def test_validate_invalid_config(self):
"""
Tests whether an invalid config is validated properly.
"""
cfg = CloudManConfig()
result = cfg.validate()
self.assertIsNotNone(result, "Validation should have returned a value since the configuration was invalid!")
def test_validate_invalid_config(self):
"""
Tests whether an invalid config is validated properly.
"""
cfg = CloudManConfig()
result = cfg.validate()
self.assertIsNotNone(result, "Validation should have returned a value since the configuration was invalid!")
def test_validate_valid_config(self):
"""
Tests whether a valid config is validated properly.
"""
# cfg = CloudManConfig(self.access_key, self.secret_key, self.cluster_name, self.ami_id, self.instance_type, self.password, cloud_metadata=self.cloud_metadata)
cls = TestCloudmanLaunch
cfg = CloudManConfig(cls.access_key, cls.secret_key, cls.cluster_name, cls.ami_id, cls.instance_type, cls.password, cloud_metadata=cls.cloud_metadata)
result = cfg.validate()
self.assertIsNone(result, "Validation did not return null to indicate success!")
def test_validate_valid_config(self):
"""
Tests whether a valid config is validated properly.
"""
# cfg = CloudManConfig(self.access_key, self.secret_key, self.cluster_name, self.ami_id, self.instance_type, self.password, cloud_metadata=self.cloud_metadata)
cls = TestCloudmanLaunch
cfg = CloudManConfig(cls.access_key, cls.secret_key, cls.cluster_name, cls.ami_id, cls.instance_type, cls.password, cloud_metadata=cls.cloud_metadata)
result = cfg.validate()
self.assertIsNone(result, "Validation did not return null to indicate success!")
def setUpClass(cls):
super(TestCloudmanServices, cls).setUpClass()
cls.cfg = CloudManConfig(cls.access_key,
cls.secret_key,
cls.cluster_name,
cls.ami_id,
cls.instance_type,
cls.password,
cloud_metadata=cls.cloud_metadata)
cls.cmi = CloudManInstance.launch_instance(cls.cfg)
def test_launch_and_terminate(self):
cls = TestCloudmanLaunch
cfg = CloudManConfig(cls.access_key, cls.secret_key, cls.cluster_name, cls.ami_id, cls.instance_type, cls.password, cloud_metadata=cls.cloud_metadata)
cmi = CloudManInstance.launch_instance(cfg)
status = cmi.get_status()
self.assertNotEqual(status['cluster_status'], 'ERROR', "instance.get_status() returned ERROR. Should return a successful status!")
with contextlib.suppress(Exception):
# TODO: The terminate method is unpredictable! Needs fix.
result = cmi.terminate(delete_cluster=True)
self.assertEqual(result['cluster_status'], 'SHUTDOWN', "Cluster should be in status SHUTDOWN after call to terminate!")
def start_cloudman(name, pwd, cm_type, inst_type, ami, ak, sk):
"""
Start an instance of CloudMan with the provided arguments.
Returns a tuple: an instance of ``CloudManConfig`` pointing to the
settings used to launch this instance of CloudMan; and an instance
of ``CloudManInstance`` pointing to the given instance of CloudMan.
"""
cloud = None # If left as None, BioBlend will default to Amazon
# Define properties for the NeCTAR cloud
cloud = Bunch(id='-1',
name="NeCTAR",
cloud_type='openstack',
bucket_default='cloudman-os',
region_name='melbourne',
region_endpoint='nova.rc.nectar.org.au',
ec2_port=8773,
ec2_conn_path='/services/Cloud',
cidr_range='115.146.92.0/22',
is_secure=True,
s3_host='swift.rc.nectar.org.au',
s3_port=8888,
s3_conn_path='/')
# Create an instance of the CloudManConfig class and launch a CloudMan instance
cmc = CloudManConfig(ak,
sk,
name,
ami,
inst_type,
pwd,
cloud_metadata=cloud,
cloudman_type=cm_type,
initial_storage_size=2,
placement='melbourne-np')
print("Configured an instance; waiting to launch and boot...")
cmi = CloudManInstance.launch_instance(cmc)
print("Done! CloudMan IP is {0}".format(cmi.cloudman_url))
return cmc, cmi
