def ha_hello_worlds(cfy, hosts, attributes, ssh_key, tmpdir, logger):
# Pick a manager to operate on, and trust the cluster to work with us
manager = hosts.instances[0]
hws = []
for i in range(0, 2):
tenant = prepare_and_get_test_tenant(
'clusterhello{num}'.format(num=i),
manager,
cfy,
)
hw = centos_hello_world(
cfy,
manager,
attributes,
ssh_key,
logger,
tmpdir,
tenant=tenant,
suffix=str(i),
)
hws.append(hw)
yield hws
for hw in hws:
if hw.cleanup_required:
logger.info('Cleaning up hello world...')
manager.use()
hw.cleanup()
def test_ssl(cfy, manager, module_tmpdir, attributes, ssh_key, logger):
cert_path = join(module_tmpdir, '.cloudify', 'profiles',
manager.ip_address, 'public_rest_cert.crt')
_generate_external_cert(manager, logger)
_download_external_cert(manager, logger, local_cert_path=cert_path)
cfy.profiles.set('-c', cert_path)
assert 'SSL disabled' in cfy.ssl.status()
current_profile = cfy.profiles.show()
assert ' 80 ' in current_profile
assert ' http ' in current_profile
cfy.ssl.enable()
cfy.profiles.set('--ssl', 'on', '--skip-credentials-validation')
time.sleep(5)
assert 'SSL enabled' in cfy.ssl.status()
current_profile = cfy.profiles.show()
assert ' 443 ' in current_profile
assert ' https ' in current_profile
_manager_client = manager.client
ssl_client = CloudifyClient(username='******',
password='******',
host=manager.ip_address,
tenant='default_tenant',
protocol='https',
cert=cert_path)
manager.client = ssl_client
if not is_community():
tenant_name = 'ssl_tenant'
cfy.users.create('ssl_user', '-p', 'ssl_pass')
cfy.tenants.create(tenant_name)
cfy.tenants('add-user',
'ssl_user',
'-t',
tenant_name,
'-r',
DEFAULT_TENANT_ROLE)
hello_world = centos_hello_world(cfy, manager, attributes, ssh_key,
logger, module_tmpdir)
hello_world.upload_and_verify_install()
cfy.ssl.disable()
cfy.profiles.set('--ssl', 'off', '--skip-credentials-validation')
time.sleep(5)
assert 'SSL disabled' in cfy.ssl.status()
current_profile = cfy.profiles.show()
assert ' 80 ' in current_profile
assert ' http ' in current_profile
manager.client = _manager_client
hello_world.uninstall()
hello_world.delete_deployment()
def test_ssl(cfy, manager, module_tmpdir, attributes, ssh_key, logger):
cert_path = join(module_tmpdir, '.cloudify', 'profiles',
manager.ip_address, 'public_rest_cert.crt')
_generate_external_cert(manager, logger)
_download_external_cert(manager, logger, local_cert_path=cert_path)
cfy.profiles.set('-c', cert_path)
assert 'SSL disabled' in cfy.ssl.status()
current_profile = cfy.profiles.show()
assert ' 80 ' in current_profile
assert ' http ' in current_profile
cfy.ssl.enable()
cfy.profiles.set('--ssl', 'on', '--skip-credentials-validation')
time.sleep(5)
assert 'SSL enabled' in cfy.ssl.status()
current_profile = cfy.profiles.show()
assert ' 443 ' in current_profile
assert ' https ' in current_profile
_manager_client = manager.client
ssl_client = CloudifyClient(username='******',
password='******',
host=manager.ip_address,
tenant='default_tenant',
protocol='https',
cert=cert_path)
manager.client = ssl_client
if not is_community():
tenant_name = 'ssl_tenant'
cfy.users.create('ssl_user', '-p', 'ssl_pass')
cfy.tenants.create(tenant_name)
cfy.tenants('add-user', 'ssl_user', '-t', tenant_name, '-r',
DEFAULT_TENANT_ROLE)
hello_world = centos_hello_world(cfy, manager, attributes, ssh_key, logger,
module_tmpdir)
hello_world.upload_and_verify_install()
cfy.ssl.disable()
cfy.profiles.set('--ssl', 'off', '--skip-credentials-validation')
time.sleep(5)
assert 'SSL disabled' in cfy.ssl.status()
current_profile = cfy.profiles.show()
assert ' 80 ' in current_profile
assert ' http ' in current_profile
manager.client = _manager_client
hello_world.uninstall()
hello_world.delete_deployment()
def proxy_helloworld(cfy, proxy_hosts, attributes, ssh_key, tmpdir, logger):
# don't use MultiNetworkTestHosts - we're testing with the default
# network, so no need to set manager network name
hw = centos_hello_world(
cfy, proxy_hosts[1], attributes, ssh_key, logger, tmpdir)
yield hw
if hw.cleanup_required:
logger.info('Hello world cleanup required..')
hw.cleanup()
def proxy_helloworld(cfy, proxy_hosts, attributes, ssh_key, tmpdir, logger):
# don't use MultiNetworkTestHosts - we're testing with the default
# network, so no need to set manager network name
hw = centos_hello_world(cfy, proxy_hosts[1], attributes, ssh_key, logger,
tmpdir)
yield hw
if hw.cleanup_required:
logger.info('Hello world cleanup required..')
hw.cleanup()
def hello_world(cfy, manager, attributes, ssh_key, tmpdir, logger):
tenant = prepare_and_get_test_tenant('dep_update', manager, cfy)
hw = centos_hello_world(cfy,
manager,
attributes,
ssh_key,
logger,
tmpdir,
tenant=tenant,
suffix='update')
yield hw
hw.cleanup()
def hello_world(cfy, manager, attributes, ssh_key, tmpdir, logger):
tenant = prepare_and_get_test_tenant('dep_update', manager, cfy)
hw = centos_hello_world(cfy,
manager,
attributes,
ssh_key,
logger,
tmpdir,
tenant=tenant,
suffix='update')
yield hw
hw.cleanup()
def web_app(cfy, manager, attributes, ssh_key, logger, tmpdir):
hw = centos_hello_world(cfy,
manager,
attributes,
ssh_key,
logger,
tmpdir)
hw.blueprint_file = util.get_resource_path(
'blueprints/deployment_proxy/web_app.yaml'
)
hw.inputs.clear()
yield hw
hw.cleanup()
def vm_infrastructure(cfy, manager, attributes, ssh_key, logger, tmpdir):
hw = centos_hello_world(cfy,
manager,
attributes,
ssh_key,
logger,
tmpdir)
hw.blueprint_file = util.get_resource_path(
'blueprints/deployment_proxy/vm_infrastructure.yaml'
)
hw.blueprint_id = 'os_infra'
hw.deployment_id = 'os_infra'
yield hw
hw.cleanup()
def _make_network_hello_worlds(cfy, managers, attributes, ssh_key, tmpdir,
logger):
# The first manager is the initial one
manager = managers[0]
manager.use()
hellos = []
# Add a MultiNetworkHelloWorld per management network
for network_name, network_id in attributes.network_names.iteritems():
tenant = prepare_and_get_test_tenant('{0}_tenant'.format(network_name),
manager, cfy)
hello = MultiNetworkHelloWorld(cfy,
manager,
attributes,
ssh_key,
logger,
tmpdir,
tenant=tenant,
suffix=network_name)
hello.blueprint_file = 'openstack-blueprint.yaml'
hello.inputs.update({
'agent_user': attributes.centos_7_username,
'image': attributes.centos_7_image_name,
'manager_network_name': network_name,
'network_name': network_id
})
# Make sure the post_bootstrap network is first
if network_name == NETWORK_2:
hellos.insert(0, hello)
else:
hellos.append(hello)
# Add one more hello world, that will run on the `default` network
# implicitly
hw = centos_hello_world(cfy,
manager,
attributes,
ssh_key,
logger,
tmpdir,
tenant=DEFAULT_TENANT_NAME,
suffix='default_network')
hellos.append(hw)
yield hellos
for hello in hellos:
hello.cleanup()
def _make_network_hello_worlds(cfy, managers, attributes, ssh_key, tmpdir,
logger):
# The first manager is the initial one
manager = managers[0]
manager.use()
hellos = []
# Add a MultiNetworkHelloWorld per management network
for network_name, network_id in attributes.network_names.iteritems():
tenant = prepare_and_get_test_tenant(
'{0}_tenant'.format(network_name), manager, cfy
)
hello = MultiNetworkHelloWorld(
cfy, manager, attributes, ssh_key, logger, tmpdir,
tenant=tenant, suffix=network_name)
hello.blueprint_file = 'openstack-blueprint.yaml'
hello.inputs.update({
'agent_user': attributes.centos_7_username,
'image': attributes.centos_7_image_name,
'manager_network_name': network_name,
'network_name': network_id
})
# Make sure the post_bootstrap network is first
if network_name == NETWORK_2:
hellos.insert(0, hello)
else:
hellos.append(hello)
# Add one more hello world, that will run on the `default` network
# implicitly
hw = centos_hello_world(cfy, manager, attributes, ssh_key, logger, tmpdir,
tenant=DEFAULT_TENANT_NAME,
suffix='default_network')
hellos.append(hw)
yield hellos
for hello in hellos:
hello.cleanup()
def test_nonempty_manager_join_cluster_negative(cfy, attributes, ssh_key,
logger, tmpdir, module_tmpdir):
logger.info('Creating HA cluster of 2 managers')
hosts = TestHosts(cfy,
ssh_key,
module_tmpdir,
attributes,
logger,
number_of_instances=2)
try:
hosts.create()
manager1 = hosts.instances[0]
manager2 = hosts.instances[1]
ha_helper.delete_active_profile()
manager1.use()
cfy.cluster.start(timeout=600,
cluster_host_ip=manager1.private_ip_address,
cluster_node_name=manager1.ip_address)
cfy.cluster.nodes.list()
ha_helper.delete_active_profile()
manager2.use()
hello_world = centos_hello_world(cfy, manager2, attributes, ssh_key,
logger, tmpdir)
hello_world.upload_blueprint()
logger.info('Joining HA cluster from a non-empty manager')
with pytest.raises(Exception):
cfy.cluster.join(manager1.ip_address,
timeout=600,
cluster_host_ip=manager2.private_ip_address,
cluster_node_name=manager2.ip_address)
finally:
hosts.destroy()
def distributed_ha_hello_worlds(cfy, distributed_installation, attributes,
ssh_key, tmpdir, logger):
# Pick a manager to operate on, and trust the cluster to work with us
manager = distributed_installation.instances[0]
hws = []
for i in range(0, 2):
tenant = prepare_and_get_test_tenant(
'clusterhello{num}'.format(num=i),
manager,
cfy,
)
hw = centos_hello_world(
cfy, manager, attributes, ssh_key, logger, tmpdir,
tenant=tenant, suffix=str(i),
)
hws.append(hw)
yield hws
for hw in hws:
if hw.cleanup_required:
logger.info('Cleaning up hello world...')
manager.use()
hw.cleanup()