})) Expect(manifest.InstanceGroups[2].VMType).To(Equal("default")) Expect(manifest.InstanceGroups[2].Networks[0]).To(Equal(core.InstanceGroupNetwork{ Name: "private", StaticIPs: []string{"10.244.4.13"}, })) Expect(manifest.InstanceGroups[2].Name).To(Equal("fake-dns-server")) Expect(manifest.InstanceGroups[2].Instances).To(Equal(1)) Expect(manifest.InstanceGroups[2].VMType).To(Equal("default")) Expect(manifest.InstanceGroups[2].Stemcell).To(Equal("linux")) Expect(manifest.InstanceGroups[2].PersistentDiskType).To(Equal("default")) Expect(manifest.InstanceGroups[2].Jobs).To(gomegamatchers.ContainSequence([]core.InstanceGroupJob{ { Name: "turbulence_agent", Release: "turbulence", }, { Name: "fake-dns-server", Release: "consul", }, })) Expect(manifest.Releases).To(ContainElement(core.Release{ Name: "turbulence", Version: "latest", })) Expect(manifest.Releases).To(ContainElement(core.Release{ Name: "consul", Version: "latest", })) Expect(manifest.Properties.TurbulenceAgent.API).To(Equal(core.PropertiesTurbulenceAgentAPI{
package gomegamatchers_test import ( "github.com/pivotal-cf-experimental/gomegamatchers" . "github.com/onsi/ginkgo" . "github.com/onsi/gomega" ) var _ = Describe("ContainSequence", func() { Context("when actual is not a slice", func() { It("should error", func() { _, err := gomegamatchers.ContainSequence(func() {}).Match("not a slice") Expect(err).To(HaveOccurred()) }) }) Context("when actual is a slice", func() { var sequence []string BeforeEach(func() { sequence = []string{ "value-1", "value-2", "value-3", } }) Context("when the entire sequence is present", func() { It("should succeed", func() { Expect([]string{