Method, device and centralized management platform for simulating service

Abstract

The invention discloses a service simulation method. The method comprises the steps that external service behaviors are simulated for enabling a simulator initialization operation, simulation matching conditions and preset response are edited in a pile matcher of the initialized simulator; a monitoring link enabled by the simulator with the same IP as a to-be-tested service intercepts a request sent by the to-be-tested service; the intercepted request is analyzed, the analyzed request is transmitted to the pile matcher of the simulator; the pile matcher of the simulator receives the analyzed request, and a matching instruction is executed according to the simulation matching condition; if matching is successful, the pile matcher of the simulator sends the preset response to the to-be-tested service. The invention further discloses a service simulation device and a centralized management platform. Simulation services of tester joint debugging testing, development joint debugging, abnormal scenes and complex testing scenes can be simplified, the pressure testing data and testing environment are simplified, and the working efficiency of the simulation services is improved.

Description

technical field [0001] The invention relates to the field of testing, in particular to a method, device and centralized management platform for simulating services. Background technique [0002] With the development of social science and technology, the business scenarios and joint debugging test data involved in the internal service management system of enterprises are very complex. Enterprise application systems rarely exist in isolation, and most systems rely on different software suppliers. Services pieced together. However, the existing various service simulation frameworks or systems basically need to write code, and the main development is limited to unit testing or integration testing, and only supports the simulation of common protocols such as HTTP and SOCKS. For testers, the main thing is black-box testing, but there are limitations in coding ability and business pressure. It is very difficult to write a mock to simulate external services, which greatly affects w...

AI Technical Summary

Problems solved by technology

However, the existing various service simulation frameworks or systems basically need to write code, and the main research and development is limited to unit testing or integration testing, and only supports the simulation of common protocols such as HTTP and SOCKS.

For testers, they mainly do black-box testing, but due to limited coding ability and business pressure, it is very difficult to write a mock to simulate external services, which greatly affects work efficiency.

In particular, for some large Internet companies, a system often relies on multiple external systems, and the business scenarios and joint debugging test data involved are very complicated. The following situations are often encountered: 1. A service is deployed to B service, and B service Unavailable or unstable due to some reasons (for example, the login page calls a passport.api for login, but the passport.api cannot be connected and cannot log in); 2. A service calls B service, and the data or scene of B service is difficult to construct ( For example, if the login page calls a passport.api for login, passport.api will return some error codes in some extreme cases; 3. During automated testing, service A calls service B. Since service B is uncontrollable, the data often changes, resulting in test data change often

[0003] Due to the above reasons, service operations cannot be performed due to dependence on external services, which affects work efficiency

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