/** A synchronized call to {@link DartCompiler#analyzeLibraries} */
public static Map<URI, LibraryUnit> secureAnalyzeLibraries(
LibrarySource librarySource,
SelectiveCache selectiveCache,
CompilerConfiguration config,
DartArtifactProvider provider,
DartCompilerListener listener,
boolean resolveAllNewLibs)
throws IOException {
// All calls to DartC must be synchronized
long start = System.currentTimeMillis();
Map<URI, LibraryUnit> ret;
synchronized (compilerLock) {
ret =
DartCompiler.analyzeLibraries(
librarySource, selectiveCache, config, provider, listener, resolveAllNewLibs);
}
long elapsed = System.currentTimeMillis() - start;
Instrumentation.metric("DartCompilerUtils-secureAnalyzeLibraries", elapsed).log();
Instrumentation.operation("DartCompilerUtils-secureAnalyzeLibraries", elapsed)
.with("librarySource.Name", librarySource.getName())
.with("librarySource.LastModified", librarySource.getLastModified())
.log();
return ret;
}
/**
* A synchronized call to {@link DartCompiler#compileLib(LibrarySource, CompilerConfiguration,
* DartArtifactProvider, DartCompilerListener)}
*/
public static void secureCompileLib(
LibrarySource libSource,
CompilerConfiguration config,
DartArtifactProvider provider,
DartCompilerListener listener)
throws IOException {
long start = System.currentTimeMillis();
if (!DartSdkManager.getManager().hasSdk()) {
return;
}
List<LibrarySource> embeddedLibraries = new ArrayList<LibrarySource>();
// All calls to DartC must be synchronized
synchronized (compilerLock) {
DartCompiler.compileLib(libSource, embeddedLibraries, config, provider, listener);
}
long elapsed = System.currentTimeMillis() - start;
Instrumentation.metric("DartCompilerUtils-secureCompileLib", elapsed).log();
Instrumentation.operation("DartCompilerUtils-secureCompileLib", elapsed)
.with("librarySource.Name", libSource.getName())
.log();
}
private void compile(LibrarySource lib, String srcName, Object... errors) {
try {
DartCompilerListener listener = new DartCompilerListenerTest(srcName, errors);
DartCompiler.compileLib(lib, config, provider, listener);
} catch (IOException e) {
throw new AssertionFailedError("Unexpected IOException: " + e.getMessage());
}
}
/**
* Resolve the specified library and any imported libraries that have not already been resolved.
*
* @return a map of newly resolved libraries
*/
static Map<URI, LibraryUnit> resolve(
AnalysisServer server,
Library library,
Map<URI, LibraryUnit> resolvedLibs,
Map<URI, DartUnit> parsedUnits) {
ErrorListener errorListener = new ErrorListener(server);
File libraryFile = library.getFile();
LibrarySource librarySource = library.getLibrarySource();
provider.clearCachedArtifacts();
Map<URI, LibraryUnit> newlyResolved = null;
try {
newlyResolved =
DartCompiler.analyzeLibraries(
librarySource, resolvedLibs, parsedUnits, config, provider, errorListener);
} catch (IOException e) {
errorListener.onError(newIoError(librarySource, e));
} catch (Throwable e) {
DartCore.logError("Exception while resolving " + libraryFile.getPath(), e);
DartCompilationError error =
new DartCompilationError(
librarySource, AnalysisErrorCode.RESOLUTION_FAILURE, e.getMessage());
error.setSource(librarySource);
errorListener.onError(error);
}
if (newlyResolved != null) {
notifyParsedDuringResolve(server, parsedUnits, newlyResolved.values(), errorListener);
errorListener.notifyResolved(newlyResolved);
} else {
newlyResolved = new HashMap<URI, LibraryUnit>();
newlyResolved.put(libraryFile.toURI(), new LibraryUnit(librarySource));
}
return newlyResolved;
}
/** A synchronized call to {@link DartCompiler#analyzeLibrary} */
public static LibraryUnit secureAnalyzeLibrary(
LibrarySource librarySource,
final Map<URI, DartUnit> parsedUnits,
final CompilerConfiguration config,
DartArtifactProvider provider,
DartCompilerListener listener)
throws IOException {
long start = System.currentTimeMillis();
if (!DartSdkManager.getManager().hasSdk()) {
return null;
}
final PackageLibraryManager manager = PackageLibraryManagerProvider.getPackageLibraryManager();
AnalysisServer server = PackageLibraryManagerProvider.getDefaultAnalysisServer();
URI librarySourceUri = librarySource.getUri();
if (parsedUnits == null && !(librarySource instanceof LibraryWithSuppliedSources)) {
// Resolve dart:<libname> to file URI before calling AnalysisServer
URI libraryFileUri = manager.resolveDartUri(librarySourceUri);
File libraryFile = new File(libraryFileUri.getPath());
LibraryUnit ret = server.getSavedContext().resolve(libraryFile, 30000);
long elapsed = System.currentTimeMillis() - start;
Instrumentation.metric("DartCompilerUtils-secureAnalyzeLibrary", elapsed).log();
Instrumentation.operation("DartCompilerUtils-secureAnalyzeLibrary", elapsed)
.with("librarySource.Name", librarySource.getName())
.with("librarySource.LastModified", librarySource.getLastModified())
.log();
return ret;
}
// Resolve the specified library against all currently cached libraries
final Map<URI, LibraryUnit> resolvedLibs = server.getSavedContext().getResolvedLibraries(50);
resolvedLibs.remove(librarySourceUri);
// Construct the selective cache
SelectiveCache selectiveCache =
new DartCompiler.SelectiveCache() {
@Override
public Map<URI, LibraryUnit> getResolvedLibraries() {
return resolvedLibs;
}
@Override
public DartUnit getUnresolvedDartUnit(DartSource dartSrc) {
if (parsedUnits == null) {
return null;
}
URI srcUri = dartSrc.getUri();
DartUnit parsedUnit = parsedUnits.remove(srcUri);
if (parsedUnit != null) {
return parsedUnit;
}
URI fileUri = manager.resolveDartUri(srcUri);
return parsedUnits.remove(fileUri);
}
};
Map<URI, LibraryUnit> libMap;
// All calls to DartC must be synchronized
synchronized (compilerLock) {
libMap =
DartCompiler.analyzeLibraries(
librarySource, selectiveCache, config, provider, listener, false);
}
long elapsed = System.currentTimeMillis() - start;
Instrumentation.metric("DartCompilerUtils-secureAnalyzeLibrary", elapsed)
.with("libMapHasResult", Boolean.toString(libMap != null))
.log();
Instrumentation.operation("DartCompilerUtils-secureAnalyzeLibrary", elapsed)
.with("librarySource.Name", librarySource.getName())
.with("libMapHasResult", Boolean.toString(libMap != null))
.with("librarySource.LastModified", librarySource.getLastModified())
.log();
return libMap != null ? libMap.get(librarySourceUri) : null;
}
@Override
public void run() throws Exception {
final PackageLibraryManager libraryManager =
PackageLibraryManagerProvider.getPackageLibraryManager();
final LibraryElement enclosingLibrary =
cachedLibraries.get(librarySource.wrappedSource).getElement();
// Try to find the core library in the enclosing set of libraries, otherwise the typeAnalyzer
// will be void of core types.
LibraryUnit coreUnit;
// All calls to DartC must be synchronized
synchronized (compilerLock) {
coreUnit = DartCompiler.getCoreLib(enclosingLibrary.getLibraryUnit());
}
if (coreUnit == null) {
throw new RuntimeException("Unable to locate core library");
}
LibraryElement coreLibrary = coreUnit.getElement();
SourceDelta delta =
new SourceDelta() {
@Override
public DartSource getSourceAfter() {
return source;
}
@Override
public Source getSourceBefore() {
for (DartUnit u : enclosingLibrary.getLibraryUnit().getUnits()) {
Source unitSource = u.getSourceInfo().getSource();
if (unitSource.getUri().equals(unitUri)) {
return unitSource;
}
}
return null;
}
@Override
public DartUnit getUnitAfter() {
return parsedUnit;
}
};
final CompilerConfiguration config =
new DefaultCompilerConfiguration(DartCompilerUtilities.COMPILER_OPTIONS, libraryManager) {
@Override
public boolean incremental() {
return true;
}
@Override
public boolean resolveDespiteParseErrors() {
return true;
}
@Override
public boolean typeErrorsAreFatal() {
return false;
}
@Override
public boolean warningsAreFatal() {
return false;
}
};
// All calls to DartC must be synchronized
synchronized (compilerLock) {
analyzedNode =
DartCompiler.analyzeDelta(
delta,
enclosingLibrary,
coreLibrary,
completionNode,
completionLocation,
0,
config,
this);
}
}
