// Update display callback. Receives mail check result with new messages count
// and polling error status.
//
// Update checked time and, if needed, send info or error to renderer and user
// alerts.
//
func (app *AppletGmail) updateDisplay(delta int, e error) {
eventTime := time.Now().String()[11:19]
label := "Checked: " + eventTime
switch {
case e != nil:
label = "Update Error: " + eventTime + "\n" + e.Error() // Error time is refreshed.
log.Err(e, "Check mail")
if app.err == nil || e.Error() != app.err.Error() { // Error buffer, dont warn twice the same information.
app.render.Error(e)
app.PopUp("Mail check error", e.Error())
app.err = e
}
case delta > 0:
log.Debug(" * Count changed", delta)
app.sendAlert(delta)
case delta == 0:
log.Debug("", " * no change")
}
switch {
case e == nil && app.err != nil: // Error disapeared. Cleaning buffer and refresh display.
app.render.Set(app.data.Count())
app.err = nil
case delta != 0: // Refresh display only if changed.
app.render.Set(app.data.Count())
}
app.SetLabel(label)
}
// Get mails from server.
//
func (feed *Feed) get() error {
log.Debug("Get mails from server")
// Prepare request with header
request, e := http.NewRequest("GET", feedGmail, nil)
if e != nil {
return e
}
request.Header.Add("Authorization", "Basic "+feed.login)
// Try to get data from source.
response, e2 := new(http.Client).Do(request)
if e2 != nil {
return e2
}
defer response.Body.Close()
body, e3 := ioutil.ReadAll(response.Body)
if e3 != nil {
return e3
}
// Parse data.
if e := xml.Unmarshal(body, feed); e != nil {
return e
}
return nil
}
func (t *TicTacToeAI) PrintBoard() {
for i := 0; i < 3; i++ {
a := t.board[i][0]
b := t.board[i][1]
c := t.board[i][2]
log.Debug(a + b + c)
}
}
func (h *GameHub) Run() {
log.SetPrefix("GameHub")
log.SetDebug(true)
log.Info("Started GameHub")
h.createDemoRooms()
//InitTest()
h.TestQuiz()
for {
select {
// Player entered lobby.
case p := <-h.register:
h.players[p.id] = p
h.connections[p.conn] = true
h.lobby.addPlayer(p)
log.Debug("Added Player " + p.id)
// Player exited website.
case p := <-h.unregister:
delete(h.players, p.id)
delete(h.connections, p.conn)
close(p.conn.send)
log.Debug("Player " + p.id + " exited")
// Distribute broadcast messages to all connections.
case m := <-h.broadcast:
if h.handleMessage(m) != true {
for c := range h.connections {
select {
case c.send <- m:
default:
delete(h.connections, c)
close(c.send)
go c.ws.Close()
}
}
}
}
}
}
// StartApplet will prepare and launch a cairo-dock applet. If you have provided
// events, they will respond when needed, and you have nothing more to worry
// about your applet management. One optional poller can be provided atm.
//
// List of the steps, and their effect:
// * Load applet events definition = DefineEvents().
// * Connect the applet to cairo-dock with DBus. This also activate events callbacks.
// * Initialise applet with option load config activated = Init(true).
// * Start and run the polling loop if needed. This start a instant check, and
// manage regular and manual timer refresh.
// * Wait for the dock End signal to close the applet.
//
func StartApplet(cda *CDApplet, app AppletInstance, poller ...*poller.Poller) {
log.Debug("Applet started")
defer log.Debug("Applet stopped")
// Define and connect events to the dock
cda.Events.Reload = func(loadConf bool) {
app.Reload(loadConf)
}
app.DefineEvents()
cda.ConnectToBus()
// Load config and apply user settings.
app.Init(true)
// Prepare signals channels.
close := cda.GetCloseChan()
if len(poller) == 0 {
<-close // Just wait for End event signal.
} else { // With only one poller currently managed.
restart := poller[0].GetRestart() // Restart chan for user events.
for { // Start main loop and handle events until the End signal is received from the dock.
// Start a timer if needed. The poller will do the first check right now.
tick := poller[0].Start()
select { // Wait for events. Until the End signal is received from the dock.
case <-close: // Received End event. That's all folks.
return
case <-tick.C: // End of timer. Reset timer.
case <-restart: // Rechecked manually. Reset timer.
}
}
}
}
func (quiz *QuizBowlGame) Score(msg string, player *Player) {
if player.data == nil {
player.data = 0
}
var answer QuizBowlAnswer
err := rjson.Unmarshal([]byte(msg), &answer)
if err != nil {
fmt.Println(err)
log.Debug("Could not score answer")
}
var m string
question := quiz.findQuestionById(answer.QuestionId)
correctAnswer := question.CorrectAnswer
answerText := quiz.findAnswerText(question, correctAnswer)
fmt.Println(answerText)
fmt.Println(correctAnswer, answer.AnswerId)
if answer.AnswerId == correctAnswer {
player.data = player.data.(int) + 200
fmt.Println("Score:", player.data)
m = "Correct Answer! \nCurrent Score: " + strconv.Itoa(player.data.(int))
} else {
m = "Wrong! The correct answer is " + answerText + "\n Current score: " + strconv.Itoa(player.data.(int))
}
msg2 := Message{
Operation: "SendResult",
Sender: "Server",
RoomID: "",
Message: m,
}
b, err2 := rjson.Marshal(msg2)
if err2 != nil {
log.Debug("There was a marshalling error.")
return
}
//Send message back to player
player.conn.send <- string(b)
}
// callback for poller mail checking. Launch the check mail action.
// Check for new mails. Return the mails count delta (change since last check).
//
func (feed *Feed) Check() {
log.Debug("Check mails")
if !feed.IsValid() {
feed.callResult(0, errors.New("No account informations provided."))
return
}
count := feed.Count() // save current count.
feed.Clear() // reset list.
e := feed.get() // Get new data.
feed.callResult(feed.Count()-count, e)
}
func (quiz *QuizBowlGame) loadQuestions() {
bs, err := ioutil.ReadFile("json/sample-questions.json")
if err != nil {
return
}
questions := make([]Question, 0)
err = rjson.Unmarshal(bs, &questions)
if err != nil {
fmt.Println("Error Loading Questions:", err)
}
log.Debug("Loaded questions")
quiz.questions = questions
}
func (h *GameHub) handleMessage(msg string) bool {
var conn *connection
var player *Player
var handledMessage bool
var data Message
err := rjson.Unmarshal([]byte(msg), &data)
if err != nil {
fmt.Println("error:", err)
}
log.Debug(msg)
// Get sender's connection
sender := data.Sender
if sender != "" && sender != "Server" {
player = h.players[sender]
conn = player.conn
}
switch data.Operation {
case "CreateRoom":
fmt.Println("CreateRoom")
r := &GameRoom{players: make(map[string]bool)}
r.roomId = uniuri.New()
h.rooms[r.roomId] = r
fmt.Println(h.getRoomList())
// message to say room was created
// move player to room
case "ChangeNick":
msg := player.ChangeNick(data.Message)
h.sendBroadcastMessage(msg, "Lobby")
// Send message to room saying nick has changed
handledMessage = true
case "JoinRoom":
fmt.Println("JoinRoom")
// TODO: Check if player is already in game room
// Store gameroom data also in player object?
roomId := data.Message
room, err := h.rooms[roomId]
if err != false {
room.addPlayer(player)
log.Debug("Player " + player.id + " added to room " + roomId)
fmt.Println(room.players)
}
case "LeaveRoom":
fmt.Println("LeaveRoom")
// TODO: Verify player is already in game room
roomId := data.Message
room, err := h.rooms[roomId]
if err != false {
room.removePlayer(player)
log.Debug("Player " + player.id + " left room " + roomId)
fmt.Println(room.players)
}
case "StartGame":
roomId := data.RoomID
room := h.rooms[roomId]
room.game.startGame(room, h)
case "GetGameTypes":
conn.send <- h.getGameTypes()
handledMessage = true
case "GetPlayerList":
for _, v := range h.players {
fmt.Println(v)
}
case "GetRoomList":
conn.send <- h.getRoomList()
handledMessage = true
default:
// Send to specific room for handling
room := h.findRoomById(data.RoomID)
if room != nil {
fmt.Println(room)
if room.game != nil {
room.game.HandleGameMessage(msg, h)
}
}
}
fmt.Println(data.Message)
return handledMessage
}
// Reset all settings and restart timer.
//
func (app *AppletGmail) Reload(confChanged bool) {
log.Debug("Reload module")
app.Init(confChanged)
app.Actions.Launch(ActionCheckMail) // CheckMail recheck and reset the timer.
}