Full-link performance test method and system

Abstract

The invention discloses a full-link performance test method and system, a pressure test process is carried out in an automatic form, time for pressure test preparation, execution, report carding and analysis is saved, and normalized pressure test is supported. According to the technical scheme, the system comprises a front-end module for providing visual display of scene link monitoring index information; a back-end module which is used for acquiring application list information, application interface list information and an interface calling relation from the outside, and generating an interface link relation between applications according to the interface calling relation; a database module which is used for storing the interface link relationship between the applications generated by the back-end module; a Web pressure test system controller module which distributes the pressure test script to one or more Web pressure test system proxy servers for execution; a Web pressure test system proxy server which is used for loading the pressure test script to run a test process and a thread corresponding to the script; and a monitor which is used for reporting the resource use condition of the deployed application server.

Description

technical field [0001] The present invention relates to performance testing related to software business or middleware, in particular to a full-link performance testing method and system, including but not limited to HTTP interface, RPC (Remote Procedure Call Protocol, remote procedure call protocol) interface, database, cache Etc. pressure test evaluation. Background technique [0002] Financial payment services include but are not limited to POS-related services, payment-related services, aggregation APIs, etc. These services need to be evaluated for performance or capacity before going online, so as to clearly know the corresponding performance of related services under corresponding hardware resources or different configuration parameters. business carrying capacity. [0003] The existing performance testing methods for this type of business have the following problems: [0004] 1) Most of the stress testing methods are stress testing based on single-point load machine...

AI Technical Summary

Problems solved by technology

[0004] 1) Most of the pressure measurement methods are based on single-point load machine pressure measurement, such as loadrunner, jmeter, jmeter supports fewer protocols, and its analysis and reporting capabilities are relatively weak; loadrunner is expensive, complicated to install, and relatively difficult to operate

Single-point deployment cannot cope with high-load situations. In the case of multiple single-point operations at the same time, the trigger time of stress testing cannot be controlled, and the reports are scattered and need to be sorted out manually;

[0005] 2) In the current performance test, there is no pressure testing platform that supports millions of TPS (average transactions per second) and supports real-time viewing of full-link execution indicators;

[0006] 3) The current full-link stress test scheme does not involve a real-time knowledge of full-link bottlenecks and timely measures to take measures

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