def get_players(self, nick_like):
if nick_like == 'several':
return None, [
Player(nick='several1', phone='732422322'),
Player(nick='several2', phone='732422323'),
Player(nick='several3', phone='732422324')
]
return None, []
def player(self, name=None, phone=None, name_like=None):
like = []
for n in known_players:
if name is not None and n == name:
return [Player(nick=n, phone='79000000')]
if name_like is not None and n.startswith(name_like):
like.append(Player(nick=n, phone='79000000'))
return like
async def load_top_players(offset, count):
res = await db.execute(Search.sql_load_top_players(offset, count))
players = []
for record in res:
player_id, nick, phone, value, accuracy = record
p = Player(player_id=player_id, nick=nick, phone=phone)
p.set_rating(Rating(value, accuracy))
players.append(p)
return players
async def post_nick(self, args: typing.Dict):
logger.debug(f'post_nick {args}')
request = valid_request_from_dict(AddNickRequest, args)
if await self._search.load_player_by_nick(request.nick) is not None:
raise RuntimeError(f'Player already exists: {request.nick}')
p = Player(nick=request.nick, phone=request.phone)
p.set_rating(self.ranking.initial_rating())
await self._manage.save_player(p)
return p.as_dict()
def test_add_4_known_players_and_set_scores():
s = Session(backend=EmptyBackend(), text=Texts())
for i in (('game', ''), ('game_player_confirm',
Player(nick='exists', phone='7823431')),
('game_player_confirm', Player(nick='exists', phone='7823432')),
('game_player_confirm', Player(nick='exists', phone='7823433')),
('game_player_confirm',
Player(nick='exists', phone='7823434')), ('', 'not a number'),
('', '14'), ('', '15'), ('', '-1'), ('', '14'), ('', '13')):
s.process_command(command=i[0],
user_input=i[1],
processing_message=sample_message)
async def load_player_by_id(player_id):
res = await db.execute(Search.sql_load_player_by_id(player_id))
if len(res) == 0:
logger.debug('load_player_by_nick None')
return None
player_id, nick, phone = res[0]
p = Player(player_id=player_id, nick=nick, phone=phone)
res = await db.execute(Search.sql_ratings(player_id))
if len(res) > 0:
p.set_rating(Rating(value=res[0][1], accuracy=res[0][2]))
logger.debug(f'load_player_by_id {p}')
return p
async def load_players_nick_like(nick):
res = await db.execute(Search.sql_load_players_nick_like(nick))
players = []
for record in res:
player_id, nick, phone = record
p = Player(player_id=player_id, nick=nick, phone=phone)
res = await db.execute(Search.sql_ratings(player_id))
if len(res) > 0:
p.set_rating(Rating(value=res[0][1], accuracy=res[0][2]))
players.append(p)
logger.debug(f'load_players_nick_like {players}')
return players
def get_player(self, nick=None, phone=None):
if nick == 'exists':
return None, Player(nick=nick, phone=phone, rating=defaultRating)
else:
return {
'error': f'Player not found: {nick}',
'error_type': 'negative response'
}, None
def test_send_contact_1_unknown_player():
s = Session(backend=EmptyBackend(), text=Texts())
for i in (('game', ''), ('game_player_confirm',
Player(nick='notexists', phone='7823435'))):
s.process_command(command=i[0],
user_input=i[1],
processing_message=sample_message)
def test_add_1_known_and_1_unknown_player():
s = Session(backend=EmptyBackend(), text=Texts())
for i in (('game', ''), ('game_player_confirm',
Player(nick='exists',
phone='7823434')), ('', 'unknown player'),
('game_new_player_phone', '79126632745')):
s.process_command(command=i[0],
user_input=i[1],
processing_message=sample_message)
def check_adding_player(self, user_input, processing_message=None):
logger.debug('check_adding_player')
if type(user_input) == Player:
return (0, user_input)
err, player = self.backend.get_player(nick=user_input)
self._check_error_is_fatal(err, processing_message)
if player is not None:
return (0, player)
else:
return (1, Player(nick=user_input, phone=None))
def test_show_contacts():
m = inline_query_text
r = TelegramInteraction.parse_message(message=m, bot_name=bot_name)
ti = TelegramInteraction()
rsp = ti.show_contacts(
as_reply=r.ids,
contacts=[
Player(nick='Jonny', phone='7123433'),
Player(nick='B', phone='7123431'),
Player(nick='Goode', phone='7123438')
]
)
assert rsp == TelegramOutMessage(
method='answerInlineQuery',
body={
'inline_query_id': r.ids.inline_query_id,
'results': json.dumps([{
'type': 'contact',
'id': '0',
'phone_number': '7123433',
'first_name': 'Jonny'
},{
'type': 'contact',
'id': '1',
'phone_number': '7123431',
'first_name': 'B'
},{
'type': 'contact',
'id': '2',
'phone_number': '7123438',
'first_name': 'Goode'
}])
}
)
def test_parse_message_contact():
m = message_contact
r = TelegramInteraction.parse_message(message=m, bot_name=bot_name)
assert r.ids.user_id == m['message']['from']['id']
assert r.ids.message_id == m['message']['message_id']
assert r.ids.inline_query_id is None
assert r.ids.chat_id == m['message']['chat']['id']
assert r.kind == 'message'
assert r.command is None
assert r.input.equal(
Player(
nick=m['message']['contact']['first_name'],
phone=m['message']['contact']['phone_number']
)
)
async def test_all():
g = None
team_won = []
team_lost = []
try:
# create players
for i in range(0, 4):
p = Player(nick=f'NewPlayer{i}')
p.set_rating(Rating(value=1200, accuracy=0))
await Manage.delete_player(p)
await Manage.save_player(p)
if i < 2:
team_won.append(p)
else:
team_lost.append(p)
g = Game(date=datetime.now(),
nicks_won=[p.nick for p in team_won],
nicks_lost=[p.nick for p in team_lost],
score_won=23,
score_lost=21)
for p in team_won:
g.set_rating_before(p.nick, p.get_rating())
p.set_rating(Rating(value=1300, accuracy=0))
g.set_rating_after(p.nick, p.get_rating())
for p in team_lost:
g.set_rating_before(p.nick, p.get_rating())
p.set_rating(Rating(value=1100, accuracy=0))
g.set_rating_after(p.nick, p.get_rating())
await Manage.save_game(g)
test_g = await Search.load_game_by_id(g.id)
assert test_g.nicks_won == ['NewPlayer0', 'NewPlayer1']
assert test_g.nicks_lost == ['NewPlayer2', 'NewPlayer3']
for nick in test_g.nicks_won:
assert test_g.rating_before(nick) == Rating(value=1200, accuracy=0)
assert test_g.rating_after(nick) == Rating(value=1300, accuracy=0)
for nick in test_g.nicks_lost:
assert test_g.rating_before(nick) == Rating(value=1200, accuracy=0)
assert test_g.rating_after(nick) == Rating(value=1100, accuracy=0)
assert test_g.score_won == 23
assert test_g.score_lost == 21
finally:
# clear
await Manage.delete_game(g)
for p in team_won + team_lost:
await Manage.delete_player(p)
async def get_players(self, args: typing.Dict):
request = valid_request_from_dict(PlayersRequest, args)
if request.nick_like == 'exists':
return [Player(nick='exist').as_dict()]
else:
return []
def test_forget_player(server_credentials):
host, port = server_credentials
client = RestClient('localhost', 8080)
err, response = client.forget_player(
player=Player(nick='new', phone='731231213'))
assert type(response).__name__ == 'Player'
async def post_forget(self, args: typing.Dict):
request = valid_request_from_dict(ForgetNickRequest, args)
return Player(nick=request.nick).as_dict()
async def post_nick(self, args: typing.Dict):
request = valid_request_from_dict(AddNickRequest, args)
if request.nick == 'new':
return Player(nick='new', phone=request.phone).as_dict()
else:
raise RuntimeError(f'Player already exists: {request.nick}')
def parse_message(message, bot_name='beachranks_bot'):
kind = None
input = None
command = None
ids = None
if 'edited_message' in message or 'message' in message:
kind = 'message'
body = message['message']
command = body['text'] if 'text' in body else None
if 'contact' in body:
input = Player(nick=body['contact']['first_name'],
phone=body['contact']['phone_number'])
ids = MessageIds(user_id=body['from']['id'],
inline_query_id=None,
message_id=body['message_id'],
chat_id=body['chat']['id'])
if 'inline_query' in message:
kind = 'inline_query'
body = message['inline_query']
command = body['query']
ids = MessageIds(user_id=body['from']['id'],
inline_query_id=body['id'],
message_id=None,
chat_id=None)
if 'callback_query' in message:
kind = 'callback_query'
body = message['callback_query']
command = body['data']
ids = MessageIds(user_id=body['from']['id'],
inline_query_id=None,
message_id=None,
chat_id=body['message']['chat']['id'])
if kind is None:
print(f'ERROR: unknown message format {message}')
return
if command is not None:
logger.log(0, f'parsing command \'{command}\'')
m = re.search(f'^(@{bot_name} |)(\/\w*|)(@{bot_name}|)(\s*)(.*)',
command)
if input is None and m is not None:
input = m.group(5)
if input is not None and len(input) == 0 and len(m.group(4)) == 0:
input = None
if m is not None:
command = m.group(2)
if command is not None:
command = re.search('\/(\w*)', command)
if command is not None:
command = command.group(1)
logger.log(0, f'command \'{command}\' input \'{input}\'')
# if something wrong, it throws exception
return TelegramInMessage(kind=kind,
command=command,
input=input,
ids=ids)
async def test_all():
# create players
team_won = []
team_lost = []
g = None
try:
for i in range(0, 4):
p = Player(nick=f'NewPlayer{i}', phone=f'7916123456{i}')
p.set_rating(Rating(value=1200 + i, accuracy=1))
if i < 2:
team_won.append(p)
else:
team_lost.append(p)
await Manage.delete_player(p)
await Manage.save_player(p)
# find players LIKE
players = await Search.load_players_nick_like('New')
assert len(players) == 4
players = await Search.load_players_nick_like('NewNotExists')
assert len(players) == 0
# game
g = Game(date=datetime.now(), nicks_won=[p.nick for p in team_won], nicks_lost=[p.nick for p in team_lost],
score_won=15, score_lost=10)
for p in team_won:
g.set_rating_before(p.nick, p.get_rating())
p.set_rating(Rating(value=p.get_rating().value + 100, accuracy=p.get_rating().accuracy))
g.set_rating_after(p.nick, p.get_rating())
await Manage.save_player(p)
for p in team_lost:
g.set_rating_before(p.nick, p.get_rating())
p.set_rating(Rating(value=p.get_rating().value - 100, accuracy=p.get_rating().accuracy))
g.set_rating_after(p.nick, p.get_rating())
await Manage.save_player(p)
await Manage.save_game(g)
# find game
res = await Search.games(player=team_lost[0])
assert res[0].id == g.id
# find games vs
res = await Search.games(player=team_won[0], vs_players=[team_lost[0]])
assert len(res) == 1
assert res[0].id == g.id
# not find games vs
res = await Search.games(player=team_lost[0], vs_players=[team_lost[1]])
assert len(res) == 0
# find games with
res = await Search.games(player=team_lost[1], with_players=[team_lost[0]])
assert len(res) == 1
assert res[0].id == g.id
# not find games with
res = await Search.games(player=team_lost[0], with_players=[team_won[1]])
assert len(res) == 0
# find games vs and with
res = await Search.games(player=team_lost[0], vs_players=[team_won[0]], with_players=[team_lost[1]])
assert len(res) == 1
assert res[0].id == g.id
# not find games vs
res = await Search.games(player=team_lost[1], vs_players=[team_won[1]], with_players=[team_won[0]])
assert len(res) == 0
res = await Search.games(player=team_lost[0], vs_players=[team_lost[1]], with_players=[team_lost[1]])
assert len(res) == 0
finally:
# clear
await Manage.delete_game(g)
for player in team_lost + team_won:
await Manage.delete_player(player)
def steam(steam_id: int, key: str):
# some hardcoded stuff for testing
log.info("Starting import for player %d", steam_id)
# Import player data
response = get(
"http://api.steampowered.com/ISteamUser/GetPlayerSummaries/v0002/?key="
+ str(key) + "&steamids=" + str(steam_id))
player_details = response.json()
player: Player = Player.get_or_create({
'steam_id':
steam_id,
'name':
player_details["response"]["players"][0]["personaname"]
})[0]
# Import all games with playtime > 0
response = get(
"http://api.steampowered.com/IPlayerService/GetOwnedGames/v0001/?key="
+ key + "&steamid=" + str(steam_id) + "&format=json")
all_games = response.json()
app_ids = {}
# Put played games into list
for game_detail in all_games["response"]["games"]:
# if game_detail["playtime_forever"] > 0:
app_ids[game_detail["appid"]] = True
log.info("Fetching existing games..")
# Retrieve all games, that are already in the graph
games: NodeSet = Game.nodes.filter(steam_app_id__in=list(app_ids.keys()))
# Make sure, the player exists before we continue
player.save()
log.info("Building relationships to existing games...")
# Loop through existing games
# ignore for now
owned_games = list(map(lambda game: game.steam_app_id, player.games.all()))
for game in games:
# only add the game if its not already owned
if game.steam_app_id not in owned_games:
player.games.connect(game)
# And remove it from the fetch list
app_ids[game.steam_app_id] = False
log.info("Fetching game info from non-existing games...")
for app_id, need_to_fetch in app_ids.items():
if need_to_fetch:
log.info("Game %d not yet found in graph. Fetching from API...",
app_id)
db.begin()
# Fetch from Steam
game = import_game(app_id, key)
# make sure its saved before establishing the relationship
game.save()
player.games.connect(game)
db.commit()
log.info("Saving player...")
async def get_player(self, args: typing.Dict):
request = valid_request_from_dict(PlayerRequest, args)
if request.nick == 'exists':
return Player(nick='exist').as_dict()
else:
raise RuntimeError(f'Player not found: {request.nick}')
def test_get_player_found_2(server_credentials):
host, port = server_credentials
client = RestClient('localhost', 8080)
err, response = client.get_player(Player(nick='exists'))
assert type(response).__name__ == 'Player'
