def addr_range_parser(cls, flags, param):
sys.stdout.flush()
- (low, high, intlv_high_bit, xor_high_bit,
- intlv_bits, intlv_match) = param.split(':')
- return m5.objects.AddrRange(
- start=long(low), end=long(high),
- intlvHighBit=long(intlv_high_bit), xorHighBit=long(xor_high_bit),
- intlvBits=long(intlv_bits), intlvMatch=long(intlv_match))
+ _param = param.split(':')
+ (start, end) = _param[0:2]
+ if len(_param) == 2:
+ return m5.objects.AddrRange(start=long(start), end=long(end))
+ else:
+ assert len(_param) > 2
+ intlv_match = _param[2]
+ masks = [ long(m) for m in _param[3:] ]
+ return m5.objects.AddrRange(start=long(start), end=long(end),
+ masks=masks, intlvMatch=long(intlv_match))
+
def memory_bandwidth_parser(cls, flags, param):
# The string will be in tick/byte