private void runJavaProcessInProject(
TmcProjectInfo projectInfo,
ClassPath classPath,
String taskName,
List<String> args,
InputOutput inOut,
BgTaskListener<ProcessResult> listener) {
FileObject projectDir = projectInfo.getProjectDir();
JavaPlatform platform =
JavaPlatform.getDefault(); // Should probably use project's configured platform instead
FileObject javaExe = platform.findTool("java");
if (javaExe == null) {
throw new IllegalArgumentException();
}
// TMC server packages this with every exercise for our convenience.
// True even for Maven exercises, at least until NB's Maven API is published.
ClassPath testRunnerClassPath = getTestRunnerClassPath(projectInfo);
if (testRunnerClassPath != null) {
classPath = ClassPathSupport.createProxyClassPath(classPath, testRunnerClassPath);
}
String[] command = new String[3 + args.size()];
command[0] = FileUtil.toFile(javaExe).getAbsolutePath();
command[1] = "-cp";
command[2] = classPath.toString(ClassPath.PathConversionMode.WARN);
System.arraycopy(args.toArray(new String[args.size()]), 0, command, 3, args.size());
log.info(StringUtils.join(command, ' '));
ProcessRunner runner = new ProcessRunner(command, FileUtil.toFile(projectDir), inOut);
BgTask.start(taskName, runner, listener);
}
public void reparse(Snapshot snapshot, String content) throws ParseException {
LOG.warning("Thread id " + Thread.currentThread().getId());
LOG.warning("Parsing document " + (count++));
this.snapshot = snapshot;
// mirahParser = new mirah.impl.MirahParser ();
// mirahParser.parse(snapshot.getText().toString());
diag = new MirahParseDiagnostics();
Mirahc compiler = new Mirahc();
// Project proj = snapshot.getSource().getFileObject().getLookup().lookup(Project.class);
FileObject src = snapshot.getSource().getFileObject();
// LOG.warning("Source file is "+src);
ClassPath compileClassPath = ClassPath.getClassPath(src, ClassPath.COMPILE);
// LOG.warning("Project directory is "+proj.getProjectDirectory().getName());
// LOG.warning("Parsing classpath is "+compileClassPath.toString());
ClassPath buildClassPath = ClassPath.getClassPath(src, ClassPath.EXECUTE);
// LOG.warning("Execute classapth is "+buildClassPath.toString());
ClassPath srcClassPath = ClassPath.getClassPath(src, ClassPath.SOURCE);
// LOG.warning("Src classapth is "+srcClassPath.toString());
compiler.setDestination(buildClassPath.toString());
compiler.setDiagnostics(diag);
List<String> paths = new ArrayList<String>();
if (!"".equals(srcClassPath.toString())) {
paths.add(srcClassPath.toString());
}
if (!"".equals(buildClassPath.toString())) {
paths.add(buildClassPath.toString());
}
if (!"".equals(compileClassPath.toString())) {
paths.add(compileClassPath.toString());
}
StringBuilder classPath = new StringBuilder();
for (String path : paths) {
classPath.append(path);
classPath.append(File.pathSeparator);
}
String cp = ".";
if (classPath.length() >= 1) {
cp = classPath.toString().substring(0, classPath.length() - 1);
}
compiler.setClasspath(cp);
DocumentDebugger debugger = new DocumentDebugger();
compiler.setDebugger(debugger);
ClassPath bootClassPath = ClassPath.getClassPath(src, ClassPath.BOOT);
if (!"".equals(bootClassPath.toString())) {
compiler.setBootClasspath(bootClassPath.toString());
}
String srcText = content;
compiler.addFakeFile(src.getPath(), srcText);
try {
compiler.compile(new String[0]);
} catch (Exception ex) {
ex.printStackTrace();
}
LOG.warning("Finished parsing document");
synchronized (documentDebuggers) {
LOG.warning("Inside sync documentDebuggers");
Document doc = snapshot.getSource().getDocument(true);
LOG.warning("Resolved types " + debugger.resolvedTypes);
if (debugger.resolvedTypes.size() > 0) {
debugger.compiler = compiler;
LOG.warning("NEW DOCUMENT DEBUGGER ADDED");
documentDebuggers.put(doc, debugger);
fireOnParse(doc);
}
}
}