from soc.fu.shift_rot.sr_input_record import CompSROpSubset
-from soc.fu.pipe_data import IntegerData, CommonPipeSpec
+from soc.fu.pipe_data import FUBaseData, CommonPipeSpec
from soc.fu.alu.pipe_data import ALUOutputData
-class ShiftRotInputData(IntegerData):
+class ShiftRotInputData(FUBaseData):
regspec = [('INT', 'ra', '0:63'), # RA
('INT', 'rb', '0:63'), # RB
('INT', 'rc', '0:63'), # RS
# input to shiftrot final stage (common output)
-class ShiftRotOutputData(IntegerData):
+class ShiftRotOutputData(FUBaseData):
regspec = [('INT', 'o', '0:63'), # RT
('CR', 'cr_a', '0:3'),
('XER', 'xer_so', '32'), # bit0: so
# output from shiftrot final stage (common output) - note that XER.so
# is *not* included (the only reason it's in the input is because of CR0)
-class ShiftRotOutputDataFinal(IntegerData):
+class ShiftRotOutputDataFinal(FUBaseData):
regspec = [('INT', 'o', '0:63'), # RT
('CR', 'cr_a', '0:3'),
('XER', 'xer_ca', '34,45'), # XER bit 34/45: CA/CA32
class ShiftRotPipeSpec(CommonPipeSpec):
- regspec = (ShiftRotInputData.regspec, ShiftRotOutputDataFinal.regspec)
+ regspecklses = (ShiftRotInputData, ShiftRotOutputDataFinal)
opsubsetkls = CompSROpSubset