from nmigen import (Module, Signal, Cat, Repl, Mux, Const, Array)
from nmutil.pipemodbase import PipeModBase
-from soc.fu.div.pipe_data import DIVInputData
+from soc.fu.div.pipe_data import DivInputData
from ieee754.part.partsig import PartitionedSignal
from soc.decoder.power_enums import MicrOp
self.fields.create_specs()
def ispec(self):
- return DIVInputData(self.pspec)
+ return DivInputData(self.pspec)
def ospec(self):
return CoreInputData(self.pspec)
comb += core_o.operation.eq(int(DivPipeCoreOperation.UDivRem))
# work out if a/b are negative (check 32-bit / signed)
- comb += dividend_neg_o.eq(Mux(op.is_32bit, a[31], a[63]) & op.is_signed)
+ comb += dividend_neg_o.eq(Mux(op.is_32bit,
+ a[31], a[63]) & op.is_signed)
comb += divisor_neg_o.eq(Mux(op.is_32bit, b[31], b[63]) & op.is_signed)
# negation of a 64-bit value produces the same lower 32-bit
# result as negation of just the lower 32-bits, so we don't
# need to do anything special before negating
- abs_dor = Signal(64, reset_less=True) # absolute of divisor
- abs_dend = Signal(64, reset_less=True) # absolute of dividend
+ abs_dor = Signal(64, reset_less=True) # absolute of divisor
+ abs_dend = Signal(64, reset_less=True) # absolute of dividend
comb += abs_dor.eq(Mux(divisor_neg_o, -b, b))
comb += abs_dend.eq(Mux(dividend_neg_o, -a, a))
comb += self.o.div_by_zero.eq(divisor_o == 0)
##########################
- # main switch for DIV
+ # main switch for Div
with m.Switch(op.insn_type):
# div/mod takes straight (absolute) dividend