func main() {
flag.Parse()
lookupHTTPa := "localhost:4161"
daemona := "localhost:4150"
daemonHTTPaddr := "localhost:4151"
s := colony.NewService("Test", "1", lookupHTTPa, daemona, daemonHTTPaddr)
log.Println("ct", *contentType)
s.Announce(*contentType)
m := s.NewMessage(*contentType, []byte(*payload))
s.Emit(m)
}
func main() {
lookupHTTPa := "localhost:4161"
quitChan := make(chan bool)
log.Println("starting anteater service")
s := colony.NewService("Anthill", "1", lookupHTTPa)
s.Announce("ants")
log.Println("starting ticker")
ticker := time.NewTicker(time.Duration(5) * time.Second)
go func() {
for {
<-ticker.C
log.Println("ant!")
m := s.NewMessage("ants", []byte("ant!"))
s.Emit(m)
}
}()
<-quitChan
}
func main() {
lookupHTTPa := "localhost:4161"
quitChan := make(chan bool)
s := colony.NewService("honeybadger", "1", lookupHTTPa)
go s.Consume("bees", func(bees <-chan colony.Message) error {
for {
bee := <-bees
log.Println("got bee", string(bee.Payload), "!")
m := s.NewResponse(bee, "HoneyBadgerEtiquette", []byte("thanks for the bee!"))
s.Emit(m)
log.Println("sent response")
if rand.Float64() < 0.5 {
m = s.NewResponse(bee, "SnakeRequest", []byte("got any snkaes?"))
s.Emit(m)
}
}
return nil
},
)
<-quitChan
}
func main() {
lookupHTTPa := "localhost:4161"
quitChan := make(chan bool)
log.Println("starting anteater service")
s := colony.NewService("Anteater", "1", lookupHTTPa)
log.Println("announcing bee production")
s.Announce("bees")
log.Println("starting ant consumer")
go s.Consume("ants", func(ants <-chan colony.Message) error {
for {
ant := <-ants
log.Println("got ant", string(ant.Payload))
m := s.NewMessage("bees", []byte("bee! bzz bzz"))
s.Request(m, responseHandler)
}
return nil
},
)
<-quitChan
}
