public bool runAction(AlgoProcess process)
{
if (process is AlgoCountProcess)
{
AlgoCountProcess countProcess = (AlgoCountProcess)process;
countProcess.count += 1;
Trace.WriteLine("Process activation #" + countProcess.count);
return(true);
}
else
{
return(false);
}
}
public void AskCompareTestFalse()
{
//Create process that will count each time the AlgoAskCompare condition is "true"
AlgoCountProcess testProcess = new AlgoCountProcess(agent, comm, commodity);
testProcess.addCondition(new AlgoAskCompare(10 - 1));
agent.add(testProcess);
//Run AMA once
agent.enable(true);
System.Threading.Thread.Sleep(1500);
agent.enable(false);
//AMA ran once but condition is not met - count should be "0"
Assert.AreEqual(0, testProcess.count);
}
public void TestAdvancedAMATimer()
{
//setup
int maxReq = 10;
int amaUpdateCost = 3;
int interval = 1000;
AdvancedAMA amaTest = new AdvancedAMA(maxReq, interval, new CommStubStaticReturn());
AlgoCountProcess testLogic = new AlgoCountProcess(amaTest, new CommStubStaticReturn(), 0);
amaTest.add(testLogic);
amaTest.enable(true);
//interval*2 because the ama waits the interval once enabled
//to run the first time
System.Threading.Thread.Sleep(interval * 2);
amaTest.enable(false);
Task.WaitAll();
Assert.AreEqual(maxReq - amaUpdateCost, testLogic.count);
}
