Create your slice using the Rspec
A list of commands below used to prepare and run test on a slice for your reference (note: parameters in scp for your slice will be different)
Execute the init_machines.sh script, which will install java, copy the files to the machines, and set the correct congestion algorithm. The script will ask the user to input all hosts and ports of their machines corresponding to the functions the machines are providing. Ensure these are correct before proceeding. It will also ask for a desired congestion control algorithm to be used. The script will also start the game and view servers after setup.
The script run_game.sh will run the game automatically. It will ask the user to input all hosts and ports of their machines corresponding to the functions the machines are providing. Ensure these are correct before proceeding. The script will then run the game and view clients automatically.
If for some reason the script does not work, run the clean_up.sh command to clean up the machines before running the experiment again.
Also, you can run the commands manually for whatever reason needed.
First, run ViewServer and GameServer on their respective nodes:
// On the ViewServer (10.10.1.1)
java ViewServer 58001
// On the GameServer (10.10.1.2)
java GameServer 58000 "10.10.1.1" 58001
Next, run the GameClients on their respective nodes:
// Method 1
// On node GameClient1 and GameClient2
java GameClient "10.10.1.2" 58000
// GameClient will prompt/ask to input player name and time limit (in seconds)
// Method 2
// playerName and timeLimit as args
java GameClient "10.10.1.2" 58000 Alex 100
// player name Alex and time limit 100 (s) as args
java GameClient "10.10.1.2" 58000 Bob 100
// player name Bob and time limit 100 (s) as args
// Method 3
// playerName, timeLimit, Auto <interval> as args
java GameClient "10.10.1.2" 58000 Alex 100 Auto 2000
// player name Alex, time limit 100(s), Auto and 2000(ms) per move as args
// GameClient will play a move/2000ms for Alex automatically
java GameClient "10.10.1.2" 58000 Bob 100 Auto 2000
// player name Bob, time limit 100(s), Auto and 2000(ms) per move as args
// GameClient will play a move/2000ms for Bob automatically
Next, we need to run the ViewClients:
// Method 1
// On the ViewClient1 and ViewClient2 nodes:
java ViewClient "10.10.1.1" 58001
// ViewClient will prompt/ask to input viewer name and player name
// Method 2
// ViewerName and playerName as args
java ViewClient "10.10.1.1" 58001 Paul Alex
// viewer name Paul and player name Alex as args
java ViewClient "10.10.1.1" 58001 Peter Alex
// viewer name Peter and player name Alex as args
// Method 3
// ViewerName, playerName, Auto <length> <interval> as args
java ViewClient "10.10.1.1" 58001 Paul Alex Auto 30 500
// viewer name Paul, player name Alex, Auto 30 500 as args
// automatically generate a comment of 30 bytes every 500ms
java ViewClient "10.10.1.1" 58001 Peter Alex Auto 30 500
// viewer name Peter, player name Alex, Auto 30 500 as args
// automatically generate a comment of 30 bytes every 500ms
Finally, the following command, to be run on a ViewClient node, will run an experiment for max users with acceptable delay over a range of bandwidth values:
// Commands to get performance, to be executed on a ViewClient node
java ViewPerformance eth1 10 50 10 "viewPerf.txt" "10.10.1.1" 58001 Alex
java ViewPerformance eth1 20 50 10 "viewPerf.txt" "10.10.1.1" 58001 Alex Auto 30 5000