func main() {
// exporter, err := netchan.NewExporter("tcp", ":2345")
exporter := netchan.NewExporter()
err := exporter.ListenAndServe("tcp", ":2345")
checkError(err)
echoIn := make(chan string)
echoOut := make(chan string)
exporter.Export("echo-in", echoIn, netchan.Send)
exporter.Export("echo-out", echoOut, netchan.Recv)
for {
fmt.Println("Getting from echoOut")
s, ok := <-echoOut
if !ok {
fmt.Printf("Read from channel failed")
os.Exit(1)
}
fmt.Println("received", s)
fmt.Println("Sending back to echoIn")
echoIn <- s
fmt.Println("Sent to echoIn")
}
}
// InitExport creates a new Exporter on the IRC robot from which netchans can be created
func InitExport(bindAddr string) *netchan.Exporter {
exp := netchan.NewExporter()
go exp.ListenAndServe("tcp", bindAddr)
go func() {
for {
exp.Drain(-1)
time.Sleep(500000)
}
}()
return exp
}
func main() {
exporter := netchan.NewExporter()
err := exporter.ListenAndServe("tcp", ":2345")
checkError(err)
echo := make(chan string)
exporter.Export("echo", echo, netchan.Send)
for {
sCount := strconv.Itoa(count)
lock := make(chan string)
go handleSession(exporter, sCount, lock)
<-lock
echo <- sCount
count++
exporter.Drain(-1)
}
}
