public StatechartTransition(TransitionAttribute transition, MethodInfo method, IState context)
{
_Transition = transition;
Action = (TransitionAction)Delegate.CreateDelegate(typeof(TransitionAction), context, method);
}
public StateContoller(object _obj)
{
m_curState = ANY_STATE;
m_transitions = new List <TransPair>();
m_updates = new Dictionary <short, BasicFnct>();
MethodInfo[] mthds = _obj.GetType().GetMethods(BindingFlags.Instance | BindingFlags.NonPublic);
// search all fields and find the attribute [TransitionAttribute]
for (int i = 0; i < mthds.Length; i++)
{
TransitionAttribute attribute = Attribute.GetCustomAttribute(mthds[i], typeof(TransitionAttribute)) as TransitionAttribute;
TransitionOverrideAttribute ovrride = Attribute.GetCustomAttribute(mthds[i], typeof(TransitionOverrideAttribute)) as TransitionOverrideAttribute;
UpdateAttribute updateAttribute = Attribute.GetCustomAttribute(mthds[i], typeof(UpdateAttribute)) as UpdateAttribute;
// if we detect a RememberMe attribute, generate field for dynamic class
if (attribute != null)
{
TransPair p;
p.m_key = getKey(attribute.m_from, attribute.m_to);
//IF it already exists do not overrwrite! derrived fncts are handled first! @@actually should add some priority system bc the methodinfo can be any order
int index;
if (tryGetValue(p.m_key, out p.m_fnct, out index))
{
//Debug.Log("Trying to define " + mthds[i].Name + " as a transition function.");
//Debug.Log("transition already defined from: " + attribute.m_from + " to " + attribute.m_to + " on " + _obj);
//Debug.Log("Ignore this if you've overriden a transition function with TransitionOverrideAttribute");
}
else
{
//else add it
p.m_fnct = Delegate.CreateDelegate(typeof(BasicFnct), _obj, mthds[i]) as BasicFnct;
m_transitions.Add(p);
}
}
// if we detect a RememberMe attribute, generate field for dynamic class
else if (ovrride != null)
{
TransPair p;
p.m_key = getKey(ovrride.m_from, ovrride.m_to);
//IF it already exists DO overrwrite!
int index;
if (tryGetValue(p.m_key, out p.m_fnct, out index))
{
m_transitions[index] = p;
}
else
{
p.m_fnct = Delegate.CreateDelegate(typeof(BasicFnct), _obj, mthds[i]) as BasicFnct;
m_transitions.Add(p);
}
}
else if (updateAttribute != null) //otherwise check for state update fnct
{
if (updateAttribute != null)
{
//seems like derrived class gets looked at first so we want first thing to not get overwritten...
BasicFnct fnc = null;
if (!m_updates.TryGetValue(updateAttribute.m_state, out fnc))
{
m_updates[updateAttribute.m_state] = Delegate.CreateDelegate(typeof(BasicFnct), _obj, mthds[i]) as BasicFnct;
}
}
}
}
}