// SetupProject creates a new project and assign a random user to the project.
// All resources will be then created within this project and Kubernetes E2E
// suite will destroy the project after test case finish.
func (c *CLI) SetupProject(name string, kubeClient *kclient.Client, _ map[string]string) (*kapi.Namespace, error) {
newNamespace := kapi.SimpleNameGenerator.GenerateName(fmt.Sprintf("extended-test-%s-", name))
c.SetNamespace(newNamespace).ChangeUser(fmt.Sprintf("%s-user", c.Namespace()))
e2e.Logf("The user is now %q", c.Username())
e2e.Logf("Creating project %q", c.Namespace())
_, err := c.REST().ProjectRequests().Create(&projectapi.ProjectRequest{
ObjectMeta: kapi.ObjectMeta{Name: c.Namespace()},
})
if err != nil {
e2e.Logf("Failed to create a project and namespace %q: %v", c.Namespace(), err)
return nil, err
}
if err := wait.ExponentialBackoff(kclient.DefaultBackoff, func() (bool, error) {
if _, err := c.KubeREST().Pods(c.Namespace()).List(kapi.ListOptions{}); err != nil {
if apierrs.IsForbidden(err) {
e2e.Logf("Waiting for user to have access to the namespace")
return false, nil
}
}
return true, nil
}); err != nil {
return nil, err
}
return &kapi.Namespace{ObjectMeta: kapi.ObjectMeta{Name: c.Namespace()}}, err
}
// SetupProject creates a new project and assign a random user to the project.
// All resources will be then created within this project and Kubernetes E2E
// suite will destroy the project after test case finish.
// Note that the kubeClient is not used and serves just to make this function
// compatible with upstream function.
func (c *CLI) SetupProject(name string, kubeClient *kclient.Client) (*kapi.Namespace, error) {
newNamespace := kapi.SimpleNameGenerator.GenerateName(fmt.Sprintf("extended-test-%s-", name))
c.SetNamespace(newNamespace).ChangeUser(fmt.Sprintf("%s-user", c.Namespace()))
e2e.Logf("The user is now %q", c.Username())
projectOpts := cmdapi.NewProjectOptions{
ProjectName: c.Namespace(),
Client: c.REST(),
Out: c.stdout,
}
e2e.Logf("Creating project %q", c.Namespace())
return c.kubeFramework.Namespace, projectOpts.Run()
}
func isNodeReadySetAsExpected(node *api.Node, wantReady bool) bool {
// Check the node readiness condition (logging all).
for i, cond := range node.Status.Conditions {
e2e.Logf("Node %s condition %d/%d: type: %v, status: %v, reason: %q, message: %q, last transition time: %v",
node.Name, i+1, len(node.Status.Conditions), cond.Type, cond.Status,
cond.Reason, cond.Message, cond.LastTransitionTime)
// Ensure that the condition type is readiness and the status
// matches as desired.
if cond.Type == api.NodeReady && (cond.Status == api.ConditionTrue) == wantReady {
e2e.Logf("Successfully found node %s readiness to be %t", node.Name, wantReady)
return true
}
}
return false
}
// SetupProject creates a new project and assign a random user to the project.
// All resources will be then created within this project and Kubernetes E2E
// suite will destroy the project after test case finish.
func (c *CLI) SetupProject(name string, kubeClient *kclient.Client, _ map[string]string) (*kapi.Namespace, error) {
newNamespace := kapi.SimpleNameGenerator.GenerateName(fmt.Sprintf("extended-test-%s-", name))
c.SetNamespace(newNamespace).ChangeUser(fmt.Sprintf("%s-user", c.Namespace()))
e2e.Logf("The user is now %q", c.Username())
e2e.Logf("Creating project %q", c.Namespace())
_, err := c.REST().ProjectRequests().Create(&projectapi.ProjectRequest{
ObjectMeta: kapi.ObjectMeta{Name: c.Namespace()},
})
if err != nil {
e2e.Logf("Failed to create a project and namespace %q: %v", c.Namespace(), err)
return nil, err
}
return &kapi.Namespace{ObjectMeta: kapi.ObjectMeta{Name: c.Namespace()}}, err
}
func validateDNSResults(f *e2e.Framework, pod *api.Pod, fileNames sets.String, expect int) {
By("submitting the pod to kubernetes")
podClient := f.Client.Pods(f.Namespace.Name)
defer func() {
By("deleting the pod")
defer GinkgoRecover()
podClient.Delete(pod.Name, api.NewDeleteOptions(0))
}()
if _, err := podClient.Create(pod); err != nil {
e2e.Failf("Failed to create %s pod: %v", pod.Name, err)
}
Expect(f.WaitForPodRunning(pod.Name)).To(BeNil())
Expect(wait.Poll(2*time.Second, 5*time.Minute, func() (bool, error) {
pod, err := podClient.Get(pod.Name)
if err != nil {
return false, err
}
switch pod.Status.Phase {
case api.PodSucceeded:
return true, nil
case api.PodFailed:
return false, fmt.Errorf("pod failed")
default:
return false, nil
}
})).To(BeNil())
By("retrieving the pod logs")
r, err := podClient.GetLogs(pod.Name, &api.PodLogOptions{Container: "querier"}).Stream()
if err != nil {
e2e.Failf("Failed to get pod logs %s: %v", pod.Name, err)
}
out, err := ioutil.ReadAll(r)
if err != nil {
e2e.Failf("Failed to read pod logs %s: %v", pod.Name, err)
}
// Try to find results for each expected name.
By("looking for the results for each expected name from probiers")
if err := assertLinesExist(fileNames, expect, bytes.NewBuffer(out)); err != nil {
e2e.Logf("Got results from pod:\n%s", out)
e2e.Failf("Unexpected results: %v", err)
}
e2e.Logf("DNS probes using %s succeeded\n", pod.Name)
}
func deploymentReachedCompletion(dc *deployapi.DeploymentConfig, rcs []kapi.ReplicationController) (bool, error) {
if len(rcs) == 0 {
return false, nil
}
rc := rcs[len(rcs)-1]
version := deployutil.DeploymentVersionFor(&rc)
if version != dc.Status.LatestVersion {
return false, nil
}
status := rc.Annotations[deployapi.DeploymentStatusAnnotation]
if deployapi.DeploymentStatus(status) != deployapi.DeploymentStatusComplete {
return false, nil
}
expectedReplicas := dc.Spec.Replicas
if dc.Spec.Test {
expectedReplicas = 0
}
if rc.Spec.Replicas != expectedReplicas {
return false, fmt.Errorf("deployment is complete but doesn't have expected spec replicas: %d %d", rc.Spec.Replicas, expectedReplicas)
}
if rc.Status.Replicas != expectedReplicas {
e2e.Logf("POSSIBLE_ANOMALY: deployment is complete but doesn't have expected status replicas: %d %d", rc.Status.Replicas, expectedReplicas)
return false, nil
}
return true, nil
}
// ChangeUser changes the user used by the current CLI session.
func (c *CLI) ChangeUser(name string) *CLI {
adminClientConfig, err := testutil.GetClusterAdminClientConfig(c.adminConfigPath)
if err != nil {
FatalErr(err)
}
_, _, clientConfig, err := testutil.GetClientForUser(*adminClientConfig, name)
if err != nil {
FatalErr(err)
}
kubeConfig, err := config.CreateConfig(c.Namespace(), clientConfig)
if err != nil {
FatalErr(err)
}
c.configPath = filepath.Join(c.outputDir, name+".kubeconfig")
err = clientcmd.WriteToFile(*kubeConfig, c.configPath)
if err != nil {
FatalErr(err)
}
c.username = name
e2e.Logf("configPath is now %q", c.configPath)
return c
}
// createTestingNS delegates to custom namespace creation functions if registered.
// otherwise, it ensures that kubernetes e2e tests have their service accounts in the privileged and anyuid SCCs
func createTestingNS(baseName string, c *kclient.Client, labels map[string]string) (*kapi.Namespace, error) {
// If a custom function exists, call it
if fn, exists := customCreateTestingNSFuncs[baseName]; exists {
return fn(baseName, c, labels)
}
// Otherwise use the upstream default
ns, err := e2e.CreateTestingNS(baseName, c, labels)
if err != nil {
return ns, err
}
// Add anyuid and privileged permissions for upstream tests
if isKubernetesE2ETest() {
e2e.Logf("About to run a Kube e2e test, ensuring namespace is privileged")
// add to the "privileged" scc to ensure pods that explicitly
// request extra capabilities are not rejected
addE2EServiceAccountsToSCC(c, []kapi.Namespace{*ns}, "privileged")
// add to the "anyuid" scc to ensure pods that don't specify a
// uid don't get forced into a range (mimics upstream
// behavior)
addE2EServiceAccountsToSCC(c, []kapi.Namespace{*ns}, "anyuid")
// The intra-pod test requires that the service account have
// permission to retrieve service endpoints.
osClient, _, err := configapi.GetOpenShiftClient(KubeConfigPath())
if err != nil {
return ns, err
}
addRoleToE2EServiceAccounts(osClient, []kapi.Namespace{*ns}, bootstrappolicy.ViewRoleName)
}
return ns, err
}
func launchWebserverPod(f *e2e.Framework, podName string, nodeName string) (ip string) {
containerName := fmt.Sprintf("%s-container", podName)
port := 8080
pod := &api.Pod{
ObjectMeta: api.ObjectMeta{
Name: podName,
},
Spec: api.PodSpec{
Containers: []api.Container{
{
Name: containerName,
Image: "gcr.io/google_containers/porter:59ad46ed2c56ba50fa7f1dc176c07c37",
Env: []api.EnvVar{{Name: fmt.Sprintf("SERVE_PORT_%d", port), Value: "foo"}},
Ports: []api.ContainerPort{{ContainerPort: port}},
},
},
NodeName: nodeName,
RestartPolicy: api.RestartPolicyNever,
},
}
podClient := f.Client.Pods(f.Namespace.Name)
_, err := podClient.Create(pod)
expectNoError(err)
expectNoError(f.WaitForPodRunning(podName))
createdPod, err := podClient.Get(podName)
expectNoError(err)
ip = fmt.Sprintf("%s:%d", createdPod.Status.PodIP, port)
e2e.Logf("Target pod IP:port is %s", ip)
return
}
// verifyTestSuitePreconditions ensures that all namespaces prefixed with 'e2e-' have their
// service accounts in the privileged and anyuid SCCs, and that Origin/Kubernetes synthetic
// skip labels are applied
func verifyTestSuitePreconditions() {
desc := ginkgo.CurrentGinkgoTestDescription()
switch {
case strings.Contains(desc.FileName, "/origin/test/"):
if strings.Contains(config.GinkgoConfig.SkipString, "[Origin]") {
ginkgo.Skip("skipping [Origin] tests")
}
case strings.Contains(desc.FileName, "/kubernetes/test/e2e/"):
if strings.Contains(config.GinkgoConfig.SkipString, "[Kubernetes]") {
ginkgo.Skip("skipping [Kubernetes] tests")
}
e2e.Logf("About to run a Kube e2e test, ensuring namespace is privileged")
c, _, err := configapi.GetKubeClient(KubeConfigPath())
if err != nil {
FatalErr(err)
}
namespaces, err := c.Namespaces().List(kapi.ListOptions{})
if err != nil {
FatalErr(err)
}
// add to the "privileged" scc to ensure pods that explicitly
// request extra capabilities are not rejected
addE2EServiceAccountsToSCC(c, namespaces, "privileged")
// add to the "anyuid" scc to ensure pods that don't specify a
// uid don't get forced into a range (mimics upstream
// behavior)
addE2EServiceAccountsToSCC(c, namespaces, "anyuid")
}
}
func getMultipleNodes(f *e2e.Framework) (nodes *api.NodeList) {
nodes, err := f.Client.Nodes().List(labels.Everything(), fields.Everything())
if err != nil {
e2e.Failf("Failed to list nodes: %v", err)
}
// previous tests may have cause failures of some nodes. Let's skip
// 'Not Ready' nodes, just in case (there is no need to fail the test).
filterNodes(nodes, func(node api.Node) bool {
return isNodeReadySetAsExpected(&node, true)
})
if len(nodes.Items) == 0 {
e2e.Failf("No Ready nodes found.")
}
if len(nodes.Items) == 1 {
// in general, the test requires two nodes. But for local development, often a one node cluster
// is created, for simplicity and speed. (see issue #10012). We permit one-node test
// only in some cases
if !providerIs("local") {
e2e.Failf(fmt.Sprintf("The test requires two Ready nodes on %s, but found just one.", exutil.TestContext.Provider))
}
e2e.Logf("Only one ready node is detected. The test has limited scope in such setting. " +
"Rerun it with at least two nodes to get complete coverage.")
}
return
}
// waitForPodSuccessInNamespace returns nil if the pod reached state success, or an error if it reached failure or ran too long.
func waitForPodSuccessInNamespace(c *client.Client, podName string, contName string, namespace string) error {
return waitForPodCondition(c, namespace, podName, "success or failure", podStartTimeout, func(pod *api.Pod) (bool, error) {
// Cannot use pod.Status.Phase == api.PodSucceeded/api.PodFailed due to #2632
ci, ok := api.GetContainerStatus(pod.Status.ContainerStatuses, contName)
if !ok {
e2e.Logf("No Status.Info for container '%s' in pod '%s' yet", contName, podName)
} else {
if ci.State.Terminated != nil {
if ci.State.Terminated.ExitCode == 0 {
By("Saw pod success")
return true, nil
}
return true, fmt.Errorf("pod '%s' terminated with failure: %+v", podName, ci.State.Terminated)
}
e2e.Logf("Nil State.Terminated for container '%s' in pod '%s' in namespace '%s' so far", contName, podName, namespace)
}
return false, nil
})
}
func waitForPodCondition(c *client.Client, ns, podName, desc string, timeout time.Duration, condition podCondition) error {
e2e.Logf("Waiting up to %[1]v for pod %-[2]*[3]s status to be %[4]s", timeout, podPrintWidth, podName, desc)
for start := time.Now(); time.Since(start) < timeout; time.Sleep(poll) {
pod, err := c.Pods(ns).Get(podName)
if err != nil {
// Aligning this text makes it much more readable
e2e.Logf("Get pod %-[1]*[2]s in namespace '%[3]s' failed, ignoring for %[4]v. Error: %[5]v",
podPrintWidth, podName, ns, poll, err)
continue
}
done, err := condition(pod)
if done {
return err
}
e2e.Logf("Waiting for pod %-[1]*[2]s in namespace '%[3]s' status to be '%[4]s'"+
"(found phase: %[5]q, readiness: %[6]t) (%[7]v elapsed)",
podPrintWidth, podName, ns, desc, pod.Status.Phase, podReady(pod), time.Since(start))
}
return fmt.Errorf("gave up waiting for pod '%s' to be '%s' after %v", podName, desc, timeout)
}
// Output executes the command and return the output as string
func (c *CLI) Output() (string, error) {
if c.verbose {
fmt.Printf("DEBUG: oc %s\n", c.printCmd())
}
cmd := exec.Command(c.execPath, c.finalArgs...)
cmd.Stdin = c.stdin
e2e.Logf("Running '%s %s'", c.execPath, strings.Join(c.finalArgs, " "))
out, err := cmd.CombinedOutput()
trimmed := strings.TrimSpace(string(out))
switch err.(type) {
case nil:
c.stdout = bytes.NewBuffer(out)
return trimmed, nil
case *exec.ExitError:
e2e.Logf("Error running %v:\n%s", cmd, trimmed)
return trimmed, err
default:
FatalErr(fmt.Errorf("unable to execute %q: %v", c.execPath, err))
// unreachable code
return "", nil
}
}
// Background executes the command in the background and returns the Cmd object
// returns the Cmd which should be killed later via cmd.Process.Kill(), as well
// as the stdout and stderr byte buffers assigned to the cmd.Stdout and cmd.Stderr
// writers.
func (c *CLI) Background() (*exec.Cmd, *bytes.Buffer, *bytes.Buffer, error) {
if c.verbose {
fmt.Printf("DEBUG: oc %s\n", c.printCmd())
}
cmd := exec.Command(c.execPath, c.finalArgs...)
cmd.Stdin = c.stdin
var stdout, stderr bytes.Buffer
cmd.Stdout = bufio.NewWriter(&stdout)
cmd.Stderr = bufio.NewWriter(&stderr)
e2e.Logf("Running '%s %s'", c.execPath, strings.Join(c.finalArgs, " "))
err := cmd.Start()
return cmd, &stdout, &stderr, err
}
// ensureKubeE2EPrivilegedSA ensures that all namespaces prefixed with 'e2e-' have their
// service accounts in the privileged and anyuid SCCs
func ensureKubeE2EPrivilegedSA() {
desc := ginkgo.CurrentGinkgoTestDescription()
if strings.Contains(desc.FileName, "/kubernetes/test/e2e/") {
e2e.Logf("About to run a Kube e2e test, ensuring namespace is privileged")
c, _, err := configapi.GetKubeClient(KubeConfigPath())
if err != nil {
FatalErr(err)
}
namespaces, err := c.Namespaces().List(kapi.ListOptions{})
if err != nil {
FatalErr(err)
}
// add to the "privileged" scc to ensure pods that explicitly
// request extra capabilities are not rejected
addE2EServiceAccountsToSCC(c, namespaces, "privileged")
// add to the "anyuid" scc to ensure pods that don't specify a
// uid don't get forced into a range (mimics upstream
// behavior)
addE2EServiceAccountsToSCC(c, namespaces, "anyuid")
}
}
func addRoleToE2EServiceAccounts(c *client.Client, namespaces []kapi.Namespace, roleName string) {
err := kclient.RetryOnConflict(kclient.DefaultRetry, func() error {
for _, ns := range namespaces {
if strings.HasPrefix(ns.Name, "e2e-") && ns.Status.Phase != kapi.NamespaceTerminating {
sa := fmt.Sprintf("system:serviceaccount:%s:default", ns.Name)
addRole := &policy.RoleModificationOptions{
RoleNamespace: "",
RoleName: roleName,
RoleBindingAccessor: policy.NewLocalRoleBindingAccessor(ns.Name, c),
Users: []string{sa},
}
if err := addRole.AddRole(); err != nil {
e2e.Logf("Warning: Failed to add role to e2e service account: %v", err)
}
}
}
return nil
})
if err != nil {
FatalErr(err)
}
}
func waitForRouterOKResponse(url, host string, timeout time.Duration) error {
return wait.Poll(time.Second, timeout, func() (bool, error) {
req, err := requestViaReverseProxy("GET", url, host)
if err != nil {
return false, err
}
resp, err := http.DefaultClient.Do(req)
if err != nil {
return false, nil
}
resp.Body.Close()
if resp.StatusCode == http.StatusServiceUnavailable {
// not ready yet
return false, nil
}
if resp.StatusCode != http.StatusOK {
e2e.Logf("unexpected response: %#v", resp.StatusCode)
return false, nil
}
return true, nil
})
}
func launchWebserverService(f *e2e.Framework, serviceName string, nodeName string) (serviceAddr string) {
e2e.LaunchWebserverPod(f, serviceName, nodeName)
// FIXME: make e2e.LaunchWebserverPod() set the label when creating the pod
podClient := f.Client.Pods(f.Namespace.Name)
pod, err := podClient.Get(serviceName)
expectNoError(err)
pod.ObjectMeta.Labels = make(map[string]string)
pod.ObjectMeta.Labels["name"] = "web"
podClient.Update(pod)
servicePort := 8080
service := &api.Service{
ObjectMeta: api.ObjectMeta{
Name: serviceName,
},
Spec: api.ServiceSpec{
Type: api.ServiceTypeClusterIP,
Ports: []api.ServicePort{
{
Protocol: api.ProtocolTCP,
Port: servicePort,
},
},
Selector: map[string]string{
"name": "web",
},
},
}
serviceClient := f.Client.Services(f.Namespace.Name)
_, err = serviceClient.Create(service)
expectNoError(err)
expectNoError(f.WaitForAnEndpoint(serviceName))
createdService, err := serviceClient.Get(serviceName)
expectNoError(err)
serviceAddr = fmt.Sprintf("%s:%d", createdService.Spec.ClusterIP, servicePort)
e2e.Logf("Target service IP:port is %s", serviceAddr)
return
}
// ensureKubeE2EPrivilegedSA ensures that all namespaces prefixed with 'e2e-' have their
// service accounts in the privileged SCC
func ensureKubeE2EPrivilegedSA() {
desc := ginkgo.CurrentGinkgoTestDescription()
if strings.Contains(desc.FileName, "/kubernetes/test/e2e/") {
e2e.Logf("About to run a Kube e2e test, ensuring namespace is privileged")
c, _, err := configapi.GetKubeClient(KubeConfigPath())
if err != nil {
FatalErr(err)
}
priv, err := c.SecurityContextConstraints().Get("privileged")
if err != nil {
if apierrs.IsNotFound(err) {
return
}
FatalErr(err)
}
namespaces, err := c.Namespaces().List(labels.Everything(), fields.Everything())
if err != nil {
FatalErr(err)
}
groups := []string{}
for _, name := range priv.Groups {
if !strings.Contains(name, "e2e-") {
groups = append(groups, name)
}
}
for _, ns := range namespaces.Items {
if strings.HasPrefix(ns.Name, "e2e-") {
groups = append(groups, fmt.Sprintf("system:serviceaccounts:%s", ns.Name))
}
}
priv.Groups = groups
if _, err := c.SecurityContextConstraints().Update(priv); err != nil {
FatalErr(err)
}
}
}
defer g.GinkgoRecover()
var (
deploymentFixture = exutil.FixturePath("..", "extended", "fixtures", "test-deployment-test.yaml")
simpleDeploymentFixture = exutil.FixturePath("..", "extended", "fixtures", "deployment-simple.yaml")
oc = exutil.NewCLI("cli-deployment", exutil.KubeConfigPath())
)
g.Describe("when run iteratively", func() {
g.It("should only deploy the last deployment [Conformance]", func() {
// print some debugging output if the deploymeent fails
defer func() {
if !g.CurrentGinkgoTestDescription().Failed {
return
}
if dc, rcs, pods, err := deploymentInfo(oc, "deployment-simple"); err == nil {
e2e.Logf("DC: %#v", dc)
e2e.Logf(" RCs: %#v", rcs)
p, _ := deploymentPods(pods)
e2e.Logf(" Deployers: %#v", p)
}
}()
_, err := oc.Run("create").Args("-f", simpleDeploymentFixture).Output()
o.Expect(err).NotTo(o.HaveOccurred())
iterations := 15
for i := 0; i < iterations; i++ {
if rand.Float32() < 0.2 {
time.Sleep(time.Duration(rand.Float32() * rand.Float32() * float32(time.Second)))
}
switch n := rand.Float32(); {
func checkDeploymentInvariants(dc *deployapi.DeploymentConfig, rcs []kapi.ReplicationController, pods []kapi.Pod) error {
deployers, err := deploymentPods(pods)
if err != nil {
return err
}
if len(deployers) > len(rcs) {
existing := sets.NewString()
for k := range deployers {
existing.Insert(k)
}
for _, rc := range rcs {
if existing.Has(rc.Name) {
existing.Delete(rc.Name)
} else {
e2e.Logf("ANOMALY: No deployer pod found for deployment %q", rc.Name)
}
}
for k := range existing {
// TODO: we are missing RCs? https://github.com/openshift/origin/pull/8483#issuecomment-209150611
e2e.Logf("ANOMALY: Deployer pod found for %q but no RC exists", k)
//return fmt.Errorf("more deployer pods found than deployments: %#v %#v", deployers, rcs)
}
}
running := sets.NewString()
completed := 0
for k, v := range deployers {
isRunning, isCompleted, err := checkDeployerPodInvariants(k, v)
if err != nil {
return err
}
if isCompleted {
completed++
}
if isRunning {
running.Insert(k)
}
}
if running.Len() > 1 {
return fmt.Errorf("found multiple running deployments: %v", running.List())
}
sawStatus := sets.NewString()
statuses := []string{}
for _, rc := range rcs {
status := deployutil.DeploymentStatusFor(&rc)
if sawStatus.Len() != 0 {
switch status {
case deployapi.DeploymentStatusComplete, deployapi.DeploymentStatusFailed:
if sawStatus.Difference(completedStatuses).Len() != 0 {
return fmt.Errorf("rc %s was %s, but earlier RCs were not completed: %v", rc.Name, status, statuses)
}
case deployapi.DeploymentStatusRunning, deployapi.DeploymentStatusPending:
if sawStatus.Has(string(status)) {
return fmt.Errorf("rc %s was %s, but so was an earlier RC: %v", rc.Name, status, statuses)
}
if sawStatus.Difference(completedStatuses).Len() != 0 {
return fmt.Errorf("rc %s was %s, but earlier RCs were not completed: %v", rc.Name, status, statuses)
}
case deployapi.DeploymentStatusNew:
default:
return fmt.Errorf("rc %s has unexpected status %s: %v", rc.Name, status, statuses)
}
}
sawStatus.Insert(string(status))
statuses = append(statuses, string(status))
}
return nil
}
