continue
		}

		var matchingEndpointsV4, matchingEndpointsV6 []discovery.Endpoint

		for _, epSlice := range endpointSlices {
			if portsMatch(epSubset.Ports, epSlice.Ports) {
				switch epSlice.AddressType {
				case discovery.AddressTypeIPv4:
					matchingEndpointsV4 = append(matchingEndpointsV4, epSlice.Endpoints...)
				case discovery.AddressTypeIPv6:

	}

	labelMatch := labels.Instance(match.SourceLabels).SubsetOf(proxyLabels)

	portMatch := match.Port == 0 || match.Port == uint32(port)

	nsMatch := match.SourceNamespace == "" || match.SourceNamespace == proxyNamespace

	return gatewayMatch && labelMatch && portMatch && nsMatch
}

// Match by source labels, the listener port where traffic comes in, the gateway on which the rule is being

}

func isPortMatch(port uint32, server *networking.Server) bool {
	// if there's no port predicate, portMatch is true; otherwise we evaluate the port predicate against the server's port
	portMatch := port == 0
	if port != 0 {
		portMatch = server.Port.Number == port
	}
	return portMatch
}

func isGatewayMatch(gateway string, gatewayNames []string) bool {