Exemplo n.º 1
0
func main() {
	iconName := "mail-unread"

	conn, err := dbus.SessionBus()
	if err != nil {
		panic(err)
	}

	notificator := notify.New(conn)

	n := notify.Notification{
		AppName:       "Test GO App",
		ReplacesID:    uint32(0),
		AppIcon:       iconName,
		Summary:       "Test",
		Body:          "This is a test of the DBus bindings for go.",
		Actions:       []string{},
		Hints:         map[string]dbus.Variant{},
		ExpireTimeout: int32(5000),
	}

	id, err := notificator.SendNotification(n)
	if err != nil {
		panic(err)
	}
	log.Printf("sent notification id: %v", id)

	caps, err := notificator.GetCapabilities()
	if err != nil {
		log.Printf("error fetching capabilities: %v", err)
	}
	for x := range caps {
		fmt.Printf("Registered capability: %v\n", caps[x])
	}

	info, err := notificator.GetServerInformation()
	if err != nil {
		log.Printf("error getting server information: %v", err)
	}
	fmt.Printf("Name:    %v\n", info.Name)
	fmt.Printf("Vendor:  %v\n", info.Vendor)
	fmt.Printf("Version: %v\n", info.Version)
	fmt.Printf("Spec:    %v\n", info.SpecVersion)

	// And there is a helper for just sending notifications directly:
	notify.SendNotification(conn, n)

}
Exemplo n.º 2
0
func main() {

	conn, err := dbus.SessionBus()
	if err != nil {
		panic(err)
	}

	// Basic usage
	// Create a Notification to send
	iconName := "mail-unread"
	n := notify.Notification{
		AppName:       "Test GO App",
		ReplacesID:    uint32(0),
		AppIcon:       iconName,
		Summary:       "Test",
		Body:          "This is a test of the DBus bindings for go.",
		Actions:       []string{"cancel", "Cancel", "open", "Open"}, // tuples of (action_key, label)
		Hints:         map[string]dbus.Variant{},
		ExpireTimeout: int32(5000),
	}

	// Ship it!
	createdID, err := notify.SendNotification(conn, n)
	if err != nil {
		log.Printf("error sending notification: %v", err.Error())
	}
	log.Printf("created notification with id: %v", createdID)

	// List server features!
	caps, err := notify.GetCapabilities(conn)
	if err != nil {
		log.Printf("error fetching capabilities: %v", err)
	}
	for x := range caps {
		fmt.Printf("Registered capability: %v\n", caps[x])
	}

	info, err := notify.GetServerInformation(conn)
	if err != nil {
		log.Printf("error getting server information: %v", err)
	}
	fmt.Printf("Name:    %v\n", info.Name)
	fmt.Printf("Vendor:  %v\n", info.Vendor)
	fmt.Printf("Version: %v\n", info.Version)
	fmt.Printf("Spec:    %v\n", info.SpecVersion)

	// Notifyer interface with event delivery
	notifier, err := notify.New(conn)
	if err != nil {
		log.Fatalln(err.Error())
	}
	defer notifier.Close()

	id, err := notifier.SendNotification(n)
	if err != nil {
		log.Printf("error sending notification: %v", err)
	}
	log.Printf("sent notification id: %v", id)

	// Listen for actions invoked!
	actions := notifier.ActionInvoked()
	go func() {
		action := <-actions
		log.Printf("ActionInvoked: %v Key: %v", action.Id, action.ActionKey)
	}()

	closer := <-notifier.NotificationClosed()
	log.Printf("NotificationClosed: %v Reason: %v", closer.Id, closer.Reason)

}
Exemplo n.º 3
0
func main() {
	err := utils.CreateLockFile()
	if err != nil {
		utils.NotifyLockingPid()
		log.Fatal("Cannot create lock file:", err)
	}

	config := engine.DefaultConfig()

	priv, err := utils.LoadPrivateKey()
	if priv == nil {
		log.Fatal("Could not get private key:", err)
	}
	if err != nil {
		log.Println("Warning: error while loading private key:", err)
	}
	config.PrivateKey = priv

	knownDevices, err := utils.LoadKnownDevices()
	if err != nil {
		log.Println("Warning: error while loading known devices:", err)
	}
	config.KnownDevices = knownDevices

	battery := plugin.NewBattery()
	ping := plugin.NewPing()
	notification := plugin.NewNotification()
	mprisPlugin := plugin.NewMpris()
	telephony := plugin.NewTelephony()
	sftp := plugin.NewSftp()

	conn, err := dbus.SessionBus()
	if err != nil {
		panic(err)
	}

	notifier, err := notify.New(conn)
	if err != nil {
		panic(err)
	}

	go (func() {
		notificationsMap := map[string]int{}
		var callNotification int
		var batteryNotification int

		for {
			select {
			case event := <-ping.Incoming:
				log.Println("Ping:", event.Device.Name)

				n := newNotification()
				n.AppIcon = utils.GetDeviceIcon(event.Device)
				n.Summary = "Ping from " + event.Device.Name
				notifier.SendNotification(n)
			case event := <-battery.Incoming:
				log.Println("Battery:", event.Device.Name, event.BatteryBody)

				if event.ThresholdEvent == plugin.BatteryThresholdEventLow {
					n := newNotification()
					n.AppIcon = "battery-caution"
					n.Summary = event.Device.Name + " has low battery"
					id, _ := notifier.SendNotification(n)
					batteryNotification = int(id)
				}

				if event.IsCharging {
					if batteryNotification != 0 {
						notifier.CloseNotification(batteryNotification)
						batteryNotification = 0
					}
				}
			case event := <-notification.Incoming:
				log.Println("Notification:", event.Device.Name, event.NotificationBody)

				id, exists := notificationsMap[event.NotificationBody.Id]

				if event.IsCancel {
					if exists {
						notifier.CloseNotification(id)
					}
					break
				}

				n := newNotification()
				n.AppIcon = utils.GetDeviceIcon(event.Device)
				n.Summary = "Notification from " + event.AppName + " on " + event.Device.Name
				n.Body = event.Ticker
				if exists {
					n.ReplacesID = uint32(id)
				}
				newId, _ := notifier.SendNotification(n)

				notificationsMap[event.NotificationBody.Id] = int(newId)

				// TODO: wait for notification dismiss and send message to remote
			case event := <-mprisPlugin.Incoming:
				log.Println("Mpris:", event.Device.Name, event.MprisBody)

				if event.RequestPlayerList {
					names, err := mpris.List(conn)
					if err != nil {
						log.Println("Warning: cannot list available MPRIS players", err)
						break
					}

					mprisPlugin.SendPlayerList(event.Device, names)
				}

				if event.Player != "" {
					player := mpris.New(conn, event.Player)

					event.RequestNowPlaying = true
					switch event.Action {
					case "Next":
						player.Next()
					case "Previous":
						player.Previous()
					case "Pause":
						player.Pause()
					case "PlayPause":
						player.PlayPause()
					case "Stop":
						player.Stop()
					case "Play":
						player.Play()
					default:
						event.RequestNowPlaying = false
					}

					if event.SetVolume != 0 {
						player.SetVolume(float64(event.SetVolume) / 100)
						event.RequestVolume = true
					}

					if event.RequestNowPlaying || event.RequestVolume {
						reply := &plugin.MprisBody{}
						if event.RequestNowPlaying {
							metadata := player.GetMetadata()
							reply.NowPlaying = metadata["xesam:title"].String()
							reply.IsPlaying = (player.GetPlaybackStatus() == "Playing")
							reply.Length = float64(metadata["mpris:length"].Value().(int64)) / 1000
							reply.Pos = float64(player.GetPosition()) / 1000
						}
						if event.RequestVolume {
							reply.Volume = int(player.GetVolume() * 100)
						}
						event.Device.Send(plugin.MprisType, reply)
					}
				}
			case event := <-telephony.Incoming:
				log.Println("Telephony:", event.Device.Name, event.TelephonyBody)

				contactName := event.PhoneNumber
				if contactName == "" {
					contactName = event.PhoneNumber
				}

				if event.TelephonyBody.Event == plugin.TelephonySms {
					n := newNotification()
					n.AppIcon = utils.GetDeviceIcon(event.Device)
					n.Hints["category"] = dbus.MakeVariant("im.received")
					n.Summary = "SMS from " + contactName + " on " + event.Device.Name
					n.Body = event.MessageBody
					notifier.SendNotification(n)
					break
				}

				if event.IsCancel {
					if callNotification != 0 {
						notifier.CloseNotification(callNotification)
						callNotification = 0
					}
					break
				}

				n := newNotification()
				n.Hints["category"] = dbus.MakeVariant("im")
				if callNotification != 0 {
					n.ReplacesID = uint32(callNotification)
				}

				switch event.TelephonyBody.Event {
				case plugin.TelephonyRinging:
					n.AppIcon = "call-start"
					n.Summary = "Call from " + contactName + " on " + event.Device.Name
				case plugin.TelephonyTalking:
					n.AppIcon = "call-start"
					n.Summary = "Calling " + contactName + " on " + event.Device.Name
				case plugin.TelephonyMissedCall:
					n.AppIcon = "call-stop"
					n.Summary = "Missed call from " + contactName + " on " + event.Device.Name
				}

				id, _ := notifier.SendNotification(n)
				callNotification = int(id)
			case event := <-sftp.Incoming:
				log.Println("Sftp:", event.Device.Name, event.SftpBody)

				utils.MountSftp(event.Ip, event.Port, event.User, event.Password)
			}
		}
	})()

	hdlr := plugin.NewHandler()
	hdlr.Register(battery)
	hdlr.Register(ping)
	hdlr.Register(notification)
	hdlr.Register(mprisPlugin)
	hdlr.Register(telephony)
	hdlr.Register(sftp)

	e := engine.New(hdlr, config)

	var i *ui.Ui

	go (func() {
		devices := map[string]*network.Device{}
		notifications := map[string]int{}

		closed := notifier.NotificationClosed()
		actions := notifier.ActionInvoked()

		sigs := make(chan os.Signal, 1)
		signal.Notify(sigs, syscall.SIGINT, syscall.SIGTERM, syscall.SIGUSR1)

		startUi := func() {
			if i == nil {
				plugins := &ui.PluginCollection{
					Sftp: sftp,
				}

				i = ui.New(e, plugins)

				for _, d := range devices {
					if d.Paired {
						i.Connected <- d
					} else {
						i.Available <- d
					}
				}

				go (func() {
					<-i.Quit
					i = nil
				})()
			} else {
				i.Raise()
			}
		}

		getDeviceFromNotification := func(notificationId int) *network.Device {
			for deviceId, id := range notifications {
				if id == notificationId {
					if device, ok := devices[deviceId]; ok {
						return device
					} else {
						return nil
					}
				}
			}
			return nil
		}

		deviceAvailable := func(device *network.Device) {
			n := newNotification()
			n.AppIcon = utils.GetDeviceIcon(device)
			n.Summary = device.Name
			n.Body = "New device available"
			n.Hints["category"] = dbus.MakeVariant("device")
			n.Actions = []string{"pair", "Pair device"}
			id, _ := notifier.SendNotification(n)

			notifications[device.Id] = int(id)

			if i != nil {
				i.Available <- device
			}
		}

		deviceRequestsPairing := func(device *network.Device) {
			n := newNotification()
			n.AppIcon = utils.GetDeviceIcon(device)
			n.Summary = device.Name
			n.Body = "New pair request"
			n.Hints["category"] = dbus.MakeVariant("device")
			n.Actions = []string{"pair", "Accept", "unpair", "Reject"}
			id, _ := notifier.SendNotification(n)

			notifications[device.Id] = int(id)
		}

		deviceConnected := func(device *network.Device) {
			n := newNotification()
			n.AppIcon = utils.GetDeviceIcon(device)
			n.Summary = device.Name
			n.Body = "Device connected"
			n.Hints["resident"] = dbus.MakeVariant(true)
			n.Hints["category"] = dbus.MakeVariant("device.added")
			n.Actions = []string{"default", "Open"}
			id, _ := notifier.SendNotification(n)

			notifications[device.Id] = int(id)

			if i != nil {
				i.Connected <- device
			}
		}

		cleanup := func() {
			// Close all notifications
			for _, id := range notifications {
				notifier.CloseNotification(id)
			}
		}

		for {
			select {
			case device := <-e.Joins:
				if device.Id == "" {
					continue
				}

				devices[device.Id] = device

				if device.Paired {
					deviceConnected(device)
				} else {
					deviceAvailable(device)
				}
			case device := <-e.RequestsPairing:
				if id, ok := notifications[device.Id]; ok {
					notifier.CloseNotification(id)
				}

				deviceRequestsPairing(device)
			case device := <-e.Paired:
				if id, ok := notifications[device.Id]; ok {
					notifier.CloseNotification(id)
				}

				err := utils.SaveKnownDevices(config.KnownDevices)
				if err != nil {
					log.Println("Cannot save known devices:", err)
				}

				deviceConnected(device)
			case device := <-e.Unpaired:
				if id, ok := notifications[device.Id]; ok {
					notifier.CloseNotification(id)
				}

				if i != nil {
					i.Disconnected <- device
				}
			case device := <-e.Leaves:
				if id, ok := notifications[device.Id]; ok {
					notifier.CloseNotification(id)
				}
				if _, ok := devices[device.Id]; ok {
					delete(devices, device.Id)
				}

				if i != nil {
					i.Unavailable <- device
				}
			case signal := <-actions:
				device := getDeviceFromNotification(int(signal.Id))
				if device == nil {
					continue
				}

				log.Println(device.Name, signal.ActionKey)

				switch signal.ActionKey {
				case "pair":
					err := e.PairDevice(device)
					if err != nil {
						log.Println("Cannot pair device:", err)
					}
				case "unpair":
					err := e.UnpairDevice(device)
					if err != nil {
						log.Println("Cannot unpair device:", err)
					}
				case "default":
					startUi()
					i.SelectDevice(device)
				}
			case signal := <-closed:
				device := getDeviceFromNotification(int(signal.Id))
				if device != nil {
					log.Println(device.Name, signal.Reason)

					delete(notifications, device.Id)

					if signal.Reason == notify.ReasonDismissedByUser {
						//device.Close()
					}
				}
			case signal := <-sigs:
				if signal == syscall.SIGUSR1 {
					// Restore device notifications
					for _, device := range devices {
						if !device.Paired {
							continue
						}
						if _, ok := notifications[device.Id]; !ok {
							deviceConnected(device)
						}
					}

					startUi()
				} else {
					// Interrupt signal received
					cleanup()
					os.Exit(0)
				}
			}
		}
	})()

	e.Listen()
}