func getAllCfCommands(connection *fakes.FakeCliConnection) (commands []string) {
commands = []string{}
for i := 0; i < connection.CliCommandCallCount(); i++ {
args := connection.CliCommandArgsForCall(i)
commands = append(commands, strings.Join(args, " "))
}
return
}
cliConn *fakes.FakeCliConnection
repo *ApplicationRepo
)
BeforeEach(func() {
cliConn = &fakes.FakeCliConnection{}
repo = NewApplicationRepo(cliConn)
})
Describe("RenameApplication", func() {
It("renames the application", func() {
err := repo.RenameApplication("old-name", "new-name")
Ω(err).ShouldNot(HaveOccurred())
Ω(cliConn.CliCommandCallCount()).Should(Equal(1))
args := cliConn.CliCommandArgsForCall(0)
Ω(args).Should(Equal([]string{"rename", "old-name", "new-name"}))
})
It("returns an error if one occurs", func() {
cliConn.CliCommandReturns([]string{}, errors.New("no app"))
err := repo.RenameApplication("old-name", "new-name")
Ω(err).Should(MatchError("no app"))
})
})
Describe("PushApplication", func() {
It("pushes an application with both a manifest and a path", func() {
err := repo.PushApplication([]string{"push", "myapp", "-f", "/path/to/a/manifest.yml", "-p", "/path/to/the/app"})
Ω(err).ShouldNot(HaveOccurred())
var (
cliConn *fakes.FakeCliConnection
autopilotPlugin *AutopilotPlugin
)
BeforeEach(func() {
cliConn = &fakes.FakeCliConnection{}
autopilotPlugin = &AutopilotPlugin{}
})
It("displays push usage when push-zdd called with no arguments", func() {
autopilotPlugin.Run(cliConn, []string{"push-zdd"})
Ω(cliConn.CliCommandCallCount()).Should(Equal(1))
args := cliConn.CliCommandArgsForCall(0)
Ω(args).Should(Equal([]string{"push", "-h"}))
})
Context("when a version of an app already exists", func() {
var (
controlAppName = "myapp"
controlAppNameVenerable = fmt.Sprintf("%s-venerable", controlAppName)
controlCallChain = [][]string{
[]string{"rename", controlAppName, controlAppNameVenerable},
[]string{"push", controlAppName},
[]string{"delete", controlAppNameVenerable, "-f"},
}
controlCallCount = len(controlCallChain)
)
It("deletes nothing", func() {
p.DeleteAppVersions(apps)
Expect(connection.CliCommandCallCount()).To(Equal(0))
})
})
})
Describe("pushing a new app", func() {
newApp := Application{Name: "app-name-new"}
newRoute := Route{Host: newApp.Name, Domain: Domain{Name: "example.com"}}
It("pushes an app with new appended to its name", func() {
p.PushNewApp(&newApp, newRoute)
Expect(strings.Join(connection.CliCommandArgsForCall(0), " ")).
To(MatchRegexp(`^push app-name-new`))
})
It("uses the generated name for the route", func() {
p.PushNewApp(&newApp, newRoute)
Expect(strings.Join(connection.CliCommandArgsForCall(0), " ")).
To(MatchRegexp(`-n app-name-new`))
})
It("pushes with the default cf domain", func() {
p.PushNewApp(&newApp, newRoute)
Expect(strings.Join(connection.CliCommandArgsForCall(0), " ")).
To(MatchRegexp(`-d example.com`))
var _ = Describe("CallCliCmd", func() {
Describe(".Run", func() {
var fakeCliConnection *fakes.FakeCliConnection
var callCliCommandPlugin *CliCmd
BeforeEach(func() {
fakeCliConnection = &fakes.FakeCliConnection{}
callCliCommandPlugin = &CliCmd{}
})
It("calls the cli command that is passed as an argument", func() {
io_helpers.CaptureOutput(func() {
callCliCommandPlugin.Run(fakeCliConnection, []string{"cli-command", "plugins", "arg1"})
})
Expect(fakeCliConnection.CliCommandArgsForCall(0)[0]).To(Equal("plugins"))
Expect(fakeCliConnection.CliCommandArgsForCall(0)[1]).To(Equal("arg1"))
})
It("ouputs the text returned by the cli command", func() {
fakeCliConnection.CliCommandReturns([]string{"Hi", "Mom"}, nil)
output := io_helpers.CaptureOutput(func() {
callCliCommandPlugin.Run(fakeCliConnection, []string{"cli-command", "plugins", "arg1"})
})
Expect(output[1]).To(Equal("---------- Command output from the plugin ----------"))
Expect(output[2]).To(Equal("# 0 value: Hi"))
Expect(output[3]).To(Equal("# 1 value: Mom"))
Expect(output[4]).To(Equal("---------- FIN -----------"))
})
})
