def admin_init(cls, id_credentials, prov_credentials):
"""
To be used instead of settings_init, Expects the following keys for
each credentials dict:
id_credentials:
* Username
* Password
* (Tenant/Project) Name
Prov_credentials:
* region_name
* auth_url
"""
try:
username = id_credentials.pop('username')
password = id_credentials.pop('password')
tenant_name = id_credentials.pop('tenant_name')
except:
raise ServiceException(
'Settings init not available for this class:'
'Expected settings.OPENSTACK_ARGS with'
'username/password/tenant_name fields')
OSProvider.set_meta()
provider = OSProvider()
identity = OSIdentity(provider,
username,
password,
ex_tenant_name=tenant_name,
**prov_credentials)
driver = cls(provider, identity)
return driver
def admin_init(cls, id_credentials, prov_credentials):
"""
To be used instead of settings_init, Expects the following keys for
each credentials dict:
id_credentials:
* Username
* Password
* (Tenant/Project) Name
Prov_credentials:
* region_name
* auth_url
"""
try:
username = id_credentials.pop('username')
password = id_credentials.pop('password')
tenant_name = id_credentials.pop('tenant_name')
except:
raise ServiceException(
'Settings init not available for this class:'
'Expected settings.OPENSTACK_ARGS with'
'username/password/tenant_name fields')
OSProvider.set_meta()
provider = OSProvider()
identity = OSIdentity(provider, username, password,
ex_tenant_name=tenant_name,
**prov_credentials)
driver = cls(provider, identity)
return driver
def __init__(self, username=None, password=None, tenant_name=None,
auth_url=None, region_name=None):
provider = OSProvider()
OSProvider.set_meta()
hashed_password = sha1(username).hexdigest()
identity = OSIdentity(provider, key=username, secret=password,
user=username, auth_url=auth_url, password=hashed_password,
region_name=region_name, ex_tenant_name=tenant_name)
self.driver = OSDriver(provider, identity, ex_force_auth_url=auth_url)
def _build_admin_driver(self, **kwargs):
#Set Meta
OSProvider.set_meta()
#TODO: Set location from kwargs
provider = OSProvider(identifier=kwargs.get('location'))
admin_creds = self._admin_identity_creds(**kwargs)
#logger.info("ADMINID Creds:%s" % admin_creds)
identity = OSIdentity(provider, **admin_creds)
driver_creds = self._admin_driver_creds(**kwargs)
#logger.info("ADMINDriver Creds:%s" % driver_creds)
admin_driver = OSDriver(provider, identity, **driver_creds)
return admin_driver
def settings_init(cls):
"""
DEPRECATED:
"""
os_args = copy.deepcopy(settings.OPENSTACK_ARGS)
try:
username = os_args.pop('username')
password = os_args.pop('password')
tenant_name = os_args.pop('tenant_name')
except:
raise ServiceException(
'Settings init not available for this class:'
'Expected settings.OPENSTACK_ARGS with'
'username/password/tenant_name fields')
OSProvider.set_meta()
provider = OSProvider()
identity = OSIdentity(provider, username, password,
ex_tenant_name=tenant_name,
**settings.OPENSTACK_ARGS)
driver = cls(provider, identity)
return driver
def settings_init(cls):
"""
DEPRECATED:
"""
os_args = copy.deepcopy(settings.OPENSTACK_ARGS)
try:
username = os_args.pop('username')
password = os_args.pop('password')
tenant_name = os_args.pop('tenant_name')
except:
raise ServiceException(
'Settings init not available for this class:'
'Expected settings.OPENSTACK_ARGS with'
'username/password/tenant_name fields')
OSProvider.set_meta()
provider = OSProvider()
identity = OSIdentity(provider,
username,
password,
ex_tenant_name=tenant_name,
**settings.OPENSTACK_ARGS)
driver = cls(provider, identity)
return driver
def create_admin_driver(self, creds=None):
admin_provider = OSProvider()
provider_creds = self.provider_options
key, secret, tenant =\
self._split_creds(creds,
settings.OPENSTACK_ADMIN_KEY,
settings.OPENSTACK_ADMIN_SECRET,
settings.OPENSTACK_ADMIN_TENANT)
admin_identity = OSIdentity(admin_provider,
key,
secret,
ex_tenant_name=tenant)
admin_driver = OSDriver(admin_provider, admin_identity,
**provider_creds)
return admin_driver
""" Atmosphere service compute. """ from threepio import logger from rtwo import settings from rtwo.provider import AWSProvider, EucaProvider, OSProvider from rtwo.driver import EucaDriver, AWSDriver from libcloud.common.types import InvalidCredsError EucaProvider.set_meta() AWSProvider.set_meta() OSProvider.set_meta()
AWSDriver,
key=settings.AWS_KEY,
secret=settings.AWS_SECRET,
user="******")
def _initialize_euca():
if hasattr(settings, 'EUCA_ADMIN_KEY') \
and hasattr(settings, 'EUCA_ADMIN_SECRET'):
_initialize_provider(EucaProvider(),
EucaDriver,
key=settings.EUCA_ADMIN_KEY,
secret=settings.EUCA_ADMIN_SECRET,
user="******")
def initialize():
"""
Initialize machines and sizes using an admin identity.
NOTE: This is required to ensure Eucalyptus and AWS have valid information
for sizes and machines.
"""
_initialize_euca()
_initialize_aws()
EucaProvider.set_meta()
AWSProvider.set_meta()
OSProvider.set_meta()
initialize()
def __init__(self):
# TODO: Figure out why this is needed
OSProvider.set_meta()
EucaProvider.set_meta()
