示例#1
0
文件: asgard.go 项目: bigpg/spigo
// Reload the network from a file
func Reload(arch string) string {
	root := ""
	g := graphjson.ReadArch(arch)
	archaius.Conf.Population = 0 // just to make sure
	// count how many nodes there are
	for _, element := range g.Graph {
		if element.Node != "" {
			archaius.Conf.Population++
		}
	}
	CreateChannels()
	CreateEureka()
	// eureka and edda aren't recorded in the json file to simplify the graph
	// Start all the services
	for _, element := range g.Graph {
		if element.Node != "" {
			name := element.Node
			StartNode(name, "")
			if names.Package(name) == DenominatorPkg {
				root = name
			}
		}
	}
	// Make all the connections
	for _, element := range g.Graph {
		if element.Edge != "" && element.Source != "" && element.Target != "" {
			Connect(element.Source, element.Target)
		}
	}
	// run for a while
	if root == "" {
		log.Fatal("No denominator root microservice specified")
	}
	return root
}
示例#2
0
文件: fsm.go 项目: kmissoumi/spigo
// Reload the network from a file
func Reload(arch string) {
	listener = make(chan gotocol.Message) // listener for fsm
	log.Println("fsm reloading from " + arch + ".json")
	g := graphjson.ReadArch(arch)
	pop := 0
	// count how many nodes there are
	for _, element := range g.Graph {
		if element.Node != "" {
			pop++
		}
	}
	archaius.Conf.Population = pop
	// create the map of channels
	noodles = make(map[string]chan gotocol.Message, archaius.Conf.Population)
	// Start all the services
	for _, element := range g.Graph {
		if element.Node != "" && element.Service != "" {
			name := element.Node
			noodles[name] = make(chan gotocol.Message)
			// start the service and tell it it's name
			switch element.Service {
			case "pirate":
				go pirate.Start(noodles[name])
				noodles[name] <- gotocol.Message{gotocol.Hello, listener, time.Now(), gotocol.NilContext(), name}
				if edda.Logchan != nil {
					// tell the pirate to report itself and new edges to the logger
					noodles[name] <- gotocol.Message{gotocol.Inform, edda.Logchan, time.Now(), gotocol.NilContext(), ""}
				}
			default:
				log.Println("fsm: unknown service: " + element.Service)
			}
		}
	}
	// Make all the connections
	for _, element := range g.Graph {
		if element.Edge != "" && element.Source != "" && element.Target != "" {
			noodles[element.Source] <- gotocol.Message{gotocol.NameDrop, noodles[element.Target], time.Now(), gotocol.NewRequest(), element.Target}
			log.Println("Link " + element.Source + " > " + element.Target)
		}
	}
	// send money and start the pirates chatting
	for _, noodle := range noodles {
		// same as below for now, but will save and read back from file later
		// anonymously send this pirate a random amount of GoldCoin up to 100
		gold := fmt.Sprintf("%d", rand.Intn(100))
		noodle <- gotocol.Message{gotocol.GoldCoin, nil, time.Now(), gotocol.NewRequest(), gold}
		// tell this pirate to start chatting with friends every 0.1 to 10 secs
		delay := fmt.Sprintf("%dms", 100+rand.Intn(9900))
		noodle <- gotocol.Message{gotocol.Chat, nil, time.Now(), gotocol.NilContext(), delay}
	}
	shutdown()
}
示例#3
0
文件: asgard.go 项目: dberkholz/spigo
// Reload the network from a file
func Reload(arch string) string {
	root := ""
	g := graphjson.ReadArch(arch)
	archaius.Conf.Population = 0 // just to make sure
	// count how many nodes there are
	for _, element := range g.Graph {
		if element.Node != "" {
			archaius.Conf.Population++
		}
	}
	CreateChannels()
	CreateEureka()
	// eureka and edda aren't recorded in the json file to simplify the graph
	// Start all the services
	cass := make(map[string]chan gotocol.Message) // for token distribution
	for _, element := range g.Graph {
		if element.Node != "" {
			name := element.Node
			StartNode(name, "")
			if names.Package(name) == DenominatorPkg {
				root = name
			}
			if names.Package(name) == "priamCassandra" {
				cass[name] = noodles[name] // remember the nodes
			}
		}
	}
	if len(cass) > 0 { // currently doesn't handle multiple priamCassandra per arch
		priamCassandra.Distribute(cass) // returns a string if it needs logging
	}
	// Make all the connections
	for _, element := range g.Graph {
		if element.Edge != "" && element.Source != "" && element.Target != "" {
			Connect(element.Source, element.Target)
		}
	}
	// run for a while
	if root == "" {
		log.Fatal("No denominator root microservice specified")
	}
	return root
}