def recovery(testparams, request, session, nodes, indexes, dropped_groups):
"""Returns a structure of recovery data."""
recovery = request.param(testparams, session, nodes, dropped_groups, indexes)
logger.info("{}\n".format(recovery["cmd"]))
logger.info("Wait for indexes to synchronize.\n")
time.sleep(testparams["cache_sync_timeout"])
recovery["exitcode"] = subprocess.call(recovery["cmd"])
return recovery
def _write_files(session, files_number, file_size):
"""Writes files with preset session and specified files parameters: numbers and size."""
logger.info("Started writing {} files\n".format(files_number))
keys = set()
for i in xrange(files_number):
key, data = get_key_and_data(file_size, randomize_len=False)
session.write_data(key, data).wait()
keys.add(key)
logger.info("\r{}/{}".format(i + 1, files_number))
logger.info("\nFinished writing files\n")
return keys
def _set_indexes(session, keys, indexes):
"""Prepares secondary indexes.
Sets randomly chosen indexes for a given list of keys and
returns a dictionary with information about these indexes.
"""
logger.info("Started setting indexes for {} keys...\n".format(len(keys)))
keys_indexes = {}
for i, key in enumerate(keys):
indexes_count = random.randint(0, len(indexes))
key_indexes = random.sample(indexes, indexes_count)
index_data = [index_data_format(key, index) for index in key_indexes]
session.set_indexes(key, key_indexes, index_data).wait()
keys_indexes[key] = set(key_indexes)
logger.info("\r{}/{}".format(i + 1, len(keys)))
logger.info("\nFinished setting indexes\n")
return keys_indexes
