})
It("requires a valid CPU weight", func() {
desiredLRP.CpuWeight = 101
assertDesiredLRPValidationFailsWithMessage(desiredLRP, "cpu_weight")
})
It("limits the annotation length", func() {
desiredLRP.Annotation = randStringBytes(50000)
assertDesiredLRPValidationFailsWithMessage(desiredLRP, "annotation")
})
Context("when security group is present", func() {
It("must be valid", func() {
desiredLRP.EgressRules = []*models.SecurityGroupRule{{
Protocol: "foo",
}}
assertDesiredLRPValidationFailsWithMessage(desiredLRP, "egress_rules")
})
})
Context("when security group is not present", func() {
It("does not error", func() {
desiredLRP.EgressRules = []*models.SecurityGroupRule{}
validationErr := desiredLRP.Validate()
Expect(validationErr).NotTo(HaveOccurred())
})
})
Context("when cached dependencies are specified", func() {