func NewServer(d5s *D5ServConf, dhKey crypto.DHKE) *Server {
s := &Server{
D5ServConf: d5s,
dhKey: dhKey,
sharedKey: d5s.rsaKey.SharedKey(),
sessionMgr: NewSessionMgr(),
tunParams: &tunParams{
pingInterval: DT_PING_INTERVAL,
parallels: PARALLEL_TUN_QTY,
},
}
// inital update time counter
s.updateNow()
var step = time.Second * TIME_STEP
var now = time.Now()
// Calculate the distance to next integral minute,
var dis = now.Truncate(step).Add(step).Sub(now).Nanoseconds() - 1e3
if dis < 1e3 {
dis = 1e3
}
// To make the discrete time-counter closer to the exact zero point of minute.
// then plan starting the timer on next integral minutes.
time.AfterFunc(time.Duration(dis), func() {
s.updateNow() // first run on integral point manully
go s.updateTimeCounterWorker(step)
})
if len(d5s.DenyDest) == 2 {
s.filter, _ = geo.NewGeoIPFilter(d5s.DenyDest)
}
return s
}
func NewServer(cman *ConfigMan) *Server {
conf := cman.sConf
s := &Server{
serverConf: conf,
sharedKey: preSharedKey(conf.publicKey),
sessionMgr: NewSessionMgr(),
tunParams: &tunParams{
pingInterval: DT_PING_INTERVAL,
parallels: conf.Parallels,
},
}
// inital update time counter
s.updateNow()
var step = time.Second * TIME_STEP
var now = time.Now()
// Calculate the distance to next integral minute,
var dis = now.Truncate(step).Add(step).Sub(now).Nanoseconds() - 1e3
if dis < 1e3 {
dis = 1e3
}
// To make the discrete time-counter closer to the exact zero point of minute.
// then plan starting the timer on next integral minutes.
time.AfterFunc(time.Duration(dis), func() {
s.updateNow() // first run on integral point manully
go s.updateTimeCounterWorker(step)
})
if len(conf.DenyDest) == 2 {
s.filter, _ = geo.NewGeoIPFilter(conf.DenyDest)
}
return s
}
func NewServer(d5s *D5ServConf, dhKeys *DHKeyPair) *Server {
s := &Server{d5s, dhKeys, NewSessionMgr(), nil}
if len(d5s.DenyDest) == 2 {
s.filter, _ = geo.NewGeoIPFilter(d5s.DenyDest)
}
return s
}