internal bool AddTransition(Transition <S, T, G> transition, State <S, T, G> state)
{
if (StateTransitions.ContainsKey(transition))
{
return(false);
}
StateTransitions.Add(transition, state);
return(true);
}
private static StateMachine TimerStateMachine()
{
var ready = new State("Ready");
var running = new State("Running");
var paused = new State("Paused");
var possibleStates = new StateList {
ready, running, paused
};
var possibleTransitions = new StateTransitions();
possibleTransitions.Add(new SimpleStateTransition(ready, "Start", running, 1, () => true));
return(new StateMachine(possibleStates, ready, possibleTransitions));
}
public TestWorkflowAdmin(xWorkflowAdmin wfa)
{
Description = wfa.Description;
Permissions = new TestAccessControlList(wfa.Permissions);
SemanticAliases = new SemanticAliases {
Value = string.Join(";", wfa.SemanticAliases)
};
States = new StatesAdmin();
foreach (xStateAdmin stateAdmin in wfa.States)
{
States.Add(-1, new TestStateAdmin(stateAdmin));
}
StateTransitions = new StateTransitions();
foreach (xStateTransition transition in wfa.StateTransitions)
{
StateTransitions.Add(-1, new TestStateTransition(transition));
}
Workflow = new TestWorkflow(wfa.Workflow);
}
private void FindTransitions(SerializedObject _ownerObj, Dictionary <OTGCombatState, int> _stateRecord, int _currentLevel)
{
int amountOfTransitions = _ownerObj.FindProperty("m_stateTransitions").arraySize;
for (int i = 0; i < amountOfTransitions; i++)
{
Object nextStateObj = _ownerObj.FindProperty("m_stateTransitions").GetArrayElementAtIndex(i).FindPropertyRelative("m_nextState").objectReferenceValue;
if (nextStateObj != null)
{
OTGCombatState state = (OTGCombatState)nextStateObj;
bool transitionRepeats = (_stateRecord.ContainsKey(state)) ? true : false;
StateNode n = new StateNode(state, _currentLevel + 1, _stateRecord, i);
StateNodeTransition nTrans = new StateNodeTransition(transitionRepeats, n);
if (!StateTransitions.ContainsKey(state))
{
StateTransitions.Add(state, nTrans);
}
}
}
}
