def test_basic_verify(self):
with self.subTest("Valid text message"):
msg = EFBMsg()
msg.deliver_to = self.channel
msg.author = self.chat
msg.chat = self.chat
msg.type = MsgType.Text
msg.text = "Message"
msg.verify()
for i in (MsgType.Image, MsgType.Audio, MsgType.File, MsgType.Sticker):
with self.subTest(f"Valid {i} message"), NamedTemporaryFile() as f:
msg = EFBMsg()
msg.deliver_to = self.channel
msg.author = self.chat
msg.chat = self.chat
msg.type = i
msg.file = f
msg.filename = "test.bin"
msg.path = f.name
msg.mime = "application/octet-stream"
msg.verify()
with self.subTest("Missing deliver_to"), self.assertRaises(ValueError):
msg = EFBMsg()
msg.author = self.chat
msg.chat = self.chat
msg.type = MsgType.Text
msg.text = "Message"
msg.verify()
with self.subTest("Missing author"), self.assertRaises(ValueError):
msg = EFBMsg()
msg.deliver_to = self.channel
msg.chat = self.chat
msg.type = MsgType.Text
msg.text = "Message"
msg.verify()
with self.subTest("Missing chat"), self.assertRaises(ValueError):
msg = EFBMsg()
msg.deliver_to = self.channel
msg.author = self.chat
msg.type = MsgType.Text
msg.text = "Message"
msg.verify()
with self.subTest("Missing type"), self.assertRaises(ValueError):
msg = EFBMsg()
msg.deliver_to = self.channel
msg.author = self.chat
msg.chat = self.chat
msg.text = "Message"
msg.verify()
def master_qr_code(self, uuid, status, qrcode=None):
status = int(status)
if self.qr_uuid == (uuid, status):
return
self.qr_uuid = (uuid, status)
msg = EFBMsg()
msg.uid = f"ews_auth_{uuid}_{status}"
msg.type = MsgType.Text
msg.chat = EFBChat(self).system()
msg.chat.chat_name = self._("EWS User Auth")
msg.author = msg.chat
msg.deliver_to = coordinator.master
if status == 201:
msg.type = MsgType.Text
msg.text = self._('Confirm on your phone.')
elif status == 200:
msg.type = MsgType.Text
msg.text = self._("Successfully logged in.")
elif uuid != self.qr_uuid:
msg.type = MsgType.Image
file = NamedTemporaryFile(suffix=".png")
qr_url = "https://login.weixin.qq.com/l/" + uuid
QRCode(qr_url).png(file, scale=10)
msg.text = self._("QR code expired, please scan the new one.")
msg.path = file.name
msg.file = file
msg.mime = 'image/png'
if status in (200, 201) or uuid != self.qr_uuid:
coordinator.send_message(msg)
def master_qr_code(self, uuid, status, qrcode=None):
status = int(status)
msg = EFBMsg()
msg.type = MsgType.Text
msg.chat = EFBChat(self).system()
msg.chat.chat_name = self._("EWS User Auth")
msg.author = msg.chat
msg.deliver_to = coordinator.master
if status == 201:
msg.type = MsgType.Text
msg.text = self._('Confirm on your phone.')
elif status == 200:
msg.type = MsgType.Text
msg.text = self._("Successfully logged in.")
elif uuid != self.qr_uuid:
msg.type = MsgType.Image
# path = os.path.join("storage", self.channel_id)
# if not os.path.exists(path):
# os.makedirs(path)
# path = os.path.join(path, 'QR-%s.jpg' % int(time.time()))
# self.logger.debug("master_qr_code file path: %s", path)
file = NamedTemporaryFile(suffix=".png")
qr_url = "https://login.weixin.qq.com/l/" + uuid
QRCode(qr_url).png(file, scale=10)
msg.text = self._("QR code expired, please scan the new one.")
msg.path = file.name
msg.file = file
msg.mime = 'image/png'
if status in (200, 201) or uuid != self.qr_uuid:
coordinator.send_message(msg)
self.qr_uuid = uuid
def test_verify_missing_author():
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.chat = chat
msg.type = MsgType.Text
msg.text = "Message"
with pytest.raises(ValueError):
msg.verify()
def test_verify_text_msg(chat):
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.author = chat
msg.chat = chat
msg.type = MsgType.Text
msg.text = "Message"
msg.verify()
def test_verify_missing_deliver_to(chat):
msg = EFBMsg()
msg.author = chat
msg.chat = chat
msg.type = MsgType.Text
msg.text = "Message"
with pytest.raises(ValueError):
msg.verify()
def test_verify_missing_author(chat, master_channel):
msg = EFBMsg()
msg.deliver_to = master_channel
msg.chat = chat
msg.type = MsgType.Text
msg.text = "Message"
with pytest.raises(ValueError):
msg.verify()
def test_verify_same_author_and_chat():
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.author = patch_chat_0
msg.chat = patch_chat_0
msg.text = "Message"
msg.verify()
patch_chat_0.verify.assert_called_once()
def send_message_recall_status(self):
slave = next(iter(coordinator.slaves.values()))
alice = slave.get_chat('alice')
msg = EFBMsg()
msg.deliver_to = slave
msg.chat = alice
msg.author = EFBChat(self).self()
msg.uid = "1"
status = EFBMessageRemoval(self, slave, msg)
return coordinator.send_status(status)
def send_text_msg(self):
slave = next(iter(coordinator.slaves.values()))
wonderland = slave.get_chat('wonderland001')
msg = EFBMsg()
msg.deliver_to = slave
msg.chat = wonderland
msg.author = EFBChat(self).self()
msg.type = MsgType.Text
msg.text = "Hello, world."
return coordinator.send_message(msg)
def send_message_recall_status(self):
slave = coordinator.slaves['tests.mocks.slave']
alice = slave.get_chat('alice')
msg = EFBMsg()
msg.deliver_to = slave
msg.chat = alice
msg.author = EFBChat(self).self()
msg.uid = "1"
status = EFBMessageRemoval(self, slave, msg)
return coordinator.send_status(status)
def send_text_msg(self):
slave = coordinator.slaves['tests.mocks.slave']
wonderland = slave.get_chat('wonderland001')
msg = EFBMsg()
msg.deliver_to = slave
msg.chat = wonderland
msg.author = EFBChat(self).self()
msg.type = MsgType.Text
msg.text = "Hello, world."
return coordinator.send_message(msg)
def base_message(chat, master_channel):
msg = EFBMsg()
msg.deliver_to = master_channel
msg.author = chat
msg.chat = chat
msg.text = "Message"
msg.uid = "0"
return msg
def test_verify_same_author_and_chat(patch_chat_0, master_channel):
msg = EFBMsg()
msg.deliver_to = master_channel
msg.author = patch_chat_0
msg.chat = patch_chat_0
msg.text = "Message"
msg.verify()
patch_chat_0.verify.assert_called_once()
def send_efb_group_notice(self, context):
context['message_type'] = 'group'
self.logger.debug(repr(context))
msg = EFBMsg()
msg.author = self.chat_manager.build_efb_chat_as_system_user(context)
msg.chat = self.chat_manager.build_efb_chat_as_group(context)
msg.deliver_to = coordinator.master
msg.type = MsgType.Text
msg.uid = "__group_notice__.%s" % int(time.time())
msg.text = context['message']
coordinator.send_message(msg)
def send_location_msg(self):
slave = next(iter(coordinator.slaves.values()))
alice = slave.get_chat('alice')
msg = EFBMsg()
msg.deliver_to = slave
msg.chat = alice
msg.author = EFBChat(self).self()
msg.type = MsgType.Location
msg.text = "I'm not here."
msg.attributes = EFBMsgLocationAttribute(latitude=0.1, longitude=1.0)
return coordinator.send_message(msg)
def test_pickle_minimum_text_message():
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.author = chat
msg.chat = chat
msg.type = MsgType.Text
msg.text = "Message"
msg.uid = "message_id"
msg_dup = pickle.loads(pickle.dumps(msg))
for i in ("deliver_to", "author", "chat", "type", "text", "uid"):
assert getattr(msg, i) == getattr(msg_dup, i)
def test_verify_media_msg(chat, master_channel, media_type):
with NamedTemporaryFile() as f:
msg = EFBMsg()
msg.deliver_to = master_channel
msg.author = chat
msg.chat = chat
msg.type = media_type
msg.file = f
msg.filename = "test.bin"
msg.path = f.name
msg.mime = "application/octet-stream"
msg.verify()
def send_link_msg(self):
slave = next(iter(coordinator.slaves.values()))
alice = slave.get_chat('alice')
msg = EFBMsg()
msg.deliver_to = slave
msg.chat = alice
msg.author = EFBChat(self).self()
msg.type = MsgType.Link
msg.text = "Check it out."
msg.attributes = EFBMsgLinkAttribute(title="Example",
url="https://example.com")
return coordinator.send_message(msg)
def test_pickle_message_removal():
msg = EFBMsg()
slave = next(iter(coordinator.slaves.values()))
msg.chat = slave.get_chat("alice")
msg.uid = "uid"
msg_removal = EFBMessageRemoval(source_channel=coordinator.master,
destination_channel=slave,
message=msg)
msg_removal_dup = pickle.loads(pickle.dumps(msg_removal))
# Assume EFBMsg is picklable
for i in ("source_channel", "destination_channel"):
assert getattr(msg_removal, i) == getattr(msg_removal_dup, i)
def test_pickle_message_removal(slave_channel, master_channel):
msg = EFBMsg()
msg.chat = slave_channel.alice
msg.uid = "uid"
msg_removal = EFBMessageRemoval(
source_channel=master_channel,
destination_channel=slave_channel,
message=msg
)
msg_removal_dup = pickle.loads(pickle.dumps(msg_removal))
# Assume EFBMsg is picklable
for i in ("source_channel", "destination_channel"):
assert getattr(msg_removal, i) == getattr(msg_removal_dup, i)
def test_verify_link_message():
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.author = patch_chat_0
msg.chat = patch_chat_1
msg.text = "Message"
msg.verify()
msg.type = MsgType.Link
msg.attributes = EFBMsgLinkAttribute(title='Title', url='URL')
msg.attributes.verify = mock.Mock()
msg.verify()
msg.attributes.verify.assert_called_once()
def wechat_system_msg(self, msg: wxpy.Message) -> Optional[EFBMsg]:
if msg.recalled_message_id:
efb_msg = EFBMsg()
efb_msg.chat = self.channel.chats.wxpy_chat_to_efb_chat(msg.chat)
efb_msg.author = self.channel.chats.wxpy_chat_to_efb_chat(msg.sender)
efb_msg.uid = str(msg.recalled_message_id)
coordinator.send_status(EFBMessageRemoval(source_channel=self.channel,
destination_channel=coordinator.master,
message=efb_msg))
return None
efb_msg = EFBMsg()
efb_msg.text = msg.text
efb_msg.type = MsgType.Text
efb_msg.author = EFBChat(self.channel).system()
return efb_msg
def test_verify_status_message():
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.author = patch_chat_0
msg.chat = patch_chat_1
msg.text = "Message"
msg.verify()
msg.type = MsgType.Status
msg.attributes = EFBMsgStatusAttribute(status_type=EFBMsgStatusAttribute.Types.TYPING)
msg.attributes.verify = mock.Mock()
msg.verify()
msg.attributes.verify.assert_called_once()
def test_verify_location_message():
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.author = patch_chat_0
msg.chat = patch_chat_1
msg.text = "Message"
msg.verify()
msg.type = MsgType.Location
msg.attributes = EFBMsgLocationAttribute(latitude=0.0, longitude=0.0)
msg.attributes.verify = mock.Mock()
msg.verify()
msg.attributes.verify.assert_called_once()
def test_pickle_media_message(media_type):
with NamedTemporaryFile() as f:
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.author = chat
msg.chat = chat
msg.type = media_type
msg.file = f
msg.filename = "test.bin"
msg.path = f.name
msg.mime = "application/octet-stream"
msg.uid = "message_id"
msg.verify()
msg_dup = pickle.loads(pickle.dumps(msg))
for attr in ("deliver_to", "author", "chat", "type", "chat", "filename", "path", "mime", "text", "uid"):
assert getattr(msg, attr) == getattr(msg_dup, attr)
def test_verify_message_command():
msg = EFBMsg()
msg.deliver_to = coordinator.master
msg.author = patch_chat_0
msg.chat = patch_chat_1
msg.text = "Message"
msg.verify()
msg.type = MsgType.Text
msg.attributes = None
msg.commands = EFBMsgCommands(
[EFBMsgCommand(name="Command 1", callable_name="command_1")])
msg.commands.commands[0].verify = mock.Mock()
msg.verify()
msg.commands.commands[0].verify.assert_called_once()
def handle_group_request(context):
self.logger.debug(repr(context))
context['group_name'] = self._('[Request]') + self.get_group_info(context['group_id'])['group_name']
context['group_id_orig'] = context['group_id']
context['group_id'] = str(context['group_id']) + "_notification"
context['message_type'] = 'group'
context['event_description'] = '\u2139 New Group Join Request'
original_group = self.get_group_info(context['group_id'], False)
group_name = context['group_id']
if original_group is not None and 'group_name' in original_group:
group_name = original_group['group_name']
msg = EFBMsg()
msg.uid = 'group' + '_' + str(context['group_id'])
msg.author = self.chat_manager.build_efb_chat_as_system_user(context)
msg.chat = self.chat_manager.build_efb_chat_as_group(context)
msg.deliver_to = coordinator.master
msg.type = MsgType.Text
name = ""
if not self.get_friend_remark(context['user_id']):
name = "{}({})[{}] ".format(
self.get_stranger_info(context['user_id'])['nickname'], self.get_friend_remark(context['user_id']),
context['user_id'])
else:
name = "{}[{}] ".format(self.get_stranger_info(context['user_id'])['nickname'], context['user_id'])
msg.text = "{} wants to join the group {}({}). \nHere is the comment: {}".format(
name, group_name, context['group_id_orig'], context['comment']
)
msg.commands = EFBMsgCommands([EFBMsgCommand(
name=self._("Accept"),
callable_name="process_group_request",
kwargs={'result': 'accept',
'flag': context['flag'],
'sub_type': context['sub_type']}
), EFBMsgCommand(
name=self._("Decline"),
callable_name="process_group_request",
kwargs={'result': 'decline',
'flag': context['flag'],
'sub_type': context['sub_type']}
)])
coordinator.send_message(msg)
def test_chain_verify(self):
patch_chat_0 = self.chat.copy()
patch_chat_1 = self.chat.copy()
patch_chat_0.verify = mock.Mock()
patch_chat_1.verify = mock.Mock()
msg = EFBMsg()
msg.deliver_to = self.channel
with self.subTest("Different author and chat"):
msg.author = patch_chat_0
msg.chat = patch_chat_1
msg.text = "Message"
msg.verify()
patch_chat_0.verify.assert_called_once()
patch_chat_1.verify.assert_called_once()
patch_chat_0.verify.reset_mock()
with self.subTest("Same author and chat"):
msg.author = patch_chat_0
msg.chat = patch_chat_0
msg.text = "Message"
msg.verify()
patch_chat_0.verify.assert_called_once()
with self.subTest("Link message"):
msg.type = MsgType.Link
msg.attributes = EFBMsgLinkAttribute(title='Title', url='URL')
msg.attributes.verify = mock.Mock()
msg.verify()
msg.attributes.verify.assert_called_once()
with self.subTest("Location message"):
msg.type = MsgType.Location
msg.attributes = EFBMsgLocationAttribute(latitude=0.0,
longitude=0.0)
msg.attributes.verify = mock.Mock()
msg.verify()
msg.attributes.verify.assert_called_once()
with self.subTest("Status message"):
msg.type = MsgType.Status
msg.attributes = EFBMsgStatusAttribute(
status_type=EFBMsgStatusAttribute.Types.TYPING)
msg.attributes.verify = mock.Mock()
msg.verify()
msg.attributes.verify.assert_called_once()
with self.subTest("Message Command"):
msg.type = MsgType.Text
msg.attributes = None
msg.commands = EFBMsgCommands(
[EFBMsgCommand(name="Command 1", callable_name="command_1")])
msg.commands.commands[0].verify = mock.Mock()
msg.verify()
msg.commands.commands[0].verify.assert_called_once()
def process_telegram_message(self,
bot: telegram.Bot,
update: telegram.Update,
channel_id: Optional[str] = None,
chat_id: Optional[str] = None,
target_msg: Optional[str] = None):
"""
Process messages came from Telegram.
Args:
bot: Telegram bot
update: Telegram message update
channel_id: Slave channel ID if specified
chat_id: Slave chat ID if specified
target_msg: Target slave message if specified
Returns:
"""
target: Optional[str] = None
target_channel: Optional[str] = None
target_log: Optional['MsgLog'] = None
# Message ID for logging
message_id = utils.message_id_to_str(update=update)
multi_slaves: bool = False
destination: Optional[str] = None
slave_msg: Optional[EFBMsg] = None
message: telegram.Message = update.effective_message
edited = bool(update.edited_message or update.edited_channel_post)
self.logger.debug('[%s] Message is edited: %s, %s', message_id, edited,
message.edit_date)
private_chat = update.effective_chat.type == telegram.Chat.PRIVATE
if not private_chat: # from group
linked_chats = self.db.get_chat_assoc(
master_uid=utils.chat_id_to_str(self.channel_id,
update.effective_chat.id))
if len(linked_chats) == 1:
destination = linked_chats[0]
elif len(linked_chats) > 1:
multi_slaves = True
reply_to = bool(getattr(message, "reply_to_message", None))
# Process predefined target (slave) chat.
if channel_id and chat_id:
destination = utils.chat_id_to_str(channel_id, chat_id)
if target_msg:
target_log = self.db.get_msg_log(master_msg_id=target_msg)
if target_log:
target = target_log.slave_origin_uid
target_channel, target_uid = utils.chat_id_str_to_id(
target)
else:
self.logger.info(
"[%s], Predefined chat %d.%d with target msg")
return self.bot.reply_error(
update,
self._("Message is not found in database. "
"Please try with another message. (UC07)"))
elif private_chat:
if reply_to:
dest_msg = self.db.get_msg_log(
master_msg_id=utils.message_id_to_str(
message.reply_to_message.chat.id,
message.reply_to_message.message_id))
if dest_msg:
destination = dest_msg.slave_origin_uid
else:
return self.bot.reply_error(
update,
self._("Message is not found in database. "
"Please try with another one. (UC03)"))
else:
return self.bot.reply_error(
update,
self._("Please reply to an incoming message. (UC04)"))
else: # group chat
if multi_slaves:
if reply_to:
dest_msg = self.db.get_msg_log(
master_msg_id=utils.message_id_to_str(
message.reply_to_message.chat.id,
message.reply_to_message.message_id))
if dest_msg:
destination = dest_msg.slave_origin_uid
else:
return self.bot.reply_error(
update,
self._("Message is not found in database. "
"Please try with another one. (UC05)"))
else:
return self.bot.reply_error(
update,
self.
_("This group is linked to multiple remote chats. "
"Please reply to an incoming message. "
"To unlink all remote chats, please send /unlink_all . (UC06)"
))
elif destination:
if reply_to:
target_log = \
self.db.get_msg_log(master_msg_id=utils.message_id_to_str(
message.reply_to_message.chat.id,
message.reply_to_message.message_id))
if target_log:
target = target_log.slave_origin_uid
target_channel, target_uid = utils.chat_id_str_to_id(
target)
else:
return self.bot.reply_error(
update,
self._("Message is not found in database. "
"Please try with another message. (UC07)"))
else:
return self.bot.reply_error(
update,
self._("This group is not linked to any chat. (UC06)"))
self.logger.debug(
"[%s] Telegram received. From private chat: %s; Group has multiple linked chats: %s; "
"Message replied to another message: %s", message_id, private_chat,
multi_slaves, reply_to)
self.logger.debug("[%s] Destination chat = %s", message_id,
destination)
channel, uid = utils.chat_id_str_to_id(destination)
if channel not in coordinator.slaves:
return self.bot.reply_error(
update,
self._("Internal error: Channel \"{0}\" not found.").format(
channel))
m = EFBMsg()
try:
m.uid = message_id
mtype = get_msg_type(message)
# Chat and author related stuff
m.author = EFBChat(self.channel).self()
m.chat = EFBChat(coordinator.slaves[channel])
m.chat.chat_uid = uid
chat_info = self.db.get_slave_chat_info(channel, uid)
if chat_info:
m.chat.chat_name = chat_info.slave_chat_name
m.chat.chat_alias = chat_info.slave_chat_alias
m.chat.chat_type = ChatType(chat_info.slave_chat_type)
m.deliver_to = coordinator.slaves[channel]
if target and target_channel == channel:
trgt_msg = EFBMsg()
trgt_msg.type = MsgType.Text
trgt_msg.text = target_log.text
trgt_msg.uid = target_log.slave_message_id
trgt_msg.chat = EFBChat(coordinator.slaves[target_channel])
trgt_msg.chat.chat_name = target_log.slave_origin_display_name
trgt_msg.chat.chat_alias = target_log.slave_origin_display_name
trgt_msg.chat.chat_uid = utils.chat_id_str_to_id(
target_log.slave_origin_uid)[1]
if target_log.slave_member_uid:
trgt_msg.author = EFBChat(
coordinator.slaves[target_channel])
trgt_msg.author.chat_name = target_log.slave_member_display_name
trgt_msg.author.chat_alias = target_log.slave_member_display_name
trgt_msg.author.chat_uid = target_log.slave_member_uid
elif target_log.sent_to == 'master':
trgt_msg.author = trgt_msg.chat
else:
trgt_msg.author = EFBChat(self.channel).self()
m.target = trgt_msg
self.logger.debug(
"[%s] This message replies to another message of the same channel.\n"
"Chat ID: %s; Message ID: %s.", message_id,
trgt_msg.chat.chat_uid, trgt_msg.uid)
# Type specific stuff
self.logger.debug("[%s] Message type from Telegram: %s",
message_id, mtype)
if self.TYPE_DICT.get(mtype, None):
m.type = self.TYPE_DICT[mtype]
self.logger.debug("[%s] EFB message type: %s", message_id,
mtype)
else:
self.logger.info(
"[%s] Message type %s is not supported by ETM", message_id,
mtype)
raise EFBMessageTypeNotSupported(
"Message type %s is not supported by ETM" % mtype)
if m.type not in coordinator.slaves[
channel].supported_message_types:
self.logger.info(
"[%s] Message type %s is not supported by channel %s",
message_id, m.type.name, channel)
raise EFBMessageTypeNotSupported(
"Message type %s is not supported by channel %s" %
(m.type, coordinator.slaves[channel].channel_name))
# Parse message text and caption to markdown
msg_md_text = message.text and message.text_markdown
if msg_md_text and msg_md_text == escape_markdown(message.text):
msg_md_text = message.text
msg_md_text = msg_md_text or ""
msg_md_caption = message.caption and message.caption_markdown
if msg_md_caption and msg_md_caption == escape_markdown(
message.caption):
msg_md_caption = message.caption
msg_md_caption = msg_md_caption or ""
# Flag for edited message
if edited:
m.edit = True
text = msg_md_text or msg_md_caption
msg_log = self.db.get_msg_log(
master_msg_id=utils.message_id_to_str(update=update))
if not msg_log or msg_log == self.FAIL_FLAG:
raise EFBMessageNotFound()
m.uid = msg_log.slave_message_id
if text.startswith(self.DELETE_FLAG):
coordinator.send_status(
EFBMessageRemoval(
source_channel=self.channel,
destination_channel=coordinator.slaves[channel],
message=m))
self.db.delete_msg_log(
master_msg_id=utils.message_id_to_str(update=update))
m = None
return
self.logger.debug('[%s] Message is edited (%s)', m.uid, m.edit)
# Enclose message as an EFBMsg object by message type.
if mtype == TGMsgType.Text:
m.text = msg_md_text
elif mtype == TGMsgType.Photo:
m.text = msg_md_caption
m.file, m.mime, m.filename, m.path = self._download_file(
message.photo[-1])
elif mtype == TGMsgType.Sticker:
# Convert WebP to the more common PNG
m.text = ""
m.file, m.mime, m.filename, m.path = self._download_file(
message.sticker, 'image/webp')
self.logger.debug(
"[%s] Trying to convert WebP sticker (%s) to PNG.",
message_id, m.path)
f = tempfile.NamedTemporaryFile(suffix=".png")
Image.open(m.file).convert("RGBA").save(f, 'png')
m.file.close()
m.file, m.mime, m.filename, m.path = f, 'image/png', os.path.basename(
f.name), f.name
self.logger.debug(
"[%s] WebP sticker is converted to PNG (%s).", message_id,
f.name)
elif mtype == TGMsgType.Animation:
m.text = ""
self.logger.debug(
"[%s] Telegram message is a \"Telegram GIF\".", message_id)
m.filename = getattr(message.document, "file_name",
None) or None
m.file, m.mime, m.filename, m.path = self._download_gif(
message.document, channel)
m.mime = message.document.mime_type or m.mime
elif mtype == TGMsgType.Document:
m.text = msg_md_caption
self.logger.debug("[%s] Telegram message type is document.",
message_id)
m.filename = getattr(message.document, "file_name",
None) or None
m.file, m.mime, filename, m.path = self._download_file(
message.document, message.document.mime_type)
m.filename = m.filename or filename
m.mime = message.document.mime_type or m.mime
elif mtype == TGMsgType.Video:
m.text = msg_md_caption
m.file, m.mime, m.filename, m.path = self._download_file(
message.video, message.video.mime_type)
elif mtype == TGMsgType.Audio:
m.text = "%s - %s\n%s" % (message.audio.title,
message.audio.performer,
msg_md_caption)
m.file, m.mime, m.filename, m.path = self._download_file(
message.audio, message.audio.mime_type)
elif mtype == TGMsgType.Voice:
m.text = msg_md_caption
m.file, m.mime, m.filename, m.path = self._download_file(
message.voice, message.voice.mime_type)
elif mtype == TGMsgType.Location:
# TRANSLATORS: Message body text for location messages.
m.text = self._("Location")
m.attributes = EFBMsgLocationAttribute(
message.location.latitude, message.location.longitude)
elif mtype == TGMsgType.Venue:
m.text = message.location.title + "\n" + message.location.adderss
m.attributes = EFBMsgLocationAttribute(
message.venue.location.latitude,
message.venue.location.longitude)
elif mtype == TGMsgType.Contact:
contact: telegram.Contact = message.contact
m.text = self._(
"Shared a contact: {first_name} {last_name}\n{phone_number}"
).format(first_name=contact.first_name,
last_name=contact.last_name,
phone_number=contact.phone_number)
else:
raise EFBMessageTypeNotSupported(
self._("Message type {0} is not supported.").format(mtype))
# return self.bot.reply_error(update, "Message type not supported. (MN02)")
slave_msg = coordinator.send_message(m)
except EFBChatNotFound as e:
self.bot.reply_error(update, e.args[0]
or self._("Chat is not found."))
except EFBMessageTypeNotSupported as e:
self.bot.reply_error(
update, e.args[0] or self._("Message type is not supported."))
except EFBOperationNotSupported as e:
self.bot.reply_error(
update,
self._("Message editing is not supported.\n\n{!s}".format(e)))
except Exception as e:
self.bot.reply_error(
update, self._("Message is not sent.\n\n{!r}".format(e)))
finally:
if m:
msg_log_d = {
"master_msg_id":
utils.message_id_to_str(update=update),
"text":
m.text or "Sent a %s" % m.type,
"slave_origin_uid":
utils.chat_id_to_str(chat=m.chat),
"slave_origin_display_name":
"__chat__",
"msg_type":
m.type,
"sent_to":
"slave",
"slave_message_id":
None if m.edit else "%s.%s" %
(self.FAIL_FLAG, int(time.time())),
# Overwritten later if slave message ID exists
"update":
m.edit
}
# Store media related information to local database
for tg_media_type in ('audio', 'animation', 'document',
'video', 'voice', 'video_note'):
attachment = getattr(message, tg_media_type, None)
if attachment:
msg_log_d.update(media_type=tg_media_type,
file_id=attachment.file_id,
mime=attachment.mime_type)
break
if not msg_log_d.get('media_type', None):
if getattr(message, 'sticker', None):
msg_log_d.update(media_type='sticker',
file_id=message.sticker.file_id,
mime='image/webp')
elif getattr(message, 'photo', None):
attachment = message.photo[-1]
msg_log_d.update(media_type=tg_media_type,
file_id=attachment.file_id,
mime='image/jpeg')
if slave_msg:
msg_log_d['slave_message_id'] = slave_msg.uid
self.db.add_msg_log(**msg_log_d)
if m.file:
m.file.close()
