private static ToolChainCandidate findClang() {
File compilerExe = OperatingSystem.current().findInPath("clang");
if (compilerExe != null) {
return new InstalledClangToolChain();
}
return new UnavailableToolChain("clang");
}
public WorkResult execute(CommandLineToolInvocation invocation) {
ExecAction compiler = execActionFactory.newExecAction();
compiler.executable(executable);
if (invocation.getWorkDirectory() != null) {
GFileUtils.mkdirs(invocation.getWorkDirectory());
compiler.workingDir(invocation.getWorkDirectory());
}
compiler.args(invocation.getArgs());
if (!invocation.getPath().isEmpty()) {
String pathVar = OperatingSystem.current().getPathVar();
String compilerPath = Joiner.on(File.pathSeparator).join(invocation.getPath());
compilerPath = compilerPath + File.pathSeparator + System.getenv(pathVar);
compiler.environment(pathVar, compilerPath);
}
compiler.environment(invocation.getEnvironment());
try {
compiler.execute();
} catch (ExecException e) {
throw new GradleException(
String.format("%s failed; see the error output for details.", action), e);
}
return new SimpleWorkResult(true);
}
private static ToolChainCandidate findGcc(String versionPrefix, String hardcodedFallback) {
String name = String.format("gcc %s", versionPrefix);
GccVersionDeterminer versionDeterminer =
new GccVersionDeterminer(
new ExecActionFactory() {
public ExecAction newExecAction() {
return new DefaultExecAction(new IdentityFileResolver());
}
});
List<File> gppCandidates = OperatingSystem.current().findAllInPath("g++");
for (int i = 0; i < gppCandidates.size(); i++) {
File candidate = gppCandidates.get(i);
if (versionDeterminer.transform(candidate).startsWith(versionPrefix)) {
InstalledGcc gcc = new InstalledGcc(name);
if (i > 0) {
// Not the first g++ in the path, needs the path variable updated
gcc.inPath(candidate.getParentFile());
}
return gcc;
}
}
if (hardcodedFallback != null) {
File fallback = new File(hardcodedFallback);
if (fallback.isFile()) {
return new InstalledGcc(name).inPath(fallback.getParentFile());
}
}
return new UnavailableToolChain(name);
}
public void setenv(String name, String value) {
Map<String, String> map = getEnv();
map.put(name, value);
if (OperatingSystem.current().isWindows()) {
Map<String, String> env2 = getWindowsEnv();
env2.put(name, value);
}
}
public void unsetenv(String name) {
Map<String, String> map = getEnv();
map.remove(name);
if (OperatingSystem.current().isWindows()) {
Map<String, String> env2 = getWindowsEnv();
env2.remove(name);
}
}
private String getTestReportUrl() {
// File.toURI().toString() leads to an URL like this on Mac: file:/reports/index.html
// This URL is not recognized by the Mac terminal (too few leading slashes). We solve
// this be creating an URI with an empty authority.
File indexFile = new File(getTestReportDir(), "index.html");
try {
if (OperatingSystem.current().isWindows()) {
return indexFile.toURI().toString();
}
return new URI("file", "", indexFile.toString(), null, null).toString();
} catch (URISyntaxException e) {
throw UncheckedException.throwAsUncheckedException(e);
}
}
private static ToolChainCandidate findVisualCpp() {
// Search in the standard installation locations
VisualStudioLocator vsLocator =
new DefaultVisualStudioLocator(
OperatingSystem.current(),
NativeServices.getInstance().get(WindowsRegistry.class),
NativeServices.getInstance().get(SystemInfo.class));
VisualStudioLocator.SearchResult searchResult = vsLocator.locateVisualStudioInstalls(null);
if (searchResult.isAvailable()) {
VisualStudioInstall install = searchResult.getVisualStudio();
return new InstalledVisualCpp("visual c++").withInstall(install);
}
return new UnavailableToolChain("visual c++");
}
public WorkResult execute(WindowsResourceCompileSpec spec) {
boolean didWork = false;
boolean windowsPathLimitation = OperatingSystem.current().isWindows();
MutableCommandLineToolInvocation invocation = baseInvocation.copy();
spec = specTransformer.transform(spec);
for (File sourceFile : spec.getSourceFiles()) {
RcCompilerArgsTransformer argsTransformer =
new RcCompilerArgsTransformer(sourceFile, windowsPathLimitation);
invocation.setArgs(argsTransformer.transform(spec));
invocation.setWorkDirectory(spec.getObjectFileDir());
WorkResult result = commandLineTool.execute(invocation);
didWork |= result.getDidWork();
}
return new SimpleWorkResult(didWork);
}
@Override
public void evaluate() throws Throwable {
base.evaluate();
// Don't delete on failure
try {
testDirectory.deleteDir();
} catch (Exception e) {
boolean suppressException = leaksHandles && OperatingSystem.current().isWindows();
if (suppressException) {
e.printStackTrace();
} else {
throw e;
}
}
}
private static ToolChainCandidate findVisualCpp() {
// Search first in path, then in the standard installation locations
File compilerExe = OperatingSystem.current().findInPath("cl.exe");
if (compilerExe != null) {
return new InstalledVisualCpp("visual c++");
}
VisualStudioLocator vsLocator = new DefaultVisualStudioLocator();
File visualStudioDir = vsLocator.locateDefaultVisualStudio().getResult();
if (visualStudioDir != null) {
VisualStudioInstall install = new VisualStudioInstall(visualStudioDir);
return new InstalledVisualCpp("visual c++").withInstall(install);
}
return new UnavailableToolChain("visual c++");
}
public List<JvmInstallation> findJvms() {
List<JvmInstallation> jvms = new ArrayList<JvmInstallation>();
if (OperatingSystem.current().isLinux()) {
jvms.add(
new JvmInstallation(
JavaVersion.VERSION_1_5,
"1.5.0",
new File("/opt/jdk/sun-jdk-5"),
true,
JvmInstallation.Arch.i386));
jvms.add(
new JvmInstallation(
JavaVersion.VERSION_1_6,
"1.6.0",
new File("/opt/jdk/sun-jdk-6"),
true,
JvmInstallation.Arch.x86_64));
jvms.add(
new JvmInstallation(
JavaVersion.VERSION_1_6,
"1.6.0",
new File("/opt/jdk/ibm-jdk-6"),
true,
JvmInstallation.Arch.x86_64));
jvms.add(
new JvmInstallation(
JavaVersion.VERSION_1_7,
"1.7.0",
new File("/opt/jdk/oracle-jdk-7"),
true,
JvmInstallation.Arch.x86_64));
jvms.add(
new JvmInstallation(
JavaVersion.VERSION_1_8,
"1.8.0",
new File("/opt/jdk/oracle-jdk-8"),
true,
JvmInstallation.Arch.x86_64));
}
return CollectionUtils.filter(
jvms,
new Spec<JvmInstallation>() {
public boolean isSatisfiedBy(JvmInstallation element) {
return element.getJavaHome().isDirectory();
}
});
}
private ExecHandleBuilder createExecHandleBuilder() {
TestFile gradleHomeDir = getDistribution().getGradleHomeDir();
if (!gradleHomeDir.isDirectory()) {
fail(
gradleHomeDir
+ " is not a directory.\n"
+ "If you are running tests from IDE make sure that gradle tasks that prepare the test image were executed. Last time it was 'intTestImage' task.");
}
NativeServicesTestFixture.initialize();
ExecHandleBuilder builder =
new ExecHandleBuilder(TestFiles.resolver()) {
@Override
public File getWorkingDir() {
// Override this, so that the working directory is not canonicalised. Some int tests
// require that
// the working directory is not canonicalised
return ForkingGradleExecuter.this.getWorkingDir();
}
};
// Clear the user's environment
builder.environment("GRADLE_HOME", "");
builder.environment("JAVA_HOME", "");
builder.environment("GRADLE_OPTS", "");
builder.environment("JAVA_OPTS", "");
GradleInvocation invocation = buildInvocation();
builder.environment(invocation.environmentVars);
builder.workingDir(getWorkingDir());
builder.setStandardInput(connectStdIn());
builder.args(invocation.args);
ExecHandlerConfigurer configurer =
OperatingSystem.current().isWindows() ? new WindowsConfigurer() : new UnixConfigurer();
configurer.configure(builder);
getLogger()
.debug(
String.format(
"Execute in %s with: %s %s",
builder.getWorkingDir(), builder.getExecutable(), builder.getArgs()));
return builder;
}
/**
* @return A list of all tool chains for this platform, with the default tool chain listed first.
*/
public static List<ToolChainCandidate> getToolChains() {
List<ToolChainCandidate> compilers = new ArrayList<ToolChainCandidate>();
if (OperatingSystem.current().isWindows()) {
compilers.add(findVisualCpp());
compilers.add(findMinGW());
compilers.add(findCygwin());
} else {
// GCC4.x must be on the path
compilers.add(findGcc("4", null));
// Clang must be on the path
// TODO:ADAM Also check on windows
compilers.add(findClang());
// TODO:DAZ Make a GCC3 install available for testing
}
return compilers;
}
private void locateSdkInPath() {
File resourceCompiler = os.findInPath(RESOURCE_FILENAME);
if (resourceCompiler == null) {
LOGGER.debug("Could not find Windows resource compiler in system path.");
return;
}
File sdkDir = GFileUtils.canonicalise(resourceCompiler.getParentFile().getParentFile());
if (!isWindowsSdk(sdkDir)) {
sdkDir = sdkDir.getParentFile();
if (!isWindowsSdk(sdkDir)) {
LOGGER.debug(
"Ignoring candidate Windows SDK for {} as it does not look like a Windows SDK installation.",
resourceCompiler);
}
}
LOGGER.debug("Found Windows SDK {} using system path", sdkDir);
if (!foundSdks.containsKey(sdkDir)) {
addSdk(sdkDir, "path", "Path-resolved Windows SDK");
}
pathSdk = foundSdks.get(sdkDir);
}
public String getOutputType() {
return String.format("%s-%s", getName(), operatingSystem.getName());
}
public String getStaticLibraryName(String libraryName) {
return operatingSystem.getStaticLibraryName(libraryName);
}
public NativeBinaryFixture staticLibrary(Object path) {
return new NativeBinaryFixture(
new TestFile(OperatingSystem.current().getStaticLibraryName(path.toString())), this);
}
public SharedLibraryFixture sharedLibrary(Object path) {
return new SharedLibraryFixture(
new TestFile(OperatingSystem.current().getSharedLibraryName(path.toString())), this);
}
public ExecutableFixture executable(Object path) {
return new ExecutableFixture(
new TestFile(OperatingSystem.current().getExecutableName(path.toString())), this);
}
public InstalledToolChain(String displayName) {
this.displayName = displayName;
this.pathVarName = OperatingSystem.current().getPathVar();
}
public String getExecutableName(String executablePath) {
return operatingSystem.getExecutableName(executablePath);
}