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import asyncio
from .db import *
from .events import Events
from .constants import Constants
class ResponseLogic:
@staticmethod
async def create_response(
text: str, name: str, chat_id: int, language_code: str
) -> str:
# Edge case check for "add\nSentence"
line_split_text = text.split("\n")
line_split_first_word = line_split_text[0]
split_text = text.split(" ")
first_word = split_text[0]
user = UserCreate(
name=name,
telegram_chat_id=chat_id,
)
if ResponseLogic.check_command_type(
first_word, "add"
) or ResponseLogic.check_command_type(line_split_first_word, "add"):
if ResponseLogic.check_command_type(line_split_first_word, "add"):
memory = "\n".join(split_text[1:])
else:
memory = " ".join(split_text[1:])
if str.isspace(memory) or memory == "":
return Constants.Add.no_sentence(name, language_code)
else:
reminder = add_memory(user, memory)
if reminder is None:
return Constants.Common.inactive_user(name, language_code)
elif reminder is False:
return Constants.Add.already_added(name, language_code)
else:
memory = reminder.reminder
return Constants.Add.success(name, language_code, memory)
elif ResponseLogic.check_command_type(first_word, "start"):
user = join_user(user)
await Events.send_a_message_to_user(chat_id, Constants.hello)
return Constants.Start.start_message(name, language_code)
elif ResponseLogic.check_command_type(first_word, "help"):
message = Constants.Help.help_message(name, language_code)
return message
elif ResponseLogic.check_command_type(first_word, "join"):
user = join_user(user)
if user is not None:
return Constants.Join.successful_join(name, language_code)
else:
return Constants.Join.already_joined(name, language_code)
elif ResponseLogic.check_command_type(first_word, "leave"):
user = leave_user(user)
if user is not None and user.telegram_chat_id == chat_id:
return Constants.Leave.successful_leave(name, language_code)
else:
return Constants.Leave.already_left(name, language_code)
elif ResponseLogic.check_command_type(first_word, "send"):
if len(split_text) == 1: # send
memory = select_random_memory(user)
if memory is None:
return Constants.Common.inactive_user(name, language_code)
elif memory is False:
return Constants.Common.no_memory_found(name, language_code)
else:
return memory.reminder
else: # send number
try:
number_of_sending = int(split_text[1])
if not (1 <= number_of_sending < 50):
return Constants.Send.send_count_out_of_bound(
name, language_code
)
except:
return Constants.Send.send_count_out_of_bound(name, language_code)
all_memories = list_memories(user)
if len(all_memories) == 0:
return Constants.Common.no_memory_found(name, language_code)
send_count = min(len(all_memories), number_of_sending)
selected_memories = random.sample(all_memories, send_count)
for memory in selected_memories: # Send the memories in background
asyncio.create_task(
Events.send_a_message_to_user(
user.telegram_chat_id, memory.reminder
)
)
return ""
elif ResponseLogic.check_command_type(first_word, "list"):
memories = list_memories(user)
memory_count = len(memories)
if memories is None:
return Constants.Common.inactive_user(name, language_code)
elif memory_count == 0:
return Constants.Common.no_memory_found(name, language_code)
else:
background_message_list = []
for message_id, reminder in enumerate(memories):
background_message_list.append(
f"\n{message_id}: {reminder.reminder}"
)
asyncio.create_task(
Events.send_message_list_at_background(
telegram_chat_id=chat_id, message_list=background_message_list
)
)
response_message = Constants.List.list_messages(
name, memory_count, language_code
)
return response_message
elif ResponseLogic.check_command_type(first_word, "delete"):
if len(split_text) < 2:
return Constants.Delete.no_id(name, language_code)
else:
try:
memory_id = int(split_text[1])
if memory_id < 0:
return Constants.Delete.no_id(name, language_code)
else:
response = delete_memory(user, memory_id)
if response is None:
return Constants.Common.inactive_user(name, language_code)
elif response is False:
return Constants.Delete.no_id(name, language_code)
else:
memory = response
return Constants.Delete.success(name, language_code, memory)
except Exception as ex:
return Constants.Delete.no_id(name, language_code)
elif ResponseLogic.check_command_type(first_word, "schedule"):
if len(split_text) == 1:
schedule = get_schedule(user)
if schedule is None:
return Constants.Common.inactive_user(name, language_code)
elif schedule == "":
return Constants.Schedule.empty_schedule(name, language_code)
else:
return Constants.Schedule.success(name, language_code, schedule)
elif len(split_text) > 1:
if split_text[1] == "reset":
new_schedule = reset_schedule(user)
if new_schedule is None:
return Constants.Common.inactive_user(name, language_code)
else:
return Constants.Schedule.success(
name, language_code, new_schedule
)
elif split_text[1] == "add":
str_numbers = []
preceding_text = " ".join(split_text[2:])
if str.isspace(preceding_text) or preceding_text == "":
return Constants.Schedule.no_number_found(name, language_code)
number_check = True
try:
for str_number in split_text[2:]:
number = int(str_number)
str_numbers.append(number)
if not (0 <= number <= 23):
number_check = False
break
except:
return Constants.Schedule.add_incorrect_number_input(
name, language_code
)
if not number_check:
return Constants.Schedule.add_incorrect_number_input(
name, language_code
)
else:
new_schedule = add_hours_to_the_schedule(user, str_numbers)
if new_schedule is None:
return Constants.Common.inactive_user(name, language_code)
else:
return Constants.Schedule.success(
name, language_code, new_schedule
)
elif split_text[1] == "remove":
preceding_text = " ".join(split_text[2:])
number_check = True
if str.isspace(preceding_text) or preceding_text == "":
return Constants.Schedule.remove_incorrect_number_input(
name, language_code
)
else:
try:
str_number = split_text[2]
number = int(str_number)
if not (0 <= number <= 23):
number_check = False
except:
return Constants.Schedule.remove_incorrect_number_input(
name, language_code
)
if not number_check:
return Constants.Schedule.remove_incorrect_number_input(
name, language_code
)
else:
new_schedule = remove_hour_from_schedule(
user, int(str_number)
)
if new_schedule is None:
return Constants.Common.inactive_user(
name, language_code
)
else:
return Constants.Schedule.success(
name, language_code, new_schedule
)
else:
return Constants.Schedule.unknown_command(name, language_code)
elif ResponseLogic.check_command_type(first_word, "gmt"):
try:
gmt = int(split_text[1])
except Exception as ex:
return Constants.Gmt.incorrect_timezone(name, language_code)
if not (-12 <= gmt <= 12):
return Constants.Gmt.incorrect_timezone(name, language_code)
else:
user = update_gmt(user, gmt)
if user is None:
return Constants.Common.inactive_user(name, language_code)
else:
return Constants.Gmt.success(name, language_code, user.gmt)
elif ResponseLogic.check_command_type(first_word, "broadcast"):
if not chat_id == Constants.BROADCAST_CHAT_ID:
return Constants.Broadcast.no_right(name, language_code)
else:
normalized_text = " ".join(split_text[1:])
if str.isspace(normalized_text) or normalized_text == "":
return Constants.Broadcast.no_sentence_found(name, language_code)
else:
await Events.broadcast_message(normalized_text)
return Constants.Broadcast.success(name, language_code)
elif ResponseLogic.check_command_type(first_word, "status"):
gmt, active = get_user_status(chat_id)
if gmt is None:
return Constants.Common.inactive_user(name, language_code)
else:
schedule = get_schedule(user)
memory_count = len(list_memories(user))
return Constants.Status.get_status(
name, language_code, gmt, active, schedule, memory_count
)
elif ResponseLogic.check_command_type(first_word, "feedback"):
message = " ".join(split_text[1:])
message_with_user_information = (
message + f"\nFrom the user: *{name}* \nchat id: *{chat_id}*"
)
if str.isspace(message) or message == "":
return Constants.Feedback.no_message(name, language_code)
else:
success = await Events.send_a_message_to_user(
Constants.FEEDBACK_FORWARD_CHAT_ID, message_with_user_information
)
if success:
return Constants.Feedback.success(name, language_code, message)
else:
return Constants.Feedback.fail(name, language_code)
elif ResponseLogic.check_command_type(first_word, "deletelast"):
response = delete_last_memory(user)
if response is None:
return Constants.Common.inactive_user(name, language_code)
elif response is False:
return Constants.Common.no_memory_found(name, language_code)
else:
return Constants.Delete.success(name, language_code, response)
elif ResponseLogic.check_command_type(first_word, "support"):
return Constants.Support.support(name, language_code)
elif ResponseLogic.check_command_type(first_word, "tutorial1"):
return Constants.Tutorial.tutorial_1(name, language_code)
elif ResponseLogic.check_command_type(first_word, "tutorial2"):
return Constants.Tutorial.tutorial_2(name, language_code)
elif ResponseLogic.check_command_type(first_word, "tutorial3"):
return Constants.Tutorial.tutorial_3(name, language_code)
else:
return Constants.Common.unknown_command(name, language_code)
@staticmethod
def check_command_type(input_command: str, correct_command: str) -> bool:
"""
Checks the first word of the command, which starts the decision tree.
Args:
input_command:
correct_command:
Returns: bool
"""
input_command = input_command.lower()
if (
input_command == correct_command
or input_command == f"/{correct_command}"
or input_command == f"/{correct_command}@memory_vault_bot"
):
return True
else:
return False
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