def test_create_by_time_shard(dbVersion,instance_data,http_client,createMongoSharding,disk_type):
# 按时间点创建分片集群
# backupId = create_backup #创建完mongo后的自动备份是物理备份，需要等5分钟，所以这里手动创建备份比较快
# assert backupId != None or backupId != "", "backup false,backupId is null!!!"
# time.sleep(60)
# 向mongo中插入数据
origin_spaceId = createMongoSharding
if instance_data["create_by_time_write_date_flag"]==1: #从配置文件读取该值，1为校验数据准确性，其它值不校验:
# dataCount=50000
floating_ip = basics.get_docker_info.get_docker_info("GetFloatingIpBySpaceId", origin_spaceId, http_client)
basics.write_data.write_data(floating_ip, instance_data["write_data_count"], "ip")
# basics.write_data.write_data_by_floatIP(get_docker_info_shard["floating_ip"], dataCount,"ip")
time.sleep(600)
spaceId=create_mongo_api(dbVersion,instance_data,http_client,"2",disk_type,origin_spaceId=origin_spaceId)
wait_mongo_status_is_100(http_client,spaceId,3000,"create sharding by time")
# assert basics.write_data.count_data(get_docker_info["floating_ip"])==5000,"data count is [{}]".format(basics.write_data.count_data(get_docker_info["floating_ip"]))
#获取按时间点创建实例的floatingIp
floating_ip = basics.get_docker_info.get_docker_info("GetFloatingIpBySpaceId", spaceId, http_client)
log.debug("create by time floatingIp is [{}]".format(floating_ip))
# 按时间点创建实例的data count
by_time_data_count=basics.write_data.count_data(floating_ip)
assert by_time_data_count == instance_data["write_data_count"], "create by time data count is [{}]".format(by_time_data_count)
log.info("create mongo by time success!!!data count:{}".format(by_time_data_count))
delete_mongo(http_client, spaceId)
print "==========================================================================================="
else:
time.sleep(350) # 等待新创建的实例备份完成
spaceId = create_mongo_api(dbVersion, instance_data, http_client, "2", disk_type, origin_spaceId=origin_spaceId)
wait_mongo_status_is_100(http_client, spaceId, 3000, "create sharding by time")
log.info("create mongo by time success!!!")
delete_mongo(http_client, spaceId)
def createMongoDts(request, instance_data, http_client, instance_type,
disk_type, dbVersion, replicationFactor):
spaceId = create_mongo_api(dbVersion, instance_data, http_client,
instance_type, disk_type, replicationFactor)
#time,等待的时间，单位s
wait_mongo_status_is_100(http_client, spaceId, 1000, "create mongo")
# host_ip, docker_id, failover_flag, floating_ip, _, _ = basics.get_hostIp_dockerId_floatIp.get_host_docker(
# spaceId, mysql_client)
# coll = MongodbConnect(floating_ip)
# coll.run()
print "=========================================================================================="
#return spaceId
def teardown():
#删除mongo
httpStatus, res_data, headers = http_client.httpRequest(
"DELETE", "clusters/{0}".format(spaceId))
if httpStatus == 200:
log.info("[INFO]delete mongo {} success".format(spaceId))
else:
log.error("delete mongo {} failed".format(spaceId))
request.addfinalizer(teardown)
return spaceId
def test_create_by_backup(dbVersion,instance_data,http_client,instance_type,disk_type,create_backup,replicationFactor):
# 按备份创建
backupId=create_backup
assert backupId != None or backupId != "", "backup false,backupId is null!!!"
log.info("backupId is [{}]".format(backupId))
spaceId=create_mongo_api(dbVersion,instance_data,http_client,instance_type,disk_type,replicationFactor,backupId=backupId)
wait_mongo_status_is_100(http_client,spaceId,1000,"create mongo by backup")
log.info("create mongo by backup success!!!spaceId is {}".format(spaceId))
delete_mongo(http_client, spaceId)
print "==========================================================================================="