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6
util/__init__.py
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6
util/__init__.py
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#!/usr/bin/env python3.12
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import importlib
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from . import discord_helpers
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importlib.reload(discord_helpers)
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52
util/discord_helpers.py
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52
util/discord_helpers.py
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#!/usr/bin/env python3.12
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import re
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import discord
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from typing import Optional, Any
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"""
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Discord Helper Methods
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"""
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async def get_channel_by_name(bot: discord.Bot, channel: str,
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guild: int | None = None) -> Optional[Any]: # Optional[Any] used as pycord channel types can be ambigious
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"""
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Get Channel by Name
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Args:
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bot (discord.Bot)
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channel (str)
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guild (int|None)
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Returns:
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Optional[Any]
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"""
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channel: str = re.sub(r'^#', '', channel.strip())
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if not guild:
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return discord.utils.get(bot.get_all_channels(),
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name=channel)
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else:
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channels: list = bot.get_guild(guild).channels
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for _channel in channels:
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if _channel.name.lower() == channel.lower().strip():
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return _channel
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return
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async def send_message(bot: discord.Bot, channel: str,
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message: str, guild: int | None = None) -> None:
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"""
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Send Message to the provided channel. If guild is provided, will limit to channels within that guild to ensure the correct
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channel is selected. Useful in the event a channel exists in more than one guild that the bot resides in.
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Args:
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bot (discord.Bot)
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channel (str)
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message (str)
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guild (int|None)
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Returns:
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None
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"""
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if channel.isnumeric():
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channel: int = int(channel)
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_channel = bot.get_channel(channel)
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else:
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channel: str = re.sub(r'^#', '', channel.strip())
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_channel = await get_channel_by_name(bot=bot,
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channel=channel, guild=guild)
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await _channel.send(message)
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162
util/lovehate_db.py
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162
util/lovehate_db.py
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#!/usr/bin/env python3.12
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import os
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import logging
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from typing import Optional, LiteralString
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import aiosqlite as sqlite3
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from constructors import LoveHateException
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class DB:
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"""LoveHate DB Utility Class"""
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def __init__(self, bot) -> None:
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self.db_path: str|LiteralString = os.path.join("/usr/local/share",
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"sqlite_dbs", "lovehate.db")
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async def get_wholovehates(self, thing: str, loves: bool = False,
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hates: bool = False) -> list[tuple]|bool:
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"""
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Get a list of users who have professed their love OR hatred for <thing>
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Args:
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thing (str): The <thing> to check
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loves (bool): Are we looking for loves?
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hates (bool): ...or are we looking for hates?
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Returns:
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list[tuple]
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"""
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query: str = "SELECT display_name FROM lovehate WHERE thing LIKE ? AND flag = ?"
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params: tuple = tuple()
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flag: Optional[int] = None
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if hates and loves:
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raise LoveHateException("Both hates and loves may not be True")
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elif hates:
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flag: int = -1
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elif loves:
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flag: int = 1
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elif not hates and not loves:
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raise LoveHateException("Neither loves nor hates were requested")
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params: tuple = (thing, flag,)
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async with sqlite3.connect(self.db_path, timeout=2) as db_conn:
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async with await db_conn.execute(query, params) as db_cursor:
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result: list[tuple] = await db_cursor.fetchall()
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logging.debug("Result: %s", result)
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if not result:
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return False
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return result
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async def get_lovehates(self, loves: bool = False, hates: bool = False,
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user: str = None, thing: str = None) -> list[tuple]|bool:
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"""
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Get a list of either 1) what {user} loves/hates, or who loves/hates {thing}, depending on bools loves, hates
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Args:
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loves (bool): Are we looking for loves?
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hates (bool): ...OR are we looking for hates?
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user (Optional[str]): the user to query against
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thing (Optional[str]): ... OR the thing to query against
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Returns:
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list[tuple]|bool
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"""
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query: str = ""
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params: tuple = tuple()
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if not user and not thing:
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raise LoveHateException("Neither a <user> or <thing> was specified to query against")
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flag: Optional[int] = None
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if hates and loves:
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raise LoveHateException("Both hates and loves may not be True")
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elif hates:
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flag: int = -1
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elif loves:
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flag: int = 1
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elif not hates and not loves:
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raise LoveHateException("Neither loves nor hates were requested")
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if user:
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query: str = "SELECT thing FROM lovehate WHERE display_name LIKE ? AND flag == ?"
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params: tuple = (user, flag,)
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elif thing:
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query: str = "SELECT display_name FROM lovehate WHERE thing LIKE ? AND flag == ?"
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params: tuple = (thing, flag,)
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async with sqlite3.connect(self.db_path, timeout=2) as db_conn:
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async with await db_conn.execute(query, params) as db_cursor:
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result = await db_cursor.fetchall()
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if not result:
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return False
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return result
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async def check_existence(self, user: str, thing: str) -> Optional[int]:
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"""
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Determine whether a user is opinionated on a <thing>
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Args:
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user (str): The user to check
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thing (str): The thing to check if the user has an opinion on
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Returns:
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Optional[int]
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"""
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params = (user, thing,)
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async with sqlite3.connect(self.db_path, timeout=2) as db_conn:
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async with await db_conn.execute("SELECT id, flag FROM lovehate WHERE display_name LIKE ? AND thing LIKE ?", params) as db_cursor:
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result = await db_cursor.fetchone()
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if not result:
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return None
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(_, flag) = result
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return flag
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async def update(self, user: str, thing: str, flag: int) -> str:
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"""
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Updates the lovehate database, and returns an appropriate response
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Args:
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user (str): The user to update
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thing (str): The thing the user loves/hates/doesn't care about anymore
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flag (int): int representation of love (1), hate (-1), and dontcare (0)
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Returns:
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str
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"""
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if not flag in range(-1, 2):
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raise LoveHateException(f"Invalid flag {flag} specified, is this love (1), hate (-1), or dontcare? (0)")
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db_query: str = ""
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params: tuple = (user, thing,)
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already_opinionated: bool = await self.check_existence(user, thing)
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if already_opinionated:
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if flag == 0:
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db_query: str = "DELETE FROM lovehate WHERE display_name LIKE ? AND thing LIKE ?"
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else:
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loves_or_hates: str = "loves"
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if already_opinionated == -1:
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loves_or_hates: str = "hates"
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raise LoveHateException(f"But {user} already {loves_or_hates} {thing}...")
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else:
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match flag:
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case -1:
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db_query: str = "INSERT INTO lovehate(display_name, flag, thing) VALUES(?, -1, ?)"
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case 1:
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db_query: str = "INSERT INTO lovehate(display_name, flag, thing) VALUES(?, 1, ?)"
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case _:
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raise LoveHateException("Unknown error, default case matched")
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async with sqlite3.connect(self.db_path, timeout=2) as db_conn:
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async with await db_conn.execute(db_query, params) as db_cursor:
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await db_conn.commit()
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if db_cursor.rowcount != 1:
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raise LoveHateException(f"DB Error - RowCount: {db_cursor.rowcount} for INSERT query")
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match flag:
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case -1:
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return f"We're done here, {user} hates {thing}."
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case 0:
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return f"We're done here, {user} no longer cares one way or the other about {thing}."
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case 1:
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return f"We're done here, {user} loves {thing}."
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case _:
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raise LoveHateException("Unknown error, default case matched [2]")
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139
util/sing_util.py
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139
util/sing_util.py
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#!/usr/bin/env python3.12
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import logging
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import regex
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import aiohttp
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import textwrap
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import traceback
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from typing import Optional
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from discord import Activity
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class Utility:
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"""Sing Utility"""
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def __init__(self):
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self.api_url: str = "http://127.0.0.1:52111/lyric/search"
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self.api_src: str = "DISC-HAVOC"
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def parse_song_input(self, song: Optional[str] = None,
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activity: Optional[Activity] = None) -> bool|tuple:
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"""Parse Song (Sing Command) Input
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Args:
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song (Optional[str]): Song to search
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activity (Optional[discord.Activity]): Discord activity, used to attempt lookup if no song is provided
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Returns:
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bool|tuple
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"""
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logging.debug("Activity? %s", activity)
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try:
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if (not song or len(song) < 2) and not activity:
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# pylint: disable=superfluous-parens
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return False
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# pylint: enable=superfluous-parens
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if not song and activity:
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match activity.name.lower():
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case "codey toons" | "cider" | "sonixd":
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search_artist: str = " ".join(str(activity.state)\
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.strip().split(" ")[1:])
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search_artist: str = regex.sub(r"(\s{0,})(\[(spotify|tidal|sonixd|browser|yt music)])$", "",
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search_artist.strip(), flags=regex.IGNORECASE)
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search_song: str = str(activity.details)
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song: str = f"{search_artist} : {search_song}"
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case "tidal hi-fi":
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search_artist: str = str(activity.state)
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search_song: str = str(activity.details)
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song: str = f"{search_artist} : {search_song}"
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case "spotify":
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search_artist: str = str(activity.title)
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search_song: str = str(activity.artist)
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song: str = f"{search_artist} : {search_song}"
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case "serious.fm" | "cocks.fm" | "something":
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if not activity.details:
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song: str = str(activity.state)
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else:
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search_artist: str = str(activity.state)
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search_song: str = str(activity.details)
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song: str = f"{search_artist} : {search_song}"
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case _:
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return False # Unsupported activity detected
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search_split_by: str = ":" if not(song) or len(song.split(":")) > 1\
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else "-" # Support either : or - to separate artist/track
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search_artist: str = song.split(search_split_by)[0].strip()
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search_song: str = "".join(song.split(search_split_by)[1:]).strip()
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search_subsearch: Optional[str] = None
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if search_split_by == ":" and len(song.split(":")) > 2: # Support sub-search if : is used (per instructions)
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search_song: str = song.split(search_split_by)[1].strip() # Reduce search_song to only the 2nd split of : [the rest is meant to be lyric text]
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search_subsearch: str = "".join(song.split(search_split_by)[2:]) # Lyric text from split index 2 and beyond
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return (search_artist, search_song, search_subsearch)
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except:
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traceback.print_exc()
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return False
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async def lyric_search(self, artist: str, song: str,
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sub: Optional[str] = None) -> list[str]:
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"""
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Lyric Search
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Args:
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artist (str): Artist to search
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song (str): Song to search
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sub (Optional[str]): Lyrics for subsearch
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"""
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try:
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if not artist or not song:
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return ["FAIL! Artist/Song not provided"]
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search_obj: dict = {
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'a': artist.strip(),
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's': song.strip(),
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'extra': True,
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'src': self.api_src,
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}
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if len(song.strip()) < 1:
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search_obj.pop('a')
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search_obj.pop('s')
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search_obj['t'] = artist.strip() # Parse failed, try title without sep
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if sub and len(sub) >= 2:
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search_obj['sub'] = sub.strip()
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async with aiohttp.ClientSession() as session:
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async with await session.post(self.api_url,
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json=search_obj,
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timeout=aiohttp.ClientTimeout(connect=5, sock_read=10)) as request:
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request.raise_for_status()
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response: dict = await request.json()
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if response.get('err'):
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return [f"ERR: {response.get('errorText')}"]
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out_lyrics = regex.sub(r'<br>', '\u200B\n', response.get('lyrics'))
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response_obj: dict = {
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'artist': response.get('artist'),
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'song': response.get('song'),
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'lyrics': out_lyrics,
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'src': response.get('src'),
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'confidence': float(response.get('confidence')),
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'time': float(response.get('time')),
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}
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lyrics = response_obj.get('lyrics')
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response_obj['lyrics'] = textwrap.wrap(text=lyrics.strip(),
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width=4000, drop_whitespace=False,
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replace_whitespace=False, break_long_words=True,
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break_on_hyphens=True, max_lines=8)
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response_obj['lyrics_short'] = textwrap.wrap(text=lyrics.strip(),
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width=750, drop_whitespace=False,
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replace_whitespace=False, break_long_words=True,
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break_on_hyphens=True, max_lines=1)
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return [
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(
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response_obj.get('artist'), response_obj.get('song'), response_obj.get('src'),
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f"{int(response_obj.get('confidence'))}%",
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f"{response_obj.get('time', -666.0):.4f}s",
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),
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response_obj.get('lyrics'),
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response_obj.get('lyrics_short'),
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]
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except Exception as e:
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traceback.print_exc()
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return [f"Retrieval failed: {str(e)}"]
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