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build.java
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import java.io.File;
import java.io.IOException;
import java.io.InputStream;
import java.io.OutputStream;
import java.io.UncheckedIOException;
import java.nio.charset.StandardCharsets;
import java.nio.file.FileSystems;
import java.nio.file.FileVisitOption;
import java.nio.file.FileVisitResult;
import java.nio.file.Files;
import java.nio.file.Path;
import java.nio.file.PathMatcher;
import java.nio.file.Paths;
import java.nio.file.SimpleFileVisitor;
import java.nio.file.StandardOpenOption;
import java.nio.file.attribute.BasicFileAttributes;
import java.util.AbstractMap.SimpleEntry;
import java.util.ArrayDeque;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Collections;
import java.util.EnumSet;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import java.util.Objects;
import java.util.Optional;
import java.util.Queue;
import java.util.Scanner;
import java.util.function.BiConsumer;
import java.util.function.Consumer;
import java.util.function.Function;
import java.util.function.Predicate;
import java.util.jar.Attributes;
import java.util.jar.Manifest;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
import java.util.stream.Collectors;
import java.util.stream.IntStream;
import java.util.stream.Stream;
import static java.nio.charset.StandardCharsets.UTF_8;
import static java.nio.file.StandardCopyOption.REPLACE_EXISTING;
public class build
{
static final Logger logger = LogManager.getLogger(build.class);
public static final boolean IS_WINDOWS = System.getProperty("os.name").matches(".*[Ww]indows.*");
public static final boolean IS_MAC = System.getProperty("os.name").matches(".*[Mm]ac.*");
public static final boolean IS_LINUX = !IS_WINDOWS && !IS_MAC;
public static final String JDK_VERSION = "jdk" + Runtime.version().feature();
public static final String MAVEN_VERSION_FILE = ".maven-version";
private static final String MANDREL_RELEASE_FILE = "mandrel.release";
public static void main(String... args) throws IOException
{
Check.main();
final Options options = Options.from(Args.read(args));
final FileSystem fs = FileSystem.ofSystem(options);
final OperatingSystem os = new OperatingSystem();
final Mx mx = new Mx(fs, os);
final SequentialBuild sequentialBuild = new SequentialBuild(fs, os, mx);
final Path mandrelRepo = FileSystem.mandrelRepo(options);
if (!options.skipClean)
{
logger.debugf("Cleaning mxbuild dirs...");
Mx.removeMxbuilds(mandrelRepo);
}
logger.debugf("Building...");
if (options.mandrelVersion == null)
{
options.mandrelVersion = getMandrelVersion(fs, os, mandrelRepo);
}
if (options.deployLocally)
{
if (options.mavenVersion == null)
{
options.mavenVersion = deriveMavenVersion(options.mandrelVersion);
}
logger.debugf("Using maven version '%s' for local deploy.", options.mavenVersion);
}
final String mandrelVersionUntilSpace = options.mandrelVersion.split(" ")[0];
sequentialBuild.build(options);
logger.debugf("Creating JDK...");
final Path mandrelHome = FileSystem.mandrelHome(options);
final Path mandrelJavaHome = IS_MAC ? mandrelHome.resolve(Path.of("Contents", "Home")) : mandrelHome;
FileSystem.deleteRecursively(mandrelHome);
if (IS_MAC)
{
fs.copyDirectory(os.javaHome().getParent().getParent(), mandrelHome);
} else
{
fs.copyDirectory(os.javaHome(), mandrelHome);
}
// If deploying maven artifacts locally write a file '.maven-version' in mandrelHome
// with the version used for the local deploy
if (options.deployLocally)
{
writeMavenVersionFile(options, mandrelHome, options.mavenVersion);
}
String OS = System.getProperty("os.name").toLowerCase().split(" ")[0]; // We want "windows" not e.g. "windows 10"
OS = OS.replace("mac", "darwin");
String ARCH = System.getProperty("os.arch");
ARCH = ARCH.replace("x86_64", "amd64");
final String PLATFORM = OS + "-" + ARCH;
final Path nativeImage = mandrelJavaHome.resolve(Path.of("lib", "svm", "bin", IS_WINDOWS ? "native-image.cmd" : "native-image"));
if (!options.skipJava)
{
logger.debugf("Copy jars...");
mx.artifacts.forEach((artifact, paths) ->
{
final String source = PathFinder.getFirstExisting(mandrelRepo.resolve(paths[0]).toString(), artifact).toString();
final String destination = mandrelJavaHome.resolve(paths[1]).toString();
FileSystem.copy(Path.of(source), Path.of(destination));
FileSystem.copy(Path.of(source.replace(".jar", ".src.zip")), Path.of(destination.replace(".jar", ".src.zip")));
logger.debugf("Copying .jar and .src.zip for src: %s, dst: %s", source, destination);
});
logger.debugf("Copy macros...");
mx.macroPaths.forEach((macro, path) ->
{
final Path source = PathFinder.getFirstExisting(mandrelRepo.resolve(path).toString(), macro);
final Path destination = mandrelJavaHome.resolve(Path.of("lib", "svm", "macros", macro));
fs.copyDirectory(source, destination);
logger.debugf("Copying macro src: %s, dst: %s", source, destination);
});
logger.debugf("Copy native-image...");
FileSystem.copy(mandrelRepo.resolve(
Path.of("sdk", "mxbuild", PLATFORM, IS_WINDOWS ? "native-image.exe.image-bash" : "native-image.image-bash",
IS_WINDOWS ? "native-image.cmd" : "native-image")), nativeImage);
if (IS_WINDOWS)
{
final Path nativeImageExport = mandrelJavaHome.resolve(Path.of("lib", "svm", "bin", "native-image.export-list"));
FileSystem.copy(mandrelRepo.resolve(
Path.of("sdk", "mxbuild", PLATFORM, "native-image.exe.image-bash", "native-image.export-list")), nativeImageExport);
}
}
if (!options.skipNative)
{
// Although docs are not native per se we chose to install them during the native part of the build
logger.debugf("Copy docs...");
FileSystem.copy(mandrelRepo.resolve("LICENSE"), mandrelJavaHome.resolve("LICENSE"));
FileSystem.copy(mandrelRepo.resolve("THIRD_PARTY_LICENSE.txt"), mandrelJavaHome.resolve("THIRD_PARTY_LICENSE.txt"));
if (mandrelRepo.resolve("README-Mandrel.md").toFile().exists())
{
FileSystem.copy(mandrelRepo.resolve("README-Mandrel.md"), mandrelJavaHome.resolve("README.md"));
}
else
{
FileSystem.copy(mandrelRepo.resolve("README.md"), mandrelJavaHome.resolve("README.md"));
}
FileSystem.copy(mandrelRepo.resolve("SECURITY.md"), mandrelJavaHome.resolve("SECURITY.md"));
logger.debugf("Native bits...");
FileSystem.copy(mandrelRepo.resolve(Path.of("substratevm", "src", "com.oracle.svm.native.libchelper", "include", "amd64cpufeatures.h")),
mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM, "include", "amd64cpufeatures.h")));
FileSystem.copy(mandrelRepo.resolve(Path.of("substratevm", "src", "com.oracle.svm.native.libchelper", "include", "aarch64cpufeatures.h")),
mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM, "include", "aarch64cpufeatures.h")));
Path riscv64headers = mandrelRepo.resolve(Path.of("substratevm", "src", "com.oracle.svm.native.libchelper", "include", "riscv64cpufeatures.h"));
if (riscv64headers.toFile().exists())
{
FileSystem.copy(riscv64headers, mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM, "include", "riscv64cpufeatures.h")));
}
FileSystem.copy(mandrelRepo.resolve(Path.of("substratevm", "src", "com.oracle.svm.libffi", "include", "svm_libffi.h")),
mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM, "include", "svm_libffi.h")));
FileSystem.copy(mandrelRepo.resolve(Path.of("truffle", "src", "com.oracle.truffle.nfi.native", "include", "trufflenfi.h")),
mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM, "include", "trufflenfi.h")));
String platformAndJDK = PLATFORM + "-" + JDK_VERSION;
if (IS_WINDOWS)
{
Path libchelperSource = Path.of("substratevm", "mxbuild", PLATFORM, "com.oracle.svm.native.libchelper", PLATFORM, "default", "libchelper.lib");
Path jvmlibSource = Path.of("substratevm", "mxbuild", platformAndJDK, "com.oracle.svm.native.jvm.windows", PLATFORM, "default", "jvm.lib");
Path reporterchelperSource = Path.of("substratevm", "mxbuild", platformAndJDK, "com.oracle.svm.native.reporterchelper", PLATFORM, "default", "reporterchelper.dll");
FileSystem.copy(mandrelRepo.resolve(libchelperSource),
mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM, "libchelper.lib")));
FileSystem.copy(mandrelRepo.resolve(jvmlibSource),
mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM, "jvm.lib")));
FileSystem.copy(mandrelRepo.resolve(reporterchelperSource),
mandrelJavaHome.resolve(Path.of("lib", "svm", "builder", "lib", "reporterchelper.dll")));
}
else
{
Path libdarwinSource = null;
Path libContainerSource = null;
Path libchelperSource = Path.of("substratevm", "mxbuild", PLATFORM, "com.oracle.svm.native.libchelper", PLATFORM, (IS_MAC ? "default" : "glibc"), "liblibchelper.a");
Path libjvmSource = Path.of("substratevm", "mxbuild", platformAndJDK, "com.oracle.svm.native.jvm.posix", PLATFORM, (IS_MAC ? "default" : "glibc"), "libjvm.a");
if (IS_LINUX)
{
libContainerSource = Path.of("substratevm", "mxbuild", PLATFORM, "com.oracle.svm.native.libcontainer", PLATFORM, "glibc", "libsvm_container.a");
}
if (IS_MAC)
{
libdarwinSource = Path.of("substratevm", "mxbuild", PLATFORM, "com.oracle.svm.native.darwin", PLATFORM, "default", "libdarwin.a");
}
Path reporterchelperSource = Path.of("substratevm", "mxbuild", platformAndJDK, "com.oracle.svm.native.reporterchelper", PLATFORM, (IS_MAC ? "default" : "glibc"), System.mapLibraryName("reporterchelper"));
Path clibsBasePath = mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM, "glibc"));
if (IS_MAC)
{
clibsBasePath = mandrelJavaHome.resolve(Path.of("lib", "svm", "clibraries", PLATFORM));
}
FileSystem.copy(mandrelRepo.resolve(libchelperSource), clibsBasePath.resolve(Path.of("liblibchelper.a")));
FileSystem.copy(mandrelRepo.resolve(libjvmSource), clibsBasePath.resolve(Path.of("libjvm.a")));
if (IS_LINUX)
{
FileSystem.copy(mandrelRepo.resolve(libContainerSource), clibsBasePath.resolve(Path.of("libsvm_container.a")));
}
if (IS_MAC)
{
FileSystem.copy(mandrelRepo.resolve(libdarwinSource), clibsBasePath.resolve(Path.of("libdarwin.a")));
}
FileSystem.copy(mandrelRepo.resolve(reporterchelperSource),
mandrelJavaHome.resolve(Path.of("lib", "svm", "builder", "lib", System.mapLibraryName("reporterchelper"))));
}
// We don't create symlink on Windows, See https://github.com/graalvm/mandrel-packaging/pull/71#discussion_r517268470
if (IS_WINDOWS)
{
// exe_link_template.cmd: DOS batch file, ASCII text, with CRLF line terminators
final String nativeImageCmd = Files.readString(mandrelRepo.resolve(
Path.of("sdk", "mx.sdk", "vm", "exe_link_template.cmd")), StandardCharsets.US_ASCII)
.replace("<target>", "..\\lib\\svm\\bin\\native-image.cmd");
Files.writeString(mandrelJavaHome.resolve(
Path.of("bin", "native-image.cmd")), nativeImageCmd, StandardCharsets.US_ASCII, StandardOpenOption.CREATE_NEW);
}
else
{
logger.debugf("Symlink native-image...");
Files.createSymbolicLink(mandrelJavaHome.resolve(
Path.of("bin", "native-image")), Path.of("..", "lib", "svm", "bin", "native-image"));
}
logger.debugf("Patch native image...");
patchNativeImageLauncher(nativeImage, options.mandrelVersion, options.vendor, options.vendorUrl);
if (!options.skipNativeAgents)
{
logger.debugf("Build native agents...");
buildAgents(nativeImage, fs, os);
}
generateMandrelReleaseFile(mandrelVersionUntilSpace, mandrelHome);
}
logger.info("Congratulations you successfully built Mandrel " + mandrelVersionUntilSpace + " based on Java " + System.getProperty("java.runtime.version"));
logger.info("You can find your newly built native-image enabled JDK under " + mandrelHome);
if (options.archiveSuffix != null)
{
int javaMajor = Runtime.version().feature();
String archiveName = "mandrel-java" + javaMajor + "-" + PLATFORM.replace("darwin", "macos") + "-" + mandrelVersionUntilSpace + "." + options.archiveSuffix;
logger.info("Creating Archive " + archiveName);
createArchive(fs, os, mandrelHome, archiveName);
}
}
private static void generateMandrelReleaseFile(String mandrelVersion, Path mandrelHome)
{
final String content = String.format("GRAALVM_VERSION=%s%nMANDREL_VERSION=%s%n", mandrelVersion, mandrelVersion);
final Path mandrelReleaseFile = mandrelHome.resolve(Path.of(MANDREL_RELEASE_FILE));
try
{
Files.writeString(mandrelReleaseFile, content, StandardCharsets.UTF_8);
}
catch (IOException e)
{
throw new RuntimeException("Failed to write " + MANDREL_RELEASE_FILE + " file", e);
}
}
private static void writeMavenVersionFile(Options options, Path mandrelHome, String mavenVersion)
{
Path mavenVersFile = mandrelHome.resolve(Paths.get(MAVEN_VERSION_FILE));
try
{
Files.writeString(mavenVersFile, String.format("%s%n", options.mavenVersion));
}
catch (IOException e)
{
throw new UncheckedIOException(e);
}
}
private static String deriveMavenVersion(String mandrelVersion)
{
if (!mandrelVersion.contains("-dev"))
{
return mandrelVersion; // use mandrel version verbatim
}
String baseVers = mandrelVersion.substring(0, mandrelVersion.indexOf("-dev"));
return baseVers + ".SNAPSHOT";
}
private static void buildAgents(Path nativeImage, FileSystem fs, OperatingSystem os)
{
final Tasks.Exec agent = Tasks.Exec.of(Arrays.asList(nativeImage.toString(), "--macro:native-image-agent-library"), fs.workingDir());
os.exec(agent, false);
final Tasks.Exec dagent = Tasks.Exec.of(Arrays.asList(nativeImage.toString(), "--macro:native-image-diagnostics-agent-library"), fs.workingDir());
os.exec(dagent, false);
}
private static void createArchive(FileSystem fs, OperatingSystem os, Path mandrelHome, String archiveName)
{
final String mandrelHomeParentDir = mandrelHome.getParent().toString();
final String mandrelHomeDirName = mandrelHome.getFileName().toString();
Tasks.Exec archiveCommand;
if (archiveName.endsWith("tar.gz"))
{
archiveCommand = Tasks.Exec.of(
Arrays.asList("tar", "-czf", archiveName, "-C", mandrelHomeParentDir, mandrelHomeDirName),
fs.workingDir());
}
else if (archiveName.endsWith("tarxz"))
{
archiveCommand = Tasks.Exec.of(
Arrays.asList("tar", "cJf", archiveName, "-C", mandrelHomeParentDir, mandrelHomeDirName),
fs.workingDir(),
new EnvVar("XZ_OPT", "-9e"));
}
else if (archiveName.endsWith("zip") && IS_WINDOWS)
{
archiveCommand = Tasks.Exec.of(
Arrays.asList("powershell",
"Compress-Archive -Force -Path " + mandrelHomeParentDir + File.separator + mandrelHomeDirName +
" -DestinationPath " + fs.workingDir() + File.separator + archiveName),
fs.workingDir());
}
else if (archiveName.endsWith("zip") && !IS_WINDOWS)
{
archiveCommand = Tasks.Exec.of(
Arrays.asList("zip", "--symlinks", "-r", "-9", fs.workingDir() + File.separator + archiveName, mandrelHomeDirName),
Path.of(mandrelHomeParentDir));
}
else
{
throw new IllegalArgumentException("Unsupported archive suffix. Please use one of tar.gz or tarxz or zip");
}
os.exec(archiveCommand, false);
}
private static String getMandrelVersion(FileSystem fs, OperatingSystem os, Path mandrelRepo)
{
final Pattern startsWithNumber = Pattern.compile("^\\d.*");
String mandrelVersion = null;
final List<String> o = os.exec(Mx.mandrelVersion(fs.mxHome(), fs.mandrelRepo()), true);
for (String s : o)
{
logger.info("mx's graalvm-version output: " + s);
if (mandrelVersion == null && startsWithNumber.matcher(s).matches())
{
mandrelVersion = s;
}
}
if (mandrelVersion == null)
{
throw new RuntimeException("Could not determine Mandrel version from mx graalvm-version output");
}
if (mandrelVersion.endsWith("-dev"))
{
final Tasks.Exec command = Tasks.Exec.of(Arrays.asList("git", "rev-parse", "--short", "HEAD"), mandrelRepo);
List<String> output = os.exec(command, true);
if (!output.isEmpty())
{
mandrelVersion += output.get(0);
}
}
else
{
mandrelVersion += "-Final";
}
return mandrelVersion;
}
private static void patchNativeImageLauncher(Path nativeImage, String mandrelVersion, String vendor, String vendorUrl) throws IOException
{
final List<String> lines = Files.readAllLines(nativeImage);
// This is jamming two sets of parameters in between three sections of command line.
// It is fragile at best. We should probably just generate the line fresh.
final Pattern launcherPattern = Pattern.compile("(.*EnableJVMCI)(.*)");
logger.debugf("mandrelVersion: %s", mandrelVersion);
String defaultVendor = "GraalVM Community";
String defaultVendorUrl = "https://github.com/graalvm/mandrel/issues";
for (int i = 0; i < lines.size(); i++)
{
final Matcher launcherMatcher = launcherPattern.matcher(lines.get(i));
if (launcherMatcher.find())
{
logger.debugf("Launcher line BEFORE: %s", lines.get(i));
logger.debugf("launcherMatcher.group(1): %s", launcherMatcher.group(1));
logger.debugf("launcherMatcher.group(2): %s", launcherMatcher.group(2));
final String launcherLine = launcherMatcher.group(1) +
" -Dorg.graalvm.version=\"" + mandrelVersion + "\"" +
" -Dorg.graalvm.vendorversion=\"Mandrel-" + mandrelVersion + "\"" +
" -Dorg.graalvm.vendor=\"" + (vendor != null ? vendor : defaultVendor) + "\"" +
" -Dorg.graalvm.vendorurl=\"" + (vendorUrl != null ? vendorUrl : defaultVendorUrl) + "\"" +
launcherMatcher.group(2);
lines.set(i, launcherLine);
logger.debugf("Launcher line AFTER: %s", lines.get(i));
break;
}
}
Files.write(nativeImage, lines, UTF_8);
}
}
class Dependency
{
final String id;
final String version;
final String sha1;
final String sourceSha1;
final Pattern pattern;
Dependency(String id, String version, String sha1, String sourceSha1, Pattern pattern)
{
this.id = id;
this.version = version;
this.sha1 = sha1;
this.sourceSha1 = sourceSha1;
this.pattern = pattern;
}
static Dependency of(Map<String, String> fields)
{
final String id = fields.get("id");
final String version = fields.get("version");
final String sha1 = fields.get("sha1");
final String sourceSha1 = fields.get("sourceSha1");
final Pattern pattern = Pattern.compile(String.format("%s[^({|\\n)]*\\{", id));
return new Dependency(id, version, sha1, sourceSha1, pattern);
}
@Override
public String toString()
{
return "Dependency{" +
"id='" + id + '\'' +
", version='" + version + '\'' +
", sha1='" + sha1 + '\'' +
", sourceSha1='" + sourceSha1 + '\'' +
", pattern=" + pattern +
'}';
}
}
class Options
{
final boolean mavenDeploy;
String mavenVersion;
String mandrelVersion;
final boolean verbose;
final String mavenProxy;
final String mavenRepoId;
final String mavenURL;
final String mandrelRepo;
final String mandrelHome;
final String mxHome;
final List<Dependency> dependencies;
final boolean skipClean;
final boolean skipJava;
final boolean skipNative;
final boolean skipNativeAgents;
final String mavenHome;
final String archiveSuffix;
final String vendor;
final String vendorUrl;
final boolean deployLocally;
final boolean disableDebuginfoStripping;
Options(
boolean mavenDeploy
, String mavenVersion
, String mandrelVersion
, boolean verbose
, String mavenProxy
, String mavenRepoId
, String mavenURL
, String mandrelRepo
, String mandrelHome
, String mxHome
, List<Dependency> dependencies
, boolean skipClean
, boolean skipJava
, boolean skipNative
, boolean skipNativeAgents
, String mavenHome
, String archiveSuffix
, String vendor
, String vendorUrl
, boolean deployLocally
, boolean disableDebuginfoStripping
)
{
this.mavenDeploy = mavenDeploy;
this.mavenVersion = mavenVersion;
this.mandrelVersion = mandrelVersion;
this.verbose = verbose;
this.mavenProxy = mavenProxy;
this.mavenRepoId = mavenRepoId;
this.mavenURL = mavenURL;
this.mandrelRepo = mandrelRepo;
this.mandrelHome = mandrelHome;
this.mxHome = mxHome;
this.dependencies = dependencies;
this.skipClean = skipClean;
this.skipJava = skipJava;
this.skipNative = skipNative;
this.skipNativeAgents = skipNativeAgents;
this.mavenHome = mavenHome;
this.archiveSuffix = archiveSuffix;
this.vendor = vendor;
this.vendorUrl = vendorUrl;
this.deployLocally = deployLocally;
this.disableDebuginfoStripping = disableDebuginfoStripping;
}
public static Options from(Map<String, List<String>> args)
{
// Maven related
boolean mavenDeploy = args.containsKey("maven-deploy");
final boolean mavenDeployLocal = args.containsKey("maven-deploy-local");
if (mavenDeploy && mavenDeployLocal) {
// Only one of them is allowed
throw new IllegalArgumentException("Both deploy options specified: --maven-deploy AND --maven-deploy-local. Pick one of them!");
}
final String mavenVersion = required("maven-version", args, mavenDeploy);
final String mavenProxy = optional("maven-proxy", args);
final String mavenHome = optional("maven-home", args);
final String mavenRepoId = required("maven-repo-id", args, mavenDeploy);
final String mavenURL = required("maven-url", args, mavenDeploy);
// Mandrel related
final String mandrelVersion = optional("mandrel-version", args);
final String mandrelHome = optional("mandrel-home", args);
final String mandrelRepo = optional("mandrel-repo", args);
final String vendor = optional("vendor", args);
final String vendorUrl = optional("vendor-url", args);
final boolean verbose = args.containsKey("verbose");
Logger.debug = verbose;
final String mxHome = optional("mx-home", args);
final List<String> dependenciesArg = args.get("dependencies");
final List<Dependency> dependencies = dependenciesArg == null
? Collections.emptyList()
: toDependencies(dependenciesArg);
final boolean skipClean = args.containsKey("skip-clean");
final boolean skipJava = args.containsKey("skip-java");
final boolean skipNative = args.containsKey("skip-native");
final boolean skipNativeAgents = args.containsKey("skip-native-agents");
final boolean disableDebuginfoStripping = args.containsKey("disable-debuginfo-stripping");
final String archiveSuffix = optional("archive-suffix", args);
return new Options(
mavenDeploy
, mavenVersion
, mandrelVersion
, verbose
, mavenProxy
, mavenRepoId
, mavenURL
, mandrelRepo
, mandrelHome
, mxHome
, dependencies
, skipClean
, skipJava
, skipNative
, skipNativeAgents
, mavenHome
, archiveSuffix
, vendor
, vendorUrl
, mavenDeployLocal
, disableDebuginfoStripping
);
}
private static List<Dependency> toDependencies(List<String> args)
{
return args.stream()
.map(Options::toFields)
.map(Dependency::of)
.collect(Collectors.toList());
}
static Map<String, String> toFields(String dependency)
{
final List<String> fields = Arrays.asList(dependency.split(","));
return fields.stream()
.map(fs -> fs.split("="))
.collect(Collectors.toMap(fs -> fs[0], fs -> fs[1]));
}
private static String optional(String name, Map<String, List<String>> args)
{
return required(name, args, false);
}
private static String required(String name, Map<String, List<String>> args, boolean required)
{
final List<String> option = args.get(name);
if (Objects.isNull(option))
{
if (required)
{
throw new IllegalArgumentException(String.format("Missing mandatory --%s", name));
}
return null;
}
if (option.size() == 0)
{
throw new IllegalArgumentException(String.format("Missing mandatory value for --%s", name));
}
return option.get(0);
}
}
class SequentialBuild
{
static final Logger LOG = LogManager.getLogger(SequentialBuild.class);
private static final String SPECIFICATION_VERSION_NAME = "Specification-Version";
private static final String IMPLEMENTATION_VERSION_NAME = "Implementation-Version";
final FileSystem fs;
final OperatingSystem os;
final Mx mx;
SequentialBuild(FileSystem fs, OperatingSystem os, Mx mx)
{
this.fs = fs;
this.os = os;
this.mx = mx;
}
void build(Options options) throws IOException
{
final Tasks.Exec.Effects exec = new Tasks.Exec.Effects(task -> os.exec(task, false));
final Tasks.FileReplace.Effects replace = Tasks.FileReplace.Effects.ofSystem();
Mx.build(options, exec, replace, fs.mxHome(), fs.mandrelRepo(), os.javaHome());
if ((options.mavenDeploy || options.deployLocally) && !options.skipJava)
{
// Create wrapper jar file for archiving resources (e.g. native image launcher script)
LOG.debugf("Patch sdk suite.py ...");
String patchPath = fs.workingDir().resolve(Path.of("resources", "mandrel-packaging-wrapper.patch")).toString();
exec.exec.accept(Tasks.Exec.of(List.of("git", "apply", patchPath), fs.mandrelRepo()));
try
{
LOG.debugf("Build Mandrel's wrapper jar...");
Mx.BuildArgs buildArgs = Mx.BuildArgs.of("--only", "MANDREL_PACKAGING_WRAPPER");
exec.exec.accept(Mx.mxbuild(options, fs.mxHome(), fs.mandrelRepo(), os.javaHome()).apply(buildArgs));
// Add Specification-Version and Implementation-Version to jars' manifests.
// These attributes are access by Red Hat Build of Quarkus to verify that the correct artifacts are being used.
// The value of Specification-Version is not that important, but the Implementation-Version should match the version of the native-image.
LOG.debugf("Patch jars' manifests with Specification-Version and Implementation-Version...");
mx.artifacts.forEach(amendOrCreateManifest(options, replace));
LOG.debugf("Deploy maven artifacts...");
Mx.mavenDeploy(options, exec, fs.mxHome(), fs.mandrelRepo(), os.javaHome());
}
finally
{
exec.exec.accept(Tasks.Exec.of(List.of("git", "apply", "-R", patchPath), fs.mandrelRepo()));
}
}
}
private BiConsumer<String, Path[]> amendOrCreateManifest(Options options, Tasks.FileReplace.Effects replace)
{
return (artifact, paths) ->
{
final String jarF = PathFinder.getFirstExisting(fs.mandrelRepo().resolve(paths[0]).toString(), artifact).toString();
final Path jarPath = Path.of(jarF);
final Path sourceJarPath = Path.of(jarF.replace(".jar", ".src.zip"));
for (Path jar: List.of( jarPath, sourceJarPath ))
{
try (java.nio.file.FileSystem jarfs = FileSystems.newFileSystem(jar, this.getClass().getClassLoader()))
{
Path metaInfPath = jarfs.getPath("/META-INF");
Path manifestPath = metaInfPath.resolve("MANIFEST.MF");
if (!Files.exists(manifestPath))
{
if (!Files.exists(metaInfPath))
{
Files.createDirectory(metaInfPath);
}
Files.createFile(manifestPath);
}
amendManifest(manifestPath, options);
}
catch (IOException e)
{
throw new RuntimeException(e);
}
}
};
}
/*
* Add Specification-Version and Implementation-Version to jars' manifests.
* These attributes are accessed by Red Hat Build of Quarkus to verify that the correct artifacts are being used.
* The value of Specification-Version is not that important, but the Implementation-Version should match the version of the native-image.
*/
private static void amendManifest(Path manifestPath, Options options)
{
Manifest mf = null;
try (InputStream is = Files.newInputStream(manifestPath)) {
mf = new Manifest(is);
} catch (IOException ioe) {
throw new UncheckedIOException(ioe);
}
Attributes attributes = mf.getMainAttributes();
// Replace Implementation-Version if present, otherwise add it.
attributes.putValue(IMPLEMENTATION_VERSION_NAME, options.mavenVersion);
String specVers = attributes.getValue(SPECIFICATION_VERSION_NAME);
if (specVers == null) {
// Only add Specification-Version if not already present
attributes.putValue(SPECIFICATION_VERSION_NAME, "0.0");
}
String manifestVers = attributes.getValue(Attributes.Name.MANIFEST_VERSION);
if (manifestVers == null) {
attributes.putValue("Manifest-Version", "1.0");
}
try (OutputStream out = Files.newOutputStream(manifestPath, StandardOpenOption.TRUNCATE_EXISTING)) {
mf.write(out);
} catch (IOException ioe) {
throw new UncheckedIOException(ioe);
}
}
}
class EnvVar
{
final String name;
final String value;
EnvVar(String name, String value)
{
this.name = name;
this.value = value;
}
@Override
public String toString()
{
return name + "=" + value;
}
}
class Tasks
{
static class Exec
{
final List<String> args;
final Path directory;
final List<EnvVar> envVars;
private Exec(List<String> args, Path directory, List<EnvVar> envVars)
{
this.args = args;
this.directory = directory;
this.envVars = envVars;
}
static Exec of(List<String> args, Path directory, EnvVar... envVars)
{
final List<String> nonEmpty = args.stream()
.filter(Predicate.not(String::isEmpty))
.collect(Collectors.toList());
return new Tasks.Exec(nonEmpty, directory, Arrays.asList(envVars));
}
@Override
public String toString()
{
return "Exec{" +
"args=" + args +
", directory=" + directory +
", envVars=" + envVars +
'}';
}
static class Effects
{
final Consumer<Exec> exec;
Effects(Consumer<Exec> exec)
{
this.exec = exec;
}
}
}
static class FileReplace
{
private final Path path;
private final Function<Stream<String>, List<String>> replacer;
FileReplace(Path path, Function<Stream<String>, List<String>> replacer)
{
this.path = path;
this.replacer = replacer;
}
static void replace(FileReplace replace, Effects effects)
{
try (Stream<String> lines = effects.readLines.apply(replace.path))
{
final List<String> transformed = replace.replacer.apply(lines);
effects.writeLines.accept(replace.path, transformed);
}
}
static void copyReplace(FileReplace replace, Path from, Effects effects)
{
effects.copy.accept(from, replace.path);
FileReplace.replace(
new FileReplace(replace.path, replace.replacer)
, effects
);
}
static class Effects
{
final Function<Path, Stream<String>> readLines;
final BiConsumer<Path, List<String>> writeLines;
final BiConsumer<Path, Path> copy;
private Effects(
Function<Path, Stream<String>> readLines
, BiConsumer<Path, List<String>> writeLines
, BiConsumer<Path, Path> copy
)
{
this.readLines = readLines;
this.writeLines = writeLines;
this.copy = copy;
}
public static Effects ofSystem()
{
return new Effects(
FileSystem::readLines
, FileSystem::writeLines
, FileSystem::copy
);
}
public static Effects noop()
{
// @formatter:off
return new Effects(p -> Stream.empty(), (p, l) -> {}, (src, target) -> {});
// @formatter:on
}
}
}
}
class Mx
{
final String[] mxDistDir;
final Path compilerDistPath;
final Path truffleDistPath;
final Path substrateDistPath;
final Path sdkDistPath;
final String[] mxbuildDir;
final Path sdkBuildPath;
final MxVersion version;
/**
* A map of entries with a key (the jar artifact) and 3 String values. The first String is group ID of the artifact,
* the second String is its source path in the mxbuild directories, and the third String is its destination in the
* target JDK.
*/
final Map<String, Path[]> artifacts;
final Map<String, Path> macroPaths;
private static final Logger LOG = LogManager.getLogger(Mx.class);
private static final Pattern DEPENDENCY_SHA1_PATTERN =
Pattern.compile("\"sha1\"\\s*:\\s*\"([a-f0-9]*)\"");
private static final Pattern DEPENDENCY_SOURCE_SHA1_PATTERN =
Pattern.compile("\"sourceSha1\"\\s*:\\s*\"([a-f0-9]*)\"");
private static final Pattern DEPENDENCY_VERSION_PATTERN =
Pattern.compile("\"version\"\\s*:\\s*\"([0-9.]*)\"");
static final List<BuildArgs> BUILD_JAVA_STEPS = List.of(
BuildArgs.of("--no-native", "--dependencies", "SVM,SVM_FOREIGN,GRAAL_SDK,SVM_DRIVER,SVM_AGENT,SVM_DIAGNOSTICS_AGENT")
, BuildArgs.of("--only",
build.IS_WINDOWS ?
"native-image.exe.image-bash," +
"native-image-agent-library_native-image.properties," +
"native-image-launcher_native-image.properties," +
"native-image-diagnostics-agent-library_native-image.properties"
:
"native-image.image-bash," +
"native-image-agent-library_native-image.properties," +
"native-image-launcher_native-image.properties," +
"native-image-diagnostics-agent-library_native-image.properties")
);
static final List<BuildArgs> BUILD_NATIVE_STEPS;
static
{
String projects;
if (build.IS_WINDOWS)
{
projects = "com.oracle.svm.native.libchelper," +
"com.oracle.svm.native.reporterchelper," +
"com.oracle.svm.native.jvm.windows," +
"com.oracle.svm.core.windows";
}
else
{
projects = "com.oracle.svm.native.libchelper," +
"com.oracle.svm.native.reporterchelper," +
"com.oracle.svm.native.jvm.posix";
if (build.IS_LINUX)
{
projects += ",com.oracle.svm.native.libcontainer";
}
if (build.IS_MAC)
{
projects += ",com.oracle.svm.native.darwin";
}
}
BUILD_NATIVE_STEPS = List.of(BuildArgs.of("--projects", projects));
}
Mx(FileSystem fs, OperatingSystem os)
{
version = new MxVersion(os.exec(Mx.mxversion(fs.mxHome()), true).get(0));
if (MxVersion.mx5_313_0.compareTo(version) > 0)
{
mxDistDir = new String[]{"mxbuild", "dists", PathFinder.JDK_NUMBER_DIRECTORY};
mxbuildDir = new String[]{"mxbuild"};
}
else
{
mxDistDir = new String[]{"mxbuild", build.JDK_VERSION, "dists", PathFinder.JDK_NUMBER_DIRECTORY};
mxbuildDir = new String[]{"mxbuild", build.JDK_VERSION};
}
compilerDistPath = Path.of("compiler", mxDistDir);
truffleDistPath = Path.of("truffle", mxDistDir);
substrateDistPath = Path.of("substratevm", mxDistDir);
sdkDistPath = Path.of("sdk", mxDistDir);
sdkBuildPath = Path.of("sdk", mxbuildDir);
artifacts = Map.ofEntries(
new SimpleEntry<>("org.graalvm.sdk:graal-sdk.jar",
new Path[]{sdkDistPath.resolve("graal-sdk.jar"), Path.of("lib", "jvmci", "graal-sdk.jar")}),
// See https://github.com/oracle/graal/pull/7171 which split sdk jar into separate modules
new SimpleEntry<>("org.graalvm.sdk:nativeimage.jar",
new Path[]{sdkDistPath.resolve("nativeimage.jar"), Path.of("lib", "jvmci", "nativeimage.jar")}),
new SimpleEntry<>("org.graalvm.sdk:collections.jar",
new Path[]{sdkDistPath.resolve("collections.jar"), Path.of("lib", "jvmci", "collections.jar")}),
new SimpleEntry<>("org.graalvm.sdk:word.jar",
new Path[]{sdkDistPath.resolve("word.jar"), Path.of("lib", "jvmci", "word.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:svm.jar",
new Path[]{substrateDistPath.resolve("svm.jar"), Path.of("lib", "svm", "builder", "svm.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:native-image-base.jar",
new Path[]{substrateDistPath.resolve("native-image-base.jar"), Path.of("lib", "svm", "builder", "native-image-base.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:pointsto.jar",
new Path[]{substrateDistPath.resolve("pointsto.jar"), Path.of("lib", "svm", "builder", "pointsto.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:library-support.jar",
new Path[]{substrateDistPath.resolve("library-support.jar"), Path.of("lib", "svm", "library-support.jar")}),
new SimpleEntry<>("org.graalvm.truffle:truffle-compiler.jar",
new Path[]{truffleDistPath.resolve("truffle-compiler.jar"), Path.of("lib", "truffle", "truffle-compiler.jar")}),
new SimpleEntry<>("org.graalvm.compiler:compiler.jar",
new Path[]{compilerDistPath.resolve("graal.jar"), Path.of("lib", "jvmci", "graal.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:objectfile.jar",
new Path[]{substrateDistPath.resolve("objectfile.jar"), Path.of("lib", "svm", "builder", "objectfile.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:svm-driver.jar",
new Path[]{substrateDistPath.resolve("svm-driver.jar"), Path.of("lib", "graalvm", "svm-driver.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:jvmti-agent-base.jar",
new Path[]{substrateDistPath.resolve("jvmti-agent-base.jar"), Path.of("lib", "graalvm", "jvmti-agent-base.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:svm-agent.jar",
new Path[]{substrateDistPath.resolve("svm-agent.jar"), Path.of("lib", "graalvm", "svm-agent.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:svm-diagnostics-agent.jar",
new Path[]{substrateDistPath.resolve("svm-diagnostics-agent.jar"), Path.of("lib", "graalvm", "svm-diagnostics-agent.jar")}),
new SimpleEntry<>("org.graalvm.nativeimage:svm-configure.jar",
new Path[]{substrateDistPath.resolve("svm-configure.jar"), Path.of("lib", "graalvm", "svm-configure.jar")}),