def test_size_calc_convert(self):
self.assertEqual(10485760,
SizeCalc.auto_convert("10M", SizeCalc.UNIT_B))
self.assertEqual(10485760,
SizeCalc.auto_convert("10MiB", SizeCalc.UNIT_B))
self.assertEqual(10000000,
SizeCalc.auto_convert("10MB", SizeCalc.UNIT_B))
self.assertEqual(3221225472,
SizeCalc.auto_convert("3Gib", SizeCalc.UNIT_B))
self.assertEqual(3145728,
SizeCalc.auto_convert("3Gib", SizeCalc.UNIT_KiB))
def parse_opts(cls, new_args, object_name):
modify = {}
deletes = []
for arg in new_args:
value = new_args[arg]
is_unset = arg.startswith(cls.unsetprefix)
prop_name = arg[len(cls.unsetprefix) + 1:] if is_unset else arg
option = cls.drbd_options[object_name][prop_name]
key = option['key']
if is_unset:
deletes.append(key)
else:
if 'bytes' in option and option['unit'] == 'bytes':
value = SizeCalc.auto_convert(value, SizeCalc.UNIT_B)
if option['min'] < value < option['max']:
value = str(value)
else:
raise argparse.ArgumentTypeError(
prop_name +
" value {v} is out of range [{mi}-{ma}]".format(
v=value, mi=option['min'], ma=option['max']))
modify[key] = str(value)
return modify, deletes
def parse_opts(cls, new_args, object_name):
modify = {}
deletes = []
for arg in new_args:
is_unset = arg.startswith(cls.unsetprefix)
value = new_args[arg]
prop_name = arg[len(cls.unsetprefix) + 1:] if is_unset else arg
if prop_name.startswith(
"drbd-") and prop_name[5:] in cls.CLASH_OPTIONS:
prop_name = prop_name[5:]
option = cls.drbd_options[object_name][prop_name]
key = option['key']
if is_unset:
deletes.append(key)
else:
if DrbdOptions._is_byte_unit(option):
unit = SizeCalc.UNIT_KiB if option.get(
'unit_prefix') == 'k' else SizeCalc.UNIT_B
value = SizeCalc.auto_convert(value, unit)
if option['min'] <= value <= option['max']:
value = str(value)
else:
raise ArgumentError(
prop_name +
" value {v}{u} is out of range [{mi}-{ma}]".format(
v=value,
u=SizeCalc.unit_to_str(unit),
mi=str(option['min']) +
option.get('unit_prefix', ''),
ma=str(option['max']) +
option.get('unit_prefix', '')))
modify[key] = str(value)
return modify, deletes
