// Determine the listener address if bind is empty
		// we listen on the service VIP if and only
		// if the address is an IP address. If its a CIDR, we listen on
		// 0.0.0.0, and setup a filter chain match for the CIDR range.
		// As a small optimization, CIDRs with /32 prefix will be converted
		// into listener address so that there is a dedicated listener for this

			}
		}
	}

	// bind service address to dummy interface
	if bindAddr {
		// always attempt to bind if alreadyBoundAddrs is nil,
		// otherwise check if it's already binded and return early
		if alreadyBoundAddrs != nil && alreadyBoundAddrs.Has(vs.Address.String()) {
			return nil
		}

		proxier.logger.V(4).Info("Bind address", "address", vs.Address)

    SmbTransportImpl ( CIFSContext tc, Address address, int port, InetAddress localAddr, int localPort, boolean forceSigning ) {
        this.transportContext = tc;

        this.signingEnforced = forceSigning || this.getContext().getConfig().isSigningEnforced();
        this.sessionExpiration = System.currentTimeMillis() + tc.getConfig().getSessionTimeout();

        this.address = address;
        this.port = port;

								}
								for _, opt := range callOptions {
									opt := opt.DeepCopy()
									selfSend := dstWl.Address() == srcWl.Address()
									if supportsL7(opt, src, dst) {
										opt.Check = httpValidator
									} else {
										opt.Check = tcpValidator
									}

									opt.Address = dstWl.Address()
									opt.Check = check.And(opt.Check, check.Hostname(dstWl.PodName()))

			//
			//	dodata()  // we are here
			//	address() // symbol address assignment
			//	reloc()   // resolution of static R_ADDR relocs
			//
			// At this point symbol addresses have not been
			// assigned yet (as the final size of the .rela section
			// will affect the addresses), and so we cannot write
			// the Elf64_Rela.r_offset now. Instead we delay it
			// until after the 'address' phase of the linker is

	if len(ep) != 2 {
		t.Fatalf("Invalid response for GetEndpoints %v", ep)
	}

	if ep[0].Address == "10.10.1.1" && ep[0].Network != "network1" {
		t.Fatalf("Endpoint with IP 10.10.1.1 is expected to be in network1 but get: %s", ep[0].Network)
	}

	if ep[1].Address == "10.11.1.2" && ep[1].Network != "network2" {
		t.Fatalf("Endpoint with IP 10.11.1.2 is expected to be in network2 but get: %s", ep[1].Network)

	// inside RODATA symbols.
	// .data and .bss are position-independent so their address start inside an unreachable
	// segment during execution to force segfault if something is wrong.
	XCOFFTEXTBASE = 0x100000000 // Start of text address
	XCOFFDATABASE = 0x200000000 // Start of data address
)

// File Header
type XcoffFileHdr64 struct {
	Fmagic   uint16 // Target machine

				SyncFrequency:      metav1.Duration{Duration: 1 * time.Minute},
				FileCheckFrequency: metav1.Duration{Duration: 20 * time.Second},
				HTTPCheckFrequency: metav1.Duration{Duration: 20 * time.Second},
				Address:            "0.0.0.0",
				Port:               ports.KubeletPort,
				Authentication: v1beta1.KubeletAuthentication{
					Anonymous: v1beta1.KubeletAnonymousAuthentication{Enabled: utilpointer.Bool(false)},

	4:   "interrupted system call",
	5:   "I/O error",
	6:   "no such device or address",
	7:   "arg list too long",
	8:   "exec format error",
	9:   "bad file number",
	10:  "no child processes",
	11:  "resource temporarily unavailable",
	12:  "not enough space",
	13:  "permission denied",
	14:  "bad address",
	15:  "block device required",
	16:  "device busy",
	17:  "file exists",

	for _, l := range listeners {
		if port == l.Address.GetSocketAddress().GetPortValue() {
			return l
		}
	}

	return nil
}

func findListenerByAddress(listeners []*listener.Listener, address string) *listener.Listener {
	for _, l := range listeners {
		if address == l.Address.GetSocketAddress().Address {
			return l
		}
	}

	return nil
}