// Reshuffle the workloads and make sure all workloads in the same executor
// will have the same partition key
private List <TransactionExecutor> ReshuffleFillWorkerQueue(string operationFile, int executorCount, int totalWorkloads)
{
// new transaction queues at first
Queue <TransactionRequest>[] queueArray = new Queue <TransactionRequest> [executorCount];
List <TransactionExecutor> executors = new List <TransactionExecutor>(executorCount);
for (int i = 0; i < executorCount; i++)
{
queueArray[i] = new Queue <TransactionRequest>();
}
using (StreamReader reader = new StreamReader(operationFile))
{
string line;
for (int i = 0; i < totalWorkloads; i++)
{
line = reader.ReadLine();
string[] fields = this.ParseCommandFormat(line);
YCSBWorkload workload = new YCSBWorkload(fields[0], TABLE_ID, fields[2], fields[3]);
string sessionId = (i + 1).ToString();
TransactionRequest req = new TransactionRequest(sessionId, workload, StoredProcedureType.YCSBStordProcedure);
int pk = this.versionDb.PhysicalPartitionByKey(fields[2]);
queueArray[pk].Enqueue(req);
}
}
for (int pk = 0; pk < executorCount; pk++)
{
Queue <TransactionRequest> txQueue = queueArray[pk];
TxResourceManager manager = this.versionDb.GetResourceManager(pk);
executors.Add(
new TransactionExecutor(this.versionDb, null, txQueue, pk, pk, 0, manager, tables));
Console.WriteLine("Executor {0} workloads count: {1}", pk, txQueue.Count);
}
return(executors);
}
public YCSBStoredProcedure(TxResourceManager resourceManager = null)
{
this.txRequestGCQueue = new Queue <TransactionRequest>();
this.resourceManager = resourceManager;
}
