A continuous integration testing method and system

Abstract

This application provides a continuous integration testing method, which can be applied to various testing environments, has high reusability, and can reduce the workload and complexity of maintenance. The method includes: a continuous integration project simultaneously monitors the targets to be tested running in various real environments; The environment identification corresponding to the real environment; calling the test case by sending a test command, wherein the test command includes the environment identification; the test case configures a corresponding test environment according to the environment identification; in the test environment Execute the test script in the test case and get the final test result. The method described in this application has high reusability, and even if the target to be tested changes, only one CI project and one test case need to be maintained, which greatly increases the workload and complexity of continuous integration testing.

Description

technical field [0001] This application relates to testing technology, in particular to a continuous integration testing method and system. Background technique [0002] CI (Continuous integration, continuous integration) is a software development practice, that is, team development members often integrate their work, usually each member integrates at least once a day, which means that integration may occur multiple times a day. Each integration is verified through automated construction (including compilation, release, and automated testing), so that integration errors can be found as soon as possible. Many teams have found that this process greatly reduces integration problems, allowing the team to develop cohesive software more quickly. [0003] In the continuous integration test, firstly, a CI project can be established, and the target to be tested can be monitored through the CI project. Once the target to be tested is found to be changed, the test script can be invoke...

AI Technical Summary

Problems solved by technology

[0006] In summary, the above method of hardcoding the test environment and test scripts in a test case has relatively low reusability

Moreover, a target to be tested corresponds to n CI projects and n test cases. Once the target to be tested changes, n CI projects and n test cases must be maintained at the same time, which greatly increases the workload and complexity of continuous integration testing.

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