386 lines
18 KiB
Java
386 lines
18 KiB
Java
/*
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* Copyright (c) 2024, Oracle and/or its affiliates. All rights reserved.
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* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
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*
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* This code is free software; you can redistribute it and/or modify it
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* under the terms of the GNU General Public License version 2 only, as
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* published by the Free Software Foundation.
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*
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* This code is distributed in the hope that it will be useful, but WITHOUT
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* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
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* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
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* version 2 for more details (a copy is included in the LICENSE file that
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* accompanied this code).
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*
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* You should have received a copy of the GNU General Public License version
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* 2 along with this work; if not, write to the Free Software Foundation,
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* Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
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*
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* Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
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* or visit www.oracle.com if you need additional information or have any
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* questions.
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*
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*/
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/**
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* @test
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* @bug 8328313
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* @requires vm.cds & !vm.graal.enabled & vm.cds.write.archived.java.heap
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* @library /test/lib /test/hotspot/jtreg/runtime/cds/appcds
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* @run driver ModulePathAndFMG
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* @summary test module path changes for full module graph handling.
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*
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*/
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import java.io.File;
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import java.nio.file.Files;
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import java.nio.file.Path;
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import java.nio.file.Paths;
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import java.nio.file.StandardCopyOption;
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import jdk.test.lib.cds.CDSTestUtils;
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import jdk.test.lib.process.OutputAnalyzer;
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import jdk.test.lib.process.ProcessTools;
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public class ModulePathAndFMG {
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private static final String JAVA_HOME = System.getProperty("java.home");
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private static final Path USER_DIR = Paths.get(CDSTestUtils.getOutputDir());
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private static final String TEST_SRC = System.getProperty("test.src");
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private static final Path SRC_DIR = Paths.get(TEST_SRC, "src");
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private static final Path MODS_DIR = Paths.get("mody");
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private static final Path JMOD_DIR = Paths.get("jmod_dir");
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// the module name of the test module
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private static final String MAIN_MODULE = "com.bars";
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private static final String TEST_MODULE = "com.foos";
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private static final String DUP_MODULE = "com.foos3";
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// the module main class
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private static final String MAIN_CLASS = "com.bars.Main";
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private static final String TEST_CLASS = "com.foos.Test";
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private static String PATH_LIBS = "modylibs";
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private static String DUP_LIBS = "duplibs";
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private static Path libsDir = null;
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private static Path dupDir = null;
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private static Path jmodDir = null;
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private static Path mainJar = null;
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private static Path testJar = null;
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private static Path dupJar = null;
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private static Path badJar = null;
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private static String CLASS_FOUND_MESSAGE = "com.foos.Test found";
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private static String CLASS_NOT_FOUND_MESSAGE = "java.lang.ClassNotFoundException: com.foos.Test";
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private static String FIND_EXCEPTION_MESSAGE = "java.lang.module.FindException: Module com.foos not found, required by com.bars";
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private static String MODULE_NOT_RECOGNIZED = "Module format not recognized:.*modylibs.*com.bars.JAR";
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private static String OPTIMIZE_ENABLED = "] optimized module handling: enabled";
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private static String OPTIMIZE_DISABLED = "] optimized module handling: disabled";
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private static String FMG_ENABLED = "] full module graph: enabled";
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private static String FMG_DISABLED = "] full module graph: disabled";
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private static String MAIN_FROM_JAR = "class,load.*com.bars.Main.*[.]jar";
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private static String MAIN_FROM_CDS = "class,load.*com.bars.Main.*shared objects file";
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private static String MAIN_FROM_MODULE = "class,load.*com.bars.Main.*mody/com.bars";
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private static String TEST_FROM_JAR = "class,load.*com.foos.Test.*[.]jar";
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private static String TEST_FROM_CDS = "class,load.*com.foos.Test.*shared objects file";
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private static String MAP_FAILED = "Unable to use shared archive";
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private static String PATH_SEPARATOR = File.pathSeparator;
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private static String appClasses[] = {MAIN_CLASS, TEST_CLASS};
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private static String prefix[] = {"-Djava.class.path=", "-Xlog:cds,class+load,class+path=info"};
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public static void buildTestModule() throws Exception {
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// javac -d mods/$TESTMODULE src/$TESTMODULE/**
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JarBuilder.compileModule(SRC_DIR.resolve(TEST_MODULE),
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MODS_DIR.resolve(TEST_MODULE),
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null);
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// javac -d mods/$TESTMODULE --module-path MOD_DIR src/$TESTMODULE/**
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JarBuilder.compileModule(SRC_DIR.resolve(MAIN_MODULE),
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MODS_DIR.resolve(MAIN_MODULE),
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MODS_DIR.toString());
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libsDir = Files.createTempDirectory(USER_DIR, PATH_LIBS);
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mainJar = libsDir.resolve(MAIN_MODULE + ".jar");
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testJar = libsDir.resolve(TEST_MODULE + ".jar");
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// modylibs contains both modules com.foos.jar, com.bars.jar
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// build com.foos.jar
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String classes = MODS_DIR.resolve(TEST_MODULE).toString();
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JarBuilder.createModularJar(testJar.toString(), classes, TEST_CLASS);
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// build com.bars.jar
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classes = MODS_DIR.resolve(MAIN_MODULE).toString();
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JarBuilder.createModularJar(mainJar.toString(), classes, MAIN_CLASS);
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dupDir = Files.createTempDirectory(USER_DIR, DUP_LIBS);
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dupJar = dupDir.resolve(DUP_MODULE + ".jar");
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Files.copy(testJar, dupJar, StandardCopyOption.REPLACE_EXISTING);
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badJar = libsDir.resolve(MAIN_MODULE + ".JAR");
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Files.copy(mainJar, badJar, StandardCopyOption.REPLACE_EXISTING);
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}
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public static void buildJmod() throws Exception {
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Path jmod = Paths.get(JAVA_HOME, "bin", "jmod");
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jmodDir = Files.createDirectory(Paths.get(USER_DIR.toString() + File.separator + JMOD_DIR.toString()));
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OutputAnalyzer output = ProcessTools.executeProcess(jmod.toString(),
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"create",
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"--class-path", Paths.get(USER_DIR.toString(), MODS_DIR.toString(), TEST_MODULE).toString(),
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"--module-version", "1.0",
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"--main-class", TEST_CLASS,
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jmodDir.toString() + File.separator + TEST_MODULE + ".jmod");
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output.shouldHaveExitValue(0);
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}
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public static void main(String... args) throws Exception {
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runWithModulePath();
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runWithExplodedModule();
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runWithJmodAndBadJar();
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}
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private static void tty(String... args) {
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for (String s : args) {
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System.out.print(s + " ");
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}
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System.out.print("\n");
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}
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public static void runWithModulePath() throws Exception {
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// compile the modules and create the modular jar files
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buildTestModule();
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// create an archive with the classes in the modules built in the
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// previous step
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OutputAnalyzer output = TestCommon.createArchive(
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null, appClasses,
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"--module-path",
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libsDir.toString(),
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"-m", MAIN_MODULE);
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TestCommon.checkDump(output);
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tty("1. run with CDS on, with module path same as dump time");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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libsDir.toString(), // --module-path
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MAIN_MODULE) // -m
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.assertNormalExit(out -> {
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out.shouldNotContain(OPTIMIZE_DISABLED)
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.shouldContain(OPTIMIZE_ENABLED)
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.shouldNotContain(FMG_DISABLED)
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.shouldContain(FMG_ENABLED)
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.shouldMatch(MAIN_FROM_CDS) // archived Main class is for module only
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.shouldContain(CLASS_FOUND_MESSAGE);
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});
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tty("2. run with CDS on, with jar on path");
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TestCommon.run("-Xlog:cds",
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"-Xlog:class+load",
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"-cp", mainJar.toString() + PATH_SEPARATOR + testJar.toString(),
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MAIN_CLASS)
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.assertNormalExit(out -> {
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out.shouldContain(CLASS_FOUND_MESSAGE)
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.shouldMatch(MAIN_FROM_JAR)
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.shouldMatch(TEST_FROM_JAR)
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.shouldContain(OPTIMIZE_DISABLED)
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.shouldNotContain(OPTIMIZE_ENABLED)
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.shouldContain(FMG_DISABLED)
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.shouldNotContain(FMG_ENABLED);
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});
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tty("3. run with CDS on, with --module-path, with jar should fail");
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TestCommon.run("-Xlog:cds",
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"-Xlog:class+load",
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"-p", libsDir.toString(),
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"-cp", mainJar.toString(),
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MAIN_CLASS)
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.assertNormalExit(out -> {
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out.shouldContain(CLASS_NOT_FOUND_MESSAGE)
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.shouldMatch(MAIN_FROM_JAR)
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.shouldNotContain(FMG_ENABLED)
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.shouldNotContain(OPTIMIZE_ENABLED);
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});
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final String modularJarPath = mainJar.toString() + PATH_SEPARATOR + testJar.toString();
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tty("4. run with CDS on, with modular jars specified --module-path, should pass");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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modularJarPath, // --module-path
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MAIN_MODULE) // -m
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.assertNormalExit(out -> {
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out.shouldNotContain(OPTIMIZE_DISABLED)
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.shouldContain(OPTIMIZE_ENABLED)
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.shouldNotContain(FMG_DISABLED)
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.shouldContain(FMG_ENABLED)
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.shouldMatch(MAIN_FROM_CDS); // archived Main class is for module only
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});
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final String extraModulePath = libsDir.toString() + PATH_SEPARATOR + dupDir.toString();
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// create an archive with an extra module which is not referenced
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output = TestCommon.createArchive(
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null, appClasses,
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"--module-path",
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extraModulePath,
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"-m", MAIN_MODULE);
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TestCommon.checkDump(output);
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tty("5. run with CDS on, without the extra module specified in dump time, should pass");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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libsDir.toString(), // --module-path
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MAIN_MODULE) // -m
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.assertNormalExit(out -> {
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out.shouldNotContain(OPTIMIZE_DISABLED)
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.shouldContain(OPTIMIZE_ENABLED)
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.shouldNotContain(FMG_DISABLED)
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.shouldContain(FMG_ENABLED)
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.shouldMatch(MAIN_FROM_CDS) // archived Main class is for module only
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.shouldContain(CLASS_FOUND_MESSAGE);
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});
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tty("6. run with CDS on, with the extra module specified in dump time");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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extraModulePath, // --module-path
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MAIN_MODULE) // -m
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.assertNormalExit(out -> {
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out.shouldNotContain(OPTIMIZE_ENABLED)
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.shouldContain(OPTIMIZE_DISABLED)
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.shouldNotContain(FMG_ENABLED)
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.shouldContain(FMG_DISABLED)
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.shouldMatch(MAIN_FROM_CDS) // archived Main class is for module only
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.shouldContain(CLASS_FOUND_MESSAGE);
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});
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final String extraJarPath = modularJarPath + PATH_SEPARATOR + dupJar.toString();
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// create an archive by specifying modular jars in the --module-path with an extra module which is not referenced
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output = TestCommon.createArchive(
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null, appClasses,
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"--module-path",
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extraJarPath,
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"-m", MAIN_MODULE);
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TestCommon.checkDump(output);
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tty("7. run with CDS on, without the extra module specified in dump time, should pass");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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modularJarPath, // --module-path
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MAIN_MODULE) // -m
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.assertNormalExit(out -> {
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out.shouldNotContain(OPTIMIZE_DISABLED)
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.shouldContain(OPTIMIZE_ENABLED)
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.shouldNotContain(FMG_DISABLED)
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.shouldContain(FMG_ENABLED)
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.shouldMatch(MAIN_FROM_CDS) // archived Main class is for module only
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.shouldContain(CLASS_FOUND_MESSAGE);
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});
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tty("8. run with CDS on, with the extra module specified in dump time");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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extraJarPath, // --module-path
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MAIN_MODULE) // -m
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.assertNormalExit(out -> {
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out.shouldNotContain(OPTIMIZE_ENABLED)
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.shouldContain(OPTIMIZE_DISABLED)
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.shouldNotContain(FMG_ENABLED)
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.shouldContain(FMG_DISABLED)
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.shouldMatch(MAIN_FROM_CDS) // archived Main class is for module only
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.shouldContain(CLASS_FOUND_MESSAGE);
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});
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tty("9. same as test case 8 but with paths instead of modular jars in the --module-path");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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extraModulePath, // --module-path
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MAIN_MODULE) // -m
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.assertNormalExit(out -> {
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out.shouldNotContain(OPTIMIZE_ENABLED)
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.shouldContain(OPTIMIZE_DISABLED)
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.shouldNotContain(FMG_ENABLED)
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.shouldContain(FMG_DISABLED)
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.shouldMatch(MAIN_FROM_CDS) // archived Main class is for module only
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.shouldContain(CLASS_FOUND_MESSAGE);
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});
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}
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public static void runWithExplodedModule() throws Exception {
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// create an archive with an exploded module in the module path.
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OutputAnalyzer output = TestCommon.createArchive(
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null, appClasses,
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"--module-path",
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MODS_DIR.toString(),
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"-m", MAIN_MODULE + "/" + MAIN_CLASS);
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TestCommon.checkDump(output);
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tty("10. run with CDS on, with exploded module in the module path");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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MODS_DIR.toString(), // --module-path
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MAIN_MODULE + "/" + MAIN_CLASS) // -m
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.assertNormalExit(out -> {
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out.shouldContain(FMG_DISABLED)
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.shouldMatch(MAIN_FROM_MODULE) // Main class loaded from the exploded module
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.shouldContain(CLASS_FOUND_MESSAGE);
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});
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}
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public static void runWithJmodAndBadJar() throws Exception {
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buildJmod();
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final String modularJarPath = mainJar.toString() + PATH_SEPARATOR + testJar.toString();
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// create an archive with --module-path com.bars.jar:com.foos.jar
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OutputAnalyzer output = TestCommon.createArchive(
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null, appClasses,
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"--module-path",
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modularJarPath,
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"-m", MAIN_MODULE);
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TestCommon.checkDump(output);
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String runModulePath = mainJar.toString() + PATH_SEPARATOR +
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jmodDir.toString() + TEST_MODULE + ".jmod";
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tty("11. run with CDS on, with module path com.bars.jar:com.foos.jmod");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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runModulePath, // --module-path
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MAIN_MODULE) // -m
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.assertAbnormalExit(out -> {
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out.shouldContain(OPTIMIZE_DISABLED)
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.shouldNotContain(OPTIMIZE_ENABLED)
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.shouldContain(FMG_DISABLED)
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.shouldNotContain(FMG_ENABLED)
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.shouldContain(FIND_EXCEPTION_MESSAGE);
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});
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runModulePath += PATH_SEPARATOR + testJar.toString();
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tty("12. run with CDS on, with module path com.bars.jar:com.foos.jmod:com.foos.jar");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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runModulePath, // --module-path
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MAIN_MODULE) // -m
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.assertNormalExit(out -> {
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out.shouldNotContain(OPTIMIZE_DISABLED)
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.shouldContain(OPTIMIZE_ENABLED)
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.shouldNotContain(FMG_DISABLED)
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.shouldContain(FMG_ENABLED)
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.shouldMatch(TEST_FROM_CDS)
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.shouldMatch(MAIN_FROM_CDS)
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.shouldContain(CLASS_FOUND_MESSAGE);
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});
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runModulePath = badJar.toString() + PATH_SEPARATOR + testJar.toString();
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tty("13. run with CDS on, with module path com.bars.JAR:com.foos.jar");
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TestCommon.runWithModules(prefix,
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null, // --upgrade-module-path
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runModulePath, // --module-path
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TEST_MODULE) // -m
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.assertAbnormalExit(out -> {
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out.shouldContain(OPTIMIZE_DISABLED)
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.shouldNotContain(OPTIMIZE_ENABLED)
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.shouldContain(FMG_DISABLED)
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.shouldNotContain(FMG_ENABLED)
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.shouldMatch(MODULE_NOT_RECOGNIZED);
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});
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}
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}
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