A variable real-time monitoring method and system based on a micro-kernel architecture

Abstract

The invention provides a variable real-time monitoring method and system based on a micro-kernel architecture. The method comprises the following steps: compiling a basic type or a user-defined type package class in a framework of an application program; Compiling a construction function and a resolution function of the packaging class, and reloading operators; Variables needing to be monitored are marked in the construction function and the analysis function; Constructing a local database of variables needing to be monitored, wherein the local database is used for storing change information of the variables needing to be monitored of the package class when the application program runs; Customizing a monitoring display plug-in according to the monitoring UI demand, and setting a specifiedmonitoring variable; Defining and replacing the specified monitoring variable through a packaging class; When the application program is in the running state, the monitoring display plug-in is run andstarted, and the monitoring display plug-in obtains the change condition of the specified monitoring variable from the local database and displays the change condition. According to the invention, applications developed by applying the framework have a convenient and friendly variable monitoring capability in a running state.

Description

technical field [0001] The invention relates to the technical field of software architecture, in particular to a variable real-time monitoring method and system based on microkernel architecture. Background technique [0002] The microkernel architecture is sometimes referred to as the plug-in architecture pattern, see figure 1 , which is a general software architectural pattern that has no mandatory association with the software development language used. The microkernel architecture consists of two components: the core system and the plug-in modules. The application logic is split into independent plug-in modules and the core system, which provides the characteristics of scalability, flexibility, functional isolation and custom processing logic. The microkernel architecture is used in a wide range, and the more famous plug-in architecture products are Eclipse and Firefox. [0003] In the process of software development and debugging, breakpoints, viewing local variables...

AI Technical Summary

Problems solved by technology

Because the use of variables in programming is very flexible, it is easy to modify the same variable in multiple places, which means that if you need to closely monitor every modification of the variable, you must follow the modification location to increase log printing, This duplication of labor seems extremely cumbersome

As a general software architecture method, the microkernel architecture solves the problem of building a software framework, but does not provide a solution to the above problems. Problems with variable monitoring

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