func main() {
lsplog.SetVerbose(3)
lsplog.Vlogf(3, "[Request] Request has started")
lsplog.Vlogf(3, "[Request] Args: %s", os.Args)
port, _ := strconv.Atoi(os.Args[1])
srv, _ = lsp12.NewLspServer(port, &lsp12.LspParams{5, 2000})
clients = make(map[uint16]*client)
workers = make(map[uint16]*worker)
requestBuffer = abuf.NewBuf()
workersAvailable = abuf.NewBuf()
go networkHandler()
//Scheduler
for {
workerConnId := workersAvailable.Remove().(uint16)
req := requestBuffer.Remove().(*request)
for clients[req.connId] == nil {
req = requestBuffer.Remove().(*request)
}
freeWorker := workers[workerConnId]
freeWorker.worksForClient = req.connId
freeWorker.command = req.crackRequest
srv.Write(workerConnId, []byte(req.crackRequest))
}
}
func main() {
wait := make(chan int, 1)
p := &lsp12.LspParams{5, 2000}
srv, e := lsp12.NewLspServer(6666, p)
// fmt.Printf("%s %t\n", e, srv==nil)
if e != nil {
fmt.Printf("%s %t\n", e, srv == nil)
}
_, req, _ := srv.Read()
fmt.Printf(string(req))
srv.Write(1, []byte("C 420df50a0a436cabe48e1597a9508a2b5449d35e 12300 12399"))
time.Sleep(100 * time.Millisecond)
// srv.Write(1, []byte("X"))
_, res, _ := srv.Read()
fmt.Printf(string(res))
<-wait
}
