protected void setUp()
{
// Create the FSM and call the entry action manually
fsm = new DefaultTransitionStateMachineImpl();
// reset state history
for (int i = 0; i < 255; i++)
{
fsm.TFC.StateHistory[i] = (byte)255;
}
fsm.TFC.LastState = 0;
// Manually tickle the entry function
fsm.EnteredReadyStateAction();
// Run through the desired transition sequence
try
{
fsm.context.InputMessage1Transition();
}
catch (statemap.TransitionUndefinedException e)
{
fsm.TFC.StateHistory[fsm.TFC.LastState++] = 12;
}
try
{
fsm.context.InputMessage2Transition();
}
catch (statemap.TransitionUndefinedException e)
{
fsm.TFC.StateHistory[fsm.TFC.LastState++] = 12;
}
}
protected void setUp()
{
// Create the FSM and call the entry action manually
fsm = new DefaultTransitionStateMachineImpl();
// reset state history
for (int i = 0; i < 255; i++)
fsm.TFC.StateHistory[i] = (byte)255;
fsm.TFC.LastState = 0;
// Manually tickle the entry function
fsm.EnteredReadyStateAction();
// Run through the desired transition sequence
try
{
fsm.context.InputMessage1Transition();
}
catch (statemap.TransitionUndefinedException e)
{
fsm.TFC.StateHistory[fsm.TFC.LastState++] = 12;
}
try
{
fsm.context.InputMessage2Transition();
}
catch (statemap.TransitionUndefinedException e)
{
fsm.TFC.StateHistory[fsm.TFC.LastState++] = 12;
}
}
