func EntryPoint(p []int, trust chan int) (chan int, chan int, chan int) {
process = p
ownProcess, _ = connector.GetOwnProcess()
handlTrustChan = trust
//Take the process and make one map, suspect
for pr := range process {
proc := process[pr]
pSuspect[proc] = false
}
leader = ownProcess
go auxiliar()
return handlSuspectChan, handlRecoveryChan, handlTrustLeaderChan
}
func EntryPoint(d int, p []int) (chan int, chan int) {
delay = d
actualTimeout = d
ownProcess, _ = connector.GetOwnProcess()
process = p
//Take the process and make 2 maps, alive and suspect
for aux := range p {
proc := process[aux]
pAlive[proc] = true
pSuspect[proc] = false
}
go startTimer(actualTimeout)
return handlHBReplyChan, handlHBRequChan
}
func main() {
//Entry point of the application
process = connector.GetProcesses()
ownProcess, _ = connector.GetOwnProcess()
//Create the connection
go createServer()
//Take the ids of all the processess
keys := make([]int, len(process))
i := 0
for k, _ := range process {
keys[i] = k
i++
}
//Call paxos and assign the channels
handlTrustChan, inPrepChan, handlPromiseLeaderChan, inAcceptChan, learnChan, valueChan = paxosMain.EntryPoint(debug)
//Launch Leader Election
handlSuspectChan, handlRecoveryChan, handlTrustLeaderChan = leaderElection.EntryPoint(keys, handlTrustChan)
//Launch Failure Detector
handlHBReplyChan, handlHBRequChan = failureDetector.EntryPoint(delay, keys)
<-endChan
}
func isLeader() bool {
me, _ := connector.GetOwnProcess()
leader := leaderElection.GetLeader()
return me == leader
}
