func monitorServices() {
for {
skylib.LoadConfig()
for _, v := range skylib.NS.Services {
if (v.Port != *skylib.Port) || (v.IPAddress != *skylib.BindIP) {
portString := fmt.Sprintf("%s:%d", v.IPAddress, v.Port)
x, err := rpc.DialHTTP("tcp", portString)
if err != nil {
log.Println("BAD CON:", err)
v.RemoveFromConfig()
skylib.Errors.Add(1)
break
}
hc := skylib.HeartbeatRequest{Timestamp: time.Seconds()}
hcr := skylib.HeartbeatResponse{}
err = x.Call("Service.Ping", hc, &hcr)
if err != nil {
log.Println(err.String())
skylib.Errors.Add(1)
}
x.Close()
skylib.Requests.Add(1)
}
}
syscall.Sleep(2000 * 1000000) // sleep then do it again!
}
}
func monitorServices() {
for {
skylib.LoadConfig()
for _, v := range skylib.NS.Services {
fmt.Println(v)
// Insert your code to do something for
// each service here
// or get rid of this loop
// and do something else interesting!
}
syscall.Sleep(2000 * 1000000) // sleep then do it again!
}
}
func monitorServices() {
println("Fear the reaper...")
for {
skylib.LoadConfig()
clients := skylib.GetAllClientsByService("CommonService")
println("#Agents:", len(clients))
for _, x := range clients {
fmt.Printf("%v\n", x)
// Insert your code to do something for
// each service here
// or get rid of this loop
// and do something else interesting!
x.Close()
skylib.Requests.Add(1) // Should we count Heartbeat requests?
}
syscall.Sleep(2000 * 1000000) // sleep then do it again!
}
}
func monitorServices() {
println("Fear the reaper...")
for {
skylib.LoadConfig()
clients := skylib.GetAllClientsByService("CommonService")
println("#Agents:", len(clients))
for _, x := range clients {
hc := skylib.HeartbeatRequest{Timestamp: time.Seconds()}
hcr := skylib.HeartbeatResponse{}
err := x.Call("CommonService.Ping", hc, &hcr)
if err != nil {
panic(err)
}
fmt.Printf("hcr:%v\n", hcr)
x.Close()
skylib.Requests.Add(1) // Should be count Heartbeat requests?
}
syscall.Sleep(2000 * 1000000) // sleep then do it again!
}
}