def test_disk_uuids(self):
# Create a vm without a root disk and blank disk then attach another
# persistent disk. Then verify that only the uuids of the
# ephemeral and persistent disks are updated to match their cloud ids.
vm_wrapper = VmWrapper(self.host_client)
disk_id_root = new_id()
disk_id_ephemeral = new_id()
disk_id_persistent = new_id()
image = DiskImage("ttylinux", CloneType.COPY_ON_WRITE)
disks = [
Disk(disk_id_root,
self.DEFAULT_DISK_FLAVOR.name,
False,
True,
image=image,
capacity_gb=0,
flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(disk_id_ephemeral,
self.DEFAULT_DISK_FLAVOR.name,
True,
True,
capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR),
]
reservation = vm_wrapper.place_and_reserve(vm_disks=disks).reservation
request = vm_wrapper.create_request(res_id=reservation)
vm_id = vm_wrapper.create(request=request).vm.id
# create one persistent disk
disk = Disk(disk_id_persistent,
self.DEFAULT_DISK_FLAVOR.name,
True,
True,
capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR)
reservation = vm_wrapper.place_and_reserve(disk=disk).reservation
vm_wrapper.create_disk(disk, reservation, validate=True)
vm_wrapper.attach_disks(vm_id, [disk_id_persistent])
vim_vm = self.vim_client.get_vm(vm_id)
disk_uuid_map = dict([(dev.backing.uuid, dev.backing.fileName)
for dev in vim_vm.config.hardware.device
if isinstance(dev, vim.vm.device.VirtualDisk)])
# Assert that the UUID assigned to the ephemeral and persistent disks
# matches their ids
for disk_id in (disk_id_ephemeral, disk_id_persistent):
self.assertTrue(disk_id in disk_uuid_map
and disk_id in disk_uuid_map[disk_id])
# Assert that no such assignment is done for link-clone root disk.
self.assertFalse(disk_id_root in disk_uuid_map)
vm_wrapper.detach_disks(vm_id, [disk_id_persistent])
vm_wrapper.delete(request=vm_wrapper.delete_request())
vm_wrapper.delete_disks([disk_id_persistent], validate=True)
def _sample_vm(self):
flavor = Flavor(name="flavor", cost=[QuotaLineItem("a", "b", 1)])
disks = [
Disk(stable_uuid("%s-1" % id),
flavor,
False,
False,
1,
datastore=Datastore("ds1")),
Disk(stable_uuid("%s-2" % id),
flavor,
False,
False,
1,
datastore=Datastore("ds2")),
]
vm = Vm()
vm.id = id
vm.flavor = "flavor"
vm.flavor_info = flavor
vm.disks = disks
vm.state = State().STARTED
vm.datastore = Datastore("ds1")
return vm
def create_resource(self, id):
flavor = Flavor(name="flavor", cost=[QuotaLineItem("a", "b", 1)])
disks = [
Disk(stable_uuid("%s-1" % id),
flavor,
False,
False,
1,
datastore=Datastore("ds1")),
Disk(stable_uuid("%s-2" % id),
flavor,
False,
False,
1,
datastore=Datastore("ds2")),
]
vm = Vm()
vm.id = id
vm.flavor = "flavor"
vm.flavor_info = flavor
vm.state = State().STARTED
vm.datastore = Datastore("ds1")
resource = Resource(vm, disks)
return resource
def test_attach_detach_disks(self):
vm_wrapper = VmWrapper(self.host_client)
# create a vm without disk
reservation = vm_wrapper.place_and_reserve().reservation
request = vm_wrapper.create_request(res_id=reservation)
vm_id = vm_wrapper.create(request=request).vm.id
# create 3 disks
image = DiskImage("ttylinux", CloneType.FULL_COPY)
disks = [
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=image,
capacity_gb=0, flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, True, True,
capacity_gb=1, flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, True, True,
capacity_gb=1, flavor_info=self.DEFAULT_DISK_FLAVOR)
]
for disk in disks:
reservation = vm_wrapper.place_and_reserve(disk=disk).reservation
vm_wrapper.create_disk(disk, reservation, validate=True)
# attach disks
disk_ids = [disk.id for disk in disks]
vm_wrapper.attach_disks(vm_id, disk_ids)
# delete vm and disks
vm_wrapper.delete(request=vm_wrapper.delete_request(),
expect=Host.DeleteVmResultCode.OPERATION_NOT_ALLOWED)
vm_wrapper.detach_disks(vm_id, disk_ids)
vm_wrapper.delete(request=vm_wrapper.delete_request())
vm_wrapper.delete_disks([disk.id for disk in disks], validate=True)
def createVmResource(image):
disk = Disk()
disk.flavor = "some-disk-flavor"
disk.id = str(uuid.uuid4())
disk.persistent = False
disk.new_disk = True
disk.capacity_gb = 0
disk.image = DiskImage()
disk.image.id = image
disk.image.clone_type = CloneType.COPY_ON_WRITE
disk.flavor_info = Flavor()
disk.flavor_info.name = "some-disk-flavor"
disk.flavor_info.cost = []
vm = Vm()
vm.id = str(uuid.uuid4())
vm.flavor = "some-vm-flavor"
vm.state = State.STOPPED
vm.flavor_info = Flavor()
vm.flavor_info.name = "some-vm-flavor"
vm.flavor_info.cost = [
QuotaLineItem("vm.cpu", "1", QuotaUnit.COUNT),
QuotaLineItem("vm.memory", "0.5", QuotaUnit.GB)
]
vm.disks = [disk]
return vm
def createVmResource(image):
disk = Disk()
disk.flavor = "some-disk-flavor"
disk.id = str(uuid.uuid1())
disk.persistent = False
disk.new_disk = True
disk.capacity_gb = 0
disk.image = DiskImage()
disk.image.id = image
disk.image.clone_type = CloneType.COPY_ON_WRITE
disk.flavor_info = Flavor()
disk.flavor_info.name = "some-disk-flavor"
disk.flavor_info.cost = []
vm = Vm()
vm.id = str(uuid.uuid1())
vm.flavor = "some-vm-flavor"
vm.state = State.STOPPED
vm.flavor_info = Flavor()
vm.flavor_info.name = "some-vm-flavor"
vm.flavor_info.cost = [
QuotaLineItem("vm.cpu", "1", QuotaUnit.COUNT),
QuotaLineItem("vm.memory", "0.5", QuotaUnit.GB)]
vm.disks = [disk]
return vm
def createVmResource(image, network):
disk = Disk()
disk.flavor = "some-disk-flavor"
disk.id = str(uuid.uuid4())
disk.persistent = False
disk.new_disk = True
disk.capacity_gb = 0
disk.image = DiskImage()
disk.image.id = image
disk.image.clone_type = CloneType.COPY_ON_WRITE
disk.flavor_info = Flavor()
disk.flavor_info.name = "some-disk-flavor"
disk.flavor_info.cost = []
vm = Vm()
vm.id = str(uuid.uuid4())
vm.flavor = "some-vm-flavor"
vm.state = VmPowerState.STOPPED
vm.flavor_info = Flavor()
vm.flavor_info.name = "some-vm-flavor"
vm.flavor_info.cost = [
QuotaLineItem("vm.cpu", "1", QuotaUnit.COUNT),
QuotaLineItem("vm.memory", "0.5", QuotaUnit.GB),
]
vm.disks = [disk]
if network:
vm.resource_constraints = [ResourceConstraint(ResourceConstraintType.NETWORK, [network])]
return vm
def test_network(self):
vm_wrapper = VmWrapper(self.host_client)
image = DiskImage("ttylinux", CloneType.FULL_COPY)
disks = [
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=image, capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR),
]
# create disk
reservation = \
vm_wrapper.place_and_reserve(vm_disks=disks).reservation
# create vm with network info specified
ip = Ipv4Address("10.146.30.120", "255.255.255.0")
ip2 = Ipv4Address("10.146.30.121", "255.255.255.0")
# In a host simulator environment the vm network portgroup is
# named differently.
nic = [NicConnectionSpec("VM Network", ip),
NicConnectionSpec("VM Network", ip2)]
network = NetworkConnectionSpec(nic, "10.146.30.1")
request = vm_wrapper.create_request(res_id=reservation,
network=network)
vm_id = vm_wrapper.create(request=request).vm.id
response = vm_wrapper.get_network(vm_id=vm_id)
self.assertEqual(len(response.network_info), 2)
# delete the disk and the vm
vm_wrapper.delete(request=vm_wrapper.delete_request())
def test_batch_get_resources(self):
"""Test that the agent can return resources in batch."""
vms = []
for _ in xrange(2):
vm = VmWrapper(self.host_client)
image = DiskImage("ttylinux", CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=image, capacity_gb=0,
flavor_info=self.DEFAULT_DISK_FLAVOR)
]
reservation = vm.place_and_reserve(vm_disks=disks).reservation
request = vm.create_request(reservation)
vm.create(request=request)
vms.append((vm, disks))
request = GetResourcesRequest()
response = rpc_call(self.host_client.get_resources, request)
assert_that(response.result, is_(GetResourcesResultCode.OK))
assert_that(response.resources, has_len(2))
resources = {}
for resource in response.resources:
resources[resource.vm.id] = resource
for vm, disks in vms:
assert_that(resources, has_key(vm.id))
vm.delete(request=vm.delete_request())
def test_attach_detach_disks_vm_suspended(self):
vm_wrapper = VmWrapper(self.host_client)
# create a vm
vm_id = vm_wrapper.create().vm.id
# create a disk
disk = Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, True, True,
capacity_gb=1, flavor_info=self.DEFAULT_DISK_FLAVOR)
reservation = vm_wrapper.place_and_reserve(disk=disk).reservation
vm_wrapper.create_disk(disk, reservation, validate=True)
# suspend vm and attach disk should fail
vm_wrapper.power(Host.PowerVmOp.ON, Host.PowerVmOpResultCode.OK)
vm_wrapper.power(Host.PowerVmOp.SUSPEND, Host.PowerVmOpResultCode.OK)
vm_wrapper.attach_disks(vm_id, [disk.id], expect=Host.VmDiskOpResultCode.INVALID_VM_POWER_STATE)
# resume vm and attach disk
vm_wrapper.power(Host.PowerVmOp.RESUME, Host.PowerVmOpResultCode.OK)
vm_wrapper.attach_disks(vm_id, [disk.id])
# suspend vm and detach disk should fail
vm_wrapper.power(Host.PowerVmOp.SUSPEND, Host.PowerVmOpResultCode.OK)
vm_wrapper.detach_disks(vm_id, [disk.id], expect=Host.VmDiskOpResultCode.INVALID_VM_POWER_STATE)
# power off and detach disk
vm_wrapper.power(Host.PowerVmOp.OFF, Host.PowerVmOpResultCode.OK)
vm_wrapper.detach_disks(vm_id, [disk.id])
# clean up
vm_wrapper.delete_disks([disk.id])
vm_wrapper.delete()
def test_port_group(self):
# create vm with network_name (port_group) but without ip
vm_wrapper = VmWrapper(self.host_client)
image = DiskImage("ttylinux", CloneType.FULL_COPY)
disks = [
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=image, capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR),
]
# create disk
reservation = \
vm_wrapper.place_and_reserve(vm_disks=disks).reservation
# In a host simulator environment the vm network portgroup is
# named differently.
if self.agent_in_uwsim:
nic = [NicConnectionSpec("Virtual Machine Network"),
NicConnectionSpec("Virtual Machine Network")]
else:
nic = [NicConnectionSpec("VM Network"),
NicConnectionSpec("VM Network")]
network = NetworkConnectionSpec(nic, "10.146.30.1")
request = vm_wrapper.create_request(res_id=reservation,
network=network)
vm_id = vm_wrapper.create(request=request).vm.id
response = vm_wrapper.get_network(vm_id=vm_id)
self.assertEqual(len(response.network_info), 2)
# delete the disk and the vm
vm_wrapper.delete(request=vm_wrapper.delete_request())
def test_place_on_datastore_tag(self):
host_config_request = Host.GetConfigRequest()
res = self.host_client.get_host_config(host_config_request)
self.assertEqual(res.result, GetConfigResultCode.OK)
datastores = res.hostConfig.datastores
for datastore in datastores:
tag = self._type_to_tag(datastore.type)
if not tag:
continue
vm_wrapper = VmWrapper(self.host_client)
# Test place disks with only datastore constraint
disk = Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
False,
True,
capacity_gb=0)
resource_constraints = self._create_constraints([datastore.id], [])
vm_wrapper.place(vm_disks=[disk],
vm_constraints=resource_constraints)
# Test place disks with datastore and datastore tag constraint
disk = Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
False,
True,
capacity_gb=0)
resource_constraints = self._create_constraints([datastore.id],
[tag])
vm_wrapper.place(vm_disks=[disk],
vm_constraints=resource_constraints,
expect=PlaceResultCode.OK)
# Test place disks with the wrong datastore tag
for other_tag in self._other_tags(tag):
disk = Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
False,
True,
capacity_gb=0)
resource_constraints = self._create_constraints([datastore.id],
[other_tag])
vm_wrapper.place(vm_disks=[disk],
vm_constraints=resource_constraints,
expect=PlaceResultCode.NO_SUCH_RESOURCE)
def _place_request_with_params(self, ratio, min_fanout, max_fanout):
place_params = PlaceParams()
place_params.fanoutRatio = ratio
place_params.minFanoutCount = min_fanout
place_params.maxFanoutCount = max_fanout
place_request = PlaceRequest(resource=Resource(Vm(), [Disk()]),
leafSchedulerParams=place_params)
return place_request
def _test_create_vm_with_ephemeral_disks(self, image_id, concurrent=False,
new_client=False):
if new_client:
client = self.create_client()
else:
client = self.host_client
vm_wrapper = VmWrapper(client)
image = DiskImage(image_id, CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=image,
capacity_gb=0, flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, True, True,
capacity_gb=1, flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, True, True,
capacity_gb=1, flavor_info=self.DEFAULT_DISK_FLAVOR)
]
reservation = \
vm_wrapper.place_and_reserve(vm_disks=disks).reservation
request = vm_wrapper.create_request(res_id=reservation)
response = vm_wrapper.create(request=request)
assert_that(response.vm, not_none())
assert_that(response.vm.datastore, not_none())
assert_that(response.vm.datastore.id, not_none())
assert_that(response.vm.datastore.name, not_none())
rc = Host.PowerVmOpResultCode
op = Host.PowerVmOp
vm_wrapper.power(op.ON, rc.OK)
vm_wrapper.power(op.OFF, rc.OK)
vm_wrapper.delete(request=vm_wrapper.delete_request(disk_ids=[]))
# This is to test the image doesn't go away with the delete request,
# Otherwise this create vm request will fail.
if not concurrent:
# create the VM with new VM_ID
vm_wrapper = VmWrapper(client)
reservation = vm_wrapper.place_and_reserve(
vm_disks=disks).reservation
request = vm_wrapper.create_request(res_id=reservation)
vm_wrapper.create(request=request)
vm_wrapper.delete(request=vm_wrapper.delete_request(disk_ids=[]))
def createDisksResource():
disk = Disk()
disk.flavor = "some-disk-flavor"
disk.id = str(uuid.uuid4())
disk.persistent = True
disk.new_disk = True
disk.capacity_gb = 2
disk.flavor_info = Flavor()
disk.flavor_info.name = "some-disk-flavor"
disk.flavor_info.cost = []
return [disk]
def createDisksResource():
disk = Disk()
disk.flavor = "some-disk-flavor"
disk.id = str(uuid.uuid1())
disk.persistent = True
disk.new_disk = True
disk.capacity_gb = 2
return [disk]
def test_create_disk_from_image(self):
"""Test that the agent can clone images"""
vm = VmWrapper(self.host_client)
tests = [
{"im": DiskImage("invalid", CloneType.FULL_COPY),
"rc": CreateDiskResultCode.SYSTEM_ERROR},
{"im": None,
"rc": CreateDiskResultCode.OK},
{"im": DiskImage("ttylinux", CloneType.FULL_COPY),
"rc": CreateDiskResultCode.OK},
{"im": DiskImage("ttylinux", CloneType.COPY_ON_WRITE),
"rc": CreateDiskResultCode.SYSTEM_ERROR},
]
for test in tests:
disk = Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=test["im"], flavor_info=self.DEFAULT_DISK_FLAVOR)
if disk.image is None:
disk.capacity_gb = 1
else:
disk.capacity_gb = 0
reservation = vm.place_and_reserve(disks=[disk]).reservation
response = vm.create_disks([disk], reservation)
if test["rc"] == CreateDiskResultCode.OK:
assert_that(response.disk_errors, has_len(1))
assert_that(response.disk_errors, has_key(disk.id))
assert_that(response.disk_errors[disk.id].result,
is_(test["rc"]))
response = vm.delete_disks([disk.id])
assert_that(response.disk_errors, has_len(1))
assert_that(response.disk_errors, has_key(disk.id))
assert_that(response.disk_errors[disk.id].result,
is_(DeleteDiskResultCode.OK))
else:
assert_that(response.disk_errors, has_len(1))
assert_that(response.disk_errors, has_key(disk.id))
disk_error = response.disk_errors[disk.id]
assert_that(disk_error.result, is_(test["rc"]))
def test_force_delete_vm(self):
vm_wrapper = VmWrapper(self.host_client)
# create a vm without disk
reservation = vm_wrapper.place_and_reserve().reservation
request = vm_wrapper.create_request(res_id=reservation)
vm_id = vm_wrapper.create(request=request).vm.id
# create 2 disks
disks = [
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
True,
True,
capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
True,
True,
capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR)
]
for disk in disks:
reservation = vm_wrapper.place_and_reserve(disk=disk).reservation
vm_wrapper.create_disk(disk, reservation, validate=True)
# attach disks
disk_ids = [disk.id for disk in disks]
vm_wrapper.attach_disks(vm_id, disk_ids)
# delete vm fails without force
vm_wrapper.delete(request=vm_wrapper.delete_request(),
expect=Host.DeleteVmResultCode.OPERATION_NOT_ALLOWED)
# delete vm with force succeeds
vm_wrapper.delete(request=vm_wrapper.delete_request(force=True))
for disk_id in disk_ids:
vm_wrapper.get_disk(disk_id, expect_found=False)
def test_create_delete_disks(self):
"""Test that the agent can create and delete disks."""
vm = VmWrapper(self.host_client)
rc = Host.CreateDisksResultCode
disk_1 = new_id()
disk_2 = new_id()
disks = [
Disk(disk_1, self.DEFAULT_DISK_FLAVOR.name, True, True,
capacity_gb=1, flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(disk_2, self.DEFAULT_DISK_FLAVOR.name, True, True,
capacity_gb=1, flavor_info=self.DEFAULT_DISK_FLAVOR),
]
# Invalid reservation id
vm.create_disks(disks, new_id(), expect=rc.INVALID_RESERVATION)
# Valid disk flavor
response = vm.place_and_reserve(disks=disks)
reservation = response.reservation
# Create 2 disks
vm.create_disks(disks, reservation, validate=True)
# Delete 2 disks: 1 - valid, 2 - valid
disk_ids = [disk_1, disk_2]
vm.delete_disks(disk_ids, validate=True)
# Delete 2 disks: 1 - invalid (deleted), 2 - invalid (deleted)
response = vm.delete_disks(disk_ids)
assert_that(len(response.disk_errors), equal_to(2))
assert_that(response.disk_errors, has_key(disk_1))
assert_that(response.disk_errors[disk_1].result,
is_(DeleteDiskResultCode.SYSTEM_ERROR))
assert_that(response.disk_errors, has_key(disk_2))
assert_that(response.disk_errors[disk_2].result,
is_(DeleteDiskResultCode.SYSTEM_ERROR))
def createDisksResource():
disk = Disk()
disk.flavor = "some-disk-flavor"
disk.id = str(uuid.uuid4())
disk.persistent = True
disk.new_disk = True
disk.capacity_gb = 2
disk.flavor_info = Flavor()
disk.flavor_info.name = "some-disk-flavor"
disk.flavor_info.cost = []
return [disk]
def createDisksResource():
disk = Disk()
disk.flavor = "some-disk-flavor"
disk.id = str(uuid.uuid1())
disk.persistent = True
disk.new_disk = True
disk.capacity_gb = 2
return [disk]
def test_get_image_info(self):
datastore = self._find_configured_datastore_in_host_config()
request = ImageInfoRequest(image_id="ttylinux",
datastore_id=datastore.id)
response = self.host_client.get_image_info(request)
assert_that(response.result, is_(ImageInfoResultCode.OK))
assert_that(response.image_info.tombstone, is_(False))
if response.image_info.last_updated_time != NEVER_UPDATED:
assert_that(response.image_info.last_updated_time, matches_regexp(
self.REGEX_TIME)
)
assert_that(response.image_info.created_time, matches_regexp(
self.REGEX_TIME)
)
assert_that(response.image_info.vm_ids, has_length(
response.image_info.ref_count))
assert_that(response.image_info.type, is_(ImageType.CLOUD))
assert_that(response.image_info.replication, is_(
ImageReplication.EAGER))
vm_wrapper = VmWrapper(self.host_client)
image = DiskImage("ttylinux", CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=image,
capacity_gb=0, flavor_info=self.DEFAULT_DISK_FLAVOR),
]
reservation = \
vm_wrapper.place_and_reserve(vm_disks=disks).reservation
request = vm_wrapper.create_request(res_id=reservation)
response = vm_wrapper.create(request=request)
assert_that(response.vm, not_none())
request = ImageInfoRequest(image_id="ttylinux",
datastore_id=datastore.id)
response = self.host_client.get_image_info(request)
assert_that(response.result, is_(ImageInfoResultCode.OK))
assert_that(response.image_info.tombstone, is_(False))
assert_that(len(response.image_info.vm_ids),
is_(response.image_info.ref_count))
assert_that(response.image_info.vm_ids, has_length(
response.image_info.ref_count))
vm_wrapper.delete(request=vm_wrapper.delete_request(disk_ids=[]))
def test_default_network(self):
vm_wrapper = VmWrapper(self.host_client)
image = DiskImage("ttylinux", CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=image, capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR),
]
# create disk
reservation = vm_wrapper.place_and_reserve(vm_disks=disks).reservation
# create vm without network info specified
request = vm_wrapper.create_request(res_id=reservation)
vm_id = vm_wrapper.create(request=request).vm.id
result = vm_wrapper.get_network(vm_id=vm_id)
assert_that(len(result.network_info), is_(1))
assert_that(result.network_info[0].network == "VM Network")
# delete the disk and the vm
vm_wrapper.delete(request=vm_wrapper.delete_request())
def _place_request(self):
return PlaceRequest(resource=Resource(Vm(), [Disk()]))
def test_reserve_vm(self):
disk_ids = ["disk_id_1", "disk_id_2", "disk_id_3"]
datastore_ids = ["datastore_1", "datastore_2", "datastore_3"]
disk_flavor = "disk_flavor_1"
networks = ["net_1", "net_2"]
vm_flavor = "vm_flavor_1"
vm_id = "vm_id_1"
def reserve_vm_validate(vm, disks):
assert_that(vm)
assert_that(not disks)
assert_that(vm.id, equal_to(vm_id))
# Check VM placement
vm_placement = vm.placement
assert_that(vm_placement is not None)
assert_that(vm_placement.type is ResourcePlacementType.VM)
assert_that(vm_placement.resource_id, equal_to(vm_id))
assert_that(vm_placement.container_id, equal_to(datastore_ids[0]))
# Check VM networks
vm_networks = vm.networks
assert_that(vm_networks is not None)
assert_that(set(networks), equal_to(set(vm_networks)))
disks = vm.disks
assert_that(len(disks) is 3)
disk_index = 0
for vm_disk in disks:
assert_that(vm_disk.id, equal_to(disk_ids[disk_index]))
assert_that(vm_disk.placement is not None)
disk_placement = vm_disk.placement
assert_that(disk_placement.type is ResourcePlacementType.DISK)
assert_that(disk_placement.resource_id, equal_to(vm_disk.id))
assert_that(disk_placement.container_id,
equal_to(datastore_ids[disk_index]))
disk_index += 1
return "reservation_id"
handler = HostHandler(MagicMock())
mocked_reserve = MagicMock()
mocked_reserve.side_effect = reserve_vm_validate
handler.hypervisor.placement_manager = MagicMock()
handler.hypervisor.placement_manager.reserve = mocked_reserve
placements = []
# Add VM placement info
placement = ResourcePlacement()
placement.type = ResourcePlacementType.VM
placement.resource_id = vm_id
placement.container_id = datastore_ids[0]
placements.append(placement)
# Add Network placement info : net_1
placement = ResourcePlacement()
placement.type = ResourcePlacementType.NETWORK
placement.resource_id = vm_id
placement.container_id = networks[0]
placements.append(placement)
# Add Network placement info : net_2
placement = ResourcePlacement()
placement.type = ResourcePlacementType.NETWORK
placement.resource_id = vm_id
placement.container_id = networks[1]
placements.append(placement)
# Add disks placement info
index = 0
for disk_id in disk_ids:
placement = ResourcePlacement()
placement.type = ResourcePlacementType.DISK
placement.container_id = datastore_ids[index]
index += 1
placement.resource_id = disk_id
placements.append(placement)
placement_list = ResourcePlacementList(placements)
disk_flavor_info = Flavor(name=disk_flavor,
cost=[QuotaLineItem("size", "1", 1)])
disks = []
for disk_id in disk_ids:
disk = Disk(id=disk_id,
flavor=disk_flavor,
persistent=True,
new_disk=True,
capacity_gb=2,
flavor_info=disk_flavor_info)
disks.append(disk)
vm_flavor_info = Flavor(name=vm_flavor,
cost=[QuotaLineItem("cpu", "1", 5)])
vm = Vm(vm_id, vm_flavor, State.STOPPED, None, None, disks,
vm_flavor_info)
request = ReserveRequest()
request.generation = 1
request.resource = Resource(vm=vm,
disks=None,
placement_list=placement_list)
response = handler.reserve(request)
assert_that(response.result, equal_to(ReserveResultCode.OK))
# test reserve under entering-maintenance-mode and maintenance mode
state = common.services.get(ServiceName.MODE)
state.set_mode(MODE.ENTERING_MAINTENANCE)
request = MagicMock()
response = handler.reserve(request)
assert_that(response.result,
equal_to(ReserveResultCode.OPERATION_NOT_ALLOWED))
state.set_mode(MODE.MAINTENANCE)
response = handler.reserve(request)
assert_that(response.result,
equal_to(ReserveResultCode.OPERATION_NOT_ALLOWED))
def test_reserve_disk(self, constraint_value, placement_id, expected):
disk_id = "disk_id_1"
disk_flavor = "disk_flavor_1"
def reserve_disk_validate(vm, disks):
assert_that(vm is None)
assert isinstance(disks, list)
assert_that(len(disks) is 1)
disk = disks[0]
assert isinstance(disk, HostDisk)
assert_that(disk.id, equal_to(disk_id))
assert_that(disk.flavor.name, equal_to(disk_flavor))
reserve_constraints = disk.constraints
if reserve_constraints:
assert isinstance(reserve_constraints, list)
assert_that(len(reserve_constraints) is 1)
reserve_constraint = reserve_constraints[0]
assert_that(
reserve_constraint.type is ResourceConstraintType.DATASTORE
)
assert_that(reserve_constraint.values, equal_to([
expected,
]))
reserve_placement = disk.placement
if reserve_placement:
assert_that(
reserve_placement.type is ResourcePlacementType.DISK)
assert_that(reserve_placement.resource_id, equal_to(disk_id))
assert_that(reserve_placement.container_id, equal_to(expected))
return "reservation_id"
handler = HostHandler(MagicMock())
mocked_reserve = MagicMock()
mocked_reserve.side_effect = reserve_disk_validate
handler.hypervisor.placement_manager = MagicMock()
handler.hypervisor.placement_manager.reserve = mocked_reserve
constraints = None
placement_list = None
if constraint_value:
constraint = ResourceConstraint()
constraint.values = [constraint_value]
constraint.type = ResourceConstraintType.DATASTORE
constraints = [constraint]
if placement_id:
placement = ResourcePlacement()
placement.type = ResourcePlacementType.DISK
placement.container_id = placement_id
placement.resource_id = disk_id
placement_list = ResourcePlacementList([placement])
flavor_info = Flavor(name=disk_flavor,
cost=[QuotaLineItem("a", "b", 1)])
disk = Disk(id=disk_id,
flavor=disk_flavor,
persistent=True,
new_disk=True,
capacity_gb=2,
flavor_info=flavor_info,
resource_constraints=constraints)
request = ReserveRequest()
request.generation = 1
request.resource = Resource(vm=None,
disks=[disk],
placement_list=placement_list)
response = handler.reserve(request)
assert_that(response.result, equal_to(ReserveResultCode.OK))
def test_create_image_from_vm(self):
""" Integration test for creating an image from a VM """
img_id = "test-new-im-from-vm-%s" % new_id()
tmp_img_id = "-tmp-" + img_id
tmp_image, ds = self._create_test_image(tmp_img_id)
tmp_image_path = datastore_path(ds.id, "image_" + tmp_img_id)
src_vmdk = vmdk_path(ds.id, tmp_img_id, IMAGE_FOLDER_NAME_PREFIX)
vm_wrapper = VmWrapper(self.host_client)
try:
self._manage_disk(vim.VirtualDiskManager.DeleteVirtualDisk_Task,
name=src_vmdk)
except:
logger.error("Error deleting vmdk when setting up tmp image %s" %
src_vmdk,
exc_info=True)
raise
dst_image = Image(img_id, ds)
image = DiskImage("ttylinux", CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
False,
True,
image=image,
capacity_gb=0,
flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
True,
True,
capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
True,
True,
capacity_gb=2,
flavor_info=self.DEFAULT_DISK_FLAVOR)
]
reservation = vm_wrapper.place_and_reserve(vm_disks=disks).reservation
request = vm_wrapper.create_request(res_id=reservation)
vm_wrapper.create(request=request)
# VM in wrong state
vm_wrapper.power(Host.PowerVmOp.ON, Host.PowerVmOpResultCode.OK)
time.sleep(10)
vm_wrapper.create_image_from_vm(
image_id=img_id,
datastore=ds.id,
tmp_image_path=tmp_image_path,
expect=Host.CreateImageFromVmResultCode.INVALID_VM_POWER_STATE)
vm_wrapper.power(Host.PowerVmOp.OFF, Host.PowerVmOpResultCode.OK)
time.sleep(10)
# Happy case
vm_wrapper.create_image_from_vm(
image_id=img_id,
datastore=ds.id,
tmp_image_path=tmp_image_path,
expect=Host.CreateImageFromVmResultCode.OK)
request = Host.GetImagesRequest(ds.id)
response = self.host_client.get_images(request)
assert_that(response.result, is_(GetImagesResultCode.OK))
assert_that(response.image_ids, has_item(img_id))
# Issue another create call and it should fail as the source doesn't
# exist.
req = FinalizeImageRequest(image_id=img_id,
datastore=ds.id,
tmp_image_path=tmp_image_path)
response = self.host_client.finalize_image(req)
self.assertEqual(response.result,
FinalizeImageResultCode.IMAGE_NOT_FOUND)
# Verify that we fail if the destination already exists.
tmp_image, ds = self._create_test_image(tmp_img_id)
vm_wrapper.create_image_from_vm(
image_id=tmp_img_id,
datastore=ds.id,
tmp_image_path=tmp_image_path,
expect=Host.CreateImageFromVmResultCode.IMAGE_ALREADY_EXIST)
vm_wrapper.delete()
# VM to create image from is gone.
vm_wrapper.create_image_from_vm(
image_id=img_id,
datastore=ds.id,
tmp_image_path=tmp_image_path,
expect=Host.CreateImageFromVmResultCode.VM_NOT_FOUND)
# Create a VM using the new image created
vm_wrapper2 = VmWrapper(self.host_client)
image = DiskImage(img_id, CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
False,
True,
image=image,
capacity_gb=0,
flavor_info=self.DEFAULT_DISK_FLAVOR),
]
reservation = vm_wrapper2.place_and_reserve(vm_disks=disks).reservation
request = vm_wrapper2.create_request(res_id=reservation)
vm_wrapper2.create(request=request)
vm_wrapper2.power(Host.PowerVmOp.ON, Host.PowerVmOpResultCode.OK)
vm_wrapper2.power(Host.PowerVmOp.OFF, Host.PowerVmOpResultCode.OK)
vm_wrapper2.delete()
# cleanup
self._delete_image(dst_image)
def test_attach_cdrom(self):
"""
Tests attach iso code path.
1. Attach an iso to a non existent VM. Check correct error
2. Attach a non existent iso file to a valid VM. Check correct error
3. Attach a real iso if specified to a VM. Verify it succeeds.
Test should pass the iso path as [datastore_name]/path/to/iso.iso
"""
if not self._remote_iso_file:
raise SkipTest("ISO file on server not provided")
si = self.get_service_instance()
file_manager = si.RetrieveContent().fileManager
iso_path = self._generate_new_iso_ds_path()
iso_path_2 = self._generate_new_iso_ds_path()
vm_wrapper = VmWrapper(self.host_client)
image = DiskImage("ttylinux", CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(),
"default",
False,
True,
image=image,
capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR),
]
# Create disk and VM.
reservation = vm_wrapper.place_and_reserve(vm_disks=disks).reservation
request = vm_wrapper.create_request(res_id=reservation)
vm_id = vm_wrapper.create(request=request).vm.id
# Verify the result when the VM is not found.
fake_id = str(uuid.uuid4())
vm_wrapper.attach_iso(fake_id, "/tmp/foo.iso",
Host.AttachISOResultCode.VM_NOT_FOUND)
# Verify the result when the the iso doesn't exist.
vm_wrapper.attach_iso(vm_id, "/tmp/foo.iso",
Host.AttachISOResultCode.SYSTEM_ERROR)
self._make_new_iso_copy(file_manager, iso_path)
self._make_new_iso_copy(file_manager, iso_path_2)
# Doing enough attaches will indirectly verify that we do not grow the
# device list on reattach.
for i in xrange(3):
# verify attach works
vm_wrapper.attach_iso(vm_id, iso_path)
# verify re-attach to another iso works
vm_wrapper.attach_iso(vm_id, iso_path_2)
vm_wrapper.power(Host.PowerVmOp.ON)
# Verify reattach fails when vm is powered on.
vm_wrapper.attach_iso(vm_id, iso_path,
Host.AttachISOResultCode.ISO_ATTACHED_ERROR)
vm_wrapper.power(Host.PowerVmOp.OFF)
vm_wrapper.detach_iso(vm_id, True)
vm_wrapper.attach_iso(vm_id, iso_path)
vm_wrapper.detach_iso(vm_id, True)
self.clear()
def test_start_image_scanner(self):
"""
Test image scanner. Make sure the idle images are reported correctly.
"""
datastore = self._find_configured_datastore_in_host_config()
image_id_1 = new_id()
dst_image_1, _ = self._create_test_image(image_id_1)
image_id_2 = new_id()
dst_image_2, _ = self._create_test_image(image_id_2)
disk_image_2 = DiskImage(image_id_2, CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
False,
True,
image=disk_image_2,
capacity_gb=0,
flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
True,
True,
capacity_gb=1,
flavor_info=self.DEFAULT_DISK_FLAVOR),
Disk(new_id(),
self.DEFAULT_DISK_FLAVOR.name,
True,
True,
capacity_gb=2,
flavor_info=self.DEFAULT_DISK_FLAVOR)
]
vm_wrapper = VmWrapper(self.host_client)
reservation = vm_wrapper.place_and_reserve(vm_disks=disks).reservation
request = vm_wrapper.create_request(res_id=reservation)
vm_wrapper.create(request=request)
logger.info("Image scan, Vm id: %s" % vm_wrapper.id)
# Start image scanner
start_scan_request = StartImageScanRequest()
start_scan_request.datastore_id = datastore.id
start_scan_request.scan_rate = 600
start_scan_request.timeout = 30
start_scan_response = self.host_client.start_image_scan(
start_scan_request)
self.assertEqual(start_scan_response.result,
StartImageOperationResultCode.OK)
self._get_and_check_inactive_images(datastore.id, image_id_1, True)
get_inactive_images_response = self._get_and_check_inactive_images(
datastore.id, image_id_2, False)
# Start image sweeper
start_sweep_request = StartImageSweepRequest()
start_sweep_request.datastore_id = datastore.id
start_sweep_request.image_descs = get_inactive_images_response.image_descs
start_sweep_request.sweep_rate = 600
start_sweep_request.timeout = 30
start_sweep_request.grace_period = 0
start_sweep_response = self.host_client.start_image_sweep(
start_sweep_request)
self.assertEqual(start_sweep_response.result,
StartImageOperationResultCode.OK)
self._get_and_check_deleted_images(datastore.id, image_id_1, True)
# cleanup
vm_wrapper.delete()
self._delete_image(dst_image_1,
DeleteDirectoryResultCode.DIRECTORY_NOT_FOUND)
self._delete_image(dst_image_2)
def test_copy_image_get_images(self):
datastore = self._find_configured_datastore_in_host_config()
assert_that(datastore, not_none())
# ttylinux is the default image that is copied to datastore1
# when agent starts
src_image = Image("ttylinux", datastore)
dst_image = Image("test-copy-image", datastore)
# verify test-copy-image is not in datastore
request = Host.GetImagesRequest(datastore.id)
response = self.host_client.get_images(request)
assert_that(response.result, is_(GetImagesResultCode.OK))
assert_that(response.image_ids, has_item("ttylinux"))
assert_that(response.image_ids, not(has_item("test-copy-image")))
image_number = len(response.image_ids)
# Copy image
request = Host.CopyImageRequest(src_image, dst_image)
response = self.host_client.copy_image(request)
assert_that(response.result, is_(CopyImageResultCode.OK))
# Copy image the second time should return DESTINATION_ALREADY_EXIST
request = Host.CopyImageRequest(src_image, dst_image)
response = self.host_client.copy_image(request)
assert_that(response.result,
is_(CopyImageResultCode.DESTINATION_ALREADY_EXIST))
# Verify test-copy-image is in datastore
request = Host.GetImagesRequest(datastore.id)
response = self.host_client.get_images(request)
assert_that(response.result, is_(GetImagesResultCode.OK))
assert_that(response.image_ids, has_item("ttylinux"))
assert_that(response.image_ids, has_item("test-copy-image"))
assert_that(response.image_ids, has_length(image_number + 1))
# Create VM
image = DiskImage("test-copy-image", CloneType.COPY_ON_WRITE)
disks = [
Disk(new_id(), self.DEFAULT_DISK_FLAVOR.name, False, True,
image=image,
capacity_gb=0, flavor_info=self.DEFAULT_DISK_FLAVOR),
]
vm_wrapper = VmWrapper(self.host_client)
reservation = vm_wrapper.place_and_reserve(vm_disks=disks).reservation
request = vm_wrapper.create_request(res_id=reservation)
response = vm_wrapper.create(request=request)
assert_that(response.vm, not_none())
# Delete VM
vm_wrapper.delete(request=vm_wrapper.delete_request(disk_ids=[]))
# Verify test-copy-image is in datastore
request = Host.GetImagesRequest(datastore.id)
response = self.host_client.get_images(request)
assert_that(response.result, is_(GetImagesResultCode.OK))
assert_that(response.image_ids, has_item("ttylinux"))
assert_that(response.image_ids, has_item("test-copy-image"))
assert_that(response.image_ids, has_length(image_number + 1))
# Copy image using datastore with name as id should succeed
# This datastore object uses the datastore name as its id
datastore.id = datastore.name
dst_image2 = Image("test-copy-image2", datastore)
request = Host.CopyImageRequest(src_image, dst_image2)
response = self.host_client.copy_image(request)
assert_that(response.result, is_(CopyImageResultCode.OK))
# Clean destination image
self._delete_image(dst_image)
self._delete_image(dst_image2)
def __init__(self, requests_file):
self.requests = []
content = open(Universe.get_path(requests_file), 'r').read()
requests = yaml.load(content)
request_id = 1
disk_id = 1
if 'auto' in requests:
requests = self.generate_requests(requests['auto'])
for request in requests:
place_request = PlaceRequest()
resource = Resource()
resource.disks = []
env_info = {}
if 'vm' in request:
resource.vm = Vm()
# Make the vm id look like a uuid by zero-padding. Otherwise
# reference counting doesn't work.
resource.vm.id = "{0:032d}".format(request_id)
resource.vm.state = State.STARTED
flavor = Universe.vm_flavors[request['vm']['flavor']]
resource.vm.flavor = flavor.name
resource.vm.flavor_info = flavor.to_thrift()
resource.vm.disks = []
if 'constraints' in request:
constraints = []
for c in request['constraints']:
constraint = ResourceConstraint()
constraint.type = RCT._NAMES_TO_VALUES[c['type']]
constraint.values = c['values']
if 'negative' in c:
constraint.negative = c['negative']
else:
constraint.negative = False
constraints.append(constraint)
if constraints:
resource.vm.resource_constraints = constraints
if 'load' in request['vm']:
env_info['mem_load'] = request['vm']['load']['mem']
if 'disks' in request:
for d in request['disks']:
disk = Disk()
flavor = Universe.ephemeral_disk_flavors[d['flavor']]
disk.flavor = flavor.name
disk.flavor_info = flavor.to_thrift()
disk.id = str(disk_id)
disk.persistent = False
disk.new_disk = True
disk.capacity_gb = 1024 # hard coded in FakeVmManager
disk_id += 1
resource.vm.disks.append(disk)
place_request.resource = resource
tracing_info = TracingInfo()
tracing_info.request_id = request_id
place_request.tracing_info = tracing_info
request_id += 1
self.requests.append(PsimVmRequest(place_request, env_info))
def __init__(self, requests_file):
self.requests = []
content = open(Universe.get_path(requests_file), 'r').read()
requests = yaml.load(content)
request_id = 1
disk_id = 1
if 'auto' in requests:
requests = self.generate_requests(requests['auto'])
for request in requests:
place_request = PlaceRequest()
resource = Resource()
resource.disks = []
env_info = {}
if 'vm' in request:
resource.vm = Vm()
# Make the vm id look like a uuid by zero-padding. Otherwise
# reference counting doesn't work.
resource.vm.id = "{0:032d}".format(request_id)
resource.vm.state = State.STARTED
flavor = Universe.vm_flavors[request['vm']['flavor']]
resource.vm.flavor = flavor.name
resource.vm.flavor_info = flavor.to_thrift()
resource.vm.disks = []
if 'constraints' in request:
constraints = []
for c in request['constraints']:
constraint = ResourceConstraint()
constraint.type = RCT._NAMES_TO_VALUES[c['type']]
constraint.values = c['values']
if 'negative' in c:
constraint.negative = c['negative']
else:
constraint.negative = False
constraints.append(constraint)
if constraints:
resource.vm.resource_constraints = constraints
if 'load' in request['vm']:
env_info['mem_load'] = request['vm']['load']['mem']
if 'disks' in request:
for d in request['disks']:
disk = Disk()
flavor = Universe.ephemeral_disk_flavors[d['flavor']]
disk.flavor = flavor.name
disk.flavor_info = flavor.to_thrift()
disk.id = str(disk_id)
disk.persistent = False
disk.new_disk = True
disk.capacity_gb = 1024 # hard coded in FakeVmManager
disk_id += 1
resource.vm.disks.append(disk)
place_request.resource = resource
tracing_info = TracingInfo()
tracing_info.request_id = request_id
place_request.tracing_info = tracing_info
request_id += 1
self.requests.append(PsimVmRequest(place_request, env_info))
