code stringlengths 73 34.1k | label stringclasses 1
value |
|---|---|
public static ZContext shadow(ZContext ctx)
{
ZContext context = new ZContext(ctx.context, false, ctx.ioThreads);
context.linger = ctx.linger;
context.sndhwm = ctx.sndhwm;
context.rcvhwm = ctx.rcvhwm;
context.pipehwm = ctx.pipehwm;
return context;
} | java |
public Socket fork(ZThread.IAttachedRunnable runnable, Object... args)
{
return ZThread.fork(this, runnable, args);
} | java |
public static ByteBuffer putUInt64(ByteBuffer buf, long value)
{
buf.put((byte) ((value >>> 56) & 0xff));
buf.put((byte) ((value >>> 48) & 0xff));
buf.put((byte) ((value >>> 40) & 0xff));
buf.put((byte) ((value >>> 32) & 0xff));
buf.put((byte) ((value >>> 24) & 0xff));
... | java |
public static Socket fork(ZContext ctx, IAttachedRunnable runnable, Object... args)
{
Socket pipe = ctx.createSocket(SocketType.PAIR);
if (pipe != null) {
pipe.bind(String.format("inproc://zctx-pipe-%d", pipe.hashCode()));
}
else {
return null;
}
... | java |
private void startConnecting()
{
// Open the connecting socket.
try {
boolean rc = open();
// Connect may succeed in synchronous manner.
if (rc) {
handle = ioObject.addFd(fd);
connectEvent();
}
// Connect... | java |
private void addReconnectTimer()
{
int rcIvl = getNewReconnectIvl();
ioObject.addTimer(rcIvl, RECONNECT_TIMER_ID);
// resolve address again to take into account other addresses
// besides the failing one (e.g. multiple dns entries).
try {
addr.resolve(options.ipv... | java |
private int getNewReconnectIvl()
{
// The new interval is the current interval + random value.
int interval = currentReconnectIvl + (Utils.randomInt() % options.reconnectIvl);
// Only change the current reconnect interval if the maximum reconnect
// interval was set and if it's ... | java |
private boolean open() throws IOException
{
assert (fd == null);
// Resolve the address
if (addr == null) {
throw new IOException("Null address");
}
addr.resolve(options.ipv6);
Address.IZAddress resolved = addr.resolved();
if (resolved == null)... | java |
private SocketChannel connect()
{
try {
// Async connect has finished. Check whether an error occurred
boolean finished = fd.finishConnect();
assert (finished);
return fd;
}
catch (IOException e) {
return null;
}
} | java |
protected void close()
{
assert (fd != null);
try {
fd.close();
socket.eventClosed(addr.toString(), fd);
}
catch (IOException e) {
socket.eventCloseFailed(addr.toString(), ZError.exccode(e));
}
fd = null;
} | java |
@Deprecated
public boolean setInterval(Timer timer, long interval)
{
assert (timer.parent == this);
return timer.setInterval(interval);
} | java |
public long timeout()
{
final long now = now();
for (Entry<Timer, Long> entry : entries()) {
final Timer timer = entry.getKey();
final Long expiration = entry.getValue();
if (timer.alive) {
// Live timer, lets return the timeout
i... | java |
public int execute()
{
int executed = 0;
final long now = now();
for (Entry<Timer, Long> entry : entries()) {
final Timer timer = entry.getKey();
final Long expiration = entry.getValue();
// Dead timer, lets remove it and continue
if (!timer.... | java |
public static ZProxy newProxy(ZContext ctx, String name, Proxy sockets, String motdelafin, Object... args)
{
return new ZProxy(ctx, name, sockets, new ZmqPump(), motdelafin, args);
} | java |
public String restart(ZMsg hot)
{
ZMsg msg = new ZMsg();
msg.add(RESTART);
final boolean cold = hot == null;
if (cold) {
msg.add(Boolean.toString(false));
}
else {
msg.add(Boolean.toString(true));
msg.append(hot);
}
... | java |
public String exit()
{
agent.send(EXIT);
exit.awaitSilent();
agent.close();
return EXITED;
} | java |
public String status(boolean sync)
{
if (exit.isExited()) {
return EXITED;
}
try {
String status = recvStatus();
if (agent.send(STATUS) && sync) {
// wait for the response to emulate sync
status = recvStatus();
... | java |
private String recvStatus()
{
if (!agent.sign()) {
return EXITED;
}
// receive the status response
final ZMsg msg = agent.recv();
if (msg == null) {
return EXITED;
}
String status = msg.popString();
msg.destroy();
retu... | java |
public boolean containsPublicKey(byte[] publicKey)
{
Utils.checkArgument(
publicKey.length == 32,
"publickey needs to have a size of 32 bytes. got only " + publicKey.length);
return containsPublicKey(ZMQ.Curve.z85Encode(publicKey));
} | java |
public boolean containsPublicKey(String publicKey)
{
Utils.checkArgument(
publicKey.length() == 40,
"z85 publickeys should have a length of 40 bytes but got " + publicKey.length());
reloadIfNecessary();
return publicKeys.containsKey(pub... | java |
boolean checkForChanges()
{
// initialize with last checked files
final Map<File, byte[]> presents = new HashMap<>(fingerprints);
boolean modified = traverseDirectory(location, new IFileVisitor()
{
@Override
public boolean visitFile(File file)
{
... | java |
public ZAuth configureCurve(String location)
{
Objects.requireNonNull(location, "Location has to be supplied");
return send(Mechanism.CURVE.name(), location);
} | java |
public ZapReply nextReply(boolean wait)
{
if (!repliesEnabled) {
System.out.println("ZAuth: replies are disabled. Please use replies(true);");
return null;
}
return ZapReply.recv(replies, wait);
} | java |
public static int send(SocketBase s, String str, int flags)
{
byte[] data = str.getBytes(CHARSET);
return send(s, data, data.length, flags);
} | java |
public static Msg recv(SocketBase s, int flags)
{
checkSocket(s);
Msg msg = recvMsg(s, flags);
if (msg == null) {
return null;
}
// At the moment an oversized message is silently truncated.
// TODO: Build in a notification mechanism to report the overfl... | java |
public static String getMessageMetadata(Msg msg, String property)
{
String data = null;
Metadata metadata = msg.getMetadata();
if (metadata != null) {
data = metadata.get(property);
}
return data;
} | java |
public static boolean proxy(SocketBase frontend, SocketBase backend, SocketBase capture)
{
Utils.checkArgument(frontend != null, "Frontend socket has to be present for proxy");
Utils.checkArgument(backend != null, "Backend socket has to be present for proxy");
return Proxy.proxy(frontend, ba... | java |
public final ZMonitor start()
{
if (started) {
System.out.println("ZMonitor: Unable to start while already started.");
return this;
}
agent.send(START);
agent.recv();
started = true;
return this;
} | java |
public final ZMonitor verbose(boolean verbose)
{
if (started) {
System.out.println("ZMonitor: Unable to change verbosity while already started.");
return this;
}
agent.send(VERBOSE, true);
agent.send(Boolean.toString(verbose));
agent.recv();
re... | java |
public final ZMonitor add(Event... events)
{
if (started) {
System.out.println("ZMonitor: Unable to add events while already started.");
return this;
}
ZMsg msg = new ZMsg();
msg.add(ADD_EVENTS);
for (Event evt : events) {
msg.add(evt.name(... | java |
public final ZEvent nextEvent(boolean wait)
{
if (!started) {
System.out.println("ZMonitor: Start before getting events.");
return null;
}
ZMsg msg = agent.recv(wait);
if (msg == null) {
return null;
}
return new ZEvent(msg);
} | java |
public boolean sendFrame(ZFrame frame, int flags)
{
final byte[] data = frame.getData();
final Msg msg = new Msg(data);
if (socketBase.send(msg, flags)) {
return true;
}
mayRaise();
return false;
} | java |
public static Pipe[] pair(ZObject[] parents, int[] hwms, boolean[] conflates)
{
Pipe[] pipes = new Pipe[2];
// Creates two pipe objects. These objects are connected by two ypipes,
// each to pass messages in one direction.
YPipeBase<Msg> upipe1 = conflates[0] ? new YPipeConflate... | java |
public boolean checkRead()
{
if (!inActive) {
return false;
}
if (state != State.ACTIVE && state != State.WAITING_FOR_DELIMITER) {
return false;
}
// Check if there's an item in the pipe.
if (!inpipe.checkRead()) {
inActive = fal... | java |
public Msg read()
{
if (!inActive) {
return null;
}
if (state != State.ACTIVE && state != State.WAITING_FOR_DELIMITER) {
return null;
}
while (true) {
Msg msg = inpipe.read();
if (msg == null) {
inActive = fals... | java |
public boolean checkWrite()
{
if (!outActive || state != State.ACTIVE) {
return false;
}
// TODO DIFF V4 small change, it is done like this in 4.2.2
boolean full = !checkHwm();
if (full) {
outActive = false;
return false;
}
... | java |
public boolean write(Msg msg)
{
if (!checkWrite()) {
return false;
}
boolean more = msg.hasMore();
boolean identity = msg.isIdentity();
outpipe.write(msg, more);
if (!more && !identity) {
msgsWritten++;
}
return true;
} | java |
public void rollback()
{
// Remove incomplete message from the outbound pipe.
Msg msg;
if (outpipe != null) {
while ((msg = outpipe.unwrite()) != null) {
assert (msg.hasMore());
}
}
} | java |
public void flush()
{
// The peer does not exist anymore at this point.
if (state == State.TERM_ACK_SENT) {
return;
}
if (outpipe != null && !outpipe.flush()) {
sendActivateRead(peer);
}
} | java |
public void terminate(boolean delay)
{
// Overload the value specified at pipe creation.
this.delay = delay;
// If terminate was already called, we can ignore the duplicit invocation.
if (state == State.TERM_REQ_SENT_1 || state == State.TERM_REQ_SENT_2) {
return;
... | java |
private void processDelimiter()
{
assert (state == State.ACTIVE || state == State.WAITING_FOR_DELIMITER);
if (state == State.ACTIVE) {
state = State.DELIMITER_RECEIVED;
}
else {
outpipe = null;
sendPipeTermAck(peer);
state = State.TERM... | java |
public void hiccup()
{
// If termination is already under way do nothing.
if (state != State.ACTIVE) {
return;
}
// We'll drop the pointer to the inpipe. From now on, the peer is
// responsible for deallocating it.
inpipe = null;
// Create ne... | java |
protected boolean rollback()
{
if (currentOut != null) {
currentOut.rollback();
currentOut = null;
moreOut = false;
}
return true;
} | java |
@Override
public final int encode(ValueReference<ByteBuffer> data, int size)
{
int bufferSize = size;
ByteBuffer buf = data.get();
if (buf == null) {
buf = this.buffer;
bufferSize = this.bufferSize;
buffer.clear();
}
if (inProgress == ... | java |
private void nextStep(byte[] buf, int toWrite, Runnable next, boolean newMsgFlag)
{
if (buf != null) {
writeBuf = ByteBuffer.wrap(buf);
writeBuf.limit(toWrite);
}
else {
writeBuf = null;
}
this.toWrite = toWrite;
this.next = next;
... | java |
public void addTimer(long timeout, IPollEvents sink, int id)
{
assert (Thread.currentThread() == worker);
final long expiration = clock() + timeout;
TimerInfo info = new TimerInfo(sink, id);
timers.insert(expiration, info);
changed = true;
} | java |
public void cancelTimer(IPollEvents sink, int id)
{
assert (Thread.currentThread() == worker);
TimerInfo copy = new TimerInfo(sink, id);
// Complexity of this operation is O(n). We assume it is rarely used.
TimerInfo timerInfo = timers.find(copy);
if (timerInfo != null) {
... | java |
protected long executeTimers()
{
assert (Thread.currentThread() == worker);
changed = false;
// Fast track.
if (timers.isEmpty()) {
return 0L;
}
// Get the current time.
long current = clock();
// Execute the timers that are already... | java |
@Override
protected void processTerm(int linger)
{
// Double termination should never happen.
assert (!terminating);
// Send termination request to all owned objects.
for (Own it : owned) {
sendTerm(it, linger);
}
registerTermAcks(owned.size());
... | java |
public boolean rm(Pipe pipe, IMtrieHandler func, XPub pub)
{
assert (pipe != null);
assert (func != null);
return rmHelper(pipe, new byte[0], 0, 0, func, pub);
} | java |
public boolean rm(Msg msg, Pipe pipe)
{
assert (msg != null);
assert (pipe != null);
return rmHelper(msg, 1, msg.size() - 1, pipe);
} | java |
public void match(ByteBuffer data, int size, IMtrieHandler func, XPub pub)
{
assert (data != null);
assert (func != null);
assert (pub != null);
Mtrie current = this;
int idx = 0;
while (true) {
// Signal the pipes attached to this node.
if (... | java |
private void close()
{
assert (fd != null);
try {
fd.close();
socket.eventClosed(endpoint, fd);
}
catch (IOException e) {
socket.eventCloseFailed(endpoint, ZError.exccode(e));
}
fd = null;
} | java |
private SocketChannel accept() throws IOException
{
// The situation where connection cannot be accepted due to insufficient
// resources is considered valid and treated by ignoring the connection.
// Accept one connection and deal with different failure modes.
assert (fd != null)... | java |
public void attach(Pipe pipe)
{
// If we are in the middle of sending a message, we'll add new pipe
// into the list of eligible pipes. Otherwise we add it to the list
// of active pipes.
if (more) {
pipes.add(pipe);
Collections.swap(pipes, eligible, pipes.... | java |
public void match(Pipe pipe)
{
int idx = pipes.indexOf(pipe);
// If pipe is already matching do nothing.
if (idx < matching) {
return;
}
// If the pipe isn't eligible, ignore it.
if (idx >= eligible) {
return;
}
// Mark the... | java |
public void terminated(Pipe pipe)
{
// Remove the pipe from the list; adjust number of matching, active and/or
// eligible pipes accordingly.
if (pipes.indexOf(pipe) < matching) {
Collections.swap(pipes, pipes.indexOf(pipe), matching - 1);
matching--;
}
... | java |
public void activated(Pipe pipe)
{
// Move the pipe from passive to eligible state.
Collections.swap(pipes, pipes.indexOf(pipe), eligible);
eligible++;
// If there's no message being sent at the moment, move it to
// the active state.
if (!more) {
Coll... | java |
public boolean sendToMatching(Msg msg)
{
// Is this end of a multipart message?
boolean msgMore = msg.hasMore();
// Push the message to matching pipes.
distribute(msg);
// If mutlipart message is fully sent, activate all the eligible pipes.
if (!msgMore) {
... | java |
private void distribute(Msg msg)
{
// If there are no matching pipes available, simply drop the message.
if (matching == 0) {
return;
}
// TODO isVsm
// Push copy of the message to each matching pipe.
for (int idx = 0; idx < matching; ++idx) {
... | java |
private boolean write(Pipe pipe, Msg msg)
{
if (!pipe.write(msg)) {
Collections.swap(pipes, pipes.indexOf(pipe), matching - 1);
matching--;
Collections.swap(pipes, pipes.indexOf(pipe), active - 1);
active--;
Collections.swap(pipes, active, eligible... | java |
public final boolean register(final SelectableChannel channel, final EventsHandler handler)
{
return register(channel, handler, IN | OUT | ERR);
} | java |
public final boolean unregister(final Object socketOrChannel)
{
if (socketOrChannel == null) {
return false;
}
CompositePollItem items = this.items.remove(socketOrChannel);
boolean rc = items != null;
if (rc) {
all.remove(items);
}
retu... | java |
protected int poll(final long timeout, final boolean dispatchEvents)
{
// get all the raw items
final Set<PollItem> pollItems = new HashSet<>();
for (CompositePollItem it : all) {
pollItems.add(it.item());
}
// polling time
final int rc = poll(selector, ti... | java |
protected int poll(final Selector selector, final long tout, final Collection<zmq.poll.PollItem> items)
{
final int size = items.size();
return zmq.ZMQ.poll(selector, items.toArray(new PollItem[size]), size, tout);
} | java |
protected boolean dispatch(final Collection<? extends ItemHolder> all, int size)
{
ItemHolder[] array = all.toArray(new ItemHolder[all.size()]);
// protected against handlers unregistering during this loop
for (ItemHolder holder : array) {
EventsHandler handler = holder.handler()... | java |
public boolean readable(final Object socketOrChannel)
{
final PollItem it = filter(socketOrChannel, READABLE);
if (it == null) {
return false;
}
return it.isReadable();
} | java |
public boolean writable(final Object socketOrChannel)
{
final PollItem it = filter(socketOrChannel, WRITABLE);
if (it == null) {
return false;
}
return it.isWritable();
} | java |
public boolean error(final Object socketOrChannel)
{
final PollItem it = filter(socketOrChannel, ERR);
if (it == null) {
return false;
}
return it.isError();
} | java |
protected boolean add(Object socketOrChannel, final ItemHolder holder)
{
if (socketOrChannel == null) {
Socket socket = holder.socket();
SelectableChannel ch = holder.item().getRawSocket();
if (ch == null) {
// not a channel
assert (socket ... | java |
protected Collection<? extends ItemHolder> items()
{
for (CompositePollItem item : all) {
item.handler(globalHandler);
}
return all;
} | java |
protected Iterable<ItemHolder> items(final Object socketOrChannel)
{
final CompositePollItem aggregate = items.get(socketOrChannel);
if (aggregate == null) {
return Collections.emptySet();
}
return aggregate.holders;
} | java |
protected PollItem filter(final Object socketOrChannel, int events)
{
if (socketOrChannel == null) {
return null;
}
CompositePollItem item = items.get(socketOrChannel);
if (item == null) {
return null;
}
PollItem pollItem = item.item();
... | java |
public String getShortString()
{
String value = Wire.getShortString(needle, needle.position());
forward(value.length() + 1);
return value;
} | java |
public String getLongString()
{
String value = Wire.getLongString(needle, needle.position());
forward(value.length() + 4);
return value;
} | java |
public void putList(Collection<String> elements)
{
if (elements == null) {
putNumber1(0);
}
else {
Utils.checkArgument(elements.size() < 256, "Collection has to be smaller than 256 elements");
putNumber1(elements.size());
for (String string : e... | java |
public void putMap(Map<String, String> map)
{
if (map == null) {
putNumber1(0);
}
else {
Utils.checkArgument(map.size() < 256, "Map has to be smaller than 256 elements");
putNumber1(map.size());
for (Entry<String, String> entry : map.entrySet()... | java |
public void push(T val)
{
backChunk.values[backPos] = val;
backChunk = endChunk;
backPos = endPos;
if (++endPos != size) {
return;
}
Chunk<T> sc = spareChunk;
if (sc != beginChunk) {
spareChunk = spareChunk.next;
endChunk.... | java |
public void unpush()
{
// First, move 'back' one position backwards.
if (backPos > 0) {
--backPos;
}
else {
backPos = size - 1;
backChunk = backChunk.prev;
}
// Now, move 'end' position backwards. Note that obsolete end chunk
... | java |
public T pop()
{
T val = beginChunk.values[beginPos];
beginChunk.values[beginPos] = null;
beginPos++;
if (beginPos == size) {
beginChunk = beginChunk.next;
beginChunk.prev = null;
beginPos = 0;
}
return val;
} | java |
private void rebuild()
{
pollact = null;
pollSize = pollers.size();
if (pollset != null) {
pollset.close();
}
pollset = context.poller(pollSize);
assert (pollset != null);
pollact = new SPoller[pollSize];
int itemNbr = 0;
for (SP... | java |
public int addPoller(PollItem pollItem, IZLoopHandler handler, Object arg)
{
if (pollItem.getRawSocket() == null && pollItem.getSocket() == null) {
return -1;
}
SPoller poller = new SPoller(pollItem, handler, arg);
pollers.add(poller);
dirty = true;
if (... | java |
public int removeTimer(Object arg)
{
Objects.requireNonNull(arg, "Argument has to be supplied");
// We cannot touch self->timers because we may be executing that
// from inside the poll loop. So, we hold the arg on the zombie
// list, and process that list when we're done executi... | java |
public ANRWatchDog setANRListener(ANRListener listener) {
if (listener == null) {
_anrListener = DEFAULT_ANR_LISTENER;
} else {
_anrListener = listener;
}
return this;
} | java |
public ANRWatchDog setANRInterceptor(ANRInterceptor interceptor) {
if (interceptor == null) {
_anrInterceptor = DEFAULT_ANR_INTERCEPTOR;
} else {
_anrInterceptor = interceptor;
}
return this;
} | java |
public ANRWatchDog setInterruptionListener(InterruptionListener listener) {
if (listener == null) {
_interruptionListener = DEFAULT_INTERRUPTION_LISTENER;
} else {
_interruptionListener = listener;
}
return this;
} | java |
private static Type processTypeForDescendantLookup(Type type) {
if (type instanceof ParameterizedType) {
return ((ParameterizedType) type).getRawType();
} else {
return type;
}
} | java |
private static <T> Stream<T> generateStream(T seed, Predicate<? super T> hasNext, UnaryOperator<T> next) {
final Spliterator<T> spliterator = Spliterators.spliteratorUnknownSize(new Iterator<T>() {
private T last = seed;
@Override
public boolean hasNext() {
r... | java |
private static Set<TsBeanModel> writeBeanAndParentsFieldSpecs(
Writer writer, Settings settings, TsModel model, Set<TsBeanModel> emittedSoFar, TsBeanModel bean) {
if (emittedSoFar.contains(bean)) {
return new HashSet<>();
}
final TsBeanModel parentBean = getBeanModelByType(mo... | java |
private static boolean isOriginalTsType(TsType type) {
if (type instanceof TsType.BasicType) {
TsType.BasicType basicType = (TsType.BasicType)type;
return !(basicType.name.equals("null") || basicType.name.equals("undefined"));
}
return true;
} | java |
private static TsType extractOriginalTsType(TsType type) {
if (type instanceof TsType.OptionalType) {
return extractOriginalTsType(((TsType.OptionalType)type).type);
}
if (type instanceof TsType.UnionType) {
TsType.UnionType union = (TsType.UnionType)type;
Lis... | java |
public static int findUnlinked(int pos, int end, DBIDArrayIter ix, PointerHierarchyRepresentationBuilder builder) {
while(pos < end) {
if(!builder.isLinked(ix.seek(pos))) {
return pos;
}
++pos;
}
return -1;
} | java |
private DoubleObjPair<Polygon> buildHullsRecursively(Cluster<Model> clu, Hierarchy<Cluster<Model>> hier, Map<Object, DoubleObjPair<Polygon>> hulls, Relation<? extends NumberVector> coords) {
final DBIDs ids = clu.getIDs();
FilteredConvexHull2D hull = new FilteredConvexHull2D();
for(DBIDIter iter = ids.iter... | java |
public static final Color getColorForValue(double val) {
// Color positions
double[] pos = new double[] { 0.0, 0.6, 0.8, 1.0 };
// Colors at these positions
Color[] cols = new Color[] { new Color(0.0f, 0.0f, 0.0f, 0.6f), new Color(0.0f, 0.0f, 1.0f, 0.8f), new Color(1.0f, 0.0f, 0.0f, 0.9f), new Color(1.0... | java |
public static int showSaveDialog(SVGPlot plot, int width, int height) {
JFileChooser fc = new JFileChooser(new File("."));
fc.setDialogTitle(DEFAULT_TITLE);
// fc.setFileFilter(new ImageFilter());
SaveOptionsPanel optionsPanel = new SaveOptionsPanel(fc, width, height);
fc.setAccessory(optionsPanel);... | java |
public static String guessFormat(String name) {
String ext = FileUtil.getFilenameExtension(name);
for(String format : FORMATS) {
if(format.equalsIgnoreCase(ext)) {
return ext;
}
}
return null;
} | java |
@SuppressWarnings("unchecked")
public static <F> FeatureVectorAdapter<F> featureVectorAdapter(FeatureVector<F> prototype) {
return (FeatureVectorAdapter<F>) FEATUREVECTORADAPTER;
} | java |
public static <A> int getIndexOfMaximum(A array, NumberArrayAdapter<?, A> adapter) throws IndexOutOfBoundsException {
final int size = adapter.size(array);
int index = 0;
double max = adapter.getDouble(array, 0);
for (int i = 1; i < size; i++) {
double val = adapter.getDouble(array, i);
if (... | java |
public byte[] asByteArray(NumberVector vector) {
final long[] longValueList = new long[dimensionality];
for(int dim = 0; dim < dimensionality; ++dim) {
final double minValue = minValues[dim];
final double maxValue = maxValues[dim];
double dimValue = vector.doubleValue(dim);
dimValue = ... | java |
public OutlierResult run(Relation<V> relation) {
SimilarityQuery<V> snnInstance = similarityFunction.instantiate(relation);
FiniteProgress progress = LOG.isVerbose() ? new FiniteProgress("Assigning Subspace Outlier Degree", relation.size(), LOG) : null;
WritableDoubleDataStore sod_scores = DataStoreUtil.mak... | java |
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