def run_benchmarks(self):
for nodes_trace_config in self.redis_trace_configs:
for erasure_config in self.erasure_configs:
erasure_code = erasure_config['code']
stripe_size = erasure_config['stripe']
parity_size = erasure_config['parity']
src = erasure_config['src']
for bench, bench_param in list(
zip(self.benches,
self.bench_params)) * self.execute_times:
nodes_trace = NodesTrace(**nodes_trace_config)
initial_redis_size = nodes_trace.initial_size()
with RedisCluster(initial_redis_size) as redis:
sb = 'Jedis' if initial_redis_size > 0 else 'Memory'
config = [
erasure_code, initial_redis_size, sb, stripe_size,
parity_size, src
]
print("Running with " + str(config))
(params, env) = self._get_java_params(redis, *config)
with JavaProgram(params, env) as java:
try:
self._run_benchmark(bench, bench_param, config,
redis, java, nodes_trace)
except Exception as ex:
logging.exception(
"The benchmark crashed, continuing with the rest..."
)
self.save_results_to_file()
def main():
args = commandLineArguments()
chan = args['channel']
# Invoke queue and message
rc = RedisCluster()
queue = rc.subscribe(chan)
get_message(queue)
def main():
args = commandLineArguments()
channel = args["channel"]
message = args["message"]
# Invoke queue and message
rc = RedisCluster()
print(rc.ping())
rc.publish(channel, message)