PaaS cloud platform server-based system development method and server

Abstract

The invention provides a PaaS cloud platform server-based system development method and a server. The method comprises the steps: based on a PaaS cloud platform server, executing the function component according to the preset grouping configuration information, the version plan information and the function component; compiling all the functional components; obtaining grouping information and a program mirror image corresponding to each group. Each development department can maintain a respective source code warehouse (the type of the code warehouse cannot be required, such as GIT, SVN and thelike), thereby avoiding cross-department source code operations, code dependence and conflicts, and completely solving the development decoupling. According to the scheme, it is not involved that source codes of all departments are gathered and then compiled, but the development teams of all the departments publish MAVEN components after compiling by themselves, a research and development platformconducts logic combination on the components, conflicts of compiling time of all the departments are eliminated, and the version compiling coupling problem is solved.

Description

technical field [0001] The invention relates to the technical field of cloud servers, in particular to a system development method based on a PaaS cloud platform server and the server. Background technique [0002] System platform development is a software R&D organizational model in the IT system R&D process, which runs through various software engineering stages such as requirements, design, development, operation and maintenance. In some enterprises with considerable scale, different systems will be developed for different business fields to provide corresponding technical services. Some of these hotspot systems will have the following characteristics: 1) The demand for connected business lines is strong, and the demand changes frequently; 2) There are a large number of other systems that rely on this hotspot system, and the coupling between systems is high. To sum up the above reasons, the following problems will be encountered in the process of project promotion: 1. R&...

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Problems solved by technology

To sum up the above reasons, the following problems will be encountered in the process of project promotion: 1. R&D human resources cannot keep up; 2. In the process of cross-system R&D, the cost of coordination, communication and business knowledge learning is high; 3. It is difficult to achieve end-to-end business , one-stop R & D services

Under the traditional code submission mode, the access rights of the code base need to be precisely managed. The platform system development team needs to perform complex merge operations for various branch streams such as cross-departmental iterative development, delayed delivery, and production patches, which is prone to branch confusion and code conflicts.

[0007] 2. Version decoupling challenges

When the version is deployed in the traditional deployment environment, time conflicts and downtime conflicts are prone to occur between the development team, each test environment and production environment in version release, compilation and construction, requiring considerable communication and coordination costs

[0008] 3. Run the decoupling challenge

[0009] 4. When merging and deploying, there is runtime coupling. If the program developed by one of the department teams is abnormal, there will be a risk of the entire system being unavailable

[0011] 6. Lack of unified management of public components and services

The platform system needs to provide its private data and services to support the research and development of characteristic business functions of other department teams, but there is a lack of unified management for these public components and services

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