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How to use list_roles method in tempest

Best Python code snippet using tempest_python

similarity_by_role.py

Source:similarity_by_role.py

1from datetime import datetime2import pandas as pd3from itertools import combinations4from helpers import extract_players_with_role, transpose_features5from helpers_similarity import compute_max_distance, compute_relative_similarity6# load data7players = pd.read_csv("data/players_post_corr.csv")8scl_ftrs = pd.read_csv("data/scaled_features_post_corr.csv")9list_roles = players['Pos'].unique()10# keep only 1 roles (for now)11list_roles = [role for role in list_roles if not ("-" in role)]12# overall complementarity13df_overall = pd.read_csv("output_data/ovrl_distances.csv")14# transpose features15t_scl_ftrs = transpose_features(scl_ftrs)16# computation last about 5 seconds17list_players = [extract_players_with_role(players, elem) for elem in list_roles]18# use a dictionary to recognize list of which roles19dict_players_roles = dict(zip(list_roles, list_players))20# compute max distances per role21dict_max_distance = dict(zip(list_roles, [compute_max_distance(t_scl_ftrs, elem) for elem in dict_players_roles.values()]))22# compute combination for every role23comb_roles_players_values = [list(combinations(elem, 2)) for elem in dict_players_roles.values()]24# create dataframe of combinations per every role25dict_comb_roles_players = dict(zip(list_roles, [pd.DataFrame(elem, columns=['Player1', 'Player2']) for elem in comb_roles_players_values]))26# for every role, com27for role in dict_comb_roles_players.keys():28    dict_comb_roles_players[role]['similarity'] = list(29        map(lambda x, y: compute_relative_similarity(30            t_scl_ftrs,31            x,32            y,33            dict_max_distance[role]),34            dict_comb_roles_players[role]['Player1'],35            dict_comb_roles_players[role]['Player2']))36    dict_comb_roles_players[role]['complementarity'] = 1 - dict_comb_roles_players[role]['similarity']37# add role to every dataframe and concatenate38for role in dict_comb_roles_players.keys():39    dict_comb_roles_players[role].insert(0, 'Pos', [role]*len(dict_comb_roles_players[role]))40df_by_roles = pd.concat(dict_comb_roles_players.values())41# add_overall complementarity ###42# change column name of overall_df43df_overall.rename(columns={'similarity': 'similarity_ov', 'complementarity': 'complementarity_ov'}, inplace=True)44# merge by role and overall45df_by_roles_overall = df_by_roles.merge(df_overall, how='left', on=['Player1', 'Player2'])46# add column of delta between two method47df_by_roles_overall['delta_sim'] = df_by_roles_overall['similarity_ov'] - df_by_roles_overall['similarity']48df_by_roles_overall['delta_com'] = df_by_roles_overall['complementarity'] - df_by_roles_overall['complementarity_ov']49# save output to csv...

rolemanager.py

Source:rolemanager.py

1# coding: utf-82import argparse3import os4from discord.ext import commands5from base import BaseCog, Parser6# Discord roles allowed to be granted to users7DISCORD_ROLES = os.environ.get('DISCORD_ROLES')8class RoleManager(BaseCog):9    """10    Role manager bot11    """12    @commands.command(name='roles')13    @commands.guild_only()14    async def _roles(self, ctx, *args):15        """16        Permet de s'attribuer un ou plusieurs rÃ´les.17        Usage : `!roles <role> [<role> ...]`18        """19        if ctx.channel and hasattr(ctx.channel, 'name'):20            await ctx.message.delete()21        user = await self.get_user(ctx.author)22        # Get roles23        list_roles = [r.split("=") for r in DISCORD_ROLES.split(",")] if DISCORD_ROLES else []24        help_roles = ",\n".join(f"- {rolename} ({shortcut})" for (shortcut, rolename) in list_roles)25        # Argument parser26        parser = Parser(27            prog=f'{ctx.prefix}{ctx.command.name}',28            description="Permet de s'attribuer un ou plusieurs rÃ´les.",29            epilog=f"RÃ´les disponibles :\n{help_roles}",30            formatter_class=argparse.RawTextHelpFormatter)31        parser.add_argument('roles', metavar='role', type=str, nargs='*', help="RÃ´le")32        args = parser.parse_args(args)33        if parser.message:34            await ctx.author.send(f"```{parser.message}```")35            return36        # Collect all allowed roles37        roles = {}38        for role in ctx.guild.roles:39            for shortcut, rolename in list_roles:40                if role.name.lower() == rolename.lower():41                    roles[shortcut] = role42        # Collect selected roles43        new_roles = []44        selected_roles = map(str.lower, args.roles)45        for shortcut, role in roles.items():46            if shortcut.lower() in selected_roles:47                new_roles.append(role)48            elif role.name.lower() in selected_roles:49                new_roles.append(role)50        if not new_roles:51            help_roles = ", ".join(f"**{rolename}** ({shortcut})" for (shortcut, rolename) in list_roles)52            await ctx.author.send(f":warning:  Vous devez sÃ©lectionner un ou plusieurs rÃ´les parmi : {help_roles}")53            return54        # Clear roles55        old_roles = list(roles.values())56        await ctx.author.remove_roles(*old_roles)57        # Add roles58        await ctx.author.add_roles(*new_roles)59        role_names = ', '.join(role.name for role in new_roles)...

test_user.py

Source:test_user.py

...33    user.set_password('')34    assert not user.check_password('')35def test_user_role():36    user = User('paper')37    assert user.list_roles() == []38    user.add_role('ADMIN')39    assert user.list_roles() == ['ADMIN']40    user.del_role('ADMIN')41    assert user.list_roles() == []42    # add twice to confirm set-ness43    user.add_role('ADMIN')44    user.add_role('ADMIN')...

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