func generator(t time.Duration) {
for {
var s conn.Setting
s.GetSetting()
if s.Isconnected {
var k ftprotocol.KeepAlive
k.SessionKey = []byte(s.Sessionkey)
k.Sequence = byte(s.Sequence[0])
// log.Printf("session key : %X, sequence : %X\n", k.SessionKey, k.Sequence)
// log.Printf("send keepalive : %X", k.Message())
var m conn.Message
m.Messagetype = conn.REQUEST
m.Info = hex.EncodeToString(k.Message())
m.Status = conn.NONE
m.InsertMessage()
// sequence = IncreaseSeq(sequence)
}
time.Sleep(time.Millisecond * time.Duration(t))
// time.Sleep(time.Millisecond * time.Duration(s.Writeinterval))
}
}
func (c *MesssageController) IsSencMessage() {
b, _ := c.GetBool("issend")
var s conn.Setting
s.Isconnected = b
err := s.UpdateIsConnected()
if err != nil {
c.Ctx.WriteString(err.Error())
} else {
c.Ctx.WriteString("ok")
}
}
func (c *MesssageController) SendPwdKey() {
messageid := ftprotocol.SCREENPRESS
var setting conn.Setting
setting.GetSetting()
switch messageid {
case ftprotocol.SCREENPRESS:
var g ftprotocol.ScreenPress
g.SessionKey = []byte(strings.ToUpper(setting.Sessionkey))
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
g.Sequence = byte(setting.Sequence[0])
screenid, _ := c.GetInt32("screenid")
g.ScreenID = uint32(screenid)
coorx, _ := c.GetInt32("coorx")
g.X = uint32(coorx)
coory, _ := c.GetInt32("coory")
g.Y = uint32(coory)
// log.Println(g)
out := g.Message()
// log.Println(out)
var m conn.Message
m.Messagetype = conn.REQUEST
m.Info = hex.EncodeToString(out)
m.Status = conn.NONE
log.Println(m.Info)
m.InsertMessage()
c.Ctx.WriteString("ok")
default:
c.Ctx.WriteString("Invalid Message")
}
}
func IncreaseOneSequence() {
var s conn.Setting
s.GetSetting()
// log.Printf(" seq :%x", byte(s.Sequence[0]))
s.Sequence = string(IncreaseSeq(byte(s.Sequence[0])))
// log.Printf("Sequence : %s", s.Sequence)
s.UpdateSequence()
}
func (c *MesssageController) UpdateSetting() {
var s conn.Setting
s.GetSetting()
result := make(map[string]string)
result["sessionkey"] = string(s.Sessionkey)
result["sequence"] = string(s.Sequence)
result["deviceid"] = strconv.Itoa(int(s.Deviceid))
result["protocolver"] = s.Protocolver
result["sessionstatus"] = strconv.Itoa(int(s.Sessionstatus))
result["sessiontimeout"] = strconv.Itoa(int(s.Sessiontimeout))
result["messagetimeout"] = strconv.Itoa(int(s.Messagetimeout))
result["maxretrycount"] = strconv.Itoa(int(s.Maxretrycount))
result["devicename"] = s.Devicename
result["sensorbroadcastperiod"] = strconv.Itoa(int(s.Sensorbroadcastperiod))
js, _ := json.Marshal(result)
c.Ctx.WriteString(string(js))
}
func writer(t time.Duration) {
// get one request
for {
var s conn.Setting
s.GetSetting()
// time.Sleep(time.Millisecond * time.Duration(s.Writeinterval))
time.Sleep(time.Millisecond * time.Duration(t))
if s.Isconnected {
var m conn.Message
err := m.GetOneRequest()
if err != nil {
// log.Println("writer:", err.Error())
continue
}
// log.Printf("get one request :%v", m)
b, _ := hex.DecodeString(m.Info)
err = comm.Writer(b)
if err != nil {
log.Println(err.Error())
continue
}
log.Printf("Send:%X", b)
IncreaseOneSequence()
if bSoftDelete {
m.Status = conn.DELETED
m.UpdateStatus()
} else {
m.DeleteMessage()
// log.Println("the request is deleted.")
}
}
}
}
func (c *MesssageController) Generate() {
messageid, _ := strconv.ParseInt(c.GetString("messageid"), 16, 64)
var setting conn.Setting
setting.GetSetting()
switch messageid {
case ftprotocol.REQUESTSESSION:
var rs ftprotocol.RequestSession
// rs.SessionKey, _ = hex.DecodeString(c.GetString("sessionkey"))
// rs.SessionKey = []byte(strings.ToUpper(c.GetString("sessionkey")))
rs.SessionKey = []byte(strings.ToUpper(setting.Sessionkey))
// beego.Debug("SessionKey", rs.SessionKey)
// rs.MessageID, _ = hex.DecodeString(c.GetString("messageid"))
rs.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
// beego.Debug("MessageID", rs.MessageID)
// rs.Sequence = byte(c.GetString("sequence")[0])
rs.Sequence = byte(setting.Sequence[0])
// beego.Debug("Sequence", c.GetString("sequence"), []byte(c.GetString("sequence")))
deviceid, _ := strconv.ParseUint(c.GetString("deviceid"), 16, 32)
rs.DeviceID = uint32(deviceid)
protocalver, _ := c.GetInt32("protocolver")
rs.ProtocolVersion = uint32(protocalver)
rs.NoAck = true
out := rs.Message()
// beego.Debug(out)
c.Ctx.WriteString(hex.EncodeToString(out))
case ftprotocol.GETSENSOR:
var g ftprotocol.GetSensor
g.SessionKey = []byte(strings.ToUpper(setting.Sessionkey))
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
g.Sequence = byte(setting.Sequence[0])
g.IsBroadcast, _ = c.GetBool("bbroadcastperiod")
bpvalue, _ := c.GetInt32("broadcastperiodvalue")
g.Broadcastperiod = uint32(bpvalue)
g.IsAllSensorData, _ = c.GetBool("isallsensordata")
// log.Printf("%v, %d, %v", g.IsBroadcast, g.Broadcastperiod, g.IsAllSensorData)
out := g.Message()
c.Ctx.WriteString(hex.EncodeToString(out))
case ftprotocol.KEEPALIVE:
var ka ftprotocol.KeepAlive
/*
ka.SessionKey = []byte(strings.ToUpper(c.GetString("sessionkey")))
ka.Sequence = byte(c.GetString("sequence")[0])
ka.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
*/
ka.SessionKey = []byte(strings.ToUpper(setting.Sessionkey))
ka.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
ka.Sequence = byte(setting.Sequence[0])
out := ka.Message()
// beego.Debug(out)
c.Ctx.WriteString(hex.EncodeToString(out))
case ftprotocol.GETRUNTIME:
var g ftprotocol.GetRunTime
/*
g.SessionKey = []byte(strings.ToUpper(c.GetString("sessionkey")))
g.Sequence = byte(c.GetString("sequence")[0])
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
*/
g.SessionKey = []byte(strings.ToUpper(setting.Sessionkey))
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
g.Sequence = byte(setting.Sequence[0])
out := g.Message()
// beego.Debug(out)
c.Ctx.WriteString(hex.EncodeToString(out))
case ftprotocol.DEVICENAMEREQUEST:
var g ftprotocol.DeviceNameRequest
/*
g.SessionKey = []byte(strings.ToUpper(c.GetString("sessionkey")))
g.Sequence = byte(c.GetString("sequence")[0])
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
*/
g.SessionKey = []byte(strings.ToUpper(setting.Sessionkey))
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
g.Sequence = byte(setting.Sequence[0])
out := g.Message()
// beego.Debug(out)
c.Ctx.WriteString(hex.EncodeToString(out))
case ftprotocol.GETVERSIONSREQUEST:
var g ftprotocol.GetVersionsRequest
/*
g.SessionKey = []byte(strings.ToUpper(c.GetString("sessionkey")))
g.Sequence = byte(c.GetString("sequence")[0])
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
*/
g.SessionKey = []byte(strings.ToUpper(setting.Sessionkey))
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
g.Sequence = byte(setting.Sequence[0])
out := g.Message()
// beego.Debug(out)
c.Ctx.WriteString(hex.EncodeToString(out))
case ftprotocol.SCREENPRESS:
var g ftprotocol.ScreenPress
g.SessionKey = []byte(strings.ToUpper(setting.Sessionkey))
g.MessageID = []byte(strings.ToUpper(c.GetString("messageid")))
g.Sequence = byte(setting.Sequence[0])
screenid, _ := c.GetInt32("screenid")
g.ScreenID = uint32(screenid)
coorx, _ := c.GetInt32("coorx")
g.X = uint32(coorx)
coory, _ := c.GetInt32("coory")
g.Y = uint32(coory)
log.Println(g)
out := g.Message()
log.Println(out)
c.Ctx.WriteString(hex.EncodeToString(out))
default:
c.Ctx.WriteString("Invalid Message")
}
/*
switch messageid {
case ftprotocol.REQUESTSESSION:
var rs ftprotocol.RequestSession
rs.SessionKey, _ = hex.DecodeString(c.GetString("sessionkey"))
rs.MessageID, _ = hex.DecodeString(c.GetString("messageid"))
out := rs.Message()
c.Ctx.WriteString(hex.EncodeToString(out))
default:
}
*/
}
func worker(t time.Duration) {
for {
time.Sleep(time.Millisecond * t)
// log.Println("working....")
var m conn.Message
err := m.GetOneResponse()
if err != nil {
// log.Println("worker:", err.Error())
continue
// log.Printf("get one response :%v", m)
}
// log.Println(m.Info)
b, err := hex.DecodeString(m.Info)
if err != nil {
log.Println(err.Error())
m.Status = conn.INVALID
m.UpdateStatus()
continue
}
var f ftprotocol.Frame
// log.Printf("%X", b)
s, err := f.Parse(b)
if err != nil {
log.Printf("%X:%s\n", b, err.Error())
// m.DeleteMessage()
m.Status = conn.INVALID
m.UpdateStatus()
continue
}
msgid, _ := strconv.ParseInt(string(f.MessageID), 16, 32)
switch msgid {
case ftprotocol.REQUESTSESSIONRESPONSE:
var sessionres ftprotocol.RequestSessionResponse
sessionres.Frame = f
err := sessionres.ParseMessageData(f.MessageData)
if err != nil {
log.Println(err.Error())
m.Status = conn.INVALID
m.UpdateStatus()
continue
}
var s conn.Setting
s.Sessionstatus = sessionres.SessionStatus
s.UpdateSessionStatus()
s.Sessiontimeout = sessionres.SessionTimeout
s.UpdateSessiontimeout()
s.Deviceid = conn.DeviceID(sessionres.DeviceID)
s.UpdateDeviceid()
s.Protocolver = strconv.FormatUint(uint64(sessionres.ProtocolVersion), 10)
s.UpdateProtocolVer()
s.Sessionkey = string(sessionres.SessionKey)
s.UpdateSessionKey()
s.Sequence = string(sessionres.Sequence)
s.UpdateSequence()
s.Messagetimeout = sessionres.MessageTimeout
s.UpdateMessagetimeout()
s.Maxretrycount = sessionres.MaxRetryCount
s.UpdateMaxretrycount()
case ftprotocol.DEVICENAMERESPONSE:
var res ftprotocol.DeviceNameResponse
res.Frame = f
err := res.ParseMessageData(f.MessageData)
if err != nil {
log.Println(err.Error())
m.Status = conn.INVALID
m.UpdateStatus()
continue
}
var s conn.Setting
// log.Println("device name : ", res.StringName)
s.Devicename = res.StringName
err = s.UpdateDevicename()
if err != nil {
log.Println("UpdateDevicename:", err.Error())
}
case ftprotocol.GETSENSORRESPONSE:
var res ftprotocol.GetSensorResponse
res.Frame = f
err := res.ParseMessageData(f.MessageData)
if err != nil {
log.Println("GETSENSORRESPONSE:", err.Error())
m.Status = conn.INVALID
m.UpdateStatus()
continue
}
var s conn.Setting
s.Sensorbroadcastperiod = res.BroadcastPeriod
err = s.UpdateSensorbroadcastperiod()
if err != nil {
log.Println("UpdateSensorbroadcastperiod :", err.Error())
}
case ftprotocol.DSP1SENSORDATA:
var res ftprotocol.Dsp1SensorData
res.Frame = f
err := res.ParseMessageData(f.MessageData)
if err != nil {
log.Println("DSP1SENSORDATA:", err.Error())
m.Status = conn.INVALID
m.UpdateStatus()
continue
}
var s conn.Sensordata
s.Isvaliddata = res.IsValidData
s.Sequencenumber = res.SequenceNumber
s.Isactivatingflag = res.IsActivatingFlag
s.Vavg = res.Vavg
s.Iavg = res.Iavg
s.Pavg = res.Pavg
s.Vrms = res.Vrms
s.Irms = res.Irms
s.Viphase = res.Viphase
s.Vpk = res.Vpk
s.Ipk = res.Ipk
s.Vcf = res.Vcf
s.Icf = res.Icf
s.Zload = res.Zload
s.T1 = res.T1
s.T2 = res.T2
s.Leakage = res.Leakage
s.Stimpos = res.Stimpos
s.Stimneg = res.Stimneg
s.Oltarget = res.Oltarget
s.Createtime = time.Now()
s.InsertSensordata()
case ftprotocol.EMPTY:
var s conn.Setting
s.Sequence = string(f.Sequence)
// log.Printf("sequence : %X", s.Sequence)
s.UpdateSequence()
default:
log.Printf("unsupported message : %X", msgid)
}
if len(s) > 0 {
m.Info = s
m.UpdateInfo()
} else {
// log.Println(m)
if bSoftDelete {
m.Status = conn.DELETED
m.UpdateStatus()
} else {
m.DeleteMessage()
// log.Println("the request is deleted.")
}
}
}
}