From the use case in the RFE, it works more likely a attached fip which forward original external flows to a local port. And blocks traffic from outside. Use case and expected behavior should be:
Expected behavior:
VM-A1 connect to NLVIPA1 for local service with high performance. VM-A1 to portService(10.10.10.10) is blocked.
VM-B1 connect to NLVIPB1 for local service with high performance. VM-B1 to portService(10.10.10.10) is blocked.
VM-C1 connect to portService(10.10.10.10) as original with low performance.
From the use case in the RFE, it works more likely a attached fip which forward original external flows to a local port. And blocks traffic from outside. Use case and expected behavior should be:
Initial state:
NodeA: VM-A1(portA1) VM-A2(portA2) portService( 10.10.10. 10))
NodeB: VM-B1(portB1) VM-B2(portB2)
NodeC: VM-C1(portC1)
NodeService: VM-Service(
Expected behavior: All VMs A1,A2,B1,B2,C1 connect to portService( 10.10.10. 10) and fetch data.
After enable NLVIP, it works similar as fip and attach to local service VMs:
NodeA: VM-A1(portA1) VM-A2(portA2+ NLVIPA1( 10.10.10. 10)) NLVIPB1( 10.10.10. 10)) portService( 10.10.10. 10))
NodeB: VM-B1(portB1) VM-B2(portB2+
NodeC: VM-C1(portC1)
NodeService: VM-Service(
Expected behavior: 10.10.10. 10) is blocked. 10.10.10. 10) is blocked. 10.10.10. 10) as original with low performance.
VM-A1 connect to NLVIPA1 for local service with high performance. VM-A1 to portService(
VM-B1 connect to NLVIPB1 for local service with high performance. VM-B1 to portService(
VM-C1 connect to portService(