public void Remove(Constraint constraint)
{
//LAMESPEC: spec doesn't document the ArgumentException the
//will be thrown if the CanRemove rule is violated
//LAMESPEC: spec says an exception will be thrown
//if the element is not in the collection. The implementation
//doesn't throw an exception. ArrayList.Remove doesn't throw if the
//element doesn't exist
//ALSO the overloaded remove in the spec doesn't say it throws any exceptions
//not null
if (null == constraint)
{
throw new ArgumentNullException();
}
if (!constraint.CanRemoveFromCollection(this, true))
{
return;
}
constraint.RemoveFromConstraintCollectionCleanup(this);
constraint.ConstraintCollection = null;
List.Remove(constraint);
OnCollectionChanged(new CollectionChangeEventArgsDerived(CollectionChangeActionDerived.Remove, this));
}
public void Remove (Constraint constraint)
{
//LAMESPEC: spec doesn't document the ArgumentException the
//will be thrown if the CanRemove rule is violated
//LAMESPEC: spec says an exception will be thrown
//if the element is not in the collection. The implementation
//doesn't throw an exception. ArrayList.Remove doesn't throw if the
//element doesn't exist
//ALSO the overloaded remove in the spec doesn't say it throws any exceptions
//not null
if (null == constraint)
throw new ArgumentNullException();
if (!constraint.CanRemoveFromCollection (this, true))
return;
constraint.RemoveFromConstraintCollectionCleanup (this);
constraint.ConstraintCollection = null;
List.Remove (constraint);
OnCollectionChanged (new CollectionChangeEventArgs (CollectionChangeAction.Remove, this));
}
public bool CanRemove (Constraint constraint)
{
return constraint.CanRemoveFromCollection (this, false);
}
public bool CanRemove(Constraint constraint)
{
return(constraint.CanRemoveFromCollection(this, false));
}