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build.gradle
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/*
* Copyright (c) 2013, Oracle and/or its affiliates. All rights reserved.
* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
*
* This code is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License version 2 only, as
* published by the Free Software Foundation. Oracle designates this
* particular file as subject to the "Classpath" exception as provided
* by Oracle in the LICENSE file that accompanied this code.
*
* This code is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
* version 2 for more details (a copy is included in the LICENSE file that
* accompanied this code).
*
* You should have received a copy of the GNU General Public License version
* 2 along with this work; if not, write to the Free Software Foundation,
* Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
*
* Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
* or visit www.oracle.com if you need additional information or have any
* questions.
*/
/**
* The main build script for JavaFX.
*
* MUST FIX tasks to complete:
* - build check -- making sure the final artifact has the right bits
* - some things worth automatically sanity checking:
* - are there images in the javadocs?
* - are all of the expected dylibs etc there?
* - is jfxrt.jar there?
* - does jfxrt.jar contain stuff it shouldn't (doc-files, iml, etc)
* - does jfxrt.jar contain stuff it should (bss files, etc)
* - Perform sanity checking to make sure a JDK exists with javac, javah, etc
* - Support building with no known JDK location, as long as javac, javah, etc are on the path
* - Check all of the native flags. We're adding weight to some libs that don't need it, and so forth.
*
* Additional projects to work on as we go:
* - Add "developer debug". This is where the natives do not have debug symbols, but the Java code does
* - The genVSproperties.bat doesn't find the directory where RC.exe lives. So it is hard coded. Might be a problem.
* - special tasks for common needs, such as:
* - updating copyright headers
* - stripping trailing whitespace (?)
* - checkstyle
* - findbugs
* - re needs?
* - sqe testing
* - API change check
* - Pushing results to a repo?
* - ServiceWithSecurityManagerTest fails to complete when run from gradle.
* - Integrate Parfait reports for C code
* - FXML Project tests are not running
*/
defaultTasks = ["sdk"]
import java.util.concurrent.CountDownLatch
import java.util.concurrent.ExecutorService
import java.util.concurrent.Executors
import java.util.concurrent.Future
/******************************************************************************
* Utility methods *
*****************************************************************************/
/**
* If the given named property is not defined, then this method will define
* it with the given defaultValue. Any properties defined by this method can
* be substituted on the command line by using -P, or by specifying a
* gradle.properties file in the user home dir
*
* @param name The name of the property to define
* @param defaultValue The default value to assign the property
*/
void defineProperty(String name, String defaultValue) {
if (!project.hasProperty(name)) {
project.ext.set(name, defaultValue);
}
}
/**
* If the given named property is not defined, then this method will attempt to
* look up the property in the props map, and use the defaultValue if it cannot be found.
*
* @param name The name of the property to look up and/or define
* @param props The properties to look for the named property in, if it has not already been defined
* @param defaultValue The default value if the property has not been defined and the
* props map does not contain the named property
*/
void defineProperty(String name, Properties props, String defaultValue) {
if (!project.hasProperty(name)) {
project.ext.set(name, props.getProperty(name, defaultValue));
}
}
/**
* Converts cygwin style paths to windows style paths, but with a forward slash.
* This method is safe to call from any platform, and will only do work if
* called on Windows (in all other cases it simply returns the supplied path.
* In the future I would like to modify this so that it only does work if
* cygwin is installed, as I hope one day to remove the requirement to build
* with cygwin, but at present (due to GStreamer / Webkit) cygwin is needed
* anyway.
*
* @param path the path to convert
* @return the path converted to windows style, if on windows, otherwise it
* is the supplied path.
*/
String cygpath(String path) {
if (!IS_WINDOWS) return path;
ByteArrayOutputStream out = new ByteArrayOutputStream();
logger.info("Converting path '$path' via cygpath")
exec {
standardOutput = out
commandLine "cmd", "/c", "cygpath", "-m", path
}
return out.toString().trim();
}
void loadProperties(String sourceFileName) {
def config = new Properties()
def propFile = new File(sourceFileName)
if (propFile.canRead()) {
config.load(new FileInputStream(propFile))
for (Map.Entry property in config) {
def keySplit = property.key.split("\\.");
def key = keySplit[0];
for (int i = 1; i < keySplit.length; i++) {
key = key + keySplit[i].capitalize();
}
ext[key] = property.value;
}
}
}
/**
* Struct used to contain some information passed to the closure
* passed to compileTargets.
*/
class CompileTarget {
String name;
String upper;
String capital;
}
/**
* Iterates over each of the compile targets, passing the given closure
* a CompileTarget instance.
*
* @param c The closure to call
*/
void compileTargets(Closure c) {
if (COMPILE_TARGETS == "") {
return
}
COMPILE_TARGETS.split(",").each { target ->
CompileTarget ct = new CompileTarget();
ct.name = target;
ct.upper = target.trim().toUpperCase(Locale.ROOT)
ct.capital = target.trim().capitalize()
c(ct)
}
}
/**
* Manages the execution of some closure which is responsible for producing
* content for a properties file built at build time and stored in the
* root project's $buildDir, and then loading that properties file and
* passing it to the processor closure.
*
* This is used on windows to produce a properties file containing all the
* windows visual studio paths and environment variables, and on Linux
* for storing the results of pkg-config calls.
*
* @param name the name of the file to produce
* @param loader a closure which is invoked, given the properties file. This
* closure is invoked only if the properties file needs to be created
* and is responsible for populating the properties file.
* @param processor a closure which is invoked every time this method is
* called and which will be given a Properties object, fully populated.
* The processor is then responsible for doing whatever it is that it
* must do with those properties (such as setting up environment
* variables used in subsequent native builds, or whatnot).
*/
void setupTools(String name, Closure loader, Closure processor) {
// Check to see whether $buildDir/$name.properties file exists. If not,
// then generate it. Once generated, we need to read the properties file to
// help us define the defaults for this block of properties
File propFile = file("$buildDir/${name}.properties");
if (!propFile.exists()) {
// Create the properties file
propFile.getParentFile().mkdirs();
propFile.createNewFile();
loader(propFile);
}
// Try reading the properties in order to define the properties. If the property file cannot
// be located, then we will throw an exception because we cannot guess these values
InputStream propStream = null;
try {
Properties properties = new Properties();
propStream = new FileInputStream(propFile);
properties.load(propStream);
processor(properties);
} finally {
try { propStream.close() } catch (Exception e) { }
}
}
/**
* Fails the build with the specified error message
*
* @param msg the reason for the failure
*/
void fail(String msg) {
throw new GradleException("FAIL: " + msg);
}
/******************************************************************************
* *
* Definition of project properties *
* *
* All properties defined using ext. are immediately available throughout *
* the script as variables that can be used. These variables are attached *
* to the root project (whereas if they were defined as def variables then *
* they would only be available within the root project scope). *
* *
* All properties defined using the "defineProperty" method can be replaced *
* on the command line by using the -P flag. For example, to override the *
* location of the binary plug, you would specify -PBINARY_PLUG=some/where *
* *
*****************************************************************************/
// If the ../rt-closed directory exists, then we are doing a closed build.
// In this case, build and property files will be read from
// ../rt-closed/closed-build.gradle and ../rt-closed/closed-properties.gradle
// respectively
def closedDir = file("../rt-closed")
def buildClosed = closedDir.isDirectory()
ext.BUILD_CLOSED = buildClosed
// These variables indicate what platform is running the build. Is
// this build running on a Mac, Windows, or Linux machine? 32 or 64 bit?
ext.OS_NAME = System.getProperty("os.name").toLowerCase()
ext.OS_ARCH = System.getProperty("os.arch")
ext.IS_64 = OS_ARCH.toLowerCase().contains("64")
ext.IS_MAC = OS_NAME.contains("mac") || OS_NAME.contains("darwin")
ext.IS_WINDOWS = OS_NAME.contains("windows")
ext.IS_LINUX = OS_NAME.contains("linux")
// Get the JDK_HOME automatically based on the version of Java used to execute gradle. Or, if specified,
// use a user supplied JDK_HOME, BINARY_STUB, JAVAC, and/or JAVAH, all of which may be specified
// independently (or we'll try to get the right one based on other supplied info). Sometimes the
// JRE might be the thing that is being used instead of the JRE embedded in the JDK, such as:
// c:\Program Files (x86)\Java\jdk1.8.0\jre
// c:\Program Files (x86)\Java\jre8\
// Because of this, you may sometimes get the jdk's JRE (in which case the logic we used to have here
// was correct and consistent with all other platforms), or it might be the standalone JRE (for the love!).
def envJavaHome = cygpath(System.getenv("JAVA_HOME"))
def javaHome = envJavaHome == null || envJavaHome.equals("") ? System.getProperty("java.home") : envJavaHome
def javaHomeFile = file(javaHome)
defineProperty("JDK_HOME",
javaHomeFile.name == "jre" ?
javaHomeFile.getParent().toString() :
javaHomeFile.name.startsWith("jre") ?
new File(javaHomeFile.getParent(), "jdk1.${javaHomeFile.name.substring(3)}.0").toString() :
javaHome) // we have to bail and set it to something and this is as good as any!
ext.JAVA_HOME = JDK_HOME
defineProperty("JAVA", cygpath("$JDK_HOME/bin/java${IS_WINDOWS ? '.exe' : ''}"))
defineProperty("JAVAC", cygpath("$JDK_HOME/bin/javac${IS_WINDOWS ? '.exe' : ''}"))
defineProperty("JAVAH", cygpath("$JDK_HOME/bin/javah${IS_WINDOWS ? '.exe' : ''}"))
defineProperty("JAVADOC", cygpath("$JDK_HOME/bin/javadoc${IS_WINDOWS ? '.exe' : ''}"))
defineProperty("JDK_DOCS", "http://download.oracle.com/javase/7/docs/api")
defineProperty("javaRuntimeVersion", System.getProperty("java.runtime.version"))
defineProperty("javaVersion", javaRuntimeVersion.split("[_\\-]")[0])
defineProperty("javaBuildNumber", javaRuntimeVersion.substring(javaRuntimeVersion.lastIndexOf("-b") + 2))
loadProperties("$projectDir/build.properties")
def String closedCacheStubRuntime = cygpath("$projectDir") + "/../caches/sdk/rt"
defineProperty("STUB_RUNTIME", BUILD_CLOSED ? closedCacheStubRuntime : cygpath("$JDK_HOME/jre"))
defineProperty("BINARY_STUB", "$STUB_RUNTIME/lib/ext/jfxrt.jar")
defineProperty("LIBRARY_STUB", IS_MAC ? "$STUB_RUNTIME/lib" :
IS_WINDOWS ? "$STUB_RUNTIME/bin" :
"$STUB_RUNTIME/lib/$OS_ARCH")
ext.BINARY_STUB = "".equals(BINARY_STUB) ? null : files(BINARY_STUB)
defineProperty("UPDATE_STUB_CACHE", (STUB_RUNTIME.equals(closedCacheStubRuntime) ? 'true' : 'false'))
def supplementalPreBuildFile = file("$closedDir/closed-pre-build.gradle");
def supplementalBuildFile = file("$closedDir/closed-build.gradle");
if (BUILD_CLOSED) {
apply from: supplementalPreBuildFile
}
// COMPILE_WEBKIT specifies whether to build all of webkit.
defineProperty("COMPILE_WEBKIT", "false")
ext.IS_COMPILE_WEBKIT = Boolean.parseBoolean(COMPILE_WEBKIT)
// COMPILE_MEDIA specifies whether to build all of media.
defineProperty("COMPILE_MEDIA", "false")
ext.IS_COMPILE_MEDIA = Boolean.parseBoolean(COMPILE_MEDIA)
// COMPILE_PANGO specifies whether to build javafx_font_pango.
defineProperty("COMPILE_PANGO", "${IS_LINUX}")
ext.IS_COMPILE_PANGO = Boolean.parseBoolean(COMPILE_PANGO)
// COMPILE_PARFAIT specifies whether to build parfait
defineProperty("COMPILE_PARFAIT", "false")
ext.IS_COMPILE_PARFAIT = Boolean.parseBoolean(COMPILE_PARFAIT)
// Define the SWT.jar that we are going to have to download during the build process based
// on what platform we are compiling from (not based on our target).
ext.SWT_FILE_NAME = IS_MAC ? "org.eclipse.swt.cocoa.macosx.x86_64_3.7.2.v3740f" :
IS_WINDOWS && IS_64 ? "org.eclipse.swt.win32.win32.x86_64_3.7.2.v3740f" :
IS_WINDOWS && !IS_64 ? "org.eclipse.swt.win32.win32.x86_3.7.2.v3740f" :
IS_LINUX && IS_64 ? "org.eclipse.swt.gtk.linux.x86_64_3.7.2.v3740f" :
IS_LINUX && !IS_64 ? "org.eclipse.swt.gtk.linux.x86_3.7.2.v3740f" : ""
// Build javadocs only if BUILD_JAVADOC=true
defineProperty("BUILD_JAVADOC", "false")
ext.IS_BUILD_JAVADOC = Boolean.parseBoolean(BUILD_JAVADOC)
// Specifies whether to build the javafx-src bundle
defineProperty("BUILD_SRC_ZIP", "false")
ext.IS_BUILD_SRC_ZIP = Boolean.parseBoolean(BUILD_SRC_ZIP)
// Specifies whether to run full tests (true) or smoke tests (false)
defineProperty("FULL_TEST", "false")
ext.IS_FULL_TEST = Boolean.parseBoolean(FULL_TEST);
// Specifies whether to run robot-based visual tests (only used when FULL_TEST is also enabled)
defineProperty("USE_ROBOT", "true")
ext.IS_USE_ROBOT = Boolean.parseBoolean(USE_ROBOT);
// Specify the build configuration (Release, Debug, or DebugNative)
defineProperty("CONF", "Debug")
ext.IS_DEBUG_JAVA = CONF == "Debug" || CONF == "DebugNative"
ext.IS_DEBUG_NATIVE = CONF == "DebugNative"
// Defines the compiler warning levels to use. If empty, then no warnings are generated. If
// not empty, then the expected syntax is as a space or comma separated list of names, such
// as defined in the javac documentation.
defineProperty("LINT", "none")
ext.IS_LINT = LINT != "none"
defineProperty("DOC_LINT", "none")
ext.IS_DOC_LINT = DOC_LINT != "none"
// Specifies whether to use the "useDepend" option when compiling Java sources
defineProperty("USE_DEPEND", "true")
ext.IS_USE_DEPEND = Boolean.parseBoolean(USE_DEPEND)
// Specifies whether to generate code coverage statistics when running tests
defineProperty("JCOV", "false")
ext.DO_JCOV = Boolean.parseBoolean(JCOV)
// Define the number of threads to use when compiling (specifically for native compilation)
defineProperty("NUM_COMPILE_THREADS", "${Runtime.runtime.availableProcessors()}")
// Define settings used when creating the VersionInfo. These settings are generally left alone
// by developers and set only from Hudson. We have to manually rev this version number from
// release to release.
//
defineProperty("HUDSON_JOB_NAME", "not_hudson")
defineProperty("HUDSON_BUILD_NUMBER","0000")
defineProperty("PROMOTED_BUILD_NUMBER", "00")
defineProperty("PRODUCT_NAME", "OpenJFX")
// TODO: set the values of RAW_VERSION, RELEASE_NAME, and RELEASE_MILESTONE based on the
// settings in build.properties
defineProperty("RAW_VERSION", "8.0.0")
defineProperty("RELEASE_NAME", "8.0")
defineProperty("RELEASE_MILESTONE", "ea")
// Check whether the COMPILE_TARGETS property has been specified (if so, it was done by
// the user and not by this script). If it has not been defined then default
// to building the normal desktop build for this machine
project.ext.set("defaultHostTarget", IS_MAC ? "mac" : IS_WINDOWS ? "win" : IS_LINUX ? "linux" : "");
defineProperty("COMPILE_TARGETS", "$defaultHostTarget")
// Flag indicating whether to import cross compile tools
def importCrossTools = BUILD_CLOSED ? true : false;
if (!importCrossTools && hasProperty("IMPORT_CROSS_TOOLS")) {
importCrossTools = Boolean.parseBoolean(IMPORT_CROSS_TOOLS);
}
ext.IS_IMPORT_CROSS_TOOLS = importCrossTools
// Location of the cross compile tools
def crossToolsDir = "../crosslibs"
if (hasProperty("CROSS_TOOLS_DIR")) {
crossToolsDir = CROSS_TOOLS_DIR
}
ext.CROSS_TOOLS_DIR = file(crossToolsDir)
/**
* Fetch/Check that external tools are present for the build. This method
* will conditionally download the packages from project defined ivy repositories
* and unpack them into the specified destdir
*
* @param configName A unique name to distinguish the configuration (ie "ARMSFV6")
* @param packages A list of required packages (with extensions .tgz, .zip)
* @param destdir where the packages should be unpacked
* @param doFetch if true, the named packages will be download
*/
void fetchExternalTools(String configName, List packages, File destdir, boolean doFetch) {
if (doFetch) {
// create a unique configuration for this fetch
def String fetchToolsConfig = "fetchTools$configName"
rootProject.configurations.create(fetchToolsConfig)
def List<String> fetchedPackages = []
def int fetchCount = 0
packages.each { pkgname->
def int dotdex = pkgname.lastIndexOf('.')
def int dashdex = pkgname.lastIndexOf('-')
def String basename = pkgname.substring(0,dashdex)
def String ver = pkgname.substring(dashdex+1,dotdex)
def String ext = pkgname.substring(dotdex+1)
def File pkgdir = file("$destdir/$basename-$ver")
if (!pkgdir.isDirectory()) {
rootProject.dependencies.add(fetchToolsConfig, "javafx:$basename:$ver", {
artifact {
name = basename
version = ver
type = ext
}
})
println "adding $pkgname as a downloadable item did not find $pkgdir"
fetchedPackages.add(pkgname)
fetchCount++
}
}
//fetch all the missing packages
if (fetchedPackages.size > 0) {
destdir.mkdirs()
logger.quiet "fetching missing packages $fetchedPackages"
copy {
from rootProject.configurations[fetchToolsConfig]
into destdir
}
// unpack the fetched packages
fetchedPackages.each { pkgname->
logger.quiet "expanding the package $pkgname"
def srcball = file("${destdir}/${pkgname}")
if (!srcball.exists()) {
throw new GradleException("Failed to fetch $pkgname");
}
def String basename = pkgname.substring(0,pkgname.lastIndexOf("."))
def File pkgdir = file("$destdir/$basename")
if (pkgname.endsWith(".tgz")) {
if (IS_LINUX || IS_MAC) {
// use native tar to support symlinks
pkgdir.mkdirs()
exec {
workingDir pkgdir
commandLine "tar", "zxf", "${srcball}"
}
} else {
copy {
from tarTree(resources.gzip("${srcball}"))
into pkgdir
}
}
} else if (pkgname.endsWith(".zip")) {
copy {
from zipTree("${srcball}")
into pkgdir
}
} else {
throw new GradleException("Unhandled pacakge type for compile package ${pkgname}")
}
srcball.deleteOnExit();
}
} else {
logger.quiet "all tool packages are present $packages"
}
} else { // !doFetch - so just check they are present
// check that all the dirs are really there
def List<String> errors = []
packages.each { pkgname->
def String basename = pkgname.substring(0,pkgname.lastIndexOf("."))
def File pkgdir = file("$destdir/$basename")
if (!pkgdir.isDirectory()) {
errors.add(pkgname)
}
}
if (errors.size > 0) {
throw new GradleException("Error: missing tool packages: $errors")
} else {
logger.quiet "all tool packages are present $packages"
}
}
}
// Now we need to define the native compilation tasks. The set of parameters to
// native compilation depends on the target platform (and also to some extent what platform
// you are compiling on). These settings are contained in various gradle files
// such as mac.gradle and linux.gradle and armhf.gradle. Additionally, the developer
// can specify COMPILE_FLAGS_FILE to be a URL or path to a different gradle file
// that will contain the appropriate flags.
defineProperty("COMPILE_FLAGS_FILES", COMPILE_TARGETS.split(",").collect {"buildSrc/${it.trim()}.gradle"}.join(","))
if (COMPILE_TARGETS == "all") {
def tmp = []
File buildSrcDir = file("buildSrc")
buildSrcDir.listFiles().each { File f ->
if (f.isFile() && f.name.endsWith(".gradle") && !f.name.equals("build.gradle")) {
def target = f.name.substring(0, f.name.lastIndexOf('.gradle')).toUpperCase(Locale.ROOT)
apply from: f
if (project.ext["${target}"].canBuild) {
tmp.add(target)
}
}
}
COMPILE_FLAGS_FILES = tmp.collect { "buildSrc/${it}.gradle"}.join(",")
COMPILE_TARGETS = tmp.collect { "${it.toLowerCase()}"}.join(",")
} else {
COMPILE_FLAGS_FILES.split(",").each {
logger.info("Applying COMPILE_FLAGS_FILE '$it'")
apply from: it
}
}
if (COMPILE_TARGETS != "") {
def tmp = []
COMPILE_TARGETS.split(",").each {target ->
if (project.ext["${target.toUpperCase(Locale.ROOT)}"].canBuild) {
tmp.add(target)
}
}
COMPILE_TARGETS = tmp.collect { "${it.toLowerCase()}"}.join(",")
}
// Sanity check the expected properties all exist
compileTargets { t ->
// Every platform must define these variables
if (!project.hasProperty(t.upper)) throw new Exception("ERROR: Incorrectly configured compile flags file, missing ${t.name} property")
def props = project.ext[t.upper];
["jfxrtJarExcludes", "compileSwing", "compileSWT", "compileFXPackager", "compileDesignTime", "libDest"].each { prop ->
if (!props.containsKey(prop)) throw new Exception("ERROR: Incorrectly configured compile flags file, missing ${prop} property on ${t.name}")
}
}
// Various build flags may be set by the different target files, such as
// whether to build Swing, SWT, FXPackager, etc. We iterate over all
// compile targets and look for these settings in our properties. Note that
// these properties cannot be set from the command line, but are set by
// the target build files such as armv6hf.gradle or mac.gradle.
ext.COMPILE_SWING = false;
ext.COMPILE_SWT = false;
ext.COMPILE_FXPACKAGER = false;
ext.COMPILE_DESIGN_TIME = false;
compileTargets { t ->
if (project.ext[t.upper].compileSwing) COMPILE_SWING = true
if (project.ext[t.upper].compileSWT) COMPILE_SWT = true
if (project.ext[t.upper].compileFXPackager) COMPILE_FXPACKAGER = true
if (project.ext[t.upper].compileDesignTime) COMPILE_DESIGN_TIME = true
}
/******************************************************************************
* *
* Build Setup Sanity Checks *
* *
* Here we do a variety of checks so that if the version of Java you are *
* building with is misconfigured, or you are using the wrong version of *
* gradle, etc you will get some kind of helpful error / warning message *
* *
*****************************************************************************/
// Verify that the architecture & OS are supported configurations. Note that
// at present building on PI is not supported, but we would only need to make
// some changes on assumptions on what should be built (like SWT / Swing) and
// such and we could probably make it work.
if (!IS_MAC && !IS_WINDOWS && !IS_LINUX) logger.error("Unsupported build OS ${OS_NAME}")
if (IS_WINDOWS && OS_ARCH != "x86" && OS_ARCH != "amd64") {
throw new Exception("Unknown and unsupported build architecture: $OS_ARCH")
} else if (IS_MAC && OS_ARCH != "x86_64") {
throw new Exception("Unknown and unsupported build architecture: $OS_ARCH")
} else if (IS_LINUX && OS_ARCH != "i386" && OS_ARCH != "amd64") {
throw new Exception("Unknown and unsupported build architecture: $OS_ARCH")
}
// Sanity check that we actually have a list of compile targets to execute
if (COMPILE_TARGETS == null || COMPILE_TARGETS == "") {
throw new Exception("Unable to determine compilation platform, must specify valid COMPILE_TARGETS!")
}
// Make sure JAVA_HOME/bin/java exists
if (!file(JAVA).exists()) throw new Exception("Missing or incorrect path to 'java': '$JAVA'. Perhaps bad JDK_HOME? $JDK_HOME")
if (!file(JAVAC).exists()) throw new Exception("Missing or incorrect path to 'javac': '$JAVAC'. Perhaps bad JDK_HOME? $JDK_HOME")
if (!file(JAVAH).exists()) throw new Exception("Missing or incorrect path to 'javah': '$JAVAH'. Perhaps bad JDK_HOME? $JDK_HOME")
if (!file(JAVADOC).exists()) throw new Exception("Missing or incorrect path to 'javadoc': '$JAVADOC'. Perhaps bad JDK_HOME? $JDK_HOME")
if (BINARY_STUB != null && !BINARY_STUB.getSingleFile().exists()) logger.warn("Missing or incorrect path to 'jfxrt.jar': '${BINARY_STUB.asPath}'. Perhaps bad JDK_HOME? $JDK_HOME")
// Verify that CONF is something useful
if (CONF != "Release" && CONF != "Debug") logger.warn("Unknown configuration CONF='$CONF'. Treating as 'Release'")
// If the number of compile threads is less than 1 then we have a problem!
if (Integer.parseInt(NUM_COMPILE_THREADS.toString()) < 1) {
logger.warn("NUM_COMPILE_THREADS was specified as '$NUM_COMPILE_THREADS' which is less than the minimum value of 1. " +
"Building with a value of 1 instead.")
NUM_COMPILE_THREADS = 1
}
// Check that Gradle 1.4 is in use. We haven't tried any other versions.
if (gradle.gradleVersion != "1.4") {
logger.warn("Unsupported gradle version $gradle.gradleVersion in use. Only 1.4 is supported")
}
/******************************************************************************
* *
* Logging of Properties and Settings *
* *
* Log some of the settings we've determined. We could log more here, it *
* doesn't really hurt. *
* *
*****************************************************************************/
logger.quiet("OS_NAME: $OS_NAME")
logger.quiet("OS_ARCH: $OS_ARCH")
logger.quiet("JAVA_HOME: $JAVA_HOME")
logger.quiet("JDK_HOME: $JDK_HOME")
logger.quiet("java.runtime.version: ${javaRuntimeVersion}")
logger.quiet("java version: ${javaVersion}")
logger.quiet("java build number: ${javaBuildNumber}")
logger.quiet("minimum java build number: ${jfxBuildJdkBuildnumMin}")
logger.quiet("COMPILE_TARGETS: $COMPILE_TARGETS")
logger.quiet("COMPILE_FLAGS_FILES: $COMPILE_FLAGS_FILES")
logger.quiet("BINARY_STUB: ${BINARY_STUB == null ? '' : BINARY_STUB.asPath}")
logger.quiet("HUDSON_JOB_NAME: $HUDSON_JOB_NAME")
logger.quiet("HUDSON_BUILD_NUMBER: $HUDSON_BUILD_NUMBER")
logger.quiet("PROMOTED_BUILD_NUMBER: $PROMOTED_BUILD_NUMBER")
logger.quiet("PRODUCT_NAME: $PRODUCT_NAME")
logger.quiet("RAW_VERSION: $RAW_VERSION")
logger.quiet("RELEASE_NAME: $RELEASE_NAME")
logger.quiet("RELEASE_MILESTONE: $RELEASE_MILESTONE")
if (UPDATE_STUB_CACHE) {
logger.quiet("UPDATE_STUB_CACHE: $UPDATE_STUB_CACHE")
}
/******************************************************************************
* *
* Definition of Native Code Compilation Tasks *
* *
* - JavaHeaderTask is used to run javah. The JAVAH property will point at *
* the version of javah to be used (i.e.: a path to javah) *
* - CCTask compiles native code. Specifically it will compile .m, .c, *
* .cpp, or .cc files. It uses the headers provided by the *
* JavaHeaderTask plus additional platform specific headers. It will *
* compile into .obj files. *
* - LinkTask will perform native linking and create the .dll / .so / *
* .dylib as necessary. *
* *
*****************************************************************************/
// Save a reference to the buildSrc.jar file because we need it for actually
// compiling things, not just for the sake of this build script
// (such as generating the builders, JSL files, etc)
ext.BUILD_SRC = rootProject.files("buildSrc/build/libs/buildSrc.jar")
/**
* Convenience method for creating javah, cc, link, and "native" tasks in the given project. These
* tasks are parameterized by name, so that we can produce, for example, javahGlass, ccGlass, etc
* named tasks.
*
* @param project The project to add tasks to
* @param name The name of the project, such as "prism-common". This name is used
* in the name of the generated task, such as ccPrismCommon, and also
* in the name of the final library, such as libprism-common.dylib.
*/
void addNative(Project project, String name) {
addNative(project, name, null)
}
/**
* Convenience method for creating javah, cc, link, and "native" tasks in the given project. These
* tasks are parameterized by name, so that we can produce, for example, javahGlass, ccGlass, etc
* named tasks.
*
* @param project The project to add tasks to
* @param name The name of the project, such as "prism-common". This name is used
* in the name of the generated task, such as ccPrismCommon, and also
* in the name of the final library, such as libprism-common.dylib.
* @param list of compile targets. Library is applicable only for these targets.
*/
void addNative(Project project, String name, List<String> includeTargets) {
// TODO if we want to handle 32/64 bit windows in the same build,
// Then we will need to modify the win compile target to be win32 or win64
def capitalName = name.split("-").collect{it.capitalize()}.join()
def nativeTask = project.task("native$capitalName", group: "Build") {
description = "Generates JNI headers, compiles, and builds native dynamic library for $name for all compile targets"
}
def cleanTask = project.task("cleanNative$capitalName", type: Delete, group: "Build") {
description = "Clean native objects for $name"
}
if (project.hasProperty("nativeAllTask")) project.nativeAllTask.dependsOn nativeTask
project.assemble.dependsOn(nativeTask)
if (project.hasProperty("cleanNativeAllTask")) project.cleanNativeAllTask.dependsOn cleanTask
// Each of the different compile targets will be placed in a sub directory
// of these root dirs, with the name of the dir being the name of the target
def headerRootDir = project.file("$project.buildDir/generated-src/headers/$name")
def nativeRootDir = project.file("$project.buildDir/native/$name")
def libRootDir = project.file("$project.buildDir/libs/$name")
// For each compile target, create a javah / cc / link triplet
compileTargets { t ->
if (includeTargets != null && !includeTargets.contains(t.name)) {
return
}
def targetProperties = project.rootProject.ext[t.upper]
def library = targetProperties.library
def properties = targetProperties.get(name)
def nativeDir = file("$nativeRootDir/${t.name}")
def headerDir = file("$headerRootDir/${t.name}")
def javahTask = project.task("javah${t.capital}${capitalName}", type: JavaHeaderTask, dependsOn: project.classes, group: "Build") {
description = "Generates JNI Headers for ${name} for ${t.name}"
if (properties.javahSource == null) {
source(project.sourceSets.main.output.classesDir)
} else {
source(properties.javahSource)
}
if (properties.javahClasspath == null) {
classpath = project.files(project.sourceSets.main.output.classesDir)
} else {
classpath = project.files(properties.javahClasspath)
}
if (rootProject.BINARY_STUB != null) classpath += rootProject.BINARY_STUB
output = headerDir
include(properties.javahInclude)
}
def variants = properties.containsKey("variants") ? properties.variants : [""];
variants.each { variant ->
def variantProperties = variant == "" ? properties : properties.get(variant)
def capitalVariant = variant.capitalize()
def ccOutput = variant == "" ? nativeDir : file("$nativeDir/$variant")
def ccTask = project.task("cc${t.capital}$capitalName$capitalVariant", type: CCTask, dependsOn: javahTask, group: "Build") {
description = "Compiles native sources for ${name} for ${t.name}${capitalVariant != '' ? ' for variant ' + capitalVariant : ''}"
matches = ".*\\.c|.*\\.cpp|.*\\.m|.*\\.cc"
headers = headerDir
output(ccOutput)
params.addAll(variantProperties.ccFlags)
compiler = variantProperties.compiler
source(variantProperties.nativeSource)
cleanTask.delete ccOutput
}
def linkTask = project.task("link${t.capital}$capitalName$capitalVariant", type: LinkTask, dependsOn: ccTask, group: "Build") {
description = "Creates native dynamic library for $name for ${t.name}${capitalVariant != '' ? ' for variant ' + capitalVariant : ''}"
objectDir = ccOutput
linkParams.addAll(variantProperties.linkFlags)
lib = file("$libRootDir/${t.name}/${variant == '' ? library(properties.lib) : library(variantProperties.lib)}")
linker = variantProperties.linker
cleanTask.delete "$libRootDir/${t.name}"
}
nativeTask.dependsOn(linkTask)
if (IS_WINDOWS && t.name == "win") {
def rcTask = project.task("rc$capitalName$capitalVariant", type: CompileResourceTask, dependsOn: javahTask, group: "Build") {
description = "Compiles native sources for $name"
matches = ".*\\.rc"
compiler = variantProperties.resourcesCompiler
def rcOutput = variant == "" ? nativeDir : file("$nativeDir/$variant")
output(rcOutput)
source(variantProperties.nativeSource)
cleanTask.delete rcOutput
}
linkTask.dependsOn rcTask;
}
}
def useLipo = targetProperties.containsKey('useLipo') ? targetProperties.useLipo : false
if (useLipo) {
def lipoTask = project.task("lipo${t.capital}$capitalName", type: LipoTask, dependsOn: javahTask, group: "Build") {
description = "Creates native fat library for $name for ${t.name}"
libDir = file("$libRootDir/${t.name}")
lib = file("$libRootDir/${t.name}/${library(properties.lib)}")
}
nativeTask.dependsOn(lipoTask)
}
}
}
void addJSL(Project project, String name, String pkg, Closure compile) {
def lowerName = name.toLowerCase()
def compileCompilers = project.task("compile${name}Compilers", type: JavaCompile, dependsOn: project.compileJava) {
description = "Compile the $name JSL Compilers"
classpath = project.files(project.sourceSets.main.output.classesDir) +
rootProject.BUILD_SRC +
project.configurations.antlr3
source = [project.file("src/main/jsl-$lowerName")]
destinationDir = project.file("$project.buildDir/classes/jsl-compilers/$lowerName")
}
def generateShaders = project.task("generate${name}Shaders", dependsOn: compileCompilers) {
description = "Generate $name shaders from JSL"
def sourceDir = project.file("src/main/jsl-$lowerName")
def destinationDir = project.file("$project.buildDir/generated-src/jsl-$lowerName")
inputs.dir sourceDir
outputs.dir destinationDir
doLast {
compile(sourceDir, destinationDir)
}
}
project.task("compile${name}JavaShaders", type: JavaCompile, dependsOn: generateShaders) {
description = "Compile the Java $name JSL shaders"
classpath = project.files(project.sourceSets.main.output.classesDir) + rootProject.BUILD_SRC
source = [project.file("$project.buildDir/generated-src/jsl-$lowerName")]
destinationDir = project.file("$project.buildDir/classes/jsl-$lowerName")
}
def compileHLSLShaders = project.task("compile${name}HLSLShaders", dependsOn: generateShaders, type: CompileHLSLTask) {
enabled = IS_WINDOWS
description = "Compile $name HLSL files into .obj files"
matches = ".*\\.hlsl"
output project.file("$project.buildDir/hlsl/$name/$pkg")
source project.file("$project.buildDir/generated-src/jsl-$lowerName/$pkg")
}
project.task("process${name}Shaders", dependsOn: [generateShaders, compileHLSLShaders], type: Copy, description: "Copy hlsl / frag shaders to build/resources/jsl-$lowerName") {
from("$project.buildDir/hlsl/$name") {
include "**/*.obj"
}
from("$project.buildDir/generated-src/jsl-$lowerName") {
include("**/*.frag")
}
into "$project.buildDir/resources/jsl-$lowerName"
}
}
// Task to verify the minimum level of Java needed to build JavaFX
task verifyJava() {
doLast {
if (javaVersion != jfxBuildJdkVersion) {
fail("java version mismatch: ${javaVersion} must be ${jfxBuildJdkVersion}")
}
def buildNum = Integer.parseInt(javaBuildNumber)
def minBuildNum = Integer.parseInt(jfxBuildJdkBuildnumMin)
if (buildNum < minBuildNum) {
fail("java build number ($buildNum) < minimum build number ($minBuildNum)")
}
}
}
// Task to check whether jfxrt.jar is present in the JDK
task checkJfxrtJar {
doLast {
def jfxrtFile = new File("$JAVA_HOME/jre/lib/ext/jfxrt.jar");
if (jfxrtFile.exists()) {
if (BUILD_CLOSED) {
fail("$jfxrtFile must be removed before building closed sdk")
} else {
logger.warn("****************************************************************")
logger.warn("$jfxrtFile may interfere with testing or running applications against locally build jfxrt.jar")
logger.warn("****************************************************************")
}
}
}
}
task updateCacheIfNeeded() {
// an empty task we can add to as needed for UPDATE_STUB_CACHE
}
/*****************************************************************************
* Project definitions (dependencies, etc) *
*****************************************************************************/
void addJCov(p, test) {
test.doFirst {
def jcovJVMArgument =
"include=javafx," +
"include=com.sun.javafx," +
"include=com.sun.glass," +
"include=com.sun.openpisces," +
"include=com.sun.pisces," +
"include=com.sun.prism," +
"include=com.sun.scenario," +
"include=com.sun.webkit," +
"exclude=com," +
"exclude=java," +
"exclude=javax," +
"exclude=\"**.test\"," +
"exclude=\"**.*Test\"," +
"file=build/reports/jcov/report.xml," +
"merge=merge";
test.jvmArgs("-javaagent:${p.configurations.testCompile.files.find { it.name.startsWith('jcov') }}=$jcovJVMArgument");
p.mkdir p.file("build/reports/jcov")
}
test.doLast {
def reportFile = p.file("build/reports/jcov/report.xml")
if (reportFile.exists()) {
p.javaexec {
workingDir = p.file("build/reports/jcov")
classpath = p.files(p.configurations.testCompile.files.find { it.name.startsWith('jcov') })
main = "com.sun.tdk.jcov.Helper"
args = [
"RepGen",
"-exclude", "\"**.test\"",
"-exclude", "\"**.*Test\"",
"-output", ".",
"-source", p.sourceSets.main.java.srcDirs.collect{p.file(it)}.join(":"),
"report.xml"
]
}
}
}
}
allprojects {
// We want to configure all projects as java projects and use the same compile settings
// etc, except for the root project which we just want to ignore (and for now media)
if (project == rootProject) return
// All of our projects are java projects
apply plugin: "java"
sourceCompatibility = 1.8
// Setup the repositories that we'll download libraries from. Maven Central is
// just easy for most things. The custom "ivy" repo is for downloading SWT. The way it
// works is to setup the download URL such that it will resolve to the actual jar file
// to download. See SWT_FILE_NAME for the name of the jar that will be used as the
// "artifact" in the pattern below. Note that the closed builds use different repositories
// so if you are debugging a closed-build artifact related build issue, check out the
// closed gradle file instead.
if (!BUILD_CLOSED) {
repositories {
mavenCentral()
ivy {
url "http://download.eclipse.org/eclipse/updates/3.7/R-3.7.2-201202080800/plugins/"
layout "pattern", {
artifact "[artifact].[ext]"
}
}
}
}
// By default all of our projects require junit for testing so we can just
// setup this dependency here.
dependencies {
testCompile group: "junit", name: "junit", version: "4.8.2"
if (BUILD_CLOSED && DO_JCOV) {
testCompile name: "jcov"
}
}
// At the moment the ASM library shipped with Gradle that is used to
// discover the different test classes fails on Java 8, so in order
// to have sourceCompatibility set to 1.8 I have to also turn scanForClasses off
// and manually specify the includes / excludes. At the moment we use
// Java 7 but when we switch to 8 this will be needed, and probably again when
// we start building with Java 9.
test {
jvmArgs("-Djava.ext.dirs=");
if (rootProject.BINARY_STUB != null) classpath += rootProject.BINARY_STUB;
executable = JAVA;
enableAssertions = true;
testLogging.exceptionFormat = "full";
scanForTestClasses = false;
include("**/*Test.*");
if (BUILD_CLOSED && DO_JCOV) {
addJCov(project, test)
}
}
// Exclude any non-public-API classes from having javadoc generated. This block is used
// when generating JavaDocs for a specific project. When generating the JavaDocs for the
// entire SDK, a different javadoc command is used (see the javadoc task on the top level)
javadoc {
enabled = IS_BUILD_JAVADOC
exclude("com/**/*", "javafx/scene/ParentDesignInfo*", "Compile*", "javafx/builder/**/*");
executable = JAVADOC;
options.windowTitle("JavaFX Project ${project.name} ${RELEASE_NAME}")
options.links(JDK_DOCS);
options.addBooleanOption("XDignore.symbol.file").setValue(true);
options.addBooleanOption("Xdoclint:none").setValue(!IS_DOC_LINT);
options.addBooleanOption("javafx").setValue(true);
// All doc-files are located in src/main/docs because Gradle's javadoc doesn't copy
// over the doc-files if they are embedded with the sources. I find this arrangement
// somewhat cleaner anyway (never was a fan of mixing javadoc files with the sources)
doLast {
copy {
from "src/main/docs"
into "$buildDir/docs/javadoc"
}
}