Pressure testing system and method of middle system

Abstract

The invention provides a pressure testing system and method of a middle system. The pressure testing system comprises a main control pressure machine and at least one pressure testing machine which is connected with the main control pressure machine, wherein the main control pressure machine is used for establishing a performance test dispatching plan so as to control the pressure testing machine to carry out a pressure test on the detected middle system; the pressure testing machine is used for simulating a transaction initiator in a testing environment according to the performance test dispatching plan and sending transaction request messages to the detected middle system in batches, so that the detected middle system can generate corresponding messages according to the transaction request messages; and the pressure testing machine is also used for simulating a transaction counterparty of the transaction initiator according to the performance test dispatching plan to receive incoming messages generated by the detected middle system according to the transaction request messages in batches, responding returning messages of the incoming messages according to the incoming messages, and sending the returning messages to the tested middle system in batches.

Description

technical field [0001] The invention relates to the technical field of software testing, in particular to a pressure testing system and method for an intermediate system. Background technique [0002] With the continuous development of the social economy and the increasingly frequent payment activities, the market's requirements for computer systems in the payment field continue to increase, mainly in the following two aspects: 1) The cycle of development, testing, and launch is getting shorter and shorter; 2) the system The business volume supported is increasing. [0003] Payment system-related companies will find that due to the lack of automated testing and a suitable testing environment, testing activities have become the bottleneck of the entire engineering activity in many ways when responding to the above two requirements. Testers need to quickly deploy a suitable test environment, but a suitable test environment is often difficult to build, for example: [0004] 1...

AI Technical Summary

Problems solved by technology

Testers need to quickly deploy a suitable test environment, but a suitable test environment is often difficult to build, for example:

[0004] 1) The system associated with the target system is also being developed simultaneously, and it is still an unavailable or unstable version. It is difficult to guarantee the accuracy of the test results when testing with an unstable associated system

[0005] 2) The system associated with the target system is not allowed to be accessed due to security reasons

[0006] 3) The overall system resources of the test environment are far smaller than the production environment. When performing performance tests, system resources are often concentrated on a single target system, and the peripheral systems associated with the target system do not have enough system resources, resulting in inter-system During the interaction process, the peripheral system becomes the bottleneck of the entire test environment, and the performance data of the target system cannot be accurately obtained

First of all, this multi-process architecture often does not have horizontal expansion capabilities, that is, if the processing capacity of a single machine is insufficient, it is impossible to manage multiple parallel processing computers through a single main control system to increase the processing capacity of the entire system

Secondly, this multi-process architecture program implemented by its own code cannot accurately and stably control the concurrent speed

[0011] The existing environment virtualization method three (third-party performance testing tools) solves the problem that the single-machine multi-process architecture does not have the ability to expand horizontally, but the existing third-party performance testing tools are currently only used to simulate the messages in the payment system test The initiator, but the counterparty that cannot simulate the message feeds back the corresponding receipt message

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