public static OptimizerStats exec(JProgram program, OptimizerContext optimizerCtx) {
Event optimizeEvent = SpeedTracerLogger.start(CompilerEventType.OPTIMIZE, "optimizer", NAME);
OptimizerStats stats = new SameParameterValueOptimizer(program).execImpl(program, optimizerCtx);
optimizerCtx.incOptimizationStep();
optimizeEvent.end("didChange", "" + stats.didChange());
return stats;
}
@Override
protected boolean doSlowStartup() {
tempWorkDir = options.getWorkDir() == null;
if (tempWorkDir) {
try {
options.setWorkDir(Utility.makeTemporaryDirectory(null, "gwtc"));
} catch (IOException e) {
System.err.println("Unable to create hosted mode work directory");
e.printStackTrace();
return false;
}
}
TreeLogger branch = getTopLogger().branch(TreeLogger.TRACE, "Linking modules");
Event slowStartupEvent = SpeedTracerLogger.start(DevModeEventType.SLOW_STARTUP);
try {
for (ModuleDef module : startupModules.values()) {
TreeLogger loadLogger =
branch.branch(
TreeLogger.DEBUG,
"Bootstrap link for command-line module '" + module.getCanonicalName() + "'");
link(loadLogger, module);
}
} catch (UnableToCompleteException e) {
// Already logged.
return false;
} finally {
slowStartupEvent.end();
}
return true;
}
public static OptimizerStats exec(
JProgram program, boolean noSpecialTypes, OptimizerContext optimizerCtx) {
Event optimizeEvent = SpeedTracerLogger.start(CompilerEventType.OPTIMIZE, "optimizer", NAME);
OptimizerStats stats = new Pruner(program, noSpecialTypes).execImpl(optimizerCtx);
optimizeEvent.end("didChange", "" + stats.didChange());
return stats;
}
public int getNodeCount() {
Event countEvent = SpeedTracerLogger.start(CompilerEventType.OPTIMIZE, "phase", "countNodes");
TreeStatistics treeStats = new TreeStatistics();
treeStats.accept(this);
int numNodes = treeStats.getNodeCount();
countEvent.end();
return numNodes;
}
/**
* Compiles generated source files (unless cached) and adds them to the CompilationState. If the
* compiler aborts, logs an error and throws UnableToCompleteException.
*/
public Collection<CompilationUnit> addGeneratedTypes(
TreeLogger logger, Collection<GeneratedUnit> generatedUnits)
throws UnableToCompleteException {
Event event = SpeedTracerLogger.start(DevModeEventType.CSB_ADD_GENERATED_TYPES);
try {
return doBuildGeneratedTypes(logger, compilerContext, generatedUnits, this);
} finally {
event.end();
}
}
@Override
protected void optimizeJava() {
Event draftOptimizeEvent = SpeedTracerLogger.start(CompilerEventType.DRAFT_OPTIMIZE);
Finalizer.exec(jprogram);
jprogram.typeOracle.recomputeAfterOptimizations();
// Certain libraries depend on dead stripping.
DeadCodeElimination.exec(jprogram);
jprogram.typeOracle.recomputeAfterOptimizations();
draftOptimizeEvent.end();
}
/**
* Compiles the given set of units. The units will be internally modified to reflect the results
* of compilation.
*/
public static List<CompilationUnit> compile(Collection<CompilationUnitBuilder> builders) {
Event jdtCompilerEvent = SpeedTracerLogger.start(CompilerEventType.JDT_COMPILER);
try {
DefaultUnitProcessor processor = new DefaultUnitProcessor();
JdtCompiler compiler = new JdtCompiler(processor);
compiler.doCompile(builders);
return processor.getResults();
} finally {
jdtCompilerEvent.end();
}
}
/**
* Compiles the given source files and adds them to the CompilationState. See {@link
* CompileMoreLater#compile} for details.
*
* @throws UnableToCompleteException if the compiler aborts (not a normal compile error).
*/
public static CompilationState buildFrom(
TreeLogger logger,
CompilerContext compilerContext,
Set<Resource> resources,
AdditionalTypeProviderDelegate delegate)
throws UnableToCompleteException {
Event event = SpeedTracerLogger.start(DevModeEventType.CSB_BUILD_FROM_ORACLE);
try {
return instance.doBuildFrom(logger, compilerContext, resources, delegate);
} finally {
event.end();
}
}
/*
* Create a field serializer for a type if it does not have a custom
* serializer.
*/
private void createFieldSerializer(TreeLogger logger, GeneratorContextExt ctx, JType type) {
Event event = SpeedTracerLogger.start(CompilerEventType.GENERATOR_RPC_FIELD_SERIALIZER);
try {
assert (type != null);
assert (serializationOracle.isSerializable(type)
|| deserializationOracle.isSerializable(type));
JParameterizedType parameterizedType = type.isParameterized();
if (parameterizedType != null) {
createFieldSerializer(logger, ctx, parameterizedType.getRawType());
return;
}
/*
* Only a JClassType can reach this point in the code. JPrimitives have been
* removed because their serialization is built in, interfaces have been
* removed because they are not an instantiable type and parameterized types
* have been broken down into their raw types.
*/
assert (type.isClass() != null || type.isArray() != null);
if (findCacheableFieldSerializerAndMarkForReuseIfAvailable(ctx, type)) {
// skip generation of field serializer
return;
}
JClassType customFieldSerializer =
SerializableTypeOracleBuilder.findCustomFieldSerializer(typeOracle, type);
FieldSerializerCreator creator =
new FieldSerializerCreator(
context,
serializationOracle,
deserializationOracle,
(JClassType) type,
customFieldSerializer);
creator.realize(logger, ctx);
} finally {
event.end();
}
}
protected void generateTypeHandlers(
TreeLogger logger,
GeneratorContextExt context,
SerializableTypeOracle typesSentFromBrowser,
SerializableTypeOracle typesSentToBrowser)
throws UnableToCompleteException {
Event event = SpeedTracerLogger.start(CompilerEventType.GENERATOR_RPC_TYPE_SERIALIZER);
TypeSerializerCreator tsc =
new TypeSerializerCreator(
logger,
typesSentFromBrowser,
typesSentToBrowser,
context,
SerializationUtils.getTypeSerializerQualifiedName(serviceIntf),
SerializationUtils.getTypeSerializerSimpleName(serviceIntf));
tsc.realize(logger);
event.end();
typeStrings = new HashMap<JType, String>(tsc.getTypeStrings());
typeStrings.put(serviceIntf, TypeNameObfuscator.SERVICE_INTERFACE_ID);
cachedTypeLastModifiedTimes = tsc.getTypeLastModifiedTimeMap();
}
public boolean run(TreeLogger logger, ModuleDef... modules) throws UnableToCompleteException {
boolean tempWorkDir = false;
try {
if (options.getWorkDir() == null) {
options.setWorkDir(Utility.makeTemporaryDirectory(null, "gwtc"));
tempWorkDir = true;
}
if (options.isSoycEnabled() && options.getExtraDir() == null) {
options.setExtraDir(new File("extras"));
}
File persistentUnitCacheDir = null;
if (options.getWarDir() != null && !options.getWarDir().getName().endsWith(".jar")) {
persistentUnitCacheDir = new File(options.getWarDir(), "../");
}
CompilationStateBuilder.init(logger, persistentUnitCacheDir);
for (ModuleDef module : modules) {
String moduleName = module.getCanonicalName();
if (options.isValidateOnly()) {
if (!Precompile.validate(logger, options, module, options.getGenDir())) {
return false;
}
} else {
long compileStart = System.currentTimeMillis();
TreeLogger branch = logger.branch(TreeLogger.INFO, "Compiling module " + moduleName);
// Optimize early since permutation compiles will run in process.
options.setOptimizePrecompile(true);
Precompilation precompilation =
Precompile.precompile(branch, options, module, options.getGenDir());
if (precompilation == null) {
return false;
}
Event compilePermutationsEvent =
SpeedTracerLogger.start(CompilerEventType.COMPILE_PERMUTATIONS);
Permutation[] allPerms = precompilation.getPermutations();
List<FileBackedObject<PermutationResult>> resultFiles =
CompilePerms.makeResultFiles(options.getCompilerWorkDir(moduleName), allPerms);
CompilePerms.compile(
branch, precompilation, allPerms, options.getLocalWorkers(), resultFiles);
compilePermutationsEvent.end();
ArtifactSet generatedArtifacts = precompilation.getGeneratedArtifacts();
JJSOptions precompileOptions = precompilation.getUnifiedAst().getOptions();
precompilation = null; // No longer needed, so save the memory
Event linkEvent = SpeedTracerLogger.start(CompilerEventType.LINK);
File absPath = new File(options.getWarDir(), module.getName());
absPath = absPath.getAbsoluteFile();
String logMessage = "Linking into " + absPath;
if (options.getExtraDir() != null) {
File absExtrasPath = new File(options.getExtraDir(), module.getName());
absExtrasPath = absExtrasPath.getAbsoluteFile();
logMessage += "; Writing extras to " + absExtrasPath;
}
Link.link(
logger.branch(TreeLogger.TRACE, logMessage),
module,
generatedArtifacts,
allPerms,
resultFiles,
options.getWarDir(),
options.getDeployDir(),
options.getExtraDir(),
precompileOptions);
linkEvent.end();
long compileDone = System.currentTimeMillis();
long delta = compileDone - compileStart;
if (branch.isLoggable(TreeLogger.INFO)) {
branch.log(
TreeLogger.INFO,
"Compilation succeeded -- " + String.format("%.3f", delta / 1000d) + "s");
}
}
}
} catch (IOException e) {
logger.log(TreeLogger.ERROR, "Unable to create compiler work directory", e);
return false;
} finally {
if (tempWorkDir) {
Util.recursiveDelete(options.getWorkDir(), false);
}
}
return true;
}
/**
* Creates the client-side proxy class.
*
* @throws UnableToCompleteException
*/
public String create(TreeLogger logger, GeneratorContextExt context)
throws UnableToCompleteException {
TypeOracle typeOracle = context.getTypeOracle();
JClassType serviceAsync = typeOracle.findType(serviceIntf.getQualifiedSourceName() + "Async");
if (serviceAsync == null) {
logger.branch(
TreeLogger.ERROR,
"Could not find an asynchronous version for the service interface "
+ serviceIntf.getQualifiedSourceName(),
null);
RemoteServiceAsyncValidator.logValidAsyncInterfaceDeclaration(logger, serviceIntf);
throw new UnableToCompleteException();
}
SourceWriter srcWriter = getSourceWriter(logger, context, serviceAsync);
if (srcWriter == null) {
return getProxyQualifiedName();
}
// Make sure that the async and synchronous versions of the RemoteService
// agree with one another
//
RemoteServiceAsyncValidator rsav = new RemoteServiceAsyncValidator(logger, typeOracle);
Map<JMethod, JMethod> syncMethToAsyncMethMap = rsav.validate(logger, serviceIntf, serviceAsync);
final PropertyOracle propertyOracle = context.getPropertyOracle();
// Load the blacklist/whitelist
TypeFilter blacklistTypeFilter = new BlacklistTypeFilter(logger, propertyOracle);
// Determine the set of serializable types
Event event = SpeedTracerLogger.start(CompilerEventType.GENERATOR_RPC_STOB);
SerializableTypeOracleBuilder typesSentFromBrowserBuilder =
new SerializableTypeOracleBuilder(logger, propertyOracle, context);
typesSentFromBrowserBuilder.setTypeFilter(blacklistTypeFilter);
SerializableTypeOracleBuilder typesSentToBrowserBuilder =
new SerializableTypeOracleBuilder(logger, propertyOracle, context);
typesSentToBrowserBuilder.setTypeFilter(blacklistTypeFilter);
addRoots(logger, typeOracle, typesSentFromBrowserBuilder, typesSentToBrowserBuilder);
try {
ConfigurationProperty prop =
context
.getPropertyOracle()
.getConfigurationProperty(TypeSerializerCreator.GWT_ELIDE_TYPE_NAMES_FROM_RPC);
elideTypeNames = Boolean.parseBoolean(prop.getValues().get(0));
} catch (BadPropertyValueException e) {
logger.log(
TreeLogger.ERROR,
"Configuration property "
+ TypeSerializerCreator.GWT_ELIDE_TYPE_NAMES_FROM_RPC
+ " is not defined. Is RemoteService.gwt.xml inherited?");
throw new UnableToCompleteException();
}
// Decide what types to send in each direction.
// Log the decisions to a string that will be written later in this method
SerializableTypeOracle typesSentFromBrowser;
SerializableTypeOracle typesSentToBrowser;
String rpcLog;
{
StringWriter stringWriter = new StringWriter();
PrintWriter writer = new PrintWriter(stringWriter);
typesSentFromBrowserBuilder.setLogOutputWriter(writer);
typesSentToBrowserBuilder.setLogOutputWriter(writer);
writer.write("====================================\n");
writer.write("Types potentially sent from browser:\n");
writer.write("====================================\n\n");
writer.flush();
typesSentFromBrowser = typesSentFromBrowserBuilder.build(logger);
writer.write("===================================\n");
writer.write("Types potentially sent from server:\n");
writer.write("===================================\n\n");
writer.flush();
typesSentToBrowser = typesSentToBrowserBuilder.build(logger);
writer.close();
rpcLog = stringWriter.toString();
}
event.end();
generateTypeHandlers(logger, context, typesSentFromBrowser, typesSentToBrowser);
String serializationPolicyStrongName =
writeSerializationPolicyFile(logger, context, typesSentFromBrowser, typesSentToBrowser);
String remoteServiceInterfaceName =
elideTypeNames
? TypeNameObfuscator.SERVICE_INTERFACE_ID
: SerializationUtils.getRpcTypeName(serviceIntf);
generateProxyFields(
srcWriter, typesSentFromBrowser, serializationPolicyStrongName, remoteServiceInterfaceName);
generateProxyContructor(srcWriter);
generateProxyMethods(srcWriter, typesSentFromBrowser, typeOracle, syncMethToAsyncMethMap);
generateStreamWriterOverride(srcWriter);
generateCheckRpcTokenTypeOverride(srcWriter, typeOracle, typesSentFromBrowser);
srcWriter.commit(logger);
if (context.isProdMode() || logger.isLoggable(TreeLogger.DEBUG)) {
// Create an artifact explaining STOB's decisions. It will be emitted by
// RpcLogLinker
context.commitArtifact(
logger,
new RpcLogArtifact(
serviceIntf.getQualifiedSourceName(), serializationPolicyStrongName, rpcLog));
}
return getProxyQualifiedName();
}
/**
* A callback after the JDT compiler has compiled a .java file and created a matching
* CompilationUnitDeclaration. We take this opportunity to create a matching CompilationUnit.
*/
@Override
public void process(
CompilationUnitBuilder builder,
CompilationUnitDeclaration cud,
List<CompiledClass> compiledClasses) {
Event event = SpeedTracerLogger.start(DevModeEventType.CSB_PROCESS);
try {
Map<MethodDeclaration, JsniMethod> jsniMethods =
JsniCollector.collectJsniMethods(
cud,
builder.getSourceMapPath(),
builder.getSource(),
JsRootScope.INSTANCE,
DummyCorrelationFactory.INSTANCE);
JSORestrictionsChecker.check(jsoState, cud);
// JSNI check + collect dependencies.
final Set<String> jsniDeps = new HashSet<String>();
Map<String, Binding> jsniRefs = new HashMap<String, Binding>();
JsniChecker.check(
cud,
jsoState,
jsniMethods,
jsniRefs,
new JsniChecker.TypeResolver() {
@Override
public ReferenceBinding resolveType(String sourceOrBinaryName) {
ReferenceBinding resolveType = compiler.resolveType(sourceOrBinaryName);
if (resolveType != null) {
jsniDeps.add(String.valueOf(resolveType.qualifiedSourceName()));
}
return resolveType;
}
});
Map<TypeDeclaration, Binding[]> artificialRescues =
new HashMap<TypeDeclaration, Binding[]>();
ArtificialRescueChecker.check(cud, builder.isGenerated(), artificialRescues);
if (compilerContext.shouldCompileMonolithic()) {
// GWT drives JDT in a way that allows missing references in the source to be resolved
// to precompiled bytecode on disk (see INameEnvironment). This is done so that
// annotations can be supplied in bytecode form only. But since no AST is available for
// these types it creates the danger that some functional class (not just an annotation)
// gets filled in but is missing AST. This would cause later compiler stages to fail.
//
// Library compilation needs to ignore this check since it is expected behavior for the
// source being compiled in a library to make references to other types which are only
// available as bytecode coming out of dependency libraries.
//
// But if the referenced bytecode did not come from a dependency library but instead was
// free floating in the classpath, then there is no guarrantee that AST for it was ever
// seen and translated to JS anywhere in the dependency tree. This would be a mistake.
//
// TODO(stalcup): add a more specific check for library compiles such that binary types
// can be referenced but only if they are an Annotation or if the binary type comes from
// a dependency library.
BinaryTypeReferenceRestrictionsChecker.check(cud);
}
MethodArgNamesLookup methodArgs =
MethodParamCollector.collect(cud, builder.getSourceMapPath());
Interner<String> interner = StringInterner.get();
String packageName = interner.intern(Shared.getPackageName(builder.getTypeName()));
List<String> unresolvedQualified = new ArrayList<String>();
List<String> unresolvedSimple = new ArrayList<String>();
for (char[] simpleRef : cud.compilationResult().simpleNameReferences) {
unresolvedSimple.add(interner.intern(String.valueOf(simpleRef)));
}
for (char[][] qualifiedRef : cud.compilationResult().qualifiedReferences) {
unresolvedQualified.add(interner.intern(CharOperation.toString(qualifiedRef)));
}
for (String jsniDep : jsniDeps) {
unresolvedQualified.add(interner.intern(jsniDep));
}
ArrayList<String> apiRefs = compiler.collectApiRefs(cud);
for (int i = 0; i < apiRefs.size(); ++i) {
apiRefs.set(i, interner.intern(apiRefs.get(i)));
}
Dependencies dependencies =
new Dependencies(packageName, unresolvedQualified, unresolvedSimple, apiRefs);
List<JDeclaredType> types = Collections.emptyList();
if (!cud.compilationResult().hasErrors()) {
// Make a GWT AST.
types =
astBuilder.process(
cud, builder.getSourceMapPath(), artificialRescues, jsniMethods, jsniRefs);
}
for (CompiledClass cc : compiledClasses) {
allValidClasses.put(cc.getSourceName(), cc);
}
builder
.setClasses(compiledClasses)
.setTypes(types)
.setDependencies(dependencies)
.setJsniMethods(jsniMethods.values())
.setMethodArgs(methodArgs)
.setProblems(cud.compilationResult().getProblems());
buildQueue.add(builder);
} finally {
event.end();
}
}
/**
* Compiles the source code in each supplied CompilationUnitBuilder into a CompilationUnit and
* reports errors.
*
* <p>A compilation unit is considered invalid if any of its dependencies (recursively) isn't
* being compiled and isn't in allValidClasses, or if it has a signature that doesn't match a
* dependency. Valid compilation units will be added to cachedUnits and the unit cache, and
* their types will be added to allValidClasses. Invalid compilation units will be removed.
*
* <p>I/O: serializes the AST of each Java type to DiskCache. (This happens even if the
* compilation unit is later dropped.) If we're using the persistent unit cache, each valid unit
* will also be serialized to the gwt-unitcache file. (As a result, each AST will be copied
* there from the DiskCache.) A new persistent unit cache file will be created each time
* compile() is called (if there's at least one valid unit) and the entire cache will be
* rewritten to disk every {@link PersistentUnitCache#CACHE_FILE_THRESHOLD} files.
*
* <p>This function won't report errors in invalid source files unless suppressErrors is false.
* Instead, a summary giving the number of invalid files will be logged.
*
* <p>If the JDT compiler aborts, logs an error and throws UnableToCompleteException. (This
* doesn't happen for normal compile errors.)
*/
Collection<CompilationUnit> compile(
TreeLogger logger,
CompilerContext compilerContext,
Collection<CompilationUnitBuilder> builders,
Map<CompilationUnitBuilder, CompilationUnit> cachedUnits,
EventType eventType)
throws UnableToCompleteException {
UnitCache unitCache = compilerContext.getUnitCache();
// Initialize the set of valid classes to the initially cached units.
for (CompilationUnit unit : cachedUnits.values()) {
for (CompiledClass cc : unit.getCompiledClasses()) {
// Map by source name.
String sourceName = cc.getSourceName();
allValidClasses.put(sourceName, cc);
}
}
ArrayList<CompilationUnit> resultUnits = new ArrayList<CompilationUnit>();
do {
final TreeLogger branch = logger.branch(TreeLogger.TRACE, "Compiling...");
// Compile anything that needs to be compiled.
buildQueue = new LinkedBlockingQueue<CompilationUnitBuilder>();
final ArrayList<CompilationUnit> newlyBuiltUnits = new ArrayList<CompilationUnit>();
final CompilationUnitBuilder sentinel = CompilationUnitBuilder.create((GeneratedUnit) null);
final Throwable[] workerException = new Throwable[1];
final ProgressLogger progressLogger =
new ProgressLogger(branch, TreeLogger.TRACE, builders.size(), 10);
Thread buildThread =
new Thread() {
@Override
public void run() {
int processedCompilationUnitBuilders = 0;
try {
do {
CompilationUnitBuilder builder = buildQueue.take();
if (!progressLogger.isTimerStarted()) {
// Set start time here, after first job has arrived, since it can take a
// little
// while for the first job to arrive, and this helps with the accuracy of the
// estimated times.
progressLogger.startTimer();
}
if (builder == sentinel) {
return;
}
// Expensive, must serialize GWT AST types to bytes.
CompilationUnit unit = builder.build();
newlyBuiltUnits.add(unit);
processedCompilationUnitBuilders++;
progressLogger.updateProgress(processedCompilationUnitBuilders);
} while (true);
} catch (Throwable e) {
workerException[0] = e;
}
}
};
buildThread.setName("CompilationUnitBuilder");
buildThread.start();
Event jdtCompilerEvent = SpeedTracerLogger.start(eventType);
long compilationStartNanos = System.nanoTime();
try {
compiler.doCompile(branch, builders);
} finally {
jdtCompilerEvent.end();
}
buildQueue.add(sentinel);
try {
buildThread.join();
long compilationNanos = System.nanoTime() - compilationStartNanos;
// Convert nanos to seconds.
double compilationSeconds = compilationNanos / (double) TimeUnit.SECONDS.toNanos(1);
branch.log(
TreeLogger.TRACE,
String.format("Compilation completed in %.02f seconds", compilationSeconds));
if (workerException[0] != null) {
throw workerException[0];
}
} catch (RuntimeException e) {
throw e;
} catch (Throwable e) {
throw new RuntimeException("Exception processing units", e);
} finally {
buildQueue = null;
}
resultUnits.addAll(newlyBuiltUnits);
builders.clear();
// Resolve all newly built unit deps against the global classes.
for (CompilationUnit unit : newlyBuiltUnits) {
unit.getDependencies().resolve(allValidClasses);
}
/*
* Invalidate any cached units with invalid refs.
*/
Collection<CompilationUnit> invalidatedUnits = new ArrayList<CompilationUnit>();
for (Iterator<Entry<CompilationUnitBuilder, CompilationUnit>> it =
cachedUnits.entrySet().iterator();
it.hasNext(); ) {
Entry<CompilationUnitBuilder, CompilationUnit> entry = it.next();
CompilationUnit unit = entry.getValue();
boolean isValid = unit.getDependencies().validate(logger, allValidClasses);
if (isValid && unit.isError()) {
// See if the unit has classes that can't provide a
// NameEnvironmentAnswer
for (CompiledClass cc : unit.getCompiledClasses()) {
try {
cc.getNameEnvironmentAnswer();
} catch (ClassFormatException ex) {
isValid = false;
break;
}
}
}
if (!isValid) {
if (logger.isLoggable(TreeLogger.TRACE)) {
logger.log(TreeLogger.TRACE, "Invalid Unit: " + unit.getTypeName());
}
invalidatedUnits.add(unit);
builders.add(entry.getKey());
it.remove();
}
}
if (invalidatedUnits.size() > 0) {
if (logger.isLoggable(TreeLogger.TRACE)) {
logger.log(TreeLogger.TRACE, "Invalid units found: " + invalidatedUnits.size());
}
}
// Any units we invalidated must now be removed from the valid classes.
for (CompilationUnit unit : invalidatedUnits) {
for (CompiledClass cc : unit.getCompiledClasses()) {
allValidClasses.remove(cc.getSourceName());
}
}
} while (builders.size() > 0);
for (CompilationUnit unit : resultUnits) {
unitCache.add(unit);
}
// Any remaining cached units are valid now.
resultUnits.addAll(cachedUnits.values());
// Done with a pass of the build - tell the cache its OK to cleanup
// stale cache files.
unitCache.cleanup(logger);
// Sort, then report all errors (re-report for cached units).
Collections.sort(resultUnits, CompilationUnit.COMPARATOR);
logger = logger.branch(TreeLogger.DEBUG, "Validating units:");
int errorCount = 0;
for (CompilationUnit unit : resultUnits) {
if (CompilationProblemReporter.reportErrors(logger, unit, suppressErrors)) {
errorCount++;
}
}
if (suppressErrors
&& errorCount > 0
&& !logger.isLoggable(TreeLogger.TRACE)
&& logger.isLoggable(TreeLogger.INFO)) {
logger.log(
TreeLogger.INFO,
"Ignored "
+ errorCount
+ " unit"
+ (errorCount > 1 ? "s" : "")
+ " with compilation errors in first pass.\n"
+ "Compile with -strict or with -logLevel set to TRACE or DEBUG to see all errors.");
}
return resultUnits;
}
public static OptimizerStats exec(JProgram program) {
Event optimizeEvent = SpeedTracerLogger.start(CompilerEventType.OPTIMIZE, "optimizer", NAME);
OptimizerStats stats = new MethodInliner(program).execImpl();
optimizeEvent.end("didChange", "" + stats.didChange());
return stats;
}
@Override
protected int doStartUpServer() {
// Create the war directory if it doesn't exist
File warDir = options.getWarDir();
if (!warDir.exists() && !warDir.mkdirs()) {
getTopLogger().log(TreeLogger.ERROR, "Unable to create war directory " + warDir);
return -1;
}
Event jettyStartupEvent = SpeedTracerLogger.start(DevModeEventType.JETTY_STARTUP);
boolean clearCallback = true;
try {
ui.setCallback(RestartServerEvent.getType(), this);
ServletContainerLauncher scl = options.getServletContainerLauncher();
TreeLogger serverLogger = ui.getWebServerLogger(getWebServerName(), scl.getIconBytes());
String sclArgs = options.getServletContainerLauncherArgs();
if (sclArgs != null) {
if (!scl.processArguments(serverLogger, sclArgs)) {
return -1;
}
}
isHttps = scl.isSecure();
// Tell the UI if the web server is secure
if (isHttps) {
ui.setWebServerSecure(serverLogger);
}
/*
* TODO: This is a hack to pass the base log level to the SCL. We'll have
* to figure out a better way to do this for SCLs in general.
*/
if (scl instanceof JettyLauncher) {
JettyLauncher jetty = (JettyLauncher) scl;
jetty.setBaseRequestLogLevel(getBaseLogLevelForUI());
}
scl.setBindAddress(bindAddress);
if (serverLogger.isLoggable(TreeLogger.TRACE)) {
serverLogger.log(TreeLogger.TRACE, "Starting HTTP on port " + getPort(), null);
}
server = scl.start(serverLogger, getPort(), options.getWarDir());
assert (server != null);
clearCallback = false;
return server.getPort();
} catch (BindException e) {
System.err.println(
"Port "
+ bindAddress
+ ':'
+ getPort()
+ " is already is use; you probably still have another session active");
} catch (Exception e) {
System.err.println("Unable to start embedded HTTP server");
e.printStackTrace();
} finally {
jettyStartupEvent.end();
if (clearCallback) {
// Clear the callback if we failed to start the server
ui.setCallback(RestartServerEvent.getType(), null);
}
}
return -1;
}