Michael,
While processing an ElementDeclaration I used;
XSObjectList xsObjectList = xsModel.getSubstitutionGroup(elemDecl);
to get the substitution groups and for each found substitution I
(recursevily) called this same method to process the
ElementDecalration of the substitution.
I was not
It's not an optimization. This is how substitution groups are defined by
the XML Schema spec. Building this set isn't as easy you think. For
instance, B could block C but still be a member of A's substitution group.
How could you "loop down" to find C from A if C is not in B's substitution
grou
It is easy to "loop down" finding all possible substitutions. So for
me this optimization could have been left out,
because it makes it harder to show the original relations in the
schema to the user.
Thanks for your answer
Dick Deneer
Op 31-jan-2007, om 16:14 heeft Michael Glavassevich
Potential substitution group membership is transitive. Setting aside the
conditions for exclusion (e.g. block="substitution"), if B is a member of
A's substitution group and C is a member of B's substitution group then C
is a member of A's substitution group. That's why "even" appears in the
li
