Unified platform application framework for reducing system service model complexity

Abstract

The invention discloses a unified platform application framework for reducing system service model complexity. The unified platform application framework comprises a basic application layer from bottom to top, wherein the basic application layer comprises a hardware driver, operation environment configuration, an executive interpreter, a service state, a basic reference set, a filing log, an operation application layer and a graphical interface interaction display layer; and distributing the business model on the component system of each application layer, providing basic application functionsfor the outside by the component system in a unified representation form, and combining, matching and packaging the component systems to realize extended application functions.

Description

technical field [0001] The invention relates to a unified platform application framework for reducing the complexity of the system business model. Background technique [0002] After years of development, information technology has been widely used in various industries, a variety of software and hardware products have sprung up, and more traditional industries have migrated to informatization and automation. [0003] In the traditional way, many software and hardware products are often operated and executed while making changes during use. In many cases, due to various constraints, such as time, cost, staffing, etc., there may not be a unified specification , There may not be a complete design process, but follow the needs of customers, changes in the actual environment, improvement of functions, etc., and move forward step by step and continuously. For small-scale software and hardware products whose logic does not need to be too rigorous, this process is quicker and easi...

AI Technical Summary

Problems solved by technology

[0003] In the traditional way, many software and hardware products are often operated and executed while making changes during use. In many cases, due to various constraints, such as time, cost, staffing, etc., there may not be a unified specification , or there may not be a complete design process, but follow the needs of customers, changes in the actual environment, improvements in functions, etc., and move forward step by step and continuously

For small-scale software and hardware products whose logic does not need to be too rigorous, this process is quicker and easier to use, but with the expansion and complexity of the functional structure, due to the lack of overall planning and design, development risks will follow. At the same time, the overall maintenance of the product or system will be very difficult because there is no sufficient consideration of the testing process, no maintainability operations, and possibly no documentation.

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