public static void GenenateJobs()
{
int parallelThread = 10;
for (int i = 0; i < NumberOfJobs / parallelThread; i++)
{
GridService[] gridServiceA = new GridService[parallelThread];
for (int j = 0; j < parallelThread; j++)
{
GridService gridService = GridAPI.createService(i + "");
Dictionary <String, String> parameters = new Dictionary <String, String>();
parameters.Add("param1", ((i * 10) + j) + "");
Console.WriteLine("Submiting Job");
Job job = gridService.Submit("Function1", parameters);
gridServiceA[j] = gridService;
}
stopWatch.Start();
Task <ServiceData>[] taskArray =
{
Task <ServiceData> .Factory.StartNew(() => gridServiceA[0].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[1].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[2].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[3].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[4].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[5].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[6].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[7].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[8].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[9].CollectNext(1000))
};
ServiceData[] serviceDataA = new ServiceData[taskArray.Length];
for (int k = 0; k < taskArray.Length; k++)
{
serviceDataA[k] = taskArray[k].Result;
for (int l = 0; l < serviceDataA[k].Data.Length; l++)
{
if (serviceDataA[k].Data[l] != null)
{
CalculateUtil.subreducer(aggResults, serviceDataA[k].Data[l].resultData);
totalCalcTime += serviceDataA[k].Data[l].Processingtime;
}
}
Console.WriteLine("From GenenateJobs using Task now Results found for k=" + k);
}
}
}
public static void GenenateJobs()
{
int parallelThread = 10;
for (int i = 0; i < NumberOfJobs / parallelThread; i++)
{
GridService[] gridServiceA = new GridService[parallelThread];
for (int j = 0; j < parallelThread; j++)
{
GridService gridService = GridAPI.createService(i + "");
Dictionary <String, String> parameters = new Dictionary <String, String>();
parameters.Add("param1", ((i * 10) + j) + "");
Job job = gridService.Submit("Function1", parameters);
gridServiceA[j] = gridService;
}
Task <ServiceData>[] taskArray =
{
Task <ServiceData> .Factory.StartNew(() => gridServiceA[0].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[1].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[2].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[3].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[4].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[5].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[6].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[7].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[8].CollectNext(1000)),
Task <ServiceData> .Factory.StartNew(() => gridServiceA[9].CollectNext(1000))
};
ServiceData[] serviceDataA = new ServiceData[taskArray.Length];
for (int k = 0; k < taskArray.Length; k++)
{
serviceDataA[k] = taskArray[k].Result;
Console.Write("Result found for k" + k);
}
}
}
