/**
* Add the given permission to the permission set.
*
* @param permissions The permission set
* @param toAdd The permissions to add
* @return The same permission set as passed in
*/
private static EnumSet<Permission> addPermission(
EnumSet<Permission> permissions, Permission... toAdd) {
for (Permission onePerm : toAdd) {
// Permissions that infer other permissions need to be listed here and
// set the inferred permissions as well as itself.
//
// Always add the permission itself and then call this method to add
// the inferred permissions.
switch (onePerm) {
case ADMIN:
permissions.addAll(EnumSet.allOf(Permission.class));
break;
case SQL:
permissions.add(SQL);
addPermission(permissions, SQLREAD, DEFAULTPROC);
break;
case SQLREAD:
permissions.add(SQLREAD);
addPermission(permissions, DEFAULTPROCREAD);
break;
case DEFAULTPROC:
permissions.add(DEFAULTPROC);
addPermission(permissions, DEFAULTPROCREAD);
default:
permissions.add(onePerm);
}
}
return permissions;
}
@Override
public Set<ForgeDirection> getAllConnections() {
EnumSet<ForgeDirection> result = EnumSet.noneOf(ForgeDirection.class);
for (IConduit con : conduits) {
result.addAll(con.getConduitConnections());
}
return result;
}
/**
* Redraws the sources on this layer, after first refreshing them based on the current state of
* the {@link com.google.android.stardroid.control.AstronomerModel}.
*/
protected synchronized void refreshSources(EnumSet<UpdateType> updateTypes) {
for (AstronomicalSource astroSource : astroSources) {
updateTypes.addAll(astroSource.update());
}
if (!updateTypes.isEmpty()) {
redraw(updateTypes);
}
}
@Override
public EnumSet<ForgeDirection> getConnections() {
EnumSet<ForgeDirection> cons = EnumSet.noneOf(ForgeDirection.class);
cons.addAll(getConduitConnections());
for (ForgeDirection dir : getExternalConnections()) {
if (getConnectionMode(dir) != ConnectionMode.DISABLED) {
cons.add(dir);
}
}
return cons;
}
private static void putType(final EnumSet<NodeType> types, final String s) {
if (ANY.equals(s)) {
types.addAll(EnumSet.allOf(NodeType.class));
return;
}
final NodeType type = NodeType.fromName(s);
types.add(type);
if (type == NodeType.NUMBER) types.add(NodeType.INTEGER);
}
public static Set<Make> makeWithDpendencies(Make... makes) {
EnumSet<Make> makeSet = EnumSet.noneOf(Make.class);
makeSet.addAll(
Arrays.asList(makes)
.stream()
.flatMap(m -> Stream.concat(dependencies.apply(m), Stream.of(m)))
.collect(Collectors.toList()));
return Collections.unmodifiableSet(makeSet);
}
public EnrollmentDialog(
Frame owner,
int maxCount,
final String reasonToFail,
EnumMap<DPFPFingerIndex, DPFPTemplate> templates) {
super(owner, true);
this.templates = templates;
setTitle("Fingerprint Enrollment");
DPFPEnrollmentControl enrollmentControl = new DPFPEnrollmentControl();
EnumSet<DPFPFingerIndex> fingers = EnumSet.noneOf(DPFPFingerIndex.class);
fingers.addAll(templates.keySet());
enrollmentControl.setEnrolledFingers(fingers);
enrollmentControl.setMaxEnrollFingerCount(maxCount);
enrollmentControl.addEnrollmentListener(
new DPFPEnrollmentListener() {
public void fingerDeleted(DPFPEnrollmentEvent e) throws DPFPEnrollmentVetoException {
if (reasonToFail != null) {
throw new DPFPEnrollmentVetoException(reasonToFail);
} else {
EnrollmentDialog.this.templates.remove(e.getFingerIndex());
}
}
public void fingerEnrolled(DPFPEnrollmentEvent e) throws DPFPEnrollmentVetoException {
if (reasonToFail != null) {
// e.setStopCapture(false);
throw new DPFPEnrollmentVetoException(reasonToFail);
} else EnrollmentDialog.this.templates.put(e.getFingerIndex(), e.getTemplate());
}
});
getContentPane().setLayout(new BorderLayout());
JButton closeButton = new JButton("Close");
closeButton.addActionListener(
new ActionListener() {
public void actionPerformed(ActionEvent e) {
setVisible(false); // End Dialog
}
});
JPanel bottom = new JPanel();
bottom.add(closeButton);
add(enrollmentControl, BorderLayout.CENTER);
add(bottom, BorderLayout.PAGE_END);
pack();
setLocationRelativeTo(null);
}
public MutableExecutionLog(ExecutionLog copyFrom) {
_logMode = ExecutionLogMode.FULL;
_logLevels.addAll(copyFrom.getLogLevels());
if (copyFrom.getEvents() != null) {
_events = new LinkedList<LogEvent>(copyFrom.getEvents());
} else {
_events = new LinkedList<LogEvent>();
}
_exceptionClass = copyFrom.getExceptionClass();
_exceptionMessage = copyFrom.getExceptionMessage();
_exceptionStackTrace = copyFrom.getExceptionStackTrace();
}
/**
* Add a layer to the current MapView. The layer will be added at topmost position.
*
* @param layer The layer to add
*/
public void addLayer(Layer layer) {
boolean isOsmDataLayer = layer instanceof OsmDataLayer;
layerLock.writeLock().lock();
layerLock.readLock().lock();
EnumSet<LayerListenerType> listenersToFire = EnumSet.noneOf(LayerListenerType.class);
Layer oldActiveLayer = activeLayer;
OsmDataLayer oldEditLayer = editLayer;
try {
try {
if (layer instanceof MarkerLayer && playHeadMarker == null) {
playHeadMarker = PlayHeadMarker.create();
}
if (layer instanceof GpxLayer) {
addGpxLayer((GpxLayer) layer);
} else if (layers.isEmpty()) {
layers.add(layer);
} else if (layer.isBackgroundLayer()) {
int i = 0;
for (; i < layers.size(); i++) {
if (layers.get(i).isBackgroundLayer()) {
break;
}
}
layers.add(i, layer);
} else {
layers.add(0, layer);
}
if (isOsmDataLayer || oldActiveLayer == null) {
// autoselect the new layer
listenersToFire.addAll(setActiveLayer(layer, true));
}
} finally {
layerLock.writeLock().unlock();
}
fireLayerAdded(layer);
if (isOsmDataLayer) {
((OsmDataLayer) layer).addLayerStateChangeListener(this);
}
onActiveEditLayerChanged(oldActiveLayer, oldEditLayer, listenersToFire);
layer.addPropertyChangeListener(this);
Main.addProjectionChangeListener(layer);
AudioPlayer.reset();
} finally {
layerLock.readLock().unlock();
}
if (!listenersToFire.isEmpty()) {
repaint();
}
}
private void resetFocus() {
recycleViews();
removeAllViewsInLayout();
mLazyInit.addAll(EnumSet.allOf(LazyInit.class));
for (int i = Math.max(0, mCurrentAdapterIndex - mBufferedItemCount);
i < Math.min(mAdapter.getCount(), mCurrentAdapterIndex + mBufferedItemCount + 1);
i++) {
mLoadedViews.addLast(makeAndAddView(i, true));
if (i == mCurrentAdapterIndex) {
mCurrentBufferIndex = mLoadedViews.size() - 1;
}
}
requestLayout();
}
private EnumSet<ActMood> getImpliedConcepts() {
if (_impliedConcepts == null) {
if (_parent == null) { // then _parent2, 3 is also null
_impliedConcepts = EnumSet.of(root);
_impliedConcepts.add(this);
} else {
_impliedConcepts = EnumSet.copyOf(_parent.getImpliedConcepts());
_impliedConcepts.add(this);
if (_parent2 != null) _impliedConcepts.addAll(_parent2.getImpliedConcepts());
if (_parent3 != null) _impliedConcepts.addAll(_parent3.getImpliedConcepts());
}
}
return _impliedConcepts;
}
/**
* Sets the active layer. Propagates this change to all map buttons.
*
* @param layer The layer to be active.
* @param setEditLayer if this is <code>true</code>, the edit layer is also set.
* @return A list of change listeners that should be fired using {@link
* #onActiveEditLayerChanged(Layer, OsmDataLayer, EnumSet)}
*/
private EnumSet<LayerListenerType> setActiveLayer(final Layer layer, boolean setEditLayer) {
if (layer != null && !layers.contains(layer))
throw new IllegalArgumentException(
tr("Layer ''{0}'' must be in list of layers", layer.toString()));
if (layer == activeLayer) return EnumSet.noneOf(LayerListenerType.class);
activeLayer = layer;
EnumSet<LayerListenerType> listenersToFire = EnumSet.of(LayerListenerType.ACTIVE_LAYER_CHANGE);
if (setEditLayer) {
listenersToFire.addAll(setEditLayer(layers));
}
return listenersToFire;
}
/**
* Remove the layer from the mapview. If the layer was in the list before, an LayerChange event is
* fired.
*
* @param layer The layer to remove
*/
public void removeLayer(Layer layer) {
layerLock.writeLock().lock();
layerLock.readLock().lock();
EnumSet<LayerListenerType> listenersToFire = EnumSet.noneOf(LayerListenerType.class);
Layer oldActiveLayer = activeLayer;
OsmDataLayer oldEditLayer = editLayer;
try {
try {
List<Layer> layersList = new ArrayList<>(layers);
if (!layersList.remove(layer)) return;
listenersToFire = setEditLayer(layersList);
if (layer == activeLayer) {
listenersToFire.addAll(setActiveLayer(determineNextActiveLayer(layersList), false));
}
if (layer instanceof OsmDataLayer) {
((OsmDataLayer) layer).removeLayerPropertyChangeListener(this);
}
layers.remove(layer);
Main.removeProjectionChangeListener(layer);
} finally {
layerLock.writeLock().unlock();
}
onActiveEditLayerChanged(oldActiveLayer, oldEditLayer, listenersToFire);
fireLayerRemoved(layer);
layer.removePropertyChangeListener(this);
layer.destroy();
AudioPlayer.reset();
} finally {
layerLock.readLock().unlock();
}
repaint();
}
final void putForExternalRead(
K key, V value, EnumSet<Flag> explicitFlags, ClassLoader explicitClassLoader) {
Transaction ongoingTransaction = null;
try {
ongoingTransaction = getOngoingTransaction();
if (ongoingTransaction != null) transactionManager.suspend();
EnumSet<Flag> flags =
EnumSet.of(
FAIL_SILENTLY,
FORCE_ASYNCHRONOUS,
ZERO_LOCK_ACQUISITION_TIMEOUT,
PUT_FOR_EXTERNAL_READ);
if (explicitFlags != null && !explicitFlags.isEmpty()) {
flags.addAll(explicitFlags);
}
// if the entry exists then this should be a no-op.
putIfAbsent(
key,
value,
defaultLifespan,
TimeUnit.MILLISECONDS,
defaultMaxIdleTime,
TimeUnit.MILLISECONDS,
flags,
explicitClassLoader);
} catch (Exception e) {
if (log.isDebugEnabled()) log.debug("Caught exception while doing putForExternalRead()", e);
} finally {
try {
if (ongoingTransaction != null) transactionManager.resume(ongoingTransaction);
} catch (Exception e) {
if (log.isDebugEnabled())
log.debug("Had problems trying to resume a transaction after putForExternalRead()", e);
}
}
}
@Override
public String browse(final Presentation context) {
final Property property = property();
final EnumSet<JavaTypeKind> kinds = EnumSet.noneOf(JavaTypeKind.class);
if (this.paramKinds != null) {
for (String kindString : this.paramKinds.split(",")) {
kindString = kindString.trim();
if (kindString.equalsIgnoreCase(JavaTypeKind.CLASS.name())) {
kinds.add(JavaTypeKind.CLASS);
} else if (kindString.equalsIgnoreCase(JavaTypeKind.ABSTRACT_CLASS.name())) {
kinds.add(JavaTypeKind.ABSTRACT_CLASS);
} else if (kindString.equalsIgnoreCase(JavaTypeKind.INTERFACE.name())) {
kinds.add(JavaTypeKind.INTERFACE);
} else if (kindString.equalsIgnoreCase(JavaTypeKind.ANNOTATION.name())) {
kinds.add(JavaTypeKind.ANNOTATION);
} else if (kindString.equalsIgnoreCase(JavaTypeKind.ENUM.name())) {
kinds.add(JavaTypeKind.ENUM);
} else {
final String msg = typeKindNotRecognized.format(kindString);
Sapphire.service(LoggingService.class).logError(msg);
}
}
} else {
final JavaTypeConstraintService javaTypeConstraintService =
property.service(JavaTypeConstraintService.class);
if (javaTypeConstraintService != null) {
kinds.addAll(javaTypeConstraintService.kinds());
}
}
int browseDialogStyle = IJavaElementSearchConstants.CONSIDER_ALL_TYPES;
int count = kinds.size();
if (count == 1) {
final JavaTypeKind kind = kinds.iterator().next();
switch (kind) {
case CLASS:
browseDialogStyle = IJavaElementSearchConstants.CONSIDER_CLASSES;
break;
case ABSTRACT_CLASS:
browseDialogStyle = IJavaElementSearchConstants.CONSIDER_CLASSES;
break;
case INTERFACE:
browseDialogStyle = IJavaElementSearchConstants.CONSIDER_INTERFACES;
break;
case ANNOTATION:
browseDialogStyle = IJavaElementSearchConstants.CONSIDER_ANNOTATION_TYPES;
break;
case ENUM:
browseDialogStyle = IJavaElementSearchConstants.CONSIDER_ENUMS;
break;
default:
throw new IllegalStateException();
}
} else if (count == 2) {
if (kinds.contains(JavaTypeKind.CLASS) || kinds.contains(JavaTypeKind.ABSTRACT_CLASS)) {
if (kinds.contains(JavaTypeKind.INTERFACE)) {
browseDialogStyle = IJavaElementSearchConstants.CONSIDER_CLASSES_AND_INTERFACES;
} else if (kinds.contains(JavaTypeKind.ENUM)) {
browseDialogStyle = IJavaElementSearchConstants.CONSIDER_CLASSES_AND_ENUMS;
}
}
}
final IProject project = property.element().adapt(IProject.class);
try {
final SelectionDialog dlg =
JavaUI.createTypeDialog(
((FormComponentPresentation) context).shell(),
null,
project,
browseDialogStyle,
false);
dlg.setTitle(
dialogTitle.format(
property.definition().getLabel(true, CapitalizationType.TITLE_STYLE, false)));
if (dlg.open() == SelectionDialog.OK) {
Object results[] = dlg.getResult();
assert results != null && results.length == 1;
if (results[0] instanceof IType) {
return ((IType) results[0]).getFullyQualifiedName();
}
}
} catch (JavaModelException e) {
Sapphire.service(LoggingService.class).log(e);
}
return null;
}
@Override
public synchronized TextGraphics setModifiers(EnumSet<SGR> modifiers) {
activeModifiers.clear();
activeModifiers.addAll(modifiers);
return this;
}
static {
IDENTIFIER_FOLLOW_SET.addAll(DeclarationsParser.VAR_START_SET);
}
static {
PARAMETER_FOLLOW_SET.addAll(DeclarationsParser.DECLARATION_START_SET);
}
public GroupJson addOptions(Collection<ListGroupsOption> o) {
options.addAll(o);
return this;
}
static {
inverseSetFrom = EnumSet.of(CommandType.U3, CommandType.R1, CommandType.F3);
inverseSetFrom.addAll(EnumSet.of(CommandType.D1, CommandType.L3, CommandType.B1));
}
static {
normalSetFrom = EnumSet.of(CommandType.U1, CommandType.R3, CommandType.F1);
normalSetFrom.addAll(EnumSet.of(CommandType.D3, CommandType.L1, CommandType.B3));
}
static {
internalCommand = EnumSet.of(CommandType.COLOR, CommandType.SPEED);
internalCommand.addAll(viewCommand);
}
/**
* Creates a list of detectors applicable to the given cope, and with the given configuration.
*
* @param client the client to report errors to
* @param configuration the configuration to look up which issues are enabled etc from
* @param scope the scope for the analysis, to filter out detectors that require wider analysis
* than is currently being performed
* @param scopeToDetectors an optional map which (if not null) will be filled by this method to
* contain mappings from each scope to the applicable detectors for that scope
* @return a list of new detector instances
*/
@NonNull
final List<? extends Detector> createDetectors(
@NonNull LintClient client,
@NonNull Configuration configuration,
@NonNull EnumSet<Scope> scope,
@Nullable Map<Scope, List<Detector>> scopeToDetectors) {
List<Issue> issues = getIssues();
Set<Class<? extends Detector>> detectorClasses = new HashSet<Class<? extends Detector>>();
Map<Class<? extends Detector>, EnumSet<Scope>> detectorToScope =
new HashMap<Class<? extends Detector>, EnumSet<Scope>>();
for (Issue issue : issues) {
Class<? extends Detector> detectorClass = issue.getDetectorClass();
EnumSet<Scope> issueScope = issue.getScope();
if (!detectorClasses.contains(detectorClass)) {
// Determine if the issue is enabled
if (!configuration.isEnabled(issue)) {
continue;
}
// Determine if the scope matches
if (!issue.isAdequate(scope)) {
continue;
}
detectorClass = client.replaceDetector(detectorClass);
assert detectorClass != null : issue.getId();
detectorClasses.add(detectorClass);
}
if (scopeToDetectors != null) {
EnumSet<Scope> s = detectorToScope.get(detectorClass);
if (s == null) {
detectorToScope.put(detectorClass, issueScope);
} else if (!s.containsAll(issueScope)) {
EnumSet<Scope> union = EnumSet.copyOf(s);
union.addAll(issueScope);
detectorToScope.put(detectorClass, union);
}
}
}
List<Detector> detectors = new ArrayList<Detector>(detectorClasses.size());
for (Class<? extends Detector> clz : detectorClasses) {
try {
Detector detector = clz.newInstance();
detectors.add(detector);
if (scopeToDetectors != null) {
EnumSet<Scope> union = detectorToScope.get(clz);
for (Scope s : union) {
List<Detector> list = scopeToDetectors.get(s);
if (list == null) {
list = new ArrayList<Detector>();
scopeToDetectors.put(s, list);
}
list.add(detector);
}
}
} catch (Throwable t) {
client.log(t, "Can't initialize detector %1$s", clz.getName()); // $NON-NLS-1$
}
}
return detectors;
}
static {
COMMA_SET.addAll(DeclarationsParser.DECLARATION_START_SET);
}
static {
FIRST_SET = EnumSet.of(CONST, VAR, PROC, FUNC, TYPE);
FOLLOW_SET = EnumSet.of(SEMICOLON, IN);
FIRST_FOLLOW_SET = FIRST_SET.clone();
FIRST_FOLLOW_SET.addAll(FOLLOW_SET);
}
/**
* Parse a Triangle SingleDeclarationParser.
*
* <p>Single-Declaration ::= const Identifier ~ Expression | var Identifier : Type-Denoter | proc
* Identifier (Formal-Parameter-Sequence) ~ Single-Command | func Identifier
* (Formal-Parameter-Sequence) : Type-Denoter ~ Expression | Type Identifier ~ Type-Denoter
*
* <p>To be overridden by the specialized command parse subclasses.
*
* @param token the initial token.
* @return the root node of the generated parse tree.
* @throws Exception if an error occurred.
*/
public void parse(Token token) throws Exception {
SingleCommandParser singleCommand = null;
ExpressionParser expression = null;
FormalParameterSequenceParser formalParameterSequence = null;
TypeDenoterParser typeDenoter = null;
EnumSet<TriangleTokenType> syncSet = null;
TypeSpec identifierType = TrianglePredefined.undefinedType;
Token identifierToken = null;
ICode routineICode = null;
token = currentToken();
switch ((TriangleTokenType) token.getType()) {
case CONST:
identifierToken = nextToken();
syncSet = EnumSet.of(TILDE);
syncSet.addAll(ExpressionParser.FIRST_FOLLOW_SET);
synchronize(IDENTIFIER, MISSING_IDENTIFIER, syncSet);
syncSet.remove(TILDE);
token = synchronize(TILDE, MISSING_TILDE, syncSet);
expression = new ExpressionParser(this);
ICodeNode expressionNode = expression.parse(token);
SymTabEntry constantId = symTabStack.lookupLocal(identifierToken.getText().toLowerCase());
// Enter the new identifier into the symbol table
// but don't set how it's defined yet.
if (constantId == null) {
constantId = symTabStack.enterLocal(identifierToken.getText().toLowerCase());
constantId.setDefinition(DefinitionImpl.CONSTANT);
constantId.setAttribute(CONSTANT_VALUE, expressionNode);
constantId.appendLineNumber(identifierToken.getLineNumber());
constantId.setTypeSpec(expressionNode.getTypeSpec());
} else {
errorHandler.flag(identifierToken, IDENTIFIER_REDEFINED, this);
}
break;
case VAR:
identifierToken = nextToken();
syncSet = EnumSet.of(COLON);
syncSet.addAll(TypeDenoterParser.FIRST_FOLLOW_SET);
synchronize(IDENTIFIER, MISSING_IDENTIFIER, syncSet);
syncSet.remove(COLON);
token = synchronize(COLON, MISSING_COLON, syncSet);
typeDenoter = new TypeDenoterParser(this);
identifierType = typeDenoter.parse(token);
SymTabEntry variableId = symTabStack.lookupLocal(identifierToken.getText().toLowerCase());
// Enter the new identifier into the symbol table
// but don't set how it's defined yet.
if (variableId == null) {
variableId = symTabStack.enterLocal(identifierToken.getText().toLowerCase());
variableId.setDefinition(DefinitionImpl.VARIABLE);
variableId.appendLineNumber(identifierToken.getLineNumber());
variableId.setTypeSpec(identifierType);
} else {
errorHandler.flag(identifierToken, IDENTIFIER_REDEFINED, this);
}
break;
case PROC:
identifierToken = nextToken();
routineICode = ICodeFactory.createICode();
syncSet = EnumSet.of(LEFT_PAREN);
syncSet.addAll(FormalParameterSequenceParser.FIRST_FOLLOW_SET);
token = synchronize(IDENTIFIER, MISSING_IDENTIFIER, syncSet);
syncSet.remove(LEFT_PAREN);
token = synchronize(LEFT_PAREN, MISSING_LEFT_PAREN, syncSet);
SymTabEntry procId = symTabStack.lookupLocal(identifierToken.getText().toLowerCase());
// Enter the new identifier into the symbol table
// but don't set how it's defined yet.
if (procId == null) {
procId = symTabStack.enterLocal(identifierToken.getText().toLowerCase());
procId.setTypeSpec(TrianglePredefined.undefinedType);
procId.setDefinition(DefinitionImpl.PROCEDURE);
procId.appendLineNumber(identifierToken.getLineNumber());
procId.setAttribute(ROUTINE_SYMTAB, symTabStack.push());
procId.setAttribute(ROUTINE_ICODE, routineICode);
} else {
errorHandler.flag(identifierToken, IDENTIFIER_REDEFINED, this);
procId = null;
}
formalParameterSequence = new FormalParameterSequenceParser(this);
ArrayList<SymTabEntry> procParamList = formalParameterSequence.parse(token);
syncSet = EnumSet.of(TILDE);
syncSet.addAll(SingleCommandParser.FIRST_FOLLOW_SET);
token = synchronize(RIGHT_PAREN, MISSING_RIGHT_PAREN, syncSet);
syncSet.remove(TILDE);
token = synchronize(TILDE, MISSING_TILDE, syncSet);
singleCommand = new SingleCommandParser(this);
routineICode.setRoot(singleCommand.parse(token));
if (procId != null) {
procId.setAttribute(ROUTINE_PARMS, procParamList);
}
symTabStack.pop();
break;
case FUNC:
identifierToken = nextToken();
routineICode = ICodeFactory.createICode();
SymTabEntry funcId = symTabStack.lookupLocal(identifierToken.getText().toLowerCase());
// Enter the new identifier into the symbol table
// but don't set how it's defined yet.
if (funcId == null) {
funcId = symTabStack.enterLocal(identifierToken.getText().toLowerCase());
funcId.setDefinition(DefinitionImpl.FUNCTION);
funcId.appendLineNumber(identifierToken.getLineNumber());
funcId.setTypeSpec(TrianglePredefined.undefinedType);
funcId.setAttribute(ROUTINE_SYMTAB, symTabStack.push());
funcId.setAttribute(ROUTINE_ICODE, routineICode);
} else {
errorHandler.flag(identifierToken, IDENTIFIER_REDEFINED, this);
funcId = null;
}
syncSet = EnumSet.of(LEFT_PAREN);
syncSet.addAll(FormalParameterSequenceParser.FIRST_FOLLOW_SET);
token = synchronize(IDENTIFIER, MISSING_IDENTIFIER, syncSet);
syncSet.remove(LEFT_PAREN);
token = synchronize(LEFT_PAREN, MISSING_LEFT_PAREN, syncSet);
formalParameterSequence = new FormalParameterSequenceParser(this);
ArrayList<SymTabEntry> funcParamList = formalParameterSequence.parse(token);
syncSet = EnumSet.of(COLON);
syncSet.addAll(TypeDenoterParser.FIRST_FOLLOW_SET);
synchronize(RIGHT_PAREN, MISSING_RIGHT_PAREN, syncSet);
syncSet.remove(COLON);
token = synchronize(COLON, MISSING_COLON, syncSet);
Token typeToken = currentToken();
typeDenoter = new TypeDenoterParser(this);
TypeSpec funcType = typeDenoter.parse(token);
syncSet = ExpressionParser.FIRST_FOLLOW_SET.clone();
token = synchronize(TILDE, MISSING_TILDE, syncSet);
expression = new ExpressionParser(this);
routineICode.setRoot(expression.parse(token));
if (funcId != null) {
funcId.setTypeSpec(funcType);
funcId.setAttribute(ROUTINE_PARMS, funcParamList);
if (!routineICode.getRoot().getTypeSpec().equals(funcType)) {
errorHandler.flag(typeToken, RETURN_TYPE_MISMATCH, this);
}
}
symTabStack.pop();
break;
case TYPE:
identifierToken = nextToken();
syncSet = EnumSet.of(TILDE);
syncSet.addAll(TypeDenoterParser.FIRST_FOLLOW_SET);
synchronize(IDENTIFIER, MISSING_IDENTIFIER, syncSet);
syncSet.remove(TILDE);
token = synchronize(TILDE, MISSING_TILDE, syncSet);
typeDenoter = new TypeDenoterParser(this);
TypeSpec typeType = typeDenoter.parse(token);
SymTabEntry typeId = symTabStack.lookupLocal(identifierToken.getText().toLowerCase());
// Enter the new identifier into the symbol table
// but don't set how it's defined yet.
if (typeId == null) {
typeId = symTabStack.enterLocal(identifierToken.getText().toLowerCase());
typeId.setDefinition(DefinitionImpl.TYPE);
typeId.appendLineNumber(identifierToken.getLineNumber());
typeId.setTypeSpec(typeType);
} else {
errorHandler.flag(token, IDENTIFIER_REDEFINED, this);
}
break;
default:
errorHandler.flag(token, MISSING_DECLARATION, this);
break;
}
}
/** Returns the union of two enumsets */
public static <E extends Enum<E>> EnumSet<E> union(EnumSet<E> s1, EnumSet<E> s2) {
EnumSet<E> s = s1.clone();
s.addAll(s2);
return (s);
}
@Option(name = "-O", usage = "Output option flags, in hex")
void setOptionFlagsHex(String hex) {
options.addAll(ListChangesOption.fromBits(Integer.parseInt(hex, 16)));
}
protected ChangeInfo get(String id, ListChangesOption... options) throws RestApiException {
EnumSet<ListChangesOption> s = EnumSet.noneOf(ListChangesOption.class);
s.addAll(Arrays.asList(options));
return gApi.changes().id(id).get(s);
}