continue
			}
			if r.Off() == 0 && ldr.SymType(s) == sym.STEXT {
				// Use the symbol for the function instead of creating
				// an overlapping symbol.
				continue
			}

			// TODO(jsing): Consider generating ELF symbols without needing
			// loader symbols, in order to reduce memory consumption. This

		}

		// Note: we can issue the write barrier code in any order. In particular,
		// it doesn't matter if they are in a different order *even if* they end
		// up referring to overlapping memory regions. For instance if an OpStore
		// stores to a location that is later read by an OpMove. In all cases
		// any pointers we must get into the write barrier buffer still make it,

			operation:   "occupy",
			numOccupied: 1,
		},
		// Occupy 1 more element: +1
		{
			cidrStr:     "10.42.9.0/24",
			operation:   "occupy",
			numOccupied: 2,
		},
		// Occupy 4 elements overlapping with one from the above: +3
		{
			cidrStr:     "10.42.8.0/22",
			operation:   "occupy",
			numOccupied: 5,
		},
		// Occupy an already-coccupied element: no change
		{
			cidrStr:     "10.42.9.0/24",

// overlappingStatefulSets sorts a list of StatefulSets by creation timestamp, using their names as a tie breaker.
// Generally used to tie break between StatefulSets that have overlapping selectors.
type overlappingStatefulSets []*apps.StatefulSet

func (o overlappingStatefulSets) Len() int { return len(o) }

func (o overlappingStatefulSets) Swap(i, j int) { o[i], o[j] = o[j], o[i] }

    }
  }

  /**
   * Returns the maximal range lying between this range and {@code otherRange}, if such a range
   * exists. The resulting range may be empty if the two ranges are adjacent but non-overlapping.
   *
   * <p>For example, the gap of {@code [1..5]} and {@code (7..10)} is {@code (5..7]}. The resulting
   * range may be empty; for example, the gap between {@code [1..5)} {@code [5..7)} yields the empty

		lcpSuf := lcpSuffix(globalDomainNames)
		for _, domainName := range globalDomainNames {
			if domainName == lcpSuf && len(globalDomainNames) > 1 {
				logger.Fatal(config.ErrOverlappingDomainValue(nil).Msg("Overlapping domains `%s` not allowed", globalDomainNames),
					"Invalid MINIO_DOMAIN value in environment variable")
			}
		}
	}

	publicIPs := env.Get(config.EnvPublicIPs, "")
	if len(publicIPs) != 0 {

	ads.Request(t, &discovery.DiscoveryRequest{
		ResourceNames: nil,
		ResponseNonce: res.Nonce,
		VersionInfo:   res.VersionInfo,
	})
	ads.ExpectNoResponse(t)
}

// Regression for envoy restart and overlapping connections
func TestAdsReconnect(t *testing.T) {
	s := xdsfake.NewFakeDiscoveryServer(t, xdsfake.FakeOptions{})
	ads := s.ConnectADS().WithType(v3.ClusterType)
	ads.RequestResponseAck(t, nil)

		p.connected = nil
	}
}

func (p *XdsProxy) registerStream(c *ProxyConnection) {
	p.connectedMutex.Lock()
	defer p.connectedMutex.Unlock()
	if p.connected != nil {
		proxyLog.Warnf("registered overlapping stream; closing previous")
		close(p.connected.stopChan)
	}
	p.connected = c
}

// ProxyConnection represents connection to downstream proxy.
type ProxyConnection struct {
	conID              uint32

    }
  }

  /**
   * Returns the maximal range lying between this range and {@code otherRange}, if such a range
   * exists. The resulting range may be empty if the two ranges are adjacent but non-overlapping.
   *
   * <p>For example, the gap of {@code [1..5]} and {@code (7..10)} is {@code (5..7]}. The resulting
   * range may be empty; for example, the gap between {@code [1..5)} {@code [5..7)} yields the empty

// code zero). With all the changes enabled, the target is known to fail
// (exit any other way). Bisect repeats the target with different sets of
// changes enabled, using binary search to find (non-overlapping) minimal
// change sets that provoke the failure.
//
// The target must cooperate with bisect by accepting a change pattern
// and then enabling and reporting the changes that match that pattern.