def security_group_init(core_identity):
os_driver = OSAccountDriver(core_identity.provider)
creds = core_identity.get_credentials()
security_group = os_driver.init_security_group(
creds["key"], creds["secret"], creds["ex_tenant_name"], creds["ex_tenant_name"], os_driver.MASTER_RULES_LIST
)
return security_group
def security_group_init(core_identity):
os_driver = OSAccountDriver(core_identity.provider)
creds = core_identity.get_credentials()
security_group = os_driver.init_security_group(
creds['key'], creds['secret'],
creds['ex_tenant_name'], creds['ex_tenant_name'],
os_driver.MASTER_RULES_LIST)
return security_group
def security_group_init(core_identity, max_attempts = 3):
os_driver = OSAccountDriver(core_identity.provider)
creds = core_identity.get_credentials()
#TODO: Remove kludge when openstack connections can be
#Deemed reliable. Otherwise generalize this pattern so it
#can be arbitrarilly applied to any call that is deemed 'unstable'.
# -Steve
attempt = 0
while attempt < max_attempts:
attempt += 1
security_group = os_driver.init_security_group(
creds['key'], creds['secret'],
creds['ex_tenant_name'], creds['ex_tenant_name'],
os_driver.MASTER_RULES_LIST)
if security_group:
return security_group
time.sleep(2**attempt)
raise SecurityGroupNotCreated()
def security_group_init(core_identity, max_attempts = 3):
os_driver = OSAccountDriver(core_identity.provider)
creds = core_identity.get_credentials()
#TODO: Remove kludge when openstack connections can be
#Deemed reliable. Otherwise generalize this pattern so it
#can be arbitrarilly applied to any call that is deemed 'unstable'.
# -Steve
attempt = 0
while attempt < max_attempts:
attempt += 1
security_group = os_driver.init_security_group(
creds['key'], creds['secret'],
creds['ex_tenant_name'], creds['ex_tenant_name'],
os_driver.MASTER_RULES_LIST)
if security_group:
return security_group
time.sleep(2**attempt)
raise SecurityGroupNotCreated()
