Software production line system and production method thereof

Abstract

The invention discloses a software production line system and a production method thereof. The system comprises a component library, a business component generation module, a business component storage module, a business component selection and configuration module and a component assembly module. The component library is used for storing business components for a client to select and configure; the business component generation module is used for creating the business components meeting the standards of the component library; the business component storage module is used for adding the business components generated by the business component generation module to the component library; the business component selection and configuration module is used for selecting the required business components from the component library; and the component assembly module is used for generating a required software installation file according to the selected business components. While the code development amount is reduced, a productized production way of software product development is explored. The system can directly improve the reusability and agility of software development; and meanwhile, thedependency on personnel can be reduced and finally the large-scale and pipelined production capability of software is improved.

Description

Technical field [0001] The present invention belongs to the technical field of software and network, and relates to a software system, in particular to a software production line system; at the same time, the present invention also relates to the production method of the above software production line system. Background technique [0002] With the development of IT technology, the IT industry in developed countries in the world today is all paying attention to the development of enterprise-level application software and application software platforms (middleware) characterized by reuse technology and components and components, such as the United States, India, Ireland, etc. Countries with developed software industries have invested heavily and manpower in this area. Among them, the two major development platforms (including development languages) based on JAVA and .NET have received the most attention. Especially Microsoft's .NET platform has received unprecedented attention. T...

AI Technical Summary

Problems solved by technology

[0006] (1) A mature development system has not yet been formed, and software development remains at the production level of manual workshops, with low development efficiency and waste of resources;

[0007] (2) Lack of professional advantages, facing users alone, must meet various needs of users, and cannot form its own professional capabilities;

[0008] (3) The development process is not standardized enough. In the process of product development, developers use more and more tools. The project teams start their own work and fight alone. The development efficiency is low, the version is chaotic, and the complexity of the system will increase accordingly. As a result, it is difficult to be compatible and common among the final subsystems, which greatly wastes manpower and material resources, and greatly increases the production cost of the system.

[0009] (4) The cooperation and coupling degree of each link in the entire industrial chain is low, and the industry is in a state of low-level and sluggish development, which affects the improvement of China's overall software industry capabilities

[0011] At present, in response to the demand for software product production, some companies at home and abroad have provided corresponding solutions, which can be roughly divided into two categories: first, open source software development tools, and some open source software development tools provide ISVs (Independent Software Vendors) Help, but open source development tools do not provide components themselves, workflow and application middleware need to be written by themselves, so the requirements for developers are very high; followed by professional development platforms, such as Puyuan, Puba, Founder, etc., these development There are obvious problems with the platform:

[0012] 1) The high cost of use cannot meet the low investment needs of small and medium-sized informatization

[0013] 2) The number of application components and accessories accumulated in the platform is small, and there are too few standardized products that can be assembled for users, and the cost of customization is still high

[0014] 3) Most of them stay at the technical production level, and have not yet formed a certain industry application advantage

Images