def main():
BATCH = 1000
REST = 60
PER_REST = 5
r_time = 0
u_time = 0
r_count = 0
u_count = 0
def lap():
global t
e = time.time() - t
t = time.time()
return e
# Not necessary to be high priority
os.nice(5)
print('\nstarting matchmaker {0}'.format(datetime.datetime.today()))
db = dbcon.connect_db()
try_create_matches(db)
cron = gamecron.Scheduler()
lock = multiprocessing.Manager().Lock()
ranked_matches = get_matches(db, ranked=True, limit=BATCH)
n = 1
for match in ranked_matches:
lap()
u_count += cron.schedule(run_unranked_match, lock)
u_time += lap()
r1_rating = match.r1_rating or tools.DEFAULT_RATING
r2_rating = match.r2_rating or tools.DEFAULT_RATING
print('{6:2} ranked {0:5}({1:.5g}) v {2:5}({3:.5g}) : m {4} s {5}'.
format(match.r1_id, r1_rating, match.r2_id, r2_rating, match.id,
match.seed, n))
sys.stdout.flush()
n += 1
r_count += cron.schedule(run_ranked_match, match)
r_time += lap()
if r_count:
print('R - avg {0:.3g}s {1} games in {2:.4g}s '.format(
r_time / r_count, r_count, r_time))
rest = REST
rested = 0
print('resting for {0}s'.format(rest))
while rested < rest:
rested += PER_REST
sys.stdout.flush()
time.sleep(PER_REST)
lap()
u_count += cron.schedule(run_unranked_match, lock)
u_time += lap()
if u_count:
print('U - avg {0:.3g}s {1} games in {2:.4g}s '.format(
u_time / u_count, u_count, u_time))
print('rested for {0}s'.format(rested))
cron.wait()
os.system('python matchmaker.py &')
def main():
BATCH = 1000
REST = 60
PER_REST = 5
r_time = 0
u_time = 0
r_count = 0
u_count = 0
def lap():
global t
e = time.time() - t
t = time.time()
return e
# Not necessary to be high priority
os.nice(5)
print('\nstarting matchmaker {0}'.format(datetime.datetime.today()))
db = dbcon.connect_db()
try_create_matches(db)
cron = gamecron.Scheduler()
lock = multiprocessing.Manager().Lock()
ranked_matches = get_matches(db, ranked=True, limit=BATCH)
n = 1
for match in ranked_matches:
lap()
u_count += cron.schedule(run_unranked_match, lock)
u_time += lap()
r1_rating = match.r1_rating or tools.DEFAULT_RATING
r2_rating = match.r2_rating or tools.DEFAULT_RATING
print('{6:2} ranked {0:5}({1:.5g}) v {2:5}({3:.5g}) : m {4} s {5}'.format(
match.r1_id, r1_rating, match.r2_id, r2_rating,
match.id, match.seed, n))
sys.stdout.flush()
n += 1
r_count += cron.schedule(run_ranked_match, match)
r_time += lap()
if r_count:
print('R - avg {0:.3g}s {1} games in {2:.4g}s '.format(
r_time / r_count, r_count, r_time))
rest = REST
rested = 0
print('resting for {0}s'.format(rest))
while rested < rest:
rested += PER_REST
sys.stdout.flush()
time.sleep(PER_REST)
lap()
u_count += cron.schedule(run_unranked_match, lock)
u_time += lap()
if u_count:
print('U - avg {0:.3g}s {1} games in {2:.4g}s '.format(
u_time / u_count, u_count, u_time))
print('rested for {0}s'.format(rested))
cron.wait()
os.system('python matchmaker.py &')
#!/usr/bin/env python
import dbcon
import matchstate as ms
if __name__ == '__main__':
db = dbcon.connect_db()
db.update('matches', where='state = %d' % ms.RUNNING, state=ms.WAITING)
def main():
BATCH = 1000
REST = 60
PER_REST = 5
def lap():
global t
e = time.time() - t
t = time.time()
return e
# Not necessary to be high priority
os.nice(5)
print('\n--------------\nwaiting 15s for db to be ready.')
db = dbcon.connect_db()
# Wait for database to be ready.
time.sleep(15)
# Clean matches
db.update('matches', where='state = %d' % ms.RUNNING, state=ms.WAITING)
lock = multiprocessing.Manager().Lock()
print('starting matchmaker {0}'.format(datetime.datetime.today()))
while True:
r_time = 0
u_time = 0
r_count = 0
u_count = 0
try_create_matches(db)
ranked_matches = get_matches(db, ranked=True, limit=BATCH)
n = 1
for match in ranked_matches:
lap()
u_count += run_unranked_match(db, lock)
u_time += lap()
r1_rating = match.r1_rating or tools.DEFAULT_RATING
r2_rating = match.r2_rating or tools.DEFAULT_RATING
print('{6:2} ranked {0:5}({1:.5g}) v {2:5}({3:.5g}) : '
'm {4} s {5}'.format(
match.r1_id, r1_rating, match.r2_id, r2_rating,
match.id, match.seed, n))
sys.stdout.flush()
n += 1
r_count += run_ranked_match(db, match)
r_time += lap()
if r_count:
print('R - avg {0:.3g}s {1} games in {2:.4g}s '.format(
r_time / r_count, r_count, r_time))
rest = REST
rested = 0
print('resting for {0}s'.format(rest))
while rested < rest:
rested += PER_REST
sys.stdout.flush()
time.sleep(PER_REST)
lap()
u_count += run_unranked_match(db, lock)
u_time += lap()
if u_count:
print('U - avg {0:.3g}s {1} games in {2:.4g}s '.format(
u_time / u_count, u_count, u_time))
print('rested for {0}s'.format(rested))
def main():
BATCH = 1000
REST = 5 * 60
PER_REST = 30
def lap():
global t
e = time.time() - t
t = time.time()
return e
# Not necessary to be high priority
os.nice(5)
print('\n--------------\nwaiting 15s for db to be ready.')
db = dbcon.connect_db()
# Wait for database to be ready.
time.sleep(15)
# Clean matches
db.update('matches', where='state = %d' % ms.RUNNING, state=ms.WAITING)
lock = multiprocessing.Manager().Lock()
print('starting matchmaker {0}'.format(datetime.datetime.today()))
while True:
r_time = 0
u_time = 0
r_count = 0
u_count = 0
try_create_matches(db)
ranked_matches = get_matches(db, ranked=True, limit=BATCH)
n = 1
for match in ranked_matches:
lap()
u_count += run_unranked_match(db, lock)
u_time += lap()
r1_rating = match.r1_rating or tools.DEFAULT_RATING
r2_rating = match.r2_rating or tools.DEFAULT_RATING
print('{6:2} ranked {0:5}({1:.5g}) v {2:5}({3:.5g}) : '
'm {4} s {5}'.format(
match.r1_id, r1_rating, match.r2_id, r2_rating,
match.id, match.seed, n))
sys.stdout.flush()
n += 1
r_count += run_ranked_match(db, match)
r_time += lap()
if r_count:
print('R - avg {0:.3g}s {1} games in {2:.4g}s '.format(
r_time / r_count, r_count, r_time))
rest = REST
rested = 0
print('resting for {0}s'.format(rest))
while rested < rest:
rested += PER_REST
sys.stdout.flush()
time.sleep(PER_REST)
lap()
u_count += run_unranked_match(db, lock)
u_time += lap()
if u_count:
print('U - avg {0:.3g}s {1} games in {2:.4g}s '.format(
u_time / u_count, u_count, u_time))
print('rested for {0}s'.format(rested))
