Ems memory leakage testing method in communication apparatus system

Abstract

The present invention relates to a detection method for memory leakage, having the following steps: step 1, the present invention defines the usage period as well as the leakage threshold value of a memory block and detects the parameter of a filter meter, which is used to provide basis for memory leakage detection; step 2, the present invention records the information of a request memory block, which is used to record the use information of the memory block; step 3, the present invention executes leakage detection to the parameter, which is used to detect whether memory leaks or not. The adoption of the method provided by the present invention can accurately detect memory leakage from time and space, and has very great flexibility.

Description

technical field [0001] The invention relates to a memory leak detection method in a communication device system, in particular to a memory leak detection method in an optical communication device system. Background technique [0002] A memory leak means that memory is allocated for use by a program, but the program does not release the memory after using it, resulting in the allocated memory being unable to be recycled. As the program runs, the available memory in the system will become less and less, causing the system to be paralyzed due to insufficient memory, causing serious impact. [0003] Generally, an embedded system runs in a communication device, and the memory resource of the system is precious and limited. The software on this system is generally required to run continuously for a long time. As long as even a small part of the memory is leaked, it may cause insufficient memory of the system over time, and eventually paralyze, resulting in interruption of communi...

AI Technical Summary

Problems solved by technology

[0005] At present, memory leaks are generally detected by using software tools and defining the lifetime of memory blocks, but this has several shortcomings

First, most of these tools are based on the Windows platform, and applications must be ported to the Windows platform before they can be used.

Second, these tools can only be used during the testing phase of the application, not when the application is moved to run on the communication device

Some memory leaks are difficult to find in the testing phase, and often only appear in actual use

Third, in many cases, the lifetime of a memory block is difficult to determine. Some programs may need to use a memory block without releasing it. By defining the lifetime of a memory block, misjudgment will occur.

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