def ready(self):
"""
Check the service is ready
"""
if not self.running:
return False
try:
rs = Redis(host=self.running_host, port=self.running_port)
rs.client_list()
return True
except ConnectionError:
return False
except Exception as error:
self.logger.error('Unexpected error: {}'.format(error))
def is_backend_running() -> bool:
try:
conn = Redis(host=get_redis_host(),
port=int(get_redis_port()),
db=int(get_redis_dbnum()),
password=get_redis_password())
conn.client_list() # Must perform an operation to check connection.
except ConnectionError as e:
print("Failed to connect to Redis instance at %s", get_redis_host())
print(repr(e))
return False
conn.close() # type: ignore
return True
''' For full text search '''
WHOOSH_BASE = os.path.join(basedir, 'search.db')
'''
Setup redis caching connection to be used throughout the site. Credentials
are set in their respective env vars.
'''
REDIS = Redis(host=get_env_variable("DATAVIVA_REDIS_HOST", "localhost"),
port=get_env_variable("DATAVIVA_REDIS_PORT", 6379),
password=get_env_variable("DATAVIVA_REDIS_PW", None))
REDIS_CACHE = RedisCache(host=get_env_variable("DATAVIVA_REDIS_HOST", "localhost"),
port=get_env_variable("DATAVIVA_REDIS_PORT", 6379),
password=get_env_variable("DATAVIVA_REDIS_PW", None), default_timeout=2591999)
try:
REDIS.client_list()
except ConnectionError:
REDIS, REDIS_CACHE = [None]*2
'''
Oauth tokens set in environment variables from their respecive sources
'''
GOOGLE_OAUTH_ID = get_env_variable("DATAVIVA_OAUTH_GOOGLE_ID")
GOOGLE_OAUTH_SECRET = get_env_variable("DATAVIVA_OAUTH_GOOGLE_SECRET")
TWITTER_OAUTH_ID = get_env_variable("DATAVIVA_OAUTH_TWITTER_ID")
TWITTER_OAUTH_SECRET = get_env_variable("DATAVIVA_OAUTH_TWITTER_SECRET")
FACEBOOK_OAUTH_ID = get_env_variable("DATAVIVA_OAUTH_FACEBOOK_ID")
FACEBOOK_OAUTH_SECRET = get_env_variable("DATAVIVA_OAUTH_FACEBOOK_SECRET")
'''
Mail credentials to send automatic emails to users
WHOOSH_BASE = os.path.join(basedir, 'search.db')
'''
Setup redis caching connection to be used throughout the site. Credentials
are set in their respective env vars.
'''
REDIS = Redis(host=get_env_variable("DATAVIVA_REDIS_HOST", "localhost"),
port=get_env_variable("DATAVIVA_REDIS_PORT", 6379),
password=get_env_variable("DATAVIVA_REDIS_PW", None))
REDIS_CACHE = RedisCache(host=get_env_variable("DATAVIVA_REDIS_HOST",
"localhost"),
port=get_env_variable("DATAVIVA_REDIS_PORT", 6379),
password=get_env_variable("DATAVIVA_REDIS_PW", None),
default_timeout=2591999)
try:
REDIS.client_list()
except ConnectionError:
REDIS, REDIS_CACHE = [None] * 2
'''
Oauth tokens set in environment variables from their respecive sources
'''
GOOGLE_OAUTH_ID = get_env_variable("DATAVIVA_OAUTH_GOOGLE_ID")
GOOGLE_OAUTH_SECRET = get_env_variable("DATAVIVA_OAUTH_GOOGLE_SECRET")
TWITTER_OAUTH_ID = get_env_variable("DATAVIVA_OAUTH_TWITTER_ID")
TWITTER_OAUTH_SECRET = get_env_variable("DATAVIVA_OAUTH_TWITTER_SECRET")
FACEBOOK_OAUTH_ID = get_env_variable("DATAVIVA_OAUTH_FACEBOOK_ID")
FACEBOOK_OAUTH_SECRET = get_env_variable("DATAVIVA_OAUTH_FACEBOOK_SECRET")
'''
Mail credentials to send automatic emails to users
'''
MAIL_SERVER = get_env_variable("DATAVIVA_MAIL_SERVER", 'smtp.gmail.com')
games_per_thread = math.ceil(games / threads)
print("\tStarting simulation with %d bots" % len(bots))
sim_str = "\tSimulating %d games with %d bots per game"
print(sim_str % (games, bots_per_game))
print("\tRunning simulation as %d queued jobs" % threads)
if len(sys.argv) == 1:
print("\tFor help running the script, use the -h flag")
c = Redis(host = "elissa-0", password = password)
q = Queue(connection = c)
print("\tCurrently %d worker threads active\n" % (len(c.client_list())-1,))
t0 = time.time()
jobs = [q.enqueue(
run_simulation,
i, bots_per_game, games_per_thread, bots,
ttl = 1e6, result_ttl = 1e6, timeout = 1e6
) for i in range(threads)]
while any(not job.is_finished for job in jobs):
finished = sum(job.is_finished for job in jobs)
print("\r\t%d/%d finished" % (finished, threads), flush = True, end = "")
time.sleep(0.2)
results = [job.result for job in jobs]
print("\r\t%d/%d finished" % (threads, threads), flush = True, end = "")
# results = [run_simulation(i, bots_per_game, games_per_thread, bots) for i in range(threads)]