def test_matchmaking_logic():
game_queue.reset_queue()
# We queue for everything except the red support
for player_id in range(0, 9):
game_queue.add_player(player_id, roles_list[player_id % 5], 0, 0)
assert not find_best_game(GameQueue(0))
# We add the last player
game_queue.add_player(9, "SUP", 0, 0)
game = find_best_game(GameQueue(0))
assert game
# We commit the game to the database
with session_scope() as session:
session.add(game)
# We say player 0 won his last game on server 0
score_game_from_winning_player(0, 0)
# We check that everything got changed
with session_scope() as session:
# We recreate the game object so it’s associated with this new session
game = session.query(Game).order_by(Game.start.desc()).first()
for side, role in game.participants:
participant = game.participants[side, role]
assert participant.player.ratings[role].trueskill_mu != 25
def test_unmark_queue():
game_queue.add_player(0, roles_list[0], 2, 0, name="0")
assert len(GameQueue(2)) == 1
queue_channel_handler.unmark_queue_channel(2)
assert len(GameQueue(2)) == 0
def test_queue_remove():
game_queue.reset_queue()
game_queue.add_player(0, roles_list[0], 0, 0, name="0")
assert len(GameQueue(0)) == 1
# We queue our player 0 in channel 1, which he should be allowed to do
game_queue.remove_player(0, 0)
assert len(GameQueue(0)) == 0
def test_queue_full():
game_queue.reset_queue()
for player_id in range(0, 10):
game_queue.add_player(player_id,
roles_list[player_id % 5],
0,
0,
name=str(player_id))
assert len(GameQueue(0)) == 10
# We queue our player 0 in channel 1, which he should be allowed to do
game_queue.add_player(0, roles_list[0], 1, 0, name="0")
assert len(GameQueue(1)) == 1
# We queue our player 0 for every other role in channel 0
for role in roles_list:
game_queue.add_player(0, role, 0, 0, name="0")
assert len(GameQueue(
0)) == 14 # Every role should count as a different QueuePlayer
# Assuming our matchmaking logic found a good game (id 0)
game_queue.start_ready_check(list(range(0, 10)), 0, 0)
assert len(
GameQueue(0)
) == 0 # Player 0 should not be counted in queue for any role anymore
# Our player 0 in channel 1 should not be counted in queue either
assert len(GameQueue(1)) == 0
# We check that our player 0 is not allowed to queue in other channels
with pytest.raises(game_queue.PlayerInReadyCheck):
game_queue.add_player(0, roles_list[0], 2, 0, name="0")
# We cancel the ready check and drop player 0 from all queues on the server
game_queue.cancel_ready_check(ready_check_id=0,
ids_to_drop=[0],
server_id=0)
assert len(GameQueue(0)) == 9
# We check player 0 got dropped from queue 1 too
assert len(GameQueue(1)) == 0
# We queue again, with player 10
game_queue.add_player(10, roles_list[0], 0, 0, name="10")
# We start and validate the ready check (message id 1)
game_queue.start_ready_check(list(range(1, 11)), 0, 1)
game_queue.validate_ready_check(1)
# We verify that both queues are empty
assert len(GameQueue(0)) == 0
assert len(GameQueue(1)) == 0
async def games(self, ctx: commands.Context):
"""
Creates 100 games in the database with random results
"""
game_queue.reset_queue()
for game_count in range(100):
# We add the context creator as well
game_queue.add_player(
ctx.author.id, roles_list[4], ctx.channel.id, ctx.guild.id, name=ctx.author.display_name
)
# We put 15 people in the queue, but only the first ones should get picked
for i in range(0, 15):
game_queue.add_player(i, roles_list[i % 5], ctx.channel.id, ctx.guild.id, name=str(i))
game = matchmaking_logic.find_best_game(GameQueue(ctx.channel.id))
with session_scope() as session:
session.add(game)
winner = game.player_ids_list[int(random.random() * 10)]
game_queue.start_ready_check([i for i in range(0, 9)] + [ctx.author.id], ctx.channel.id, 0)
game_queue.validate_ready_check(0)
matchmaking_logic.score_game_from_winning_player(player_id=winner, server_id=ctx.guild.id)
await ranking_channel_handler.update_ranking_channels(self.bot, ctx.guild.id)
await ctx.send("100 games have been created in the database")
await queue_channel_handler.update_queue_channels(bot=self.bot, server_id=ctx.guild.id)
def test_multiple_queues():
game_queue.reset_queue()
game_queue.add_player(0, roles_list[0], 0, 0, name="0")
# This will take a few seconds
for i in range(1000):
GameQueue(0)
def test_multiple_queues():
game_queue.reset_queue()
game_queue.add_player(0, roles_list[0], 0, 0)
# This will take at least 30s to crash because of the queue timeout
for i in range(1000):
GameQueue(0)
def test_duo_queue():
game_queue.reset_queue()
# Adding it all except last support
for player_id in range(0, 9):
game_queue.add_player(player_id,
roles_list[player_id % 5],
0,
0,
name=str(player_id))
# Marking players 0 and 9 as duo
game_queue.add_duo(0,
"TOP",
9,
"SUP",
0,
0,
first_player_name="0",
second_player_name="9")
print(GameQueue(0))
print(GameQueue(0).duos)
assert len(GameQueue(0)) == 10
assert len(GameQueue(0).duos) == 1
# Removing their duo status with 0 calling !solo
game_queue.remove_duo(0, 0)
assert len(GameQueue(0)) == 10
assert len(GameQueue(0).duos) == 0
def test_duo_matchmaking():
game_queue.reset_queue()
# Playing 100 games with random outcomes and making sure 0 and 9 are always on the same team
for game_count in range(100):
# We queue for everything except the red support
for player_id in range(0, 9):
game_queue.add_player(player_id,
roles_list[player_id % 5],
0,
0,
name=str(player_id))
# We add the last player as duo with player 0
game_queue.add_duo(
0,
"TOP",
9,
"SUP",
0,
0,
second_player_name="9",
first_player_name="0",
)
game = find_best_game(GameQueue(0))
player_0 = next(p for p in game.participants.values()
if p.player_id == 0)
player_9 = next(p for p in game.participants.values()
if p.player_id == 9)
assert player_0.side == player_9.side
with session_scope() as session:
session.add(game)
winner = game.player_ids_list[int(random.random() * 10)]
game_queue.start_ready_check([i for i in range(0, 10)], 0, 0)
game_queue.validate_ready_check(0)
score_game_from_winning_player(player_id=winner, server_id=0)
def test_matchmaking_logic_priority():
"""
Making sure players who spent more time in queue will be considered first
"""
game_queue.reset_queue()
# TODO LOW PRIO Rewrite the test to make it properly test age-based matchmaking, even with an empty DB
# I think even without age-based matchmaking it could pass at the moment, since on an empty DB the first
# tested game has a perfect 50% evaluation. Won’t happen after other tests though so ok atm
# We queue for everything, with 0, 1, 2, 3 being top, 4, 5, 6, 7 being jgl, ...
for player_id in range(0, 20):
game_queue.add_player(player_id, roles_list[int(player_id / 4 % 5)], 0,
0)
game = find_best_game(GameQueue(0))
print(game.blue_expected_winrate)
# Assert we chose 0, 1, 4, 5, 8, 9, 13, 13, 16, 17 players
for participant in game.participants.values():
assert participant.player_id % 4 < 2
async def game(self, ctx: commands.Context):
"""
Creating a fake game in the database with players 0 to 8 and the ctx author
"""
# We reset the queue
# We put 9 people in the queue
for i in range(0, 9):
game_queue.add_player(i, roles_list[i % 5], ctx.channel.id, ctx.guild.id, name=str(i))
game_queue.add_player(
ctx.author.id, roles_list[4], ctx.channel.id, ctx.guild.id, name=ctx.author.display_name
)
game = matchmaking_logic.find_best_game(GameQueue(ctx.channel.id))
with session_scope() as session:
session.add(game)
msg = await ctx.send("The queue has been reset, filled again, and a game created (with no winner)")
game_queue.start_ready_check([i for i in range(0, 9)] + [ctx.author.id], ctx.channel.id, msg.id)
game_queue.validate_ready_check(msg.id)
await queue_channel_handler.update_queue_channels(bot=self.bot, server_id=ctx.guild.id)
