def __eq__(self, other):
'''
Check if this Letter equals another Letter.
@param other: Other letter
@return: True if the Letter strings are the same
'''
if isinstance(other, Letter):
a = util.getUnicode(self.getLetter())
b = util.getUnicode(other.getLetter())
if a == b:
return True
return False
def getUsername(self):
'''
@return: Player's username
'''
return util.getUnicode(self.username)
def clickLogin(self, widget, data=None):
'''
Callback when the user clicks the login button.
@param widget: Button that was clicked
@param data:
'''
username = util.getUnicode(self.username.get_text())
password = util.hashPassword(self.password.get_text())
if (self.hostname.get_child().get_text().find(':') == -1):
self.error(
util.ErrorMessage(_("Hostname value must be hostname:port.")))
return
(host, port) = self.hostname.get_child().get_text().split(':')
try:
port = int(port)
except ValueError:
self.error(util.ErrorMessage(_("Port must be a number.")))
return
self.client = ScrabbleClient(host, port, self)
self.client.login(username, password, VERSION)
widget.set_sensitive(False)
def getUsername(self):
'''
@return: Username
'''
return util.getUnicode(self.username)
def loginOK(self):
'''
Callback from server if the user is authenticated.
Start the MainWindow
'''
h = self.hostname.get_child().get_text()
if h not in self.history:
self.history.append(h)
r = manager.ResourceManager()
history_file = file(r["config"][SERVER_HISTORY], 'w+')
for host in self.history:
history_file.write('%s\n' % host)
history_file.close()
o = manager.OptionManager()
if o.get_default_bool_option(OPTION_SAVE_LOGIN, True):
o.set_option(OPTION_SAVE_UNAME, self.username.get_text())
o.set_option(OPTION_SAVE_PWORD, self.password.get_text())
o.set_option(OPTION_SAVE_HOST, h)
MainWindow(self.client, util.getUnicode(self.username.get_text()))
self.destroy()
def loginOK(self):
'''
Callback from server if the user is authenticated.
Start the MainWindow
'''
h = self.hostname.get_child().get_text()
if h not in self.history:
self.history.append(h)
r = manager.ResourceManager()
history_file = file(r["config"][SERVER_HISTORY], 'w+')
for host in self.history:
history_file.write('%s\n' % host)
history_file.close()
o = manager.OptionManager()
if o.get_default_bool_option(OPTION_SAVE_LOGIN, True):
o.set_option(OPTION_SAVE_UNAME, self.username.get_text())
o.set_option(OPTION_SAVE_PWORD, self.password.get_text())
o.set_option(OPTION_SAVE_HOST, h)
MainWindow(self.client, util.getUnicode(self.username.get_text()))
self.destroy()
def clickLogin(self, widget, data=None):
'''
Callback when the user clicks the login button.
@param widget: Button that was clicked
@param data:
'''
username = util.getUnicode(self.username.get_text())
password = util.hashPassword( self.password.get_text() )
if (self.hostname.get_child().get_text().find(':') == -1):
self.error(util.ErrorMessage(_("Hostname value must be hostname:port.")))
return
(host, port) = self.hostname.get_child().get_text().split(':')
try:
port = int(port)
except ValueError:
self.error(util.ErrorMessage(_("Port must be a number.")))
return
self.client = ScrabbleClient(host, port, self)
self.client.login( username, password, VERSION )
widget.set_sensitive(False)
def requestUserInfo(self, widget, username):
'''
Request user information
@param widget: Widget that activated this callback
@param username: Username
'''
self.client.requestUserInfo(util.getUnicode(username))
def __eq__(self, other):
'''
Check if this Letter equals another Letter.
@param other: Other letter
@return: True if the Letter strings are the same
'''
if isinstance(other, Letter):
a = util.getUnicode(self.getLetter())
b = util.getUnicode(other.getLetter())
if a == b:
return True
elif ((a != b) and (self.isBlank() == True and other.isBlank() == True)):
return True
return False
def requestUserInfo(self, widget, username):
'''
Request user information
@param widget: Widget that activated this callback
@param username: Username
'''
self.client.requestUserInfo(util.getUnicode(username))
def sendPrivateMessage(self, widget, username, data=None):
u = util.getUnicode(username)
if not self.messages.has_key(u):
self.createPrivateMessageWindow(u)
if data is not None:
self.messages[u].receiveChatMessage(data)
def sendPrivateMessage(self, widget, username, data=None):
u = util.getUnicode(username)
if not self.messages.has_key(u):
self.createPrivateMessageWindow(u)
if data is not None:
self.messages[u].receiveChatMessage(data)
def getUser(self, username):
'''
Get a user
@param username: Username
@return: User obect or not
'''
u = util.getUnicode(username)
if self.db.users.has_key(u):
return self.db.users[u]
else:
return None
def privateMessage(self, recipient, message):
'''
Current user sends a private message
@param recipient: Username of recipient
@param message: Message text
'''
command = self.command.createPrivateMessageCommand(
'', util.getUnicode(recipient), message)
self.defer.addCallbacks(self.sendCommand,
callbackArgs=[command],
errback=self.chatWin.error)
def authenticate(self, username, password):
'''
Authenticate a user
@param username:
@param password:
'''
u = util.getUnicode(username)
if self.db.users.has_key(u):
user = self.db.users[u]
if user.getPassword() == password:
return True
return False
def gameSendMove(self, gameId, onboard, moves, client):
'''
User sends moves to the game
@param gameId: Game ID
@param onboard: Move containing letters put on the board
@param moves: List of Moves formed
@param client: ScrabbleServer Protocol
'''
game = self.gameList[gameId]
player = game.getPlayer(self.clients[client])
if not player == game.getCurrentPlayer():
return
if (game.isPaused()):
client.gameError(gameId, ServerMessage([MOVE_GAME_PAUSED]))
return
if (not game.isInProgress()):
client.gameError(gameId, ServerMessage([NOT_IN_PROGRESS]))
return
# Validate word in dictionary and not on the board alread
words = []
for move in moves:
word = util.getUnicode(move.getWord())
if word not in self.dicts['en']:
client.gameError(gameId, ServerMessage([word, NOT_IN_DICT]))
return
words.append(word)
client.acceptMove(gameId)
score = self.getMovesScore(game, moves)
letters = self.getLettersFromMove(onboard)
player.removeLetters(letters)
player.addScore(score)
self.removeModifiers(game, moves)
game.addMoves(moves, player)
game.resetPassCount()
# If the player used all 7 of his/her letters, give them an extra 50
if onboard.length() == 7:
player.addScore(constants.BINGO_BONUS_SCORE)
for p in game.getPlayers():
c = self.getPlayerClient(p)
c.sendMoves(gameId, moves)
# If the player used all his/her letters and there are no more letters in the bag, the game is over
if (len(player.getLetters()) == 0 and game.isBagEmpty()):
# Subtract everyones letter points
# Give points to the person who went out
players = game.getPlayers()
for p in players:
if p == player:
continue # Skip winner
letters = p.getLetters()
for letter in letters:
p.addScore(letter.getScore() * -1)
player.addScore(letter.getScore())
self.sendGameScores(game.getGameId())
self.gameOver(game)
return
letters = game.getLetters(player.getNumberOfLettersNeeded())
if (len(letters) > 0):
player.addLetters(letters)
client.sendLetters(gameId, player.getLetters())
self.sendGameScores(game.getGameId())
if game.isBagEmpty() or game.getCountLetters() < 7:
for p in game.getPlayers():
c = self.getPlayerClient(p)
c.gameBagEmpty(gameId)
# Next player
self.doGameTurn(gameId)
