public static void runTopologies(AuraClient auraClient, List<Topology.AuraTopology> topologies) {
SubmissionHandler handler = new SubmissionHandler(auraClient, topologies, 1);
TopologyFinishedHandler finishedHandler = new TopologyFinishedHandler();
auraClient.ioManager.addEventListener(
IOEvents.ControlEventType.CONTROL_EVENT_TOPOLOGY_FINISHED, handler);
auraClient.ioManager.addEventListener(
IOEvents.ControlEventType.CONTROL_EVENT_TOPOLOGY_FINISHED, finishedHandler);
handler.handleTopologyFinished(null);
auraClient.awaitSubmissionResult(topologies.size());
auraClient.ioManager.removeEventListener(
IOEvents.ControlEventType.CONTROL_EVENT_TOPOLOGY_FINISHED, handler);
auraClient.ioManager.removeEventListener(
IOEvents.ControlEventType.CONTROL_EVENT_TOPOLOGY_FINISHED, finishedHandler);
}
public static void runTopologiesInParallel(
final AuraClient auraClient, final List<Topology.AuraTopology> topologies) {
TopologyFinishedHandler handler = new TopologyFinishedHandler();
auraClient.ioManager.addEventListener(
IOEvents.ControlEventType.CONTROL_EVENT_TOPOLOGY_FINISHED, handler);
for (int i = 0; i < topologies.size(); i++) {
final int jobIndex = i;
new Thread() {
public void run() {
LOG.info("Submit: {}", topologies.get(jobIndex).name);
auraClient.submitTopology(topologies.get(jobIndex), null);
}
}.start();
}
auraClient.awaitSubmissionResult(topologies.size());
auraClient.ioManager.removeEventListener(
IOEvents.ControlEventType.CONTROL_EVENT_TOPOLOGY_FINISHED, handler);
}