public void appendPreConditions(Lock aLock,PreCondition el)
{
__setDirty(true);
el.__setDirty(true);
allPreConditions().Add(el);
acceptor.connectSon (this, el);
NotifyControllers(aLock);
}
public void insertPreConditions(int idx, PreCondition el,Lock aLock)
{
__setDirty(true);
allPreConditions().Insert (idx, el);
NotifyControllers(aLock);
}
public virtual void visit(PreCondition obj, bool visitSubNodes)
{
visit ((BaseModelElement) obj, false);
if (visitSubNodes){
IXmlBBase[] Subs = acceptor.subElements((IXmlBBase)obj);
if (Subs != null){
for (int i=0; i<Subs.Length; i++) {
dispatch(Subs[i], true);
} // If
} // If
}
}
public virtual void visit(PreCondition obj)
{
visit(obj, true);
}
public void copyTo(PreCondition other)
{
base.copyTo(other);
other.aCondition = aCondition;
other.aComment = aComment;
}
public void copyTo(PreCondition other)
{
other.aCondition = aCondition;
}
public override void visit(PreCondition obj, bool subNodes)
{
Rules.PreCondition preCondition = obj as Rules.PreCondition;
if (preCondition != null)
{
try
{
// Check whether the expression is valid
Expression expression = checkExpression(preCondition, preCondition.Condition);
if (expression != null)
{
if (!preCondition.Dictionary.EFSSystem.BoolType.Match(expression.GetExpressionType()))
{
preCondition.AddError("Expression type should be Boolean");
}
ITypedElement element = OverallTypedElementFinder.INSTANCE.findByName(preCondition,
preCondition.findVariable());
if (element != null)
{
if (element.Type is Types.StateMachine)
{
if (preCondition.findOperator() != null)
{
if (preCondition.findOperator().CompareTo("==") == 0)
{
preCondition.AddWarning("Operator == should not be used for state machines");
}
else if (preCondition.findOperator().CompareTo("!=") == 0)
{
preCondition.AddWarning("Operator != should not be used for state machines");
}
}
}
}
}
}
catch (Exception exception)
{
preCondition.AddException(exception);
}
}
base.visit(obj, subNodes);
}