Information system based on visual programming technology and construction method thereof

Abstract

The invention provides an information system based on a visual programming technology and a construction method thereof, and belongs to the technical field of software information system development. The information system based on the visual programming technology comprises a bottom layer component module, a data model module, a visual programming module and an automatic deployment module, and the bottom layer component module comprises a plurality of components which can be used for all links of operation of the information system; the data model module is a group of component libraries for operating data required by an information system, and the visual programming module provides a set of WYSIWYG software design tools; according to the automatic deployment module, after an application program developed by a system user is completed, a platform takes over remaining code automatic generation and deployment links. The invention provides a novel method for constructing a software application system and an information system, which consists of a component developer, a system user and a system administrator, so that the cost is saved when an enterprise develops a new business application.

Description

Technical field [0001] The present invention belongs to the technical field of software development of information systems and more particularly relates to a visual information system based programming techniques and construction method. Background technique [0002] Currently in the field of software development, in particular web applications and mobile app applications, the traditional development model is a browser-based product manager, interface designers, software architects, programmers interface code, software programmers background, combined software testers together with the completion of systematic project. Modern information system gradually to large, complex development, but also has flexible business needs changing, frequently updated version of the system features. Although as technology advances, the difficulty of software development is also lower, but still reflects the traditional development mode following shortcomings: 1, team member roles complexity and div...

AI Technical Summary

Problems solved by technology

Although the difficulty of software development is decreasing with the advancement of technology, the traditional development model still has the following shortcomings: 1. The roles of development team members are complex and diverse, which will inevitably lead to challenges such as difficult management, many coordination and communication links, and a large gap in technical capabilities , which in turn affects the cost and progress of the overall software development, which is one of the reasons why the current enterprise-level software product prices remain high; 2. Demand response speed is slow

But at the same time, it also brings corresponding shortcomings: 1. In order to meet the ever-changing needs of users in various industries, such services usually provide very complex functions, which increases the learning cost and difficulty of use for users; 2. Manufacturers bundle a series of services, Fees are charged according to time, and the cost remains high after long-term use; 3. Strong dependence

Once the manufacturer's service is used and used for normal production and business flow, it is difficult to leave or migrate, making users enter a passive consumption situation

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