def test_usage_02_resize_flavor_up(self):
""" Dynamically increase the memory size of an instance """
tc_name = "Usage 02 tests"
tc_num = 02
NEW_FLAVOR_UP = 4
instance_id = self.instance_id_list[0]
# insure instance was ACTIVE for 10 minutes
running_time = (datetime.utcnow() - self.starttime_list[tc_num]).seconds
if 10 * self.ONEMIN > running_time:
time.sleep((10 * self.ONEMIN) - running_time)
# resize the instance UP
rootAction = "reddwarf.instance.modify_flavor"
response = self.client.instances.resize_instance(instance_id, NEW_FLAVOR_UP)
self.assertEqual(
str(testutil.get_last_response_code(self.client)),
"202",
"Error: Resize instance. Unexpected resp code: %r != %r"
% (str(testutil.get_last_response_code(self.client)), "202"),
)
# wait for it to return to Active
testutil.wait_for_status(self.client, instance_id, "RESIZE")
status, elapsed_time = testutil.waitForActive(self.client, instanceId=instance_id)
self.fixture_log.debug("Inst: %r is: %r after: %r seconds" % (instance_id, status, elapsed_time))
duration = datetime.utcnow() - self.starttime_list[tc_num]
startTime = datetime.utcnow()
# AH Event Sent - Check instance as a result of RESIZE
time.sleep(self.AHDELAY)
AHEventsList = self.dbaas_atomhopper_provider.events_by_resourceId(instance_id)
single_event = [event for event in AHEventsList if event.rootAction == rootAction].pop()
self.assertEqual(
single_event.resourceId,
instance_id,
"AH resourceID:%r != created instanceID:%r" % (single_event.resourceId, instance_id),
)
testutil.valid_duration(duration, single_event, self.dateFormat)
self.instance = self.client.instances.get(instance_id)
self.assertEqual(
str(NEW_FLAVOR_UP),
self.instance.flavor["id"],
"Error: Expected flavor of: %r != Actual flavor: %r" % (str(NEW_FLAVOR_UP), self.instance.flavor["id"]),
)
time.sleep(5 * self.ONEMIN)
# Capture the duration and delete the instance
if testutil.getInstanceStatus(self.client, instance_id) == "ACTIVE":
self.client.instances.get(instance_id).delete()
self.instance_id_list.remove(instance_id)
duration = datetime.utcnow() - startTime
rootAction = "reddwarf.instance.delete"
# AH Event Sent - Check instance data AFTER the DELETE
time.sleep(self.AHDELAY)
AHEventsList = self.dbaas_atomhopper_provider.events_by_resourceId(instance_id)
single_event = [event for event in AHEventsList if event.rootAction == rootAction].pop()
self.assertEqual(
single_event.resourceId,
instance_id,
"AH resourceID:%r != created instanceID:%r" % (single_event.resourceId, instance_id),
)
testutil.valid_duration(duration, single_event, self.dateFormat)
def test_usage_05_restart_mysql(self):
""" Restart MySQL then Delete one instance after 10 minutes """
tc_name = "Usage 05 tests"
tc_num = 05
instance_id = self.instance_id_list[0]
self.client.instances.restart(instance_id)
self.assertEqual(
str(testutil.get_last_response_code(self.client)),
"202",
"Error: Resize instance. Unexpected resp code: %r != %r"
% (str(testutil.get_last_response_code(self.client)), "202"),
)
# check interim status of REBOOT
testutil.wait_for_status(self.client, instance_id, "REBOOT")
# wait for active, ensure time elapsed, record the duration
status, elapsed_time = testutil.waitForActive(self.client, instanceId=instance_id)
self.fixture_log.debug("Inst: %r is: %r after: %r seconds" % (instance_id, status, elapsed_time))
running_time = (datetime.utcnow() - self.starttime_list[tc_num]).seconds
if 10 * self.ONEMIN > running_time:
time.sleep((10 * self.ONEMIN) - running_time)
# delete the ACTIVE instance
if testutil.getInstanceStatus(self.client, instance_id) == "ACTIVE":
self.client.instances.get(instance_id).delete()
self.instance_id_list.remove(instance_id)
duration = datetime.utcnow() - self.starttime_list[tc_num]
rootAction = "reddwarf.instance.delete"
# AH Event Sent - Check AH data data AFTER the DELETE
time.sleep(self.AHDELAY)
AHEventsList = self.dbaas_atomhopper_provider.events_by_resourceId(instance_id)
single_event = [event for event in AHEventsList if event.rootAction == rootAction].pop()
self.assertEqual(
single_event.resourceId,
instance_id,
"AH resourceID:%r != created instanceID:%r" % (single_event.resourceId, instance_id),
)
testutil.valid_duration(duration, single_event, self.dateFormat)
def test_reboot_instance(self):
expected_status = "REBOOT"
expected_status_found = False
expected_task_desc = "No tasks for the instance."
initial_updated = ""
# list instance details and store updated time value
instance_details = test_actions.mgmt_dbaas.management.show( \
self.instance)
httpCode = testutil.get_last_response_code(test_actions.mgmt_dbaas)
if httpCode != '200':
raise Exception("List instance details failed with code %s" %
httpCode)
initial_updated = instance_details.updated
self.fixture_log.debug("\t\tInstance %r initial update on %r" %
(instance_details.id, initial_updated))
# call reboot instance
try:
self.mgmt_dbaas.management.reboot(self.instance_id)
httpCode = testutil.get_last_response_code(self.mgmt_dbaas)
self.assertTrue(httpCode == '202',
"Reboot instance failed with code %s" %
httpCode)
except Exception as e:
self.fixture_log.debug("\tException: %r" % (e))
raise
# check instance for Reboot status
current_status, elapsed = testutil.wait_for_status(self.mgmt_dbaas,
self.instance_id,
expected_status)
self.fixture_log.debug("\t\tInstance status encountered: %r" %
(current_status))
self.assertEqual(current_status, expected_status,
"Expected status %r , Actual status %r" %
(expected_status, current_status))
if current_status == expected_status:
expected_status_found = True
self.fixture_log.debug("\t\tExpected status found? %r" %
(expected_status_found))
# verify it comes up in an Active state
status, elapsed = testutil.waitForActive(self.mgmt_dbaas,
instanceId=self.instance_id)
self.fixture_log.debug("\t\tInstance status encountered: %r" %
(status))
self.assertEqual(status, 'ACTIVE',
"Expected status %r , Actual status %r" %
('ACTIVE', status))
# make final checks
self.assertTrue(expected_status_found,
"Expected status %r was not seen!" %
(expected_status))
instance_details = test_actions.mgmt_dbaas.management.show( \
self.instance)
httpCode = testutil.get_last_response_code(test_actions.mgmt_dbaas)
if httpCode != '200':
raise Exception("List instance details failed with code %s" %
httpCode)
self.assertTrue(initial_updated != instance_details.updated,
"Instance %r was not updated!" %
(instance_details.id))
self.fixture_log.debug("\t\tInstance %r final update on %r" %
(instance_details.id, instance_details.updated))
def test_usage_06_resize_reboot_volume_up(self):
""" Resize the Volume Storage and then reboot, ensure only two AH events """
tc_name = "Usage 06 tests"
tc_num = 06
NEW_VOLUME = 6
instance_id = self.instance_id_list[0]
running_time = (datetime.utcnow() - self.starttime_list[tc_num]).seconds
if 10 * self.ONEMIN > running_time:
time.sleep((10 * self.ONEMIN) - running_time)
# resize the instance UP
rootAction = "reddwarf.instance.modify_volume"
response = self.client.instances.resize_volume(instance_id, NEW_VOLUME)
self.assertEqual(
str(testutil.get_last_response_code(self.client)),
"202",
"Error: Resize instance. Unexpected resp code: %r != %r"
% (str(testutil.get_last_response_code(self.client)), "202"),
)
testutil.wait_for_status(self.client, instance_id, "RESIZE")
status, elapsed_time = testutil.waitForActive(self.client, instanceId=instance_id)
self.fixture_log.debug("Inst: %r is: %r after: %r seconds" % (instance_id, status, elapsed_time))
duration = datetime.utcnow() - self.starttime_list[tc_num]
startTime = datetime.utcnow()
# AH Event Sent - Check instance as a result of RESIZE
time.sleep(self.AHDELAY * 2)
AHEventsList = self.dbaas_atomhopper_provider.events_by_resourceId(instance_id)
single_event = [event for event in AHEventsList if event.rootAction == rootAction].pop()
self.assertEqual(
single_event.resourceId,
instance_id,
"AH resourceID:%r != created instanceID:%r" % (single_event.resourceId, instance_id),
)
testutil.valid_duration(duration, single_event, self.dateFormat)
self.instance = self.client.instances.get(instance_id)
# confirm the new flavor
self.assertEqual(
NEW_VOLUME,
self.instance.volume["size"],
"Error: Expected flavor of: %r != Actual flavor: %r" % (NEW_VOLUME, self.instance.volume["size"]),
)
time.sleep(2 * self.ONEMIN)
# restart the instance
self.mgmt_client.management.reboot(instance_id)
self.assertEqual(
str(testutil.get_last_response_code(self.client)),
"200",
"Error: Resize instance. Unexpected resp code: %r != %r"
% (str(testutil.get_last_response_code(self.client)), "200"),
)
testutil.wait_for_status(self.client, instance_id, "REBOOT")
status, elapsed_time = testutil.waitForActive(self.client, instanceId=instance_id)
self.fixture_log.debug("Inst: %r is: %r after: %r seconds" % (instance_id, status, elapsed_time))
time.sleep(2 * self.ONEMIN)
# Capture the duration and delete the instance
if testutil.getInstanceStatus(self.client, instance_id) == "ACTIVE":
self.client.instances.get(instance_id).delete()
self.instance_id_list.remove(instance_id)
duration = datetime.utcnow() - startTime
rootAction = "reddwarf.instance.delete"
# AH Event Sent - Check instance data AFTER the DELETE
time.sleep(self.AHDELAY)
AHEventsList = self.dbaas_atomhopper_provider.events_by_resourceId(instance_id)
single_event = [event for event in AHEventsList if event.rootAction == rootAction].pop()
self.assertEqual(
single_event.resourceId,
instance_id,
"AH resourceID:%r != created instanceID:%r" % (single_event.resourceId, instance_id),
)
testutil.valid_duration(duration, single_event, self.dateFormat)