Mercurial > libervia-backend
view frontends/src/quick_frontend/quick_app.py @ 1526:bb451fd1cea3
plugin XEP-0300: hashes management first draft
author | Goffi <goffi@goffi.org> |
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date | Fri, 25 Sep 2015 19:19:12 +0200 |
parents | 955221487a3e |
children | 641cfd2faefe |
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#!/usr/bin/python # -*- coding: utf-8 -*- # helper class for making a SAT frontend # Copyright (C) 2009, 2010, 2011, 2012, 2013, 2014, 2015 Jérôme Poisson (goffi@goffi.org) # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # You should have received a copy of the GNU Affero General Public License # along with this program. If not, see <http://www.gnu.org/licenses/>. from sat.core.log import getLogger log = getLogger(__name__) from sat.core.i18n import _ from sat.core import exceptions from sat.tools import trigger from sat_frontends.tools import jid from sat_frontends.quick_frontend import quick_widgets from sat_frontends.quick_frontend import quick_menus from sat_frontends.quick_frontend import quick_blog from sat_frontends.quick_frontend import quick_chat, quick_games from sat_frontends.quick_frontend.constants import Const as C import sys from collections import OrderedDict try: # FIXME: to be removed when an acceptable solution is here unicode('') # XXX: unicode doesn't exist in pyjamas except (TypeError, AttributeError): # Error raised is not the same depending on pyjsbuild options unicode = str class ProfileManager(object): """Class managing all data relative to one profile, and plugging in mechanism""" host = None bridge = None cache_keys_to_get = ['avatar'] def __init__(self, profile): self.profile = profile self.whoami = None self.data = {} def __getitem__(self, key): return self.data[key] def __setitem__(self, key, value): self.data[key] = value def plug(self): """Plug the profile to the host""" # we get the essential params self.bridge.asyncGetParamA("JabberID", "Connection", profile_key=self.profile, callback=self._plug_profile_jid, errback=self._getParamError) def _plug_profile_jid(self, jid_s): self.whoami = jid.JID(jid_s) # resource might change after the connection self.bridge.asyncGetParamA("autoconnect", "Connection", profile_key=self.profile, callback=self._plug_profile_autoconnect, errback=self._getParamError) def _plug_profile_autoconnect(self, value_str): autoconnect = C.bool(value_str) if autoconnect and not self.bridge.isConnected(self.profile): self.host.asyncConnect(self.profile, callback=lambda dummy: self._plug_profile_afterconnect()) else: self._plug_profile_afterconnect() def _plug_profile_afterconnect(self): # Profile can be connected or not # we get cached data self.host.bridge.getEntitiesData([], ProfileManager.cache_keys_to_get, profile=self.profile, callback=self._plug_profile_gotCachedValues, errback=self._plug_profile_failedCachedValues) def _plug_profile_failedCachedValues(self, failure): log.error(u"Couldn't get cached values: {}".format(failure)) self._plug_profile_gotCachedValues({}) def _plug_profile_gotCachedValues(self, cached_values): # add the contact list and its listener contact_list = self.host.addContactList(self.profile) self.host.contact_lists[self.profile] = contact_list for entity, data in cached_values.iteritems(): for key, value in data.iteritems(): contact_list.setCache(jid.JID(entity), key, value) if not self.bridge.isConnected(self.profile): self.host.setPresenceStatus(C.PRESENCE_UNAVAILABLE, '', profile=self.profile) else: contact_list.fill() self.host.setPresenceStatus(profile=self.profile) #The waiting subscription requests self.bridge.getWaitingSub(self.profile, callback=self._plug_profile_gotWaitingSub) def _plug_profile_gotWaitingSub(self, waiting_sub): for sub in waiting_sub: self.host.subscribeHandler(waiting_sub[sub], sub, self.profile) self.bridge.getRoomsJoined(self.profile, callback=self._plug_profile_gotRoomsJoined) def _plug_profile_gotRoomsJoined(self, rooms_args): #Now we open the MUC window where we already are: for room_args in rooms_args: self.host.roomJoinedHandler(*room_args, profile=self.profile) self.bridge.getRoomsSubjects(self.profile, callback=self._plug_profile_gotRoomsSubjects) def _plug_profile_gotRoomsSubjects(self, subjects_args): for subject_args in subjects_args: self.host.roomNewSubjectHandler(*subject_args, profile=self.profile) #Presence must be requested after rooms are filled self.host.bridge.getPresenceStatuses(self.profile, callback=self._plug_profile_gotPresences) def _plug_profile_gotPresences(self, presences): def gotEntityData(data, contact): for key in ('avatar', 'nick'): if key in data: self.host.entityDataUpdatedHandler(contact, key, data[key], self.profile) for contact in presences: for res in presences[contact]: jabber_id = ('%s/%s' % (jid.JID(contact).bare, res)) if res else contact show = presences[contact][res][0] priority = presences[contact][res][1] statuses = presences[contact][res][2] self.host.presenceUpdateHandler(jabber_id, show, priority, statuses, self.profile) self.host.bridge.getEntityData(contact, ['avatar', 'nick'], self.profile, callback=lambda data, contact=contact: gotEntityData(data, contact), errback=lambda failure, contact=contact: log.debug(u"No cache data for {}".format(contact))) #Finaly, we get the waiting confirmation requests self.bridge.getWaitingConf(self.profile, callback=self._plug_profile_gotWaitingConf) def _plug_profile_gotWaitingConf(self, waiting_confs): for confirm_id, confirm_type, data in waiting_confs: self.host.askConfirmationHandler(confirm_id, confirm_type, data, self.profile) # At this point, profile should be fully plugged # and we launch frontend specific method self.host.profilePlugged(self.profile) def _getParamError(self, ignore): log.error(_("Can't get profile parameter")) class ProfilesManager(object): """Class managing collection of profiles""" def __init__(self): self._profiles = {} def __contains__(self, profile): return profile in self._profiles def __iter__(self): return self._profiles.iterkeys() def __getitem__(self, profile): return self._profiles[profile] def __len__(self): return len(self._profiles) def plug(self, profile): if profile in self._profiles: raise exceptions.ConflictError('A profile of the name [{}] is already plugged'.format(profile)) self._profiles[profile] = ProfileManager(profile) self._profiles[profile].plug() def unplug(self, profile): if profile not in self._profiles: raise ValueError('The profile [{}] is not plugged'.format(profile)) # remove the contact list and its listener host = self._profiles[profile].host host.contact_lists[profile].onDelete() del host.contact_lists[profile] del self._profiles[profile] def chooseOneProfile(self): return self._profiles.keys()[0] class QuickApp(object): """This class contain the main methods needed for the frontend""" MB_HANDLE = True # Set to false if the frontend doesn't manage microblog def __init__(self, create_bridge, xmlui, check_options=None): """Create a frontend application @param create_bridge: method to use to create the Bridge @param xmlui: xmlui module @param check_options: method to call to check options (usually command line arguments) """ self.xmlui = xmlui self.menus = quick_menus.QuickMenusManager(self) ProfileManager.host = self self.profiles = ProfilesManager() self.ready_profiles = set() # profiles which are connected and ready self.signals_cache = {} # used to keep signal received between start of plug_profile and when the profile is actualy ready self.contact_lists = {} self.widgets = quick_widgets.QuickWidgetsManager(self) if check_options is not None: self.options = check_options() else: self.options = None # widgets self.selected_widget = None # widget currently selected (must be filled by frontend) # listeners self._listeners = {} # key: listener type ("avatar", "selected", etc), value: list of callbacks # triggers self.trigger = trigger.TriggerManager() # trigger are used to change the default behaviour ## bridge ## try: self.bridge = create_bridge() except exceptions.BridgeExceptionNoService: print(_(u"Can't connect to SàT backend, are you sure it's launched ?")) sys.exit(1) except exceptions.BridgeInitError: print(_(u"Can't init bridge")) sys.exit(1) ProfileManager.bridge = self.bridge self.registerSignal("connected") self.registerSignal("disconnected") self.registerSignal("actionNew") self.registerSignal("newContact") self.registerSignal("newMessage") self.registerSignal("newAlert") self.registerSignal("presenceUpdate") self.registerSignal("subscribe") self.registerSignal("paramUpdate") self.registerSignal("contactDeleted") self.registerSignal("entityDataUpdated") self.registerSignal("askConfirmation") self.registerSignal("actionResult") self.registerSignal("actionResultExt", self.actionResultHandler) self.registerSignal("roomJoined", iface="plugin") self.registerSignal("roomLeft", iface="plugin") self.registerSignal("roomUserJoined", iface="plugin") self.registerSignal("roomUserLeft", iface="plugin") self.registerSignal("roomUserChangedNick", iface="plugin") self.registerSignal("roomNewSubject", iface="plugin") self.registerSignal("chatStateReceived", iface="plugin") self.registerSignal("psEvent", iface="plugin") # FIXME: do it dynamically quick_games.Tarot.registerSignals(self) quick_games.Quiz.registerSignals(self) quick_games.Radiocol.registerSignals(self) self.current_action_ids = set() # FIXME: to be removed self.current_action_ids_cb = {} # FIXME: to be removed self.media_dir = self.bridge.getConfig('', 'media_dir') @property def current_profile(self): """Profile that a user would expect to use""" try: return self.selected_widget.profile except (TypeError, AttributeError): return self.profiles.chooseOneProfile() @property def visible_widgets(self): """widgets currently visible (must be implemented by frontend)""" raise NotImplementedError @property def alerts_count(self): """Count the over whole alerts for all contact lists""" return sum([len(clist._alerts) for clist in self.contact_lists.values()]) def registerSignal(self, function_name, handler=None, iface="core", with_profile=True): """Register a handler for a signal @param function_name (str): name of the signal to handle @param handler (instancemethod): method to call when the signal arrive, None for calling an automatically named handler (function_name + 'Handler') @param iface (str): interface of the bridge to use ('core' or 'plugin') @param with_profile (boolean): True if the signal concerns a specific profile, in that case the profile name has to be passed by the caller """ if handler is None: handler = getattr(self, "{}{}".format(function_name, 'Handler')) if not with_profile: self.bridge.register(function_name, handler, iface) return def signalReceived(*args, **kwargs): profile = kwargs.get('profile') if profile is None: if not args: raise exceptions.ProfileNotSetError profile = args[-1] if profile is not None: if not self.check_profile(profile): if profile in self.profiles: # profile is not ready but is in self.profiles, that's mean that it's being connecting and we need to cache the signal self.signals_cache.setdefault(profile, []).append((function_name, handler, args, kwargs)) return # we ignore signal for profiles we don't manage handler(*args, **kwargs) self.bridge.register(function_name, signalReceived, iface) def addListener(self, type_, callback, profiles_filter=None): """Add a listener for an event /!\ don't forget to remove listener when not used anymore (e.g. if you delete a widget) @param type_: type of event, can be: - avatar: called when avatar data is updated args: (entity, avatar file, profile) - nick: called when nick data is updated args: (entity, new_nick, profile) - presence: called when a presence is received args: (entity, show, priority, statuses, profile) - menu: called when a menu item is added or removed args: (type_, path, path_i18n, item) were values are: type_: same as in [sat.core.sat_main.SAT.importMenu] path: same as in [sat.core.sat_main.SAT.importMenu] path_i18n: translated path (or None if the item is removed) item: instance of quick_menus.MenuItemBase or None if the item is removed - gotMenus: called only once when menu are available (no arg) @param callback: method to call on event @param profiles_filter (set[unicode]): if set and not empty, the listener will be callable only by one of the given profiles. """ assert type_ in C.LISTENERS self._listeners.setdefault(type_, OrderedDict())[callback] = profiles_filter def removeListener(self, type_, callback): """Remove a callback from listeners @param type_: same as for [addListener] @param callback: callback to remove """ assert type_ in C.LISTENERS self._listeners[type_].pop(callback) def callListeners(self, type_, *args, **kwargs): """Call the methods which listen type_ event. If a profiles filter has been register with a listener and profile argument is not None, the listener will be called only if profile is in the profiles filter list. @param type_: same as for [addListener] @param *args: arguments sent to callback @param **kwargs: keywords argument, mainly used to pass "profile" when needed """ assert type_ in C.LISTENERS try: listeners = self._listeners[type_] except KeyError: pass else: profile = kwargs.get("profile") for listener, profiles_filter in listeners.iteritems(): if profile is None or not profiles_filter or profile in profiles_filter: listener(*args, **kwargs) def check_profile(self, profile): """Tell if the profile is currently followed by the application, and ready""" return profile in self.ready_profiles def postInit(self, profile_manager): """Must be called after initialization is done, do all automatic task (auto plug profile) @param profile_manager: instance of a subclass of Quick_frontend.QuickProfileManager """ if self.options and self.options.profile: profile_manager.autoconnect([self.options.profile]) def profilePlugged(self, profile): """Method called when the profile is fully plugged, to launch frontend specific workflow /!\ if you override the method and don't call the parent, be sure to add the profile to ready_profiles ! if you don't, all signals will stay in cache @param profile(unicode): %(doc_profile)s """ self.ready_profiles.add(profile) # profile is ready, we can call send signals that where is cache cached_signals = self.signals_cache.pop(profile, []) for function_name, handler, args, kwargs in cached_signals: log.debug(u"Calling cached signal [%s] with args %s and kwargs %s" % (function_name, args, kwargs)) handler(*args, **kwargs) self.callListeners('profilePlugged', profile=profile) def asyncConnect(self, profile, callback=None, errback=None): if not callback: callback = lambda dummy: None if not errback: def errback(failure): log.error(_(u"Can't connect profile [%s]") % failure) if failure.module.startswith('twisted.words.protocols.jabber') and failure.condition == "not-authorized": self.launchAction(C.CHANGE_XMPP_PASSWD_ID, {}, profile=profile) else: self.showDialog(failure.message, failure.fullname, 'error') self.bridge.asyncConnect(profile, callback=callback, errback=errback) def plug_profiles(self, profiles): """Tell application which profiles must be used @param profiles: list of valid profile names """ self.plugging_profiles() for profile in profiles: self.profiles.plug(profile) def plugging_profiles(self): """Method to subclass to manage frontend specific things to do will be called when profiles are choosen and are to be plugged soon """ pass def unplug_profile(self, profile): """Tell the application to not follow anymore the profile""" if not profile in self.profiles: raise ValueError("The profile [{}] is not plugged".format(profile)) self.profiles.unplug(profile) def clear_profile(self): self.profiles.clear() def addContactList(self, profile): """Method to subclass to add a contact list widget will be called on each profile session build @return: a ContactList widget """ return NotImplementedError def newWidget(self, widget): raise NotImplementedError def connectedHandler(self, profile, jid_s): """Called when the connection is made. @param jid_s (unicode): the JID that we were assigned by the server, as the resource might differ from the JID we asked for. """ log.debug(_("Connected")) self.profiles[profile].whoami = jid.JID(jid_s) self.setPresenceStatus(profile=profile) self.contact_lists[profile].fill() def disconnectedHandler(self, profile): """called when the connection is closed""" log.debug(_("Disconnected")) self.contact_lists[profile].clearContacts() self.setPresenceStatus(C.PRESENCE_UNAVAILABLE, '', profile=profile) def actionNewHandler(self, action_data, id_, profile): self.actionManager(action_data, profile=profile) def newContactHandler(self, jid_s, attributes, groups, profile): entity = jid.JID(jid_s) _groups = list(groups) self.contact_lists[profile].setContact(entity, _groups, attributes, in_roster=True) def newMessageHandler(self, from_jid_s, msg, type_, to_jid_s, extra, profile): from_jid = jid.JID(from_jid_s) to_jid = jid.JID(to_jid_s) if not self.trigger.point("newMessageTrigger", from_jid, msg, type_, to_jid, extra, profile=profile): return from_me = from_jid.bare == self.profiles[profile].whoami.bare target = to_jid if from_me else from_jid chat_type = C.CHAT_GROUP if type_ == C.MESS_TYPE_GROUPCHAT else C.CHAT_ONE2ONE contact_list = self.contact_lists[profile] chat_widget = self.widgets.getOrCreateWidget(quick_chat.QuickChat, target, type_=chat_type, on_new_widget=None, profile=profile) self.current_action_ids = set() # FIXME: to be removed self.current_action_ids_cb = {} # FIXME: to be removed if not from_jid in contact_list and from_jid.bare != self.profiles[profile].whoami.bare: #XXX: needed to show entities which haven't sent any # presence information and which are not in roster contact_list.setContact(from_jid) # we display the message in the widget chat_widget.newMessage(from_jid, target, msg, type_, extra, profile) # ContactList alert visible = False for widget in self.visible_widgets: if isinstance(widget, quick_chat.QuickChat) and widget.manageMessage(from_jid, type_): visible = True break if not visible: contact_list.setAlert(from_jid.bare if type_ == C.MESS_TYPE_GROUPCHAT else from_jid) def sendMessage(self, to_jid, message, subject='', mess_type="auto", extra={}, callback=None, errback=None, profile_key=C.PROF_KEY_NONE): if callback is None: callback = lambda dummy=None: None # FIXME: optional argument is here because pyjamas doesn't support callback without arg with json proxy if errback is None: errback = lambda failure: self.showDialog(failure.fullname, failure.message, "error") if not self.trigger.point("sendMessageTrigger", to_jid, message, subject, mess_type, extra, callback, errback, profile_key=profile_key): return self.bridge.sendMessage(unicode(to_jid), message, subject, mess_type, extra, profile_key, callback=callback, errback=errback) def newAlertHandler(self, msg, title, alert_type, profile): assert alert_type in ['INFO', 'ERROR'] self.showDialog(unicode(msg), unicode(title), alert_type.lower()) def setPresenceStatus(self, show='', status=None, profile=C.PROF_KEY_NONE): raise NotImplementedError def presenceUpdateHandler(self, entity_s, show, priority, statuses, profile): log.debug(_(u"presence update for %(entity)s (show=%(show)s, priority=%(priority)s, statuses=%(statuses)s) [profile:%(profile)s]") % {'entity': entity_s, C.PRESENCE_SHOW: show, C.PRESENCE_PRIORITY: priority, C.PRESENCE_STATUSES: statuses, 'profile': profile}) entity = jid.JID(entity_s) if entity == self.profiles[profile].whoami: if show == C.PRESENCE_UNAVAILABLE: self.setPresenceStatus(C.PRESENCE_UNAVAILABLE, '', profile=profile) else: # FIXME: try to retrieve user language status before fallback to default status = statuses.get(C.PRESENCE_STATUSES_DEFAULT, None) self.setPresenceStatus(show, status, profile=profile) return self.callListeners('presence', entity, show, priority, statuses, profile=profile) def roomJoinedHandler(self, room_jid_s, room_nicks, user_nick, profile): """Called when a MUC room is joined""" log.debug(u"Room [%(room_jid)s] joined by %(profile)s, users presents:%(users)s" % {'room_jid': room_jid_s, 'profile': profile, 'users': room_nicks}) room_jid = jid.JID(room_jid_s) chat_widget = self.widgets.getOrCreateWidget(quick_chat.QuickChat, room_jid, type_=C.CHAT_GROUP, profile=profile) chat_widget.setUserNick(unicode(user_nick)) self.contact_lists[profile].setSpecial(room_jid, C.CONTACT_SPECIAL_GROUP) chat_widget.update() def roomLeftHandler(self, room_jid_s, profile): """Called when a MUC room is left""" log.debug(u"Room [%(room_jid)s] left by %(profile)s" % {'room_jid': room_jid_s, 'profile': profile}) room_jid = jid.JID(room_jid_s) chat_widget = self.widgets.getWidget(quick_chat.QuickChat, room_jid, profile) if chat_widget: self.widgets.deleteWidget(chat_widget) self.contact_lists[profile].removeContact(room_jid) def roomUserJoinedHandler(self, room_jid_s, user_nick, user_data, profile): """Called when an user joined a MUC room""" room_jid = jid.JID(room_jid_s) chat_widget = self.widgets.getOrCreateWidget(quick_chat.QuickChat, room_jid, type_=C.CHAT_GROUP, profile=profile) chat_widget.addUser(user_nick) log.debug(u"user [%(user_nick)s] joined room [%(room_jid)s]" % {'user_nick': user_nick, 'room_jid': room_jid}) def roomUserLeftHandler(self, room_jid_s, user_nick, user_data, profile): """Called when an user joined a MUC room""" room_jid = jid.JID(room_jid_s) chat_widget = self.widgets.getOrCreateWidget(quick_chat.QuickChat, room_jid, type_=C.CHAT_GROUP, profile=profile) chat_widget.removeUser(user_nick) log.debug(u"user [%(user_nick)s] left room [%(room_jid)s]" % {'user_nick': user_nick, 'room_jid': room_jid}) def roomUserChangedNickHandler(self, room_jid_s, old_nick, new_nick, profile): """Called when an user joined a MUC room""" room_jid = jid.JID(room_jid_s) chat_widget = self.widgets.getOrCreateWidget(quick_chat.QuickChat, room_jid, type_=C.CHAT_GROUP, profile=profile) chat_widget.changeUserNick(old_nick, new_nick) log.debug(u"user [%(old_nick)s] is now known as [%(new_nick)s] in room [%(room_jid)s]" % {'old_nick': old_nick, 'new_nick': new_nick, 'room_jid': room_jid}) def roomNewSubjectHandler(self, room_jid_s, subject, profile): """Called when subject of MUC room change""" room_jid = jid.JID(room_jid_s) chat_widget = self.widgets.getOrCreateWidget(quick_chat.QuickChat, room_jid, type_=C.CHAT_GROUP, profile=profile) chat_widget.setSubject(subject) log.debug(u"new subject for room [%(room_jid)s]: %(subject)s" % {'room_jid': room_jid, "subject": subject}) def chatStateReceivedHandler(self, from_jid_s, state, profile): """Called when a new chat state (XEP-0085) is received. @param from_jid_s (unicode): JID of a contact or C.ENTITY_ALL @param state (unicode): new state @param profile (unicode): current profile """ log.debug(_(u"Received new chat state {} from {} [{}]").format(state, from_jid_s, profile)) from_jid = jid.JID(from_jid_s) if from_jid_s != C.ENTITY_ALL else C.ENTITY_ALL contact_list = self.contact_lists[profile] for widget in self.widgets.getWidgets(quick_chat.QuickChat): if profile != widget.profile: continue to_display = C.USER_CHAT_STATES[state] if (state and widget.type == C.CHAT_GROUP) else state if widget.type == C.CHAT_GROUP and from_jid_s == C.ENTITY_ALL: for occupant in [jid.newResource(widget.target, nick) for nick in widget.occupants]: contact_list.setCache(occupant, 'chat_state', to_display) widget.update(occupant) elif from_jid.bare == widget.target.bare: # roster contact or MUC occupant contact_list.setCache(from_jid, 'chat_state', to_display) widget.update(from_jid) def psEventHandler(self, category, service_s, node, event_type, data, profile): """Called when a PubSub event is received. @param category(unicode): event category (e.g. "PEP", "MICROBLOG") @param service_s (unicode): pubsub service @param node (unicode): pubsub node @param event_type (unicode): event type (one of C.PUBLISH, C.RETRACT, C.DELETE) @param data (dict): event data """ service_s = jid.JID(service_s) if category == C.PS_MICROBLOG and self.MB_HANDLE: if event_type == C.PS_PUBLISH: if not 'content' in data: log.warning("No content found in microblog data") return if 'groups' in data: _groups = set(data['groups'].split() if data['groups'] else []) else: _groups = None for wid in self.widgets.getWidgets(quick_blog.QuickBlog): wid.addEntryIfAccepted(service_s, node, data, _groups, profile) try: comments_node, comments_service = data['comments_node'], data['comments_service'] except KeyError: pass else: self.bridge.mbGet(comments_service, comments_node, C.NO_LIMIT, [], {"subscribe":C.BOOL_TRUE}, profile=profile) elif event_type == C.PS_RETRACT: for wid in self.widgets.getWidgets(quick_blog.QuickBlog): wid.deleteEntryIfPresent(service_s, node, data['id'], profile) pass else: log.warning("Unmanaged PubSub event type {}".format(event_type)) def _subscribe_cb(self, answer, data): entity, profile = data type_ = "subscribed" if answer else "unsubscribed" self.bridge.subscription(type_, unicode(entity.bare), profile_key=profile) def subscribeHandler(self, type, raw_jid, profile): """Called when a subsciption management signal is received""" entity = jid.JID(raw_jid) if type == "subscribed": # this is a subscription confirmation, we just have to inform user # TODO: call self.getEntityMBlog to add the new contact blogs self.showDialog(_("The contact %s has accepted your subscription") % entity.bare, _('Subscription confirmation')) elif type == "unsubscribed": # this is a subscription refusal, we just have to inform user self.showDialog(_("The contact %s has refused your subscription") % entity.bare, _('Subscription refusal'), 'error') elif type == "subscribe": # this is a subscriptionn request, we have to ask for user confirmation # TODO: use sat.stdui.ui_contact_list to display the groups selector self.showDialog(_("The contact %s wants to subscribe to your presence.\nDo you accept ?") % entity.bare, _('Subscription confirmation'), 'yes/no', answer_cb=self._subscribe_cb, answer_data=(entity, profile)) def showDialog(self, message, title, type="info", answer_cb=None, answer_data=None): raise NotImplementedError def showAlert(self, message): pass #FIXME def dialogFailure(self, failure): log.warning(u"Failure: {}".format(failure)) def updateAlertsCounter(self): """Update the over whole alerts counter """ pass def paramUpdateHandler(self, name, value, namespace, profile): log.debug(_(u"param update: [%(namespace)s] %(name)s = %(value)s") % {'namespace': namespace, 'name': name, 'value': value}) if (namespace, name) == ("Connection", "JabberID"): log.debug(_(u"Changing JID to %s") % value) self.profiles[profile].whoami = jid.JID(value) elif (namespace, name) == ('General', C.SHOW_OFFLINE_CONTACTS): self.contact_lists[profile].showOfflineContacts(C.bool(value)) elif (namespace, name) == ('General', C.SHOW_EMPTY_GROUPS): self.contact_lists[profile].showEmptyGroups(C.bool(value)) def contactDeletedHandler(self, jid_s, profile): target = jid.JID(jid_s) self.contact_lists[profile].removeContact(target, in_roster=True) def entityDataUpdatedHandler(self, entity_s, key, value, profile): entity = jid.JID(entity_s) if key == "nick": # this is the roster nick, not the MUC nick if entity in self.contact_lists[profile]: self.contact_lists[profile].setCache(entity, 'nick', value) self.callListeners('nick', entity, value, profile=profile) elif key == "avatar": if entity in self.contact_lists[profile]: def gotFilename(filename): self.contact_lists[profile].setCache(entity, 'avatar', filename) self.callListeners('avatar', entity, filename, profile=profile) self.bridge.getAvatarFile(value, callback=gotFilename) def askConfirmationHandler(self, confirm_id, confirm_type, data, profile): raise NotImplementedError def actionResultHandler(self, type, id, data, profile): raise NotImplementedError def actionManager(self, action_data, callback=None, profile=C.PROF_KEY_NONE): try: xmlui = action_data.pop('xmlui') except KeyError: pass else: ui = self.xmlui.create(self, xml_data=xmlui, callback=callback, profile=profile) ui.show() if action_data: raise exceptions.DataError(u"Not all keys in action_data are managed ({keys})".format(keys=', '.join(action_data.keys()))) def launchAction(self, callback_id, data=None, callback=None, profile=C.PROF_KEY_NONE): """ Launch a dynamic action @param callback_id: id of the action to launch @param data: data needed only for certain actions @param callback(callable, None): will be called with the resut if None, self.actionManager will be called else the callable will be called with the following kw parameters: - data: action_data - cb_id: callback id - profile: %(doc_profile)s @param profile: %(doc_profile)s """ if data is None: data = dict() def action_cb(data): if callback is None: self.actionManager(data, profile=profile) else: callback(data=data, cb_id=callback_id, profile=profile) self.bridge.launchAction(callback_id, data, profile, callback=action_cb, errback=self.dialogFailure) def disconnect(self, profile): log.info("disconnecting") self.callListeners('disconnect', profile=profile) self.bridge.disconnect(profile) def onExit(self): """Must be called when the frontend is terminating""" to_unplug = [] for profile in self.profiles: if self.bridge.isConnected(profile): if C.bool(self.bridge.getParamA("autodisconnect", "Connection", profile_key=profile)): #The user wants autodisconnection self.disconnect(profile) to_unplug.append(profile) for profile in to_unplug: self.unplug_profile(profile)