public static void TestRef()
{
UInt16 a = 0x200;
InsertElement e = new InsertElement("", LEVEL.Building, InsertMode.AutoLevel | InsertMode.AutoPlace);
Console.WriteLine("a is = " + Convert.ToString(a,2));
MatchHelper.Assert(true, "aaaa");
Console.ReadLine();
}
//Preliminary check element is legality or not
private State PreliminaryCheck(InsertElement el)
{
State resultState = _addrset.FindNodeInHashTable(el.Name);
if (defualtRule(resultState, el))
{
return(resultState);
}
else
{
throw new TrainException(el, @"element is not legality");
}
}
// TODO uncompleted
private bool defualtRule(State state, InsertElement el)
{
if ((el.Mode & PlaceMask) == (UInt16)InsertMode.OldPlace)
{
if (state.NodeCount == 0)
{
//throw new TrainException(el, "Existed Node is not found, rule failed");
return false;
}
//LEVEL judgement
if ((el.Mode & LevelMask) == (UInt16)InsertMode.ExactlyLevel && el.Level != LEVEL.Uncertainty)
{
if (el.Level < state.MinStateLEVEL || el.Level > state.MaxStateLEVEL)
{
//throw new TrainException(el, "Existed Node is not found, rule failed");
return false;
}
}
//LEVEL judgement
//if ((el.Mode & LevelMask) == (UInt16)InsertMode.DegradeLevel && el.Level != LEVEL.Uncertainty)
//{
// if (el.Level < state.MinStateLEVEL)
// {
// //throw new TrainException(el, "Existed Node is not found, rule failed");
// return false;
// }
//}
////LEVEL judgement
//if ((el.Mode & LevelMask) == (UInt16)InsertMode.UpgradeLevel && el.Level != LEVEL.Uncertainty)
//{
// if (el.Level > state.MaxStateLEVEL)
// {
// //throw new TrainException(el, "Existed Node is not found, rule failed");
// return false;
// }
//}
}
else if ((el.Mode & PlaceMask) == (UInt16)InsertMode.NewPlace)
{
}
else if ((el.Mode & PlaceMask) == (UInt16)InsertMode.AutoPlace)
{
}
return true;
}
// TODO uncompleted
private bool defualtRule(State state, InsertElement el)
{
if ((el.Mode & PlaceMask) == (UInt16)InsertMode.OldPlace)
{
if (state.NodeCount == 0)
{
//throw new TrainException(el, "Existed Node is not found, rule failed");
return(false);
}
//LEVEL judgement
if ((el.Mode & LevelMask) == (UInt16)InsertMode.ExactlyLevel && el.Level != LEVEL.Uncertainty)
{
if (el.Level < state.MinStateLEVEL || el.Level > state.MaxStateLEVEL)
{
//throw new TrainException(el, "Existed Node is not found, rule failed");
return(false);
}
}
//LEVEL judgement
//if ((el.Mode & LevelMask) == (UInt16)InsertMode.DegradeLevel && el.Level != LEVEL.Uncertainty)
//{
// if (el.Level < state.MinStateLEVEL)
// {
// //throw new TrainException(el, "Existed Node is not found, rule failed");
// return false;
// }
//}
////LEVEL judgement
//if ((el.Mode & LevelMask) == (UInt16)InsertMode.UpgradeLevel && el.Level != LEVEL.Uncertainty)
//{
// if (el.Level > state.MaxStateLEVEL)
// {
// //throw new TrainException(el, "Existed Node is not found, rule failed");
// return false;
// }
//}
}
else if ((el.Mode & PlaceMask) == (UInt16)InsertMode.NewPlace)
{
}
else if ((el.Mode & PlaceMask) == (UInt16)InsertMode.AutoPlace)
{
}
return(true);
}
public TrainException(InsertElement el, string message)
: base(message)
{
_el = el;
}
public TrainException(InsertElement el, string message)
: base(message)
{
_el = el;
}
//Preliminary check element is legality or not
private State PreliminaryCheck(InsertElement el)
{
State resultState = _addrset.FindNodeInHashTable(el.Name);
if (defualtRule(resultState, el))
{
return resultState;
}
else
{
throw new TrainException(el, @"element is not legality");
}
}