func controler(pcapreader *pcap.Pcap, quit_chan chan bool) {
timebegin := time.Now()
MAIN:
for {
select {
case <-quit_chan:
fmt.Print("\nEND\n")
fmt.Printf("ETH routines: %d\n", len(data.ETHMAP.StatsChans))
for _, chans := range data.ETHMAP.StatsChans {
chans.Control <- "<kill>"
}
fmt.Printf("IP routines: %d\n", len(data.IPv4MAP.StatsChans))
for _, chans := range data.IPv4MAP.StatsChans {
chans.Control <- "<kill>"
}
fmt.Printf("TCP routines: %d\n", len(data.TcpMAP.StatsChans))
for _, chans := range data.TcpMAP.StatsChans {
chans.Control <- "<kill>"
}
break MAIN
case <-clock.Clock.DumpChan:
dumpbegin := time.Now()
pcapreader.Paused = true
dump.WriteEthernet(CONFIG, data.ETHMAP)
dump.WriteIpv4(CONFIG, data.IPv4MAP)
dump.WriteTcp(CONFIG, data.TcpMAP)
pcapreader.Paused = false
if CONFIG["debug"] == "true" {
fmt.Println("<< END DUMPS ", time.Now().Sub(dumpbegin),
clock.Clock.Get(), "\n")
}
}
}
fmt.Println("controler ends, total time:", time.Now().Sub(timebegin))
}
