399 lines
15 KiB
Python
399 lines
15 KiB
Python
"""
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Contains various utlity functions for highscores bot
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"""
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import json
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import time
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import nextcord
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import pandas as pd
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from sqlalchemy import distinct, select
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from sqlalchemy.orm import Session, aliased
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# pylint: disable=import-error
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from utilities.sql_data_classes import Category, CategoryGroup, Guild, Score, engine
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MAX_LINE_LENGTH = 142
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def autofill_categories(guild_id: int, group_id: int, category_begin: str) -> "dict[str, str]":
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"""
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Returns all category names that start with category_begin.
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If category_begin is empty, returns list of all category names.
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Args:
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guild_id (int): Guild id that holds the group and categories.
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group_id (int): Group id to search in.
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category_begin (str): The beginning of a category name to search with. Can be empty.
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Returns:
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dict[str, str]: List of all category names that start with category_begin.
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"""
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with Session(engine) as session:
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# search database for all category names
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subq = (
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select(CategoryGroup)
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.where(CategoryGroup.GuildId == guild_id)
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.where(CategoryGroup.GroupId == group_id)
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.subquery()
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)
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cat_group_alias = aliased(CategoryGroup, subq)
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stmt = select(Category).where(Category.GroupId == cat_group_alias.GroupId)
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categories_dict: dict = {cat.CategoryName: str(cat.CategoryId) for cat in session.scalars(stmt)}
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# if string empty, return all category names
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if not category_begin:
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return categories_dict
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# else find all categories that start with category_begin
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# TODO is it better to have sql handle the starts with or python?
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categories: dict = {
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cat_name: cat_id for cat_name, cat_id in categories_dict.items() if category_begin.lower() in cat_name.lower()
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}
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return categories
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def autofill_groups(guild_id: int, group_begin: str) -> "dict[str, str]":
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"""
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Returns all group names that start with group_begin. If group_begin is empty, returns list of all group names.
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Args:
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guild_id (int): Guild id that holds the groups.
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group_begin (str): The beginning of a group name to search with. Can be empty.
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Returns:
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dict[str, str]: Dict of group names and ids where group name start with group_begin. Key is name, value is id.
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"""
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with Session(engine) as session:
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# Select all groups in guild.
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stmt = select(CategoryGroup).where(CategoryGroup.GuildId == guild_id)
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# dict has to have key values of same type for discord.
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group_dict: dict = {group.GroupName: str(group.GroupId) for group in session.scalars(stmt)}
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# if string empty, return all group names
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if not group_begin:
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return group_dict
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# else find all groups that start with group_begin
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groups: dict = {
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group_name: group_id for group_name, group_id in group_dict.items() if group_begin.lower() in group_name.lower()
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}
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return groups
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def autofill_users_in_group_category(guild_id: int, group_id: int, category_id: int, user_begin: str) -> "list[str]":
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"""
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Returns list of users that match user_begin. Either all users in group or just users in category if category is
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not None. Might be expensive due to unioning all users in group.
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Args:
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guild_id (int): Guild id corresponding to group and category.
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group_id (str): group to look in for category.
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category_id (str): Category to look in for users. Can be None if not looking for category.
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user_begin (str): Beginning of user name to search with. Can be empty.
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Returns:
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list[str]: List of users that start with user_begin.
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"""
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with Session(engine) as session:
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# get all categories in the group
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subq = (
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select(CategoryGroup)
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.where(CategoryGroup.GuildId == guild_id)
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.where(CategoryGroup.GroupId == group_id)
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.subquery()
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)
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category_group = aliased(CategoryGroup, subq)
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# If no category id, get all users in group.
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if category_id == 0:
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subq = select(Category.CategoryId).where(Category.GroupId == category_group.GroupId)
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stmt = select(distinct(Score.UserName)).where(Score.CategoryId.in_(subq))
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else:
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# get all users in category_id
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subq = (
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select(Category)
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.where(Category.GroupId == category_group.GroupId)
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.where(Category.CategoryId == category_id)
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.subquery()
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)
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category = aliased(Category, subq)
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stmt = select(distinct(Score.UserName)).where(Score.CategoryId == category.CategoryId)
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users_list: "list[str]" = list(session.scalars(stmt))
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# if string empty, return all users
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if not user_begin:
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return users_list
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# else find all users that start with user_begin
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users = [user for user in users_list if user_begin.lower() in user.lower()]
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return users
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def autofill_users_in_guild(guild_id: int, user_begin: str) -> "list[str]":
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"""
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Obtains and returns a list of all the users who have submitted to the guild's highscores.
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Args:
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guild_id (int): Id of the guild.
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user_begin (str): Beginning of user name to search with. Can be empty.
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Returns:
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list[str]: All users with submissions in the guild.
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"""
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with Session(engine) as session:
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group_ids = select(CategoryGroup.GroupId).where(CategoryGroup.GuildId == guild_id)
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category_ids = select(Category.CategoryId).where(Category.GroupId.in_(group_ids))
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stmt = select(distinct(Score.UserName)).where(Score.CategoryId.in_(category_ids))
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users_list: "list[str]" = list(session.scalars(stmt))
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# if string empty, return all users
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if not user_begin:
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return users_list
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# else find all users that start with user_begin
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users = [user for user in users_list if user_begin.lower() in user.lower()]
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return users
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def format_highscore_message(session: Session, group: CategoryGroup) -> str:
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"""
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Creates a formatted string for a boss's highscore discord message.
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This formatted string is in discord's code block to ensure monospace text.
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Loops through each category to build the message one place at a time.
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Args:
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session (Session): the sqlalchemy session used for this function call.
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group (CategoryGroup): group object that contains the contents of the message.
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Returns:
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str: Formatted string for discord message
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"""
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ret_string = f"**{group.GroupName}**\n```"
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stmt = select(Guild).where(Guild.GuildId == group.GuildId)
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# Get all categories in the group
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subq = (
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select(CategoryGroup)
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.where(CategoryGroup.GuildId == group.GuildId)
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.where(CategoryGroup.GroupName == group.GroupName)
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.subquery()
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)
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cat_group_alias = aliased(CategoryGroup, subq)
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stmt = select(Category).where(Category.GroupId == cat_group_alias.GroupId)
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# set up a map for the categories
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# also grab the max category size
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categories = []
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category_ids = []
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max_cat_size: int = 0
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pad_length = group.PadLength
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for cat in session.scalars(stmt):
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if cat.Size > max_cat_size:
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max_cat_size = cat.Size
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categories.append(cat)
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category_ids.append(cat.CategoryId)
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# get all scores in category group, load into data frame.
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d_f = pd.read_sql_query(sql=session.query(Score).where(Score.CategoryId.in_(category_ids)).statement, con=engine)
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# this list is what will be printed in the discord message
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# first string will be category list, others will be score printouts
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str_list: "list[str]" = ["" for i in range(max_cat_size + 1)]
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groups_df = d_f.groupby("CategoryId")
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# TODO figure out how to have less nests.
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for category in categories:
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# category name string
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str_list[0] += f"{category.CategoryName}".ljust(pad_length, " ")
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# ensure there is data to print
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if category.CategoryId in groups_df.indices:
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group_df = groups_df.get_group(category.CategoryId)
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# process data. Want each group sorted correctly and only top X results
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processed_group = (
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group_df.sort_values("Score", ascending=category.IsAscending).head(category.Size).reset_index()
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)
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# add each score to list
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for ind in range(max_cat_size): # need to subtract to deal with category name string
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if ind in processed_group.index:
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user_length = group.UsernameLength
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username = processed_group["UserName"][ind][:user_length].ljust(user_length, " ")
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# get score, pad to correct length
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if category.IsTimeRecord:
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# MM:SS.ms is 7 characters long
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# if there are single digit minutes, add a space for formatting.
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score = get_time_str(processed_group["Score"][ind])
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if score.find(":") and len(score.split(":", maxsplit=1)[0]) < 2:
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score = " " + score
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else:
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score = str(int(processed_group["Score"][ind])).rjust(7, " ")
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str_list[ind + 1] += f"{ind + 1}: {username} - {score}".ljust(pad_length, " ")
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else:
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# if not enough entries, pad out
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if ind + 1 <= category.Size:
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str_list[ind + 1] += f"{ind + 1}: ".ljust(pad_length, " ")
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else:
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str_list[ind + 1] += "".ljust(pad_length, " ")
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else:
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for ind in range(max_cat_size):
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if ind + 1 <= category.Size:
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str_list[ind + 1] += f"{ind + 1}: ".ljust(pad_length, " ")
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else:
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str_list[ind + 1] += "".ljust(pad_length, " ")
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# next step is to cut down on the length of each line if required
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# need to use index to allow for modifying the list
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for ind, line in enumerate(str_list):
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if len(line) > MAX_LINE_LENGTH:
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split_loc = int(MAX_LINE_LENGTH / pad_length) * pad_length
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new_line = line[split_loc:]
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str_list[ind] = line[:split_loc]
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str_list.append(new_line)
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# this list can now be placed into the format message function in the bot
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for ind, string in enumerate(str_list):
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# rstrip to clear unneeded spaces
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# add newline here for each string
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ret_string += string.rstrip() + "\n"
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# add extra newline at category split unless there is already a space.
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if ((ind + 1) % (max_cat_size + 1)) == 0:
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# checking inside the other if to ensure called as little as possible.
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if not ret_string.endswith("\n\n"):
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ret_string += "\n"
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return ret_string + "```"
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def get_time_str(time_in: float) -> str:
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"""
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Formats a float value into the desired string format for a timestamp.
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Args:
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time_in (float): A time record in seconds
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Returns:
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str: Describes the time record in string format.
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"""
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# TODO see if theres a better way to do this
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milliseconds = round((time_in - int(time_in)) * 10)
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return time.strftime(f"%-M:%S.{milliseconds}", time.gmtime(time_in))
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async def send_highscore_message(session: Session, guild: nextcord.Guild, group: CategoryGroup) -> nextcord.Message:
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"""
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Function takes care of checking if a message exists for a group.
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Creates and sends/edits the message.
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Args:
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session (Session): The sqlalchemy session being used for this function call.
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guild (nextcord.Guild): the nextcord.Guild object requesting this message.
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group (CategoryGroup): group to post to the message.
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Returns:
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nextcord.Message: Message object that was posted with group contents.
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"""
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highscore_string = format_highscore_message(session, group)
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channel = guild.get_channel(group.ChannelId)
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try:
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message: nextcord.Message = await channel.fetch_message(group.MessageId)
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await message.edit(content=highscore_string)
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except nextcord.NotFound:
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# message doesn't exist.
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message: nextcord.Message = await channel.send(highscore_string)
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group.MessageId = message.id
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session.commit()
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return message
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async def submit_score(
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interaction: nextcord.Interaction, group_id: int, category_id: int, username: str, score: str
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) -> None:
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"""
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Adds passed score to group. Then updates group message by calling send_highscore_message.
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Ensures that a highscores channel exists.
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Args:
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interaction (nextcord.Interaction): Interaction that caused the score submission.
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group (CategoryGroup): group to submit score to.
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category_id (Category): Category to submit score to.
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username (str): The user who submitted the score.
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score (str): Score to submit. Need to convert to correct type.
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"""
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with Session(engine) as session:
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stmt = select(Category.IsTimeRecord).where(Category.CategoryId == category_id)
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is_time_record = session.scalar(stmt)
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if is_time_record:
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minutes = float(score.split(":", maxsplit=1)[0])
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seconds = float(score.split(":", maxsplit=1)[1])
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score = (minutes * 60) + seconds
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else:
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score = float(score)
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stmt = select(Score).where(Score.UserName == username).where(Score.CategoryId == category_id)
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existing_score = session.scalar(stmt)
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if existing_score:
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existing_score.Score = score
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else:
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score_obj = Score(UserName=username, Score=score, CategoryId=category_id)
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session.add(score_obj)
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session.commit()
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stmt = select(CategoryGroup).where(CategoryGroup.GroupId == group_id)
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group = session.scalar(stmt)
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await send_highscore_message(session, interaction.guild, group)
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def add_preset_configuration(guild_id: int, config_str: str) -> None:
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"""
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Adds an example configuration to a Guild. Uses guild id to know which guild and
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config name to open a file in example_config.
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Args:
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guild_id (int): Guild id to add config to
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config_str (str): Config name to add
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"""
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with Session(engine) as session:
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with open(f"example_config/{config_str}.json", encoding="utf-8", mode="r") as file:
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config = json.load(file)
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for group_name, categorys in config["tables"].items():
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group_obj = CategoryGroup(GroupName=group_name, GuildId=guild_id)
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session.add(group_obj)
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for category_name in categorys:
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cat_obj = Category(
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CategoryName=category_name,
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Size=config["table_size"],
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IsTimeRecord=config["categories"][category_name]["is_time_record"],
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IsAscending=config["categories"][category_name]["ascending"],
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)
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session.add(cat_obj)
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session.commit()
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