use of org.apache.storm.executor.TupleInfo in project storm by apache.
the class SpoutOutputCollectorImpl method sendSpoutMsg.
private List<Integer> sendSpoutMsg(String stream, List<Object> values, Object messageId, Integer outTaskId) {
emittedCount.increment();
List<Integer> outTasks;
if (outTaskId != null) {
outTasks = taskData.getOutgoingTasks(outTaskId, stream, values);
} else {
outTasks = taskData.getOutgoingTasks(stream, values);
}
List<Long> ackSeq = new ArrayList<>();
boolean needAck = (messageId != null) && hasAckers;
long rootId = MessageId.generateId(random);
for (Integer t : outTasks) {
MessageId msgId;
if (needAck) {
long as = MessageId.generateId(random);
msgId = MessageId.makeRootId(rootId, as);
ackSeq.add(as);
} else {
msgId = MessageId.makeUnanchored();
}
TupleImpl tuple = new TupleImpl(executor.getWorkerTopologyContext(), values, this.taskId, stream, msgId);
executor.getExecutorTransfer().transfer(t, tuple);
}
if (isEventLoggers) {
executor.sendToEventLogger(executor, taskData, values, executor.getComponentId(), messageId, random);
}
boolean sample = false;
try {
sample = executor.getSampler().call();
} catch (Exception ignored) {
}
if (needAck) {
TupleInfo info = new TupleInfo();
info.setTaskId(this.taskId);
info.setStream(stream);
info.setMessageId(messageId);
if (isDebug) {
info.setValues(values);
}
if (sample) {
info.setTimestamp(System.currentTimeMillis());
}
pending.put(rootId, info);
List<Object> ackInitTuple = new Values(rootId, Utils.bitXorVals(ackSeq), this.taskId);
executor.sendUnanchored(taskData, Acker.ACKER_INIT_STREAM_ID, ackInitTuple, executor.getExecutorTransfer());
} else if (messageId != null) {
TupleInfo info = new TupleInfo();
info.setStream(stream);
info.setValues(values);
info.setMessageId(messageId);
info.setTimestamp(0);
Long timeDelta = sample ? 0L : null;
info.setId("0:");
executor.ackSpoutMsg(executor, taskData, timeDelta, info);
}
return outTasks;
}
use of org.apache.storm.executor.TupleInfo in project storm by apache.
the class SpoutExecutor method init.
public void init(final Map<Integer, Task> idToTask) {
while (!stormActive.get()) {
Utils.sleep(100);
}
LOG.info("Opening spout {}:{}", componentId, idToTask.keySet());
this.idToTask = idToTask;
this.maxSpoutPending = Utils.getInt(stormConf.get(Config.TOPOLOGY_MAX_SPOUT_PENDING), 0) * idToTask.size();
this.spouts = new ArrayList<>();
for (Task task : idToTask.values()) {
this.spouts.add((ISpout) task.getTaskObject());
}
this.pending = new RotatingMap<>(2, new RotatingMap.ExpiredCallback<Long, TupleInfo>() {
@Override
public void expire(Long key, TupleInfo tupleInfo) {
Long timeDelta = null;
if (tupleInfo.getTimestamp() != 0) {
timeDelta = Time.deltaMs(tupleInfo.getTimestamp());
}
failSpoutMsg(SpoutExecutor.this, idToTask.get(tupleInfo.getTaskId()), timeDelta, tupleInfo, "TIMEOUT");
}
});
this.spoutThrottlingMetrics.registerAll(stormConf, idToTask.values().iterator().next().getUserContext());
this.outputCollectors = new ArrayList<>();
for (Map.Entry<Integer, Task> entry : idToTask.entrySet()) {
Task taskData = entry.getValue();
ISpout spoutObject = (ISpout) taskData.getTaskObject();
SpoutOutputCollectorImpl spoutOutputCollector = new SpoutOutputCollectorImpl(spoutObject, this, taskData, entry.getKey(), emittedCount, hasAckers, rand, hasEventLoggers, isDebug, pending);
SpoutOutputCollector outputCollector = new SpoutOutputCollector(spoutOutputCollector);
this.outputCollectors.add(outputCollector);
taskData.getBuiltInMetrics().registerAll(stormConf, taskData.getUserContext());
Map<String, DisruptorQueue> map = ImmutableMap.of("sendqueue", transferQueue, "receive", receiveQueue);
BuiltinMetricsUtil.registerQueueMetrics(map, stormConf, taskData.getUserContext());
if (spoutObject instanceof ICredentialsListener) {
((ICredentialsListener) spoutObject).setCredentials(credentials);
}
spoutObject.open(stormConf, taskData.getUserContext(), outputCollector);
}
openOrPrepareWasCalled.set(true);
LOG.info("Opened spout {}:{}", componentId, idToTask.keySet());
setupMetrics();
}
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