There are 3 possible configurations of virtual networking in VMware:
1.Host-only: the virtual computers (VM) are connected each other in the virtual networks inside a host (myPC), which is connected to the internet via IP 123.456.789.012. They can access the internet data but it's impossible for a computer in the internet (e.g. Annie) to send request to these VM since the virtual networks are private (e.g. IP in the 198.168.X.X range).
2.Bridge: you're lucky. The network administrator in your company is your best friend, so he gave you several free slots of IP addresses. Thus the VM has its own IP address (e.g. 123.456.789.013). The VM acts just like a real PC, the computers in the internet can reach this VM.
3. NAT: Well, your organization has a limited IP addresses, but with NAT you can still have possibility to let other computers in the internet to access your VM. For example you have a webserver using port 333 in the VM 198.168.11.12, using Network Address Translation (NAT) you can use the port 444 in the myPC host 123.456.789.012 to expose this webserver to the internet.
The vmware network configuration can be set using vmware-config.pl in Linux or vmnetcfg.exe in Windows. Here is a screenshot example over how to configure the NAT / port forwarding from the host 123.456.789.012:444 to the VM webserver in 198.168.11.12:333.
Notes:
How to get vmnetcfg.exe for VMware Player Windows:
- Download the installer
- Extract the installer: VMware-player-installer.exe /e tempdir
- Extract the network.cab in the tempdir, it contains vmnetcfg.exe
Source: Steve's blogs http://soa-java.blogspot.com/
Any comments are welcome :)
Note: you can achieve the same thing with iptables service in linux, but this vmware-config approach is easier.
References:
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