Distributed cluster performance test system, method and device

Abstract

The invention provides a distributed cluster performance test system, method and device. The system comprises an upstream cluster, a tested module, a back end cluster, a network bridge, a pressure tool and a monitoring module. The network bridge is used for receiving a first pressure request sent by the upstream cluster, sending the first pressure request to the tested module, receiving a second pressure request generated by the tested module according to the first pressure request, forwarding the second pressure request to the back end cluster and storing the first pressure request and communication data packs returned by the back end cluster according to the second pressure request. The pressure tool is used for sending preset pressure to the tested module according to the first pressure request, and the tested module forwards the preset pressure to the network bridge, so that corresponding packs in the stored communication data packs are checked and are returned to tested module. The monitoring module and the tested module are placed on the same server. The monitoring module is used for monitoring performance data of the server and carrying out performance analysis according to the performance data. The network bridge is used for simulating a real cluster, performance test accuracy and test efficiency are improved, and cost is saved.

Description

technical field [0001] The invention relates to the technical field of network search, in particular to a distributed cluster performance testing system, method and device. Background technique [0002] For a distributed cluster system like a web search engine, the existing performance test is carried out in a real environment, which requires a large number of machine resources to build a back-end cluster environment. The problems with this method are: (1) waste of machine resources and high manpower maintenance costs; (2) offline environments with the same data volume as online cannot be built, and the data volume is far from online; (3) offline The network topology of the backend cluster built below is inconsistent with the online one. [0003] Moreover, in the prior art, different pressure input sources, pressure tools and monitoring tools need to be prepared according to different modules to be tested, which has poor versatility and requires more development and mainten...

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Problems solved by technology

The problems with this method are: (1) waste of machine resources and high manpower maintenance costs; (2) offline environments with the same data volume as online cannot be built, and the data volume is far from online; (3) offline The network topology of the back-end cluster built below is inconsistent with the online

[0003] Moreover, in the prior art, it is necessary to prepare different pressure input sources, pressure tools and monitoring tools according to different tested modules, which has poor versatility and requires more development and maintenance costs

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