public void Delete(Component ComponentToDelete)
{
// ---------------------------------------------------------------------
// Delete the specified child component. We need to scan all components
// recursively looking for a shortcut that points to this component or
// any of our children that we're about to delete. If found then make
// the shortcut node concrete.
// ---------------------------------------------------------------------
List <Component> AllChildNodes = new List <Component>();
ComponentToDelete.ChildNodesRecursively(AllChildNodes);
AllChildNodes.Add(ComponentToDelete);
MyFile.RootComponent.MakeShortCutsConrete(AllChildNodes);
ChildNodes.Remove(ComponentToDelete);
MyFile.PublishComponentChanged(this);
}
public static void GetComponentPathsWithinScopeOf(Component C, ref List<string> Paths)
{
if (C != null)
{
// Find the containing area, simulation or folder whichever comes first.
Component Paddock = C;
while (Paddock != null && Paddock.Type != "area" && Paddock.Type != "simulation" && Paddock.Type != "folder")
Paddock = Paddock.Parent;
List<Component> AllComponents = new List<Component>();
Paddock.ChildNodesRecursively(AllComponents);
foreach (Component Comp in AllComponents)
Paths.Add(Comp.FullPath);
}
}
public Component FindComponentInPaddock(Component To, string Name)
{
// Find a component in the paddockthe nearest component to "To" that has the specified "Name".
// It won't look down the simulation hierarchy and won't look
// outside the paddock.
Component Paddock = FindContainingPaddock();
if (Paddock != null)
{
List <Component> ComponentsInPaddock = new List <Component>();
Paddock.ChildNodesRecursively(ComponentsInPaddock);
foreach (Component ChildComponent in ComponentsInPaddock)
{
if (ChildComponent.Name.ToLower() == Name.ToLower() && ChildComponent.Type != "SoilCrop")
{
return(ChildComponent);
}
}
}
return(null);
}
