#Gns3 linux cloud interface software
software for creating virtual tap interface on fedora - 86_64.Dynamips emulation software version 0.2.8-RC3-x86.GNS3 0.8.4 RC2 with Cisco IOS version 15.1(4)M2 for Cisco 7206VXR.You can read more about UDP tunnels implementation problem here. Connection between two end nodes - GNS3 router and Huawei router - would be solved by UDP tunnels. In this scenario the only required bridging task would be bridging VirtualBox Ethernet card with host OS bridge. In the future if UDP tunnels were properly implemented it would be probably easier to use UDP tunnels instead of bridging. For this reason I decided to use bridging approach as a workaround. The second issue is the strange UDP tunnels implementation in eNSP that prevents UDP tunnels working with GNS3. However the issue can be overcome by VirtualBox with Windows installed on Vbox virtual machine. First of all, it is no eNSP version witten for Linux.
During testing eNSP I had to deal with two major issues. As I prefer Linux to any other OS, GNS3 is installed on Fedora Linux. The tutorial shows the necessary steps required for connecting Huawei router running inside eNSP to a Cisco router running inside GNS3. This job can be done using either UDP tunnels or bridging routers to the Ethernet cards presented in OS on which is eNSP installed. eNSP allows to connect simulated routers to any other network devices running outside sNSP.
This network simulator is similar to Cisco Packet Tracert but it offers one big advantage comparing to Packet Tracert. ENSP stands for for Enterprise Network Simulation Platform and it is program that simulates Huawei routers.
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