class TestMessageGeneratorForwards(unittest.TestCase):
def setUp(self):
self.mg = MessageGenerator()
self.ug = UserGenerator()
self.cg = ChatGenerator()
def test_forwarded_message(self):
u1 = self.ug.get_user()
u2 = self.ug.get_user()
c = self.cg.get_chat(type="group")
u = self.mg.get_message(user=u1,
chat=c,
forward_from=u2,
text="This is a test")
self.assertEqual(u.message.from_user.id, u1.id)
self.assertEqual(u.message.forward_from.id, u2.id)
self.assertNotEqual(u.message.from_user.id, u.message.forward_from.id)
self.assertEqual(u.message.text, "This is a test")
self.assertIsInstance(u.message.forward_date, int)
import datetime
self.mg.get_message(forward_from=u2,
forward_date=datetime.datetime.now())
with self.assertRaises(BadUserException):
u3 = "This is not a User"
u = self.mg.get_message(user=u1,
chat=c,
forward_from=u3,
text="This is a test")
def test_forwarded_channel_message(self):
c = self.cg.get_chat(type="channel")
us = self.ug.get_user()
u = self.mg.get_message(text="This is a test",
forward_from=us,
forward_from_chat=c)
self.assertNotEqual(u.message.chat.id, c.id)
self.assertNotEqual(u.message.from_user.id, us.id)
self.assertEqual(u.message.forward_from.id, us.id)
self.assertEqual(u.message.text, "This is a test")
self.assertIsInstance(u.message.forward_from_message_id, int)
self.assertIsInstance(u.message.forward_date, int)
u = self.mg.get_message(text="This is a test", forward_from_chat=c)
self.assertNotEqual(u.message.from_user.id, u.message.forward_from.id)
self.assertIsInstance(u.message.forward_from, User)
self.assertIsInstance(u.message.forward_from_message_id, int)
self.assertIsInstance(u.message.forward_date, int)
with self.assertRaises(BadChatException):
c = "Not a Chat"
u = self.mg.get_message(text="This is a test", forward_from_chat=c)
with self.assertRaises(BadChatException):
c = self.cg.get_chat(type="group")
u = self.mg.get_message(text="This is a test", forward_from_chat=c)
def test_with_chat(self):
cg = ChatGenerator()
group = cg.get_chat(type="group")
channel = cg.get_chat(type="channel")
u = self.mg.get_channel_post(chat=channel)
self.assertEqual(channel.title, u.channel_post.chat.title)
with self.assertRaisesRegexp(BadChatException, "telegram\.Chat"):
self.mg.get_channel_post(chat="chat")
with self.assertRaisesRegexp(BadChatException, "chat\.type"):
self.mg.get_channel_post(chat=group)
def test_with_chat(self):
cg = ChatGenerator()
c = cg.get_chat()
u = self.mg.get_message(chat=c)
self.assertEqual(u.message.chat.id, u.message.from_user.id)
self.assertEqual(u.message.chat.id, c.id)
c = cg.get_chat(type="group")
u = self.mg.get_message(chat=c)
self.assertNotEqual(u.message.from_user.id, u.message.chat.id)
self.assertEqual(u.message.chat.id, c.id)
with self.assertRaisesRegexp(BadChatException, "get_channel_post"):
c = cg.get_chat(type="channel")
self.mg.get_message(chat=c)
with self.assertRaises(BadChatException):
c = "Not a telegram.Chat"
self.mg.get_message(chat=c)
def test_with_chat_and_user(self):
cg = ChatGenerator()
ug = UserGenerator()
us = ug.get_user()
c = cg.get_chat()
u = self.mg.get_message(user=us, chat=c)
self.assertNotEqual(u.message.from_user.id, u.message.chat.id)
self.assertEqual(u.message.from_user.id, us.id)
self.assertEqual(u.message.chat.id, c.id)
us = "not a telegram.User"
with self.assertRaises(BadUserException):
u = self.mg.get_message(user=us)
with self.assertRaises(BadUserException):
u = self.mg.get_message(chat=c, user="******")
c = "Not a telegram.Chat"
with self.assertRaises(BadChatException):
self.mg.get_message(chat=c)
with self.assertRaises(BadChatException):
self.mg.get_message(user=u, chat="chat")
class MessageGenerator(PtbGenerator):
"""
Message generator class.
Attributes:
bot (ptbtest.Mockbot): Bot to encode with the messages
Args:
bot (Optional[ptbtest.Mockbot]): supply your own for a custom botname
"""
def __init__(self, bot=None):
PtbGenerator.__init__(self)
self.idgen = self._gen_id()
self.ug = UserGenerator()
self.cg = ChatGenerator()
if not bot:
self.bot = Mockbot()
elif isinstance(bot, Mockbot):
self.bot = bot
else:
raise BadBotException
def _gen_id(self):
x = 1
while True:
yield x
x += 1
@update("edited_channel_post")
def get_edited_channel_post(self, channel_post=None, **kwargs):
"""
Parameters:
channel_post (Optional(telegram.Message)): The edited_channel_post will the same user, chat and message_id
**kwargs: See get_message for the full list
Returns:
telegram.Update: A telegram update object containing a :py:class:`telegram.Message`.
"""
id, user, chat = None, None, None
if channel_post:
if not isinstance(channel_post, Message):
raise BadMessageException
id = channel_post.message_id
user = channel_post.from_user
chat = channel_post.chat
return self.get_channel_post(id=id, user=user, chat=chat, **kwargs).channel_post
@update("channel_post")
def get_channel_post(self, chat=None, user=None, **kwargs):
"""
Parameters:
chat (Optional[telegram.Chat]): Chat with type='channel' to use with this update
user (Optional[telegram.User]): User for the update. None if omitted
**kwargs: See get_message
Returns:
telegram.Update: A telegram update object containing a :py:class:`telegram.Message.
"""
if chat:
if not isinstance(chat, Chat):
raise BadChatException
if not chat.type == "channel":
raise BadChatException(
"Can only use chat.type='channel' for get_channel_post"
)
else:
chat = ChatGenerator().get_chat(type="channel")
return self.get_message(chat=chat, user=user, channel=True, **kwargs).message
@update("edited_message")
def get_edited_message(self, message=None, **kwargs):
"""
Parameters:
message (Optional(telegram.Message)): The edited_message will have the same user, chat and message_id
**kwargs: See get_message for the full list
Returns:
telegram.Update: A telegram update object containing a :py:class:`telegram.Message`.
"""
id, user, chat = None, None, None
if message:
if not isinstance(message, Message):
raise BadMessageException
id = message.message_id
user = message.from_user
chat = message.chat
return self.get_message(id=id, user=user, chat=chat, **kwargs).message
@update("message")
def get_message(
self,
id=None,
user=None,
chat=None,
private=True,
forward_from=None,
forward_from_chat=None,
forward_date=None,
reply_to_message=None,
text=None,
entities=None,
audio=None,
document=None,
photo=None,
sticker=None,
video=None,
voice=None,
caption=None,
contact=None,
location=None,
venue=None,
new_chat_members=None,
left_chat_member=None,
new_chat_title=None,
new_chat_photo=None,
delete_chat_photo=False,
group_chat_created=False,
supergroup_chat_created=False,
migrate_to_chat_id=None,
migrate_from_chat_id=None,
channel_chat_created=False,
pinned_message=None,
forward_from_message_id=None,
parse_mode=None,
channel=False,
bot=None,
media_group_id=None,
poll=None,
**kwargs
):
"""
When called without arguments will return an update object for a message from a private chat with a
random user. for modifiers see args.
Notes:
whenever a list of telegram.PhotoSize objects is expected but not supplied it will always be a
list with two random sizes between 40-400 pixels. These will not be valid file id's
Parameters:
user (Optional[telegram.User]): User the message is from (m.from_user)
chat (Optional[telegram.Chat]): Chat the message is from (m.chat).
private (Optional[bool]): If the message is private (optionally with the supplied user) default=True
text (str): The text for the message, can make use of markdown or html, make sure to specify with parse_mode
parse_mode (Optional[str]): "HTML" or "Markdown" parses the text and fills entities
entities (Optional[lst(telegram.MessageEntity)]): when text and parsemode are set this will be filled with the entities in the text. # noqa: E501
reply_to_message (Optional[telegram.Message): Messages this one is a reply to
forward_from (Optional[telegram.User): User this message is forwarded from
forward_from_chat (Optional[telegram.Chat]): channel this message is forwarded from
forward_date (Optional[int]): Original sent date
forward_from_message_id (Optional[int]): message id from forwarded channel post.
new_chat_members (List[telegram.User]): Optional. Information about new members to the chat. (the bot itself may be one of these members).
left_chat_member (Optional[telegram.User]): Member left this chat
new_chat_title (Optional[str]): New title for the chat
new_chat_photo (Optional[lst(telegram.Photosize)] or True): New picture for the group
pinned_message (Optional[telegram.Message]): Pinned message for supergroups
channel_chat_created (Optional[True]): Not integrated
migrate_from_chat_id (Optional[int]): Not integrated
migrate_to_chat_id (Optional[int]): Not integrated
supergroup_chat_created (Optional[True]): Not integrated
group_chat_created (Optional[True]): Not integrated
delete_chat_photo (Optional[True]): Not integrated
venue (Optional[telegram.Venue or True]): Either the right object or True to generate one
location (optional[telegram.Location or True]): Either the right object or True to generate one
contact (optional[telegram.Contact or True]): Either the right object or True to generate one
caption (Optional[str or True]: Either the right object or True to generate one
voice (Optional[telegram.Voice or True]): Either the right object or True to generate one
video (Optional[telegram.Video or True]): Either the right object or True to generate one
sticker (Optional[telegram.Sticker] or True): Either the right object or True to generate one
photo (Optional[lst(telegram.PhotoSize) or True]): Either the right object or True to generate one
document (Optional[telegram.Document or True]): Either the right object or True to generate one
audio (Optional[telegram.Audio] or True): Either the right object or True to generate one
Returns:
telegram.Update: A telegram update object containing a :py:class:`telegram.Message`.
"""
if not channel:
user, chat = self._get_user_and_chat(user, chat, private)
if reply_to_message and not isinstance(reply_to_message, Message):
raise BadMessageException
forward_date, forward_from, forward_from_message_id = self._handle_forward(
forward_date, forward_from, forward_from_chat, forward_from_message_id
)
text, entities = self._handle_text(text, parse_mode)
new_chat_photo = self._handle_status(
channel_chat_created,
chat,
delete_chat_photo,
group_chat_created,
left_chat_member,
migrate_from_chat_id,
migrate_to_chat_id,
new_chat_members,
new_chat_photo,
new_chat_title,
pinned_message,
supergroup_chat_created,
)
(
audio,
contact,
document,
location,
photo,
sticker,
venue,
video,
voice,
) = self._handle_attachments(
audio,
contact,
document,
location,
photo,
sticker,
user,
venue,
video,
voice,
caption,
)
if poll:
if poll in {POLL_QUIZ, POLL_REGULAR}:
poll = self._get_poll(poll)
else:
raise BadMessageException("Poll can be either regular or quiz")
return Message(
message_id=id or next(self.idgen),
from_user=user,
date=datetime.datetime.now(),
chat=chat,
text=text,
forward_from=forward_from,
forward_from_chat=forward_from_chat,
reply_to_message=reply_to_message,
entities=entities,
audio=audio,
document=document,
photo=photo,
sticker=sticker,
video=video,
voice=voice,
caption=caption,
contact=contact,
location=location,
venue=venue,
new_chat_members=new_chat_members,
left_chat_member=left_chat_member,
new_chat_title=new_chat_title,
new_chat_photo=new_chat_photo,
delete_chat_photo=delete_chat_photo,
group_chat_created=group_chat_created,
supergroup_chat_created=supergroup_chat_created,
migrate_to_chat_id=migrate_to_chat_id,
migrate_from_chat_id=migrate_from_chat_id,
channel_chat_created=channel_chat_created,
pinned_message=pinned_message,
forward_from_message_id=forward_from_message_id,
forward_date=forward_date,
bot=bot or self.bot,
media_group_id=media_group_id,
poll=poll,
)
def _handle_attachments(
self,
audio,
contact,
document,
location,
photo,
sticker,
user,
venue,
video,
voice,
caption,
):
attachments = [
x
for x in [
photo,
venue,
location,
contact,
voice,
video,
sticker,
document,
audio,
]
if x
]
if caption and not attachments:
raise BadMessageException("Can't have a caption without attachment")
if len(attachments) > 1:
raise BadMessageException("can't add more than one attachment")
if photo:
if isinstance(photo, list):
if all([isinstance(x, PhotoSize) for x in photo]):
pass
else:
raise BadMessageException(
"photo must either be True or list(telegram.PhotoSize)"
)
elif isinstance(photo, bool):
photo = self._get_photosize()
else:
raise BadMessageException(
"photo must either be True or list(telegram.PhotoSize)"
)
if location:
if isinstance(location, Location):
pass
elif isinstance(location, dict):
location = Location(**location)
elif isinstance(location, bool):
location = self._get_location()
else:
raise BadMessageException(
"location must either be True or telegram.Location"
)
if venue:
if isinstance(venue, Venue):
pass
elif isinstance(venue, bool):
venue = self._get_venue()
elif isinstance(venue, dict):
venue["location"] = Location(**venue)
venue = Venue(**venue)
else:
raise BadMessageException("venue must either be True or telegram.Venue")
if contact:
if isinstance(contact, Contact):
pass
elif isinstance(contact, dict):
contact = Contact(**contact)
elif isinstance(contact, bool):
contact = self._get_contact(user)
else:
raise BadMessageException(
"contact must either be True or telegram.Contact"
)
if voice:
if isinstance(voice, Voice):
pass
elif isinstance(voice, bool):
voice = self._get_voice()
elif isinstance(voice, dict):
voice = Voice(**voice)
else:
raise BadMessageException("voice must either be True or telegram.Voice")
if video:
if isinstance(video, Video):
pass
elif isinstance(video, bool):
video = self._get_video()
elif isinstance(video, dict):
video = self._get_video(data=video)
else:
raise BadMessageException("video must either be True or telegram.Video")
if sticker:
if isinstance(sticker, Sticker):
pass
elif isinstance(sticker, bool):
sticker = self._get_sticker()
elif isinstance(sticker, dict):
sticker = self._get_sticker(sticker)
else:
raise BadMessageException(
"sticker must either be True or telegram.Sticker"
)
if document:
if isinstance(document, Document):
pass
elif isinstance(document, dict):
document = Document(**document)
elif isinstance(document, bool):
document = self._get_document()
else:
raise BadMessageException(
"document must either be True or telegram.Document"
)
if audio:
if isinstance(audio, Audio):
pass
elif isinstance(audio, bool):
audio = self._get_audio()
elif isinstance(audio, dict):
audio = Audio(**audio)
else:
raise BadMessageException("audio must either be True or telegram.Audio")
return audio, contact, document, location, photo, sticker, venue, video, voice
def _handle_forward(
self, forward_date, forward_from, forward_from_chat, forward_from_message_id
):
if forward_from and not isinstance(forward_from, User):
raise BadUserException()
if forward_from_chat:
if not isinstance(forward_from_chat, Chat):
raise BadChatException
if forward_from_chat.type != "channel":
raise BadChatException('forward_from_chat must be of type "channel"')
if not forward_from:
forward_from = UserGenerator().get_user()
if forward_from:
if not isinstance(forward_date, datetime.datetime):
now = datetime.datetime.now()
else:
now = forward_date
try:
# Python 3.3+
forward_date = datetime.datetime.now()
except AttributeError:
# Python 3 (< 3.3) and Python 2
forward_date = datetime.datetime.now()
if (
forward_from_message_id and not isinstance(forward_from_message_id, int)
) or (forward_from_chat and not forward_from_message_id):
forward_from_message_id = next(self.idgen)
return forward_date, forward_from, forward_from_message_id
def _handle_status(
self,
channel_chat_created,
chat,
delete_chat_photo,
group_chat_created,
left_chat_member,
migrate_from_chat_id,
migrate_to_chat_id,
new_chat_members,
new_chat_photo,
new_chat_title,
pinned_message,
supergroup_chat_created,
):
status_messages = [
new_chat_members,
left_chat_member,
new_chat_title,
new_chat_photo,
delete_chat_photo,
group_chat_created,
supergroup_chat_created,
channel_chat_created,
migrate_to_chat_id,
migrate_from_chat_id,
pinned_message,
]
if len([x for x in status_messages if x]) > 1:
raise BadMessageException("Limit to only one status message per message")
if new_chat_members:
for new_chat_member in new_chat_members:
if not isinstance(new_chat_member, User):
raise BadUserException
if chat.type == "private":
raise BadChatException("Can not add members to private chat")
if left_chat_member:
if not isinstance(left_chat_member, User):
raise BadUserException
if chat.type == "private":
raise BadChatException("People can not leave a private chat")
if new_chat_title:
if chat.type == "private":
raise BadChatException("Can not change title of private chat")
chat.title = new_chat_title
if new_chat_photo:
if chat.type == "private":
raise BadChatException(
"Can't change the photo for a private chat a private chat"
)
if isinstance(new_chat_photo, list):
if all([isinstance(x, PhotoSize) for x in new_chat_photo]):
pass
else:
raise BadMessageException(
"new_chat_photo must either be True or list(telegram.PhotoSize)"
)
elif isinstance(new_chat_photo, bool) and new_chat_photo:
new_chat_photo = self._get_photosize()
else:
raise BadMessageException(
"new_chat_photo must either be True or list(telegram.PhotoSize)"
)
if pinned_message:
if not isinstance(pinned_message, Message):
raise BadMessageException
elif chat.type != "supergroup":
raise BadChatException("Messages can only be pinned in supergroups")
else:
pinned_message.reply_to_message = None
return new_chat_photo
def _get_user_and_chat(self, user, chat, private):
if chat:
if not isinstance(chat, Chat):
raise BadChatException
if chat.type == "channel":
raise BadChatException("Use get_channel_post to get channel updates.")
if user:
if not isinstance(user, User):
raise BadUserException
if chat:
if not user:
if chat.type == "private":
user = self.ug.get_user(
first_name=chat.first_name,
last_name=chat.last_name,
username=chat.username,
id=chat.id,
)
else:
user = self.ug.get_user()
elif user and private:
chat = self.cg.get_chat(user=user)
elif user:
chat = self.cg.get_chat(type="group")
elif private:
user = self.ug.get_user()
chat = self.cg.get_chat(user=user)
else:
user = self.ug.get_user()
chat = self.cg.get_chat(type="group")
return user, chat
def _handle_text(self, text, parse_mode):
if text and parse_mode:
if parse_mode not in [
"HTML",
"Markdown",
]: # , "MarkdownV2"]: # write parser before enabling V2
raise BadMarkupException(
"Markdown mode must be HTML or Markdown"
) # or MarkdownV2')
elif parse_mode == "HTML":
text, entities = EntityParser.parse_html(text)
else:
text, entities = EntityParser.parse_markdown(text)
else:
entities = []
return text, entities
def _get_photosize(self):
tmp = []
import uuid
from random import randint
for _ in range(2):
w, h = randint(40, 400), randint(40, 400)
s = w * h * 2
tmp.append(
PhotoSize(
file_id=str(uuid.uuid4()),
file_unique_id=str(uuid.uuid4()),
width=w,
height=h,
file_size=s,
)
)
return tmp
def _get_location(self):
from random import uniform
return Location(uniform(-180.0, 180.0), uniform(-90.0, 90.0))
def _get_venue(self):
loc = self._get_location()
address = "somewherestreet 23"
name = "Awesome place"
return Venue(loc, name, address)
def _get_contact(self, user):
return Contact("06123456789", user.first_name)
def _get_voice(self):
import uuid
from random import randint
return Voice(
file_id=str(uuid.uuid4()),
file_unique_id=str(uuid.uuid4()),
duration=randint(2, 300),
)
def _get_video(self, data=None):
import uuid
from random import randint
if data:
data["width"] = randint(40, 400)
data["height"] = randint(40, 400)
return Video(**data)
return Video(
file_id=str(uuid.uuid4()),
file_unique_id=str(uuid.uuid4()),
width=randint(40, 400),
height=randint(40, 400),
duration=randint(2, 300),
)
def _get_sticker(self, data=None):
import uuid
from random import randint
if data is None:
data = {}
data["file_unique_id"] = data["file_id"] = str(uuid.uuid4())
if "width" not in data:
data["width"] = randint(20, 200)
data["height"] = randint(20, 200)
if "is_animated" not in data:
data["is_animated"] = False
return Sticker(**data)
def _get_document(self):
import uuid
return Document(
file_id=str(uuid.uuid4()),
file_unique_id=str(uuid.uuid4()),
file_name="somedoc.pdf",
)
def _get_audio(self):
import uuid
from random import randint
return Audio(
file_id=str(uuid.uuid4()),
file_unique_id=str(uuid.uuid4()),
duration=randint(1, 120),
title="Some song",
)
def _get_poll(self, poll_type):
import uuid
from random import randint
if poll_type == POLL_QUIZ:
return Poll(
id=str(uuid.uuid4()),
question="Are you human?",
options=[PollOption("Yes", 2),
PollOption("No", 5)],
total_voter_count=7,
is_closed=False,
is_anonymous=True,
type=POLL_QUIZ,
correct_option_id=0,
allows_multiple_answers=False,
)
else:
return Poll(
id=str(uuid.uuid4()),
question="Are you human?",
options=[PollOption("Yes", 2),
PollOption("No", 5)],
total_voter_count=7,
is_closed=False,
is_anonymous=True,
type=POLL_REGULAR,
allows_multiple_answers=False,
)
class TestExplore(unittest.TestCase):
def setUp(self):
# For use within the tests we nee some stuff. Starting with a Mockbot
self.bot = Mockbot()
# Some generators for users and chats
self.ug = UserGenerator()
self.cg = ChatGenerator()
# And a Messagegenerator and updater (for use with the bot.)
self.mg = MessageGenerator(self.bot)
self.updater = Updater(bot=self.bot)
def test_help(self):
# Then register the handler with he updater's dispatcher and start polling
self.updater.dispatcher.add_handler(
CommandHandler("explore", explore.explore, pass_chat_data=True))
self.updater.start_polling()
# We want to simulate a message. Since we don't care wich user sends it we let the MessageGenerator
# create random ones
update = self.mg.get_message(text="/explore")
# We insert the update with the bot so the updater can retrieve it.
self.bot.insertUpdate(update)
# sent_messages is the list with calls to the bot's outbound actions. Since we hope the message we inserted
# only triggered one sendMessage action it's length should be 1.
self.assertEqual(len(self.bot.sent_messages), 1)
sent = self.bot.sent_messages[0]
self.assertEqual(sent['method'], "sendMessage")
self.updater.stop()
def test_start(self):
def start(bot, update):
update.message.reply_text('Hi!')
self.updater.dispatcher.add_handler(CommandHandler("start", start))
self.updater.start_polling()
# Here you can see how we would handle having our own user and chat
user = self.ug.get_user(first_name="Test", last_name="The Bot")
chat = self.cg.get_chat(user=user)
update = self.mg.get_message(user=user, chat=chat, text="/start")
self.bot.insertUpdate(update)
self.assertEqual(len(self.bot.sent_messages), 1)
sent = self.bot.sent_messages[0]
self.assertEqual(sent['method'], "sendMessage")
self.assertEqual(sent['text'], "Hi!")
self.updater.stop()
def test_echo(self):
def echo(bot, update):
update.message.reply_text(update.message.text)
self.updater.dispatcher.add_handler(MessageHandler(Filters.text, echo))
self.updater.start_polling()
update = self.mg.get_message(text="first message")
update2 = self.mg.get_message(text="second message")
self.bot.insertUpdate(update)
self.bot.insertUpdate(update2)
self.assertEqual(len(self.bot.sent_messages), 2)
sent = self.bot.sent_messages
self.assertEqual(sent[0]['method'], "sendMessage")
self.assertEqual(sent[0]['text'], "first message")
self.assertEqual(sent[1]['text'], "second message")
self.updater.stop()
class Testtimerbot(unittest.TestCase):
def setUp(self):
# For use within the tests we nee some stuff. Starting with a Mockbot
self.bot = Mockbot()
# Some generators for users and chats
self.cg = ChatGenerator()
# And a Messagegenerator and updater (for use with the bot.)
self.mg = MessageGenerator(self.bot)
self.updater = Updater(bot=self.bot) # type: ignore
def test_timer(self):
# first declare the callback methods
def alarm(context):
"""Function to send the alarm message"""
context.bot.sendMessage(context.job.context["chat_id"],
text='Beep!')
def set(update, context):
"""Adds a job to the queue"""
chat_id = update.message.chat_id
try:
args = context.args
# args[0] should contain the time for the timer in seconds
due = int(args[0])
if due < 0:
update.message.reply_text(
'Sorry we can not go back to the past!')
return
# Add job to queue
context.user_data["job"] = context.job_queue.run_once(
callback=alarm, when=due, context={"chat_id": chat_id})
update.message.reply_text('Timer successfully set!')
except (IndexError, ValueError):
update.message.reply_text('Usage: /set <seconds>')
def unset(update, context):
"""Removes the job if the user changed their mind"""
if 'job' not in context.user_data:
update.message.reply_text('You have no active timer')
return
job = context.user_data['job']
job.schedule_removal()
del context.user_data['job']
update.message.reply_text('Timer successfully unset!')
# Now add those handlers to the updater and start polling
dp = self.updater.dispatcher
dp.add_handler(CommandHandler("set", set))
dp.add_handler(CommandHandler("unset", unset))
self.updater.start_polling()
# we want to check if the bot returns a message to the same chat after a period of time
# so let's create a chat to use
chat = self.cg.get_chat()
# let's generate some updates we can use
u1 = self.mg.get_message(chat=chat, text="/set", parse_mode="HTML")
u2 = self.mg.get_message(chat=chat, text="/set -20", parse_mode="HTML")
u3 = self.mg.get_message(chat=chat, text="/set 6", parse_mode="HTML")
u4 = self.mg.get_message(chat=chat, text="/unset", parse_mode="HTML")
# first check some errors
self.bot.insertUpdate(u1)
self.bot.insertUpdate(u2)
self.bot.insertUpdate(u4)
data = self.bot.sent_messages
self.assertEqual(len(data), 3)
self.assertEqual(data[0]['text'], "Usage: /set <seconds>")
self.assertEqual(data[1]['text'],
'Sorry we can not go back to the past!')
self.assertEqual(data[2]['text'], 'You have no active timer')
# now check if setting and unsetting works (within timer limit)
self.bot.insertUpdate(u3)
data = self.bot.sent_messages[-1]
self.assertEqual(data['text'], 'Timer successfully set!')
time.sleep(2)
self.bot.insertUpdate(u4)
data = self.bot.sent_messages[-1]
self.assertEqual(data['text'], 'Timer successfully unset!')
# and to be certain we have to wait some more to see if it stops sending the message
# we reset the bot so we can be sure nothing more has been sent
self.bot.reset()
time.sleep(5)
data = self.bot.sent_messages
self.assertEqual(len(data), 0)
# lastly we will make sure an alarm message is sent after the timelimit has passed
self.bot.insertUpdate(u3)
time.sleep(6)
data = self.bot.sent_messages[-1]
self.assertEqual(data['text'], 'Beep!')
self.assertEqual(data['chat_id'], chat.id)
# and stop the updater.
self.updater.stop()
class TestChatGenerator(unittest.TestCase):
def setUp(self):
self.cg = ChatGenerator()
def test_without_parameter(self):
c = self.cg.get_chat()
self.assertIsInstance(c.id, int)
self.assertTrue(c.id > 0)
self.assertEqual(c.username, c.first_name + c.last_name)
self.assertEqual(c.type, "private")
def test_group_chat(self):
c = self.cg.get_chat(type="group")
self.assertTrue(c.id < 0)
self.assertEqual(c.type, "group")
self.assertFalse(c.all_members_are_administrators)
self.assertIsInstance(c.title, str)
def test_group_all_members_are_administrators(self):
c = self.cg.get_chat(type="group", all_members_are_administrators=True)
self.assertEqual(c.type, "group")
self.assertTrue(c.all_members_are_administrators)
def test_group_chat_with_group_name(self):
c = self.cg.get_chat(type="group", title="My Group")
self.assertEqual(c.title, "My Group")
def test_private_from_user(self):
u = UserGenerator().get_user()
c = self.cg.get_chat(user=u)
self.assertEqual(u.id, c.id)
self.assertEqual(c.username, c.first_name + c.last_name)
self.assertEqual(u.username, c.username)
self.assertEqual(c.type, "private")
def test_supergroup(self):
c = self.cg.get_chat(type="supergroup")
self.assertTrue(c.id < 0)
self.assertEqual(c.type, "supergroup")
self.assertIsInstance(c.title, str)
self.assertTrue(c.username, "".join(c.title.split()))
def test_supergroup_with_title(self):
c = self.cg.get_chat(type="supergroup", title="Awesome Group")
self.assertEqual(c.title, "Awesome Group")
self.assertEqual(c.username, "AwesomeGroup")
def test_supergroup_with_username(self):
c = self.cg.get_chat(type="supergroup", username="******")
self.assertEqual(c.username, "mygroup")
def test_supergroup_with_username_title(self):
c = self.cg.get_chat(type="supergroup",
username="******",
title="Awesome Group")
self.assertEqual(c.title, "Awesome Group")
self.assertEqual(c.username, "mygroup")
def test_channel(self):
c = self.cg.get_chat(type="channel")
self.assertIsInstance(c.title, str)
self.assertEqual(c.type, "channel")
self.assertTrue(c.username, "".join(c.title.split()))
def test_channel_with_title(self):
c = self.cg.get_chat(type="channel", title="Awesome Group")
self.assertEqual(c.title, "Awesome Group")
self.assertEqual(c.username, "AwesomeGroup")
def test_supergroup_with_username(self):
c = self.cg.get_chat(type="channel", username="******")
self.assertEqual(c.username, "mygroup")
def test_supergroup_with_username_title(self):
c = self.cg.get_chat(type="channel",
username="******",
title="Awesome Group")
self.assertEqual(c.title, "Awesome Group")
self.assertEqual(c.username, "mygroup")
class TestCommands(unittest.TestCase):
def setUp(self):
# For use within the tests we nee some stuff. Starting with a Mockbot
self.bot = Mockbot()
# Some generators for users and chats
self.ug = UserGenerator()
self.cg = ChatGenerator()
# And a Messagegenerator and updater (for use with the bot.)
self.mg = MessageGenerator(self.bot)
self.updater = Updater(bot=self.bot)
GamesController.init()
def test_ping(self):
# Then register the handler with he updater's dispatcher and start polling
self.updater.dispatcher.add_handler(
CommandHandler("ping", command_ping))
self.updater.start_polling()
# create with random user
update = self.mg.get_message(text="/ping")
# We insert the update with the bot so the updater can retrieve it.
self.bot.insertUpdate(update)
# sent_messages is the list with calls to the bot's outbound actions. Since we hope the message we inserted
# only triggered one sendMessage action it's length should be 1.
self.assertEqual(len(self.bot.sent_messages), 1)
sent = self.bot.sent_messages[0]
self.assertEqual(sent['method'], "sendMessage")
self.assertEqual(sent['text'], "pong - v0.4")
# Always stop the updater at the end of a testcase so it won't hang.
self.updater.stop()
def test_start(self):
self.updater.dispatcher.add_handler(
CommandHandler("start", command_start))
self.updater.start_polling()
update = self.mg.get_message(text="/start")
self.bot.insertUpdate(update)
self.assertEqual(len(self.bot.sent_messages), 2)
start = self.bot.sent_messages[0]
self.assertEqual(start['method'], "sendMessage")
self.assertIn("Secret Blue is a social deduction game", start['text'])
help = self.bot.sent_messages[1]
self.assertEqual(help['method'], "sendMessage")
self.assertIn("The following commands are available", help['text'])
self.updater.stop()
def test_symbols(self):
self.updater.dispatcher.add_handler(
CommandHandler("symbols", command_symbols))
self.updater.start_polling()
update = self.mg.get_message(text="/symbols")
self.bot.insertUpdate(update)
self.assertEqual(len(self.bot.sent_messages), 1)
sent = self.bot.sent_messages[0]
self.assertEqual(sent['method'], "sendMessage")
self.assertIn("The following symbols can appear on the board:",
sent['text'])
self.updater.stop()
def test_board_when_there_is_no_game(self):
self.updater.dispatcher.add_handler(
CommandHandler("board", command_board))
self.updater.start_polling()
update = self.mg.get_message(text="/board")
self.bot.insertUpdate(update)
self.assertEqual(len(self.bot.sent_messages), 1)
sent = self.bot.sent_messages[0]
self.assertEqual(sent['method'], "sendMessage")
self.assertIn(
"There is no game in this chat. Create a new game with /newgame",
sent['text'])
self.updater.stop()
def test_board_when_game_is_not_running(self):
game = Game(-999, 12345)
GamesController.games[-999] = game
self.updater.dispatcher.add_handler(
CommandHandler("board", command_board))
self.updater.start_polling()
chat = self.cg.get_chat(cid=-999)
update = self.mg.get_message(chat=chat, text="/board")
self.bot.insertUpdate(update)
self.assertEqual(len(self.bot.sent_messages), 1)
sent = self.bot.sent_messages[0]
self.assertEqual(sent['method'], "sendMessage")
self.assertIn(
"There is no running game in this chat. Please start the game with /startgame",
sent['text'])
self.updater.stop()
def test_board_when_game_is_running(self):
game = Game(-999, 12345)
game.board = Board(5, game)
GamesController.games[-999] = game
self.updater.dispatcher.add_handler(
CommandHandler("board", command_board))
self.updater.start_polling()
chat = self.cg.get_chat(cid=-999)
update = self.mg.get_message(chat=chat, text="/board")
self.bot.insertUpdate(update)
self.assertEqual(len(self.bot.sent_messages), 1)
sent = self.bot.sent_messages[0]
self.assertEqual(sent['method'], "sendMessage")
self.assertIn("--- Liberal acts ---", sent['text'])
self.updater.stop()
class TestConversationbot2(unittest.TestCase):
def setUp(self):
self.bot = Mockbot()
self.cg = ChatGenerator()
self.ug = UserGenerator()
self.mg = MessageGenerator(self.bot)
self.updater = Updater(bot=self.bot)
def test_conversation(self):
CHOOSING, TYPING_REPLY, TYPING_CHOICE = range(3)
reply_keyboard = [['Age', 'Favourite colour'], ['Number of siblings', 'Something else...'], ['Done']]
markup = ReplyKeyboardMarkup(reply_keyboard, one_time_keyboard=True)
def facts_to_str(user_data):
facts = list()
for key, value in user_data.items():
facts.append('%s - %s' % (key, value))
return "\n".join(facts).join(['\n', '\n'])
def start(bot, update):
update.message.reply_text(
"Hi! My name is Doctor Botter. I will hold a more complex conversation with you. "
"Why don't you tell me something about yourself?", reply_markup=markup)
return CHOOSING
def regular_choice(bot, update, user_data):
text = update.message.text
user_data['choice'] = text
update.message.reply_text('Your %s? Yes, I would love to hear about that!' % text.lower())
return TYPING_REPLY
def custom_choice(bot, update):
update.message.reply_text('Alright, please send me the category first, '
'for example "Most impressive skill"')
return TYPING_CHOICE
def received_information(bot, update, user_data):
text = update.message.text
category = user_data['choice']
user_data[category] = text
del user_data['choice']
update.message.reply_text("Neat! Just so you know, this is what you already told me:"
"%s"
"You can tell me more, or change your opinion on something."
% facts_to_str(user_data), reply_markup=markup)
return CHOOSING
def done(bot, update, user_data):
if 'choice' in user_data:
del user_data['choice']
update.message.reply_text("I learned these facts about you:"
"%s"
"Until next time!" % facts_to_str(user_data))
user_data.clear()
return ConversationHandler.END
conv_handler = ConversationHandler(
entry_points=[CommandHandler('start', start)],
states={
CHOOSING: [RegexHandler('^(Age|Favourite colour|Number of siblings)$',
regular_choice,
pass_user_data=True),
RegexHandler('^Something else...$',
custom_choice),
],
TYPING_CHOICE: [MessageHandler(Filters.text,
regular_choice,
pass_user_data=True),
],
TYPING_REPLY: [MessageHandler(Filters.text,
received_information,
pass_user_data=True),
],
},
fallbacks=[RegexHandler('^Done$', done, pass_user_data=True)]
)
dp = self.updater.dispatcher
dp.add_handler(conv_handler)
self.updater.start_polling()
# We are going to test a conversationhandler. Since this is tied in with user and chat we need to
# create both for consistancy
user = self.ug.get_user()
chat = self.cg.get_chat(type="group")
user2 = self.ug.get_user()
chat2 = self.cg.get_chat(user=user)
# let's start the conversation
u = self.mg.get_message(user=user, chat=chat, text="/start")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"Doctor Botter\. I will")
u = self.mg.get_message(user=user, chat=chat, text="Age")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"Your age\? Yes")
# now let's see what happens when another user in another chat starts conversating with the bot
u = self.mg.get_message(user=user2, chat=chat2, text="/start")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"Doctor Botter\. I will")
self.assertEqual(data['chat_id'], chat2.id)
self.assertNotEqual(data['chat_id'], chat.id)
# and cancels his conv.
u = self.mg.get_message(user=user2, chat=chat2, text="Done")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"Until next time!")
# cary on with first user
u = self.mg.get_message(user=user, chat=chat, text="23")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"Age - 23")
u = self.mg.get_message(user=user, chat=chat, text="Something else...")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"Most impressive skill")
u = self.mg.get_message(user=user, chat=chat, text="programming skill")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"Your programming skill\? Yes")
u = self.mg.get_message(user=user, chat=chat, text="High")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"programming skill - High")
u = self.mg.get_message(user=user, chat=chat, text="Done")
self.bot.insertUpdate(u)
data = self.bot.sent_messages[-1]
self.assertRegexpMatches(data['text'], r"programming skill - High")
self.assertRegexpMatches(data['text'], r"Age - 23")
self.updater.stop()
class TestInlineKeyboard(unittest.TestCase):
def setUp(self):
# For use within the tests we nee some stuff. Starting with a Mockbot
self.bot = Mockbot()
# Some generators for users and chats
self.cg = ChatGenerator()
# And a Messagegenerator, CallbackQueryGenerator and updater (for use with the bot.)
self.mg = MessageGenerator(self.bot)
self.cqg = CallbackQueryGenerator(self.bot)
self.updater = Updater(bot=self.bot)
def test_callback(self):
# first insert the callbackhandler, register it and start polling
def button(bot, update):
query = update.callback_query
bot.editMessageText(text="Selected option: %s" % query.data,
chat_id=query.message.chat_id,
message_id=query.message.message_id)
dp = self.updater.dispatcher
dp.add_handler(CallbackQueryHandler(button))
self.updater.start_polling()
# the start callback in this example generates a message that will be edited, so let's mimick that message
# for future reference
keyboard = [[
InlineKeyboardButton("Option 1", callback_data='1'),
InlineKeyboardButton("Option 2", callback_data='2')
], [InlineKeyboardButton("Option 3", callback_data='3')]]
reply_markup = InlineKeyboardMarkup(keyboard)
chat = self.cg.get_chat()
start_message = self.bot.sendMessage(chat_id=chat.id,
text='Please choose:',
reply_markup=reply_markup)
# now let's create some callback query's to send
u1 = self.cqg.get_callback_query(message=start_message, data="1")
u2 = self.cqg.get_callback_query(message=start_message, data="2")
u3 = self.cqg.get_callback_query(message=start_message, data="3")
# And test them one by one
self.bot.insertUpdate(u1)
data = self.bot.sent_messages[-1]
self.assertEqual(data['text'], "Selected option: 1")
self.assertEqual(data['chat_id'], start_message.chat.id)
self.assertEqual(data['message_id'], start_message.message_id)
self.bot.insertUpdate(u2)
data = self.bot.sent_messages[-1]
self.assertEqual(data['text'], "Selected option: 2")
self.assertEqual(data['chat_id'], start_message.chat.id)
self.assertEqual(data['message_id'], start_message.message_id)
self.bot.insertUpdate(u3)
data = self.bot.sent_messages[-1]
self.assertEqual(data['text'], "Selected option: 3")
self.assertEqual(data['chat_id'], start_message.chat.id)
self.assertEqual(data['message_id'], start_message.message_id)
# stop polling
self.updater.stop()
class TestDCUBABot(unittest.TestCase):
@classmethod
def setUpClass(self):
# For use within the tests we nee some stuff. Starting with a Mockbot
self.bot = Mockbot()
self.bot.request = telegram.utils.request.Request()
# Some generators for users and chats
self.ug = UserGenerator()
self.cg = ChatGenerator()
# And a Messagegenerator,CallbackQueryGenerator and updater (for use with the bot.)
self.mg = MessageGenerator(self.bot)
self.cqg = CallbackQueryGenerator(self.bot)
self.updater = Updater(bot=self.bot)
init_db("test.sqlite3")
install_commands()
add_all_handlers(self.updater.dispatcher)
with db_session:
for listable_type in Listable.__subclasses__():
for i in range(6):
listable_type(name=listable_type._discriminator_ + " " +
str(i),
url="https://url" + str(i) + ".com",
validated=True)
self.updater.start_polling()
@classmethod
def tearDownClass(self):
self.updater.stop()
os.remove("test.sqlite3")
@classmethod
def sendCommand(self, command, chat_id=None):
user = self.ug.get_user(first_name="Test", last_name="The Bot")
if chat_id:
chat = self.cg.get_chat(chat_id)
else:
chat = self.cg.get_chat(user=user)
update = self.mg.get_message(user=user, chat=chat, text=command)
self.bot.insertUpdate(update)
return user, chat
# TODO: Cleanup this
def assert_bot_response(self,
message_text,
response_text,
chat_id=None,
random=False):
if isinstance(response_text, str):
response_text = [response_text]
sent_messages = self.bot.sent_messages
sent_messages_before = len(sent_messages)
self.sendCommand(message_text, chat_id=chat_id)
response_sent_messages = len(sent_messages) - sent_messages_before
expected_sent_messages = 0 if not response_text else\
(1 if random else len(response_text))
self.assertEqual(response_sent_messages, expected_sent_messages)
for i in range(response_sent_messages):
sent = sent_messages[sent_messages_before + i]
self.assertEqual(sent['method'], "sendMessage")
if not random:
self.assertEqual(sent['text'], response_text[i])
else:
self.assertIn(sent['text'], response_text)
def get_keyboard(self, message):
return json.loads(message['reply_markup'])['inline_keyboard']
def button_in_list(self, name, url, list_command):
self.sendCommand("/" + list_command)
inline_keyboard = self.get_keyboard(self.bot.sent_messages[-1])
for row in inline_keyboard:
for button in row:
if button["text"] == name and button["url"] == url:
return True
return False
def test_help(self):
with db_session:
for c in Command.select():
c.description = ""
Command(name="comandoSinDescripcion1")
Command(name="comandoConDescripcion1", description="Descripción 1")
Command(name="comandoSinDescripcion2")
Command(name="comandoConDescripcion2", description="Descripción 2")
Command(name="comandoSinDescripcion3")
Command(name="comandoConDescripcion3", description="Descripción 3")
self.assert_bot_response("/help",
("/comandoConDescripcion1 - Descripción 1\n"
"/comandoConDescripcion2 - Descripción 2\n"
"/comandoConDescripcion3 - Descripción 3\n"))
def test_start(self):
self.assert_bot_response(
"/start",
"Hola, ¿qué tal? ¡Mandame /help si no sabés qué puedo hacer!")
def test_estasvivo(self):
self.assert_bot_response("/estasvivo", "Sí, estoy vivo.")
def test_rozendioanalisis(self):
self.assert_bot_response("/rozendioanalisis",
"¡Sí, Rozen ya dio el final de análisis!")
# TODO: Rename
def list_test(self, command, listable_type):
self.assert_bot_response(command, "Grupos: ")
# Assertions on keyboard
inline_keyboard = self.get_keyboard(self.bot.sent_messages[-1])
self.assertEqual(len(inline_keyboard), 2) # Number of rows
for i in range(2):
row = inline_keyboard[i]
self.assertEqual((len(row)), 3) # Number of columns
for j in range(3):
button = row[j]
button_number = i * 3 + j
self.assertEqual(
button['text'],
listable_type._discriminator_ + " " + str(button_number))
self.assertEqual(button['url'],
"https://url" + str(button_number) + ".com")
self.assertEqual(button['callback_data'], button['url'])
def test_listar(self):
self.list_test("/listar", Obligatoria)
def test_listaroptativa(self):
self.list_test("/listaroptativa", Optativa)
def test_listarotro(self):
self.list_test("/listarotro", Otro)
def suggestion_test(self, command, list_command, listable_type):
name = "Sugerido"
url = "sugerido.com"
error_message = "Hiciste algo mal, la idea es que pongas:\n" +\
command + " <nombre>|<link>"
# Invalid command usages
self.assert_bot_response(command, error_message)
self.assert_bot_response(command + " " + name, error_message)
self.assert_bot_response(command + " " + name + "|", error_message)
self.assert_bot_response(command + " |" + url, error_message)
self.assert_bot_response(command + " |", error_message)
self.assert_bot_response(command + " " + name + "|" + url + "|sobra",
error_message)
# Make a group suggestion to accept
self.assert_bot_response(command + " " + name + "|" + url, [
listable_type.__name__ + ": " + name + "\n" + url,
"OK, se lo mando a Rozen."
])
# Assertions on keyboard
inline_keyboard = self.get_keyboard(self.bot.sent_messages[-2])
self.assertEqual(len(inline_keyboard), 1) # Number of rows
row = inline_keyboard[0]
self.assertEqual(len(row), 2) # Number of columns
self.assertEqual(row[0]["text"], "Aceptar")
self.assertEqual(row[1]["text"], "Rechazar")
# The suggested group shouldn't be listed
self.assertFalse(self.button_in_list(name, url, list_command))
# Pressing the "Aceptar" button makes the group listable
u = self.cqg.get_callback_query(message=self.mg.get_message().message,
data=row[0]["callback_data"])
self.bot.insertUpdate(u)
self.assertTrue(self.button_in_list(name, url, list_command))
with db_session:
delete(l for l in Listable if l.name == name)
# Make a group suggestion to reject
self.sendCommand(command + " " + name + "|" + url)
inline_keyboard = self.get_keyboard(self.bot.sent_messages[-2])
row = inline_keyboard[0]
# Pressing the "Rechazar" button doesn't make the group listable
u = self.cqg.get_callback_query(message=self.mg.get_message().message,
data=row[1]["callback_data"])
self.bot.insertUpdate(u)
self.assertFalse(self.button_in_list(name, url, list_command))
# The database is clean of rejected suggestions
with db_session:
self.assertEqual(count(l for l in Listable if l.name == name), 0)
def test_sugerirgrupo(self):
self.suggestion_test("/sugerirgrupo", "listar", Obligatoria)
def test_sugeriroptativa(self):
self.suggestion_test("/sugeriroptativa", "listaroptativa", Optativa)
def test_sugerirotro(self):
self.suggestion_test("/sugerirotro", "listarotro", Otro)
def test_logger(self):
with self.assertLogs("DCUBABOT", level='INFO') as cm:
user, _ = self.sendCommand("/listar")
first_message = 'INFO:DCUBABOT:' + str(user.id) + ': /listar'
user, _ = self.sendCommand("/estasvivo")
second_message = 'INFO:DCUBABOT:' + str(user.id) + ': /estasvivo'
self.assertEqual(cm.output, [first_message, second_message])
def test_cubawiki(self):
cubawiki_url = "https://www.cubawiki.com.ar/index.php/Segundo_Parcial_del_10/12/18"
positive_chat_id = -123456
negative_chat_id_no_cubawiki = -654321
negative_chat_id_no_entry = -123321
with db_session:
Obligatoria(name="Cubawiki",
url="test.com",
chat_id=positive_chat_id,
cubawiki_url=cubawiki_url)
Obligatoria(name="Cubawiki",
url="test.com",
chat_id=negative_chat_id_no_cubawiki)
# Positive test case
self.assert_bot_response("/cubawiki",
cubawiki_url,
chat_id=positive_chat_id)
# Negative test cases
self.assert_bot_response("/cubawiki",
None,
chat_id=negative_chat_id_no_cubawiki)
self.assert_bot_response("/cubawiki",
None,
chat_id=negative_chat_id_no_entry)
with db_session:
delete(o for o in Obligatoria if o.name == "Cubawiki")
def test_felizdia(self):
today = datetime.datetime(2019, 1, 1)
self.assertEqual(felizdia_text(today), "Feliz 1 de Enero")
today = datetime.datetime(2019, 2, 1)
self.assertEqual(felizdia_text(today), "Feliz 1 de Febrero")
today = datetime.datetime(2019, 3, 1)
self.assertEqual(felizdia_text(today), "Feliz 1 de Marzo")
today = datetime.datetime(2019, 4, 4)
self.assertEqual(felizdia_text(today), "Feliz 4 de Abril")
today = datetime.datetime(2019, 5, 21)
self.assertEqual(felizdia_text(today), "Feliz 21 de Mayo")
# TODO: Test randomness?
def test_noitip(self):
noitips = ["me siento boludeadisimo", "Not this shit again", "noitip"]
with db_session:
for phrase in noitips:
Noitip(text=phrase)
self.assert_bot_response("/noitip", noitips, random=True)
def test_asm(self):
with db_session:
AsmInstruction(mnemonic="AAD",
summary="ASCII Adjust AX Before Division",
url="https://www.felixcloutier.com/x86/aad")
AsmInstruction(mnemonic="ADD",
summary="Add",
url="https://www.felixcloutier.com/x86/add")
AsmInstruction(
mnemonic="ADDPD",
summary="Add Packed Double-Precision Floating-Point Values",
url="https://www.felixcloutier.com/x86/addpd")
AsmInstruction(mnemonic="MOV",
summary="Move to/from Control Registers",
url="http://www.felixcloutier.com/x86/MOV-1.html")
AsmInstruction(mnemonic="MOV",
summary="Move to/from Debug Registers",
url="http://www.felixcloutier.com/x86/MOV-2.html")
AsmInstruction(
mnemonic="INT n",
summary="Call to Interrupt Procedure",
url="http://www.felixcloutier.com/x86/INT%20n:INTO:INT%203.html"
)
not_found = "No pude encontrar esa instrucción."
possibles = not_found + "\nQuizás quisiste decir:"
add_info = ("[ADD] Descripción: Add.\n"
"Más info: https://www.felixcloutier.com/x86/add")
addpd_info = (
"[ADDPD] Descripción: Add Packed Double-Precision Floating-Point Values.\n"
"Más info: https://www.felixcloutier.com/x86/addpd")
mov1_info = ("[MOV] Descripción: Move to/from Control Registers.\n"
"Más info: http://www.felixcloutier.com/x86/MOV-1.html")
mov2_info = ("[MOV] Descripción: Move to/from Debug Registers.\n"
"Más info: http://www.felixcloutier.com/x86/MOV-2.html")
intn_info = (
"[INT n] Descripción: Call to Interrupt Procedure.\n"
"Más info: http://www.felixcloutier.com/x86/INT%20n:INTO:INT%203.html"
)
self.assert_bot_response("/asm", "No me pasaste ninguna instrucción.")
self.assert_bot_response("/asm add", add_info)
self.assert_bot_response("/asm ADDPD", addpd_info)
self.assert_bot_response("/asm a", not_found)
self.assert_bot_response("/asm Adp", possibles + "\n" + add_info)
self.assert_bot_response("/asm ADDPS", possibles + "\n" + addpd_info)
self.assert_bot_response(
"/asm addP", possibles + "\n" + add_info + "\n" + addpd_info)
self.assert_bot_response("/asm MOV", mov1_info + "\n" + mov2_info)
self.assert_bot_response("/asm INT n", intn_info)
class TestMessageGeneratorStatusMessages(unittest.TestCase):
def setUp(self):
self.mg = MessageGenerator()
self.ug = UserGenerator()
self.cg = ChatGenerator()
def test_new_chat_member(self):
user = self.ug.get_user()
chat = self.cg.get_chat(type="group")
u = self.mg.get_message(chat=chat, new_chat_member=user)
self.assertEqual(u.message.new_chat_member.id, user.id)
with self.assertRaises(BadChatException):
self.mg.get_message(new_chat_member=user)
with self.assertRaises(BadUserException):
self.mg.get_message(chat=chat, new_chat_member="user")
def test_left_chat_member(self):
user = self.ug.get_user()
chat = self.cg.get_chat(type='group')
u = self.mg.get_message(chat=chat, left_chat_member=user)
self.assertEqual(u.message.left_chat_member.id, user.id)
with self.assertRaises(BadChatException):
self.mg.get_message(left_chat_member=user)
with self.assertRaises(BadUserException):
self.mg.get_message(chat=chat, left_chat_member="user")
def test_new_chat_title(self):
chat = self.cg.get_chat(type="group")
u = self.mg.get_message(chat=chat, new_chat_title="New title")
self.assertEqual(u.message.chat.title, "New title")
self.assertEqual(u.message.chat.title, chat.title)
with self.assertRaises(BadChatException):
self.mg.get_message(new_chat_title="New title")
def test_new_chat_photo(self):
chat = self.cg.get_chat(type="group")
u = self.mg.get_message(chat=chat, new_chat_photo=True)
self.assertIsInstance(u.message.new_chat_photo, list)
self.assertIsInstance(u.message.new_chat_photo[0], PhotoSize)
photo = [PhotoSize("2", 1, 1, file_size=3)]
u = self.mg.get_message(chat=chat, new_chat_photo=photo)
self.assertEqual(len(u.message.new_chat_photo), 1)
with self.assertRaises(BadChatException):
self.mg.get_message(new_chat_photo=True)
photo = "foto's!"
with self.assertRaises(BadMessageException):
self.mg.get_message(chat=chat, new_chat_photo=photo)
with self.assertRaises(BadMessageException):
self.mg.get_message(chat=chat, new_chat_photo=[1, 2, 3])
def test_pinned_message(self):
chat = self.cg.get_chat(type="supergroup")
message = self.mg.get_message(
chat=chat, text="this will be pinned").message
u = self.mg.get_message(chat=chat, pinned_message=message)
self.assertEqual(u.message.pinned_message.text, "this will be pinned")
with self.assertRaises(BadChatException):
self.mg.get_message(pinned_message=message)
with self.assertRaises(BadMessageException):
self.mg.get_message(chat=chat, pinned_message="message")
def test_multiple_statusmessages(self):
with self.assertRaises(BadMessageException):
self.mg.get_message(
private=False,
new_chat_member=self.ug.get_user(),
new_chat_title="New title")