public WorkloadResponse GetWorkloadResponse(WorkloadRequest clientRFWRequestBody)
{
CheckForBelowOneParameters(clientRFWRequestBody);
WorkloadResponse serverRFD = new WorkloadResponse();
List <Models.Workload> workloadList = new List <Models.Workload>(GetBenchmarkType(clientRFWRequestBody.BenchmarkType));
List <double> allColumnValuesList = new List <double>(GetAllWorkloadColumnValues(clientRFWRequestBody.WorkloadMetric, workloadList));
List <Batch> allBatchesList = new List <Batch>(GetAllBatches(clientRFWRequestBody.BatchUnit, allColumnValuesList));
int startIndex = clientRFWRequestBody.BatchID - 1;
int endIndex = 0;
if ((startIndex + clientRFWRequestBody.BatchSize) <= allBatchesList.Count())
{
endIndex = startIndex + clientRFWRequestBody.BatchSize;
}
else
{
endIndex = allBatchesList.Count();
}
for (int i = startIndex; i < endIndex; i++)
{
serverRFD.Batches.Add(allBatchesList[i]);
}
serverRFD.RFDID = clientRFWRequestBody.RFWID;
serverRFD.LastBatchID = endIndex;
return(serverRFD);
}
public WorkloadResponse GetRequestBody(WorkloadRequest content)
{
int numberBatch = 0;
//Compute batch start id
int startID = content.BatchUnit * content.BatchId;
WorkloadResponse response = new WorkloadResponse();
response.Rfw = content.Rfw;
List <CommunicationServer.Models.Workload> wkldList = new List <CommunicationServer.Models.Workload>();
//choose which file to read from
if (content.BenchMark == WorkloadRequest.Types.BenchMarkType.Dvdtest)
{
wkldList = Data.DVDTest;
}
else if (content.BenchMark == WorkloadRequest.Types.BenchMarkType.Dvdtrain)
{
wkldList = Data.DVDTrain;
}
else if (content.BenchMark == WorkloadRequest.Types.BenchMarkType.NdbenchTest)
{
wkldList = Data.NDBTest;
}
else if (content.BenchMark == WorkloadRequest.Types.BenchMarkType.NdbenchTrain)
{
wkldList = Data.NDBTrain;
}
else
{
response.LastBatchId = "Error: Benchmark does not exist";
return(response);
}
//avoid division by 0
if (content.BatchUnit != 0)
{
decimal tmp = ListCount(ref wkldList) / content.BatchUnit;
//round total number of batch
numberBatch = (int)Math.Ceiling(tmp);
}
if (content.BatchId > numberBatch)
{
response.LastBatchId = "Error: BatchId exceeds number of Batch";
return(response);
}
int start = startID;
//Verify if batchsize ends
int end = content.BatchId + content.BatchSize;
int last = end;
for (int j = content.BatchId; j < end; j++)
{
Batch batch = new Batch()
{
BatchId = j
};
if (numberBatch == j)
{
for (int i = start; i < wkldList.Count; i++)
{
batch.Values.Add(VerifyMetric(wkldList[i], content.Metric));
}
last = numberBatch + 1;
start += content.BatchUnit;
response.Batches.Add(batch);
break;
}
else
{
for (int i = start; i < start + content.BatchUnit; i++)
{
batch.Values.Add(VerifyMetric(wkldList[i], content.Metric));
}
}
start += content.BatchUnit;
response.Batches.Add(batch);
}
response.LastBatchId = (last - 1).ToString();
return(response);
}
static async Task Main(string[] args)
{
Console.WriteLine("Enter Server in format URL:Port");
string serverURL = Console.ReadLine();
var channel = GrpcChannel.ForAddress(serverURL);
var client = new Workload.WorkloadClient(channel);
while (true)
{
bool inputChecker = true;
Console.WriteLine("Enter RFWID: ");
int num = -1;
string inputRFWID = Console.ReadLine();
while (!int.TryParse(inputRFWID, out num))
{
Console.WriteLine("The value must be an integer. Please re-enter RFWID:");
inputRFWID = Console.ReadLine();
}
Int32 rfwId = Convert.ToInt32(inputRFWID);
string benchmark = "";
while (inputChecker)
{
Console.WriteLine("Enter BenchmarkType (DvdTesting = 0, DvdTraining = 1, NdBenchTesting = 2, NdBenchTraining = 3): ");
benchmark = Console.ReadLine();
if ((benchmark.Equals("0") || benchmark.Equals("1") || benchmark.Equals("2") || benchmark.Equals("3")))
{
inputChecker = false;
}
}
inputChecker = true;
string workloadMetric = "";
while (inputChecker)
{
Console.WriteLine("Enter WorkloadMetric (Cpu = 0, NetworkIn = 1, NetworkOut = 2, Memory = 3): ");
workloadMetric = Console.ReadLine();
if ((workloadMetric.Equals("0") || workloadMetric.Equals("1") || workloadMetric.Equals("2") || workloadMetric.Equals("3")))
{
inputChecker = false;
}
}
inputChecker = true;
Console.WriteLine("Enter BatchUnit: ");
string inputBatchUnit = Console.ReadLine();
while (!int.TryParse(inputBatchUnit, out num))
{
Console.WriteLine("The value must be an integer. Please re-enter BatchUnit:");
inputBatchUnit = Console.ReadLine();
}
Int32 batchUnit = Convert.ToInt32(inputBatchUnit);
Console.WriteLine("Enter BatchID: ");
string inputBatchID = Console.ReadLine();
while (!int.TryParse(inputBatchID, out num))
{
Console.WriteLine("The value must be an integer. Please re-enter BatchID:");
inputBatchID = Console.ReadLine();
}
Int32 batchId = Convert.ToInt32(inputBatchID);
Console.WriteLine("Enter BatchSize: ");
string inputBatchSize = Console.ReadLine();
while (!int.TryParse(inputBatchSize, out num))
{
Console.WriteLine("The size of the batch must be an integer. Please re-enter the size of the batch:");
inputBatchSize = Console.ReadLine();
}
Int32 batchSize = Convert.ToInt32(inputBatchSize);
WorkloadRequest workloadRequest = new WorkloadRequest();
workloadRequest.RFWID = rfwId;
workloadRequest.BenchmarkType = (WorkloadRequest.Types.BenchmarkType)Enum.Parse(typeof(WorkloadRequest.Types.BenchmarkType), benchmark);
workloadRequest.WorkloadMetric = (WorkloadRequest.Types.WorkloadMetric)Enum.Parse(typeof(WorkloadRequest.Types.WorkloadMetric), workloadMetric);
workloadRequest.BatchUnit = batchUnit;
workloadRequest.BatchID = batchId;
workloadRequest.BatchSize = batchSize;
WorkloadResponse workloadResponse = new WorkloadResponse();
workloadResponse = await client.GetWorkloadAsync(workloadRequest);
Console.WriteLine("Server Response:\n"
+ "\"rfdid\": " + workloadResponse.RFDID.ToString() + ",\n"
+ "\"lastbatchID\": " + workloadResponse.LastBatchID.ToString() + ",\n"
+ "\"batches\": [");
for (int i = 0; i < workloadResponse.Batches.Count(); i++)
{
Console.WriteLine("\t{\t\"batchID\": " + workloadResponse.Batches[i].BatchID + ",");
Console.WriteLine("\t\t\"requestedSamples\": [\n");
for (int j = 0; j < workloadResponse.Batches[i].RequestedSamples.Count(); j++)
{
if (j == workloadResponse.Batches[i].RequestedSamples.Count() - 1)
{
Console.WriteLine("\t\t\t" + workloadResponse.Batches[i].RequestedSamples[j] + "\n\t\t]\n\t},");
}
else
{
Console.WriteLine("\t\t\t" + workloadResponse.Batches[i].RequestedSamples[j] + ",");
}
}
if (i == workloadResponse.Batches.Count - 1)
{
Console.WriteLine("]");
}
}
Console.WriteLine("Press any key to continue OR press '9' to exit");
string continueORQuit = Console.ReadLine();
if (continueORQuit.Equals("9"))
{
break;
}
}
}