func setupLog(ctx *cli.Context) {
if ctx.Bool("v") {
logger.SetupLogging("debug", "stderr")
} else {
logger.SetupLogging("info", "stderr")
}
}
func (s *EngineSuite) BenchmarkSimple(c *C) {
log.SetupLogging("error", "stdout")
engine := CreateEngine()
go engine.Run()
mock := &MockConnection{}
conn := NewMyConnection(nil)
conn.SetMyConnection(mock)
conn.SetId("debug")
hndr := NewHandler(conn, engine)
conn.SetOpaque(hndr)
msg := codec.NewConnectMessage()
msg.Magic = []byte("MQTT")
msg.Version = uint8(4)
msg.Identifier = "debug"
msg.CleanSession = true
msg.KeepAlive = uint16(0) // Ping is annoyed at this time
codec.WriteMessageTo(msg, mock)
// 6) just call conn.ParseMessage(). then handler will work.
r, err := conn.ParseMessage()
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_CONNECT)
// NOTE: Client turn. don't care this.
time.Sleep(time.Millisecond)
r, err = conn.ParseMessage()
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_CONNACK)
for i := 0; i < c.N; i++ {
// (Client) Publish
pub := codec.NewPublishMessage()
pub.TopicName = "/debug"
pub.Payload = []byte("hello")
codec.WriteMessageTo(pub, mock)
// (Server)
conn.ParseMessage()
}
// That's it.
engine.Terminate()
}
func (s *EngineSuite) TestBasic(c *C) {
log.SetupLogging("error", "stdout")
// This test introduce how to setup custom MQTT server
// 1) You need to setup Momonga engine like this.
engine := CreateEngine()
// 2) Running Engine
go engine.Run()
// 3) engine expects net.Conn (see MockConnection)
mock := &MockConnection{}
conn := NewMyConnection(nil)
conn.SetMyConnection(mock)
conn.SetId("debug")
// 4) setup handler. This handler implementation is example.
// you can customize behaviour with On method.
hndr := NewHandler(conn, engine)
conn.SetOpaque(hndr)
// 5) Now,
msg := codec.NewConnectMessage()
msg.Magic = []byte("MQTT")
msg.Version = uint8(4)
msg.Identifier = "debug"
msg.CleanSession = true
msg.KeepAlive = uint16(0) // Ping is annoyed at this time
codec.WriteMessageTo(msg, mock)
// 6) just call conn.ParseMessage(). then handler will work.
r, err := conn.ParseMessage()
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_CONNECT)
// NOTE: Client turn. don't care this.
time.Sleep(time.Millisecond)
r, err = conn.ParseMessage()
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_CONNACK)
// Subscribe
sub := codec.NewSubscribeMessage()
sub.Payload = append(sub.Payload, codec.SubscribePayload{TopicPath: "/debug"})
sub.PacketIdentifier = 1
codec.WriteMessageTo(sub, mock)
// (Server)
r, err = conn.ParseMessage()
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_SUBSCRIBE)
rsub := r.(*codec.SubscribeMessage)
c.Assert(rsub.PacketIdentifier, Equals, uint16(1))
c.Assert(rsub.Payload[0].TopicPath, Equals, "/debug")
// (Client) suback
time.Sleep(time.Millisecond)
r, err = conn.ParseMessage()
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_SUBACK)
// (Client) Publish
pub := codec.NewPublishMessage()
pub.TopicName = "/debug"
pub.Payload = []byte("hello")
codec.WriteMessageTo(pub, mock)
// (Server)
r, err = conn.ParseMessage()
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_PUBLISH)
rpub := r.(*codec.PublishMessage)
c.Assert(rpub.TopicName, Equals, "/debug")
// (Client) received publish message
time.Sleep(time.Millisecond)
r, err = conn.ParseMessage()
rp := r.(*codec.PublishMessage)
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_PUBLISH)
c.Assert(rp.TopicName, Equals, "/debug")
c.Assert(string(rp.Payload), Equals, "hello")
// okay, now disconnect from server
dis := codec.NewDisconnectMessage()
codec.WriteMessageTo(dis, mock)
r, err = conn.ParseMessage()
c.Assert(err, Equals, nil)
c.Assert(r.GetType(), Equals, codec.PACKET_TYPE_DISCONNECT)
// then, receive EOF from server.
time.Sleep(time.Millisecond)
r, err = conn.ParseMessage()
c.Assert(err, Equals, nil)
// That's it.
engine.Terminate()
}
func NewApplication(configPath string) *Application {
conf, err := configuration.LoadConfiguration(configPath)
if err != nil {
log.Error("Can't read config.toml. use default setting.: %s", err)
}
log.SetupLogging(conf.Server.LogLevel, conf.Server.LogFile)
pid := strconv.Itoa(os.Getpid())
if conf.Server.PidFile != "" {
if err := ioutil.WriteFile(conf.Server.PidFile, []byte(pid), 0644); err != nil {
panic(err)
}
util.WritePid(conf.Server.PidFile)
}
// NOTE: INHERIT=TRUE means the process invoked from os.StartProess
inherit := false
if os.Getenv("INHERIT") == "TRUE" {
inherit = true
}
log.Info("Momonga started pid: %s (inherit:%t)", pid, inherit)
engine := NewMomonga(conf)
app := &Application{
Engine: engine,
Servers: []Server{},
configPath: configPath,
config: conf,
}
// TODO: improve this block
if conf.Server.Port > 0 {
t := NewTcpServer(engine, conf, inherit)
t.wg = &app.wg
app.RegisterServer(t)
}
if conf.Server.Socket != "" {
u := NewUnixServer(engine, conf, inherit)
u.wg = &app.wg
app.RegisterServer(u)
}
if conf.Server.HttpPort > 0 {
h := NewHttpServer(engine, conf, inherit)
h.wg = &app.wg
app.RegisterServer(h)
}
if conf.Server.EnableTls && conf.Server.TlsPort > 0 {
h := NewTlsServer(engine, conf, inherit)
h.wg = &app.wg
app.RegisterServer(h)
}
// memonized application path
app.execPath, err = exec.LookPath(os.Args[0])
if err != nil {
log.Error("Error: %s", err)
return app
}
app.workingDir, err = os.Getwd()
if err != nil {
log.Error("Error: %s", err)
return app
}
if conf.Bridge.Address != "" {
//TODO: Bridgeは複数指定できる
//TODO: Bridgeは途中で制御できる
// /api/bridge/list
// /api/bridge/connection/stop
// /api/bridge/connection/status
// /api/bridge/connection/start
// /api/bridge/connection/delete
// /api/bridge/connection/new?address=&port=&type=both&topic[]=
// /api/bridge/config
go func() {
flag := 0
switch conf.Bridge.Type {
case "both":
flag = 3
case "out":
flag = 1
case "in":
flag = 2
default:
panic(fmt.Sprintf("%s does not support.", conf.Bridge.Type))
}
// in
addr := fmt.Sprintf("%s:%d", conf.Bridge.Address, conf.Bridge.Port)
c := client.NewClient(client.Option{
TransporterCallback: func() (net.Conn, error) {
conn, err := net.Dial("tcp", addr)
return conn, err
},
Identifier: fmt.Sprintf(conf.Bridge.ClientId),
Magic: []byte("MQTT"),
Version: 4 | 0x80,
Keepalive: 0,
})
c.Connect()
c.WaitConnection()
if flag == 1 || flag == 3 {
c.Subscribe("#", 2)
c.SetRequestPerSecondLimit(-1)
c.On("publish", func(msg *codec.PublishMessage) {
engine.SendPublishMessage(msg, conf.Bridge.Connection, true)
})
}
//out
if flag == 2 || flag == 3 {
addr2 := fmt.Sprintf("%s:%d", conf.Server.BindAddress, conf.Server.Port)
c2 := client.NewClient(client.Option{
TransporterCallback: func() (net.Conn, error) {
conn, err := net.Dial("tcp", addr2)
return conn, err
},
Identifier: fmt.Sprintf(conf.Bridge.ClientId),
Magic: []byte("MQTT"),
Version: 4 | 0x80,
Keepalive: 0,
})
c2.Connect()
c2.WaitConnection()
c2.Subscribe("#", 2)
c2.SetRequestPerSecondLimit(-1)
c2.On("publish", func(msg *codec.PublishMessage) {
c.Publish(msg.TopicName, msg.Payload, msg.QosLevel)
})
}
select {}
}()
}
return app
}