public void turlRetrievalFailed(
String surl, String reason, String remoteRequestId, String remoteFileId) {
synchronized (remoteSurlToFileReqIds) {
Collection<Long> fileRequestSet = remoteSurlToFileReqIds.get(surl);
if (fileRequestSet == null || fileRequestSet.isEmpty()) {
LOG.error("turlArrived for unknown SURL = " + surl);
return;
}
for (long id : fileRequestSet) {
CopyFileRequest cfr = getFileRequest(id);
try {
String type = isSourceSrm() && !isSourceLocal() ? "source" : "destination";
String error = "retrieval of " + type + " TURL failed with error " + reason;
LOG.error(error);
cfr.setState(State.FAILED, error);
} catch (IllegalStateTransition ist) {
LOG.error("Illegal State Transition : " + ist.getMessage());
}
cfr.saveJob();
remoteSurlToFileReqIds.remove(surl, id);
}
}
remoteFileRequestDone(surl, remoteRequestId, remoteFileId);
}
boolean areAbstractSuccessors(
AbstractState pElement,
CFAEdge pCfaEdge,
Collection<? extends AbstractState> pSuccessors,
ProofChecker wrappedProofChecker)
throws CPATransferException, InterruptedException {
ARGState element = (ARGState) pElement;
assert Iterables.elementsEqual(element.getChildren(), pSuccessors);
AbstractState wrappedState = element.getWrappedState();
Multimap<CFAEdge, AbstractState> wrappedSuccessors = HashMultimap.create();
for (AbstractState absElement : pSuccessors) {
ARGState successorElem = (ARGState) absElement;
wrappedSuccessors.put(element.getEdgeToChild(successorElem), successorElem.getWrappedState());
}
if (pCfaEdge != null) {
return wrappedProofChecker.areAbstractSuccessors(
wrappedState, pCfaEdge, wrappedSuccessors.get(pCfaEdge));
}
CFANode loc = AbstractStates.extractLocation(element);
for (CFAEdge edge : leavingEdges(loc)) {
if (!wrappedProofChecker.areAbstractSuccessors(
wrappedState, edge, wrappedSuccessors.get(edge))) {
return false;
}
}
return true;
}
/**
* Connects cfgNode to the proper CATCH block if target subtree might throw an exception. If there
* are FINALLY blocks reached before a CATCH, it will make the corresponding entry in finallyMap.
*/
private void connectToPossibleExceptionHandler(Node cfgNode, Node target) {
if (mayThrowException(target) && !exceptionHandler.isEmpty()) {
Node lastJump = cfgNode;
for (Node handler : exceptionHandler) {
if (NodeUtil.isFunction(handler)) {
return;
}
Preconditions.checkState(handler.getType() == Token.TRY);
Node catchBlock = NodeUtil.getCatchBlock(handler);
if (!NodeUtil.hasCatchHandler(catchBlock)) { // No catch but a FINALLY.
if (lastJump == cfgNode) {
createEdge(cfgNode, Branch.ON_EX, handler.getLastChild());
} else {
finallyMap.put(lastJump, handler.getLastChild());
}
} else { // Has a catch.
if (lastJump == cfgNode) {
createEdge(cfgNode, Branch.ON_EX, catchBlock);
return;
} else {
finallyMap.put(lastJump, catchBlock);
}
}
lastJump = handler;
}
}
}
private void handleContinue(Node node) {
String label = null;
if (node.hasChildren()) {
label = node.getFirstChild().getString();
}
Node cur;
Node lastJump;
// Similar to handBreak's logic with a few minor variation.
Node parent = node.getParent();
for (cur = node, lastJump = node;
!isContinueTarget(cur, parent, label);
cur = parent, parent = parent.getParent()) {
if (cur.getType() == Token.TRY && NodeUtil.hasFinally(cur)) {
if (lastJump == node) {
createEdge(lastJump, Branch.UNCOND, cur.getLastChild());
} else {
finallyMap.put(lastJump, computeFallThrough(cur.getLastChild()));
}
lastJump = cur;
}
Preconditions.checkState(parent != null, "Cannot find continue target.");
}
Node iter = cur;
if (cur.getChildCount() == 4) {
iter = cur.getFirstChild().getNext().getNext();
}
if (lastJump == node) {
createEdge(node, Branch.UNCOND, iter);
} else {
finallyMap.put(lastJump, iter);
}
}
public GraphIndex(Graph graph) {
LOG.info("Indexing graph...");
for (String feedId : graph.getFeedIds()) {
for (Agency agency : graph.getAgencies(feedId)) {
Map<String, Agency> agencyForId = agenciesForFeedId.getOrDefault(feedId, new HashMap<>());
agencyForId.put(agency.getId(), agency);
this.agenciesForFeedId.put(feedId, agencyForId);
}
}
Collection<Edge> edges = graph.getEdges();
/* We will keep a separate set of all vertices in case some have the same label.
* Maybe we should just guarantee unique labels. */
Set<Vertex> vertices = Sets.newHashSet();
for (Edge edge : edges) {
vertices.add(edge.getFromVertex());
vertices.add(edge.getToVertex());
if (edge instanceof TablePatternEdge) {
TablePatternEdge patternEdge = (TablePatternEdge) edge;
TripPattern pattern = patternEdge.getPattern();
patternForId.put(pattern.code, pattern);
}
}
for (Vertex vertex : vertices) {
vertexForId.put(vertex.getLabel(), vertex);
if (vertex instanceof TransitStop) {
TransitStop transitStop = (TransitStop) vertex;
Stop stop = transitStop.getStop();
stopForId.put(stop.getId(), stop);
stopVertexForStop.put(stop, transitStop);
stopsForParentStation.put(stop.getParentStation(), stop);
}
}
for (TransitStop stopVertex : stopVertexForStop.values()) {
Envelope envelope = new Envelope(stopVertex.getCoordinate());
stopSpatialIndex.insert(envelope, stopVertex);
}
for (TripPattern pattern : patternForId.values()) {
patternsForFeedId.put(pattern.getFeedId(), pattern);
patternsForRoute.put(pattern.route, pattern);
for (Trip trip : pattern.getTrips()) {
patternForTrip.put(trip, pattern);
tripForId.put(trip.getId(), trip);
}
for (Stop stop : pattern.getStops()) {
patternsForStop.put(stop, pattern);
}
}
for (Route route : patternsForRoute.asMap().keySet()) {
routeForId.put(route.getId(), route);
}
// Copy these two service indexes from the graph until we have better ones.
calendarService = graph.getCalendarService();
serviceCodes = graph.serviceCodes;
this.graph = graph;
LOG.info("Done indexing graph.");
}
private ImmutableList<Path> conditionallyCopy(ImmutableList<Path> roots) throws IOException {
final Builder<Path> builder = ImmutableList.builder();
for (Path root : roots) {
Preconditions.checkArgument(
root.startsWith(workingDirectory),
root + " must start with root " + workingDirectory + " from " + roots);
Preconditions.checkArgument(
!root.equals(workingDirectory),
"Cannot deduplicate root directory: " + root + " from " + roots);
if (!seen.containsKey(root)) {
seen.put(root, null);
final Path newRoot = out.resolve(workingDirectory.relativize(root));
Files.walkFileTree(
root,
ImmutableSet.of(FileVisitOption.FOLLOW_LINKS),
Integer.MAX_VALUE,
new ConditionalCopyVisitor(newRoot, root, seen, hashFunction));
builder.add(newRoot);
} else {
// Duplicated directories are ok -- multiple files from different libraries
// can reside in the same directory, but duplicate files should not be seen mulitple times.
}
}
return builder.build();
}
/**
* Gets the feed mapping for a feed.
*
* @return a multimap from feed attribute ID to the set of field IDs mapped to the attribute
*/
private static Multimap<Long, Integer> getFeedMapping(
AdWordsServices adWordsServices, AdWordsSession session, Feed feed, long placeholderType)
throws Exception {
// Get the FeedMappingService.
FeedMappingServiceInterface feedMappingService =
adWordsServices.get(session, FeedMappingServiceInterface.class);
String query =
String.format(
"SELECT FeedMappingId, AttributeFieldMappings WHERE FeedId = %d and PlaceholderType = %d "
+ "AND Status = 'ENABLED'",
feed.getId(), placeholderType);
Multimap<Long, Integer> attributeMappings = HashMultimap.create();
int offset = 0;
FeedMappingPage feedMappingPage;
do {
String pageQuery = String.format(query + " LIMIT %d, %d", offset, PAGE_SIZE);
feedMappingPage = feedMappingService.query(pageQuery);
if (feedMappingPage.getEntries() != null) {
// Normally, a feed attribute is mapped only to one field. However, you may map it to more
// than one field if needed.
for (FeedMapping feedMapping : feedMappingPage.getEntries()) {
for (AttributeFieldMapping attributeMapping : feedMapping.getAttributeFieldMappings()) {
attributeMappings.put(
attributeMapping.getFeedAttributeId(), attributeMapping.getFieldId());
}
}
}
offset += PAGE_SIZE;
} while (offset < feedMappingPage.getTotalNumEntries());
return attributeMappings;
}
protected void updateSuperProjects(ReviewDb db, Set<Branch.NameKey> updatedBranches)
throws SubmoduleException {
try {
// These (repo/branch) will be updated later with all the given
// individual submodule subscriptions
Multimap<Branch.NameKey, SubmoduleSubscription> targets = HashMultimap.create();
for (Branch.NameKey updatedBranch : updatedBranches) {
for (SubmoduleSubscription sub : db.submoduleSubscriptions().bySubmodule(updatedBranch)) {
targets.put(sub.getSuperProject(), sub);
}
}
updatedSubscribers.addAll(updatedBranches);
// Update subscribers.
for (Branch.NameKey dest : targets.keySet()) {
try {
if (!updatedSubscribers.add(dest)) {
log.error("Possible circular subscription involving " + dest);
} else {
updateGitlinks(db, dest, targets.get(dest));
}
} catch (SubmoduleException e) {
log.warn("Cannot update gitlinks for " + dest, e);
}
}
} catch (OrmException e) {
logAndThrowSubmoduleException("Cannot read subscription records", e);
}
}
private Multimap<String, String> computeUserParameters() {
Multimap<String, String> result = LinkedHashMultimap.create();
for (String key : suite.parameterNames()) {
// first check if the user has specified values
Collection<String> userValues = userParameterArguments.get(key);
if (!userValues.isEmpty()) {
result.putAll(key, userValues);
// TODO: type convert 'em to validate?
} else { // otherwise use the default values from the suite
Set<String> values = suite.parameterValues(key);
if (values.isEmpty()) {
throw new ConfigurationException(
key
+ " has no values. "
+ "Did you forget a -D"
+ key
+ "=<value> command line argument?");
}
result.putAll(key, values);
}
}
return result;
}
private void checkForIssue(Symbol symbol, Multimap<String, Symbol> membersByName) {
String name = symbol.name();
for (String knownMemberName : membersByName.keySet()) {
if (name.equalsIgnoreCase(knownMemberName)) {
for (Symbol knownMemberSymbol : membersByName.get(knownMemberName)) {
if (!symbol.equals(knownMemberSymbol)
&& isValidIssueLocation(symbol, knownMemberSymbol)
&& isInvalidMember(symbol, knownMemberSymbol)) {
addIssue(
symbol.declaration(),
"Rename "
+ getSymbolTypeName(symbol)
+ " \""
+ name
+ "\" "
+ "to prevent any misunderstanding/clash with "
+ getSymbolTypeName(knownMemberSymbol)
+ " \""
+ knownMemberName
+ "\" "
+ "defined "
+ getDefinitionPlace(symbol, knownMemberSymbol)
+ ".");
break;
}
}
}
}
}
private static Multimap<String, Symbol> sortByName(List<Symbol> members) {
Multimap<String, Symbol> membersByName = LinkedListMultimap.create();
for (Symbol member : members) {
membersByName.put(member.name(), member);
}
return membersByName;
}
private Multimap<Cell, Long> getCellTsPairsToSweep(
Multimap<Cell, Long> cellTsMappings,
PeekingIterator<RowResult<Value>> values,
long sweepTimestamp,
SweepStrategy sweepStrategy,
@Output Set<Cell> sentinelsToAdd) {
Multimap<Cell, Long> cellTsMappingsToSweep = HashMultimap.create();
Map<Long, Long> startTsToCommitTs = transactionService.get(cellTsMappings.values());
for (Map.Entry<Cell, Collection<Long>> entry : cellTsMappings.asMap().entrySet()) {
Cell cell = entry.getKey();
Collection<Long> timestamps = entry.getValue();
boolean sweepLastCommitted = isLatestValueEmpty(cell, values);
Iterable<? extends Long> timestampsToSweep =
getTimestampsToSweep(
cell,
timestamps,
startTsToCommitTs,
sentinelsToAdd,
sweepTimestamp,
sweepLastCommitted,
sweepStrategy);
cellTsMappingsToSweep.putAll(entry.getKey(), timestampsToSweep);
}
return cellTsMappingsToSweep;
}
@Override
public Collection<SourcedDeviceUpnp> getDeviceList() {
// horribly unoptimal impl!
Map<String, SourcedDeviceUpnp> baseXmpp =
convertToSourcedDimmableLightMap(mXmppConnector.getDeviceList(), Source.XMPP);
Map<String, SourcedDeviceUpnp> baseLocal =
convertToSourcedDimmableLightMap(mLocalConnector.getDeviceList(), Source.LOCAL);
Multimap<String, SourcedDeviceUpnp> multiMap = ArrayListMultimap.create();
multiMap.putAll(Multimaps.forMap(baseXmpp));
multiMap.putAll(Multimaps.forMap(baseLocal));
Iterable<SourcedDeviceUpnp> lights =
Iterables.transform(
multiMap.asMap().values(),
new Function<Collection<SourcedDeviceUpnp>, SourcedDeviceUpnp>() {
@Override
public SourcedDeviceUpnp apply(Collection<SourcedDeviceUpnp> lightsCollection) {
EnumSet<Source> sources = EnumSet.noneOf(Source.class);
for (SourcedDeviceUpnp light : lightsCollection) {
sources.addAll(light.getSources());
}
// we make srong assumption here that all sources on list have same state
// (name/switch state/brightness)
SourcedDeviceUpnp first = Iterables.getFirst(lightsCollection, null);
first.setSources(sources);
return first;
}
});
return Lists.newArrayList(lights);
}
public static String paramsListToString(Multimap<String, String> params) {
StringBuilder result = new StringBuilder();
boolean first = true;
for (String key : params.keySet()) {
if (key != null) {
Collection<String> values = params.get(key);
for (String value : values) {
if (value != null) {
if (first) {
first = false;
} else {
result.append("&");
}
try {
result.append(URLEncoder.encode(key, "UTF-8"));
result.append("=");
result.append(URLEncoder.encode(value, "UTF-8"));
} catch (UnsupportedEncodingException e) {
Log.e(TAG, "paramsListToString: " + e.getClass() + ": " + e.getLocalizedMessage());
}
}
}
}
}
return result.toString();
}
public static String paramsListToString(Map<String, String> params) {
Multimap<String, String> multimap = HashMultimap.create(params.size(), 1);
for (String key : params.keySet()) {
multimap.put(key, params.get(key));
}
return paramsListToString(multimap);
}
private void markAsFragment(final Multimap<TerminalRule, AbstractRule> calledFrom) {
Set<TerminalRule> _keySet = calledFrom.keySet();
final Function1<TerminalRule, Boolean> _function =
(TerminalRule it) -> {
boolean _isFragment = it.isFragment();
return Boolean.valueOf((!_isFragment));
};
Iterable<TerminalRule> _filter = IterableExtensions.<TerminalRule>filter(_keySet, _function);
final Function1<TerminalRule, Boolean> _function_1 =
(TerminalRule it) -> {
Collection<AbstractRule> _get = calledFrom.get(it);
return Boolean.valueOf(this.allAreTerminalRules(_get));
};
Iterable<TerminalRule> _filter_1 =
IterableExtensions.<TerminalRule>filter(_filter, _function_1);
final Function1<TerminalRule, Boolean> _function_2 =
(TerminalRule it) -> {
EObject _eContainer = it.eContainer();
EList<AbstractRule> _hiddenTokens = ((Grammar) _eContainer).getHiddenTokens();
boolean _contains = _hiddenTokens.contains(it);
return Boolean.valueOf((!_contains));
};
Iterable<TerminalRule> _filter_2 =
IterableExtensions.<TerminalRule>filter(_filter_1, _function_2);
final Consumer<TerminalRule> _function_3 =
(TerminalRule it) -> {
it.setFragment(true);
};
_filter_2.forEach(_function_3);
}
public String configFile() {
// Check template URL exists
String templateUrl = driver.getEntity().getConfig(NginxController.SERVER_CONF_TEMPLATE_URL);
ResourceUtils.create(this).checkUrlExists(templateUrl);
// Check SSL configuration
ProxySslConfig ssl = driver.getEntity().getConfig(NginxController.SSL_CONFIG);
if (ssl != null
&& Strings.isEmpty(ssl.getCertificateDestination())
&& Strings.isEmpty(ssl.getCertificateSourceUrl())) {
throw new IllegalStateException(
"ProxySslConfig can't have a null certificateDestination and null certificateSourceUrl. One or both need to be set");
}
// For mapping by URL
Iterable<UrlMapping> mappings = ((NginxController) driver.getEntity()).getUrlMappings();
Multimap<String, UrlMapping> mappingsByDomain = LinkedHashMultimap.create();
for (UrlMapping mapping : mappings) {
Collection<String> addrs = mapping.getAttribute(UrlMapping.TARGET_ADDRESSES);
if (addrs != null && addrs.size() > 0) {
mappingsByDomain.put(mapping.getDomain(), mapping);
}
}
Map<String, Object> substitutions =
MutableMap.<String, Object>builder()
.putIfNotNull("ssl", ssl)
.put("urlMappings", mappings)
.put("domainMappings", mappingsByDomain)
.build();
// Get template contents and process
String contents = ResourceUtils.create(driver.getEntity()).getResourceAsString(templateUrl);
return TemplateProcessor.processTemplateContents(contents, driver, substitutions);
}
private void checkAssignment(AbstractElement object, String feature) {
if (assignedFeatures.containsKey(feature)) {
Collection<AbstractElement> sources = Lists.newArrayList(assignedFeatures.get(feature));
assignedFeatures.replaceValues(feature, Collections.<AbstractElement>emptyList());
if (sources != null && sources.equals(Collections.singletonList(object))) {
if (getNestingLevel() == 0)
acceptWarning(
"The assigned value of feature '"
+ feature
+ "' will possibly override itself because it is used inside of a loop.",
object,
null);
} else {
if (sources != null) {
if (getNestingLevel() == 0)
for (AbstractElement source : sources)
acceptWarning(
"The possibly assigned value of feature '"
+ feature
+ "' may be overridden by subsequent assignments.",
source,
null);
}
if (getNestingLevel() == 0)
acceptWarning(
"This assignment will override the possibly assigned value of feature '"
+ feature
+ "'.",
object,
null);
}
} else {
assignedFeatures.put(feature, object);
}
}
private Multimap<String, TaggedRegion> makeTags(Collection<TaggedRegion> tags) {
Multimap<String, TaggedRegion> ret = ArrayListMultimap.create();
for (TaggedRegion r : tags) {
ret.put(r.getName(), r);
}
return ret;
}
public Multimap<Node, Split> computeAssignments(Set<Split> splits) {
Multimap<Node, Split> assignment = HashMultimap.create();
for (Split split : splits) {
List<Node> candidateNodes;
if (locationAwareScheduling) {
candidateNodes = selectCandidateNodes(nodeMap.get().get(), split);
} else {
candidateNodes = selectRandomNodes(minCandidates);
}
checkCondition(
!candidateNodes.isEmpty(), NO_NODES_AVAILABLE, "No nodes available to run query");
Node chosen = null;
int min = Integer.MAX_VALUE;
for (Node node : candidateNodes) {
RemoteTask task = taskMap.get(node);
int currentSplits = (task == null) ? 0 : task.getQueuedSplits();
int assignedSplits = currentSplits + assignment.get(node).size();
if (assignedSplits < min && assignedSplits < maxPendingSplitsPerTask) {
chosen = node;
min = assignedSplits;
}
}
if (chosen != null) {
assignment.put(chosen, split);
}
}
return assignment;
}
@Override
protected void prepare() {
super.prepare();
try {
classMap = infoService.getMarkClassMap(currentUser);
root = new DefaultTreeNode("Root", null);
log.info("Start-------------------------Create Tree------------------------------Start");
for (String key : classMap.keySet()) {
TreeNode node = new DefaultTreeNode(key, root);
Collection<Tclass> entry = classMap.get(key);
Tclass[] tclasses = new Tclass[entry.size()];
entry.toArray(tclasses);
Set<ClassType> typeSet = new HashSet<>();
for (int i = 0; i < tclasses.length; i++) {
if (!typeSet.contains(tclasses[i].getType())) {
typeSet.add(tclasses[i].getType());
TreeNode childNode = new DefaultTreeNode(tclasses[i].getType().getLabel(), node);
}
}
}
log.info("End-------------------------Create Tree------------------------------End");
} catch (Exception ex) {
log.error("教师的授课班级加载出错", ex);
}
items = new ArrayList<>();
classesForChoose = new ArrayList<>();
}
private List<Cluster> doPrivilegedLookup(String partitionName, String vmTypeName)
throws NotEnoughResourcesException {
if (Partition.DEFAULT_NAME.equals(partitionName)) {
Iterable<Cluster> authorizedClusters =
Iterables.filter(
Clusters.getInstance().listValues(),
RestrictedTypes.filterPrivilegedWithoutOwner());
Multimap<VmTypeAvailability, Cluster> sorted = TreeMultimap.create();
for (Cluster c : authorizedClusters) {
sorted.put(c.getNodeState().getAvailability(vmTypeName), c);
}
if (sorted.isEmpty()) {
throw new NotEnoughResourcesException(
"Not enough resources: no availability zone is available in which you have permissions to run instances.");
} else {
return Lists.newArrayList(sorted.values());
}
} else {
ServiceConfiguration ccConfig =
Topology.lookup(ClusterController.class, Partitions.lookupByName(partitionName));
Cluster cluster = Clusters.lookup(ccConfig);
if (cluster == null) {
throw new NotEnoughResourcesException("Can't find cluster " + partitionName);
}
if (!RestrictedTypes.filterPrivilegedWithoutOwner().apply(cluster)) {
throw new NotEnoughResourcesException("Not authorized to use cluster " + partitionName);
}
return Lists.newArrayList(cluster);
}
}
/** Gets a map of item attribute modifiers, used by ItemSword to increase hit damage. */
public Multimap getItemAttributeModifiers() {
Multimap multimap = super.getItemAttributeModifiers();
multimap.put(
SharedMonsterAttributes.attackDamage.getAttributeUnlocalizedName(),
new AttributeModifier(field_111210_e, "Tool modifier", (double) this.damageVsEntity, 0));
return multimap;
}
private void applyStart(GridJob job) {
String fullJobId = job.getFullJobId();
Collection<JobActor> actors = jobActorMap.get(fullJobId);
if (actors.isEmpty()) {
JobActor jobActor = createJobActor(job);
addJobActor(fullJobId, jobActor);
actors = jobActorMap.get(fullJobId);
}
if (job.getNode() == null) {
log.warn("No node for job being started: {}", fullJobId);
return;
}
log.debug("Starting job {} on {}", fullJobId, job.getNode().getShortName());
String nodeName = job.getNode().getShortName();
if (actors.size() > 1) {
log.warn("More than one actor for job being started: " + fullJobId);
}
JobActor jobActor = actors.iterator().next();
int i = 0;
GridJob[] nodeJobs = job.getNode().getSlots();
for (int s = 0; s < nodeJobs.length; s++) {
GridJob nodeJob = nodeJobs[s];
if (nodeJob == null) continue;
if (!nodeJob.getFullJobId().equals(fullJobId)) continue;
if (i > 0) {
jobActor = cloneJobActor(fullJobId);
}
PVector endPos = getLatticePos(nodeName, s + "");
// TODO: random outside location in direction of vector from 0,0,0
PVector startPos = new PVector(1000, 1000, 1000);
jobActor.pos = startPos;
if (tweenChanges) {
// scale duration to the distance that needs to be traveled
float distance = jobActor.pos.dist(endPos);
float duration = (DURATION_JOB_START * distance / DISTANCE_JOB_START) * 0.6f;
Tween tween =
new Tween("start_job_" + fullJobId + "#" + i, getTweenDuration(duration))
.addPVector(jobActor.pos, endPos)
.call(jobActor, "jobStarted")
.setEasing(Tween.SINE_OUT)
.noAutoUpdate();
jobActor.tweens.add(tween);
} else {
jobActor.pos.set(endPos);
}
i++;
}
}
public Multimap func_111205_h() {
Multimap var1 = super.func_111205_h();
var1.put(
SharedMonsterAttributes.field_111264_e.func_111108_a(),
new AttributeModifier(field_111210_e, "Tool modifier", (double) this.field_77865_bY, 0));
return var1;
}
// Entry format "revision;member;renamedMethod"
public void executeOptimizedRenamings(String csvFile) {
// revision;member;renamed method
try {
// grouping entries that share same revision
Multimap<String, String> groups = ArrayListMultimap.create();
File revFile = new File(csvFile);
BufferedReader bufferedReader =
new BufferedReader(new InputStreamReader(new FileInputStream(revFile.getAbsolutePath())));
String line;
while ((line = bufferedReader.readLine()) != null) {
String entry = line;
String[] columns = entry.split(";");
String revDir = columns[0];
groups.put(revDir, entry);
}
bufferedReader.close();
// executing entries that share same revision
ArrayList<String> sharedRevisionEntryList = new ArrayList<String>();
for (String keyRevDir : groups.keySet()) {
for (String currentEntry : groups.get(keyRevDir)) {
sharedRevisionEntryList.add(currentEntry);
}
executeGroupedEntries(sharedRevisionEntryList);
sharedRevisionEntryList.clear();
}
} catch (IOException e1) {
e1.printStackTrace();
}
}
private void handleReturn(Node node) {
Node lastJump = null;
for (Iterator<Node> iter = exceptionHandler.iterator(); iter.hasNext(); ) {
Node curHandler = iter.next();
if (NodeUtil.isFunction(curHandler)) {
break;
}
if (NodeUtil.hasFinally(curHandler)) {
if (lastJump == null) {
createEdge(node, Branch.UNCOND, curHandler.getLastChild());
} else {
finallyMap.put(lastJump, computeFallThrough(curHandler.getLastChild()));
}
lastJump = curHandler;
}
}
if (node.hasChildren()) {
connectToPossibleExceptionHandler(node, node.getFirstChild());
}
if (lastJump == null) {
createEdge(node, Branch.UNCOND, null);
} else {
finallyMap.put(lastJump, null);
}
}
private void printReferencesReportByRevision(
ArrayList<String> sharedRevisionEntryList, Multimap<String, String> invokers) {
try {
// int references = getNumberOfReferencesByRevision(invokers);
String header = "";
String revision = (sharedRevisionEntryList.get(0).split(";"))[0];
File file = new File("results/parser_references_by_revision_numbers.csv");
if (!file.exists()) {
file.createNewFile();
header = "revision;referencesToRenamedMethods";
}
FileWriter fw = new FileWriter(file, true);
BufferedWriter bw = new BufferedWriter(fw);
// bw.write(revision+";"+references);
if (!header.isEmpty()) {
bw.write(header + "\n");
}
bw.write(revision + ";" + invokers.keySet().size());
if (null != currentMergeResult)
currentMergeResult.refToRenamedMethodsFromParser = invokers.keySet().size();
bw.newLine();
bw.close();
fw.close();
} catch (IOException e) {
e.printStackTrace();
}
}
private int getNumberOfReferencesByRevision(Multimap<String, String> invokers) {
int references = 0;
for (String key : invokers.keySet()) {
references += invokers.get(key).size();
}
return references;
}
private void processInputs() {
// Index.
for (INPUT userOrderedInput : userOrderedInputs) {
if (userOrderedInput.getProvides().isEmpty()) {
nonExportingInputs.add(userOrderedInput);
}
for (String providedSymbolName : userOrderedInput.getProvides()) {
exportingInputBySymbolName.put(providedSymbolName, userOrderedInput);
}
}
for (INPUT userOrderedInput : userOrderedInputs) {
for (String symbolName : userOrderedInput.getRequires()) {
INPUT importedInput = exportingInputBySymbolName.get(symbolName);
if (importedInput != null) {
importedInputByImportingInput.put(userOrderedInput, importedInput);
}
}
}
// Order.
// For each input, traverse in user-provided order.
for (INPUT userOrderedInput : userOrderedInputs) {
// Traverse the graph starting from this input and record any
// newly-reached inputs.
orderInput(userOrderedInput);
}
// Free temporary indexes.
completedInputs.clear();
importedInputByImportingInput.clear();
}
