def kahio_correct_guess(u_id, channel_id, new_message):
"""
If the correct message was guessed the user will be appended to the list
an error will be raised if the user should already have the answer
Parameters:
u_id(int): The u_id of the user guessing
channel_id(int): The channel_id of channel guess is occuring
new_message(message dict): The message dict created in the message_send
function
Returns:
message_id(int): The message_id of the message added to the channel
"""
#Adds the information that this user guessed correctly and gets the message to
#Display instead of the correct guess
new_message["message"] = data.correct_kahio_guess(u_id, channel_id, new_message["time_created"])
#Changes the user the message is being sent from to the user that started the KAHIO game
new_message["u_id"] = data.return_kahio_starter(channel_id)
#Adds the message
data.add_message(new_message, channel_id)
return {
"message_id": new_message["message_id"],
}
def kahio_guess(u_id, channel_id, new_message):
"""
Will check if the message is the correct answer or not If the correct
message was guessed the user will be appended to the list, otherwise
the incorrect message will just be treated as a regular guess,
an error will be raised if the user should already have the answer
Parameters:
u_id(int): The u_id of the user guessing
channel_id(int): The channel_id of channel guess is occuring
new_message(message dict): The message dict created in the message_send
function
Returns:
message_id(int): The message_id of the message added to the channel
"""
#Checks the user has not already guessed the message
validation.check_kahio_user_has_answer(channel_id, u_id)
#Gets the answer
check_message = validation.check_kahio_answer(new_message["message"])
#Converts the user input question input into correct answer staging
answer = data.return_kahio_answer(channel_id)
#Checks if this guess is correct
if check_message == answer:
return kahio_correct_guess(u_id, channel_id, new_message)
#Displays the guess since it was incorrect
data.add_message(new_message, channel_id)
return {
"message_id": new_message["message_id"],
}
def send_kahio_score(channel_id, new_message):
"""
Sends the end message for the KAHIO game
Parameters:
channel_id(int): the channel the game is in
new_message(message dict): The message dictionary to be sent created
int the timer function
Returns:
"""
#Gets the stored answer from the data
answer = data.return_kahio_answer(channel_id)
#The firstline of the end print out
new_message["message"] = "Kahio game has ended.\nThe correct answer was " + answer +"\n"
#The number of users that correctly guessed the answer
num_correct_answers = data.return_kahio_num_correct_answers(channel_id)
if num_correct_answers == 0:
#If no message was added to the kahio it will not print kahio
new_message["message"] += "No correct answers"
else:
new_message["message"] += str(num_correct_answers) + " correct answers"
#Adds all stored correct guesses
new_message["message"] += data.return_kahio_score(channel_id)
#Puts the message in the channel
data.add_message(new_message, channel_id)
def start(u_id, channel_id, message, message_id):
"""
Checks if no standups are in progess and initiates hangman
"""
# Check can start
validation.check_can_start_hangman(channel_id)
msg = message['message']
buffer = len('/hangman start ')
word = msg[buffer:].lower()
#word = ''.join(msg.split(' ')[2:]).lower()
# Check valid word
validation.check_valid_word(word)
# Updates hangman info with that word
info = data.get_hangman_info(channel_id)
update_info(info, u_id, message_id, word)
# Prints hangman starting message
message['message'] = print_start(info)
data.add_message(message, channel_id)
message_info = data.get_message(channel_id, message_id)
message_info['is_pinned'] = True
return {'message_id': message_id}
def kahio_timer(*args):
"""
Sends the standup message from the given u_id
Parameters:
args[0] (u_id(int)) : The u_id that standup will be sent from
args[1] (channel_id(int)) : The channel that the message will be sent to
args[2] (time_remaining(int)) : The time that kahio has remaining
Returns:
"""
#Make a message using the u_id from the user that started the KAHIO game
new_message_id = data.make_message_id()
new_message = {}
new_message["message"] = "The kahoi game has " + str(args[2]) + " seconds remaining"
new_message["u_id"] = args[0]
new_message["time_created"] = datetime.datetime.now().replace().timestamp()
new_message["message_id"] = new_message_id
new_message["reacts"] = [
{
"react_id": 1,
"u_ids": []
}
]
if args[2] <= 0:
#If the timer has finished it will print the end message
data.end_kahio_game(args[1])
send_kahio_score(args[1], new_message)
return
#Inputs the timing message into the channel messages
data.add_message(new_message, args[1])
#Stores how long the multithreading wait will be and the time left
#after the multithreading ends
time_remaing = args[2]
time_interval = 0
if time_remaing <= 5:
time_interval = 1
elif math.remainder(time_remaing, 5) == 0:
time_interval = 5
else:
time_interval = int(math.remainder(time_remaing, 5))
#Removes how long the timer will wait from the time remaining
time_remaing -= time_interval
#Calls this function again after time_interval amount of time
timer_class = threading.Timer(time_interval, kahio_timer, [args[0], args[1], time_remaing])
timer_class.start()
#Stores new timer_class so the timer can still be stopped
data.kahio_update_timer_class(args[1], timer_class)
def send_standup(*args):
"""
Sends the standup message from the given u_id
Parameters:
args[0] (u_id(int)) : The u_id that standup will be sent from
args[1] (channel_id(int)) : The channel that the message will be sent to
"""
new_message_id = data.make_message_id()
new_message = {}
new_message["message"] = data.return_standup_message(args[1])
if new_message["message"] == "":
#If no message was added to the standup it will not print standup
return
new_message["u_id"] = args[0]
new_message["time_created"] = datetime.datetime.now().replace().timestamp()
new_message["message_id"] = new_message_id
new_message["is_pinned"] = False
new_message["reacts"] = [{"react_id": 1, "u_ids": []}]
data.add_message(new_message, args[1])
def test_add_message():
"""
Add_message always returns None, but we can test it
by checking if the number of messages changes after add_message is run.
"""
# Need user token so can't use user1 pytest fixture
user = auth.auth_register("*****@*****.**", "testing", "anew", "user")
chan1 = channels.channels_create(user["token"], "green", True)
assert data.get_message_num() == 0
fake_message = {
"message" : "Pretend this is legit",
"u_id" : user["u_id"],
"time_created" : datetime.datetime.now(),
"message_id" : data.make_message_id()
}
assert data.add_message(fake_message, chan1["channel_id"]) == None
assert data.get_message_num() == 1
other.clear()
def message_send(token, channel_id, message):
"""
Adds a new message to the messages in a channel
Parameters:
token(string): An authorisation hash
channel_id(int): The channel_id of the channel the message is being added too
message(string): The message of the message being added
Returns:
message_id(int): An identifier for the new message
"""
# Check that the token is valid
user_input_id = validation.check_valid_token(token)
# Check that the message is valid.
validation.valid_message(message)
# Check that the channel_id is valid
validation.check_valid_channel_id(channel_id)
# Check that user is in channel
validation.check_user_in_channel(user_input_id, channel_id)
new_message_id = data.make_message_id()
new_message = {}
new_message["message"] = message
new_message["u_id"] = user_input_id
new_message["time_created"] = datetime.datetime.now().replace().timestamp()
new_message["message_id"] = new_message_id
new_message["is_pinned"] = False
new_message["reacts"] = [{
"react_id": 1,
"u_ids": []
}, {
"react_id": 2,
"u_ids": []
}, {
"react_id": 3,
"u_ids": []
}, {
"react_id": 4,
"u_ids": []
}]
# Check if message is calling weather API
if validation.check_weather_call(message):
new_message['message'] = weather.get_weather(message)
# Check if message will start a hangman session
if validation.check_start_hangman(channel_id, message):
return hangman.start(user_input_id, channel_id, new_message,
new_message_id)
# Check if hangman is active and message is a guess
if validation.check_if_hangman(channel_id, message):
hangman.guess(user_input_id, channel_id, message)
# Check if hangman should stop (/hangman stop)
if validation.check_if_stop_message(message):
return hangman.stop(user_input_id, channel_id)
if message.startswith("/KAHIO/END"):
new_message["message"] = kahio.kahio_end(user_input_id, channel_id)
elif message.startswith("/KAHIO"):
new_message["message"] = kahio.start_kahio(user_input_id, channel_id,
message)
elif data.check_kahio_running(channel_id):
return kahio.kahio_guess(user_input_id, channel_id, new_message)
data.add_message(new_message, channel_id)
return {
"message_id": new_message_id,
}