def test__invalid_without_required(self, attr, value, message):
obj = ConfigObject(ENTERPRISE_SPEC_VALIDATE)
# Name is required value, make sure it is set
obj.name = 'a'
setattr(obj, attr, value)
if (message == "value is mandatory"):
assert obj.validate(skip_required_check=True) is True
else:
assert obj.validate(skip_required_check=True) is False
attr_error = obj.errors[attr]
assert message in attr_error['description']
def test__invalid(self, attr, value, message):
obj = ConfigObject(ENTERPRISE_SPEC_VALIDATE)
# Name is required value, make sure it is set
obj.name = 'a'
setattr(obj, attr, value)
assert obj.validate() is False
attr_error = obj.errors[attr]
assert message in attr_error['description']
def test__valid(self):
obj = ConfigObject(ENTERPRISE_SPEC_VALIDATE)
obj.name = 'a'
assert hasattr(obj, 'name') is True
assert obj.validate() is True
obj.name = 'a' * 255
assert hasattr(obj, 'name') is True
assert obj.validate() is True
obj.name = 'a'
obj.enableapplicationperformancemanagement = False
obj.floatingipsquota = 0
obj.allowedforwardingclasses = []
obj.encryptionmanagementmode = "DISABLED"
assert obj.validate() is True
obj.name = 'a' * 255
obj.enableapplicationperformancemanagement = True
obj.floatingipsquota = 250000
obj.allowedforwardingclasses = ["A", "B"]
obj.encryptionmanagementmode = "MANAGED"
assert obj.validate() is True