private boolean relevantPropertiesHaveChanged(RuleGenerateWith generatorRule) {
// Gather binding and configuration property values that have been changed in the part of
// the library dependency tree on which this generator has not yet run.
Multimap<String, String> newConfigurationPropertyValues =
compilerContext.gatherNewConfigurationPropertyValuesForGenerator(generatorRule.getName());
Multimap<String, String> newBindingPropertyValues =
compilerContext.gatherNewBindingPropertyValuesForGenerator(generatorRule.getName());
return generatorRule.caresAboutProperties(newConfigurationPropertyValues.keySet())
|| generatorRule.caresAboutProperties(newBindingPropertyValues.keySet());
}
static Multimap<String, JRunAsync> computeRunAsyncsByName(
Collection<JRunAsync> runAsyncs, boolean onlyExplicitNames) {
Multimap<String, JRunAsync> runAsyncsByName = LinkedListMultimap.create();
for (JRunAsync runAsync : runAsyncs) {
String name = runAsync.getName();
if (name == null || (onlyExplicitNames && !runAsync.hasExplicitClassLiteral())) {
continue;
}
runAsyncsByName.put(name, runAsync);
}
return runAsyncsByName;
}
public void addCompilationUnit(CompilationUnit compilationUnit) {
String compilationUnitTypeSourceName = compilationUnit.getTypeName();
compilationUnitsByTypeName.put(compilationUnitTypeSourceName, compilationUnit);
compilationUnitTypeNames.add(compilationUnitTypeSourceName);
Collection<CompiledClass> compiledClasses = compilationUnit.getCompiledClasses();
for (CompiledClass compiledClass : compiledClasses) {
String sourceName = compiledClass.getSourceName();
String binaryName = InternalName.toBinaryName(compiledClass.getInternalName());
nestedSourceNamesByCompilationUnitName.put(compilationUnitTypeSourceName, sourceName);
nestedBinaryNamesByCompilationUnitName.put(compilationUnitTypeSourceName, binaryName);
compilationUnitNamesByNestedSourceName.put(sourceName, compilationUnitTypeSourceName);
compilationUnitNamesByNestedBinaryName.put(binaryName, compilationUnitTypeSourceName);
}
}
@Override
public CompilationUnit getCompilationUnitByTypeBinaryName(String typeBinaryName) {
// Convert nested binary name to enclosing type source name.
String typeSourceName =
compilationUnitNamesByNestedBinaryName.get(typeBinaryName).iterator().next();
return compilationUnitsByTypeName.get(typeSourceName);
}
private void onNewDirectory(Path directory) throws IOException {
String relativePath = getRelativePath(directory);
if (!relativePath.isEmpty() && !getPathPrefixSet().includesDirectory(relativePath)) {
return;
}
if (watchService != null) {
// Start watching the directory.
directory.register(watchService, ENTRY_CREATE, ENTRY_DELETE);
}
try (DirectoryStream<Path> stream = Files.newDirectoryStream(directory)) {
for (Path child : stream) {
childPathsByParentPath.put(directory, child);
onNewPath(child);
}
}
}
private void onRemovedPath(Path path) {
resolutionsByResource.remove(toFileResource(path));
for (Path child : childPathsByParentPath.get(path)) {
onRemovedPath(child);
}
}
/**
* Find a split point as designated in the {@link #PROP_INITIAL_SEQUENCE} configuration property.
*/
public static JRunAsync findRunAsync(String refString, JProgram program, TreeLogger branch)
throws UnableToCompleteException {
SpeedTracerLogger.Event codeSplitterEvent =
SpeedTracerLogger.start(CompilerEventType.CODE_SPLITTER, "phase", "findRunAsync");
Multimap<String, JRunAsync> splitPointsByRunAsyncName =
computeRunAsyncsByName(program.getRunAsyncs(), false);
if (refString.startsWith("@")) {
JsniRef jsniRef = JsniRef.parse(refString);
if (jsniRef == null) {
branch.log(
TreeLogger.ERROR,
"Badly formatted JSNI reference in " + PROP_INITIAL_SEQUENCE + ": " + refString);
throw new UnableToCompleteException();
}
final String lookupErrorHolder[] = new String[1];
JNode referent =
JsniRefLookup.findJsniRefTarget(
jsniRef,
program,
new JsniRefLookup.ErrorReporter() {
@Override
public void reportError(String error) {
lookupErrorHolder[0] = error;
}
});
if (referent == null) {
TreeLogger resolveLogger =
branch.branch(TreeLogger.ERROR, "Could not resolve JSNI reference: " + jsniRef);
resolveLogger.log(TreeLogger.ERROR, lookupErrorHolder[0]);
throw new UnableToCompleteException();
}
if (!(referent instanceof JMethod)) {
branch.log(TreeLogger.ERROR, "Not a method: " + referent);
throw new UnableToCompleteException();
}
JMethod method = (JMethod) referent;
String canonicalName = ReplaceRunAsyncs.getImplicitName(method);
Collection<JRunAsync> splitPoints = splitPointsByRunAsyncName.get(canonicalName);
if (splitPoints == null) {
branch.log(TreeLogger.ERROR, "Method does not enclose a runAsync call: " + jsniRef);
throw new UnableToCompleteException();
}
if (splitPoints.size() > 1) {
branch.log(
TreeLogger.ERROR,
"Method includes multiple runAsync calls, "
+ "so it's ambiguous which one is meant: "
+ jsniRef);
throw new UnableToCompleteException();
}
assert splitPoints.size() == 1;
return splitPoints.iterator().next();
}
// Assume it's a raw class name
Collection<JRunAsync> splitPoints = splitPointsByRunAsyncName.get(refString);
if (splitPoints == null || splitPoints.size() == 0) {
branch.log(TreeLogger.ERROR, "No runAsync call is labelled with class " + refString);
throw new UnableToCompleteException();
}
if (splitPoints.size() > 1) {
branch.log(
TreeLogger.ERROR, "More than one runAsync call is labelled with class " + refString);
throw new UnableToCompleteException();
}
assert splitPoints.size() == 1;
JRunAsync result = splitPoints.iterator().next();
codeSplitterEvent.end();
return result;
}
@Override
public void addNewConfigurationPropertyValuesByName(
String propertyName, Iterable<String> propertyValues) {
newConfigurationPropertyValuesByName.putAll(propertyName, propertyValues);
}
@Override
public void addNewBindingPropertyValuesByName(
String propertyName, Iterable<String> propertyValues) {
newBindingPropertyValuesByName.putAll(propertyName, propertyValues);
}
