Shared memory based real-time monitoring and control method and system for software running process

Abstract

The invention relates to a shared memory based real-time monitoring and control method and system for software running process, which can be used for dynamically acquiring a variable value, a software running state and various parameters in a software program during the software running process and supporting real-time control of software execution flow. By the method and the system, the variable value, the software running state and various parameters in the software program can be periodically collected, and the execution flow is controlled in real time; during real-time data collection, a shared memory is only needed to be periodically read, the corresponding data in the shared memory is acquired, the related software running state can be acquired, the running of a current program is not needed to be stopped, and the influence on the program is reduced; and during real-time control of the execution flow, the real-time control of the execution flow is achieved by changing the control variable value of the shared memory. The invention provides a simple shared memory management interface easy to use, and the collection of the soft running state and the control of the execution flow can be supported better.

Description

technical field [0001] The invention belongs to the field of information technology, and in particular relates to a method for real-time monitoring and control of a software running process, which can be applied to the development technology field of various monitoring software and the field of software error debugging. Background technique [0002] In the process of software development and operation, it is usually necessary to understand the operation of the software, and when an error occurs, quickly locate and repair the error, so as to provide reliable services. However, in reality, software often only outputs the results required by users, and most global or local variables are completely transparent to users. Therefore, if you encounter an error during the development process, you need to stop the program and debug it; if you encounter a problem during the running process, you need to suspend the service to troubleshoot and locate the error. During this process, deve...

AI Technical Summary

Problems solved by technology

These operations affect the reliability of the service, and even bring unnecessary losses to users

In some specific cases, because the Debug version of the executable program adds a large amount of auxiliary debugging information, its running performance is greatly affected. Therefore, the Debug version may not have errors, but the Release version may have errors or even crashes.

In addition, a large amount of auxiliary debugging information may also lead to the destruction of debugging data that does not affect program execution when an error occurs, resulting in no software-related errors in the Debug version, but errors or even crashes in the Release version

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