You manage an Azure environment that contains a virtual network named `VNet1` (). `VNet1` contains three subnets named `Subnet-Front` (), `Subnet-Back` (), and `Subnet-Security` ().
A network virtual appliance named `NVA1` is deployed in `Subnet-Security` and is assigned the private IP address .
A virtual machine named `VM-Front` () is deployed in `Subnet-Front`. Two virtual machines named `VM-Back1` () and `VM-Back2` () are deployed in `Subnet-Back`.
You create a route table named `RT-Front` and associate it with `Subnet-Front`.
You need to ensure that traffic sent from `VM-Front` to `VM-Back1` is routed through `NVA1` for security inspection, while traffic from `VM-Front` to `VM-Back2` bypasses `NVA1` and is routed directly to `Subnet-Back`.
Which routing configuration and VM setting should you implement?
- Configure Route1 in `RT-Front`: Address prefix , Next hop type: Virtual Appliance, Next hop address: . Configure Route2 in `RT-Front`: Address prefix , Next hop type: Virtual Network. Enable IP forwarding on the network interface of `NVA1`.Cevap
- BConfigure Route1 in `RT-Front`: Address prefix , Next hop type: Virtual Network Gateway, Next hop address: . Configure Route2 in `RT-Front`: Address prefix , Next hop type: Virtual Network. Enable IP forwarding on the network interface of `NVA1`.
- CConfigure Route1 in `RT-Front`: Address prefix , Next hop type: Virtual Appliance, Next hop address: . Configure Route2 in `RT-Front`: Address prefix , Next hop type: Virtual Network. Enable IP forwarding on the network interface of `NVA1`.
- DConfigure Route1 in `RT-Front`: Address prefix , Next hop type: Virtual Appliance, Next hop address: . Configure Route2 in `RT-Front`: Address prefix , Next hop type: Virtual Network. Enable IP forwarding on the network interfaces of `VM-Back1` and `VM-Back2`.