = "Release";
} elsif (checkForArgumentAndRemoveFromARGV("--profile") || checkForArgumentAndRemoveFromARGV("--profiling")) {
$passedConfiguration = "Profiling";
}
}
sub passedConfiguration
{
determinePassedConfiguration();
return $passedConfiguration;
}
sub setConfiguration
{
setArchitecture();
if (my $config = shift @_) {
$configuration = $config;
return;
}
determinePassedConfiguration();
$configuration = $passedConfiguration if $passedConfiguration;
}
my $passedArchitecture;
my $searchedForPassedArchitecture;
sub determinePassedArchitecture
{
return if $searchedForPassedArchitecture;
$searchedForPassedArchitecture = 1;
$passedArchitecture = undef;
if (shouldBuild32Bit()) {
if (isAppleCocoaWebKit()) {
# PLATFORM_IOS: Don't run `arch` command inside Simulator environment
local %ENV = %ENV;
delete $ENV{DYLD_ROOT_PATH};
delete $ENV{DYLD_FRAMEWORK_PATH};
$passedArchitecture = `arch`;
chomp $passedArchitecture;
}
}
}
sub passedArchitecture
{
determinePassedArchitecture();
return $passedArchitecture;
}
sub architecture()
{
determineArchitecture();
return $architecture;
}
sub numberOfCPUs()
{
determineNumberOfCPUs();
return $numberOfCPUs;
}
sub maxCPULoad()
{
determineMaxCPULoad();
return $maxCPULoad;
}
sub setArchitecture
{
if (my $arch = shift @_) {
$architecture = $arch;
return;
}
determinePassedArchitecture();
$architecture = $passedArchitecture if $passedArchitecture;
}
# Locate Safari.
sub safariPath
{
die "Safari path is only relevant on Apple Mac platform\n" unless isAppleMacWebKit();
my $safariPath;
# Use WEBKIT_SAFARI environment variable if present.
my $safariBundle = $ENV{WEBKIT_SAFARI};
if (!$safariBundle) {
determineConfigurationProductDir();
# Use Safari.app in product directory if present (good for Safari development team).
if (-d "$configurationProductDir/Safari.app") {
$safariBundle = "$configurationProductDir/Safari.app";
}
}
if ($safariBundle) {
$safariPath = "$safariBundle/Contents/MacOS/Safari";
} else {
$safariPath = "/Applications/Safari.app/Contents/MacOS/SafariForWebKitDevelopment";
}
die "Can't find executable at $safariPath.\n" if !-x $safariPath;
return $safariPath;
}
sub builtDylibPathForName
{
my $libraryName = shift;
determineConfigurationProductDir();
if (isGtk()) {
my $extension = isDarwin() ? ".dylib" : ".so";
return "$configurationProductDir/lib/libwebkit2gtk-4.0" . $extension;
}
if (isIOSWebKit()) {
return "$configurationProductDir/$libraryName.framework/$libraryName";
}
if (isAppleCocoaWebKit()) {
return "$configurationProductDir/$libraryName.framework/Versions/A/$libraryName";
}
if (isAppleWinWebKit() || isFTW()) {
if ($libraryName eq "JavaScriptCore") {
return "$baseProductDir/lib/$libraryName.lib";
} else {
return "$baseProductDir/$libraryName.intermediate/$configuration/$libraryName.intermediate/$libraryName.lib";
}
}
if (isWPE()) {
return "$configurationProductDir/lib/libWPEWebKit-1.0.so";
}
die "Unsupported platform, can't determine built library locations.\nTry `build-webkit --help` for more information.\n";
}
# Check to see that all the frameworks are built.
sub checkFrameworks # FIXME: This is a poor name since only the Mac calls built WebCore a Framework.
{
return if isAnyWindows();
my @frameworks = ("JavaScriptCore", "WebCore");
push(@frameworks, "WebKit") if isAppleCocoaWebKit(); # FIXME: This seems wrong, all ports should have a WebKit these days.
for my $framework (@frameworks) {
my $path = builtDylibPathForName($framework);
die "Can't find built framework at \"$path\".\n" unless -e $path;
}
}
sub isInspectorFrontend()
{
determineIsInspectorFrontend();
return $isInspectorFrontend;
}
sub determineIsInspectorFrontend()
{
return if defined($isInspectorFrontend);
$isInspectorFrontend = checkForArgumentAndRemoveFromARGV("--inspector-frontend");
}
sub commandExists($)
{
my $command = shift;
my $devnull = File::Spec->devnull();
if (isAnyWindows()) {
return exitStatus(system("where /q $command >$devnull 2>&1")) == 0;
}
return exitStatus(system("which $command >$devnull 2>&1")) == 0;
}
sub checkForArgumentAndRemoveFromARGV($)
{
my $argToCheck = shift;
return checkForArgumentAndRemoveFromArrayRef($argToCheck, \@ARGV);
}
sub checkForArgumentAndRemoveFromArrayRefGettingValue($$$)
{
my ($argToCheck, $valueRef, $arrayRef) = @_;
my $argumentStartRegEx = qr#^$argToCheck(?:=\S|$)#;
my $i = 0;
for (; $i < @$arrayRef; ++$i) {
last if $arrayRef->[$i] =~ $argumentStartRegEx;
}
if ($i >= @$arrayRef) {
return $$valueRef = undef;
}
my ($key, $value) = split("=", $arrayRef->[$i]);
splice(@$arrayRef, $i, 1);
if (defined($value)) {
# e.g. --sdk=iphonesimulator
return $$valueRef = $value;
}
return $$valueRef = splice(@$arrayRef, $i, 1); # e.g. --sdk iphonesimulator
}
sub checkForArgumentAndRemoveFromARGVGettingValue($$)
{
my ($argToCheck, $valueRef) = @_;
return checkForArgumentAndRemoveFromArrayRefGettingValue($argToCheck, $valueRef, \@ARGV);
}
sub findMatchingArguments($$)
{
my ($argToCheck, $arrayRef) = @_;
my @matchingIndices;
foreach my $index (0 .. $#$arrayRef) {
my $opt = $$arrayRef[$index];
if ($opt =~ /^$argToCheck$/i ) {
push(@matchingIndices, $index);
}
}
return @matchingIndices;
}
sub hasArgument($$)
{
my ($argToCheck, $arrayRef) = @_;
my @matchingIndices = findMatchingArguments($argToCheck, $arrayRef);
return scalar @matchingIndices > 0;
}
sub checkForArgumentAndRemoveFromArrayRef
{
my ($argToCheck, $arrayRef) = @_;
my @indicesToRemove = findMatchingArguments($argToCheck, $arrayRef);
my $removeOffset = 0;
foreach my $index (@indicesToRemove) {
splice(@$arrayRef, $index - $removeOffset++, 1);
}
return scalar @indicesToRemove > 0;
}
sub prohibitUnknownPort()
{
$unknownPortProhibited = 1;
}
sub determinePortName()
{
return if defined $portName;
my %argToPortName = (
ftw => FTW,
gtk => GTK,
'jsc-only' => JSCOnly,
playstation => PlayStation,
wincairo => WinCairo,
wpe => WPE
);
for my $arg (sort keys %argToPortName) {
if (checkForArgumentAndRemoveFromARGV("--$arg")) {
die "Argument '--$arg' conflicts with selected port '$portName'\n"
if defined $portName;
$portName = $argToPortName{$arg};
}
}
return if defined $portName;
# Port was not selected via command line, use appropriate default value
if (isAnyWindows()) {
$portName = AppleWin;
} elsif (isDarwin()) {
determineXcodeSDK();
if (willUseIOSDeviceSDK() || willUseIOSSimulatorSDK()) {
$portName = iOS;
} elsif (willUseAppleTVDeviceSDK() || willUseAppleTVSimulatorSDK()) {
$portName = tvOS;
} elsif (willUseWatchDeviceSDK() || willUseWatchSimulatorSDK()) {
$portName = watchOS;
} elsif (willUseMacCatalystSDK()) {
$portName = MacCatalyst;
} else {
$portName = Mac;
}
} else {
if ($unknownPortProhibited) {
my $portsChoice = join "\n\t", qw(
--gtk
--jsc-only
--wpe
);
die "Please specify which WebKit port to build using one of the following options:"
. "\n\t$portsChoice\n";
}
# If script is run without arguments we cannot determine port
# TODO: This state should be outlawed
$portName = Unknown;
}
}
sub portName()
{
determinePortName();
return $portName;
}
sub isGtk()
{
return portName() eq GTK;
}
sub isJSCOnly()
{
return portName() eq JSCOnly;
}
sub isWPE()
{
return portName() eq WPE;
}
sub isPlayStation()
{
return portName() eq PlayStation;
}
# Determine if this is debian, ubuntu, linspire, or something similar.
sub isDebianBased()
{
return -e "/etc/debian_version";
}
sub isFedoraBased()
{
return -e "/etc/fedora-release";
}
sub isFTW()
{
return portName() eq FTW;
}
sub isWinCairo()
{
return portName() eq WinCairo;
}
sub shouldBuild32Bit()
{
determineShouldBuild32Bit();
return $shouldBuild32Bit;
}
sub determineShouldBuild32Bit()
{
return if defined($shouldBuild32Bit);
$shouldBuild32Bit = checkForArgumentAndRemoveFromARGV("--32-bit");
}
sub isWin64()
{
determineIsWin64();
return $isWin64;
}
sub determineIsWin64()
{
return if defined($isWin64);
$isWin64 = checkForArgumentAndRemoveFromARGV("--64-bit") || ((isFTW() || isWinCairo() || isJSCOnly()) && !shouldBuild32Bit());
}
sub determineIsWin64FromArchitecture($)
{
my $arch = shift;
$isWin64 = ($arch eq "x86_64");
return $isWin64;
}
sub isCygwin()
{
return ($^O eq "cygwin") || 0;
}
sub isAnyWindows()
{
return isWindows() || isCygwin();
}
sub determineWinVersion()
{
return if $winVersion;
if (!isAnyWindows()) {
$winVersion = -1;
return;
}
my $versionString = `cmd /c ver`;
$versionString =~ /(\d)\.(\d)\.(\d+)/;
$winVersion = {
major => $1,
minor => $2,
build => $3,
};
}
sub winVersion()
{
determineWinVersion();
return $winVersion;
}
sub isWindows7SP0()
{
return isAnyWindows() && winVersion()->{major} == 6 && winVersion()->{minor} == 1 && winVersion()->{build} == 7600;
}
sub isWindowsVista()
{
return isAnyWindows() && winVersion()->{major} == 6 && winVersion()->{minor} == 0;
}
sub isWindowsXP()
{
return isAnyWindows() && winVersion()->{major} == 5 && winVersion()->{minor} == 1;
}
sub isDarwin()
{
return ($^O eq "darwin") || 0;
}
sub isWindows()
{
return ($^O eq "MSWin32") || 0;
}
sub isLinux()
{
return ($^O eq "linux") || 0;
}
sub isBSD()
{
return ($^O eq "freebsd") || ($^O eq "openbsd") || ($^O eq "netbsd") || 0;
}
sub isX86_64()
{
return (architecture() eq "x86_64") || 0;
}
sub isARM64()
{
return (architecture() eq "arm64") || 0;
}
sub isCrossCompilation()
{
my $compiler = "";
$compiler = $ENV{'CC'} if (defined($ENV{'CC'}));
if ($compiler =~ /gcc/) {
my $compilerOptions = `$compiler -v 2>&1`;
my @host = $compilerOptions =~ m/--host=(.*?)\s/;
my @target = $compilerOptions =~ m/--target=(.*?)\s/;
if (!@target || !@host) {
# Sometimes a compiler does not report the host of target it was compiled for,
# in which case, lacking better information we assume we are not cross-compiling.
return 0;
}
elsif ($target[0] ne "" && $host[0] ne "") {
return ($host[0] ne $target[0]);
} else {
# $tempDir gets automatically deleted when goes out of scope
my $tempDir = File::Temp->newdir();
my $testProgramSourcePath = File::Spec->catfile($tempDir, "testcross.c");
my $testProgramBinaryPath = File::Spec->catfile($tempDir, "testcross");
open(my $testProgramSourceHandler, ">", $testProgramSourcePath);
print $testProgramSourceHandler "int main() { return 0; }\n";
system("$compiler $testProgramSourcePath -o $testProgramBinaryPath > /dev/null 2>&1") == 0 or return 0;
# Crosscompiling if the program fails to run (because it was built for other arch)
system("$testProgramBinaryPath > /dev/null 2>&1") == 0 or return 1;
return 0;
}
}
return 0;
}
sub isIOSWebKit()
{
return portName() eq iOS;
}
sub isTVOSWebKit()
{
return portName() eq tvOS;
}
sub isWatchOSWebKit()
{
return portName() eq watchOS;
}
sub isEmbeddedWebKit()
{
return isIOSWebKit() || isTVOSWebKit() || isWatchOSWebKit();
}
sub isAppleWebKit()
{
return isAppleCocoaWebKit() || isAppleWinWebKit();
}
sub isAppleMacWebKit()
{
return portName() eq Mac;
}
sub isMacCatalystWebKit()
{
return portName() eq MacCatalyst;
}
sub isAppleCocoaWebKit()
{
return isAppleMacWebKit() || isEmbeddedWebKit() || isMacCatalystWebKit();
}
sub isAppleWinWebKit()
{
return portName() eq AppleWin;
}
sub iOSSimulatorDevicesPath
{
return "$ENV{HOME}/Library/Developer/CoreSimulator/Devices";
}
sub iOSSimulatorDevices
{
eval "require Foundation";
my $devicesPath = iOSSimulatorDevicesPath();
opendir(DEVICES, $devicesPath);
my @udids = grep {
$_ =~ m/^[0-9A-F]{8}-([0-9A-F]{4}-){3}[0-9A-F]{12}$/;
} readdir(DEVICES);
close(DEVICES);
# FIXME: We should parse the device.plist file ourself and map the dictionary keys in it to known
# dictionary keys so as to decouple our representation of the plist from the actual structure
# of the plist, which may change.
my @devices = map {
Foundation::perlRefFromObjectRef(NSDictionary->dictionaryWithContentsOfFile_("$devicesPath/$_/device.plist"));
} @udids;
return @devices;
}
sub createiOSSimulatorDevice
{
my $name = shift;
my $deviceTypeId = shift;
my $runtimeId = shift;
my $created = system("xcrun", "--sdk", "iphonesimulator", "simctl", "create", $name, $deviceTypeId, $runtimeId) == 0;
die "Couldn't create simulator device: $name $deviceTypeId $runtimeId" if not $created;
system("xcrun", "--sdk", "iphonesimulator", "simctl", "list");
print "Waiting for device to be created ...\n";
sleep 5;
for (my $tries = 0; $tries < 5; $tries++){
my @devices = iOSSimulatorDevices();
foreach my $device (@devices) {
return $device if $device->{name} eq $name and $device->{deviceType} eq $deviceTypeId and $device->{runtime} eq $runtimeId;
}
sleep 5;
}
die "Device $name $deviceTypeId $runtimeId wasn't found in " . iOSSimulatorDevicesPath();
}
sub willUseIOSDeviceSDK()
{
return xcodeSDKPlatformName() eq "iphoneos";
}
sub willUseIOSSimulatorSDK()
{
return xcodeSDKPlatformName() eq "iphonesimulator";
}
sub willUseAppleTVDeviceSDK()
{
return xcodeSDKPlatformName() eq "appletvos";
}
sub willUseAppleTVSimulatorSDK()
{
return xcodeSDKPlatformName() eq "appletvsimulator";
}
sub willUseWatchDeviceSDK()
{
return xcodeSDKPlatformName() eq "watchos";
}
sub willUseWatchSimulatorSDK()
{
return xcodeSDKPlatformName() eq "watchsimulator";
}
sub willUseMacCatalystSDK()
{
return xcodeSDKPlatformName() eq "maccatalyst";
}
sub determineNmPath()
{
return if $nmPath;
if (isAppleCocoaWebKit()) {
$nmPath = `xcrun -find nm`;
chomp $nmPath;
}
$nmPath = "nm" if !$nmPath;
}
sub nmPath()
{
determineNmPath();
return $nmPath;
}
sub splitVersionString
{
my $versionString = shift;
my @splitVersion = split(/\./, $versionString);
@splitVersion >= 2 or die "Invalid version $versionString";
return {
"major" => $splitVersion[0],
"minor" => $splitVersion[1],
"subminor" => (defined($splitVersion[2]) ? $splitVersion[2] : 0),
};
}
sub determineOSXVersion()
{
return if $osXVersion;
if (!isDarwin()) {
$osXVersion = -1;
return;
}
chomp(my $versionString = `sw_vers -productVersion`);
$osXVersion = splitVersionString($versionString);
}
sub osXVersion()
{
determineOSXVersion();
return $osXVersion;
}
sub determineIOSVersion()
{
return if $iosVersion;
if (!isIOSWebKit()) {
$iosVersion = -1;
return;
}
my $versionString = xcodeSDKVersion();
$iosVersion = splitVersionString($versionString);
}
sub iosVersion()
{
determineIOSVersion();
return $iosVersion;
}
sub isWindowsNT()
{
return $ENV{'OS'} eq 'Windows_NT';
}
sub appendToEnvironmentVariableList($$)
{
my ($name, $value) = @_;
if (defined($ENV{$name})) {
$ENV{$name} .= $Config{path_sep} . $value;
} else {
$ENV{$name} = $value;
}
}
sub prependToEnvironmentVariableList($$)
{
my ($name, $value) = @_;
if (defined($ENV{$name})) {
$ENV{$name} = $value . $Config{path_sep} . $ENV{$name};
} else {
$ENV{$name} = $value;
}
}
sub sharedCommandLineOptions()
{
return (
"g|guard-malloc" => \$shouldUseGuardMalloc,
);
}
sub sharedCommandLineOptionsUsage
{
my %opts = @_;
my %switches = (
'-g|--guard-malloc' => 'Use guardmalloc when running executable',
);
my $indent = " " x ($opts{indent} || 2);
my $switchWidth = List::Util::max(int($opts{switchWidth}), List::Util::max(map { length($_) } keys %switches) + ($opts{brackets} ? 2 : 0));
my $result = "Common switches:\n";
for my $switch (keys %switches) {
my $switchName = $opts{brackets} ? "[" . $switch . "]" : $switch;
$result .= sprintf("%s%-" . $switchWidth . "s %s\n", $indent, $switchName, $switches{$switch});
}
return $result;
}
sub setUpGuardMallocIfNeeded
{
if (!isDarwin()) {
return;
}
if (!defined($shouldUseGuardMalloc)) {
$shouldUseGuardMalloc = checkForArgumentAndRemoveFromARGV("-g") || checkForArgumentAndRemoveFromARGV("--guard-malloc");
}
if ($shouldUseGuardMalloc) {
appendToEnvironmentVariableList("DYLD_INSERT_LIBRARIES", "/usr/lib/libgmalloc.dylib");
appendToEnvironmentVariableList("__XPC_DYLD_INSERT_LIBRARIES", "/usr/lib/libgmalloc.dylib");
}
}
sub relativeScriptsDir()
{
my $scriptDir = File::Spec->catpath("", File::Spec->abs2rel($FindBin::Bin, getcwd()), "");
if ($scriptDir eq "") {
$scriptDir = ".";
}
return $scriptDir;
}
sub launcherPath()
{
my $relativeScriptsPath = relativeScriptsDir();
if (isGtk() || isWPE()) {
if (inFlatpakSandbox()) {
return "Tools/Scripts/run-minibrowser";
}
return "$relativeScriptsPath/run-minibrowser";
} elsif (isAppleWebKit()) {
return "$relativeScriptsPath/run-safari";
}
}
sub launcherName()
{
if (isGtk() || isWPE()) {
return "MiniBrowser";
} elsif (isAppleMacWebKit()) {
return "Safari";
} elsif (isAppleWinWebKit() || isFTW()) {
return "MiniBrowser";
}
}
sub checkRequiredSystemConfig
{
if (isDarwin()) {
chomp(my $productVersion = `sw_vers -productVersion`);
if (eval "v$productVersion" lt v10.10.5) {
print "*************************************************************\n";
print "OS X Yosemite v10.10.5 or later is required to build WebKit.\n";
print "You have " . $productVersion . ", thus the build will most likely fail.\n";
print "*************************************************************\n";
}
determineXcodeVersion();
if (eval "v$xcodeVersion" lt v7.0) {
print "*************************************************************\n";
print "Xcode 7.0 or later is required to build WebKit.\n";
print "You have an earlier version of Xcode, thus the build will\n";
print "most likely fail. The latest Xcode is available from the App Store.\n";
print "*************************************************************\n";
}
}
}
sub determineWindowsSourceDir()
{
return if $windowsSourceDir;
$windowsSourceDir = sourceDir();
chomp($windowsSourceDir = `cygpath -w '$windowsSourceDir'`) if isCygwin();
}
sub windowsSourceDir()
{
determineWindowsSourceDir();
return $windowsSourceDir;
}
sub windowsSourceSourceDir()
{
return File::Spec->catdir(windowsSourceDir(), "Source");
}
sub windowsLibrariesDir()
{
return File::Spec->catdir(windowsSourceDir(), "WebKitLibraries", "win");
}
sub windowsOutputDir()
{
return File::Spec->catdir(windowsSourceDir(), "WebKitBuild");
}
sub fontExists($)
{
my $font = shift;
my $cmd = "reg query \"HKLM\\SOFTWARE\\Microsoft\\Windows NT\\CurrentVersion\\Fonts\" /v \"$font\" 2>&1";
my $val = `$cmd`;
return $? == 0;
}
sub checkInstalledTools()
{
# environment variables. Avoid until this is corrected.
my $pythonVer = `python --version 2>&1`;
die "You must have Python installed to build WebKit.\n" if ($?);
# cURL 7.34.0 has a bug that prevents authentication with opensource.apple.com (and other things using SSL3).
my $curlVer = `curl --version 2> NUL`;
if (!$? and $curlVer =~ "(.*curl.*)") {
$curlVer = $1;
if ($curlVer =~ /libcurl\/7\.34\.0/) {
print "cURL version 7.34.0 has a bug that prevents authentication with SSL v2 or v3.\n";
print "cURL 7.33.0 is known to work. The cURL projects is preparing an update to\n";
print "correct this problem.\n\n";
die "Please install a working cURL and try again.\n";
}
}
# MathML requires fonts that may not ship with Windows.
# Warn the user if they are missing.
my @fonts = ('Cambria & Cambria Math (TrueType)', 'LatinModernMath-Regular (TrueType)', 'STIXMath-Regular (TrueType)');
my @missing = ();
foreach my $font (@fonts) {
push @missing, $font if not fontExists($font);
}
if (scalar @missing > 0) {
print "*************************************************************\n";
print "Mathematical fonts, such as Latin Modern Math are needed to\n";
print "use the MathML feature. You do not appear to have these fonts\n";
print "on your system.\n\n";
print "You can download a suitable set of fonts from the following URL:\n";
print "https://trac.webkit.org/wiki/MathML/Fonts\n";
print "*************************************************************\n";
}
print "Installed tools are correct for the WebKit build.\n";
}
sub setupAppleWinEnv()
{
return unless isAppleWinWebKit() || isFTW();
checkInstalledTools();
if (isWindowsNT()) {
my $restartNeeded = 0;
my %variablesToSet = ();
# FIXME: We should remove this explicit version check for cygwin once we stop supporting Cygwin 1.7.9 or older versions.
# https://bugs.webkit.org/show_bug.cgi?id=85791
my $uname_version = (POSIX::uname())[2];
$uname_version =~ s/\(.*\)//; # Remove the trailing cygwin version, if any.
$uname_version =~ s/\-.*$//; # Remove trailing dash-version content, if any
if (version->parse($uname_version) < version->parse("1.7.10")) {
# Setting the environment variable 'CYGWIN' to 'tty' makes cygwin enable extra support (i.e., termios)
# for UNIX-like ttys in the Windows console
$variablesToSet{CYGWIN} = "tty" unless $ENV{CYGWIN};
}
# Those environment variables must be set to be able to build inside Visual Studio.
$variablesToSet{WEBKIT_LIBRARIES} = windowsLibrariesDir() unless $ENV{WEBKIT_LIBRARIES};
$variablesToSet{WEBKIT_OUTPUTDIR} = windowsOutputDir() unless $ENV{WEBKIT_OUTPUTDIR};
$variablesToSet{MSBUILDDISABLENODEREUSE} = "1" unless $ENV{MSBUILDDISABLENODEREUSE};
$variablesToSet{_IsNativeEnvironment} = "true" unless $ENV{_IsNativeEnvironment};
$variablesToSet{PreferredToolArchitecture} = "x64" unless $ENV{PreferredToolArchitecture};
foreach my $variable (keys %variablesToSet) {
print "Setting the Environment Variable '" . $variable . "' to '" . $variablesToSet{$variable} . "'\n\n";
my $ret = system "setx", $variable, $variablesToSet{$variable};
if ($ret != 0) {
system qw(regtool -s set), '\\HKEY_CURRENT_USER\\Environment\\' . $variable, $variablesToSet{$variable};
}
$restartNeeded ||= $variable eq "WEBKIT_LIBRARIES" || $variable eq "WEBKIT_OUTPUTDIR";
}
if ($restartNeeded) {
print "Please restart your computer before attempting to build inside Visual Studio.\n\n";
}
} else {
if (!defined $ENV{'WEBKIT_LIBRARIES'} || !$ENV{'WEBKIT_LIBRARIES'}) {
print "Warning: You must set the 'WebKit_Libraries' environment variable\n";
print " to be able build WebKit from within Visual Studio 2017 and newer.\n";
print " Make sure that 'WebKit_Libraries' points to the\n";
print " 'WebKitLibraries/win' directory, not the 'WebKitLibraries/' directory.\n\n";
}
if (!defined $ENV{'WEBKIT_OUTPUTDIR'} || !$ENV{'WEBKIT_OUTPUTDIR'}) {
print "Warning: You must set the 'WebKit_OutputDir' environment variable\n";
print " to be able build WebKit from within Visual Studio 2017 and newer.\n\n";
}
if (!defined $ENV{'MSBUILDDISABLENODEREUSE'} || !$ENV{'MSBUILDDISABLENODEREUSE'}) {
print "Warning: You should set the 'MSBUILDDISABLENODEREUSE' environment variable to '1'\n";
print " to avoid periodic locked log files when building.\n\n";
}
}
# FIXME (125180): Remove the following temporary 64-bit support once official support is available.
if (isWin64() and !$ENV{'WEBKIT_64_SUPPORT'}) {
print "Warning: You must set the 'WEBKIT_64_SUPPORT' environment variable\n";
print " to be able run WebKit or JavaScriptCore tests.\n\n";
}
}
sub setupCygwinEnv()
{
return if !isAnyWindows();
return if $msBuildPath;
my $programFilesPath = programFilesPath();
print "Building results into: ", baseProductDir(), "\n";
print "WEBKIT_OUTPUTDIR is set to: ", $ENV{"WEBKIT_OUTPUTDIR"}, "\n";
print "WEBKIT_LIBRARIES is set to: ", $ENV{"WEBKIT_LIBRARIES"}, "\n";
# FIXME (125180): Remove the following temporary 64-bit support once official support is available.
print "WEBKIT_64_SUPPORT is set to: ", $ENV{"WEBKIT_64_SUPPORT"}, "\n" if isWin64();
# We will actually use MSBuild to build WebKit, but we need to find the Visual Studio install (above) to make
# sure we use the right options.
$msBuildPath = msBuildPath();
if (! -e $msBuildPath) {
print "*************************************************************\n";
print "Cannot find '$msBuildPath'\n";
print "Please make sure execute that the Microsoft .NET Framework SDK\n";
print "is installed on this machine.\n";
print "*************************************************************\n";
die;
}
}
sub buildXCodeProject($$@)
{
my ($project, $clean, @extraOptions) = @_;
if ($clean) {
push(@extraOptions, "-alltargets");
push(@extraOptions, "clean");
}
chomp($ENV{DSYMUTIL_NUM_THREADS} = `sysctl -n hw.activecpu`);
return system "xcodebuild", "-project", "$project.xcodeproj", @extraOptions;
}
sub getVisualStudioToolset()
{
if (isPlayStation()) {
return "";
} elsif (isWin64()) {
return "x64";
} else {
return "Win32";
}
}
sub getMSBuildPlatformArgument()
{
my $toolset = getVisualStudioToolset();
if (defined($toolset) && length($toolset)) {
return "/p:Platform=$toolset";
}
return "";
}
sub getCMakeWindowsToolsetArgument()
{
my $toolset = getVisualStudioToolset();
if (defined($toolset) && length($toolset)) {
return "-A $toolset";
}
return "";
}
sub buildVisualStudioProject
{
my ($project, $clean) = @_;
setupCygwinEnv();
my $config = configurationForVisualStudio();
chomp($project = `cygpath -w "$project"`) if isCygwin();
my $action = "/t:build";
if ($clean) {
$action = "/t:clean";
}
my $platform = getMSBuildPlatformArgument();
my $logPath = File::Spec->catdir($baseProductDir, $configuration);
make_path($logPath) unless -d $logPath or $logPath eq ".";
my $errorLogFile = File::Spec->catfile($logPath, "webkit_errors.log");
chomp($errorLogFile = `cygpath -w "$errorLogFile"`) if isCygwin();
my $errorLogging = "/flp:LogFile=" . $errorLogFile . ";ErrorsOnly";
my $warningLogFile = File::Spec->catfile($logPath, "webkit_warnings.log");
chomp($warningLogFile = `cygpath -w "$warningLogFile"`) if isCygwin();
my $warningLogging = "/flp1:LogFile=" . $warningLogFile . ";WarningsOnly";
my $maxCPUCount = '/maxcpucount:' . numberOfCPUs();
my @command = ($msBuildPath, "/verbosity:minimal", $project, $action, $config, $platform, "/fl", $errorLogging, "/fl1", $warningLogging, $maxCPUCount);
print join(" ", @command), "\n";
return system @command;
}
sub getJhbuildPath()
{
my @jhbuildPath = File::Spec->splitdir(baseProductDir());
if (isGit() && isGitBranchBuild() && gitBranch()) {
pop(@jhbuildPath);
}
if (isGtk()) {
push(@jhbuildPath, "DependenciesGTK");
} elsif (isWPE()) {
push(@jhbuildPath, "DependenciesWPE");
} else {
die "Cannot get JHBuild path for platform that isn't GTK+ or WPE.\n";
}
return File::Spec->catdir(@jhbuildPath);
}
sub getFlatpakPath()
{
my @flatpakBuildPath = File::Spec->splitdir(baseProductDir());
if (isGtk()) {
push(@flatpakBuildPath, "GTK");
} elsif (isWPE()) {
push(@flatpakBuildPath, "WPE");
} else {
die "Cannot get Flatpak path for platform that isn't GTK+ or WPE.\n";
}
my @configuration = configuration();
push(@flatpakBuildPath, "FlatpakTree$configuration");
return File::Spec->catdir(@flatpakBuildPath);
}
sub isCachedArgumentfileOutOfDate($@)
{
my ($filename, $currentContents) = @_;
if (! -e $filename) {
return 1;
}
open(CONTENTS_FILE, $filename);
chomp(my $previousContents = <CONTENTS_FILE> || "");
close(CONTENTS_FILE);
if ($previousContents ne $currentContents) {
print "Contents for file $filename have changed.\n";
print "Previous contents were: $previousContents\n\n";
print "New contents are: $currentContents\n";
return 1;
}
return 0;
}
sub inFlatpakSandbox()
{
if (-f "/.flatpak-info") {
return 1;
}
return 0;
}
sub runInFlatpak(@)
{
my @arg = @_;
my @command = (File::Spec->catfile(sourceDir(), "Tools", "Scripts", "webkit-flatpak"));
exec @command, argumentsForConfiguration(), "--command", @_, argumentsForConfiguration(), @ARGV or die;
}
sub runInFlatpakIfAvailable(@)
{
if (inFlatpakSandbox()) {
return 0;
}
my @command = (File::Spec->catfile(sourceDir(), "Tools", "Scripts", "webkit-flatpak"));
if (system(@command, "--available") != 0) {
return 0;
}
if (! -e getFlatpakPath()) {
return 0;
}
runInFlatpak(@_)
}
sub wrapperPrefixIfNeeded()
{
if (isAnyWindows() || isJSCOnly() || isPlayStation()) {
return ();
}
if (isAppleCocoaWebKit()) {
return ("xcrun");
}
if (shouldUseJhbuild() and ! shouldUseFlatpak()) {
my @prefix = (File::Spec->catfile(sourceDir(), "Tools", "jhbuild", "jhbuild-wrapper"));
if (isGtk()) {
push(@prefix, "--gtk");
} elsif (isWPE()) {
push(@prefix, "--wpe");
}
push(@prefix, "run");
return @prefix;
}
return ();
}
sub shouldUseJhbuild()
{
return ((isGtk() or isWPE()) and -e getJhbuildPath());
}
sub shouldUseFlatpak()
{
return ((isGtk() or isWPE()) and ! inFlatpakSandbox() and -e getFlatpakPath());
}
sub cmakeCachePath()
{
return File::Spec->catdir(baseProductDir(), configuration(), "CMakeCache.txt");
}
sub cmakeFilesPath()
{
return File::Spec->catdir(baseProductDir(), configuration(), "CMakeFiles");
}
sub shouldRemoveCMakeCache(@)
{
my ($cacheFilePath, @buildArgs) = @_;
# We check this first, because we always want to create this file for a fresh build.
my $productDir = File::Spec->catdir(baseProductDir(), configuration());
my $optionsCache = File::Spec->catdir($productDir, "build-webkit-options.txt");
my $joinedBuildArgs = join(" ", @buildArgs);
if (isCachedArgumentfileOutOfDate($optionsCache, $joinedBuildArgs)) {
File::Path::mkpath($productDir) unless -d $productDir;
open(CACHED_ARGUMENTS, ">", $optionsCache);
print CACHED_ARGUMENTS $joinedBuildArgs;
close(CACHED_ARGUMENTS);
return 1;
}
my $cmakeCache = cmakeCachePath();
unless (-e $cmakeCache) {
return 0;
}
my $cacheFileModifiedTime = stat($cmakeCache)->mtime;
my $platformConfiguration = File::Spec->catdir(sourceDir(), "Source", "cmake", "Options" . cmakeBasedPortName() . ".cmake");
if ($cacheFileModifiedTime < stat($platformConfiguration)->mtime) {
return 1;
}
my $globalConfiguration = File::Spec->catdir(sourceDir(), "Source", "cmake", "OptionsCommon.cmake");
if ($cacheFileModifiedTime < stat($globalConfiguration)->mtime) {
return 1;
}
# FIXME: This probably does not work as expected, or the next block to
# delete the images subdirectory would not be here. Directory mtime does not
# percolate upwards when files are added or removed from subdirectories.
my $inspectorUserInterfaceDirectory = File::Spec->catdir(sourceDir(), "Source", "WebInspectorUI", "UserInterface");
if ($cacheFileModifiedTime < stat($inspectorUserInterfaceDirectory)->mtime) {
return 1;
}
my $inspectorImageDirectory = File::Spec->catdir(sourceDir(), "Source", "WebInspectorUI", "UserInterface", "Images");
if ($cacheFileModifiedTime < stat($inspectorImageDirectory)->mtime) {
return 1;
}
if(isAnyWindows()) {
my $winConfiguration = File::Spec->catdir(sourceDir(), "Source", "cmake", "OptionsWin.cmake");
if ($cacheFileModifiedTime < stat($winConfiguration)->mtime) {
return 1;
}
}
# If a change on the JHBuild moduleset has been done, we need to clean the cache as well.
if (isGtk() || isWPE()) {
my $jhbuildRootDirectory = File::Spec->catdir(getJhbuildPath(), "Root");
# The script update-webkit-libs-jhbuild shall re-generate $jhbuildRootDirectory if the moduleset changed.
if (-d $jhbuildRootDirectory && $cacheFileModifiedTime < stat($jhbuildRootDirectory)->mtime) {
return 1;
}
}
return 0;
}
sub removeCMakeCache(@)
{
my (@buildArgs) = @_;
if (shouldRemoveCMakeCache(@buildArgs)) {
my $cmakeCache = cmakeCachePath();
my $cmakeFiles = cmakeFilesPath();
unlink($cmakeCache) if -e $cmakeCache;
rmtree($cmakeFiles) if -d $cmakeFiles;
}
}
sub canUseNinja(@)
{
if (!defined($shouldNotUseNinja)) {
$shouldNotUseNinja = checkForArgumentAndRemoveFromARGV("--no-ninja");
}
if ($shouldNotUseNinja) {
return 0;
}
if (isAppleCocoaWebKit()) {
my $devnull = File::Spec->devnull();
if (exitStatus(system("xcrun -find ninja >$devnull 2>&1")) == 0) {
return 1;
}
}
# Test both ninja and ninja-build. Fedora uses ninja-build and has patched CMake to also call ninja-build.
return commandExists("ninja") || commandExists("ninja-build");
}
sub canUseEclipseNinjaGenerator(@)
{
# Check that eclipse and eclipse Ninja generator is installed
my $devnull = File::Spec->devnull();
return commandExists("eclipse") && exitStatus(system("cmake -N -G 'Eclipse CDT4 - Ninja' >$devnull 2>&1")) == 0;
}
sub cmakeGeneratedBuildfile(@)
{
my ($willUseNinja) = @_;
if ($willUseNinja) {
return File::Spec->catfile(baseProductDir(), configuration(), "build.ninja")
} elsif (isAnyWindows()) {
return File::Spec->catfile(baseProductDir(), configuration(), "WebKit.sln")
} else {
return File::Spec->catfile(baseProductDir(), configuration(), "Makefile")
}
}
sub generateBuildSystemFromCMakeProject
{
my ($prefixPath, @cmakeArgs) = @_;
my $config = configuration();
my $port = cmakeBasedPortName();
my $buildPath = File::Spec->catdir(baseProductDir(), $config);
File::Path::mkpath($buildPath) unless -d $buildPath;
my $originalWorkingDirectory = getcwd();
chdir($buildPath) or die;
# We try to be smart about when to rerun cmake, so that we can have faster incremental builds.
my $willUseNinja = canUseNinja();
if (-e cmakeCachePath() && -e cmakeGeneratedBuildfile($willUseNinja)) {
return 0;
}
my @args;
push @args, "-DPORT=\"$port\"";
push @args, "-DCMAKE_INSTALL_PREFIX=\"$prefixPath\"" if $prefixPath;
push @args, "-DCMAKE_EXPORT_COMPILE_COMMANDS=ON";
if ($config =~ /release/i) {
push @args, "-DCMAKE_BUILD_TYPE=Release";
} elsif ($config =~ /debug/i) {
push @args, "-DCMAKE_BUILD_TYPE=Debug";
}
push @args, "-DENABLE_SANITIZERS=address" if asanIsEnabled();
push @args, "-DLTO_MODE=$ltoMode" if ltoMode();
push @args, '-DCMAKE_TOOLCHAIN_FILE=Platform/PlayStation' if isPlayStation();
if ($willUseNinja) {
push @args, "-G";
if (canUseEclipseNinjaGenerator()) {
push @args, "'Eclipse CDT4 - Ninja'";
} else {
push @args, "Ninja";
}
push @args, "-DUSE_THIN_ARCHIVES=OFF" if isPlayStation();
} else {
if (isAnyWindows()) {
push @args, getCMakeWindowsToolsetArgument();
}
if ((isAnyWindows() || isPlayStation()) && defined $ENV{VisualStudioVersion}) {
my $var = int($ENV{VisualStudioVersion});
push @args, qq(-G "Visual Studio $var");
}
}
# Do not show progress of generating bindings in interactive Ninja build not to leave noisy lines on tty
push @args, '-DSHOW_BINDINGS_GENERATION_PROGRESS=1' unless ($willUseNinja && -t STDOUT);
# Some ports have production mode, but build-webkit should always use developer mode.
push @args, "-DDEVELOPER_MODE=ON" if isFTW() || isGtk() || isJSCOnly() || isWPE() || isWinCairo();
if (architecture() eq "x86_64" && shouldBuild32Bit()) {
# CMAKE_LIBRARY_ARCHITECTURE is needed to get the right .pc
# files in Debian-based systems, for the others
# CMAKE_PREFIX_PATH will get us /usr/lib, which should be the
# right path for 32bit. See FindPkgConfig.cmake.
push @cmakeArgs, '-DFORCE_32BIT=ON -DCMAKE_PREFIX_PATH="/usr" -DCMAKE_LIBRARY_ARCHITECTURE=x86';
$ENV{"CFLAGS"} = "-m32" . ($ENV{"CFLAGS"} || "");
$ENV{"CXXFLAGS"} = "-m32" . ($ENV{"CXXFLAGS"} || "");
$ENV{"LDFLAGS"} = "-m32" . ($ENV{"LDFLAGS"} || "");
}
push @args, @cmakeArgs if @cmakeArgs;
my $cmakeSourceDir = isCygwin() ? windowsSourceDir() : sourceDir();
push @args, '"' . $cmakeSourceDir . '"';
# We call system("cmake @args") instead of system("cmake", @args) so that @args is
# parsed for shell metacharacters.
my $wrapper = join(" ", wrapperPrefixIfNeeded()) . " ";
my $returnCode = systemVerbose($wrapper . "cmake @args");
chdir($originalWorkingDirectory);
return $returnCode;
}
sub buildCMakeGeneratedProject($)
{
my (@makeArgs) = @_;
my $config = configuration();
my $buildPath = File::Spec->catdir(baseProductDir(), $config);
if (! -d $buildPath) {
die "Must call generateBuildSystemFromCMakeProject() before building CMake project.";
}
if ($ENV{VERBOSE} && canUseNinja()) {
push @makeArgs, "-v";
push @makeArgs, "-d keeprsp" if (version->parse(determineNinjaVersion()) >= version->parse("1.4.0"));
}
my $command = "cmake";
my @args = ("--build", $buildPath, "--config", $config);
push @args, ("--", @makeArgs) if @makeArgs;
# GTK and JSCOnly can use a build script to preserve colors and pretty-printing.
if ((isGtk() || isJSCOnly()) && -e "$buildPath/build.sh") {
chdir "$buildPath" or die;
$command = "$buildPath/build.sh";
@args = (@makeArgs);
}
# We call system("cmake @args") instead of system("cmake", @args) so that @args is
# parsed for shell metacharacters. In particular, @makeArgs may contain such metacharacters.
my $wrapper = join(" ", wrapperPrefixIfNeeded()) . " ";
return systemVerbose($wrapper . "$command @args");
}
sub cleanCMakeGeneratedProject()
{
my $config = configuration();
my $buildPath = File::Spec->catdir(baseProductDir(), $config);
if (-d $buildPath) {
return systemVerbose("cmake", "--build", $buildPath, "--config", $config, "--target", "clean");
}
return 0;
}
sub buildCMakeProjectOrExit($$$@)
{
my ($clean, $prefixPath, $makeArgs, @cmakeArgs) = @_;
my $returnCode;
exit(exitStatus(cleanCMakeGeneratedProject())) if $clean;
if (isGtk() && checkForArgumentAndRemoveFromARGV("--update-gtk")) {
system("perl", "$sourceDir/Tools/Scripts/update-webkitgtk-libs") == 0 or die $!;
}
if (isWPE() && checkForArgumentAndRemoveFromARGV("--update-wpe")) {
system("perl", "$sourceDir/Tools/Scripts/update-webkitwpe-libs") == 0 or die $!;
}
$returnCode = exitStatus(generateBuildSystemFromCMakeProject($prefixPath, @cmakeArgs));
exit($returnCode) if $returnCode;
exit 0 if isGenerateProjectOnly();
$returnCode = exitStatus(buildCMakeGeneratedProject($makeArgs));
exit($returnCode) if $returnCode;
return 0;
}
sub cmakeArgsFromFeatures(\@;$)
{
my ($featuresArrayRef, $enableExperimentalFeatures) = @_;
my @args;
push @args, "-DENABLE_EXPERIMENTAL_FEATURES=ON" if $enableExperimentalFeatures;
foreach (@$featuresArrayRef) {
my $featureName = $_->{define};
if ($featureName) {
my $featureValue = ${$_->{value}}; # Undef to let the build system use its default.
if (defined($featureValue)) {
my $featureEnabled = $featureValue ? "ON" : "OFF";
push @args, "-D$featureName=$featureEnabled";
}
}
}
return @args;
}
sub cmakeBasedPortName()
{
return ucfirst portName();
}
sub determineIsCMakeBuild()
{
return if defined($isCMakeBuild);
$isCMakeBuild = checkForArgumentAndRemoveFromARGV("--cmake");
}
sub isCMakeBuild()
{
return 1 unless isAppleCocoaWebKit();
determineIsCMakeBuild();
return $isCMakeBuild;
}
sub determineIsGenerateProjectOnly()
{
return if defined($isGenerateProjectOnly);
$isGenerateProjectOnly = checkForArgumentAndRemoveFromARGV("--generate-project-only");
}
sub isGenerateProjectOnly()
{
determineIsGenerateProjectOnly();
return $isGenerateProjectOnly;
}
sub promptUser
{
my ($prompt, $default) = @_;
my $defaultValue = $default ? "[$default]" : "";
print "$prompt $defaultValue: ";
chomp(my $input = <STDIN>);
return $input ? $input : $default;
}
sub appleApplicationSupportPath
{
open INSTALL_DIR, "</proc/registry/HKEY_LOCAL_MACHINE/SOFTWARE/Apple\ Inc./Apple\ Application\ Support/InstallDir";
my $path = <INSTALL_DIR>;
$path =~ s/[\r\n\x00].*//;
close INSTALL_DIR;
my $unixPath = `cygpath -u '$path'`;
chomp $unixPath;
return $unixPath;
}
sub setPathForRunningWebKitApp
{
my ($env) = @_;
if (isAnyWindows()) {
my $productBinaryDir = executableProductDir();
if (isAppleWinWebKit() || isFTW()) {
$env->{PATH} = join(':', $productBinaryDir, appleApplicationSupportPath(), $env->{PATH} || "");
} elsif (isWinCairo()) {
my $winCairoBin = sourceDir() . "/WebKitLibraries/win/" . (isWin64() ? "bin64/" : "bin32/");
my $gstreamerBin = isWin64() ? $ENV{"GSTREAMER_1_0_ROOT_X86_64"} . "bin" : $ENV{"GSTREAMER_1_0_ROOT_X86"} . "bin";
$env->{PATH} = join(':', $productBinaryDir, $winCairoBin, $gstreamerBin, $env->{PATH} || "");
}
}
}
sub printHelpAndExitForRunAndDebugWebKitAppIfNeeded
{
return unless checkForArgumentAndRemoveFromARGV("--help");
print STDERR <<EOF;
Usage: @{[basename($0)]} [options] [args ...]
--help Show this help message
--no-saved-state Launch the application without state restoration
Options specific to macOS:
-g|--guard-malloc Enable Guard Malloc
--lang=LANGUAGE Use a specific language instead of system language.
This accepts a language name (German) or a language code (de, ar, pt_BR, etc).
--locale=LOCALE Use a specific locale instead of the system region.
EOF
exit(1);
}
sub argumentsForRunAndDebugMacWebKitApp()
{
my @args = ();
if (checkForArgumentAndRemoveFromARGV("--no-saved-state")) {
push @args, ("-ApplePersistenceIgnoreStateQuietly", "YES");
}
my $lang;
if (checkForArgumentAndRemoveFromARGVGettingValue("--lang", \$lang)) {
push @args, ("-AppleLanguages", "(" . $lang . ")");
}
my $locale;
if (checkForArgumentAndRemoveFromARGVGettingValue("--locale", \$locale)) {
push @args, ("-AppleLocale", $locale);
}
unshift @args, @ARGV;
return @args;
}
sub setupMacWebKitEnvironment($)
{
my ($dyldFrameworkPath) = @_;
$dyldFrameworkPath = File::Spec->rel2abs($dyldFrameworkPath);
prependToEnvironmentVariableList("DYLD_FRAMEWORK_PATH", $dyldFrameworkPath);
prependToEnvironmentVariableList("__XPC_DYLD_FRAMEWORK_PATH", $dyldFrameworkPath);
prependToEnvironmentVariableList("DYLD_LIBRARY_PATH", $dyldFrameworkPath);
prependToEnvironmentVariableList("__XPC_DYLD_LIBRARY_PATH", $dyldFrameworkPath);
$ENV{WEBKIT_UNSET_DYLD_FRAMEWORK_PATH} = "YES";
setUpGuardMallocIfNeeded();
}
sub setupUnixWebKitEnvironment($)
{
my ($productDir) = @_;
$ENV{TEST_RUNNER_INJECTED_BUNDLE_FILENAME} = File::Spec->catfile($productDir, "lib", "libTestRunnerInjectedBundle.so");
$ENV{TEST_RUNNER_TEST_PLUGIN_PATH} = File::Spec->catdir($productDir, "lib", "plugins");
}
sub setupIOSWebKitEnvironment($)
{
my ($dyldFrameworkPath) = @_;
$dyldFrameworkPath = File::Spec->rel2abs($dyldFrameworkPath);
prependToEnvironmentVariableList("DYLD_FRAMEWORK_PATH", $dyldFrameworkPath);
prependToEnvironmentVariableList("DYLD_LIBRARY_PATH", $dyldFrameworkPath);
setUpGuardMallocIfNeeded();
}
sub iosSimulatorApplicationsPath()
{
# FIXME: We should ask simctl for this information, instead of guessing from available runtimes.
my $runtimePath = File::Spec->catdir(sdkPlatformDirectory("iphoneos"), "Library", "Developer", "CoreSimulator", "Profiles", "Runtimes");
opendir(RUNTIMES, $runtimePath);
my @runtimes = grep {/.*\.simruntime/} readdir(RUNTIMES);
close(RUNTIMES);
my $sult = File::Spec->catdir($runtimePath, @runtimes ? $runtimes[0] : "iOS.simruntime", "Contents", "Resources", "RuntimeRoot", "Applications");
return $sult;
}
sub installedMobileSafariBundle()
{
return File::Spec->catfile(iosSimulatorApplicationsPath(), "MobileSafari.app");
}
sub mobileSafariBundle()
{
determineConfigurationProductDir();
# Use MobileSafari.app in product directory if present.
if (isIOSWebKit() && -d "$configurationProductDir/MobileSafari.app") {
return "$configurationProductDir/MobileSafari.app";
}
return installedMobileSafariBundle();
}
sub plistPathFromBundle($)
{
my ($appBundle) = @_;
return "$appBundle/Info.plist" if -f "$appBundle/Info.plist"; # iOS app bundle
return "$appBundle/Contents/Info.plist" if -f "$appBundle/Contents/Info.plist"; # Mac app bundle
return "";
}
sub appIdentifierFromBundle($)
{
my ($appBundle) = @_;
my $plistPath = File::Spec->rel2abs(plistPathFromBundle($appBundle)); # defaults(1) will complain if the specified path is not absolute.
chomp(my $bundleIdentifier = `defaults read '$plistPath' CFBundleIdentifier 2> /dev/null`);
return $bundleIdentifier;
}
sub appDisplayNameFromBundle($)
{
my ($appBundle) = @_;
my $plistPath = File::Spec->rel2abs(plistPathFromBundle($appBundle)); # defaults(1) will complain if the specified path is not absolute.
chomp(my $bundleDisplayName = `defaults read '$plistPath' CFBundleDisplayName 2> /dev/null`);
return $bundleDisplayName;
}
sub waitUntilIOSSimulatorDeviceIsInState($$)
{
my ($deviceUDID, $waitUntilState) = @_;
my $device = iosSimulatorDeviceByUDID($deviceUDID);
# FIXME: We should add a maximum time limit to wait here.
while ($device->{state} ne $waitUntilState) {
usleep(500 * 1000); # Waiting 500ms between file system polls does not make script run-safari feel sluggish.
$device = iosSimulatorDeviceByUDID($deviceUDID);
}
}
sub waitUntilProcessNotRunning($)
{
my ($process) = @_;
while (system("/bin/ps -eo pid,comm | /usr/bin/grep '$process\$'") == 0) {
usleep(500 * 1000);
}
}
sub shutDownIOSSimulatorDevice($)
{
my ($simulatorDevice) = @_;
system("xcrun --sdk iphonesimulator simctl shutdown $simulatorDevice->{UDID} > /dev/null 2>&1");
}
sub restartIOSSimulatorDevice($)
{
my ($simulatorDevice) = @_;
shutDownIOSSimulatorDevice($simulatorDevice);
exitStatus(system("xcrun", "--sdk", "iphonesimulator", "simctl", "boot", $simulatorDevice->{UDID})) == 0 or die "Failed to boot simulator device $simulatorDevice->{UDID}";
}
sub relaunchIOSSimulator($)
{
my ($simulatedDevice) = @_;
quitIOSSimulator($simulatedDevice->{UDID});
# FIXME: <rdar://problem/20916140> Switch to using CoreSimulator.framework for launching and quitting iOS Simulator
chomp(my $developerDirectory = $ENV{DEVELOPER_DIR} || `xcode-select --print-path`);
my $iosSimulatorPath = File::Spec->catfile($developerDirectory, "Applications", "Simulator.app");
system("open", "-a", $iosSimulatorPath, "--args", "-CurrentDeviceUDID", $simulatedDevice->{UDID}) == 0 or die "Failed to open $iosSimulatorPath: $!";
waitUntilIOSSimulatorDeviceIsInState($simulatedDevice->{UDID}, SIMULATOR_DEVICE_STATE_BOOTED);
waitUntilProcessNotRunning("com.apple.datamigrator");
}
sub quitIOSSimulator(;$)
{
my ($waitForShutdownOfSimulatedDeviceUDID) = @_;
# FIXME: <rdar://problem/20916140> Switch to using CoreSimulator.framework for launching and quitting iOS Simulator
if (exitStatus(system {"osascript"} "osascript", "-e", 'tell application id "com.apple.iphonesimulator" to quit')) {
# osascript returns a non-zero exit status if Simulator.app is not registered in LaunchServices.
return;
}
if (!defined($waitForShutdownOfSimulatedDeviceUDID)) {
return;
}
# FIXME: We assume that $waitForShutdownOfSimulatedDeviceUDID was not booted using the simctl command line tool.
# Otherwise we will spin indefinitely since quiting the iOS Simulator will not shutdown this device. We
# should add a maximum time limit to wait for a device to shutdown and either return an error or die()
# on expiration of the time limit.
waitUntilIOSSimulatorDeviceIsInState($waitForShutdownOfSimulatedDeviceUDID, SIMULATOR_DEVICE_STATE_SHUTDOWN);
}
sub iosSimulatorDeviceByName($)
{
my ($simulatorName) = @_;
my $simulatorRuntime = iosSimulatorRuntime();
my @devices = iOSSimulatorDevices();
for my $device (@devices) {
if ($device->{name} eq $simulatorName && $device->{runtime} eq $simulatorRuntime) {
return $device;
}
}
return undef;
}
sub iosSimulatorDeviceByUDID($)
{
my ($simulatedDeviceUDID) = @_;
my $devicePlistPath = File::Spec->catfile(iOSSimulatorDevicesPath(), $simulatedDeviceUDID, "device.plist");
if (!-f $devicePlistPath) {
return;
}
# FIXME: We should parse the device.plist file ourself and map the dictionary keys in it to known
# dictionary keys so as to decouple our representation of the plist from the actual structure
# of the plist, which may change.
eval "require Foundation";
return Foundation::perlRefFromObjectRef(NSDictionary->dictionaryWithContentsOfFile_($devicePlistPath));
}
sub iosSimulatorRuntime()
{
my $xcodeSDKVersion = xcodeSDKVersion();
$xcodeSDKVersion =~ s/\./-/;
return "com.apple.CoreSimulator.SimRuntime.iOS-$xcodeSDKVersion";
}
sub findOrCreateSimulatorForIOSDevice($)
{
my ($simulatorNameSuffix) = @_;
my $simulatorName;
my $simulatorDeviceType;
if (architecture() eq "x86_64") {
$simulatorName = "iPhone SE " . $simulatorNameSuffix;
$simulatorDeviceType = "com.apple.CoreSimulator.SimDeviceType.iPhone-SE";
} else {
$simulatorName = "iPhone 5 " . $simulatorNameSuffix;
$simulatorDeviceType = "com.apple.CoreSimulator.SimDeviceType.iPhone-5";
}
my $simulatedDevice = iosSimulatorDeviceByName($simulatorName);
return $simulatedDevice if $simulatedDevice;
return createiOSSimulatorDevice($simulatorName, $simulatorDeviceType, iosSimulatorRuntime());
}
sub isIOSSimulatorSystemInstalledApp($)
{
my ($appBundle) = @_;
my $simulatorApplicationsPath = realpath(iosSimulatorApplicationsPath());
return substr(realpath($appBundle), 0, length($simulatorApplicationsPath)) eq $simulatorApplicationsPath;
}
sub hasUserInstalledAppInSimulatorDevice($$)
{
my ($appIdentifier, $simulatedDeviceUDID) = @_;
my $userInstalledAppPath = File::Spec->catfile($ENV{HOME}, "Library", "Developer", "CoreSimulator", "Devices", $simulatedDeviceUDID, "data", "Containers", "Bundle", "Application");
if (!-d $userInstalledAppPath) {
return 0; # No user installed apps.
}
local @::userInstalledAppBundles;
my $wantedFunction = sub {
my $file = $_;
# Ignore hidden files and directories.
if ($file =~ /^\../) {
$File::Find::prune = 1;
return;
}
return if !-d $file || $file !~ /\.app$/;
push @::userInstalledAppBundles, $File::Find::name;
$File::Find::prune = 1; # Do not traverse contents of app bundle.
};
find($wantedFunction, $userInstalledAppPath);
for my $userInstalledAppBundle (@::userInstalledAppBundles) {
if (appIdentifierFromBundle($userInstalledAppBundle) eq $appIdentifier) {
return 1; # Has user installed app.
}
}
return 0; # Does not have user installed app.
}
sub isSimulatorDeviceBooted($)
{
my ($simulatedDeviceUDID) = @_;
my $device = iosSimulatorDeviceByUDID($simulatedDeviceUDID);
return $device && $device->{state} eq SIMULATOR_DEVICE_STATE_BOOTED;
}
sub runIOSWebKitAppInSimulator($;$)
{
my ($appBundle, $simulatorOptions) = @_;
my $productDir = productDir();
my $appDisplayName = appDisplayNameFromBundle($appBundle);
my $appIdentifier = appIdentifierFromBundle($appBundle);
my $simulatedDevice = findOrCreateSimulatorForIOSDevice(SIMULATOR_DEVICE_SUFFIX_FOR_WEBKIT_DEVELOPMENT);
my $simulatedDeviceUDID = $simulatedDevice->{UDID};
my $willUseSystemInstalledApp = isIOSSimulatorSystemInstalledApp($appBundle);
if ($willUseSystemInstalledApp) {
if (hasUserInstalledAppInSimulatorDevice($appIdentifier, $simulatedDeviceUDID)) {
# Restore the system-installed app in the simulator device corresponding to $appBundle as it
# was previously overwritten with a custom built version of the app.
# FIXME: Only restore the system-installed version of the app instead of erasing all contents and settings.
print "Quitting iOS Simulator...\n";
quitIOSSimulator($simulatedDeviceUDID);
print "Erasing contents and settings for simulator device \"$simulatedDevice->{name}\".\n";
exitStatus(system("xcrun", "--sdk", "iphonesimulator", "simctl", "erase", $simulatedDeviceUDID)) == 0 or die;
}
# FIXME: We assume that if $simulatedDeviceUDID is not booted then iOS Simulator is not open. However
# $simulatedDeviceUDID may have been booted using the simctl command line tool. If $simulatedDeviceUDID
# was booted using simctl then we should shutdown the device and launch iOS Simulator to boot it again.
if (!isSimulatorDeviceBooted($simulatedDeviceUDID)) {
print "Launching iOS Simulator...\n";
relaunchIOSSimulator($simulatedDevice);
}
} else {
# FIXME: We should killall(1) any running instances of $appBundle before installing it to ensure
# that simctl launch opens the latest installed version of the app. For now we quit and
# launch the iOS Simulator again to ensure there are no running instances of $appBundle.
print "Quitting and launching iOS Simulator...\n";
relaunchIOSSimulator($simulatedDevice);
print "Installing $appBundle.\n";
# Install custom built app, overwriting an app with the same app identifier if one exists.
exitStatus(system("xcrun", "--sdk", "iphonesimulator", "simctl", "install", $simulatedDeviceUDID, $appBundle)) == 0 or die;
}
$simulatorOptions = {} unless $simulatorOptions;
my %simulatorENV;
%simulatorENV = %{$simulatorOptions->{applicationEnvironment}} if $simulatorOptions->{applicationEnvironment};
{
local %ENV; # Shadow global-scope %ENV so that changes to it will not be seen outside of this scope.
setupIOSWebKitEnvironment($productDir);
%simulatorENV = %ENV;
}
my $applicationArguments = \@ARGV;
$applicationArguments = $simulatorOptions->{applicationArguments} if $simulatorOptions && $simulatorOptions->{applicationArguments};
# Prefix the environment variables with SIMCTL_CHILD_ per `xcrun simctl help launch`.
foreach my $key (keys %simulatorENV) {
$ENV{"SIMCTL_CHILD_$key"} = $simulatorENV{$key};
}
print "Starting $appDisplayName with DYLD_FRAMEWORK_PATH set to point to built WebKit in $productDir.\n";
return exitStatus(system("xcrun", "--sdk", "iphonesimulator", "simctl", "launch", $simulatedDeviceUDID, $appIdentifier, @$applicationArguments));
}
sub runIOSWebKitApp($)
{
my ($appBundle) = @_;
if (willUseIOSDeviceSDK()) {
die "Only running Safari in iOS Simulator is supported now.";
}
if (willUseIOSSimulatorSDK()) {
return runIOSWebKitAppInSimulator($appBundle);
}
die "Not using an iOS SDK."
}
sub archCommandLineArgumentsForRestrictedEnvironmentVariables()
{
my @arguments = ();
foreach my $key (keys(%ENV)) {
if ($key =~ /^DYLD_/) {
push @arguments, "-e", "$key=$ENV{$key}";
}
}
return @arguments;
}
sub runMacWebKitApp($;$)
{
my ($appPath, $useOpenCommand) = @_;
my $productDir = productDir();
print "Starting @{[basename($appPath)]} with DYLD_FRAMEWORK_PATH set to point to built WebKit in $productDir.\n";
local %ENV = %ENV;
setupMacWebKitEnvironment($productDir);
if (defined($useOpenCommand) && $useOpenCommand == USE_OPEN_COMMAND) {
return system("open", "-W", "-a", $appPath, "--args", argumentsForRunAndDebugMacWebKitApp());
}
if (architecture()) {
return system "arch", "-" . architecture(), archCommandLineArgumentsForRestrictedEnvironmentVariables(), $appPath, argumentsForRunAndDebugMacWebKitApp();
}
return system { $appPath } $appPath, argumentsForRunAndDebugMacWebKitApp();
}
sub execMacWebKitAppForDebugging($)
{
my ($appPath) = @_;
my $architectureSwitch = "--arch";
my $argumentsSeparator = "--";
my $debuggerPath = `xcrun -find lldb`;
chomp $debuggerPath;
die "Can't find the lldb executable.\n" unless -x $debuggerPath;
my $productDir = productDir();
setupMacWebKitEnvironment($productDir);
my @architectureFlags = ($architectureSwitch, architecture());
print "Starting @{[basename($appPath)]} under lldb with DYLD_FRAMEWORK_PATH set to point to built WebKit in $productDir.\n";
exec { $debuggerPath } $debuggerPath, @architectureFlags, $argumentsSeparator, $appPath, argumentsForRunAndDebugMacWebKitApp() or die;
}
sub execUnixAppForDebugging($)
{
my ($appPath) = @_;
my $debuggerPath = `which gdb | head -1`;
chomp $debuggerPath;
die "Can't find the gdb executable.\n" unless -x $debuggerPath;
my $productDir = productDir();
setupUnixWebKitEnvironment($productDir);
my @cmdline = wrapperPrefixIfNeeded();
push @cmdline, $debuggerPath, "--args", $appPath;
print "Starting @{[basename($appPath)]} under gdb with build WebKit in $productDir.\n";
exec @cmdline, @ARGV or die;
}
sub debugSafari
{
if (isAppleMacWebKit()) {
checkFrameworks();
execMacWebKitAppForDebugging(safariPath());
}
return 1; # Unsupported platform; can't debug Safari on this platform.
}
sub runSafari
{
if (isIOSWebKit()) {
return runIOSWebKitApp(mobileSafariBundle());
}
if (isAppleMacWebKit()) {
return runMacWebKitApp(safariPath());
}
if (isAppleWinWebKit() || isFTW()) {
my $result;
my $webKitLauncherPath = File::Spec->catfile(executableProductDir(), "MiniBrowser.exe");
return system { $webKitLauncherPath } $webKitLauncherPath, @ARGV;
}
return 1; # Unsupported platform; can't run Safari on this platform.
}
sub runMiniBrowser
{
if (isAppleMacWebKit()) {
return runMacWebKitApp(File::Spec->catfile(productDir(), "MiniBrowser.app", "Contents", "MacOS", "MiniBrowser"));
}
if (isAppleWinWebKit() || isFTW()) {
my $webKitLauncherPath = File::Spec->catfile(executableProductDir(), "MiniBrowser.exe");
return system { $webKitLauncherPath } $webKitLauncherPath, @ARGV;
}
return 1;
}
sub debugMiniBrowser
{
if (isAppleMacWebKit()) {
execMacWebKitAppForDebugging(File::Spec->catfile(productDir(), "MiniBrowser.app", "Contents", "MacOS", "MiniBrowser"));
}
return 1;
}
sub runWebKitTestRunner
{
if (isAppleMacWebKit()) {
return runMacWebKitApp(File::Spec->catfile(productDir(), "WebKitTestRunner"));
}
return 1;
}
sub debugWebKitTestRunner
{
if (isAppleMacWebKit()) {
execMacWebKitAppForDebugging(File::Spec->catfile(productDir(), "WebKitTestRunner"));
} elsif (isGtk() or isWPE()) {
execUnixAppForDebugging(File::Spec->catfile(productDir(), "bin", "WebKitTestRunner"));
}
return 1;
}
sub readRegistryString
{
my ($valueName) = @_;
chomp(my $string = `regtool --wow32 get "$valueName"`);
return $string;
}
sub writeRegistryString
{
my ($valueName, $string) = @_;
my $error = system "regtool", "--wow32", "set", "-s", $valueName, $string;
# On Windows Vista/7 with UAC enabled, regtool will fail to modify the registry, but will still
# return a successful exit code. So we double-check here that the value we tried to write to the
# registry was really written.
return !$error && readRegistryString($valueName) eq $string;
}
sub formatBuildTime($)
{
my ($buildTime) = @_;
my $buildHours = int($buildTime / 3600);
my $buildMins = int(($buildTime - $buildHours * 3600) / 60);
my $buildSecs = $buildTime - $buildHours * 3600 - $buildMins * 60;
if ($buildHours) {
return sprintf("%dh:%02dm:%02ds", $buildHours, $buildMins, $buildSecs);
}
return sprintf("%02dm:%02ds", $buildMins, $buildSecs);
}
sub runSvnUpdateAndResolveChangeLogs(@)
{
my @svnOptions = @_;
my $openCommand = "svn update " . join(" ", @svnOptions);
open my $update, "$openCommand |" or die "cannot execute command $openCommand";
my @conflictedChangeLogs;
while (my $line = <$update>) {
print $line;
$line =~ m/^C\s+(.+?)[\r\n]*$/;
if ($1) {
my $filename = normalizePath($1);
push @conflictedChangeLogs, $filename if basename($filename) eq "ChangeLog";
}
}
close $update or die;
if (@conflictedChangeLogs) {
print "Attempting to merge conflicted ChangeLogs.\n";
my $resolveChangeLogsPath = File::Spec->catfile(sourceDir(), "Tools", "Scripts", "resolve-ChangeLogs");
(system($resolveChangeLogsPath, "--no-warnings", @conflictedChangeLogs) == 0)
or die "Could not open resolve-ChangeLogs script: $!.\n";
}
}
sub runGitUpdate()
{
# Doing a git fetch first allows setups with svn-remote.svn.fetch = trunk:refs/remotes/origin/master
# to perform the rebase much much faster.
system("git", "fetch");
if (isGitSVNDirectory(".")) {
system("git", "svn", "rebase") == 0 or die;
} else {
# This will die if branch.$BRANCHNAME.merge isn't set, which is
# almost certainly what we want.
system("git", "pull") == 0 or die;
}
}
1;