def start_game(return_args):
global WINNER
WINNER = 0
return_args['map'] = cli.get_map(return_args['map'])
return_args['dir_p2'] = '/player/' + return_args['dir_p2']
return_args['dir_p1'] = '/player/' + return_args['dir_p1']
global game
(game, dockers, sock_file) = cli.create_game(return_args)
winner = None
try:
print("running game")
winner = cli.run_game(game, dockers, return_args, sock_file)
finally:
cli.cleanup(dockers, return_args, sock_file)
lock.release()
print("release lock")
if winner == 'player1':
eel.trigger_end_game(1)()
elif winner == ' player2':
eel.trigger_end_game(2)()
else:
eel.trigger_end_game(0)()
def run_game(map_path, player1dir, player2dir, replay_dir, docker, terminal_viewer, extra_delay, max_memory, initial_time, per_frame_time):
args = {}
args['dir_p2'] = player1dir
args['dir_p1'] = player2dir
args['docker'] = docker
# TODO: Will cause name collisions if multiple instances run at the same time!
args['replay_filename'] = os.path.join(replay_dir, "replay_" + str(len(os.listdir(replay_dir))) + replay_extension)
args['player_memory'] = max_memory
args['player_cpu'] = 20
args['time_pool'] = initial_time
args['time_additional'] = per_frame_time
args['use_viewer'] = False
args['terminal_viewer'] = terminal_viewer
args['extra_delay'] = extra_delay
args['map'] = cli.get_map(map_path)
if terminal_viewer and sys.platform == 'win32' and not CINIT:
print('To get pretty output with -tv on windows, run `py -3 -m pip install colorama`')
(game, sandboxes, sock_file) = cli.create_game(args)
try:
winner = cli.run_game(game, sandboxes, args, sock_file)
finally:
cli.cleanup(sandboxes, args, sock_file)
print("Winner is player " + str(1 if winner == 'player1' else 2))
def start_game(return_args):
global WINNER
WINNER = 0
return_args['map'] = cli.get_map(os.path.abspath(os.path.join('..', 'battlecode-maps', return_args['map'])))
if 'NODOCKER' in os.environ:
return_args['docker'] = False
return_args['dir_p1'] = os.path.abspath(os.path.join('..', return_args['dir_p1']))
return_args['dir_p2'] = os.path.abspath(os.path.join('..', return_args['dir_p2']))
else:
return_args['docker'] = True
return_args['dir_p1'] = os.path.abspath(os.path.join('/player', return_args['dir_p1']))
return_args['dir_p2'] = os.path.abspath(os.path.join('/player', return_args['dir_p2']))
global game
(game, dockers, sock_file) = cli.create_game(return_args)
winner = None
try:
print("Running game...")
winner = cli.run_game(game, dockers, return_args, sock_file)
finally:
cli.cleanup(dockers, return_args, sock_file)
lock.release()
if winner == 'player1':
eel.trigger_end_game(1)()
elif winner == ' player2':
eel.trigger_end_game(2)()
else:
eel.trigger_end_game(0)()
def start_game(return_args):
global WINNER
WINNER = 0
return_args['map_name'] = return_args['map']
# check mountpoint for maps first
c2 = os.path.abspath(
os.path.join('/player/battlecode-maps', return_args['map']))
if 'NODOCKER' not in os.environ and os.path.exists(c2):
return_args['map'] = cli.get_map(c2)
else:
c1 = os.path.abspath(
os.path.join('..', 'battlecode-maps', return_args['map']))
if os.path.exists(c1):
return_args['map'] = cli.get_map(c1)
else:
if 'testmap' not in return_args['map']:
print("Can't find map {} in {}, falling back to test map..",
return_args['map'],
os.path.abspath(os.path.join('..', 'battlecode-maps')))
if 'NODOCKER' not in os.environ:
print(
'(Also looked in /player/battlecode-maps, which should be mounted to the battlecode-maps directory of your scaffold)'
)
return_args['map'] = bc.GameMap.test_map()
if 'NODOCKER' in os.environ:
return_args['docker'] = False
return_args['dir_p1'] = os.path.abspath(
os.path.join('..', return_args['dir_p1']))
return_args['dir_p2'] = os.path.abspath(
os.path.join('..', return_args['dir_p2']))
else:
return_args['docker'] = True
return_args['dir_p1'] = os.path.abspath(
os.path.join('/player', return_args['dir_p1']))
return_args['dir_p2'] = os.path.abspath(
os.path.join('/player', return_args['dir_p2']))
return_args['terminal_viewer'] = False
return_args['extra_delay'] = 0
global game
(game, dockers, sock_file) = cli.create_game(return_args)
winner = None
try:
print("Running game...")
winner = cli.run_game(game, dockers, return_args, sock_file)
finally:
cli.cleanup(dockers, return_args, sock_file)
lock.release()
if winner == 'player1':
eel.trigger_end_game(1)()
elif winner == ' player2':
eel.trigger_end_game(2)()
else:
eel.trigger_end_game(0)()
print("Ready to run next game.")
def run_game(map_path, player1dir, player2dir, replay_dir, docker=False):
args = {}
args['dir_p2'] = player1dir
args['dir_p1'] = player2dir
args['docker'] = docker
# TODO: Will cause name collisions if multiple instances run at the same time!
args['replay_filename'] = os.path.join(
replay_dir,
"replay_" + str(len(os.listdir(replay_dir))) + replay_extension)
args['player_memory'] = 256
args['player_cpu'] = 20
# TODO: Isn't this supposed to be 10000 or something? I got these values from the web client, but they seem too low
args['time_pool'] = 1000
args['time_additional'] = 50
args['use_viewer'] = False
args['map'] = cli.get_map(map_path)
(game, sandboxes, sock_file) = cli.create_game(args)
try:
print("running game")
winner = cli.run_game(game, sandboxes, args, sock_file)
finally:
cli.cleanup(sandboxes, args, sock_file)
print("Winner is player: " + str(1 if winner == 'player1' else 2))
def match_thread(data):
global BUSY
BUSY = True
GAMES_RUN.append(data['id'])
data['s3_bucket'] = bucket
data['player_memory'] = 256
data['player_cpu'] = 20
data['map'] = cli.get_map(os.path.abspath(os.path.join('..', 'battlecode-maps', data['map'])))
data['docker'] = True
data['terminal_viewer'] = False
data['use_viewer'] = False
data['extra_delay'] = 0
(game, dockers, sock_file) = cli.create_scrimmage_game(data)
winner = None
match_file = None
try:
print("Running match " + str(data['id']))
winner, match_file = cli.run_game(game, dockers, data, sock_file,scrimmage=True)
finally:
cli.cleanup(dockers, data, sock_file)
logs = None
if all('logger' in player for player in game.players):
logs = [player['logger'].logs.getvalue() for player in game.players]
end_game(data,winner,match_file,logs)
def match_thread(data):
global BUSY
global DB_LOCK
BUSY = True
GAMES_RUN.append(data['id'])
data['s3_bucket'] = bucket
data['player_memory'] = int(os.environ['PLAYER_MEMORY'])
data['player_cpu'] = 20
data['map_name'] = data['map']
data['map'] = cli.get_map(
os.path.abspath(os.path.join('..', 'battlecode-maps', data['map'])))
data['docker'] = True
data['terminal_viewer'] = False
data['use_viewer'] = False
data['extra_delay'] = 0
try:
(game, dockers, sock_file) = cli.create_scrimmage_game(data)
except ValueError as e:
print(
"Destroying the game, as it is invalid. This should not happen.")
while DB_LOCK == True:
sleep(0.1)
DB_LOCK = True
cur.execute(
"UPDATE " + os.environ["TABLE_NAME"] +
" SET status='rejected' WHERE id=%s", (data['id'], ))
pg.commit()
DB_LOCK = False
return
PROXY_UPLOADER.game = game
winner = None
match_file = None
try:
print("Running match " + str(data['id']))
winner, match_file = cli.run_game(game,
dockers,
data,
sock_file,
scrimmage=True)
finally:
cli.cleanup(dockers, data, sock_file)
PROXY_UPLOADER.game = None
PROXY_UPLOADER.games_run += 1
logs = None
if all('logger' in player for player in game.players):
logs = [player['logger'].logs.getvalue() for player in game.players]
end_game(data, winner, match_file, logs)
def run_game(map_path, player1dir, player2dir, replay_dir, docker,
terminal_viewer, extra_delay, max_memory, initial_time,
per_frame_time, proxy_test, working_dir):
args = {}
args['dir_p1'] = player1dir
args['dir_p2'] = player2dir
args['docker'] = docker
# TODO: Will cause name collisions if multiple instances run at the same time!
args['replay_filename'] = os.path.join(
replay_dir,
"replay_" + str(len(os.listdir(replay_dir))) + replay_extension)
# Make sure filename is used. Important if multiple instances are running at the same time
f = open(args['replay_filename'], "w")
f.write("")
f.close()
args['player_memory'] = max_memory
args['player_cpu'] = 20
args['time_pool'] = initial_time
args['time_additional'] = per_frame_time
args['use_viewer'] = False
args['terminal_viewer'] = terminal_viewer
args['extra_delay'] = extra_delay
args['map_name'] = map_path
args['map'] = cli.get_map(map_path)
args['working_dir'] = working_dir
if terminal_viewer and sys.platform == 'win32' and not CINIT:
print(
'To get pretty output with -tv on windows, run `py -3 -m pip install colorama`'
)
(game, sandboxes, sock_file) = cli.create_game(args)
if proxy_test:
import proxyuploader
up = proxyuploader.ProxyUploader()
up.game_id = 12312
up.blue_id = 100
up.blue_id = 1000
up.game = game
try:
winner = cli.run_game(game, sandboxes, args, sock_file)
finally:
cli.cleanup(sandboxes, args, sock_file)
if proxy_test:
up.done = True
print("Winner is player " + str(1 if winner == 'player1' else 2))
def run_game(map_path,
player1dir,
player2dir,
replay_dir,
docker=False,
terminal_viewer=False,
extra_delay=0):
args = {}
args['dir_p2'] = player1dir
args['dir_p1'] = player2dir
args['docker'] = docker
# TODO: Will cause name collisions if multiple instances run at the same time!
args['replay_filename'] = os.path.join(
replay_dir,
"replay_" + str(len(os.listdir(replay_dir))) + replay_extension)
args['player_memory'] = 256
args['player_cpu'] = 20
# TODO: Isn't this supposed to be 10000 or something? I got these values from the web client, but they seem too low
args['time_pool'] = 1000
args['time_additional'] = 50
args['use_viewer'] = False
args['terminal_viewer'] = terminal_viewer
args['extra_delay'] = extra_delay
args['map'] = cli.get_map(map_path)
if terminal_viewer and sys.platform == 'win32' and not CINIT:
print(
'To get pretty output with -tv on windows, run `py -3 -m pip install colorama`'
)
(game, sandboxes, sock_file) = cli.create_game(args)
try:
print("running game")
winner = cli.run_game(game, sandboxes, args, sock_file)
finally:
cli.cleanup(sandboxes, args, sock_file)
print("Winner is player: " + str(1 if winner == 'player1' else 2))
def run_game(map_path, player1dir, player2dir, replay_dir, docker=False):
args = {}
args['dir_p2'] = player1dir
args['dir_p1'] = player2dir
args['docker'] = docker
# TODO: Will cause name collisions if multiple instances run at the same time!
args['replay_filename'] = os.path.join(replay_dir, "replay_" + str(len(os.listdir(replay_dir))) + replay_extension)
args['player_memory'] = 256
args['player_cpu'] = 20
# TODO: Isn't this supposed to be 10000 or something? I got these values from the web client, but they seem too low
args['time_pool'] = 1000
args['time_additional'] = 50
args['use_viewer'] = False
args['map'] = cli.get_map(map_path)
(game, sandboxes, sock_file) = cli.create_game(args)
try:
print("running game")
winner = cli.run_game(game, sandboxes, args, sock_file)
finally:
cli.cleanup(sandboxes, args, sock_file)
print("Winner is player: " + str(1 if winner == 'player1' else 2))
