def worker(i): print "worker", i server_pool = pools.Pool(create=lambda: couchdb.Server(options.COUCHDB_URI), max_size=15) with server_pool.item() as server: while True: db = common.get_db(server, "app2") uuids = common.UUIDsIterator(server) print "worker", i, "create" common.create_docs(db, options.NUM_DOCS, uuids) eventlet.sleep(random.uniform(0.1, 3)) # Delete some random docs common.delete_random(db, common.random_rows(db, 10), i) eventlet.sleep(random.uniform(0.1, 3))
def main(): # wait for couchdb to start time.sleep(2) couch = couchdb.Server(options.COUCHDB_URI) db = common.get_db(couch, 'app1') uuids = common.UUIDsIterator(couch) while True: # Create docs until there are options.NUM_DOCS docs in the DB print 'Create docs' common.create_docs(db, options.NUM_DOCS, uuids) time.sleep(2) # Delete some random docs common.delete_random(db, common.random_rows(db, 10), 1) time.sleep(2)
def main(): # wait for couchdb to start time.sleep(2) server_pool = pools.Pool(create=lambda: couchdb.Server(options.COUCHDB_URI), max_size=15) print 'create db' with server_pool.item() as server: db = common.get_db(server, 'app3') ctx = zmq.Context() skt = ctx.socket(zmq.XREP) skt.bind("inproc://#1") for i in range(10): eventlet.spawn_n(worker, ctx, i) while True: msg = skt.recv_multipart() addrs, bodies = split_multipart(msg) rows = map(json.loads, bodies) common.delete_random(db, rows, 0)