def processRequest(cls, pool, msgID, payload):
cls.log.debug("processRequest, payload:" + repr(payload))
sdOffset = 5
volumeOffset = sdOffset + PACKED_UUID_SIZE
sizeOffset = volumeOffset + PACKED_UUID_SIZE
volume = {}
volume['poolID'] = pool.spUUID
volume['domainID'] = misc.unpackUuid(
payload[sdOffset:sdOffset + PACKED_UUID_SIZE])
volume['volumeID'] = misc.unpackUuid(
payload[volumeOffset:volumeOffset + PACKED_UUID_SIZE])
size = int(payload[sizeOffset:sizeOffset + SIZE_CHARS], 16)
cls.log.info("processRequest: extending volume %s "
"in domain %s (pool %s) to size %d", volume['volumeID'],
volume['domainID'], volume['poolID'], size)
msg = None
try:
try:
pool.extendVolume(volume['domainID'], volume['volumeID'], size)
msg = SPM_Extend_Message(volume, size)
except:
cls.log.error("processRequest: Exception caught while trying "
"to extend volume: %s in domain: %s",
volume['volumeID'], volume['domainID'],
exc_info=True)
msg = SPM_Extend_Message(volume, 0)
finally:
pool.spmMailer.sendReply(msgID, msg)
return {'status': {'code': 0, 'message': 'Done'}}
def processRequest(cls, pool, msgID, payload):
cls.log.debug("processRequest, payload:" + repr(payload))
sdOffset = 5
volumeOffset = sdOffset + PACKED_UUID_SIZE
sizeOffset = volumeOffset + PACKED_UUID_SIZE
volume = {}
volume['poolID'] = pool.spUUID
volume['domainID'] = misc.unpackUuid(
payload[sdOffset:sdOffset + PACKED_UUID_SIZE])
volume['volumeID'] = misc.unpackUuid(
payload[volumeOffset:volumeOffset + PACKED_UUID_SIZE])
size = int(payload[sizeOffset:sizeOffset + SIZE_CHARS], 16)
cls.log.info("processRequest: extending volume %s "
"in domain %s (pool %s) to size %d", volume['volumeID'],
volume['domainID'], volume['poolID'], size)
msg = None
try:
try:
pool.extendVolume(volume['domainID'], volume['volumeID'], size)
msg = SPM_Extend_Message(volume, size)
except:
cls.log.error("processRequest: Exception caught while trying "
"to extend volume: %s in domain: %s",
volume['volumeID'], volume['domainID'],
exc_info=True)
msg = SPM_Extend_Message(volume, 0)
finally:
pool.spmMailer.sendReply(msgID, msg)
return {'status': {'code': 0, 'message': 'Done'}}
def test_pack_uuid_random():
# Use pseudo random numbers for repeatable tests results.
r = random.Random(42)
for i in range(1000):
u = str(uuid.UUID(int=r.randint(0, 2**128), version=4))
packed = misc.packUuid(u)
assert misc.unpackUuid(packed) == u
def test_pack_uuid_random():
# Use pseudo random numbers for repeatable tests results.
r = random.Random(42)
for i in range(1000):
u = str(uuid.UUID(int=r.randint(0, 2**128), version=4))
packed = misc.packUuid(u)
assert misc.unpackUuid(packed) == u
def test(self):
"""
Test that the uuid that was packed can be unpacked without being
changed
"""
for i in range(1000):
origUuid = str(uuid.uuid4())
packedUuid = misc.packUuid(origUuid)
self.assertEqual(misc.unpackUuid(packedUuid), origUuid)
def test(self):
"""
Test that the uuid that was packed can be unpacked without being
changed
"""
for i in range(1000):
origUuid = str(uuid.uuid4())
packedUuid = misc.packUuid(origUuid)
self.assertEquals(misc.unpackUuid(packedUuid), origUuid)
def test_pack_uuid(bytes, packed):
# Create uuid version 4 - note that this modifies the bytes so variant and
# version number set according to RFC 4122.
u = str(uuid.UUID(bytes=bytes, version=4))
assert misc.packUuid(u) == packed
assert misc.unpackUuid(packed) == u
def test_pack_uuid(bytes, packed):
# Create uuid version 4 - note that this modifies the bytes so variant and
# version number set according to RFC 4122.
u = str(uuid.UUID(bytes=bytes, version=4))
assert misc.packUuid(u) == packed
assert misc.unpackUuid(packed) == u
