/**
* reads all methods by the action-annotations for building agent-actions
*
* @param p_class class
* @param p_root root class
* @return stream of all methods with inheritance
*/
private static Stream<Method> methods(final Class<?> p_class, final Class<?> p_root) {
final Pair<Boolean, IAgentAction.EAccess> l_classannotation = CCommon.isActionClass(p_class);
if (!l_classannotation.getLeft())
return p_class.getSuperclass() == null
? Stream.of()
: methods(p_class.getSuperclass(), p_root);
final Predicate<Method> l_filter =
IAgentAction.EAccess.WHITELIST.equals(l_classannotation.getRight())
? i -> !CCommon.isActionFiltered(i, p_root)
: i -> CCommon.isActionFiltered(i, p_root);
return Stream.concat(
Arrays.stream(p_class.getDeclaredMethods())
.parallel()
.map(
i -> {
i.setAccessible(true);
return i;
})
.filter(i -> !Modifier.isAbstract(i.getModifiers()))
.filter(i -> !Modifier.isInterface(i.getModifiers()))
.filter(i -> !Modifier.isNative(i.getModifiers()))
.filter(i -> !Modifier.isStatic(i.getModifiers()))
.filter(l_filter),
methods(p_class.getSuperclass(), p_root));
}
public static <T extends Comparable<T>> Range<T> parse(String value, Function<String, T> parser) {
Validate.notNull(parser, "Parser is required");
if (StringUtils.isBlank(value) || StringUtils.equals(SEPARATOR, value)) {
return Ranges.all();
} else if (!StringUtils.contains(value, SEPARATOR)) {
T element = parser.apply(value);
return Ranges.atMost(element);
} else {
String lower = StringUtils.substringBefore(value, SEPARATOR);
String upper = StringUtils.substringAfter(value, SEPARATOR);
if (StringUtils.isBlank(lower)) {
// ..n
Pair<T, BoundType> boundary = parseUpperBoundary(upper, parser);
return Ranges.upTo(boundary.getLeft(), boundary.getRight());
} else if (StringUtils.isBlank(upper)) {
// n..
Pair<T, BoundType> boundary = parseLowerBoundary(lower, parser);
return Ranges.downTo(boundary.getLeft(), boundary.getRight());
} else {
// n..m
Pair<T, BoundType> down = parseLowerBoundary(lower, parser);
Pair<T, BoundType> up = parseUpperBoundary(upper, parser);
return Ranges.range(down.getLeft(), down.getRight(), up.getLeft(), up.getRight());
}
}
}
@Override
public void run(int runs) {
try {
Connection connection = dataSource.getConnection();
connection.setAutoCommit(false);
long min = Long.MAX_VALUE;
Pair<Long, Long> total = Pair.of(0l, 0l);
long max = Long.MIN_VALUE;
long start, elapsed = 0;
for (int i = 0; i < runs; i++) {
Map<String, String> values = ImmutableMap.of("email", RandomEmail.generateEmailAddress());
PreparedStatement insert = new Insert("emails", values).getStatement(connection);
start = System.nanoTime();
insert.execute();
elapsed = (System.nanoTime() - start) / 1000;
min = Math.min(elapsed, min);
max = Math.max(elapsed, max);
total = Pair.of(total.getLeft() + elapsed, total.getRight() + 1);
}
connection.commit();
connection.close();
log.info(
"N. of Insert with deferred commit executed: {} Total Excution Time: {} us, Mean per query: {} us, Max: {} us, Min: {} us",
total.getRight(),
total.getLeft(),
total.getLeft() / total.getRight(),
max,
min);
} catch (Exception e) {
log.error("An error occured while executing Insert Benchmark using manual commit", e);
}
}
@SuppressWarnings("unchecked")
@Override
protected final void completeInitializationOp(Object[] os) throws HiveException {
if (os.length != 0) {
Pair<MapJoinTableContainer[], MapJoinTableContainerSerDe[]> pair =
(Pair<MapJoinTableContainer[], MapJoinTableContainerSerDe[]>) os[0];
boolean spilled = false;
for (MapJoinTableContainer container : pair.getLeft()) {
if (container != null) {
spilled = spilled || container.hasSpill();
}
}
if (!loadCalled && spilled) {
// we can't use the cached table because it has spilled.
loadHashTable(getExecContext(), MapredContext.get());
} else {
// let's use the table from the cache.
mapJoinTables = pair.getLeft();
mapJoinTableSerdes = pair.getRight();
}
hashTblInitedOnce = true;
}
if (this.getExecContext() != null) {
// reset exec context so that initialization of the map operator happens
// properly
this.getExecContext().setLastInputPath(null);
this.getExecContext().setCurrentInputPath(null);
}
}
@Override
protected void transformStringContent(
String reference,
StringBuilder content,
ImporterMetadata metadata,
boolean parsed,
int sectionIndex) {
int flags = Pattern.DOTALL;
if (!caseSensitive) {
flags = flags | Pattern.CASE_INSENSITIVE | Pattern.UNICODE_CASE;
}
for (Pair<String, String> pair : stripPairs) {
List<Pair<Integer, Integer>> matches = new ArrayList<Pair<Integer, Integer>>();
Pattern leftPattern = Pattern.compile(pair.getLeft(), flags);
Matcher leftMatch = leftPattern.matcher(content);
while (leftMatch.find()) {
Pattern rightPattern = Pattern.compile(pair.getRight(), flags);
Matcher rightMatch = rightPattern.matcher(content);
if (rightMatch.find(leftMatch.end())) {
if (inclusive) {
matches.add(new ImmutablePair<Integer, Integer>(leftMatch.start(), rightMatch.end()));
} else {
matches.add(new ImmutablePair<Integer, Integer>(leftMatch.end(), rightMatch.start()));
}
} else {
break;
}
}
for (int i = matches.size() - 1; i >= 0; i--) {
Pair<Integer, Integer> matchPair = matches.get(i);
content.delete(matchPair.getLeft(), matchPair.getRight());
}
}
}
@Test
public void testGetMinAndMaxCharacter() {
Pair<Character, Character> result = RangeSplitUtil.getMinAndMaxCharacter("abc%^&");
Assert.assertEquals('%', result.getLeft().charValue());
Assert.assertEquals('c', result.getRight().charValue());
result = RangeSplitUtil.getMinAndMaxCharacter("\tAabcZx");
Assert.assertEquals('\t', result.getLeft().charValue());
Assert.assertEquals('x', result.getRight().charValue());
}
private void installDownstreamRules(ForwardingObjective fwd) {
List<Pair<Instruction, Instruction>> vlanOps =
vlanOps(fwd, L2ModificationInstruction.L2SubType.VLAN_POP);
if (vlanOps == null) {
return;
}
Instruction output = fetchOutput(fwd, "downstream");
if (output == null) {
return;
}
Pair<Instruction, Instruction> popAndRewrite = vlanOps.remove(0);
TrafficSelector selector = fwd.selector();
Criterion outerVlan = selector.getCriterion(Criterion.Type.VLAN_VID);
Criterion innerVlan = selector.getCriterion(Criterion.Type.INNER_VLAN_VID);
Criterion inport = selector.getCriterion(Criterion.Type.IN_PORT);
if (outerVlan == null || innerVlan == null || inport == null) {
log.error("Forwarding objective is underspecified: {}", fwd);
fail(fwd, ObjectiveError.BADPARAMS);
return;
}
Criterion innerVid = Criteria.matchVlanId(((VlanIdCriterion) innerVlan).vlanId());
FlowRule.Builder outer =
DefaultFlowRule.builder()
.forDevice(deviceId)
.fromApp(appId)
.makePermanent()
.withPriority(fwd.priority())
.withSelector(buildSelector(inport, outerVlan))
.withTreatment(
buildTreatment(popAndRewrite.getLeft(), Instructions.transition(QQ_TABLE)));
FlowRule.Builder inner =
DefaultFlowRule.builder()
.forDevice(deviceId)
.fromApp(appId)
.forTable(QQ_TABLE)
.makePermanent()
.withPriority(fwd.priority())
.withSelector(buildSelector(inport, innerVid))
.withTreatment(buildTreatment(popAndRewrite.getLeft(), output));
applyRules(fwd, inner, outer);
}
public List<Pair<Integer, Integer>> solve(
List<Pair<Integer, Integer>> ranges, Pair<Integer, Integer> targetRange) {
List<Pair<Integer, Integer>> result = new ArrayList<>();
int target, i, maxTarget, maxIndex;
boolean match;
if (targetRange.getLeft() == targetRange.getRight()) {
ranges.forEach(
range -> {
if (range.getLeft() <= targetRange.getLeft()
&& range.getRight() >= targetRange.getRight()
&& result.isEmpty()) {
result.add(range);
}
});
return result;
}
Collections.sort(ranges, new RangeComparator());
target = targetRange.getLeft();
maxIndex = 0;
while (target < targetRange.getRight()) {
match = false;
maxTarget = target;
for (i = maxIndex; i < ranges.size(); i++) {
final Pair<Integer, Integer> currentRange = ranges.get(i);
if (currentRange.getLeft() <= target && currentRange.getRight() >= maxTarget) {
match = true;
maxTarget = currentRange.getRight();
maxIndex = i;
} else if (currentRange.getLeft() > target) {
break;
}
}
if (!match) {
result.clear();
break;
}
result.add(Pair.of(ranges.get(maxIndex).getLeft(), ranges.get(maxIndex).getRight()));
target = maxTarget;
maxIndex++;
}
return result;
}
/**
* Returns the count of squares reachable by the first player
*
* @param grid
* @param startingLoc
* @return
*/
public static boolean getConnectedSquareCount(GridChar grid, int startingLoc) {
// int oldCount = (1+getConnectedSquareCountOld(grid,startingLoc) );
// The boolean means it is player 1, the connected square co
Set<Pair<Integer, Boolean>> visitedNodes = Sets.newHashSet();
LinkedList<Pair<Integer, Boolean>> toVisit = new LinkedList<>();
toVisit.add(new ImmutablePair<>(startingLoc, true));
while (!toVisit.isEmpty()) {
Pair<Integer, Boolean> loc = toVisit.poll();
if (visitedNodes.contains(loc)) continue;
visitedNodes.add(loc);
for (Direction dir : Direction.values()) {
Integer childIdx = grid.getIndex(loc.getLeft(), dir);
if (childIdx == null) continue;
char sq = grid.getEntry(childIdx);
if (sq == '#' || sq == 'K' || sq == 'T') continue;
toVisit.add(new ImmutablePair<>(childIdx, !loc.getRight()));
}
}
Set<Integer> fpPoints = Sets.newHashSet();
Set<Integer> spPoints = Sets.newHashSet();
for (Pair<Integer, Boolean> p : visitedNodes) {
if (p.getRight()) fpPoints.add(p.getLeft());
else spPoints.add(p.getLeft());
}
Set<Integer> shared = Sets.intersection(fpPoints, spPoints);
Set<Integer> union = Sets.union(fpPoints, spPoints);
if (!shared.isEmpty()) {
return (union.size() + 1) % 2 == 0;
} else {
// log.debug("size {} size {}", fpPoints.size(), spPoints.size());
return spPoints.size() < fpPoints.size();
}
// return (countFP + countSP + 1) % 2 == 0;
}
@Override
public void call(MessageRunner runner) {
ItemPattern pattern = runner.<ItemPattern>getValue("pattern");
WeightedItemList list = OrbAcquirableItems.idList;
int size = list.size(), damageRemoved = 0;
for (Iterator<WeightedItem> iter = list.iterator(); iter.hasNext(); ) {
Pair<Integer, Boolean> info = iter.next().runBlacklistPattern(pattern);
if (info.getRight()) iter.remove();
damageRemoved += info.getLeft();
}
size = size - list.size();
if (size == 0 && damageRemoved == 0)
MessageLogger.logWarn("Did not find any items to remove.");
else if (size == 0)
MessageLogger.logOk("Removed $0 damage value(s) from items.", damageRemoved);
else
MessageLogger.logOk(
"Removed $0 item(s) and $1 damage value(s) in total.", size, damageRemoved);
if (list.size() == 0)
MessageLogger.logWarn("No items left in the list, falling back to generic chest loot.");
}
protected void enumerate(CandidateHostInfo hostInfo) {
log.debug(
"Enumerating canditates hostId [{}] pools {}", hostInfo.getHostId(), hostInfo.getPoolIds());
Long candidateHostId = this.hosts ? hostInfo.getHostId() : null;
Map<Pair<Class<?>, Long>, Object> cache = new HashMap<Pair<Class<?>, Long>, Object>();
if (volumeIds.size() == 0) {
pushCandidate(
new AllocationCandidate(
objectManager,
cache,
candidateHostId,
hostInfo.getHostUuid(),
hostInfo.getUsedPorts(),
Collections.<Long, Long>emptyMap()));
}
for (List<Pair<Long, Long>> pairs : traverse(volumeIds, hostInfo.getPoolIds())) {
Map<Long, Long> volumeToPool = new HashMap<Long, Long>();
for (Pair<Long, Long> pair : pairs) {
volumeToPool.put(pair.getLeft(), pair.getRight());
}
pushCandidate(
new AllocationCandidate(
objectManager,
cache,
candidateHostId,
hostInfo.getHostUuid(),
hostInfo.getUsedPorts(),
volumeToPool));
}
}
public static ItemStack identifyQuality(ItemStack stack) {
if (stack == null) return null;
Item item = stack.getItem();
if (item instanceof ItemGemstone) {
if (((ItemGemstone) item).getQuality(stack) != null) return stack;
}
@SuppressWarnings("unchecked")
List<Pair<ItemStack, String>> gems =
Lists.newArrayList(
Pair.of(ElementsOfPower.gemRuby, "gemRuby"),
Pair.of(ElementsOfPower.gemSapphire, "gemSapphire"),
Pair.of(ElementsOfPower.gemCitrine, "gemCitrine"),
Pair.of(ElementsOfPower.gemAgate, "gemAgate"),
Pair.of(ElementsOfPower.gemQuartz, "gemQuartz"),
Pair.of(ElementsOfPower.gemSerendibite, "gemSerendibite"),
Pair.of(ElementsOfPower.gemEmerald, "gemEmerald"),
Pair.of(ElementsOfPower.gemAmethyst, "gemAmethyst"),
Pair.of(ElementsOfPower.gemDiamond, "gemDiamond"));
int[] ids = OreDictionary.getOreIDs(stack);
Set<String> names = Sets.newHashSet();
for (int i : ids) {
names.add(OreDictionary.getOreName(i));
}
for (Pair<ItemStack, String> target : gems) {
if (names.contains(target.getRight())) {
return setRandomQualityVariant(target.getLeft().copy());
}
}
return stack;
}
public static int getReadCoordinateForReferenceCoordinate(
final int alignmentStart,
final Cigar cigar,
final int refCoord,
final ClippingTail tail,
final boolean allowGoalNotReached) {
final Pair<Integer, Boolean> result =
getReadCoordinateForReferenceCoordinate(
alignmentStart, cigar, refCoord, allowGoalNotReached);
int readCoord = result.getLeft();
// Corner case one: clipping the right tail and falls on deletion, move to the next
// read coordinate. It is not a problem for the left tail because the default answer
// from getReadCoordinateForReferenceCoordinate is to give the previous read coordinate.
if (result.getRight() && tail == ClippingTail.RIGHT_TAIL) {
readCoord++;
}
// clipping the left tail and first base is insertion, go to the next read coordinate
// with the same reference coordinate. Advance to the next cigar element, or to the
// end of the read if there is no next element.
final CigarElement firstElementIsInsertion = readStartsWithInsertion(cigar);
if (readCoord == 0 && tail == ClippingTail.LEFT_TAIL && firstElementIsInsertion != null) {
readCoord = Math.min(firstElementIsInsertion.getLength(), cigar.getReadLength() - 1);
}
return readCoord;
}
@Override
public void doGet(HttpServletRequest req, HttpServletResponse res)
throws ServletException, IOException {
res.setContentType("application/json");
Pair<DateTime, DateTime> fromTo = fromTo(req);
orla.writeHourlyPercentiles(res.getOutputStream(), fromTo.getLeft(), fromTo.getRight());
}
/**
* Gets a {@link Pair} of Boolean, String that represents the block comment status and the current
* string
*
* @param blockComment whether there is an active block comment
* @param string the current string
* @return the pair of boolean and string
*/
public Pair<Boolean, String> removeComments(boolean blockComment, String string) {
if (blockComment) {
int endBlock = indexOf(string, "*/", true);
if (endBlock >= 0) {
return removeComments(false, string.substring(endBlock + 2));
}
return Pair.of(true, "");
} else {
int startBlock = indexOf(string, "/*", true);
int inlineBlock = indexOf(string, "//", true);
if (startBlock < 0 && inlineBlock < 0) {
return Pair.of(false, string);
}
if (startBlock >= 0 && (inlineBlock < 0 || startBlock < inlineBlock)) {
Pair<Boolean, String> booleanStringPair =
removeComments(true, string.substring(startBlock + 2));
return Pair.of(
booleanStringPair.getLeft(),
string.substring(0, startBlock) + booleanStringPair.getRight());
}
if (inlineBlock >= 0 && (startBlock < 0 || inlineBlock < startBlock)) {
return Pair.of(false, string.substring(0, inlineBlock));
}
}
return null;
}
/**
* Given a frontA with point [2,3] and a frontB with point [1,2], the value of the
* setCoverage(frontA, frontB) == 0 and setCoverage(frontB, frontA) == 1
*/
@Test
public void shouldExecuteReturnTheRightValueIfTheFrontsContainOnePointWhichIsNotTheSame() {
int numberOfPoints = 1;
int numberOfDimensions = 2;
Front frontA = new ArrayFront(numberOfPoints, numberOfDimensions);
Front frontB = new ArrayFront(numberOfPoints, numberOfDimensions);
Point point1 = new ArrayPoint(numberOfDimensions);
point1.setDimensionValue(0, 2.0);
point1.setDimensionValue(1, 3.0);
Point point2 = new ArrayPoint(numberOfDimensions);
point2.setDimensionValue(0, 1.0);
point2.setDimensionValue(1, 2.0);
frontA.setPoint(0, point1);
frontB.setPoint(0, point2);
Pair<Double, Double> result =
setCoverage.evaluate(
new ImmutablePair(
FrontUtils.convertFrontToSolutionList(frontA),
FrontUtils.convertFrontToSolutionList(frontB)));
assertEquals(0.0, result.getLeft(), EPSILON);
assertEquals(1.0, result.getRight(), EPSILON);
}
/**
* Extract the text from a HTML based string. This is similar to what HTML.fromHtml(...) does, but
* this method also removes the embedded images instead of replacing them by a small rectangular
* representation character.
*
* @param html
* @return
*/
public static String extractText(CharSequence html) {
String result = html.toString();
// recognize images in textview HTML contents
if (html instanceof Spanned) {
Spanned text = (Spanned) html;
Object[] styles = text.getSpans(0, text.length(), Object.class);
ArrayList<Pair<Integer, Integer>> removals = new ArrayList<Pair<Integer, Integer>>();
for (Object style : styles) {
if (style instanceof ImageSpan) {
int start = text.getSpanStart(style);
int end = text.getSpanEnd(style);
removals.add(Pair.of(start, end));
}
}
// sort reversed and delete image spans
Collections.sort(
removals,
new Comparator<Pair<Integer, Integer>>() {
@Override
public int compare(Pair<Integer, Integer> lhs, Pair<Integer, Integer> rhs) {
return rhs.getRight().compareTo(lhs.getRight());
}
});
result = text.toString();
for (Pair<Integer, Integer> removal : removals) {
result = result.substring(0, removal.getLeft()) + result.substring(removal.getRight());
}
}
// some line breaks are still in the text, source is unknown
return StringUtils.replace(result, "<br />", "\n").trim();
}
private SpillableSetImpl<V> getHelper(@NotNull K key) {
SpillableSetImpl<V> spillableSet = cache.get(key);
if (spillableSet == null) {
long keyTime = -1;
Pair<Integer, V> meta;
if (timeExtractor != null) {
keyTime = timeExtractor.getTime(key);
}
meta = map.get(key);
if (meta == null) {
return null;
}
Slice keyPrefix = keyValueSerdeManager.serializeDataKey(key, false);
if (timeExtractor != null) {
spillableSet =
new SpillableSetImpl<>(
keyPrefix.toByteArray(), store, valueSerde, new FixedTimeExtractor(keyTime));
} else {
spillableSet = new SpillableSetImpl<>(bucket, keyPrefix.toByteArray(), store, valueSerde);
}
spillableSet.setSize(meta.getLeft());
spillableSet.setHead(meta.getRight());
spillableSet.setup(context);
}
cache.put(key, spillableSet);
return spillableSet;
}
@Override
public IFlexibleBakedModel bake(
IModelState state,
VertexFormat format,
Function<ResourceLocation, TextureAtlasSprite> bakedTextureGetter) {
IFlexibleBakedModel bakedBase = null;
if (base != null) bakedBase = base.bake(state, format, bakedTextureGetter);
ImmutableMap.Builder<String, IFlexibleBakedModel> mapBuilder = ImmutableMap.builder();
for (Entry<String, Pair<IModel, IModelState>> entry : parts.entrySet()) {
Pair<IModel, IModelState> pair = entry.getValue();
mapBuilder.put(
entry.getKey(), pair.getLeft().bake(pair.getRight(), format, bakedTextureGetter));
}
if (bakedBase == null && parts.isEmpty()) {
FMLLog.log(
Level.ERROR,
"MultiModel %s is empty (no base model or parts were provided/resolved)",
location);
IModel missing = ModelLoaderRegistry.getMissingModel();
return missing.bake(missing.getDefaultState(), format, bakedTextureGetter);
}
return new Baked(location, true, bakedBase, mapBuilder.build());
}
@Override
public Pair<? extends IFlexibleBakedModel, Matrix4f> handlePerspective(
TransformType cameraTransformType) {
if (transforms.isEmpty()) return Pair.of(this, null);
Pair<Baked, TRSRTransformation> p = transforms.get(cameraTransformType);
return Pair.of(p.getLeft(), p.getRight().getMatrix());
}
@Override
public boolean containsKey(Object key) {
if (cache.contains((K) key)) {
return true;
}
Pair<Integer, V> meta = map.get((K) key);
return meta != null && meta.getLeft() > 0;
}
/**
* Set the api authorizations by parsing the String representation of the authorizations
*
* @param throwException true if an exception must be thrown in case of error
* @throws ApiSignatureException
*/
private void fillAllowedApiPatterns(boolean throwException) throws ApiSignatureException {
allowedApiPatterns = new ArrayList<Pair<ApiMethod, Pattern>>();
for (Pair<ApiMethod, String> apiAuthorization :
parseAuthorization(
getApplicationName(), getApiAuthorizationsAsString(), pattern, throwException)) {
Pattern pattern = Pattern.compile(apiAuthorization.getRight());
allowedApiPatterns.add(Pair.of(apiAuthorization.getLeft(), pattern));
}
}
public <M extends IModel, S extends IModelState> MultiModelState(
ImmutableList<Pair<M, S>> states) {
ImmutableMap.Builder<MultiModelPart, S> builder = ImmutableMap.builder();
for (int i = 0; i < states.size(); i++) {
Pair<M, S> pair = states.get(i);
builder.put(new MultiModelPart(pair.getLeft(), i), pair.getRight());
}
this.states = builder.build();
}
private TaskCluster[] computeTaskClusters(
ActivityCluster ac, JobRun jobRun, Map<ActivityId, ActivityPlan> activityPlanMap) {
Set<ActivityId> activities = ac.getActivityMap().keySet();
Map<TaskId, List<Pair<TaskId, ConnectorDescriptorId>>> taskConnectivity =
computeTaskConnectivity(jobRun, activityPlanMap, activities);
TaskCluster[] taskClusters =
ac.getActivityClusterGraph().isUseConnectorPolicyForScheduling()
? buildConnectorPolicyAwareTaskClusters(ac, activityPlanMap, taskConnectivity)
: buildConnectorPolicyUnawareTaskClusters(ac, activityPlanMap);
for (TaskCluster tc : taskClusters) {
Set<TaskCluster> tcDependencyTaskClusters = tc.getDependencyTaskClusters();
for (Task ts : tc.getTasks()) {
TaskId tid = ts.getTaskId();
List<Pair<TaskId, ConnectorDescriptorId>> cInfoList = taskConnectivity.get(tid);
if (cInfoList != null) {
for (Pair<TaskId, ConnectorDescriptorId> p : cInfoList) {
Task targetTS =
activityPlanMap.get(p.getLeft().getActivityId())
.getTasks()[p.getLeft().getPartition()];
TaskCluster targetTC = targetTS.getTaskCluster();
if (targetTC != tc) {
ConnectorDescriptorId cdId = p.getRight();
PartitionId pid =
new PartitionId(
jobRun.getJobId(), cdId, tid.getPartition(), p.getLeft().getPartition());
tc.getProducedPartitions().add(pid);
targetTC.getRequiredPartitions().add(pid);
partitionProducingTaskClusterMap.put(pid, tc);
}
}
}
for (TaskId dTid : ts.getDependencies()) {
TaskCluster dTC = getTaskCluster(dTid);
dTC.getDependentTaskClusters().add(tc);
tcDependencyTaskClusters.add(dTC);
}
}
}
return taskClusters;
}
@Override
public Collection<ResourceLocation> getTextures() {
Set<ResourceLocation> deps = Sets.newHashSet();
if (base != null) deps.addAll(base.getTextures());
for (Pair<IModel, IModelState> pair : parts.values()) deps.addAll(pair.getLeft().getTextures());
return deps;
}
private BlockchainImpl createBlockchain(Genesis genesis) {
IndexedBlockStore blockStore = new IndexedBlockStore();
blockStore.init(new HashMapDB(), new HashMapDB());
Repository repository = new RepositoryImpl(new HashMapDB(), new HashMapDB());
ProgramInvokeFactoryImpl programInvokeFactory = new ProgramInvokeFactoryImpl();
EthereumListenerAdapter listener = new EthereumListenerAdapter();
BlockchainImpl blockchain = new BlockchainImpl(blockStore, repository);
blockchain.setParentHeaderValidator(new DependentBlockHeaderRuleAdapter());
blockchain.setProgramInvokeFactory(programInvokeFactory);
programInvokeFactory.setBlockchain(blockchain);
blockchain.byTest = true;
PendingStateImpl pendingState = new PendingStateImpl(listener, blockchain);
pendingState.init();
pendingState.setBlockchain(blockchain);
blockchain.setPendingState(pendingState);
Repository track = repository.startTracking();
for (ByteArrayWrapper key : genesis.getPremine().keySet()) {
track.createAccount(key.getData());
track.addBalance(key.getData(), genesis.getPremine().get(key).getBalance());
}
for (Pair<byte[], BigInteger> acc : initialBallances) {
track.createAccount(acc.getLeft());
track.addBalance(acc.getLeft(), acc.getRight());
}
track.commit();
blockStore.saveBlock(genesis, genesis.getCumulativeDifficulty(), true);
blockchain.setBestBlock(genesis);
blockchain.setTotalDifficulty(genesis.getCumulativeDifficulty());
return blockchain;
}
/**
* Export the model (ABox) in a legacy format, such as GAF or GPAD.
*
* @param model
* @param curieHandler
* @param useModuleReasoner
* @param format format name or null for default
* @return modelContent
* @throws IOException
* @throws OWLOntologyCreationException
*/
public String exportModelLegacy(
ModelContainer model, CurieHandler curieHandler, boolean useModuleReasoner, String format)
throws IOException, OWLOntologyCreationException {
final OWLOntology aBox = model.getAboxOntology();
OWLReasoner r;
if (useModuleReasoner) {
r = model.getModuleReasoner();
} else {
r = model.getReasoner();
}
LegoAllIndividualToGeneAnnotationTranslator translator =
new LegoAllIndividualToGeneAnnotationTranslator(
new OWLGraphWrapper(model.getTboxOntology()), curieHandler, r, ecoMapper);
Pair<GafDocument, BioentityDocument> pair =
translator.translate(model.getModelId().toString(), aBox, null);
ByteArrayOutputStream outputStream = null;
try {
outputStream = new ByteArrayOutputStream();
if (format == null || "gaf".equalsIgnoreCase(format)) {
// GAF
GafWriter writer = new GafWriter();
try {
writer.setStream(new PrintStream(outputStream));
GafDocument gafdoc = pair.getLeft();
writer.write(gafdoc);
} finally {
writer.close();
}
} else if ("gpad".equalsIgnoreCase(format)) {
// GPAD version 1.2
GpadWriter writer = new GpadWriter(new PrintWriter(outputStream), 1.2);
writer.write(pair.getLeft());
} else {
throw new IOException("Unknown legacy format: " + format);
}
return outputStream.toString();
} finally {
IOUtils.closeQuietly(outputStream);
}
}
@SuppressWarnings("unchecked")
public <TE extends TileEntity> TE getTinkerTE(Class<TE> clazz) {
for (Pair<BlockPos, IBlockState> pair : tinkerStationBlocks) {
TileEntity te = this.world.getTileEntity(pair.getLeft());
if (te != null && clazz.isAssignableFrom(te.getClass())) {
return (TE) te;
}
}
return null;
}
/* Converts a relative Url into the URL that is usable by the Lunex RequestProcessor. */
private String resolveUrl(final Document document) {
try {
String resourceSpecificUri = null;
switch (snapType) {
case Create:
resourceSpecificUri = ServiceURIInfo.CR_URI_LIST.get(resource);
break;
case Read:
resourceSpecificUri = ServiceURIInfo.RR_URI_LIST.get(resource);
break;
case Delete:
resourceSpecificUri = ServiceURIInfo.DR_URI_LIST.get(resource);
break;
case Update:
resourceSpecificUri = ServiceURIInfo.UR_URI_LIST.get(resource);
break;
}
if (queryParams != null) {
CharSequence source, target;
for (Pair<String, ExpressionProperty> paramPair : queryParams) {
source =
new StringBuilder()
.append(OPENTAG)
.append(paramPair.getLeft())
.append(CLOSETAG)
.toString();
target = paramPair.getRight().eval(document).toString();
if (target == null) {
target = StringUtils.EMPTY;
}
resourceSpecificUri = resourceSpecificUri.replace(source, target);
}
}
return new StringBuilder()
.append(HTTP)
.append(COLON)
.append(DOUBLE_SLASH)
.append(IPAddress)
.append(resourceSpecificUri)
.toString();
} catch (Exception e) {
String msg =
String.format(
INVALID_URI,
new StringBuilder()
.append(HTTP)
.append(COLON)
.append(DOUBLE_SLASH)
.append(IPAddress)
.toString());
throw new ExecutionException(e, msg).withReason(msg).withResolution(INVALID_URI_RESOLUTION);
}
}
@Override
public Map<Long, String> validate(List<K> listOfLoadedObjects) throws IOException {
Map<Long, String> invalidRows = new HashMap<Long, String>();
if (listOfLoadedObjects != null) {
for (K loadedObject : listOfLoadedObjects) {
Pair<Boolean, String> result = loadedObject.validateAndComplete();
if (!result.getLeft()) {
invalidRows.put(loadedObject.getSourceRowNumber(), result.getRight());
}
}
}
return invalidRows;
}