public void disableProcess(DistributedProcessModel proc)
{
proc.Routing.Faults.Disable_process = true;
}
public void disableLose(DistributedProcessModel proc)
{
proc.Routing.Faults.LoseMessage = false;
}
public void disableoutofOrder(DistributedProcessModel proc)
{
proc.Routing.Faults.ReverseOrderMessage = false;
}
public void corruptMessage(DistributedProcessModel proc)
{
proc.Routing.Faults.CorruptMessage = true;
}
public void disableDelay(DistributedProcessModel proc)
{
proc.Routing.Faults.DelayMessage = false;
}
public void stopCorrupt(DistributedProcessModel proc)
{
proc.Routing.Faults.CorruptMessage = false;
}
public void stopDuplicate(DistributedProcessModel proc)
{
proc.Routing.Faults.DelayMessage = false;
}
public void sendMesage(DistributedProcessModel proc, string msg)
{
proc.Routing.sendMessage(msg);
}
public void setDelay(DistributedProcessModel proc, int delay)
{
proc.Routing.Faults.Delay_ms = delay;
}
public void loseMessage(DistributedProcessModel proc)
{
proc.Routing.Faults.LoseMessage = true;
}
public void outofOrder(DistributedProcessModel proc)
{
proc.Routing.Faults.ReverseOrderMessage = true;
}
public void enableProcess(DistributedProcessModel proc)
{
proc.Routing.Faults.Disable_process = false;
}
public void enableDelay(DistributedProcessModel proc)
{
proc.Routing.Faults.DelayMessage = true;
}
public void duplicateMessage(DistributedProcessModel proc)
{
proc.Routing.Faults.DelayMessage = true;
}
public void removeProcess(DistributedProcessModel tmpProc)
{
processList.Remove(tmpProc);
}
public void addProcess(string ProcessName, string hostName, string Path, int port, bool local)
{
DistributedProcessModel tmpProc = new DistributedProcessModel(hostName, ProcessName, Path, port, local);
processList.Add(tmpProc);
}