protected void StateAdd_Click(object sender, System.EventArgs e)
{
EnterState.Validate();
InvalidState.Validate();
if (!EnterState.IsValid || !InvalidState.IsValid)
{
return;
}
DataRow newrow = StateProvincesSet.Tables["StateProvinces"].NewRow();
newrow["StateProvince"] = NewState.Text;
try
{
newrow["CountryID"] = Convert.ToInt32(CountryList.SelectedValue);
StateProvincesSet.Tables["StateProvinces"].Rows.Add(newrow);
//lock (CommonFunctions.Connection)
StateProvincesAdapter.Update(StateProvincesSet);
Finish();
}
catch (Exception)
{
}
}
public void Concrete()
{
// GKState is an abstract type - but it does implement IsValidNextState (and accept anything)
using (var s1 = new ValidState())
using (var s2 = new InvalidState()) {
Assert.True(s2.IsValidNextState(s2), "self");
Assert.True(s2.IsValidNextState(s1), "different");
}
}
public void NullIsValidNextState()
{
// this will test the (manual) binding code (and not the test implementation)
using (var state = new InvalidState()) {
Assert.Throws <ArgumentNullException> (delegate { state.IsValidNextState((Class)null); }, "Class");
Assert.Throws <ArgumentNullException> (delegate { state.IsValidNextState((Type)null); }, "Type");
Assert.Throws <ArgumentNullException> (delegate { state.IsValidNextState((GKState)null); }, "Instance");
}
}
public void IsValidNextState()
{
var chaseState = new ValidState();
var isValid = chaseState.IsValidNextState(typeof(InvalidState));
Assert.IsFalse(isValid, "Type");
var invalid = new InvalidState();
isValid = chaseState.IsValidNextState(invalid);
Assert.IsFalse(isValid, "Instance");
isValid = chaseState.IsValidNextState(invalid.Class);
Assert.IsFalse(isValid, "Class");
}
public AbstractState makeState(string stateName, string p1, string p2, string p3, float precision, float grados, string stateType, int posState1, int posState2)
{
AbstractState aS;
AbstractState aS1 = getState(posState1);
AbstractState aS2 = getState(posState2);
switch (stateType)
{
case "AND": aS = new AndState(aS1, aS2, stateName); break;
case "ANGLE": aS = new AngleState(p1, p3, p2, grados, precision, stateName); break;
case "CENTER_X": aS = new CenterStateX(p1, p2, precision, stateName); break;
case "CENTER_Y": aS = new CenterStateY(p1, p2, precision, stateName); break;
case "CENTER_Z": aS = new CenterStateZ(p1, p2, precision, stateName); break;
case "DISTANCE": aS = new DistanceState(p1, p2, precision, stateName); break;
case "LEFT": aS = new LeftState(p1, p2, precision, stateName); break;
case "OR": aS = new OrState(aS1, aS2, stateName); break;
case "OVER": aS = new OverState(p1, p2, precision, stateName); break;
case "POSITION": aS = new PositionState(p1, precision, stateName); break;
case "RIGHT": aS = new RightState(p1, p2, precision, stateName); break;
case "UNDER": aS = new UnderState(p1, p2, precision, stateName); break;
default: aS = new InvalidState(stateName); break;
}
return(aS);
}
public void RaiseInvalidState(TState targetState, TTrigger trigger)
{
InvalidState?.Invoke(new TransitionEventArgs <TState, TTrigger>(CurrentState, targetState, trigger));
}
