// Curl polls an app over HTTP until it returns the expected "Powered by" banner.
func Curl(app model.App, banner string) {
// curl the app's root URL and print just the HTTP response code
cmdRetryTimeout := 60
curlCmd := model.Cmd{CommandLineString: fmt.Sprintf(
`curl -sL -w "%%{http_code}\\n" "%s" -o /dev/null`, app.URL)}
Eventually(cmd.Retry(curlCmd, strconv.Itoa(http.StatusOK), cmdRetryTimeout)).Should(BeTrue())
// verify that the response contains "Powered by" as all the example apps do
curlCmd = model.Cmd{CommandLineString: fmt.Sprintf(`curl -sL "%s"`, app.URL)}
Eventually(cmd.Retry(curlCmd, banner, cmdRetryTimeout)).Should(BeTrue())
}
sess, err := cmd.Start("deis ps:scale cmd=%d --app=%s", &user, scaleTo, app.Name)
Eventually(sess).Should(Say("Scaling processes... but first,"))
Eventually(sess, settings.MaxEventuallyTimeout).Should(Say(`done in \d+s`))
Eventually(sess).Should(Say("=== %s Processes", app.Name))
Expect(err).NotTo(HaveOccurred())
Eventually(sess).Should(Exit(0))
// test that there are the right number of processes listed
procsListing := listProcs(user, app).Out.Contents()
procs := scrapeProcs(app.Name, procsListing)
Expect(len(procs)).To(Equal(scaleTo))
// curl the app's root URL and print just the HTTP response code
cmdRetryTimeout := 60
curlCmd := model.Cmd{CommandLineString: fmt.Sprintf(`curl -sL -w "%%{http_code}\\n" "%s" -o /dev/null`, app.URL)}
Eventually(cmd.Retry(curlCmd, strconv.Itoa(respCode), cmdRetryTimeout)).Should(BeTrue())
},
Entry("scales to 1", 1, 200),
Entry("scales to 3", 3, 200),
Entry("scales to 0", 0, 503),
)
// TODO: Test is broken
XIt("that app remains responsive during a scaling event", func() {
stopCh := make(chan struct{})
doneCh := make(chan struct{})
// start scaling the app
go func() {
for range stopCh {
sess, err := cmd.Start("deis ps:scale web=4 -a %s", &user, app.Name)
AfterEach(func() {
domains.Remove(user, app, domain)
})
Context("and that user also owns an existing cert", func() {
BeforeEach(func() {
certs.Add(user, cert)
})
AfterEach(func() {
certs.Remove(user, cert)
})
Specify("that user can attach/detach that cert to/from that domain", func() {
certs.Attach(user, cert, domain)
curlCmd := model.Cmd{CommandLineString: fmt.Sprintf(`curl -k -H "Host: %s" -sL -w "%%{http_code}\\n" "%s" -o /dev/null`, domain, app.URL)}
Eventually(cmd.Retry(curlCmd, strconv.Itoa(http.StatusOK), 60)).Should(BeTrue())
certs.Detach(user, cert, domain)
})
})
})
})
})
})
Context("with a domain added to it", func() {
cmdRetryTimeout := 60
var domain string
BeforeEach(func() {
domain = getRandDomain()
domains.Add(user, app, domain)
})
AfterEach(func() {
domains.Remove(user, app, domain)
// App can no longer be accessed at the previously associated domain
curlCmd := model.Cmd{CommandLineString: fmt.Sprintf(`curl -sL -H "Host: %s" -w "%%{http_code}\\n" "%s" -o /dev/null`, domain, app.URL)}
Eventually(cmd.Retry(curlCmd, strconv.Itoa(http.StatusNotFound), cmdRetryTimeout)).Should(BeTrue())
})
Specify("that app can be accessed at its usual address", func() {
curlCmd := model.Cmd{CommandLineString: fmt.Sprintf(`curl -sL -w "%%{http_code}\\n" "%s" -o /dev/null`, app.URL)}
Eventually(cmd.Retry(curlCmd, strconv.Itoa(http.StatusOK), cmdRetryTimeout)).Should(BeTrue())
})
Specify("that app can be accessed at the associated domain", func() {
curlCmd := model.Cmd{CommandLineString: fmt.Sprintf(`curl -sL -H "Host: %s" -w "%%{http_code}\\n" "%s" -o /dev/null`, domain, app.URL)}
Eventually(cmd.Retry(curlCmd, strconv.Itoa(http.StatusOK), cmdRetryTimeout)).Should(BeTrue())
})
})
})
