if (tupleSources.isEmpty() && processCommandsIndividually()) { registerNext(); getBufferManager().releaseBuffers(schemaSize); if (!processCommandsIndividually()) { registerNext(); if (processCommandsIndividually()) { if (hasPendingRows()) { return pullBatch(); if (processCommandsIndividually()) { if (hasPendingRows()) { return pullBatch();
if (tupleSources.isEmpty() && processCommandsIndividually()) { registerNext(); getBufferManager().releaseBuffers(schemaSize); if (!processCommandsIndividually()) { registerNext(); if (processCommandsIndividually()) { if (hasPendingRows()) { return pullBatch(); if (processCommandsIndividually()) { if (hasPendingRows()) { return pullBatch();
if (tupleSources.isEmpty() && processCommandsIndividually()) { registerNext(); getBufferManager().releaseBuffers(schemaSize); if (!processCommandsIndividually()) { registerNext(); if (processCommandsIndividually()) { if (hasPendingRows()) { return pullBatch(); if (processCommandsIndividually()) { if (hasPendingRows()) { return pullBatch();
} while (!processCommandsIndividually() && hasNextCommand() && this.tupleSources.size() < Math.max(Math.min(MAX_CONCURRENT, this.getContext().getUserRequestSourceConcurrency()), this.getContext().getUserRequestSourceConcurrency()/2));
} while (!processCommandsIndividually() && hasNextCommand() && this.tupleSources.size() < Math.max(Math.min(MAX_CONCURRENT, this.getContext().getUserRequestSourceConcurrency()), this.getContext().getUserRequestSourceConcurrency()/2));
} while (!processCommandsIndividually() && hasNextCommand() && this.tupleSources.size() < Math.max(Math.min(MAX_CONCURRENT, this.getContext().getUserRequestSourceConcurrency()), this.getContext().getUserRequestSourceConcurrency()/2));