Expect(err).NotTo(HaveOccurred())
Expect(availabilityZoneRetriever.RetrieveCall.Receives.Region).To(Equal("some-region"))
Expect(certificateManager.DescribeCall.Receives.CertificateName).To(Equal("concourse-elb-cert-abcd-some-env-id-timestamp"))
Expect(infrastructureManager.UpdateCall.Receives.KeyPairName).To(Equal("some-key-pair"))
Expect(infrastructureManager.UpdateCall.Receives.NumberOfAvailabilityZones).To(Equal(3))
Expect(infrastructureManager.UpdateCall.Receives.StackName).To(Equal("some-stack"))
Expect(infrastructureManager.UpdateCall.Receives.LBType).To(Equal("concourse"))
Expect(infrastructureManager.UpdateCall.Receives.LBCertificateARN).To(Equal("some-certificate-arn"))
Expect(infrastructureManager.UpdateCall.Receives.EnvID).To(Equal("some-env-id:timestamp"))
})
It("names the loadbalancer without EnvID when EnvID is not set", func() {
incomingState.EnvID = ""
availabilityZoneRetriever.RetrieveCall.Returns.AZs = []string{"a", "b", "c"}
certificateManager.DescribeCall.Returns.Certificate = iam.Certificate{
ARN: "some-certificate-arn",
}
err := command.Execute([]string{
"--type", "concourse",
"--cert", "temp/some-cert.crt",
"--key", "temp/some-key.key",
}, incomingState)
Expect(err).NotTo(HaveOccurred())
Expect(certificateManager.DescribeCall.Receives.CertificateName).To(Equal("concourse-elb-cert-abcd"))
