public void DoRemove_Listener(OnChainData OnNotify)
{
if (_mapDelegate_And_HasOrderInstance.ContainsKey(OnNotify) == false)
{
return;
}
Data_HasOrder <OnChainData> pDeleagateInstance = _mapDelegate_And_HasOrderInstance[OnNotify];
_mapDelegate_And_HasOrderInstance.Remove(OnNotify);
_listListener.Remove(pDeleagateInstance);
}
public void DoNotify_ForDebug(TChainData arg)
{
TChainData pOrigin = arg;
for (int i = 0; i < _listListener.Count; i++)
{
Data_HasOrder <OnChainData> data_HasOrder = _listListener[i];
data_HasOrder.TData(pOrigin, ref arg);
Debug.Log(data_HasOrder.TData.Method.Name + "Call Order : " + i + " Origin : " + pOrigin + " Current : " + arg);
}
_LastChainData_Origin = pOrigin;
_LastChainData_Current = arg;
}
public void DoRegist_Listener(OnChainData OnNotify, int iOrder)
{
if (OnNotify == null || _mapDelegate_And_HasOrderInstance.ContainsKey(OnNotify))
{
return;
}
Data_HasOrder <OnChainData> pDeleagateInstance = new Data_HasOrder <OnChainData>(OnNotify, iOrder);
_mapDelegate_And_HasOrderInstance.Add(OnNotify, pDeleagateInstance);
_listListener.Add(pDeleagateInstance);
_listListener.Sort(Data_HasOrder <OnChainData> .Compare_Data_HasOrder);
}
static public int Compare_Data_HasOrder(Data_HasOrder <T> x, Data_HasOrder <T> y)
{
return(x.iSortOrder.CompareTo(y.iSortOrder));
}