func test() bool {
flag.Parse()
useCentral := len(*gameServerHostPorts) == 0
gsHostPortsSlice := strings.Split(*gameServerHostPorts, ",")
if len(gsHostPortsSlice) == 0 && *centralServerHostPort == "" {
fmt.Println("ERROR: Invalid configuration. Either specify a central server or a list of game servers.")
os.Exit(-1)
}
// Generate random moves
moveList := make([]*lib2048.Move, 0)
for i := 0; i < *numMoves; i++ {
moveList = append(moveList, util.RandomMove())
}
// Start up all command line clients
cservAddr := "http://" + *centralServerHostPort
clients := make([]cmdlineclient.Cclient, *numClients)
gsHostPort := ""
for i := 0; i < *numClients; i++ {
if !useCentral {
gsHostPort = gsHostPortsSlice[i%len(gsHostPortsSlice)]
cservAddr = ""
}
var err error
clients[i], err = cmdlineclient.NewCClient(cservAddr, gsHostPort, util.DEFAULTINTERVAL)
if err != nil {
fmt.Println("FAIL: Command line client could not start:", err)
return false
}
}
// Test the moves
for i, m := range moveList {
fmt.Printf("Sending moves (%d/%d)...\n", i+1, len(moveList))
for i := 0; i < *numSendingClients; i++ {
clients[i].InputMove(m.Direction)
}
time.Sleep(time.Duration(*sendMoveInterval) * time.Millisecond)
}
// Check that all clients have the same set of moves
time.Sleep(7 * time.Second) // Let all network operations complete
for i, c := range clients {
if !c.GetGameState().Equals(clients[0].GetGameState()) {
fmt.Println("FAIL: Game client", i, "differs in state from game client", 0)
fmt.Printf("Client %d's state:\n%s\n", i, c.GetGameState().String())
fmt.Printf("Client %d's state:\n%s\n", 0, clients[0].GetGameState().String())
return false
}
}
fmt.Println("PASS")
return true
}
func testOneCentralOneClientOneGameserv() {
// Step 1: Boot Testing Client
cservAddr := "http://" + util.CENTRALHOSTPOST
cli, err := cmdlineclient.NewCClient(cservAddr, "", util.DEFAULTINTERVAL)
processError(err, util.CFAIL)
// Step 2: Initialize moves + obtain correct answer
movelist := []*lib2048.Move{
lib2048.NewMove(lib2048.Left),
lib2048.NewMove(lib2048.Right),
lib2048.NewMove(lib2048.Left),
lib2048.NewMove(lib2048.Up),
lib2048.NewMove(lib2048.Up),
lib2048.NewMove(lib2048.Down),
lib2048.NewMove(lib2048.Right),
lib2048.NewMove(lib2048.Left),
}
desiredGame := util.CalculateGameState(cli.GetGameState(), movelist)
// Step 3: Test
for _, m := range movelist {
cli.InputMove(m.Direction)
time.Sleep(1000 * time.Millisecond) // has to be large enough so one move per paxos round
}
LOGV.Println("CLI's game state")
LOGV.Println(cli.GetGameState())
LOGV.Println("Desired game state")
LOGV.Println(desiredGame)
if !cli.GetGameState().Equals(desiredGame) {
fmt.Println("PHAIL: STATES ARE NOT CORRECTZ")
failCount++
return
}
fmt.Println("PASS")
passCount++
}