private void SendData(ComputationData[] level)
{
for (int j = 0; j < level.Length; j++)
{
ComputationData cData = level[j];
ComputationBlock cBlock = cData.computationBlock;
cBlock.SetOperands(computationResults[cData.operandAName], computationResults[cData.operandBName]);
if (availableProcesses.Count > 0)
{
int processRank = availableProcesses.Dequeue();
SendMessage(Message.BlockSend, processRank);
communicator.Send(cBlock, processRank, 0);
busyProcesses.Enqueue(new KeyValuePair <int, ComputationData>(processRank, cData));
}
else
{
DisplayOperation(cData.blockName, cData.operandAName, cData.operandBName, cBlock.operandA, cBlock.operandB);
Matrix result = cBlock.Execute();
DisplayResult(cData.blockName, result);
SaveResult(cData.blockName, result);
}
}
}
public ComputationData(string blockName, string operandA, string operandB, Func <Matrix, Matrix, Matrix> execute)
{
this.blockName = blockName;
this.operandAName = operandA;
this.operandBName = operandB;
LevelsData.RegisterOperation(blockName, execute);
computationBlock = new ComputationBlock(blockName);
}
private void CollectResults()
{
while (busyProcesses.Count > 0)
{
var pair = busyProcesses.Dequeue();
int processRank = pair.Key;
ComputationData cData = pair.Value;
ComputationBlock cBlock = cData.computationBlock;
Matrix result = communicator.Receive <Matrix>(processRank, 0);
availableProcesses.Enqueue(processRank);
DisplayOperation(cData.blockName, cData.operandAName, cData.operandBName, cBlock.operandA, cBlock.operandB);
DisplayResult(cData.blockName, result);
SaveResult(pair.Value.blockName, result);
}
}