func (gs *gameServer) clientListenRead(ws *websocket.Conn) {
defer func() {
ws.Close()
}()
for {
select {
default:
var move util.ClientMove
err := websocket.JSON.Receive(ws, &move)
if err == io.EOF {
return
// EOF!
} else if err != nil {
LOGE.Println(err)
} else {
var dir lib2048.Direction
switch move.Direction {
case 0:
dir = lib2048.Up
case 1:
dir = lib2048.Right
case 2:
dir = lib2048.Down
case 3:
dir = lib2048.Left
}
LOGV.Println("Received", dir, "from web client")
move := lib2048.NewMove(dir)
gs.clientMoveCh <- move
}
}
}
}
func RandomMove() *lib2048.Move {
num := r.Int() % 4
var dir lib2048.Direction
switch num {
case 0:
dir = lib2048.Up
case 1:
dir = lib2048.Left
case 2:
dir = lib2048.Down
case 3:
dir = lib2048.Right
}
return lib2048.NewMove(dir)
}
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++
}
