def _get_tier_opt(tier):
ret = []
if tier is not None:
possible_tiers = VNXTieringEnum.get_all()
if tier in possible_tiers:
ret += VNXTieringEnum.get_opt(tier)
else:
raise ValueError('not supported tiering type: {}. '
'valid candidates: {}'
.format(tier, possible_tiers))
return ret
def _get_tier_opt(tier):
ret = []
if tier is not None:
possible_tiers = VNXTieringEnum.get_all()
if tier in possible_tiers:
ret += VNXTieringEnum.get_opt(tier)
else:
raise ValueError('not supported tiering type: {}. '
'valid candidates: {}'.format(
tier, possible_tiers))
return ret
def test_get_opt(self):
opt = VNXTieringEnum.get_opt(VNXTieringEnum.HIGH_AUTO)
self.assertEqual(
'-initialTier highestAvailable -tieringPolicy autoTier',
' '.join(opt))
def f():
VNXTieringEnum.get_opt('na')
def test_get_opt(self):
opt = VNXTieringEnum.get_opt(VNXTieringEnum.HIGH_AUTO)
assert_that(
' '.join(opt),
equal_to('-initialTier highestAvailable -tieringPolicy autoTier'))
def f():
VNXTieringEnum.get_opt('na')
def test_get_opt(self):
opt = VNXTieringEnum.get_opt(VNXTieringEnum.HIGH_AUTO)
assert_that(
' '.join(opt),
equal_to('-initialTier highestAvailable -tieringPolicy autoTier'))