private <T> void readModuleDescriptorsFromFolder(
IFile file,
Set<IFile> excludes,
List<T> result,
boolean refreshFiles,
DescriptorReader<T> reader) {
if (!needProcess(file, excludes)) return;
if (refreshFiles) {
FileSystem.getInstance().refresh(file);
}
// if this is a jar dir, we need to go to modules sub dir or check for META-INF/module.xml
// if this is just good old plain directory, we check every file in it
if (file.getPath().endsWith(JAR + JAR_SEPARATOR)) {
IFile moduleXml = file.getDescendant(META_INF).getDescendant(MODULE_XML);
if (moduleXml.exists() && !moduleXml.isDirectory()) {
ModuleDescriptor moduleDescriptor = loadModuleDescriptor(moduleXml);
if (moduleDescriptor != null) {
T descriptor = reader.read(new ModuleHandle(moduleXml, moduleDescriptor));
if (descriptor != null) {
result.add(descriptor);
}
}
} else {
IFile dirInJar = file.getDescendant(MODULES_DIR);
if (dirInJar.exists() && dirInJar.isDirectory()) {
readModuleDescriptorsFromFolder(dirInJar, excludes, result, refreshFiles, reader);
}
}
} else {
// first, we read from files
// this way all modules roots, sources/classes folders are in excludes and we do not even go
// into them
List<IFile> children = file.getChildren();
ArrayList<IFile> folders = new ArrayList<IFile>();
for (IFile child : children) {
if (!child.isDirectory()) {
readModuleDescriptorsFromFile(child, excludes, result, refreshFiles, reader);
} else {
folders.add(child);
}
}
// now read from folders
for (IFile child : folders) {
readModuleDescriptorsFromFolder(child, excludes, result, refreshFiles, reader);
}
}
}
// FIXME: MPS-19756
// TODO: get rid of this code - generate the deployment descriptor during build process
protected void updatePackagedDescriptor() {
// things to do:
// 1) load/prepare stub libraries (getAdditionalJavaStubPaths) from sources descriptor
// 2) load/prepare stub model roots from sources descriptor
// 3) load libraries from deployment descriptor (/classes_gen ?)
// possible cases:
// 1) without deployment descriptor (nothing to do; todo: ?)
// 2) with deployment descriptor, without sources (to do: 3)
// 3) with deployment descriptor, with sources (to do: 1,2,3)
if (!isPackaged()) {
return;
}
ModuleDescriptor descriptor = getModuleDescriptor();
if (descriptor == null) {
return;
}
DeploymentDescriptor deplDescriptor = descriptor.getDeploymentDescriptor();
if (deplDescriptor == null) {
return;
}
final IFile bundleHomeFile = getDescriptorFile().getBundleHome();
if (bundleHomeFile == null) {
return;
}
IFile bundleParent = bundleHomeFile.getParent();
if (bundleParent == null || !bundleParent.exists()) {
return;
}
IFile sourcesDescriptorFile =
ModulesMiner.getSourceDescriptorFile(getDescriptorFile(), deplDescriptor);
if (sourcesDescriptorFile == null) {
// todo: for now it's impossible
assert descriptor instanceof DeploymentDescriptor;
} else {
assert !(descriptor instanceof DeploymentDescriptor);
}
// 1 && 2
if (sourcesDescriptorFile != null) {
// stub libraries
// todo: looks like module.xml contains info about model libs
// ignore stub libraries from source module descriptor, use libs from DeploymentDescriptor
descriptor.getAdditionalJavaStubPaths().clear();
// stub model roots
List<ModelRootDescriptor> toRemove = new ArrayList<ModelRootDescriptor>();
List<ModelRootDescriptor> toAdd = new ArrayList<ModelRootDescriptor>();
for (ModelRootDescriptor rootDescriptor : descriptor.getModelRootDescriptors()) {
String rootDescriptorType = rootDescriptor.getType();
if (rootDescriptorType.equals(PersistenceRegistry.JAVA_CLASSES_ROOT)) {
// trying to load old format from deployment descriptor
String pathElement = rootDescriptor.getMemento().get("path");
boolean update = false;
Memento newMemento = new MementoImpl();
if (pathElement != null) {
// See JavaSourceStubModelRoot & JavaClassStubsModelRoot load methods need to replace
// with super
String convertedPath =
convertPath(pathElement, bundleHomeFile, sourcesDescriptorFile, descriptor);
if (convertedPath != null) {
newMemento.put("path", convertedPath);
update = true;
}
} else {
// trying to load new format : replacing paths like **.jar!/module ->
String contentPath = rootDescriptor.getMemento().get(FileBasedModelRoot.CONTENT_PATH);
List<String> paths = new LinkedList<String>();
for (Memento sourceRoot :
rootDescriptor.getMemento().getChildren(FileBasedModelRoot.SOURCE_ROOTS)) {
paths.add(contentPath + File.separator + sourceRoot.get("location"));
}
newMemento.put(FileBasedModelRoot.CONTENT_PATH, bundleParent.getPath());
Memento newMementoChild = newMemento.createChild(FileBasedModelRoot.SOURCE_ROOTS);
for (String path : paths) {
String convertedPath =
convertPath(path, bundleHomeFile, sourcesDescriptorFile, descriptor);
if (convertedPath != null) {
newMementoChild.put(
"location",
convertedPath.replace(newMemento.get(FileBasedModelRoot.CONTENT_PATH), ""));
update = true;
}
}
}
if (update) {
toAdd.add(new ModelRootDescriptor(rootDescriptorType, newMemento));
}
toRemove.add(rootDescriptor);
}
}
descriptor.getModelRootDescriptors().removeAll(toRemove);
descriptor.getModelRootDescriptors().addAll(toAdd);
}
// 3
for (String jarFile : deplDescriptor.getLibraries()) {
IFile jar =
jarFile.startsWith("/")
? myFileSystem.getFile(PathManager.getHomePath() + jarFile)
: bundleParent.getDescendant(jarFile);
if (jar.exists()) {
String path = jar.getPath();
descriptor.getAdditionalJavaStubPaths().add(path);
descriptor.getModelRootDescriptors().add(ModelRootDescriptor.getJavaStubsModelRoot(jar));
}
}
}
@Override
public String expandPath(@Nullable String path) {
if (path == null) {
return null;
}
if (moduleSourceDir != null) {
for (String macro : MacrosFactory.descriptors) {
if (path.startsWith(macro)) {
String relPath = path.substring(path.indexOf('}') + 1);
return IFileUtils.getCanonicalPath(moduleSourceDir.getDescendant(relPath));
}
}
}
if (path.startsWith("${")) {
int index = path.indexOf("}");
if (index == -1) {
reporter.report("invalid macro in `" + path + "'", null, null);
return path;
}
String macroName = path.substring(2, index);
SNode found = null;
for (SNode macro :
SLinkOperations.getTargets(
SNodeOperations.getAncestor(
originalModule, "jetbrains.mps.build.structure.BuildProject", false, false),
"macros",
true)) {
if (!(SNodeOperations.isInstanceOf(
macro, "jetbrains.mps.build.structure.BuildFolderMacro"))) {
continue;
}
if (eq_krgnbt_a0c0f0d0f4(SPropertyOperations.getString(macro, "name"), macroName)) {
found = SNodeOperations.cast(macro, "jetbrains.mps.build.structure.BuildFolderMacro");
break;
}
}
if (found == null) {
reporter.report("macro is not declared in build script: " + path, null, null);
return path;
}
String localPath =
BehaviorReflection.invokeVirtual(
String.class,
SLinkOperations.getTarget(found, "defaultPath", true),
"virtual_getLocalPath_5481553824944787364",
new Object[] {
(genContext != null
? Context.defaultContext(genContext)
: Context.defaultContext())
});
if (localPath == null) {
if (genContext != null) {
genContext.showWarningMessage(
found, "cannot resolve local path: " + path + ", macro has no default value");
}
return path;
}
String relPath = path.substring(index + 1);
return IFileUtils.getCanonicalPath(
FileSystem.getInstance().getFileByPath(localPath).getDescendant(relPath));
}
return path;
}
private MPSCompilationResult compile(Set<SModule> modules, JavaCompilerOptions compilerOptions) {
boolean hasAnythingToCompile = false;
List<IMessage> messages = new ArrayList<IMessage>();
for (SModule m : modules) {
if (isExcluded(m)) continue;
hasAnythingToCompile = true;
}
if (!hasAnythingToCompile) {
return new MPSCompilationResult(0, 0, false, Collections.<SModule>emptySet());
}
JavaCompiler compiler = new JavaCompiler();
boolean hasJavaToCompile = false;
boolean hasFilesToCopyOrDelete = false;
myTracer.push("preparing to compile", false);
Set<SModule> modulesWithRemovals = new HashSet<SModule>();
for (SModule m : modules) {
if (areClassesUpToDate(m)) continue;
if (!getJavaFacet(m).isCompileInMps()) {
String text =
"Module which compiled in IDEA depends on module which has to be compiled in MPS:"
+ m.getModuleName();
messages.add(createMessage(MessageKind.WARNING, text, m));
myHandler.handle(createMessage(MessageKind.INFORMATION, text, m));
continue;
}
ModuleSources sources = getModuleSources(m);
hasFilesToCopyOrDelete |= !sources.isResourcesUpToDate();
hasJavaToCompile |= !sources.isJavaUpToDate();
for (File f : sources.getFilesToDelete()) {
//noinspection ResultOfMethodCallIgnored
f.delete();
modulesWithRemovals.add(m);
}
for (JavaFile f : sources.getFilesToCompile()) {
compiler.addSource(f.getClassName(), f.getContents());
myContainingModules.put(f.getClassName(), m);
}
}
myTracer.pop();
if (!hasJavaToCompile && !hasFilesToCopyOrDelete) {
return new MPSCompilationResult(0, 0, false, Collections.<SModule>emptySet(), messages);
}
myTracer.push("invalidating classpath", false);
for (SModule module : modulesWithRemovals) {
invalidateCompiledClasses(module);
}
myTracer.pop();
Set<SModule> changedModules = new HashSet<SModule>();
MyCompilationResultAdapter listener = null;
if (hasJavaToCompile) {
myTracer.push("compiling java", false);
IClassPathItem classPathItems = computeDependenciesClassPath(modules);
listener = new MyCompilationResultAdapter(modules, classPathItems, messages);
compiler.addCompilationResultListener(listener);
myTracer.push("eclipse compiler", true);
if (compilerOptions == null) {
compiler.compile(classPathItems);
} else {
compiler.compile(classPathItems, compilerOptions);
}
myTracer.pop();
changedModules.addAll(listener.myChangedModules);
compiler.removeCompilationResultListener(listener);
myTracer.pop();
}
myTracer.push("copying resources", false);
for (SModule module : modules) {
ModuleSources sources = getModuleSources(module);
IFile classesGen = getJavaFacet(module).getClassesGen();
if (classesGen == null) {
continue;
}
for (ResourceFile toCopy : sources.getResourcesToCopy()) {
String fqName = toCopy.getPath();
fqName = fqName.substring(0, fqName.length() - toCopy.getFile().getName().length());
String path = fqName.replace('/', File.separatorChar) + toCopy.getFile().getName();
if (new File(toCopy.getFile().getAbsolutePath()).exists()) {
FileUtil.copyFile(
new File(toCopy.getFile().getAbsolutePath()),
new File(classesGen.getDescendant(path).getPath()));
}
}
}
myTracer.pop();
myTracer.push("updating classpath", false);
for (SModule module : changedModules) {
invalidateCompiledClasses(module);
}
myTracer.pop();
for (SModule module : modulesWithRemovals) {
if (!changedModules.contains(module)) {
myHandler.handle(
createMessage(
MessageKind.WARNING,
"Module with removals not in changed modules: " + module,
module));
}
}
// todo: check possibility of this statements
if (hasJavaToCompile && changedModules.isEmpty()) {
myHandler.handle(
createMessage(
MessageKind.ERROR, "has java to compile but changed modules is empty", null));
}
if (!hasJavaToCompile && !changedModules.isEmpty()) {
myHandler.handle(
createMessage(
MessageKind.ERROR, "has not java to compile but changed modules is not empty", null));
}
return new MPSCompilationResult(
listener == null ? 0 : listener.getErrorCount(), 0, false, changedModules, messages);
}
