Monitoring method in computer program running process

Abstract

The invention discloses a monitoring method in a computer program running process. The method comprises the following steps: step 1, managing a screen recording abbreviation thread a, providing the capability of starting and ending video recording, providing the starting time of screen recording and the capability of converting a specified time point into a video time point, and the capability of extracting a picture of the recorded video at a specified moment as a picture; 2, receiving a monitoring request which is called as a thread b for short, converting the monitoring request into a specific moment, notifying a screen recording thread to obtain a screenshot, and supporting the capability of expanding processing, including storing and sending a screenshot file, of a user according to an actual demand; 3, addinga monitoring step in key steps since the program needs to support, that is, the program supports to use an internal step screenshot scheme. The operation time consumption of the method is obviously less than that of direct screenshot; the accurate time needing to be monitored can be obtained, so that the accuracy is better; therefore, the method is better in real-time performance due to the fact that screenshot needs to consume less bandwidth during network transmission.

Description

technical field [0001] The invention relates to a monitoring method in the running process of a computer program, which is applicable to various fields that have certain monitoring and auditing requirements for program execution. Background technique [0002] At present, when users engaged in finance, industrial production and other industries use computer programs, they often have requirements for continuous monitoring of the entire process of program operation, which can be summarized as real-time and accuracy. Real-time refers to generating monitoring results as quickly as possible, accurate Reliability means that the monitoring results are close enough to what is actually expected to be monitored. At the same time, on the premise of meeting the above monitoring requirements, the program also needs to ensure that the performance loss it suffers needs to be as small as possible, and the consumption of storage resources needs to be as low as possible (that is, only record t...

AI Technical Summary

Problems solved by technology

The accuracy of this method is excellent, because after recording the whole process of program execution, the video file will inevitably include all operations during program execution, so users can freely search for the program execution status at any time from the video file; it is different from other external monitoring The same method, this method will not have a significant impact on the performance of the program; and the real-time performance of this method is poor, because although the video can be recorded in real time, the synchronous transmission of the generated results to the monitoring terminal is based on the nature of the video , the use of streaming not only has extremely high requirements on the network, but also has obvious delays. If the entire video file is transmitted after the end of the video, the real-time performance will be greatly reduced; and the consumption of storage resources is even more serious, because The video contains a complete execution process, and what users really care about is often only a series of time points in the video. Even if the video is compressed, a lot of storage space will still be wasted

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