def write(self, fsm, addr, wdata, port=0, unified=False, raw=False):
if raw:
fixed_wdata = wdata
else:
fixed_wdata = fxd.write_adjust(wdata, self.point)
return RAM.write(self, fsm, addr, fixed_wdata, port, unified)
def try_enq(self, fsm, wdata, raw=False):
if raw:
fixed_wdata = wdata
else:
fixed_wdata = fxd.write_adjust(wdata, self.point)
return FIFO.try_enq(self, fsm, fixed_wdata)
def try_enq(self, fsm, wdata, raw=False):
if raw:
fixed_wdata = wdata
else:
fixed_wdata = fxd.write_adjust(wdata, self.point)
return FIFO.try_enq(self, fsm, fixed_wdata)
def FixedConst(fsm, value, point=0, signed=True, raw=False):
point = vtypes.raw_value(point)
signed = vtypes.raw_value(signed)
raw = vtypes.raw_value(raw)
if (isinstance(value, fxd._FixedConstant)
and value.orig_value is not None):
value = value.orig_value
elif isinstance(value, fxd._FixedBase):
value = fxd.write_adjust(value, point)
value = vtypes.raw_value(value)
raw = True
elif not raw:
value = vtypes.raw_value(value)
if not isinstance(value, (int, bool, float)):
raise TypeError("value must be int, bool, or float")
if not isinstance(point, int):
raise TypeError("point must be int")
return fxd.FixedConst(value, point, signed, raw)
def FixedConst(fsm, value, point=0, signed=True, raw=False):
point = vtypes.raw_value(point)
signed = vtypes.raw_value(signed)
raw = vtypes.raw_value(raw)
if (isinstance(value, fxd._FixedConstant) and
value.orig_value is not None):
value = value.orig_value
elif isinstance(value, fxd._FixedBase):
value = fxd.write_adjust(value, point)
value = vtypes.raw_value(value)
raw = True
elif not raw:
value = vtypes.raw_value(value)
if not isinstance(value, (int, bool, float)):
raise TypeError("value must be int, bool, or float")
if not isinstance(point, int):
raise TypeError("point must be int")
return fxd.FixedConst(value, point, signed, raw)
def cast_to_fixed(fsm, value, point, signed=True):
point = vtypes.raw_value(point)
signed = vtypes.raw_value(signed)
cv = fxd.write_adjust(value, point)
return fxd.reinterpret_cast_to_fixed(cv, point, signed)
def cast_to_fixed(fsm, value, point, signed=True):
point = vtypes.raw_value(point)
signed = vtypes.raw_value(signed)
cv = fxd.write_adjust(value, point)
return fxd.reinterpret_cast_to_fixed(cv, point, signed)