public void When_running_then_complete_until_sucess_or_failure()
{
var s = new RandomSelector(new Helper().RunningTwiceThenSuccess(), new Helper().RunningTwiceThenSuccess(), new Helper().RunningTwiceThenSuccess());
s.Behave();
s.Behave();
s.Behave();
Assert.AreEqual(BehaviourReturnCode.Success, s.ReturnCode);
}
public void When_completed_then_new_task_starts()
{
var s = new RandomSelector(new Helper().RunningTwiceThenSuccess(), new Helper().RunningTwiceThenSuccess(), new Helper().RunningTwiceThenSuccess());
s.Behave();
s.Behave();
s.Behave();
s.Behave();
Assert.AreEqual(BehaviourReturnCode.Running, s.ReturnCode);
}
public void test_1(){
_log.enterScope ();
RandomSelector rs = new RandomSelector (new BehaviorAction(component_1),
new BehaviorAction(component_2),
new BehaviorAction(component_3),
new BehaviorAction(component_4));
for (int i = 0; i < 100000; i++)
rs.Behave ();
_log.logMessage ("1:" + counts[0] +", 2:" + counts[1]+ ", 3:" + counts[2]+ ", 4:" + counts [3]);
Verify.VerifyTrue ("verify last component actioned", true, counts [3] > 0);
_log.exitScope ();
}
public void test_1()
{
_log.enterScope();
RandomSelector rs = new RandomSelector(new BehaviorAction(component_1),
new BehaviorAction(component_2),
new BehaviorAction(component_3),
new BehaviorAction(component_4));
for (int i = 0; i < 100000; i++)
{
rs.Behave();
}
_log.logMessage("1:" + counts[0] + ", 2:" + counts[1] + ", 3:" + counts[2] + ", 4:" + counts [3]);
Verify.VerifyTrue("verify last component actioned", true, counts [3] > 0);
_log.exitScope();
}
