def run(server_address, thread_id, count, queries):
channel = grpc.insecure_channel(server_address)
resembla = resembla_pb2.ResemblaServiceStub(channel)
results = []
t_start = time_mill()
for i in range(count):
for query in queries:
t0 = time_mill()
responses = resembla.find(
resembla_pb2.ResemblaRequest(query=query),
_TIMEOUT_SECONDS).results
for response in responses:
pass
t1 = time_mill()
results.append((thread_id, 'query/' + query, str(t1 - t0)))
t_end = time_mill()
t_average = 0
for r in results:
t_average = t_average + float(r[2])
t_average = t_average / len(results)
results.append((thread_id, 'total', str(t_end - t_start)))
results.append((thread_id, 'average', str(t_average)))
for r in results:
print('\t'.join(r))
def run(server_address, queries):
channel = grpc.insecure_channel(server_address)
resembla = resembla_pb2.ResemblaServiceStub(channel)
for s in queries:
print ('query=%s' % s)
responses = resembla.find(resembla_pb2.ResemblaRequest(query=s), _TIMEOUT_SECONDS).results
for response in responses:
print (' response.text=%s' % response.text)
print (' response.score=%s' % response.score)
def run(server_address, queries):
channel = grpc.insecure_channel(server_address)
resembla = resembla_pb2.ResemblaServiceStub(channel)
for (query, candidates) in queries:
print('query=%s' % query)
print('candidates=%s' % ', '.join(candidates))
responses = resembla.eval(
resembla_pb2.ResemblaOnDemandRequest(query=query,
candidates=candidates),
_TIMEOUT_SECONDS).results
for response in responses:
print(' response.text=%s' % response.text)
print(' response.score=%s' % response.score)
