def test_resize_server_revert(self):
"""Verify that a re-sized server can be reverted."""
# Resize the server and wait for it to finish
new_flavor = self.os.flavors.get(2)
self.server.resize(new_flavor)
# Let the resize-confirm register or self.os.serves.get will
# raise an exception
time.sleep(2)
# Create list of states
states = utils.StatusTracker('active', 'resize-confirm')
# Wait for server to transition to next state and make sure it
# went to the correct one
dtutil.assert_is(True,
states.waitForState(self.os.servers.get,
'status', self.server))
# Revert the resize
self.server.revert_resize()
# Check that the was reverted to its original flavor
self.server = self.os.servers.get(self.server)
dtutil.assert_equal(new_flavor.id, self.server.flavorId)
def test_snap_and_restore(self):
"""Verify that a server is snapped and rebuilt from that snap"""
states = utils.StatusTracker('active', 'queued', 'preparing',
'saving', 'active')
# Make a backup image for the server
backup_image = self.os.images.create(server=self.server,
name="backup")
dtutil.assert_is(True,
states.waitForState(self.os.images.get,
'status', backup_image))
# wrap it in a try so that we can clean up afterwards
try:
dtutil.assert_equal(backup_image.name, "backup")
# Finally, rebuild from the image
states = utils.StatusTracker('active', 'build', 'active')
self.os.servers.rebuild(self.server.id, backup_image.id)
dtutil.assert_is(True,
states.waitForState(self.os.servers.get,
'status', self.server))
created_server = self.os.servers.get(self.server.id)
# This has the original image_id out of convention.
image = self.os.images.get(created_server.imageId)
dtutil.assert_equal(backup_image.name, image.name)
finally:
# delete the image
self.glance_connection.delete_image(backup_image)
def test_update_server_name(self):
"""Verify that a server's name can be modified."""
server = self.server
self.os.servers.update(server=server.id, name="modifiedName")
# Verify the server's name has changed
updated_server = self.os.servers.get(server)
dtutil.assert_equal("modifiedName", updated_server.name)
def test_get_server(self):
"""Test that the expected server details are returned."""
# Verify the server fields are correct
flavor = self.os.flavors.get(self.flavor)
image = self.os.images.get(self.image)
server = self.os.servers.get(self.server)
dtutil.assert_equal(int(image.id), int(server.imageId))
dtutil.assert_equal(int(flavor.id), int(server.flavorId))
def test_create_server_image(self):
"""Verify a backup image for a server can be created."""
# Set legal states
states = utils.StatusTracker('active', 'queued', 'preparing',
'saving', 'active')
# Make a backup image for the server
backup_image = self.os.images.create(server=self.server,
name="backup")
dtutil.assert_is(True,
states.waitForState(self.os.images.get,
'status', backup_image))
dtutil.assert_equal(backup_image.name, "backup")
# Cleanup
self.os.images.delete(backup_image)
def test_list(self):
"""Test that images can be listed."""
# See if we can retrieve the list of images
images = self.os.images.list()
# Do we have a list?
dtutil.assert_not_equal(len(images), 0)
# Let's see if our test image is in the list
foundimg = False
for img in images:
if img.id == self._image_id:
dtutil.assert_equal(img.name, self._image_name)
dtutil.assert_equal(img.status, 'ACTIVE')
foundimg = True
# Did we actually find the image we were looking for?
dtutil.assert_true(foundimg)
def test_get(self):
"""Test that we can get the details of a given flavor."""
# Check the flavors
for exemplar in self.recognized_flavors.values():
flav = self.os.flavors.get(exemplar['id'])
# Check that all the details match
dtutil.assert_equal(exemplar['id'], flav.id)
dtutil.assert_equal(exemplar['name'], flav.name)
dtutil.assert_equal(exemplar['ram'], flav.ram)
dtutil.assert_equal(exemplar['disk'], flav.disk)
def test_sample(self):
"""Test that we can do sample."""
## You don't *have* to declare a doc string, but it's good
## practice.
## Here we're making a "sample_call()", passing self.token as
## the authentication token. For available calls and the
## order of arguments, check out ksapi.py. The return value
## will be an httplib.HTTPResponse object with additional
## 'body' (str) and 'obj' (dict) attributes. If a status code
## greater than or equal to 400 is returned from the other
## end, an exception will be raised; the response will be
## attached to the 'response' attribute of the exception, and
## the status will be on the 'status' attribute of the
## exception. Note that redirects are followed.
resp = self.ks.sample_call(self.token, 'argument 1', 'argument 2')
# Verify that resp is correct
util.assert_equal(resp.status, 200)
util.assert_in('sample', resp.obj)
def test_create_delete_server(self):
"""Verify that a server is created and that it is deleted."""
# Setup
server_name = self.randName()
new_server = self.create_server(server_name, FLAGS.image, FLAGS.flavor)
# Legal states...
states = utils.StatusTracker("active", "build", "active")
# Wait for server to transition to next state and make sure it
# went to the correct one
dtutil.assert_is(True, states.waitForState(self.os.servers.get, "status", new_server))
# Verify the server was created correctly
created_server = self.os.servers.get(new_server.id)
dtutil.assert_equal(server_name, created_server.name)
# Delete the server. The delete testing is moved to
# test_delete
new_server.delete()
def test_resize_server_confirm(self):
"""Verify that the flavor of a server can be changed."""
# Resize the server and wait for it to finish
new_flavor = self.os.flavors.get(2)
self.server.resize(new_flavor)
# Legal states...
states = utils.StatusTracker('active', 'resize-confirm')
# Wait for server to transition to next state and make sure it
# went to the correct one
dtutil.assert_is(True,
states.waitForState(self.os.servers.get,
'status', self.server))
# Confirm the resize
self.server.confirm_resize()
# Check that server's flavor has changed
self.server = self.os.servers.get(self.server)
dtutil.assert_equal(new_flavor.id, self.server.flavorId)
def test_authenticate(self):
"""Test that we can authenticate using Keystone."""
# Issue the authentication request
resp = self.ks.authenticate(base.options.username,
base.options.password)
# Verify that resp is correct
util.assert_equal(resp.status, 200)
util.assert_in('auth', resp.obj)
util.assert_in('token', resp.obj['auth'])
util.assert_in('expires', resp.obj['auth']['token'])
util.assert_in('id', resp.obj['auth']['token'])
# util.assert_in('user', resp.obj['auth'])
# util.assert_in('username', resp.obj['auth']['user'])
# util.assert_in('tenantId', resp.obj['auth']['user'])
# util.assert_equal(resp.obj['auth']['user']['username'],
# base.options.username)
# Now ensure we can revoke an authentication token
auth_tok = resp.obj['auth']['token']['id']
resp = self.ks.revoke_token(auth_tok, auth_tok)
util.assert_equal(resp.status, 204)
def test_rebuild_server(self):
"""Verify that a server is created, rebuilt, and then deleted."""
# Trigger a rebuild
self.os.servers.rebuild(self.server.id, FLAGS.image)
# Must wait for the rebuild to start, or self.os.servers.get
# throws an exception
time.sleep(4)
# Legal states...
states = utils.StatusTracker('active', 'build', 'active')
# Wait for server to transition to next state and make sure it
# went to the correct one
dtutil.assert_is(True,
states.waitForState(self.os.servers.get,
'status', self.server))
# Verify that rebuild acted correctly
created_server = self.os.servers.get(self.server.id)
img = self.os.images.get(FLAGS.image)
dtutil.assert_equal(img.id, created_server.imageId)
def test_get(self):
"""Test that we can get the details of a given image."""
# Let's try to get our test image
img = self.os.images.get(self._image_id)
# Check that all the details match
dtutil.assert_equal(img.id, self._image_id)
dtutil.assert_equal(img.name, self._image_name)
dtutil.assert_equal(img.status, 'ACTIVE')
def test_list(self):
"""Test that flavors can be listed."""
# See if we can retrieve the list of flavors
flavors = self.os.flavors.list()
# Do we have a list?
dtutil.assert_not_equal(len(flavors), 0)
# Let's see if some of our base-line flavors are present
foundflav = 0
for flav in flavors:
if flav.name in self.recognized_flavors:
exemplar = self.recognized_flavors[flav.name]
dtutil.assert_equal(flav.id, exemplar['id'])
dtutil.assert_equal(flav.ram, exemplar['ram'])
dtutil.assert_equal(flav.disk, exemplar['disk'])
foundflav += 1
# Make sure we found our flavors
dtutil.assert_equal(len(self.recognized_flavors), foundflav)
def test_create_and_delete(self):
"""Test that an image can be created and deleted."""
name = self.randName(prefix="create_delete_image_")
# Create a new image
new_meta = self.create_glance_image(file_name=FLAGS.test_image,
image_name=name)
# Verify it exists and the values are correct
img = self.os.images.get(new_meta['id'])
dtutil.assert_equal(img.id, new_meta['id'])
dtutil.assert_equal(img.name, new_meta['name'])
dtutil.assert_equal(img.status, 'ACTIVE')
# Delete the image
self.glance_connection.delete_image(new_meta['id'])
# Verify it cannot be retrieved
dtutil.assert_raises(novaclient.exceptions.NotFound,
self.os.images.get, new_meta['id'])
def test_backup_schedules(self):
"""Test the backup schedules.
This is not yet implemented in Nova.
"""
try:
# Create a server and a schedule
self.server.backup_schedule.create(
enabled=True,
weekly=novaclient.BACKUP_WEEKLY_SUNDAY,
daily=novaclient.BACKUP_DAILY_DISABLED)
# Get the schedule and verify it is correct
new_sched = self.server.backup_schedule.get()
dtutil.assert_equal(new_sched.enabled, True)
dtutil.assert_equal(new_sched.weekly,
weekly=novaclient.BACKUP_WEEKLY_SUNDAY)
dtutil.assert_equal(new_sched.daily,
novaclient.BACKUP_DAILY_DISABLED)
except novaclient.exceptions.HTTPNotImplemented as ex:
raise AssertionError("backup schedules are not implemented")
finally:
self.server.delete()
