func (c *KFClient) startClient(addr string, port int) bool {
c.handle = cli.JKNewClientNew(addr, port)
reconn:
ret := c.handle.CliConnect(0, true)
if !ret {
return false
}
// tmstr := fmt.Sprintf("%d", time.Now().Unix())
p := NewJKProtocol()
regstr := p.GenerateRegister(*id)
n, err := c.handle.Write([]byte(regstr))
if err != nil {
jklog.L().Errorln("write failed: ", err)
goto reconn
}
jklog.L().Debugln("write done of len: ", n)
itemData := &cli.JKClientItem{}
n, err = c.handle.Read(itemData)
if err != nil {
jklog.L().Errorln("read failed, ", err)
} else {
jklog.L().Infoln("read data: ", string(itemData.Data))
}
var startTime int64
for {
now := time.Now().Unix()
if now-startTime < 300 {
time.Sleep(time.Millisecond * 1000)
continue
}
startTime = now
wstr := p.GenerateControlSaveFile(*id+".log", "Hello, I'm online - "+time.Now().String())
_, err = c.handle.Write([]byte(wstr))
if err != nil {
jklog.L().Errorln("write failed, ", err)
goto reconn
}
}
c.handle.Close()
return true
}
func (c *KFClient) startClient() bool {
c.handle = cli.JKNewClientNew(JK_NET_ADDRESS_LOCAL, JK_NET_ADDRESS_PORT)
ret := c.handle.CliConnect(0, true)
if !ret {
return false
}
// tmstr := fmt.Sprintf("%d", time.Now().Unix())
p := NewJKProtocol()
regstr := p.GenerateRegister(*id)
n, err := c.handle.Write([]byte(regstr))
if err != nil {
jklog.L().Errorln("write failed: ", err)
return false
}
jklog.L().Debugln("write done of len: ", n)
itemData := &cli.JKClientItem{}
n, err = c.handle.Read(itemData)
if err != nil {
jklog.L().Errorln("read failed, ", err)
return false
}
jklog.L().Infoln("read data: ", string(itemData.Data))
wstr := p.GenerateControlSaveFile("test.log", "This is a test log\n")
_, err = c.handle.Write([]byte(wstr))
if err != nil {
jklog.L().Errorln("write failed, ", err)
}
time.Sleep(time.Millisecond * 10000)
c.handle.Close()
return true
}
