Plug-in type development method and system based on process

Abstract

The invention provides a plug-in type development method and system based on a process. The plug-in type development method and system based on process are based on a process plug-in framework. Meanwhile, two different types of plug-ins, namely a dynamic link library plug-in and an independent process plug-in, are provided, wherein each plug-in still follows the same plug-in specification; however, the independent process plug-in can exclusively share the memory space allocated by the operating system, so that if a single process crashes, synchronous crash of the whole system cannot be caused,substantial fault isolation can be realized, and stable and efficient operation of the whole system is effectively guaranteed.

Description

technical field [0001] The invention relates to the technical field of plug-in framework development, in particular to a process-based plug-in development method and system. Background technique [0002] The plug-in framework is also called the microkernel framework, which is essentially an architecture for designing and developing software based on the kernel + plug-in model. Traditional software development basically belongs to the development mode of a single block. When the software needs more, the business system will grow correspondingly. If the software needs to be added or modified, this will bring huge pressure to the business system. At the same time, it will bring many uncertain factors to the business system, which will affect the overall operation function and stability of the software. At present, the plug-in framework is implemented based on the java language, which is mainly developed for the java system, and the plug-in is usually in the form of a dynamic l...

AI Technical Summary

Problems solved by technology

Traditional software development basically belongs to the development model of a single block. When the software needs more, the business system will grow correspondingly. If the software needs to be added or modified, this will bring huge pressure to the business system. At the same time, it will also bring many uncertain factors to the business system, which will affect the overall operation function and stability of the software.

At present, the plug-in framework is implemented based on the java language, which is mainly developed for the java system, and the plug-in is usually in the form of a dynamic library. The plug-in in the form of a dynamic library can effectively solve the problem of system plug-in assembly, but All plugins are still in the same process and share the memory space in the process, which causes the crash of a single plugin to cause the entire system to crash

It can be seen that the plug-in framework of the prior art cannot effectively guarantee the stable and efficient operation of the system as a whole

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