},
		{
			name:     "success: alt host - name",
			host:     "svc-with-alt.",
			expected: a("svc-with-alt.", []netip.Addr{netip.MustParseAddr("15.15.15.15")}),
		},
		{
			name:     "success: alt host - name.namespace",
			host:     "svc-with-alt.ns1.",
			expected: a("svc-with-alt.ns1.", []netip.Addr{netip.MustParseAddr("15.15.15.15")}),
		},
		{
			name:     "success: alt host - name.namespace.svc",

    # Look in as many places as we find files matching
    COPYRIGHT) find_names=(-iname 'notice*' -o -iname 'readme*')
               find_maxdepth=3
               ensure_pattern="copyright"
               ;;
      COPYING) find_names=(-iname 'copying*')
               find_maxdepth=1
               ensure_pattern="license|copyright"
               ;;
  esac

		}
		if p.Type != dnstype {
			continue
		}
		if !syscall.DnsNameCompare(cname, p.Name) {
			continue
		}
		rec = append(rec, p)
	}
	return rec
}

// returns the last CNAME in chain.
func resolveCNAME(name *uint16, r *syscall.DNSRecord) *uint16 {
	// limit cname resolving to 10 in case of an infinite CNAME loop
Cname:
	for cnameloop := 0; cnameloop < 10; cnameloop++ {
		for p := r; p != nil; p = p.Next {

		"compress/flate.byLiteral.Swap": true,
	}

	notInlinedReason := make(map[string]string)
	pkgs := make([]string, 0, len(want))
	for pname, fnames := range want {
		pkgs = append(pkgs, pname)
		for _, fname := range fnames {
			fullName := pname + "." + fname
			if _, ok := notInlinedReason[fullName]; ok {
				t.Errorf("duplicate func: %s", fullName)
			}
			notInlinedReason[fullName] = "unknown reason"
		}

	}
	return
}

func nslookupCNAME(name string) (cname string, err error) {
	var r string
	if r, err = nslookup("cname", name); err != nil {
		return
	}
	// mail.golang.com canonical name = golang.org.
	rx := regexp.MustCompile(`(?m)^([a-z0-9.\-]+)\s+canonical name\s*=\s*([a-z0-9.\-]+)$`)
	// assumes the last CNAME is the correct one
	last := name
	for _, ans := range rx.FindAllStringSubmatch(r, -1) {

	return err
}

func _C_res_nclose(state *_C_struct___res_state) {
	C.res_nclose(state)
}

func _C_res_nsearch(state *_C_struct___res_state, dname *_C_char, class, typ int, ans *_C_uchar, anslen int) int {
	x := C.res_nsearch(state, dname, C.int(class), C.int(typ), ans, C.int(anslen))
	return int(x)

	// Odds are, the first query will always be an expanded hostname
	// (productpage.ns1.svc.cluster.local.ns1.svc.cluster.local)
	// So lookup the cname table first
	for _, cn := range table.cname[hostname] {
		// this was a cname match
		copied := dns.Copy(cn).(*dns.CNAME)
		copied.Header().Name = question
		cnAnswers = append(cnAnswers, copied)
		hostname = copied.Target
	}

	switch qtype {
	case dns.TypeA:

						c.Name(), pod.Namespace, pod.Name, container.Name, restarts, prow.ArtifactsURL(fname))
				}
				l, err := c.PodLogs(context.TODO(), pod.Name, pod.Namespace, container.Name, true /* previousLog */)
				if err != nil {
					scopes.Framework.Warnf("Unable to get previous logs for cluster/pod/container: %s/%s/%s/%s: %v",
						c.Name(), pod.Namespace, pod.Name, container.Name, err)
				}

				},
			},
			Names: apiextensionsv1.CustomResourceDefinitionNames{
				Plural:   gName + "s",
				Singular: gName,
				Kind:     gName,
				ListKind: gName + "List",
			},
			Scope: scope,
		},
	}
}

// NewRandomNameV1CustomResourceDefinitionWithSchema generates a CRD with random name and the provided OpenAPIv3 schema to avoid name conflict in e2e tests

	return nil
}

func _C_res_nclose(state *_C_struct___res_state) {
	return
}

func _C_res_nsearch(state *_C_struct___res_state, dname *_C_char, class, typ int, ans *_C_uchar, anslen int) int {
	x := C.res_search(dname, C.int(class), C.int(typ), ans, C.int(anslen))
	return int(x)