Seems like this would do it (note: `in` can't actually be a variable):
class A(HDL):
# A is now an HDL namespace - all members have signal behavior
def __init__(self, in, o1, o2):
self.in = in # descriptor
self.o1 = o1 ; self.o2 = o2 # descriptors
def process(self):
# is self.in, self.o1 and self.o2 are still descriptor here to be
used?
# ^ yes, all of those are SignalBehavior descriptors if A is
subclass of HDL ^
class C:
# depending on behavior desired, C could be HDL namespace, too
def __init__(self, in, out):
# these work, but probably are not needed:
ns.in = 0
ns.o1 = 0
ns.o2 = 0
a = A( ns.in , ns.o1 , ns.o2 )
# ...you can just pass the values to A directly as long as
# A (or HDL) knows what to do with arbitrary in and out values:
a = A(in, out, out)
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