with m.Switch(op):
with m.Case(InternalOp.OP_TRAP):
with m.If(should_trap):
- comb += self.o.nia.eq(0x700) # trap address
+ comb += self.o.nia.data.eq(0x700) # trap address
+ comb += self.o.nia.ok.eq(1)
comb += self.o.srr1.data.eq(self.i.msr) # old MSR
comb += self.o.srr1[63-46].eq(1) # XXX which bit?
comb += self.o.srr1.ok.eq(1)
comb += self.o.srr0.ok.eq(1)
comb += self.o.ctx.eq(self.i.ctx)
- comb += self.o.should_trap.eq(should_trap)
return m
class TrapOutputData(IntegerData):
def __init__(self, pspec):
super().__init__(pspec)
- self.nia = Signal(64, reset_less=True) # NIA (Next PC)
+ self.nia = Data(64, name="nia") # NIA (Next PC)
self.msr = Signal(64, reset_less=True) # MSR
self.srr0 = Data(64, name="srr0") # SRR0 SPR
self.srr1 = Data(64, name="srr1") # SRR1 SPR
- self.should_trap = Signal(reset_less=True)
def __iter__(self):
yield from super().__iter__()
yield self.msr
yield self.srr0
yield self.srr1
- yield self.should_trap
def eq(self, i):
lst = super().eq(i)
- return lst + [
- self.nia.eq(i.nia), self.msr.eq(i.msr),
- self.srr0.eq(i.srr0), self.srr1.eq(i.srr1),
- self.should_trap.eq(i.should_trap)]
+ return lst + [ self.nia.eq(i.nia), self.msr.eq(i.msr),
+ self.srr0.eq(i.srr0), self.srr1.eq(i.srr1)]