litecord/litecord/blueprints/users.py

473 lines
13 KiB
Python

import random
from asyncpg import UniqueViolationError
from quart import Blueprint, jsonify, request, current_app as app
from ..auth import token_check
from ..errors import Forbidden, BadRequest
from ..schemas import validate, USER_SETTINGS, \
USER_UPDATE, GUILD_SETTINGS
from .guilds import guild_check
from .auth import check_password
from litecord.auth import hash_data, check_username_usage
bp = Blueprint('user', __name__)
@bp.route('/@me', methods=['GET'])
async def get_me():
"""Get the current user's information."""
user_id = await token_check()
user = await app.storage.get_user(user_id, True)
return jsonify(user)
@bp.route('/<int:target_id>', methods=['GET'])
async def get_other(target_id):
"""Get any user, given the user ID."""
user_id = await token_check()
bot = await app.db.fetchval("""
SELECT bot FROM users
WHERE users.id = $1
""", user_id)
if not bot:
raise Forbidden('Only bots can use this endpoint')
other = await app.storage.get_user(target_id)
return jsonify(other)
async def _try_reroll(user_id, preferred_username: str = None):
for _ in range(10):
reroll = str(random.randint(1, 9999))
if preferred_username:
existing_uid = await app.db.fetchrow("""
SELECT user_id
FROM users
WHERE preferred_username = $1 AND discriminator = $2
""", preferred_username, reroll)
if not existing_uid:
return reroll
continue
try:
await app.db.execute("""
UPDATE users
SET discriminator = $1
WHERE users.id = $2
""", reroll, user_id)
return reroll
except UniqueViolationError:
continue
return
async def _try_username_patch(user_id, new_username: str) -> str:
await check_username_usage(new_username)
discrim = None
try:
await app.db.execute("""
UPDATE users
SET username = $1
WHERE users.id = $2
""", new_username, user_id)
return await app.db.fetchval("""
SELECT discriminator
FROM users
WHERE users.id = $1
""", user_id)
except UniqueViolationError:
discrim = await _try_reroll(user_id, new_username)
if not discrim:
raise BadRequest('Unable to change username', {
'username': 'Too many people are with this username.'
})
await app.db.execute("""
UPDATE users
SET username = $1, discriminator = $2
WHERE users.id = $3
""", new_username, discrim, user_id)
return discrim
async def _try_discrim_patch(user_id, new_discrim: str):
try:
await app.db.execute("""
UPDATE users
SET discriminator = $1
WHERE id = $2
""", new_discrim, user_id)
except UniqueViolationError:
raise BadRequest('Invalid discriminator', {
'discriminator': 'Someone already used this discriminator.'
})
def to_update(j: dict, user: dict, field: str):
return field in j and j[field] and j[field] != user[field]
async def _check_pass(j, user):
if not j['password']:
raise BadRequest('password required', {
'password': 'password required'
})
phash = user['password_hash']
if not await check_password(phash, j['password']):
raise BadRequest('password incorrect', {
'password': 'password does not match.'
})
@bp.route('/@me', methods=['PATCH'])
async def patch_me():
"""Patch the current user's information."""
user_id = await token_check()
j = validate(await request.get_json(), USER_UPDATE)
user = await app.storage.get_user(user_id, True)
user['password_hash'] = await app.db.fetchval("""
SELECT password_hash
FROM users
WHERE id = $1
""", user_id)
if to_update(j, user, 'username'):
# this will take care of regenning a new discriminator
discrim = await _try_username_patch(user_id, j['username'])
user['username'] = j['username']
user['discriminator'] = discrim
if to_update(j, user, 'discriminator'):
# the API treats discriminators as integers,
# but I work with strings on the database.
new_discrim = str(j['discriminator'])
await _try_discrim_patch(user_id, new_discrim)
user['discriminator'] = new_discrim
if to_update(j, user, 'email'):
await _check_pass(j, user)
# TODO: reverify the new email?
await app.db.execute("""
UPDATE users
SET email = $1
WHERE id = $2
""", j['email'], user_id)
user['email'] = j['email']
if 'avatar' in j:
# TODO: update icon
pass
if 'new_password' in j and j['new_password']:
await _check_pass(j, user)
new_hash = await hash_data(j['new_password'])
await app.db.execute("""
UPDATE users
SET password_hash = $1
WHERE id = $2
""", new_hash, user_id)
user.pop('password_hash')
await app.dispatcher.dispatch_user(
user_id, 'USER_UPDATE', user)
public_user = await app.storage.get_user(user_id)
guild_ids = await app.storage.get_user_guilds(user_id)
friend_ids = await app.storage.get_friend_ids(user_id)
await app.dispatcher.dispatch_many(
'guild', guild_ids, 'USER_UPDATE', public_user
)
await app.dispatcher.dispatch_many(
'friend', friend_ids, 'USER_UPDATE', public_user
)
return jsonify(user)
@bp.route('/@me/guilds', methods=['GET'])
async def get_me_guilds():
"""Get partial user guilds."""
user_id = await token_check()
guild_ids = await app.storage.get_user_guilds(user_id)
partials = []
for guild_id in guild_ids:
partial = await app.db.fetchrow("""
SELECT id::text, name, icon, owner_id
FROM guilds
WHERE guilds.id = $1
""", guild_id)
partial = dict(partial)
# TODO: partial['permissions']
partial['owner'] = partial['owner_id'] == user_id
partial.pop('owner_id')
partials.append(partial)
return jsonify(partials)
@bp.route('/@me/guilds/<int:guild_id>', methods=['DELETE'])
async def leave_guild(guild_id: int):
user_id = await token_check()
await guild_check(user_id, guild_id)
await app.db.execute("""
DELETE FROM members
WHERE user_id = $1 AND guild_id = $2
""", user_id, guild_id)
# first dispatch guild delete to the user,
# then remove from the guild,
# then tell the others that the member was removed
await app.dispatcher.dispatch_user_guild(
user_id, guild_id, 'GUILD_DELETE', {
'id': str(guild_id),
'unavailable': False,
}
)
await app.dispatcher.unsub('guild', guild_id, user_id)
await app.dispatcher.dispatch_guild('GUILD_MEMBER_REMOVE', {
'guild_id': str(guild_id),
'user': await app.storage.get_user(user_id)
})
return '', 204
# @bp.route('/@me/connections', methods=['GET'])
async def get_connections():
pass
@bp.route('/@me/notes/<int:target_id>', methods=['PUT'])
async def put_note(target_id: int):
"""Put a note to a user."""
user_id = await token_check()
j = await request.get_json()
note = str(j['note'])
# UPSERTs are beautiful
await app.db.execute("""
INSERT INTO notes (user_id, target_id, note)
VALUES ($1, $2, $3)
ON CONFLICT ON CONSTRAINT notes_pkey
DO UPDATE SET
note = $3
WHERE notes.user_id = $1
AND notes.target_id = $2
""", user_id, target_id, note)
await app.dispatcher.dispatch_user(user_id, 'USER_NOTE_UPDATE', {
'id': str(target_id),
'note': note,
})
return '', 204
@bp.route('/@me/settings', methods=['GET'])
async def get_user_settings():
"""Get the current user's settings."""
user_id = await token_check()
settings = await app.storage.get_user_settings(user_id)
return jsonify(settings)
@bp.route('/@me/settings', methods=['PATCH'])
async def patch_current_settings():
"""Patch the users' current settings.
More information on what settings exist
is at Storage.get_user_settings and the schema.sql file.
"""
user_id = await token_check()
j = validate(await request.get_json(), USER_SETTINGS)
for key in j:
await app.db.execute(f"""
UPDATE user_settings
SET {key}=$1
WHERE id = $2
""", j[key], user_id)
settings = await app.storage.get_user_settings(user_id)
await app.dispatcher.dispatch_user(
user_id, 'USER_SETTINGS_UPDATE', settings)
return jsonify(settings)
@bp.route('/@me/consent', methods=['GET', 'POST'])
async def get_consent():
"""Always disable data collection.
Also takes any data collection changes
by the client and ignores them, as they
will always be false.
"""
return jsonify({
'usage_statistics': {
'consented': False,
},
'personalization': {
'consented': False,
}
})
@bp.route('/@me/harvest', methods=['GET'])
async def get_harvest():
"""Dummy route"""
return '', 204
@bp.route('/@me/activities/statistics/applications', methods=['GET'])
async def get_stats_applications():
"""Dummy route for info on gameplay time and such"""
return jsonify([])
@bp.route('/@me/library', methods=['GET'])
async def get_library():
"""Probably related to Discord Store?"""
return jsonify([])
@bp.route('/<int:peer_id>/profile', methods=['GET'])
async def get_profile(peer_id: int):
"""Get a user's profile."""
user_id = await token_check()
# TODO: check if they have any mutual guilds,
# and return empty profile if they don't.
peer = await app.storage.get_user(peer_id)
if not peer:
return '', 404
# actual premium status is determined by that
# column being NULL or not
peer_premium = await app.db.fetchval("""
SELECT premium_since
FROM users
WHERE id = $1
""", peer_id)
# this is a rad sql query
mutual_guilds = await app.db.fetch("""
SELECT guild_id FROM members WHERE user_id = $1
INTERSECT
SELECT guild_id FROM members WHERE user_id = $2
""", user_id, peer_id)
mutual_guilds = [r['guild_id'] for r in mutual_guilds]
mutual_res = []
# ascending sorting
for guild_id in sorted(mutual_guilds):
nick = await app.db.fetchval("""
SELECT nickname
FROM members
WHERE guild_id = $1 AND user_id = $2
""", guild_id, peer_id)
mutual_res.append({
'id': str(guild_id),
'nick': nick,
})
return jsonify({
'user': peer,
'connected_accounts': [],
'premium_since': peer_premium,
'mutual_guilds': mutual_res,
})
@bp.route('/@me/guilds/<int:guild_id>/settings', methods=['PATCH'])
async def patch_guild_settings(guild_id: int):
"""Update the users' guild settings for a given guild.
Guild settings are usually related to notifications.
"""
user_id = await token_check()
await guild_check(user_id, guild_id)
j = validate(await request.get_json(), GUILD_SETTINGS)
# querying the guild settings information before modifying
# will make sure they exist in the table.
await app.storage.get_guild_settings_one(user_id, guild_id)
for field in (k for k in j.keys() if k != 'channel_overrides'):
await app.db.execute(f"""
UPDATE guild_settings
SET {field} = $1
WHERE user_id = $2 AND guild_id = $3
""", j[field], user_id, guild_id)
chan_ids = await app.storage.get_channel_ids(guild_id)
for chandata in j.get('channel_overrides', {}).items():
chan_id, chan_overrides = chandata
chan_id = int(chan_id)
# ignore channels that aren't in the guild.
if chan_id not in chan_ids:
continue
for field in chan_overrides:
await app.db.execute(f"""
INSERT INTO guild_settings_channel_overrides
(user_id, guild_id, channel_id, {field})
VALUES
($1, $2, $3, $4)
ON CONFLICT
ON CONSTRAINT guild_settings_channel_overrides_pkey
DO
UPDATE
SET {field} = $4
WHERE guild_settings_channel_overrides.user_id = $1
AND guild_settings_channel_overrides.guild_id = $2
AND guild_settings_channel_overrides.channel_id = $3
""", user_id, guild_id, chan_id, chan_overrides[field])
settings = await app.storage.get_guild_settings_one(user_id, guild_id)
await app.dispatcher.dispatch_user(
user_id, 'USER_GUILD_SETTINGS_UPDATE', settings)
return jsonify(settings)