func PortIsListen(port int64) bool {
tcp := collector.ListenPorts("tcp")
tcp6 := collector.ListenPorts("tcp6")
udp := collector.ListenPorts("udp")
udp6 := collector.ListenPorts("udp6")
if slicetool.SliceContainsInt64(tcp, port) ||
slicetool.SliceContainsInt64(tcp6, port) ||
slicetool.SliceContainsInt64(udp, port) ||
slicetool.SliceContainsInt64(udp6, port) {
return true
}
return false
}
func printSystemInfo() {
fmt.Println(collector.KernelHostname())
fmt.Println(collector.KernelMaxFiles())
fmt.Println(collector.KernelMaxProc())
fmt.Println(collector.LoadAvg())
fmt.Println(collector.CpuSnapShoot())
mountPoints, _ := collector.ListMountPoint()
fmt.Println(mountPoints)
for idx := range mountPoints {
fmt.Println(collector.BuildDeviceUsage(mountPoints[idx]))
}
netIfs, err := collector.NetIfs()
fmt.Println("NetIfs.err: ", err)
for _, netIf := range netIfs {
fmt.Println(netIf)
}
fmt.Println(collector.MemInfo())
fmt.Println("listening ports: ", collector.ListenPorts())
fmt.Println(collector.SystemUptime())
diskStats, _ := collector.ListDiskStats()
for _, ds := range diskStats {
fmt.Println(ds)
}
}
func PortIsListen(port int64) bool {
return slicetool.SliceContainsInt64(collector.ListenPorts(), port)
}
func main() {
fmt.Println("listening ports: ", collector.ListenPorts())
}
