}

func (c *Client) update(t string, sub, unsub set.Set[string], d *discovery.DeltaDiscoveryResponse) {
	req := &discovery.DeltaDiscoveryRequest{
		Node: &core.Node{
			Id: c.nodeID(),
		},
		TypeUrl:       t,
		ResponseNonce: d.Nonce,
	}
	if sub != nil {
		req.ResourceNamesSubscribe = sub.UnsortedList()
	}
	if unsub != nil {
		req.ResourceNamesUnsubscribe = unsub.UnsortedList()
	}

func (s *DiscoveryServer) processDeltaRequest(req *discovery.DeltaDiscoveryRequest, con *Connection) error {
	stype := v3.GetShortType(req.TypeUrl)
	deltaLog.Debugf("ADS:%s: REQ %s resources sub:%d unsub:%d nonce:%s", stype,
		con.ID(), len(req.ResourceNamesSubscribe), len(req.ResourceNamesUnsubscribe), req.ResponseNonce)

	if req.TypeUrl == v3.HealthInfoType {
		s.handleWorkloadHealthcheck(con.proxy, deltaToSotwRequest(req))

				// only send healthcheck probe after LDS request has been sent
				continue
			}
			log.WithLabels(
				"type", model.GetShortType(req.TypeUrl),
				"sub", len(req.ResourceNamesSubscribe),
				"unsub", len(req.ResourceNamesUnsubscribe),
				"nonce", req.ResponseNonce,
				"initial", len(req.InitialResourceVersions),
			).Debugf("delta request")
			metrics.XdsProxyRequests.Increment()

	if err != nil {
		return err
	}
	if len(unsupportedCoreDNS) != 0 {
		var UnsupportedPlugins []string
		for _, unsup := range unsupportedCoreDNS {
			UnsupportedPlugins = append(UnsupportedPlugins, unsup.ToString())
		}
		fmt.Println("[preflight] The corefile contains plugins that kubeadm/CoreDNS does not know how to migrate. " +

        assertIsFileSnapshot(snapshot, regularParent)
    }

    def "can read a directory"() {
        TestFile someDir = temporaryFolder.file("some/path/to/dir").create {
            dir("sub") {
                file("inSub")
                dir("subsub") {
                    file("inSubSub")
                }
            }
            file("inDir")
            dir("sibling") {
                file("inSibling")
            }

// but using the sign of z for rounding the result.
// x and y must have a non-empty mantissa and valid exponent.
func (z *Float) usub(x, y *Float) {
	// This code is symmetric to uadd.
	// We have not factored the common code out because
	// eventually uadd (and usub) should be optimized
	// by special-casing, and the code will diverge.

	if debugFloat {
		validateBinaryOperands(x, y)
	}

	"|":                          "\u007c",
	"|":                            "\u007c",
	"𝔳":                             "\U0001d533",
	"⊲":                           "\u22b2",
	"⊂⃒":                           "\u2282\u20d2",
	"⊃⃒":                           "\u2283\u20d2",
	"𝕧":                            "\U0001d567",
	"∝":                           "\u221d",

	if datap == nil {
		return funcInfo{}
	}
	const nsub = uintptr(len(findfuncbucket{}.subbuckets))

	pcOff, ok := datap.textOff(pc)
	if !ok {
		return funcInfo{}
	}

	x := uintptr(pcOff) + datap.text - datap.minpc // TODO: are datap.text and datap.minpc always equal?
	b := x / abi.FuncTabBucketSize
	i := x % abi.FuncTabBucketSize / (abi.FuncTabBucketSize / nsub)

        entities.put("equiv", "\u2261");
        entities.put("le", "\u2264");
        entities.put("ge", "\u2265");
        entities.put("sub", "\u2282");
        entities.put("sup", "\u2283");
        entities.put("nsub", "\u2284");
        entities.put("sube", "\u2286");
        entities.put("supe", "\u2287");
        entities.put("oplus", "\u2295");
        entities.put("otimes", "\u2297");
        entities.put("perp", "\u22a5");

        entities.put("equiv", "\u2261");
        entities.put("le", "\u2264");
        entities.put("ge", "\u2265");
        entities.put("sub", "\u2282");
        entities.put("sup", "\u2283");
        entities.put("nsub", "\u2284");
        entities.put("sube", "\u2286");
        entities.put("supe", "\u2287");
        entities.put("oplus", "\u2295");
        entities.put("otimes", "\u2297");
        entities.put("perp", "\u22a5");