//import "time"
func main() {
numprocs := 10
numtasks := 10000
numconc := 100
end := make(chan int)
theend := make(chan int)
distconfig.ReadAndParseConfig("services.yaml")
hosts := distconfig.GetHostsConfig()
portdist := make([][]distio.PortBaby, numprocs)
sendchans := make([]chan *distio.OutMessage, numprocs)
for i := 0; i < numprocs; i++ {
portdist[i] = make([]distio.PortBaby, len(hosts))
sendchans[i] = make(chan *distio.OutMessage, 10)
index := 0
for _, v := range hosts {
portdist[i][index].CreateConn(v.Hostname, v.Port, "tcp")
//print("Creating",v.Hostname,":",v.Port,"\n");
index++
}
go distribute(portdist[i], sendchans[i], end)
}
go EndTask(portdist, numtasks, end, theend)
cncount := numtasks / numconc
for i := 0; i < numconc; i++ {
go Concurrents(cncount, sendchans, i*cncount)
}
_ = <-theend
}
//import "strconv"
func main() {
distconfig.ReadAndParseConfig("services.yaml")
hosts := distconfig.GetHostsConfig()
endchan := make(chan int)
// Create the Port Managers
for _, v := range hosts {
go distio.CreateTaskServer(v.Port, endchan)
}
//result := 0
for i := 0; i < len(hosts); i++ {
_ = <-endchan
}
}