def __init__(self):
Client.__init__(self)
HumanClient.humanClients.append(self)
self.table = None
self.ruleset = None
self.beginQuestion = None
self.tableList = TableList(self)
Connection(self).login().addCallbacks(
self.__loggedIn,
self.__loginFailed)
def __init__(self):
aiClass = self.__findAI([intelligence, altint], Options.AI)
if not aiClass:
raise Exception('intelligence %s is undefined' % Options.AI)
Client.__init__(self, intelligence=aiClass)
HumanClient.humanClients.append(self)
self.table = None
self.ruleset = None
self.beginQuestion = None
self.tableList = TableList(self)
Connection(self).login().addCallbacks(self.__loggedIn, self.__loginFailed)
def __init__(self):
Client.__init__(self)
HumanClient.humanClients.append(self)
self.table = None
self.ruleset = None
self.beginQuestion = None
self.tableList = TableList(self)
Connection(self).login().addCallbacks(
self.__loggedIn,
self.__loginFailed)
def showTableList(self, dummy=None):
"""allocate it if needed"""
if not self.tableList:
self.tableList = TableList(self)
self.tableList.loadTables(self.tables)
self.tableList.activateWindow()
class HumanClient(Client):
"""a human client"""
# pylint: disable=R0904
humanClients = []
def __init__(self):
aiClass = self.__findAI([intelligence, altint], Options.AI)
if not aiClass:
raise Exception('intelligence %s is undefined' % Options.AI)
Client.__init__(self, intelligence=aiClass)
HumanClient.humanClients.append(self)
self.table = None
self.ruleset = None
self.beginQuestion = None
self.tableList = TableList(self)
Connection(self).login().addCallbacks(self.__loggedIn, self.__loginFailed)
@staticmethod
def shutdownHumanClients(exception=None):
"""close connections to servers except maybe one"""
clients = HumanClient.humanClients
def done():
"""return True if clients is cleaned"""
return len(clients) == 0 or (exception and clients == [exception])
def disconnectedClient(dummyResult, client):
"""now the client is really disconnected from the server"""
if client in clients:
# HumanClient.serverDisconnects also removes it!
clients.remove(client)
if isinstance(exception, Failure):
logException(exception)
for client in clients[:]:
if client.tableList:
client.tableList.hide()
if done():
return succeed(None)
deferreds = []
for client in clients[:]:
if client != exception and client.connection:
deferreds.append(client.logout().addCallback(disconnectedClient, client))
return DeferredList(deferreds)
def __loggedIn(self, connection):
"""callback after the server answered our login request"""
self.connection = connection
self.ruleset = connection.ruleset
self.name = connection.username
self.tableList.show()
voiceId = None
if Preferences.uploadVoice:
voice = Voice.locate(self.name)
if voice:
voiceId = voice.md5sum
if Debug.sound and voiceId:
logDebug('%s sends own voice %s to server' % (self.name, voiceId))
maxGameId = Query('select max(id) from game').records[0][0]
maxGameId = int(maxGameId) if maxGameId else 0
self.callServer('setClientProperties',
Internal.dbIdent,
voiceId, maxGameId, Internal.version).addCallbacks(self.__initTableList, self.__versionError)
def __initTableList(self, dummy):
"""first load of the list. Process options like --demo, --table, --join"""
self.showTableList()
if SingleshotOptions.table:
Internal.autoPlay = False
self.__requestNewTableFromServer(SingleshotOptions.table).addCallback(
self.__showTables).addErrback(self.tableError)
if Debug.table:
logDebug('%s: --table lets us open an new table %d' % (self.name, SingleshotOptions.table))
SingleshotOptions.table = False
elif SingleshotOptions.join:
Internal.autoPlay = False
self.callServer('joinTable', SingleshotOptions.join).addCallback(
self.__showTables).addErrback(self.tableError)
if Debug.table:
logDebug('%s: --join lets us join table %s' % (self.name, self._tableById(SingleshotOptions.join)))
SingleshotOptions.join = False
elif not self.game and (Internal.autoPlay or (not self.tables and self.hasLocalServer())):
self.__requestNewTableFromServer().addCallback(self.__newLocalTable).addErrback(self.tableError)
else:
self.__showTables()
@staticmethod
def __loginFailed(dummy):
"""as the name says"""
Internal.field.startingGame = False
@staticmethod
def __findAI(modules, aiName):
"""list of all alternative AIs defined in altint.py"""
for modul in modules:
for key, value in modul.__dict__.items():
if key == 'AI' + aiName:
return value
def isRobotClient(self):
"""avoid using isinstance, it would import too much for kajonggserver"""
return False
@staticmethod
def isHumanClient():
"""avoid using isinstance, it would import too much for kajonggserver"""
return True
def isServerClient(self):
"""avoid using isinstance, it would import too much for kajonggserver"""
return False
def hasLocalServer(self):
"""True if we are talking to a Local Game Server"""
return self.connection and self.connection.useSocket
def __updateTableList(self):
"""if it exists"""
if self.tableList:
self.tableList.loadTables(self.tables)
def __showTables(self, dummy=None):
"""load and show tables. We may be used as a callback. In that case,
clientTables is the id of a new table - which we do not need here"""
self.tableList.loadTables(self.tables)
self.tableList.show()
def showTableList(self, dummy=None):
"""allocate it if needed"""
if not self.tableList:
self.tableList = TableList(self)
self.tableList.loadTables(self.tables)
self.tableList.activateWindow()
def remote_tableRemoved(self, tableid, message, *args):
"""update table list"""
Client.remote_tableRemoved(self, tableid, message, *args)
self.__updateTableList()
if message:
if not self.name in args or not message.endswith('has logged out'):
logWarning(m18n(message, *args))
def __receiveTables(self, tables):
"""now we already know all rulesets for those tables"""
Client.remote_newTables(self, tables)
if not Internal.autoPlay:
if self.hasLocalServer():
# when playing a local game, only show pending tables with
# previously selected ruleset
self.tables = list(x for x in self.tables if x.ruleset == self.ruleset)
if len(self.tables):
self.__updateTableList()
def remote_newTables(self, tables):
"""update table list"""
assert len(tables)
def gotRulesets(result):
"""the server sent us the wanted ruleset definitions"""
for ruleset in result:
Ruleset.cached(ruleset).save(copy=True) # make it known to the cache and save in db
return tables
rulesetHashes = set(x[1] for x in tables)
needRulesets = list(x for x in rulesetHashes if not Ruleset.hashIsKnown(x))
if needRulesets:
self.callServer('needRulesets', needRulesets).addCallback(gotRulesets).addCallback(self.__receiveTables)
else:
self.__receiveTables(tables)
@staticmethod
def remote_needRuleset(ruleset):
"""server only knows hash, needs full definition"""
result = Ruleset.cached(ruleset)
assert result and result.hash == ruleset
return result.toList()
def tableChanged(self, table):
"""update table list"""
oldTable, newTable = Client.tableChanged(self, table)
if oldTable and oldTable == self.table:
# this happens if a table has more than one human player and
# one of them leaves the table. In that case, the other players
# need this code.
self.table = newTable
if len(newTable.playerNames) == 3:
# only tell about the first player leaving, because the
# others will then automatically leave too
for name in oldTable.playerNames:
if name != self.name and not newTable.isOnline(name):
def sorried(dummy):
"""user ack"""
game = self.game
if game:
self.game = None
return game.close()
if self.beginQuestion:
self.beginQuestion.cancel()
Sorry(m18n('Player %1 has left the table', name)).addCallback(
sorried).addCallback(self.showTableList)
break
self.__updateTableList()
def remote_chat(self, data):
"""others chat to me"""
chatLine = ChatMessage(data)
if Debug.chat:
logDebug('got chatLine: %s' % chatLine)
table = self._tableById(chatLine.tableid)
if not chatLine.isStatusMessage and not table.chatWindow:
ChatWindow(table)
if table.chatWindow:
table.chatWindow.receiveLine(chatLine)
def readyForGameStart(self, tableid, gameid, wantedGame, playerNames, shouldSave=True):
"""playerNames are in wind order ESWN"""
def answered(result):
"""callback, called after the client player said yes or no"""
self.beginQuestion = None
if self.connection and result:
# still connected and yes, we are
Client.readyForGameStart(self, tableid, gameid, wantedGame, playerNames, shouldSave)
return Message.OK
else:
return Message.NoGameStart
def cancelled(dummy):
"""the user does not want to start now. Back to table list"""
if Debug.table:
logDebug('%s: Readyforgamestart returns Message.NoGameStart for table %s' % (
self.name, self._tableById(tableid)))
self.table = None
self.beginQuestion = None
if self.tableList:
self.__updateTableList()
self.tableList.show()
return Message.NoGameStart
if sum(not x[1].startswith('Robot ') for x in playerNames) == 1:
# we play against 3 robots and we already told the server to start: no need to ask again
return Client.readyForGameStart(self, tableid, gameid, wantedGame, playerNames, shouldSave)
assert not self.table
assert self.tables
self.table = self._tableById(tableid)
if not self.table:
raise pb.Error('client.readyForGameStart: tableid %d unknown' % tableid)
msg = m18n("The game on table <numid>%1</numid> can begin. Are you ready to play now?", tableid)
self.beginQuestion = QuestionYesNo(msg, modal=False, caption=self.name).addCallback(
answered).addErrback(cancelled)
return self.beginQuestion
def readyForHandStart(self, playerNames, rotateWinds):
"""playerNames are in wind order ESWN. Never called for first hand."""
def answered(dummy=None):
"""called after the client player said yes, I am ready"""
if self.connection:
return Client.readyForHandStart(self, playerNames, rotateWinds)
if not self.connection:
# disconnected meanwhile
return
if Internal.field:
# update the balances in the status bar:
Internal.field.updateGUI()
assert not self.game.isFirstHand()
return Information(m18n("Ready for next hand?"), modal=False).addCallback(answered)
def ask(self, move, answers):
"""server sends move. We ask the user. answers is a list with possible answers,
the default answer being the first in the list."""
if not Internal.field:
return Client.ask(self, move, answers)
self._computeSayable(move, answers)
deferred = Deferred()
deferred.addCallback(self.__askAnswered)
deferred.addErrback(self.__answerError, move, answers)
iAmActive = self.game.myself == self.game.activePlayer
self.game.myself.handBoard.setEnabled(iAmActive)
field = Internal.field
oldDialog = field.clientDialog
if oldDialog and not oldDialog.answered:
raise Exception('old dialog %s:%s is unanswered, new Dialog: %s/%s' % (
str(oldDialog.move),
str([x.name for x in oldDialog.buttons]),
str(move), str(answers)))
if not oldDialog or not oldDialog.isVisible():
# always build a new dialog because if we change its layout before
# reshowing it, sometimes the old buttons are still visible in which
# case the next dialog will appear at a lower position than it should
field.clientDialog = ClientDialog(self, field.centralWidget())
assert field.clientDialog.client is self
field.clientDialog.askHuman(move, answers, deferred)
return deferred
def __selectChow(self, chows):
"""which possible chow do we want to expose?
Since we might return a Deferred to be sent to the server,
which contains Message.Chow plus selected Chow, we should
return the same tuple here"""
if self.game.autoPlay:
return Message.Chow, self.intelligence.selectChow(chows)
if len(chows) == 1:
return Message.Chow, chows[0]
if Preferences.propose:
propose = self.intelligence.selectChow(chows)
else:
propose = None
deferred = Deferred()
selDlg = SelectChow(chows, propose, deferred)
assert selDlg.exec_()
return deferred
def __selectKong(self, kongs):
"""which possible kong do we want to declare?"""
if self.game.autoPlay:
return Message.Kong, self.intelligence.selectKong(kongs)
if len(kongs) == 1:
return Message.Kong, kongs[0]
deferred = Deferred()
selDlg = SelectKong(kongs, deferred)
assert selDlg.exec_()
return deferred
def __askAnswered(self, answer):
"""the user answered our question concerning move"""
if not self.game:
return Message.NoClaim
myself = self.game.myself
if answer in [Message.Discard, Message.OriginalCall]:
# do not remove tile from hand here, the server will tell all players
# including us that it has been discarded. Only then we will remove it.
myself.handBoard.setEnabled(False)
return answer, myself.handBoard.focusTile.element
args = self.sayable[answer]
assert args
if answer == Message.Chow:
return self.__selectChow(args)
if answer == Message.Kong:
return self.__selectKong(args)
self.game.hidePopups()
if args is True or args == []:
# this does not specify any tiles, the server does not need this. Robot players
# also return None in this case.
return answer
else:
return answer, args
def __answerError(self, answer, move, answers):
"""an error happened while determining the answer to server"""
logException('%s %s %s %s' % (self.game.myself.name if self.game else 'NOGAME', answer, move, answers))
def remote_abort(self, tableid, message, *args):
"""the server aborted this game"""
if self.table and self.table.tableid == tableid:
# translate Robot to Roboter:
if self.game:
args = self.game.players.translatePlayerNames(args)
logWarning(m18n(message, *args))
if self.game:
self.game.close()
if self.game.autoPlay:
if Internal.field:
Internal.field.close()
def remote_gameOver(self, tableid, message, *args):
"""the game is over"""
def yes(dummy):
"""now that the user clicked the 'game over' prompt away, clean up"""
if self.game:
self.game.rotateWinds()
if Options.csv:
gameWinner = max(self.game.players, key=lambda x: x.balance)
writer = csv.writer(open(Options.csv,'a'), delimiter=';')
if Debug.process:
self.game.csvTags.append('MEM:%s' % resource.getrusage(resource.RUSAGE_SELF).ru_maxrss)
row = [Options.AI, str(self.game.seed), ','.join(self.game.csvTags)]
for player in sorted(self.game.players, key=lambda x: x.name):
row.append(player.name.encode('utf-8'))
row.append(player.balance)
row.append(player.wonCount)
row.append(1 if player == gameWinner else 0)
writer.writerow(row)
del writer
if self.game.autoPlay and Internal.field:
Internal.field.close()
else:
self.game.close().addCallback(Client.quitProgram)
assert self.table and self.table.tableid == tableid
if Internal.field:
# update the balances in the status bar:
Internal.field.updateGUI()
logInfo(m18n(message, *args), showDialog=True).addCallback(yes)
def remote_serverDisconnects(self, result=None):
"""we logged out or or lost connection to the server.
Remove visual traces depending on that connection."""
if Debug.connections and result:
logDebug('server %s disconnects: %s' % (self.connection.url, result))
self.connection = None
game = self.game
self.game = None # avoid races: messages might still arrive
if self.tableList:
self.tableList.hide()
self.tableList = None
if self in HumanClient.humanClients:
HumanClient.humanClients.remove(self)
if self.beginQuestion:
self.beginQuestion.cancel()
field = Internal.field
if field and game and field.game == game:
game.close() # TODO: maybe issue a Sorry first?
def serverDisconnected(self, dummyReference):
"""perspective calls us back"""
if self.connection and (Debug.traffic or Debug.connections):
logDebug('perspective notifies disconnect: %s' % self.connection.url)
self.remote_serverDisconnects()
@staticmethod
def __versionError(err):
"""log the twisted error"""
logWarning(err.getErrorMessage())
Internal.field.abortGame()
return err
@staticmethod
def __wantedGame():
"""find out which game we want to start on the table"""
result = SingleshotOptions.game
if not result or result == '0':
result = str(int(random.random() * 10**9))
SingleshotOptions.game = None
return result
def tableError(self, err):
"""log the twisted error"""
if not self.connection:
# lost connection to server
if self.tableList:
self.tableList.hide()
self.tableList = None
else:
logWarning(err.getErrorMessage())
def __newLocalTable(self, newId):
"""we just got newId from the server"""
return self.callServer('startGame', newId).addErrback(self.tableError)
def __requestNewTableFromServer(self, tableid=None, ruleset=None):
"""as the name says"""
if ruleset is None:
ruleset = self.ruleset
return self.callServer('newTable', ruleset.hash, Options.playOpen,
Internal.autoPlay, self.__wantedGame(), tableid).addErrback(self.tableError)
def newTable(self):
"""TableList uses me as a slot"""
if Options.ruleset:
ruleset = Options.ruleset
elif self.hasLocalServer():
ruleset = self.ruleset
else:
selectDialog = SelectRuleset(self.connection.url)
if not selectDialog.exec_():
return
ruleset = selectDialog.cbRuleset.current
deferred = self.__requestNewTableFromServer(ruleset=ruleset)
if self.hasLocalServer():
deferred.addCallback(self.__newLocalTable)
self.tableList.requestedNewTable = True
def joinTable(self, table=None):
"""join a table"""
if not isinstance(table, ClientTable):
table = self.tableList.selectedTable()
self.callServer('joinTable', table.tableid).addErrback(self.tableError)
def logout(self, dummyResult=None):
"""clean visual traces and logout from server"""
def loggedout(result, connection):
"""TODO: do we need this?"""
connection.connector.disconnect()
return result
if self.connection:
conn = self.connection
self.connection = None
return self.callServer('logout').addCallback(loggedout, conn)
else:
return succeed(None)
def callServer(self, *args):
"""if we are online, call server"""
if self.connection:
if args[0] is None:
args = args[1:]
try:
if Debug.traffic:
if self.game:
self.game.debug('callServer(%s)' % repr(args))
else:
logDebug('callServer(%s)' % repr(args))
def callServerError(result):
"""if serverDisconnected has been called meanwhile, just ignore msg about
connection lost in a non-clean fashion"""
if self.connection:
return result
return self.connection.perspective.callRemote(*args).addErrback(callServerError)
except pb.DeadReferenceError:
logWarning(m18n('The connection to the server %1 broke, please try again later.',
self.connection.url))
self.remote_serverDisconnects()
return succeed(None)
else:
return succeed(None)
def sendChat(self, chatLine):
"""send chat message to server"""
return self.callServer('chat', chatLine.asList())
def showTableList(self, dummy=None):
"""allocate it if needed"""
if not self.tableList:
self.tableList = TableList(self)
self.tableList.loadTables(self.tables)
self.tableList.activateWindow()
class HumanClient(Client):
"""a human client"""
# pylint: disable=too-many-public-methods
humanClients = []
def __init__(self):
Client.__init__(self)
HumanClient.humanClients.append(self)
self.table = None
self.ruleset = None
self.beginQuestion = None
self.tableList = TableList(self)
Connection(self).login().addCallbacks(
self.__loggedIn,
self.__loginFailed)
@staticmethod
def shutdownHumanClients(exception=None):
"""close connections to servers except maybe one"""
clients = HumanClient.humanClients
def done():
"""return True if clients is cleaned"""
return len(clients) == 0 or (exception and clients == [exception])
def disconnectedClient(dummyResult, client):
"""now the client is really disconnected from the server"""
if client in clients:
# HumanClient.serverDisconnects also removes it!
clients.remove(client)
if isinstance(exception, Failure):
logException(exception)
for client in clients[:]:
if client.tableList:
client.tableList.hide()
if done():
return succeed(None)
deferreds = []
for client in clients[:]:
if client != exception and client.connection:
deferreds.append(
client.logout(
).addCallback(
disconnectedClient,
client))
return DeferredList(deferreds)
def __loggedIn(self, connection):
"""callback after the server answered our login request"""
self.connection = connection
self.ruleset = connection.ruleset
self.name = connection.username
self.tableList.show()
voiceId = None
if Internal.Preferences.uploadVoice:
voice = Voice.locate(self.name)
if voice:
voiceId = voice.md5sum
if Debug.sound and voiceId:
logDebug(
u'%s sends own voice %s to server' %
(self.name, voiceId))
maxGameId = Query('select max(id) from game').records[0][0]
maxGameId = int(maxGameId) if maxGameId else 0
self.callServer('setClientProperties',
Internal.db.identifier,
voiceId, maxGameId,
Internal.defaultPort).addCallbacks(self.__initTableList, self.__versionError)
def __initTableList(self, dummy):
"""first load of the list. Process options like --demo, --table, --join"""
self.showTableList()
if SingleshotOptions.table:
Internal.autoPlay = False
self.__requestNewTableFromServer(SingleshotOptions.table).addCallback(
self.__showTables).addErrback(self.tableError)
if Debug.table:
logDebug(
u'%s: --table lets us open an new table %d' %
(self.name, SingleshotOptions.table))
SingleshotOptions.table = False
elif SingleshotOptions.join:
Internal.autoPlay = False
self.callServer('joinTable', SingleshotOptions.join).addCallback(
self.__showTables).addErrback(self.tableError)
if Debug.table:
logDebug(
u'%s: --join lets us join table %s' %
(self.name, self._tableById(SingleshotOptions.join)))
SingleshotOptions.join = False
elif not self.game and (Internal.autoPlay or (not self.tables and self.hasLocalServer())):
self.__requestNewTableFromServer().addCallback(
self.__newLocalTable).addErrback(self.tableError)
else:
self.__showTables()
@staticmethod
def __loginFailed(dummy):
"""as the name says"""
if Internal.scene:
Internal.scene.startingGame = False
def isRobotClient(self):
"""avoid using isinstance, it would import too much for kajonggserver"""
return False
@staticmethod
def isHumanClient():
"""avoid using isinstance, it would import too much for kajonggserver"""
return True
def isServerClient(self):
"""avoid using isinstance, it would import too much for kajonggserver"""
return False
def hasLocalServer(self):
"""True if we are talking to a Local Game Server"""
return self.connection and self.connection.url.isLocalHost
def __updateTableList(self):
"""if it exists"""
if self.tableList:
self.tableList.loadTables(self.tables)
def __showTables(self, dummy=None):
"""load and show tables. We may be used as a callback. In that case,
clientTables is the id of a new table - which we do not need here"""
self.tableList.loadTables(self.tables)
self.tableList.show()
def showTableList(self, dummy=None):
"""allocate it if needed"""
if not self.tableList:
self.tableList = TableList(self)
self.tableList.loadTables(self.tables)
self.tableList.activateWindow()
def remote_tableRemoved(self, tableid, message, *args):
"""update table list"""
Client.remote_tableRemoved(self, tableid, message, *args)
self.__updateTableList()
if message:
if self.name not in args or not message.endswith('has logged out'):
logWarning(m18n(message, *args))
def __receiveTables(self, tables):
"""now we already know all rulesets for those tables"""
Client.remote_newTables(self, tables)
if not Internal.autoPlay:
if self.hasLocalServer():
# when playing a local game, only show pending tables with
# previously selected ruleset
self.tables = list(
x for x in self.tables if x.ruleset == self.ruleset)
if len(self.tables):
self.__updateTableList()
def remote_newTables(self, tables):
"""update table list"""
assert len(tables)
def gotRulesets(result):
"""the server sent us the wanted ruleset definitions"""
for ruleset in result:
Ruleset.cached(ruleset).save() # make it known to the cache and save in db
return tables
rulesetHashes = set(x[1] for x in tables)
needRulesets = list(
x for x in rulesetHashes if not Ruleset.hashIsKnown(x))
if needRulesets:
self.callServer(
'needRulesets',
needRulesets).addCallback(
gotRulesets).addCallback(
self.__receiveTables)
else:
self.__receiveTables(tables)
@staticmethod
def remote_needRuleset(ruleset):
"""server only knows hash, needs full definition"""
result = Ruleset.cached(ruleset)
assert result and result.hash == ruleset
return result.toList()
def tableChanged(self, table):
"""update table list"""
oldTable, newTable = Client.tableChanged(self, table)
if oldTable and oldTable == self.table:
# this happens if a table has more than one human player and
# one of them leaves the table. In that case, the other players
# need this code.
self.table = newTable
if len(newTable.playerNames) == 3:
# only tell about the first player leaving, because the
# others will then automatically leave too
for name in oldTable.playerNames:
if name != self.name and not newTable.isOnline(name):
def sorried(dummy):
"""user ack"""
game = self.game
if game:
self.game = None
return game.close()
if self.beginQuestion:
self.beginQuestion.cancel()
Sorry(m18n('Player %1 has left the table', name)).addCallback(
sorried).addCallback(self.showTableList)
break
self.__updateTableList()
def remote_chat(self, data):
"""others chat to me"""
chatLine = ChatMessage(data)
if Debug.chat:
logDebug(u'got chatLine: %s' % chatLine)
table = self._tableById(chatLine.tableid)
if not chatLine.isStatusMessage and not table.chatWindow:
ChatWindow(table)
if table.chatWindow:
table.chatWindow.receiveLine(chatLine)
def readyForGameStart(
self, tableid, gameid, wantedGame, playerNames, shouldSave=True,
gameClass=None):
"""playerNames are in wind order ESWN"""
if gameClass is None:
if Options.gui:
gameClass = VisiblePlayingGame
else:
gameClass = PlayingGame
def clientReady():
"""macro"""
return Client.readyForGameStart(
self, tableid, gameid, wantedGame, playerNames,
shouldSave, gameClass)
def answered(result):
"""callback, called after the client player said yes or no"""
self.beginQuestion = None
if self.connection and result:
# still connected and yes, we are
return clientReady()
else:
return Message.NoGameStart
def cancelled(dummy):
"""the user does not want to start now. Back to table list"""
if Debug.table:
logDebug(u'%s: Readyforgamestart returns Message.NoGameStart for table %s' % (
self.name, self._tableById(tableid)))
self.table = None
self.beginQuestion = None
if self.tableList:
self.__updateTableList()
self.tableList.show()
return Message.NoGameStart
if sum(not x[1].startswith(u'Robot ') for x in playerNames) == 1:
# we play against 3 robots and we already told the server to start:
# no need to ask again
return clientReady()
assert not self.table
assert self.tables
self.table = self._tableById(tableid)
if not self.table:
raise pb.Error(
'client.readyForGameStart: tableid %d unknown' %
tableid)
msg = m18n(
"The game on table <numid>%1</numid> can begin. Are you ready to play now?",
tableid)
self.beginQuestion = QuestionYesNo(msg, modal=False, caption=self.name).addCallback(
answered).addErrback(cancelled)
return self.beginQuestion
def readyForHandStart(self, playerNames, rotateWinds):
"""playerNames are in wind order ESWN. Never called for first hand."""
def answered(dummy=None):
"""called after the client player said yes, I am ready"""
if self.connection:
return Client.readyForHandStart(self, playerNames, rotateWinds)
if not self.connection:
# disconnected meanwhile
return
if Options.gui:
# update the balances in the status bar:
Internal.mainWindow.updateGUI()
assert not self.game.isFirstHand()
return Information(m18n("Ready for next hand?"), modal=usingKDE).addCallback(answered)
def ask(self, move, answers):
"""server sends move. We ask the user. answers is a list with possible answers,
the default answer being the first in the list."""
if not Options.gui:
return Client.ask(self, move, answers)
self.game.myself.computeSayable(move, answers)
deferred = Deferred()
deferred.addCallback(self.__askAnswered)
deferred.addErrback(self.__answerError, move, answers)
iAmActive = self.game.myself == self.game.activePlayer
self.game.myself.handBoard.setEnabled(iAmActive)
scene = Internal.scene
oldDialog = scene.clientDialog
if oldDialog and not oldDialog.answered:
raise Exception('old dialog %s:%s is unanswered, new Dialog: %s/%s' % (
str(oldDialog.move),
str([x.message.name for x in oldDialog.buttons]),
str(move), str(answers)))
if not oldDialog or not oldDialog.isVisible():
# always build a new dialog because if we change its layout before
# reshowing it, sometimes the old buttons are still visible in which
# case the next dialog will appear at a lower position than it
# should
scene.clientDialog = ClientDialog(
self,
scene.mainWindow.centralWidget())
assert scene.clientDialog.client is self
scene.clientDialog.askHuman(move, answers, deferred)
return deferred
def __selectChow(self, chows):
"""which possible chow do we want to expose?
Since we might return a Deferred to be sent to the server,
which contains Message.Chow plus selected Chow, we should
return the same tuple here"""
intelligence = self.game.myself.intelligence
if self.game.autoPlay:
return Message.Chow, intelligence.selectChow(chows)
if len(chows) == 1:
return Message.Chow, chows[0]
if Internal.Preferences.propose:
propose = intelligence.selectChow(chows)
else:
propose = None
deferred = Deferred()
selDlg = SelectChow(chows, propose, deferred)
assert selDlg.exec_()
return deferred
def __selectKong(self, kongs):
"""which possible kong do we want to declare?"""
if self.game.autoPlay:
return Message.Kong, self.game.myself.intelligence.selectKong(kongs)
if len(kongs) == 1:
return Message.Kong, kongs[0]
deferred = Deferred()
selDlg = SelectKong(kongs, deferred)
assert selDlg.exec_()
return deferred
def __askAnswered(self, answer):
"""the user answered our question concerning move"""
if not self.game:
return Message.NoClaim
myself = self.game.myself
if answer in [Message.Discard, Message.OriginalCall]:
# do not remove tile from hand here, the server will tell all players
# including us that it has been discarded. Only then we will remove
# it.
myself.handBoard.setEnabled(False)
return answer, myself.handBoard.focusTile.tile
args = self.game.myself.sayable[answer]
assert args
if answer == Message.Chow:
return self.__selectChow(args)
if answer == Message.Kong:
return self.__selectKong(args)
self.game.hidePopups()
if args is True or args == []:
# this does not specify any tiles, the server does not need this. Robot players
# also return None in this case.
return answer
else:
return answer, args
def __answerError(self, answer, move, answers):
"""an error happened while determining the answer to server"""
logException(
'%s %s %s %s' %
(self.game.myself.name if self.game else 'NOGAME', answer, move, answers))
def remote_abort(self, tableid, message, *args):
"""the server aborted this game"""
message = nativeString(message)
args = nativeStringArgs(args)
if self.table and self.table.tableid == tableid:
# translate Robot to Roboter:
if self.game:
args = self.game.players.translatePlayerNames(args)
logWarning(m18n(message, *args))
if self.game:
self.game.close()
def remote_gameOver(self, tableid, message, *args):
"""the game is over"""
def yes(dummy):
"""now that the user clicked the 'game over' prompt away, clean up"""
if self.game:
self.game.rotateWinds()
self.game.close().addCallback(Internal.mainWindow.close)
assert self.table and self.table.tableid == tableid
if Internal.scene:
# update the balances in the status bar:
Internal.scene.mainWindow.updateGUI()
Information(m18n(message, *args)).addCallback(yes)
def remote_serverDisconnects(self, result=None):
"""we logged out or or lost connection to the server.
Remove visual traces depending on that connection."""
if Debug.connections and result:
logDebug(
u'server %s disconnects: %s' %
(self.connection.url, result))
self.connection = None
game = self.game
self.game = None # avoid races: messages might still arrive
if self.tableList:
self.tableList.hide()
self.tableList = None
if self in HumanClient.humanClients:
HumanClient.humanClients.remove(self)
if self.beginQuestion:
self.beginQuestion.cancel()
scene = Internal.scene
if scene and game and scene.game == game:
scene.game = None
def serverDisconnected(self, dummyReference):
"""perspective calls us back"""
if self.connection and (Debug.traffic or Debug.connections):
logDebug(
u'perspective notifies disconnect: %s' %
self.connection.url)
self.remote_serverDisconnects()
@staticmethod
def __versionError(err):
"""log the twisted error"""
logWarning(err.getErrorMessage())
if Internal.game:
Internal.game.close()
Internal.game = None
return err
@staticmethod
def __wantedGame():
"""find out which game we want to start on the table"""
result = SingleshotOptions.game
if not result or result == '0':
result = str(int(random.random() * 10 ** 9))
SingleshotOptions.game = None
return result
def tableError(self, err):
"""log the twisted error"""
if not self.connection:
# lost connection to server
if self.tableList:
self.tableList.hide()
self.tableList = None
else:
logWarning(err.getErrorMessage())
def __newLocalTable(self, newId):
"""we just got newId from the server"""
return self.callServer('startGame', newId).addErrback(self.tableError)
def __requestNewTableFromServer(self, tableid=None, ruleset=None):
"""as the name says"""
if ruleset is None:
ruleset = self.ruleset
self.connection.ruleset = ruleset # side effect: saves ruleset as last used for server
return self.callServer('newTable', ruleset.hash, Options.playOpen,
Internal.autoPlay, self.__wantedGame(), tableid).addErrback(self.tableError)
def newTable(self):
"""TableList uses me as a slot"""
if Options.ruleset:
ruleset = Options.ruleset
elif self.hasLocalServer():
ruleset = self.ruleset
else:
selectDialog = SelectRuleset(self.connection.url)
if not selectDialog.exec_():
return
ruleset = selectDialog.cbRuleset.current
deferred = self.__requestNewTableFromServer(ruleset=ruleset)
if self.hasLocalServer():
deferred.addCallback(self.__newLocalTable)
self.tableList.requestedNewTable = True
def joinTable(self, table=None):
"""join a table"""
if not isinstance(table, ClientTable):
table = self.tableList.selectedTable()
self.callServer('joinTable', table.tableid).addErrback(self.tableError)
def logout(self, dummyResult=None):
"""clean visual traces and logout from server"""
def loggedout(result, connection):
"""end the connection from client side"""
connection.connector.disconnect()
return result
if self.connection:
conn = self.connection
self.connection = None
return self.callServer('logout').addCallback(loggedout, conn)
else:
return succeed(None)
def __logCallServer(self, *args):
"""for Debug.traffic"""
debugArgs = list(args[:])
if Debug.neutral:
if debugArgs[0] == 'ping':
return
if debugArgs[0] == 'setClientProperties':
debugArgs[1] = 'DBID'
debugArgs[3] = 'GAMEID'
if debugArgs[4] >= 8300:
debugArgs[4] -= 300
if self.game:
self.game.debug('callServer(%s)' % repr(debugArgs))
else:
logDebug(u'callServer(%s)' % repr(debugArgs))
def callServer(self, *args):
"""if we are online, call server"""
if self.connection:
if args[0] is None:
args = args[1:]
try:
if Debug.traffic:
self.__logCallServer(*args)
def callServerError(result):
"""if serverDisconnected has been called meanwhile, just ignore msg about
connection lost in a non-clean fashion"""
if self.connection:
return result
return self.connection.perspective.callRemote(*args).addErrback(callServerError)
except pb.DeadReferenceError:
logWarning(
m18n(
'The connection to the server %1 broke, please try again later.',
self.connection.url))
self.remote_serverDisconnects()
return succeed(None)
else:
return succeed(None)
def sendChat(self, chatLine):
"""send chat message to server"""
return self.callServer('chat', chatLine.asList())