def set_entity_time(self, obj):
if obj.conn.name != self.account:
return
if self.xml.get_object('information_notebook').get_n_pages() < 5:
return
if self.gc_contact:
if obj.fjid != self.contact.jid:
return
elif app.get_jid_without_resource(obj.fjid) != self.contact.jid:
return
i = 0
time_s = ''
while i in self.time_info:
if self.time_info[i]['resource'] == obj.resource:
if obj.time_info:
self.time_info[i]['time'] = obj.time_info
else:
self.time_info[i]['time'] = Q_('?Time:Unknown')
else:
if not self.time_info[i]['time']:
self.time_info[i]['time'] = Q_('?Time:Unknown')
if i > 0:
time_s += '\n'
time_s += self.time_info[i]['time']
i += 1
self.xml.get_object('time_label').set_text(time_s)
self.entity_time_arrived = True
def _fill_content(self, content):
description_node = nbxmpp.simplexml.Node(
tag=nbxmpp.NS_JINGLE_FILE_TRANSFER_5 + ' description')
file_tag = description_node.setTag('file')
if self.file_props.name:
node = nbxmpp.simplexml.Node(tag='name')
node.addData(self.file_props.name)
file_tag.addChild(node=node)
if self.file_props.date:
node = nbxmpp.simplexml.Node(tag='date')
node.addData(self.file_props.date)
file_tag.addChild(node=node)
if self.file_props.size:
node = nbxmpp.simplexml.Node(tag='size')
node.addData(self.file_props.size)
file_tag.addChild(node=node)
if self.file_props.type_ == 'r':
if self.file_props.hash_:
file_tag.addChild('hash',
attrs={'algo': self.file_props.algo},
namespace=nbxmpp.NS_HASHES_2,
payload=self.file_props.hash_)
else:
# if the file is less than 10 mb, then it is small
# lets calculate it right away
if self.file_props.size < 10000000 and not self.file_props.hash_:
hash_data = self._compute_hash()
if hash_data:
file_tag.addChild(node=hash_data)
pjid = app.get_jid_without_resource(self.session.peerjid)
file_info = {
'name': self.file_props.name,
'file-name': self.file_props.file_name,
'hash': self.file_props.hash_,
'size': self.file_props.size,
'date': self.file_props.date,
'peerjid': pjid
}
self.session.connection.get_module('Jingle').set_file_info(
file_info)
desc = file_tag.setTag('desc')
if self.file_props.desc:
desc.setData(self.file_props.desc)
if self.use_security:
security = nbxmpp.simplexml.Node(tag=nbxmpp.NS_JINGLE_XTLS +
' security')
certpath = os.path.join(configpaths.get('MY_CERT'),
SELF_SIGNED_CERTIFICATE) + '.cert'
cert = load_cert_file(certpath)
if cert:
digest_algo = (cert.get_signature_algorithm().decode(
'utf-8').split('With')[0])
security.addChild('fingerprint').addData(
cert.digest(digest_algo).decode('utf-8'))
for m in ('x509', ): # supported authentication methods
method = nbxmpp.simplexml.Node(tag='method')
method.setAttr('name', m)
security.addChild(node=method)
content.addChild(node=security)
content.addChild(node=description_node)
def on_ok(_waitid):
# if timeout:
# self._owner.set_timeout(timeout)
to = stanza.getTo()
to = app.get_jid_without_resource(to)
try:
item = self.roster[to]
except KeyError:
# Contact offline
item = None
conn = None
if to in self.recipient_to_hash:
conn = self.connections[self.recipient_to_hash[to]]
elif item:
the_address = None
for address in item['addresses']:
if address['address'] in self.ip_to_hash:
the_address = address
if the_address and the_address['address'] in self.ip_to_hash:
hash_ = self.ip_to_hash[the_address['address']]
if self.hash_to_port[hash_] == the_address['port']:
conn = self.connections[hash_]
if func:
conn.Dispatcher.on_responses[_waitid] = (func, args)
conn.onreceive(conn.Dispatcher._WaitForData)
conn.Dispatcher._expected[_waitid] = None
def close(ctrl):
if reason is not None: # We are leaving gc with a status message
ctrl.shutdown(reason)
else: # We are leaving gc without status message or it's a chat
ctrl.shutdown()
# Update external state
app.events.remove_events(ctrl.account,
ctrl.get_full_jid,
types=['printed_msg', 'chat', 'gc_msg'])
fjid = ctrl.get_full_jid()
jid = app.get_jid_without_resource(fjid)
fctrl = self.get_control(fjid, ctrl.account)
bctrl = self.get_control(jid, ctrl.account)
# keep last_message_time around unless this was our last control with
# that jid
if not fctrl and not bctrl and \
fjid in app.last_message_time[ctrl.account]:
del app.last_message_time[ctrl.account][fjid]
self.notebook.remove_page(self.notebook.page_num(ctrl.widget))
del self._controls[ctrl.account][fjid]
if not self._controls[ctrl.account]:
del self._controls[ctrl.account]
self.check_tabs()
self.show_title()
def _connect_error(self, sid, error, error_type, msg=None):
"""
Called when there is an error establishing BS connection, or when
connection is rejected
"""
if not app.account_is_connected(self._account):
return
file_props = FilesProp.getFileProp(self._account, sid)
if file_props is None:
log.error('can not send iq error on failed transfer')
return
if file_props.type_ == 's':
to = file_props.receiver
else:
to = file_props.sender
iq = nbxmpp.Iq(to=to, typ='error')
iq.setAttr('id', file_props.request_id)
err = iq.setTag('error')
err.setAttr('type', error_type)
err.setTag(error, namespace=nbxmpp.NS_STANZAS)
self._con.connection.send(iq)
if msg:
self.disconnect_transfer(file_props)
file_props.error = -3
app.nec.push_incoming_event(
NetworkEvent('file-request-error',
conn=self._con,
jid=app.get_jid_without_resource(to),
file_props=file_props,
error_msg=msg))
def encrypt_message(self, conn, event, callback, groupchat):
if not event.message:
callback(event)
return
to_jid = app.get_jid_without_resource(event.jid)
omemo_message = self.backend.encrypt(to_jid, event.message)
if omemo_message is None:
session = event.session if hasattr(event, 'session') else None
app.nec.push_incoming_event(
NetworkEvent('message-not-sent',
conn=conn,
jid=event.jid,
message=event.message,
error=_('Encryption error'),
time_=time.time(),
session=session))
return
create_omemo_message(event.msg_iq,
omemo_message,
node_whitelist=ALLOWED_TAGS)
if groupchat:
self._muc_temp_store[omemo_message.payload] = event.message
else:
event.xhtml = None
event.encrypted = ENCRYPTION_NAME
event.additional_data['encrypted'] = {'name': ENCRYPTION_NAME}
self._debug_print_stanza(event.msg_iq)
callback(event)
def send_contacts(self, contacts, fjid, type_='message'):
if not app.account_is_connected(self._account):
return
if type_ == 'message':
if len(contacts) == 1:
msg = _('Sent contact: "%(jid)s" (%(name)s)') % {
'jid': contacts[0].get_full_jid(),
'name': contacts[0].get_shown_name()
}
else:
msg = _('Sent contacts:')
for contact in contacts:
msg += '\n "%s" (%s)' % (contact.get_full_jid(),
contact.get_shown_name())
stanza = nbxmpp.Message(to=app.get_jid_without_resource(fjid),
body=msg)
elif type_ == 'iq':
stanza = nbxmpp.Iq(to=fjid, typ='set')
x = stanza.addChild(name='x', namespace=nbxmpp.NS_ROSTERX)
for contact in contacts:
name = contact.get_shown_name()
x.addChild(name='item',
attrs={
'action': 'add',
'jid': contact.jid,
'name': name
})
log.info('Send contact: %s %s', contact.jid, name)
self._con.connection.send(stanza)
def _remove_transfer(self, iter_, sid, file_props):
self.model.remove(iter_)
if not file_props:
return
if file_props.tt_account:
# file transfer is set
account = file_props.tt_account
if account in app.connections:
# there is a connection to the account
app.connections[account].remove_transfer(file_props)
if file_props.type_ == 'r': # we receive a file
other = file_props.sender
else: # we send a file
other = file_props.receiver
if isinstance(other, str):
jid = app.get_jid_without_resource(other)
else: # It's a Contact instance
jid = other.jid
for ev_type in ('file-error', 'file-completed',
'file-request-error', 'file-send-error',
'file-stopped'):
for event in app.events.get_events(account, jid, [ev_type]):
if event.file_props.sid == file_props.sid:
app.events.remove_events(account, jid, event)
app.interface.roster.draw_contact(jid, account)
app.interface.roster.show_title()
FilesProp.deleteFileProp(file_props)
del (file_props)
def _nec_raw_message(self, obj):
if not HAS_GOOCANVAS:
return
if obj.stanza.getTag('sxe', namespace=NS_SXE):
account = obj.conn.name
try:
fjid = helpers.get_full_jid_from_iq(obj.stanza)
except helpers.InvalidFormat:
obj.conn.dispatch('ERROR', (_('Invalid XMPP Address'),
_('A message from a non-valid XMPP address '
'arrived. It has been ignored.')))
jid = app.get_jid_without_resource(fjid)
ctrl = (app.interface.msg_win_mgr.get_control(fjid, account) or
app.interface.msg_win_mgr.get_control(jid, account))
if not ctrl:
return
sxe = obj.stanza.getTag('sxe')
if not sxe:
return
sid = sxe.getAttr('session')
if (jid, sid) not in obj.conn.get_module('Jingle')._sessions:
pass
# newjingle = JingleSession(con=self, weinitiate=False, jid=jid,
# sid=sid)
# self.addJingle(newjingle)
# We already have such session in dispatcher
session = obj.conn.get_module('Jingle').get_jingle_session(fjid,
sid)
cn = session.contents[('initiator', 'xhtml')]
error = obj.stanza.getTag('error')
if error:
action = 'iq-error'
else:
action = 'edit'
cn.on_stanza(obj.stanza, sxe, error, action)
# def __editCB(self, stanza, content, error, action):
# new_tags = sxe.getTags('new')
# remove_tags = sxe.getTags('remove')
# if new_tags is not None:
# # Process new elements
# for tag in new_tags:
# if tag.getAttr('type') == 'element':
# ctrl.whiteboard.recieve_element(tag)
# elif tag.getAttr('type') == 'attr':
# ctrl.whiteboard.recieve_attr(tag)
# ctrl.whiteboard.apply_new()
# if remove_tags is not None:
# # Delete rids
# for tag in remove_tags:
# target = tag.getAttr('target')
# ctrl.whiteboard.image.del_rid(target)
# Stop propagating this event, it's handled
return True
def send_file_approval(self, file_props):
"""
Send iq, confirming that we want to download the file
"""
# user response to ConfirmationDialog may come after we've disconneted
if not self.connection or self.connected < 2:
return
# file transfer initiated by a jingle session
log.info("send_file_approval: jingle session accept")
if file_props.session_type == 'jingle':
session = self.get_jingle_session(file_props.sender,
file_props.sid)
if not session:
return
content = None
for c in session.contents.values():
if c.transport.sid == file_props.transport_sid:
content = c
break
if not content:
return
if not session.accepted:
content = session.get_content('file', content.name)
if content.use_security:
fingerprint = content.x509_fingerprint
if not jingle_xtls.check_cert(
app.get_jid_without_resource(file_props.sender),
fingerprint):
id_ = jingle_xtls.send_cert_request(
self, file_props.sender)
jingle_xtls.key_exchange_pend(id_,
content.on_cert_received,
[])
return
session.approve_session()
session.approve_content('file', content.name)
return
iq = nbxmpp.Iq(to=file_props.sender, typ='result')
iq.setAttr('id', file_props.request_id)
si = iq.setTag('si', namespace=nbxmpp.NS_SI)
if file_props.offset:
file_tag = si.setTag('file', namespace=nbxmpp.NS_FILE)
range_tag = file_tag.setTag('range')
range_tag.setAttr('offset', file_props.offset)
feature = si.setTag('feature', namespace=nbxmpp.NS_FEATURE)
_feature = nbxmpp.DataForm(typ='submit')
feature.addChild(node=_feature)
field = _feature.setField('stream-method')
field.delAttr('type')
if nbxmpp.NS_BYTESTREAM in file_props.stream_methods:
field.setValue(nbxmpp.NS_BYTESTREAM)
else:
file_props.transport_sid = file_props.sid
field.setValue(nbxmpp.NS_IBB)
self.connection.send(iq)
def delete_session(self, jid, thread_id):
if not jid in self.sessions:
jid = app.get_jid_without_resource(jid)
if not jid in self.sessions:
return
del self.sessions[jid][thread_id]
if not self.sessions[jid]:
del self.sessions[jid]
def get_sessions(self, jid):
"""
Get all sessions for the given full jid
"""
if not app.interface.is_pm_contact(jid, self.name):
jid = app.get_jid_without_resource(jid)
try:
return list(self.sessions[jid].values())
except KeyError:
return []
def __on_transport_info(self, stanza, content, error, action):
log.info("__on_transport_info")
cand_error = content.getTag('transport').getTag('candidate-error')
cand_used = content.getTag('transport').getTag('candidate-used')
if (cand_error or cand_used) and \
self.state >= State.CAND_SENT_AND_RECEIVED:
raise nbxmpp.NodeProcessed
if cand_error:
if not app.socks5queue.listener.connections:
app.socks5queue.listener.disconnect()
self.nominated_cand['peer-cand'] = False
if self.state == State.CAND_SENT:
if not self.nominated_cand['our-cand'] and \
not self.nominated_cand['peer-cand']:
if not self.weinitiate:
return
self.__state_changed(State.TRANSPORT_REPLACE)
else:
response = stanza.buildReply('result')
response.delChild(response.getQuery())
self.session.connection.connection.send(response)
self.__state_changed(State.TRANSFERING)
raise nbxmpp.NodeProcessed
else:
args = {'candError' : True}
self.__state_changed(State.CAND_RECEIVED, args)
return
if cand_used:
streamhost_cid = cand_used.getAttr('cid')
streamhost_used = None
for cand in self.transport.candidates:
if cand['candidate_id'] == streamhost_cid:
streamhost_used = cand
break
if streamhost_used is None or streamhost_used['type'] == 'proxy':
if app.socks5queue.listener and \
not app.socks5queue.listener.connections:
app.socks5queue.listener.disconnect()
if content.getTag('transport').getTag('activated'):
self.state = State.TRANSFERING
jid = app.get_jid_without_resource(self.session.ourjid)
app.socks5queue.send_file(self.file_props,
self.session.connection.name, 'client')
return
args = {'content': content,
'sendCand': False}
if self.state == State.CAND_SENT:
self.__state_changed(State.CAND_SENT_AND_RECEIVED, args)
self.__state_changed(State.TRANSFERING)
raise nbxmpp.NodeProcessed
else:
self.__state_changed(State.CAND_RECEIVED, args)
def encrypt_message(self, con, event, callback):
if not event.message:
callback(event)
return
to_jid = app.get_jid_without_resource(event.jid)
try:
key_id, own_key_id = self._get_key_ids(to_jid)
except NoKeyIdFound as error:
self._log.warning(error)
return
always_trust = key_id in self._always_trust
self._encrypt(con, event, [key_id, own_key_id], callback, always_trust)
def __send_hash(self):
# Send hash in a session info
checksum = nbxmpp.Node(tag='checksum',
payload=[nbxmpp.Node(tag='file',
payload=[self._compute_hash()])])
checksum.setNamespace(nbxmpp.NS_JINGLE_FILE_TRANSFER_5)
self.session.__session_info(checksum)
pjid = app.get_jid_without_resource(self.session.peerjid)
file_info = {'name' : self.file_props.name,
'file-name' : self.file_props.file_name,
'hash' : self.file_props.hash_,
'size' : self.file_props.size,
'date' : self.file_props.date,
'peerjid' : pjid
}
self.session.connection.get_module('Jingle').set_file_info(file_info)
def handle_new_cert(con, obj, jid_from):
jid = app.get_jid_without_resource(jid_from)
certpath = configpaths.get('MY_PEER_CERTS').expanduser() / (jid + '.cert')
id_ = obj.getAttr('id')
x509cert = obj.getTag('pubkeys').getTag('keyinfo').getTag('x509cert')
cert = x509cert.getData()
f = open(certpath, 'w')
f.write('-----BEGIN CERTIFICATE-----\n')
f.write(cert)
f.write('-----END CERTIFICATE-----\n')
f.close()
approve_pending_content(id_)
def _on_bytestream_error(self, _con, iq_obj):
id_ = iq_obj.getAttr('id')
frm = helpers.get_full_jid_from_iq(iq_obj)
query = iq_obj.getTag('query')
app.proxy65_manager.error_cb(frm, query)
jid = helpers.get_jid_from_iq(iq_obj)
id_ = id_[3:]
file_props = FilesProp.getFilePropBySid(id_)
if not file_props:
return
file_props.error = -4
app.nec.push_incoming_event(
NetworkEvent('file-request-error',
conn=self._con,
jid=app.get_jid_without_resource(jid),
file_props=file_props,
error_msg=''))
raise nbxmpp.NodeProcessed
def __init__(self, conn, jid, thread_id, type_):
self.conn = conn
self.jid = jid
self.type_ = type_
self.resource = jid.getResource()
if thread_id:
self.received_thread_id = True
self.thread_id = thread_id
else:
self.received_thread_id = False
self.thread_id = self.generate_thread_id()
contact = app.contacts.get_contact(
conn.name, app.get_jid_without_resource(str(jid)))
self.name = contact.get_shown_name()
self.base = None
self.control = None
self.enable_encryption = False
def start_file_transfer(self, jid, file_props, request=False):
logger.info("start file transfer with file: %s", file_props)
contact = app.contacts.get_contact_with_highest_priority(
self._account, app.get_jid_without_resource(jid))
if app.contacts.is_gc_contact(self._account, jid):
gcc = jid.split('/')
if len(gcc) == 2:
contact = app.contacts.get_gc_contact(self._account,
gcc[0],
gcc[1])
if contact is None:
return None
use_security = contact.supports(Namespace.JINGLE_XTLS)
jingle = JingleSession(self._con,
weinitiate=True,
jid=jid,
werequest=request)
# this is a file transfer
jingle.session_type_ft = True
self._sessions[jingle.sid] = jingle
file_props.sid = jingle.sid
if contact.supports(Namespace.JINGLE_BYTESTREAM):
transport = JingleTransportSocks5()
elif contact.supports(Namespace.JINGLE_IBB):
transport = JingleTransportIBB()
else:
transport = None
senders = 'initiator'
if request:
senders = 'responder'
transfer = JingleFileTransfer(jingle,
transport=transport,
file_props=file_props,
use_security=use_security,
senders=senders)
file_props.transport_sid = transport.sid
file_props.algo = self.__hash_support(contact)
jingle.add_content('file' + helpers.get_random_string(), transfer)
jingle.start_session()
return transfer.transport.sid
def get_or_create_session(self, fjid, thread_id):
"""
Return an existing session between this connection and 'jid', returns a
new one if none exist
"""
pm = True
jid = fjid
if not app.interface.is_pm_contact(fjid, self.name):
pm = False
jid = app.get_jid_without_resource(fjid)
session = self.find_session(jid, thread_id)
if session:
return session
if pm:
return self.make_new_session(fjid, thread_id, type_='pm')
return self.make_new_session(fjid, thread_id)
def __on_session_accept(self, stanza, content, error, action):
log.info("__on_session_accept")
con = self.session.connection
security = content.getTag('security')
if not security: # responder can not verify our fingerprint
self.use_security = False
else:
fingerprint = security.getTag('fingerprint')
if fingerprint:
fingerprint = fingerprint.getData()
self.x509_fingerprint = fingerprint
if not jingle_xtls.check_cert(app.get_jid_without_resource(
self.session.responder), fingerprint):
id_ = jingle_xtls.send_cert_request(con,
self.session.responder)
jingle_xtls.key_exchange_pend(id_,
self.continue_session_accept,
[stanza])
raise nbxmpp.NodeProcessed
self.continue_session_accept(stanza)
def __init__(self, account, contact_jid, sid, content_types):
self.instances[(contact_jid, sid)] = self
self.account = account
self.fjid = contact_jid
self.sid = sid
self.content_types = content_types
xml = get_builder('voip_call_received_dialog.ui')
xml.connect_signals(self)
jid = app.get_jid_without_resource(self.fjid)
contact = app.contacts.get_first_contact_from_jid(account, jid)
if contact and contact.name:
self.contact_text = '%s (%s)' % (contact.name, jid)
else:
self.contact_text = contact_jid
self.dialog = xml.get_object('voip_call_received_messagedialog')
self.set_secondary_text()
self.dialog.show_all()
def stop_all_active_file_transfers(self, contact):
"""
Stop all active transfer to or from the given contact
"""
for file_props in FilesProp.getAllFileProp():
if is_transfer_stopped(file_props):
continue
receiver_jid = file_props.receiver
if contact.get_full_jid() == receiver_jid:
file_props.error = -5
self.remove_transfer(file_props)
app.nec.push_incoming_event(
NetworkEvent('file-request-error',
conn=self._con,
jid=app.get_jid_without_resource(contact.jid),
file_props=file_props,
error_msg=''))
sender_jid = file_props.sender
if contact.get_full_jid() == sender_jid:
file_props.error = -3
self.remove_transfer(file_props)
def send_file_approval(self, file_props):
"""
Send iq, confirming that we want to download the file
"""
# user response to ConfirmationDialog may come after we've disconneted
if not app.account_is_connected(self._account):
return
# file transfer initiated by a jingle session
log.info("send_file_approval: jingle session accept")
session = self._con.get_module('Jingle').get_jingle_session(
file_props.sender, file_props.sid)
if not session:
return
content = None
for content_ in session.contents.values():
if content_.transport.sid == file_props.transport_sid:
content = content_
break
if not content:
return
if not session.accepted:
content = session.get_content('file', content.name)
if content.use_security:
fingerprint = content.x509_fingerprint
if not jingle_xtls.check_cert(
app.get_jid_without_resource(file_props.sender),
fingerprint):
id_ = jingle_xtls.send_cert_request(
self._con, file_props.sender)
jingle_xtls.key_exchange_pend(id_,
content.on_cert_received, [])
return
session.approve_session()
session.approve_content('file', content.name)
def set_os_info(self, obj):
if obj.conn.name != self.account:
return
if self.xml.get_object('information_notebook').get_n_pages() < 5:
return
if self.gc_contact:
if obj.fjid != self.contact.jid:
return
elif app.get_jid_without_resource(obj.fjid) != self.contact.jid:
return
i = 0
client = ''
os = ''
while i in self.os_info:
if self.os_info[i]['resource'] == obj.resource:
if obj.client_info:
self.os_info[i]['client'] = obj.client_info
else:
self.os_info[i]['client'] = Q_('?Client:Unknown')
if obj.os_info:
self.os_info[i]['os'] = obj.os_info
else:
self.os_info[i]['os'] = Q_('?OS:Unknown')
else:
if not self.os_info[i]['client']:
self.os_info[i]['client'] = Q_('?Client:Unknown')
if not self.os_info[i]['os']:
self.os_info[i]['os'] = Q_('?OS:Unknown')
if i > 0:
client += '\n'
os += '\n'
client += self.os_info[i]['client']
os += self.os_info[i]['os']
i += 1
self.xml.get_object('client_name_version_label').set_text(client)
self.xml.get_object('os_label').set_text(os)
self.os_info_arrived = True
def _send_socks5_info(self, file_props):
"""
Send iq for the present streamhosts and proxies
"""
if not app.account_is_connected(self._account):
return
receiver = file_props.receiver
sender = file_props.sender
sha_str = helpers.get_auth_sha(file_props.sid, sender, receiver)
file_props.sha_str = sha_str
port = app.config.get('file_transfers_port')
listener = app.socks5queue.start_listener(port, sha_str,
self._result_socks5_sid,
file_props)
if not listener:
file_props.error = -5
app.nec.push_incoming_event(
NetworkEvent('file-request-error',
conn=self._con,
jid=app.get_jid_without_resource(receiver),
file_props=file_props,
error_msg=''))
self._connect_error(file_props.sid,
error='not-acceptable',
error_type='modify')
else:
iq = nbxmpp.Iq(to=receiver, typ='set')
file_props.request_id = 'id_' + file_props.sid
iq.setID(file_props.request_id)
query = iq.setTag('query', namespace=nbxmpp.NS_BYTESTREAM)
query.setAttr('sid', file_props.sid)
self._add_addiditional_streamhosts_to_query(query, file_props)
self._add_local_ips_as_streamhosts_to_query(query, file_props)
self._add_proxy_streamhosts_to_query(query, file_props)
self._add_upnp_igd_as_streamhost_to_query(query, file_props, iq)
def make_new_session(self, jid, thread_id=None, type_='chat', cls=None):
"""
Create and register a new session
thread_id=None to generate one.
type_ should be 'chat' or 'pm'.
"""
if not cls:
cls = app.default_session_type
sess = cls(self, nbxmpp.JID(jid), thread_id, type_)
# determine if this session is a pm session
# if not, discard the resource so that all sessions are stored bare
if type_ != 'pm':
jid = app.get_jid_without_resource(jid)
if not jid in self.sessions:
self.sessions[jid] = {}
self.sessions[jid][sess.thread_id] = sess
return sess
def _send_marker(self, contact, marker, id_, type_):
jid = contact.jid
if contact.is_pm_contact:
jid = app.get_jid_without_resource(contact.jid)
if type_ in ('gc', 'pm'):
if not app.settings.get_group_chat_setting(self._account, jid,
'send_marker'):
return
else:
if not app.settings.get_contact_setting(self._account, jid,
'send_marker'):
return
typ = 'groupchat' if type_ == 'gc' else 'chat'
message = OutgoingMessage(account=self._account,
contact=contact,
message=None,
type_=typ,
marker=(marker, id_),
play_sound=False)
self._con.send_message(message)
self._log.info('Send %s: %s', marker, contact.jid)
def generate(self):
jid = str(self.file_props.receiver)
self.jid = app.get_jid_without_resource(jid)
return True
def generate(self):
self.jid = app.get_jid_without_resource(self.jid)
return True
