NetFPGA Integration Setup This is the configuration of YOUR TEAM machine Plug in either cable “4/5 OR 8/9” Yellow in the top, Green in the bottom 2 - > 4 10 -> 5 11 -> 8 12 -> 9 Dual NIC PCI-e GE eth1 : Local Client & Server (eth1 .. 2) GE eth2 : Not Connected Net-FPGA nf2c3 : Yellow (test5 or test8) GE nf-testXX PCI Internet Router Hardware nf2c2 : Local Host GE GE nf2c1 : Not Connected GE nf2c0 : Green (test4 or test9) Your TEAM nf-testXX machine

Physical Configuration Key: EACH host runs a webserver e.g., to connect with a remote web server: links 192.168.4.1 eth1 of Host PC 192.168.X.Y Your (team) machine test4 (or test9) test5 (or test8) 2 - > 4 10 -> 5 11 -> 8 12 -> 9 7.1 192.168.6.* 192.168.9.* 4.1 1.1 2 1 192.168.3.*

Subnet Configuration test4 (or test9) test5 (or test8) Your (team) machine .1.1 .4.1 .1.2 .4.2 .3.1 Not Conected .2.1 .3.2 .6.1 .5.1 .9.2 Not Connected Explain the reason why we chose this toplogy Explain how we will run the video. Will it be projected on the screen or will we ask users to do it themselves? 2 - > 4 10 -> 5 11 -> 8 12 -> 9 Not Connected .8.1 .6.2 .9.1 .7.2 .7.1 3 3

Useful commands /usr/local/P33 contains the config files To test against a working config: (for example on test4) cd /usr/local/P33 ./runme-per-reboot-test4 nf2_download ./reference_router.bit ./reference_sr32 -i cpuhw.nf-test4 -r rtable.EMPTY reference router now running on test4 For your machine ./runme-team-machine nf2_download Your-NetFPGA-bits.bit Your-NetFPGA-Software -i cpuhw.nf-team-machine -r rtable.EMPTY your router now running on your machine 2 - > 4 10 -> 5 11 -> 8 12 -> 9