def __init__(s, dtype):
s.in_ = InPort(dtype)
s.out = OutPort(dtype)
s.incrs = [RegIncr(dtype) for _ in range(2)]
s.connect(s.in_, s.incrs[0].in_)
#-------------------------------------------------------
# TASK 2.8: Comment out the Exception and implement the
# structural composition below.
#-------------------------------------------------------
s.connect(s.incrs[0].out, s.incrs[1].in_)
s.connect(s.out, s.incrs[-1].out)
def __init__(s, dtype):
s.in_ = InPort(dtype)
s.out = OutPort(dtype)
s.incrs = [RegIncr(dtype) for _ in range(2)]
s.connect(s.in_, s.incrs[0].in_)
#-------------------------------------------------------------------
# TASK 2.8: Comment out the Exception and implement the
# structural composition below.
#-------------------------------------------------------------------
#
# - create connections between RegIncrs
# - connect s.out to the last RegIncr in list
#
# Hint: here's a tip for easily indexing the last item in the list:
#
# s.connect( s.out, s.incrs[-1].out)
raise NotImplementedError(
'RegIncrPipeline has not been implemented yet!\n '
'Put your implementation code here!')