def load(self, src, pList, settings, forceLoad):
if not SoundSettingsLoader.IS_VOICE_CHAT_DEVICES_REFRESHED:
SoundSettingsLoader.IS_VOICE_CHAT_DEVICES_REFRESHED = True
VOIP.api().requestCaptureDevices()
for flashKey, SettingsKey in SOUND_SETTINGS_DICT.iteritems():
setattr(src, flashKey, settings.getSoundSettings()['volume'][SettingsKey])
for flashKey, SettingsKey in Settings.SOUND_PARAMETERS.iteritems():
setattr(src, flashKey, settings.getSoundSettings()['volumeEnabled'][SettingsKey])
voipPrefs = settings.getVoipSettings()
for flashKey, SettingsKey in Settings.VOIP_PARAMETERS_DICT.iteritems():
if SettingsKey == 'isVoipEnabled':
src.enableVoiceChat = voipPrefs[SettingsKey] and VOIP.api().voipSupported
elif SettingsKey == 'captureDevice':
src.voiceChatMicDevice.index = -1
src.voiceChatMicDevice.data = [voipPrefs[SettingsKey]]
else:
setattr(src, flashKey, voipPrefs[SettingsKey])
src.voiceChatMicActivationButtonId = InputMapping.CMD_PUSH_TO_TALK
src.voiceChatMicActivationButtonId2 = InputMapping.CMD_PUSH_TO_TALK_SQUAD
src.voiceChatMicActivationButtonId3 = InputMapping.CMD_TOGGLE_ARENA_VOICE_CHANNEL
src.isVoiceChatVisible = VOIP.api().voipSupported
src.isArenaVoiceChatVisible = VOIP.api().arenaChannelSupported
src.qualitySound.data = [ localizeOptions(quality) for quality in QUALITY_SOUND_LOC ]
src.qualitySound.index = SOUND_QUALITY_IDX_DICT[settings.getSoundSettings()['quality']]
src.soundType.data = [ localizeOptions(id) for id in SOUND_TYPE_LOC ]
src.soundType.index = settings.getSoundSettings()['speakerPreset']
self._isLoaded = True
def fini():
global g_scenario
LOG_DEBUG('fini')
if OfflineMode.enabled():
return
else:
BigWorld.wg_setScreenshotNotifyCallback(None)
if g_postProcessing is None:
return
g_critMemHandler.restore()
g_critMemHandler.destroy()
if constants.IS_CAT_LOADED:
import Cat
Cat.fini()
MusicControllerWWISE.destroy()
if RSSDownloader.g_downloader is not None:
RSSDownloader.g_downloader.destroy()
connectionManager.onConnected -= onConnected
connectionManager.onDisconnected -= onDisconnected
MessengerEntry.g_instance.fini()
g_postProcessing.fini()
from helpers import EdgeDetectColorController
if EdgeDetectColorController.g_instance is not None:
EdgeDetectColorController.g_instance.destroy()
EdgeDetectColorController.g_instance = None
BigWorld.resetEntityManager(False, False)
BigWorld.clearAllSpaces()
if TriggersManager.g_manager is not None:
TriggersManager.g_manager.destroy()
TriggersManager.g_manager = None
gui_personality.fini()
tutorialLoaderFini()
import LcdKeyboard
LcdKeyboard.finalize()
import Vibroeffects
if Vibroeffects.VibroManager.g_instance is not None:
Vibroeffects.VibroManager.g_instance.destroy()
Vibroeffects.VibroManager.g_instance = None
if g_replayCtrl is not None:
g_replayCtrl.destroy()
from LightFx import LightManager
if LightManager.g_instance is not None:
LightManager.g_instance.destroy()
LightManager.g_instance = None
import AuxiliaryFx
if AuxiliaryFx.g_instance is not None:
AuxiliaryFx.g_instance.destroy()
AuxiliaryFx.g_instance = None
from predefined_hosts import g_preDefinedHosts
if g_preDefinedHosts is not None:
g_preDefinedHosts.fini()
voipRespHandler = VOIP.getVOIPManager()
if voipRespHandler is not None:
VOIP.getVOIPManager().destroy()
import SoundGroups
SoundGroups.g_instance.destroy()
Settings.g_instance.save()
if g_scenario is not None:
g_scenario.fini()
return
def fini():
global g_scenario
LOG_DEBUG('fini')
if OfflineMode.enabled():
return
else:
BigWorld.wg_setScreenshotNotifyCallback(None)
if g_postProcessing is None:
return
g_critMemHandler.restore()
g_critMemHandler.destroy()
if constants.IS_CAT_LOADED:
import Cat
Cat.fini()
MusicControllerWWISE.destroy()
if RSSDownloader.g_downloader is not None:
RSSDownloader.g_downloader.destroy()
connectionManager.onConnected -= onConnected
connectionManager.onDisconnected -= onDisconnected
MessengerEntry.g_instance.fini()
g_postProcessing.fini()
from helpers import EdgeDetectColorController
if EdgeDetectColorController.g_instance is not None:
EdgeDetectColorController.g_instance.destroy()
EdgeDetectColorController.g_instance = None
BigWorld.resetEntityManager(False, False)
BigWorld.clearAllSpaces()
if TriggersManager.g_manager is not None:
TriggersManager.g_manager.destroy()
TriggersManager.g_manager = None
gui_personality.fini()
tutorialLoaderFini()
import LcdKeyboard
LcdKeyboard.finalize()
import Vibroeffects
if Vibroeffects.VibroManager.g_instance is not None:
Vibroeffects.VibroManager.g_instance.destroy()
Vibroeffects.VibroManager.g_instance = None
if g_replayCtrl is not None:
g_replayCtrl.destroy()
from LightFx import LightManager
if LightManager.g_instance is not None:
LightManager.g_instance.destroy()
LightManager.g_instance = None
import AuxiliaryFx
if AuxiliaryFx.g_instance is not None:
AuxiliaryFx.g_instance.destroy()
AuxiliaryFx.g_instance = None
from predefined_hosts import g_preDefinedHosts
if g_preDefinedHosts is not None:
g_preDefinedHosts.fini()
voipRespHandler = VOIP.getVOIPManager()
if voipRespHandler is not None:
VOIP.getVOIPManager().destroy()
import SoundGroups
SoundGroups.g_instance.destroy()
Settings.g_instance.save()
if g_scenario is not None:
g_scenario.fini()
return
def __onJoinedChannel(self, channel, isTestChannel, isRejoin):
if self.isVOIPEnabled():
keyCode = CommandMapping.g_instance.get('CMD_VOICECHAT_MUTE')
if BigWorld.isKeyDown(keyCode):
VOIP.getVOIPManager().setMicMute(False)
g_messengerEvents.voip.onChannelEntered(channel, isTestChannel,
isRejoin)
def dispossessUI(self):
LOG_DEBUG('dispossessUI')
self.__clearVoiceChatMicDeviceCallback()
VOIP.api().localTestMode = False
VOIP.api().clearEventCaptureDevicesUpdated()
player = BigWorld.player()
from Account import PlayerAccount
if player is not None and player.__class__ == PlayerAccount:
player.onInitPremium -= self.__onPremiumChanged
Settings.g_instance.eChangedGraphicsDetails -= self.__onChangeGraphicsDetails
GlobalEvents.onRefreshResolutions -= self.__handleRefreshResolutions
InputMapping.g_instance.onProfileLoaded -= self.__inputProfileChanged
for command in self.__externalCallbacks.iterkeys():
self.uiHolder.removeExternalCallback(command)
self.__externalCallbacks = None
self.__eUpdateSettings()
self.__gameOptionsManager.destroy()
self.__gameOptionsManager = None
Settings.g_instance.cmdFilter = list()
self.__virtualJoystick.dispose()
self.__virtualJoystick = None
self.__virtualGamePad.dispose()
self.__virtualGamePad = None
self.__virtualJoystickProfile.dispose()
self.__virtualJoystickProfile = None
Settings.g_instance.save()
UIInterface.dispossessUI(self)
return
def save(self, value):
voipCaptureDevices = Settings.g_instance.voipCaptureDevices
deviceIndex = int(value)
if 0 <= deviceIndex < len(voipCaptureDevices):
device = voipCaptureDevices[deviceIndex]
Settings.g_instance.setVoipValue('captureDevice', device)
VOIP.api().updateSettings(captureDevice=device)
def dispossessUI(self, proxy):
if self.uiHolder != proxy:
return
import VOIP
VOIP.getVOIPManager().channelsMgr.onInitialized -= self.__initResponse
VOIP.getVOIPManager().OnCaptureDevicesUpdated -= self.__captureDevicesResponse
chatManager.unsubscribeChatAction(self.processFailedMessage, CHAT_ACTIONS.VOIPSettings)
UIInterface.dispossessUI(self)
def populateUI(self, proxy):
UIInterface.populateUI(self, proxy)
chatManager.subscribeChatAction(self.processFailedMessage,
CHAT_ACTIONS.VOIPSettings)
import VOIP
VOIP.getVOIPManager().channelsMgr.onInitialized += self.__initResponse
VOIP.getVOIPManager(
).OnCaptureDevicesUpdated += self.__captureDevicesResponse
def updateCaptureDevices(self):
Waiting.show('__updateCaptureDevices')
devices = yield self.app.voiceChatManager.requestCaptureDevices()
currentCaptureDeviceIdx = -1
if VOIP.getVOIPManager().currentCaptureDevice in devices:
currentCaptureDeviceIdx = devices.index(VOIP.getVOIPManager().currentCaptureDevice)
value = [ d.decode(sys.getfilesystemencoding()).encode('utf-8') for d in devices ]
Waiting.hide('__updateCaptureDevices')
self.as_setCaptureDevicesS(currentCaptureDeviceIdx, value)
def save(self, value):
Settings.g_instance.setVoipValue(self.__SettingsKey, value)
if self.__SettingsKey == 'isVoipEnabled':
VOIP.api().enabled = value
else:
key = self.__voipKey if self.__voipKey is not None else self.__SettingsKey
kwargs = {key: value}
VOIP.api().updateSettings(**kwargs)
return
def setUserMuted(self, userId, mute):
try:
dbid = int(userId)
except:
LOG_DEBUG(
"Xmpp chat: setUserMuted can not request non int value '%s'" %
userId)
return
VOIP.api().setClientMuted(dbid, mute)
def dispossessUI(self, proxy):
if self.uiHolder != proxy:
return
import VOIP
VOIP.getVOIPManager().channelsMgr.onInitialized -= self.__initResponse
VOIP.getVOIPManager(
).OnCaptureDevicesUpdated -= self.__captureDevicesResponse
chatManager.unsubscribeChatAction(self.processFailedMessage,
CHAT_ACTIONS.VOIPSettings)
UIInterface.dispossessUI(self)
def editMuteList(self, userId, operationType):
self._logger.debug(
"editMuteList fromFlash : userId = '{0}', operationType = '{1}'".
format(userId, operationType))
operation = int(operationType)
operation = bool(operation)
self._logger.debug(
"editMuteList: userId = '{0}', operationType = '{1}'".format(
userId, operation))
VOIP.api().setAvatarMuted(userId, operationType)
def __voiceChatEnable(self, isEnable):
if BattleReplay.isPlaying():
return
if isEnable is None:
return
preveVoIP = Settings.g_instance.userPrefs.readBool(Settings.KEY_ENABLE_VOIP)
import VOIP
if preveVoIP != isEnable:
VOIP.getVOIPManager().enable(isEnable)
Settings.g_instance.userPrefs.writeBool(Settings.KEY_ENABLE_VOIP, bool(isEnable))
LOG_NOTE('Change state of voip: %s' % str(isEnable))
def __onJoinedChannel(self, data):
"""
This is callback for VOIPManager's 'onJoinedChannel' event.
After joining at channel, check if user presses PTY button to enable a MIC.
For example, after echo-test, user can still pressing a button, enable mic in this case
@param data: channel data
"""
if self.isVOIPEnabled():
keyCode = CommandMapping.g_instance.get('CMD_VOICECHAT_MUTE')
if BigWorld.isKeyDown(keyCode):
VOIP.getVOIPManager().setMicMute(False)
def __onJoinedChannel(self, data):
"""
This is callback for VOIPManager's 'onJoinedChannel' event.
After joining at channel, check if user presses PTY button to enable a MIC.
For example, after echo-test, user can still pressing a button, enable mic in this case
@param data: channel data
"""
if self.isVOIPEnabled():
keyCode = CommandMapping.g_instance.get('CMD_VOICECHAT_MUTE')
if BigWorld.isKeyDown(keyCode):
VOIP.getVOIPManager().setMicMute(False)
def _set(self, isEnable):
if isEnable is None:
return
else:
prevVoIP = self._get()
if prevVoIP != isEnable:
VOIP.getVOIPManager().enable(isEnable)
from gui.WindowsManager import g_windowsManager
if g_windowsManager.battleWindow is not None and not isEnable:
g_windowsManager.battleWindow.speakingPlayersReset()
LOG_NOTE('Change state of voip:', isEnable)
return
def requestCaptureDevices(self, callback):
import VOIP
if VOIP.getVOIPManager().vivoxDomain == '':
LOG_ERROR('RequestCaptureDevices. Vivox is not supported')
callback([])
return
if not self.ready:
LOG_ERROR('RequestCaptureDevices. Vivox has not been initialized')
callback([])
return
self.__callback = callback
VOIP.getVOIPManager().requestCaptureDevices()
def requestCaptureDevices(self, callback):
import VOIP
if VOIP.getVOIPManager().vivoxDomain == '':
LOG_ERROR('RequestCaptureDevices. Vivox is not supported')
callback([])
return
if not self.ready:
LOG_ERROR('RequestCaptureDevices. Vivox has not been initialized')
callback([])
return
self.__callback = callback
VOIP.getVOIPManager().requestCaptureDevices()
def _set(self, isEnable):
if isEnable is None:
return
else:
prevVoIP = self._get()
if prevVoIP != isEnable:
VOIP.getVOIPManager().enable(isEnable)
from gui.WindowsManager import g_windowsManager
if g_windowsManager.battleWindow is not None and not isEnable:
g_windowsManager.battleWindow.speakingPlayersReset()
LOG_NOTE('Change state of voip:', isEnable)
return
def updateCaptureDevices(self):
Waiting.show('__updateCaptureDevices')
devices = yield self.app.voiceChatManager.requestCaptureDevices()
currentCaptureDeviceIdx = -1
if VOIP.getVOIPManager().currentCaptureDevice in devices:
currentCaptureDeviceIdx = devices.index(
VOIP.getVOIPManager().currentCaptureDevice)
value = [
d.decode(sys.getfilesystemencoding()).encode('utf-8')
for d in devices
]
Waiting.hide('__updateCaptureDevices')
self.as_setCaptureDevicesS(currentCaptureDeviceIdx, value)
def __voiceChatEnable(self, isEnable):
if isEnable is None:
return
else:
preveVoIP = Settings.g_instance.userPrefs.readBool(Settings.KEY_ENABLE_VOIP)
import VOIP
if preveVoIP != isEnable:
VOIP.getVOIPManager().enable(isEnable)
Settings.g_instance.userPrefs.writeBool(Settings.KEY_ENABLE_VOIP, bool(isEnable))
from gui.WindowsManager import g_windowsManager
if g_windowsManager.battleWindow is not None and not isEnable:
g_windowsManager.battleWindow.speakingPlayersReset()
LOG_NOTE('Change state of voip: %s' % str(isEnable))
return
def doLeaveWorld(self):
self.__isBattleUILoaded = False
self.__eventManager.clear()
for avatarInfo in self.avatarInfos.values():
self.__destroyObjectControllers(avatarInfo)
for objData in self.__allObjectsData.itervalues():
self.__destroyObjectControllers(objData)
VOIP.api().unsubscribeMemberStateObserversByType(
consts.VOIP.MEMBER_STATUS_OBSERVER_TYPES.ARENA_HUD)
self.gameMode.destroy()
self._gameActionsManager.cleanup()
self._gameActionsManager = None
return
def requestCaptureDevices(self, firstTime = False, callback = None):
"""
Request sound devices which can capture sound.
This method is used by SettingsWindow to show devices in a drop-down list.
:param firstTime: is it the first time? (the controller itself passes True during initialization
another external classes should pass False or nothing)
:param callback: the list of devices will come in the callback
"""
voipMgr = VOIP.getVOIPManager()
if voipMgr.getVOIPDomain() == '':
LOG_WARNING('RequestCaptureDevices. Vivox is not supported')
callback([])
return
if not self.isReady():
LOG_WARNING('RequestCaptureDevices. Vivox has not been initialized')
callback([])
return
options = self.settingsCore.options
def resetCapturedDevice(devices, firstTime = firstTime):
if firstTime:
option = options.getSetting(SOUND.CAPTURE_DEVICES)
option.apply(option.get(), firstTime)
callback(devices)
self.__captureDevicesCallbacks.append(resetCapturedDevice)
voipMgr.requestCaptureDevices()
def requestCaptureDevices(self, firstTime = False, callback = None):
"""
Request sound devices which can capture sound.
This method is used by SettingsWindow to show devices in a drop-down list.
:param firstTime: is it the first time? (the controller itself passes True during initialization
another external classes should pass False or nothing)
:param callback: the list of devices will come in the callback
"""
voipMgr = VOIP.getVOIPManager()
if voipMgr.getVOIPDomain() == '':
LOG_WARNING('RequestCaptureDevices. Vivox is not supported')
callback([])
return
if not self.isReady():
LOG_WARNING('RequestCaptureDevices. Vivox has not been initialized')
callback([])
return
def resetCapturedDevice(devices, firstTime = firstTime):
if firstTime:
option = g_settingsCore.options.getSetting(SOUND.CAPTURE_DEVICES)
option.apply(option.get(), firstTime)
callback(devices)
self.__captureDevicesCallbacks.append(resetCapturedDevice)
voipMgr.requestCaptureDevices()
def _set(self, value):
vm = VOIP.getVOIPManager()
if len(vm.captureDevices):
device = vm.captureDevices[0]
if len(vm.captureDevices) > value:
device = vm.captureDevices[int(value)]
vm.setCaptureDevice(device)
def __onChangeFocus(self, _, focused):
self.__updateHistoryControls()
if focused:
responseHandler = VOIP.getVOIPManager()
if responseHandler is not None and responseHandler.getCurrentChannel():
responseHandler.setMicMute(muted=True)
self.__focused = focused
def _getVIOPState(key):
voipMgr = VOIP.getVOIPManager()
if IS_CHINA or not voipMgr.isVoiceSupported():
return 'withoutVOIP'
if key == Keys.KEY_NONE:
return 'specifyVOIP'
return 'disableVOIP' if voipMgr.isEnabled() and voipMgr.isCurrentChannelEnabled() else 'enableVOIP'
def onProcessVivoxTest(self, callbackId, isStart):
LOG_DEBUG("Vivox test: %s" % str(isStart))
import VOIP
rh = VOIP.getVOIPManager()
rh.enterTestChannel() if isStart else rh.leaveTestChannel()
self.respond([callbackId, False])
def _set(self, value):
vm = VOIP.getVOIPManager()
if len(vm.captureDevices):
device = vm.captureDevices[0]
if len(vm.captureDevices) > value:
device = vm.captureDevices[int(value)]
vm.setCaptureDevice(device)
def setMicrophoneMute(self, isMuted, force=False):
voipMgr = VOIP.getVOIPManager()
if voipMgr is not None:
if force or voipMgr.getCurrentChannel(
) and not voipMgr.isInTesting():
voipMgr.setMicMute(muted=isMuted)
return
def _populate(self):
View._populate(self)
self.__currIgrType = gui.game_control.g_instance.igr.getRoomType()
g_prbLoader.setEnabled(True)
self.addListener(events.LobbySimpleEvent.SHOW_HELPLAYOUT, self.__showHelpLayout, EVENT_BUS_SCOPE.LOBBY)
self.addListener(events.LobbySimpleEvent.CLOSE_HELPLAYOUT, self.__closeHelpLayout, EVENT_BUS_SCOPE.LOBBY)
g_playerEvents.onVehicleBecomeElite += self.__onVehicleBecomeElite
self.app.loaderManager.onViewLoadInit += self.__onViewLoadInit
self.app.loaderManager.onViewLoaded += self.__onViewLoaded
self.app.loaderManager.onViewLoadError += self.__onViewLoadError
game_control.g_instance.igr.onIgrTypeChanged += self.__onIgrTypeChanged
self.__showBattleResults()
self.fireEvent(events.GUICommonEvent(events.GUICommonEvent.LOBBY_VIEW_LOADED))
keyCode = CommandMapping.g_instance.get('CMD_VOICECHAT_MUTE')
if not BigWorld.isKeyDown(keyCode):
VOIP.getVOIPManager().setMicMute(True)
def __voiceChatEnable(self, isEnable):
if isEnable is None:
return
else:
preveVoIP = Settings.g_instance.userPrefs.readBool(
Settings.KEY_ENABLE_VOIP)
import VOIP
if preveVoIP != isEnable:
VOIP.getVOIPManager().enable(isEnable)
Settings.g_instance.userPrefs.writeBool(
Settings.KEY_ENABLE_VOIP, bool(isEnable))
from gui.WindowsManager import g_windowsManager
if g_windowsManager.battleWindow is not None and not isEnable:
g_windowsManager.battleWindow.speakingPlayersReset()
LOG_NOTE('Change state of voip: %s' % str(isEnable))
return
def getPlayerStatus(self, vo, isTeamKiller=False):
status = super(PlayerTeamOverrides, self).getPlayerStatus(vo)
voipMgr = VOIP.getVOIPManager()
if self.personal.vehicleID == vo.vehicleID and vo.isSquadMan(
) and self.__isVoipSupported and not (voipMgr.isEnabled(
) and voipMgr.isCurrentChannelEnabled()) and not self.isReplayPlaying:
status |= _P_STATUS.IS_VOIP_DISABLED
return status
def __onChangeFocus(self, _, focused):
LOG_DEBUG('[BattleMessanger]', '__onChangeFocus = %s' % focused)
if focused:
responseHandler = VOIP.getVOIPManager()
if responseHandler is not None and responseHandler.channelsMgr.currentChannel:
responseHandler.setMicMute(muted=True)
self.__focused = focused
return
def __captureDevicesResponse(self):
"""
This is callback for VOIPManager's 'onCaptureDevicesUpdated' event.
We will notify subscribers with device list.
"""
devices = VOIP.getVOIPManager().getCaptureDevices()
while self.__captureDevicesCallbacks:
self.__captureDevicesCallbacks.pop(0)(devices)
def __onChangeFocus(self, _, focused):
self.__updateHistoryControls()
if focused:
responseHandler = VOIP.getVOIPManager()
if responseHandler is not None and responseHandler.getCurrentChannel():
responseHandler.setMicMute(muted=True)
self.__focused = focused
return
def __captureDevicesResponse(self):
"""
This is callback for VOIPManager's 'onCaptureDevicesUpdated' event.
We will notify subscribers with device list.
"""
devices = VOIP.getVOIPManager().getCaptureDevices()
while self.__captureDevicesCallbacks:
self.__captureDevicesCallbacks.pop(0)(devices)
def startVOIPTest(self, isStart):
LOG_DEBUG('Vivox test: %s' % str(isStart))
rh = VOIP.getVOIPManager()
if isStart:
rh.enterTestChannel()
else:
rh.leaveTestChannel()
return False
def __canShowHint(self):
if self.__isObserver or self.sessionProvider.isReplayPlaying or self.__wasDisplayed or self.__areOtherIndicatorsShown():
return False
voipMgr = VOIP.getVOIPManager()
if voipMgr:
if not voipMgr.isVoiceSupported():
return False
keyName = getReadableKey(CommandMapping.CMD_VOICECHAT_ENABLE)
return False if not keyName else self._haveHintsLeft(self.__settings)
def start(self):
voipMgr = VOIP.getVOIPManager()
voipMgr.onInitialized += self.__initResponse
voipMgr.onFailedToConnect += self.__failedResponse
voipMgr.onCaptureDevicesUpdated += self.__captureDevicesResponse
voipMgr.onPlayerSpeaking += self.__onPlayerSpeaking
voipMgr.onStateToggled += self.__onStateToggled
voipMgr.onJoinedChannel += self.__onJoinedChannel
self.__initialize()
def isPlayerSpeaking(self, accountDBID):
"""
Implement IVOIPChatController interface, see its description.
:param accountDBID: player dbID
:return: bool
"""
if self.isVOIPEnabled():
return bool(VOIP.getVOIPManager().isParticipantTalking(accountDBID))
return False
def isPlayerSpeaking(self, accountDBID):
"""
Implement IVOIPChatController interface, see its description.
:param accountDBID: player dbID
:return: bool
"""
if self.isVOIPEnabled():
return bool(VOIP.getVOIPManager().isParticipantTalking(accountDBID))
return False
def stop(self):
voipMgr = VOIP.getVOIPManager()
voipMgr.onInitialized -= self.__initResponse
voipMgr.onFailedToConnect -= self.__failedResponse
voipMgr.onCaptureDevicesUpdated -= self.__captureDevicesResponse
voipMgr.onPlayerSpeaking -= self.__onPlayerSpeaking
voipMgr.onStateToggled -= self.__onStateToggled
voipMgr.onJoinedChannel -= self.__onJoinedChannel
self.__callbacks = []
self.__captureDevicesCallbacks = []
def _populate(self):
View._populate(self)
self.__currIgrType = gui.game_control.g_instance.igr.getRoomType()
g_prbLoader.setEnabled(True)
self.addListener(events.LobbySimpleEvent.SHOW_HELPLAYOUT, self.__showHelpLayout, EVENT_BUS_SCOPE.LOBBY)
self.addListener(events.LobbySimpleEvent.CLOSE_HELPLAYOUT, self.__closeHelpLayout, EVENT_BUS_SCOPE.LOBBY)
self.addListener(events.GameEvent.SCREEN_SHOT_MADE, self.__handleScreenShotMade, EVENT_BUS_SCOPE.GLOBAL)
g_playerEvents.onVehicleBecomeElite += self.__onVehicleBecomeElite
self.app.loaderManager.onViewLoadInit += self.__onViewLoadInit
self.app.loaderManager.onViewLoaded += self.__onViewLoaded
self.app.loaderManager.onViewLoadError += self.__onViewLoadError
game_control.g_instance.igr.onIgrTypeChanged += self.__onIgrTypeChanged
self.__showBattleResults()
battlesCount = g_itemsCache.items.getAccountDossier().getTotalStats().getBattlesCount()
g_lobbyContext.updateBattlesCount(battlesCount)
self.fireEvent(events.GUICommonEvent(events.GUICommonEvent.LOBBY_VIEW_LOADED))
keyCode = CommandMapping.g_instance.get('CMD_VOICECHAT_MUTE')
if not BigWorld.isKeyDown(keyCode):
VOIP.getVOIPManager().setMicMute(True)
def setMicrophoneMute(self, isMuted, force = False):
""" Sets local microphone mute.
:param isMuted: is muted.
:param force: is necessary to check whether EchoTest in progress and currentChannel exists
"""
voipMgr = VOIP.getVOIPManager()
if voipMgr is not None:
if force or voipMgr.getCurrentChannel() and not voipMgr.isInTesting():
voipMgr.setMicMute(muted=isMuted)
return
def setMicrophoneMute(self, isMuted, force = False):
""" Sets local microphone mute.
:param isMuted: is muted.
:param force: is necessary to check whether EchoTest in progress and currentChannel exists
"""
voipMgr = VOIP.getVOIPManager()
if voipMgr is not None:
if force or voipMgr.getCurrentChannel() and not voipMgr.isInTesting():
voipMgr.setMicMute(muted=isMuted)
return
def start(self):
"""
Subscribe on VOIP manager events and initialize VOIP manager, internal variables.
"""
voipMgr = VOIP.getVOIPManager()
voipMgr.onInitialized += self.__initResponse
voipMgr.onFailedToConnect += self.__failedResponse
voipMgr.onCaptureDevicesUpdated += self.__captureDevicesResponse
voipMgr.onPlayerSpeaking += self.__onPlayerSpeaking
voipMgr.onStateToggled += self.__onStateToggled
self.__initialize()
def stop(self):
"""
Tell the controller to stop working.
It will unsubscribe from VOIP manager events and reset flags, internal variables
"""
voipMgr = VOIP.getVOIPManager()
voipMgr.onInitialized -= self.__initResponse
voipMgr.onFailedToConnect -= self.__failedResponse
voipMgr.onCaptureDevicesUpdated -= self.__captureDevicesResponse
voipMgr.onPlayerSpeaking -= self.__onPlayerSpeaking
voipMgr.onStateToggled -= self.__onStateToggled
self.__callbacks = []
self.__captureDevicesCallbacks = []
def dispossessUI(self, proxy):
if self.uiHolder != proxy:
return
import VOIP
VOIP.getVOIPManager().channelsMgr.onInitialized -= self.__initResponse
VOIP.getVOIPManager().OnCaptureDevicesUpdated -= self.__captureDevicesResponse
VOIP.getVOIPManager().channelsMgr.onFailedToConnect -= self.processFailedMessage
UIInterface.dispossessUI(self)
def initialize(self, domain, callback):
import VOIP
rh = VOIP.getVOIPManager()
if domain == '':
LOG_ERROR('Initialize. Vivox is not supported')
self.__state = VC_STATES.Failed
callback(False)
return
if self.__state == VC_STATES.Initialized:
callback(True)
return
self.__callback = callback
rh.enable(Settings.g_instance.userPrefs.readBool(Settings.KEY_ENABLE_VOIP))
rh.initialize(domain)
def __changeCaptureDevice(self, captureDeviceIdx):
if captureDeviceIdx is None or captureDeviceIdx == -1:
return
else:
import VOIP
rh = VOIP.getVOIPManager()
devices = [ device.decode(sys.getfilesystemencoding()).encode('utf-8') for device in rh.captureDevices ]
if captureDeviceIdx < len(devices):
newCaptureDevice = devices[captureDeviceIdx]
previousDevice = Settings.g_instance.userPrefs.readString(Settings.KEY_VOIP_DEVICE)
if previousDevice != newCaptureDevice:
Settings.g_instance.userPrefs.writeString(Settings.KEY_VOIP_DEVICE, newCaptureDevice)
LOG_NOTE('Change device of voip: %s' % str(newCaptureDevice))
return
def __getCaptureDeviceSettings(self):
import VOIP
rh = VOIP.getVOIPManager()
devices = [ device.decode(sys.getfilesystemencoding()).encode('utf-8') for device in rh.captureDevices ]
currentDeviceName = Settings.g_instance.userPrefs.readString(Settings.KEY_VOIP_DEVICE)
currentCaptureDeviceIdx = -1
try:
currentCaptureDeviceIdx = devices.index(currentDeviceName)
except:
try:
currentCaptureDeviceIdx = rh.captureDevices.index(rh.currentCaptureDevice)
except:
pass
settings = {'current': currentCaptureDeviceIdx,
'options': devices}
return settings
def __updateCaptureDevices(self):
Waiting.show('__updateCaptureDevices')
devices = yield VoiceChatInterface.g_instance.requestCaptureDevices()
currentDeviceName = Settings.g_instance.userPrefs.readString(Settings.KEY_VOIP_DEVICE)
currentCaptureDeviceIdx = -1
try:
currentCaptureDeviceIdx = devices.index(currentDeviceName)
except Exception:
try:
import VOIP
currentCaptureDeviceIdx = devices.index(VOIP.getVOIPManager().currentCaptureDevice)
except Exception:
pass
value = [currentCaptureDeviceIdx]
value.extend([ d.decode(sys.getfilesystemencoding()).encode('utf-8') for d in devices ])
Waiting.hide('__updateCaptureDevices')
self.call('SettingsDialog.updateCaptureDevices', value)
def __initializeSettings(self, domain, callback):
"""
Check if VOIP is enabled in client and initialize manager if necessary.
:param domain: voip server URL
:param callback: pass callback to get results
"""
if self.isReady():
vOIPSetting = g_settingsCore.options.getSetting('enableVoIP')
vOIPSetting.initFromPref()
callback(True)
return
if domain == '':
LOG_WARNING('Initialize. Vivox is not supported')
return
self.__callbacks.append(callback)
voipMgr = VOIP.getVOIPManager()
if voipMgr.isNotInitialized():
voipMgr.initialize(domain)
vOIPSetting = g_settingsCore.options.getSetting('enableVoIP')
vOIPSetting.initFromPref()
def initialize(self, domain, callback):
import VOIP
rh = VOIP.getVOIPManager()
if domain == '':
LOG_ERROR('Initialize. Vivox is not supported')
self.__state = VC_STATES.Failed
callback(False)
return
if self.__state == VC_STATES.Initialized:
callback(True)
return
self.__callback = callback
def __initTimoutCallback():
if self.__initializationTimoutCallback is not None:
BigWorld.cancelCallback(self.__initializationTimoutCallback)
self.__initializationTimoutCallback = None
return
rh.enable(Settings.g_instance.userPrefs.readBool(Settings.KEY_ENABLE_VOIP))
self.__initializationTimoutCallback = BigWorld.callback(constants.VOICE_CHAT_INIT_TIMEOUT, __initTimoutCallback)
rh.initialize(domain)
def startVOIPTest(self, isStart):
LOG_DEBUG('Vivox test: %s' % str(isStart))
rh = VOIP.getVOIPManager()
rh.enterTestChannel() if isStart else rh.leaveTestChannel()
return False
def handleGlobalKeyEvent(self, keyCode, eventType):
LOG_DEBUG('GameInputMgr.handleGlobalKeyEvent', keyCode, eventType)
if keyCode == self.__voiceChatKey and VOIP.getVOIPManager().getCurrentChannel():
VOIP.getVOIPManager().setMicMute(True if eventType == 'keyUp' else False)
def afterCreate(self):
event = events.AppLifeCycleEvent
g_eventBus.handleEvent(event(self.__ns, event.INITIALIZING))
player = BigWorld.player()
voice = VoiceChatInterface.g_instance
LOG_DEBUG('[Battle] afterCreate')
setattr(self.movie, '_global.wg_isShowLanguageBar', GUI_SETTINGS.isShowLanguageBar)
setattr(self.movie, '_global.wg_isShowServerStats', constants.IS_SHOW_SERVER_STATS)
setattr(self.movie, '_global.wg_isShowVoiceChat', GUI_SETTINGS.voiceChat)
setattr(self.movie, '_global.wg_voiceChatProvider', voice.voiceChatProvider)
setattr(self.movie, '_global.wg_isChina', constants.IS_CHINA)
setattr(self.movie, '_global.wg_isKorea', constants.IS_KOREA)
setattr(self.movie, '_global.wg_isReplayPlaying', BattleReplay.g_replayCtrl.isPlaying)
BattleWindow.afterCreate(self)
addListener = g_eventBus.addListener
addListener(events.GameEvent.HELP, self.toggleHelpWindow, scope=_SCOPE)
addListener(events.GameEvent.GUI_VISIBILITY, self.showAll, scope=_SCOPE)
player.inputHandler.onPostmortemVehicleChanged += self.onPostmortemVehicleChanged
player.inputHandler.onCameraChanged += self.onCameraChanged
g_settingsCore.onSettingsChanged += self.__accs_onSettingsChanged
g_settingsCore.interfaceScale.onScaleChanged += self.__onRecreateDevice
isMutlipleTeams = g_sessionProvider.getArenaDP().isMultipleTeams()
isEvent = isEventBattle()
self.proxy = weakref.proxy(self)
self.__battle_flashObject = self.proxy.getMember('_level0')
if self.__battle_flashObject:
self.__battle_flashObject.resync()
voice.populateUI(self.proxy)
voice.onPlayerSpeaking += self.setPlayerSpeaking
voice.onVoiceChatInitFailed += self.onVoiceChatInitFailed
self.colorManager = ColorSchemeManager._ColorSchemeManager()
self.colorManager.populateUI(self.proxy)
self.movingText = MovingText()
self.movingText.populateUI(self.proxy)
self.__settingsInterface = SettingsInterface()
self.__settingsInterface.populateUI(self.proxy)
self.__soundManager = SoundManager()
self.__soundManager.populateUI(self.proxy)
self.__timersBar = TimersBar(self.proxy, isEvent)
self.__teamBasesPanel = TeamBasesPanel(self.proxy)
self.__debugPanel = DebugPanel(self.proxy)
self.__consumablesPanel = ConsumablesPanel(self.proxy)
self.__damagePanel = DamagePanel(self.proxy)
self.__markersManager = MarkersManager(self.proxy)
self.__ingameHelp = IngameHelp(self.proxy)
self.__minimap = Minimap(self.proxy)
self.__radialMenu = RadialMenu(self.proxy)
self.__ribbonsPanel = BattleRibbonsPanel(self.proxy)
self.__indicators = IndicatorsCollection()
self.__ppSwitcher = PlayersPanelsSwitcher(self.proxy)
isColorBlind = g_settingsCore.getSetting('isColorBlind')
self.__leftPlayersPanel = playersPanelFactory(self.proxy, True, isColorBlind, isEvent, isMutlipleTeams)
self.__rightPlayersPanel = playersPanelFactory(self.proxy, False, isColorBlind, isEvent, isMutlipleTeams)
self.__damageInfoPanel = VehicleDamageInfoPanel(self.proxy)
self.__fragCorrelation = scorePanelFactory(self.proxy, isEvent, isMutlipleTeams)
self.__statsForm = statsFormFactory(self.proxy, isEvent, isMutlipleTeams)
self.__plugins.init()
self.isVehicleCountersVisible = g_settingsCore.getSetting('showVehiclesCounter')
self.__fragCorrelation.showVehiclesCounter(self.isVehicleCountersVisible)
self.__vErrorsPanel = VehicleErrorMessages(self.proxy)
self.__vMsgsPanel = VehicleMessages(self.proxy)
self.__pMsgsPanel = PlayerMessages(self.proxy)
self.__plugins.start()
self.__debugPanel.start()
self.__consumablesPanel.start()
self.__damagePanel.start()
self.__ingameHelp.start()
self.__vErrorsPanel.start()
self.__vMsgsPanel.start()
self.__pMsgsPanel.start()
self.__markersManager.start()
self.__markersManager.setMarkerDuration(GUI_SETTINGS.markerHitSplashDuration)
markers = {'enemy': g_settingsCore.getSetting('enemy'),
'dead': g_settingsCore.getSetting('dead'),
'ally': g_settingsCore.getSetting('ally')}
self.__markersManager.setMarkerSettings(markers)
MessengerEntry.g_instance.gui.invoke('populateUI', self.proxy)
g_guiResetters.add(self.__onRecreateDevice)
g_repeatKeyHandlers.add(self.component.handleKeyEvent)
self.__onRecreateDevice()
self.__statsForm.populate()
self.__leftPlayersPanel.populateUI(self.proxy)
self.__rightPlayersPanel.populateUI(self.proxy)
if BattleReplay.g_replayCtrl.isPlaying:
BattleReplay.g_replayCtrl.onBattleSwfLoaded()
self.__populateData(isMutlipleTeams)
self.__minimap.start()
self.__radialMenu.setSettings(self.__settingsInterface)
self.__radialMenu.populateUI(self.proxy)
self.__ribbonsPanel.start()
g_sessionProvider.setBattleUI(self)
self.__arenaCtrl = battleArenaControllerFactory(self, isEvent, isMutlipleTeams)
g_sessionProvider.addArenaCtrl(self.__arenaCtrl)
self.updateFlagsColor()
self.movie.setFocussed(SCALEFORM_SWF_PATH)
self.call('battle.initDynamicSquad', self.__getDynamicSquadsInitParams(disableAlly=BattleReplay.g_replayCtrl.isPlaying))
self.call('sixthSenseIndicator.setDuration', [GUI_SETTINGS.sixthSenseDuration])
g_tankActiveCamouflage[player.vehicleTypeDescriptor.type.compactDescr] = self.__arena.arenaType.vehicleCamouflageKind
keyCode = CommandMapping.g_instance.get('CMD_VOICECHAT_MUTE')
if not BigWorld.isKeyDown(keyCode):
VOIP.getVOIPManager().setMicMute(True)
ctrl = g_sessionProvider.getVehicleStateCtrl()
ctrl.onVehicleStateUpdated += self.__onVehicleStateUpdated
ctrl.onPostMortemSwitched += self.__onPostMortemSwitched
self.__dynSquadListener = DynSquadViewListener(self.proxy)
g_eventBus.handleEvent(event(self.__ns, event.INITIALIZED))