Development integration test method and system on the basis of cloud computing environment

Abstract

The invention provides a development integration test method and system on the basis of the cloud computing environment. The development integration test method comprises the following steps: S1: creating codes formed in a development process into two branches, combining the codes which finish development into the first branch, putting experimental codes and / or the codes which do not finish development into the second branch, and combining the codes of the second branch into the first branch to form a first branch code library after the codes in the second branch finish development; S2: detecting the first branch code library to generate installation media; S3: installing the installation media into a system to be tested, and installing a cloud platform; and S4: testing the cloud platform, automatically constructing and triggering an automatic deployment tool through Jenkins, and causing a source code to quickly enter a test environment so as to realize a purpose of semi-automatization publishing.

Description

technical field [0001] The invention relates to the technical field of cloud computing, in particular to a development integration testing method based on a cloud computing environment. Background technique [0002] In the traditional development, integration, testing and release process, the development method is managed by SVN, and there is often only the Trunk branch. Each module needs to handle the code that needs to be submitted separately. Once a module has experimental or undeveloped functions, it will cause The trunk branch is unstable, resulting in an unstable version of the product produced by the build. During the construction process, the code library of the Trunk branch will be checked out and packaged to generate JAR packages and RPM packages. During the installation process, the operating system of the system to be tested will be manually installed. After the operating system is installed, the RPM package will be installed in the system to be tested, the clou...

AI Technical Summary

Problems solved by technology

During the installation process, the operating system of the system to be tested will be manually installed. After the operating system is installed, the RPM package will be installed in the system to be tested, the cloud platform will be built manually, and the JAR package will be loaded into the cloud platform at last. The integration process will consume lot of time

[0003] Under the existing technology, the independent development of the cloud platform and the form of independent construction will lead to inconsistent development environments of each module. After the modules are packaged in a unified manner, the retest rate is high, and personal development is not easy to reproduce BUG, ​​and the development efficiency is low.

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