Testing method, device and testing system for single board of communication apparatus

Abstract

The embodiment of the invention provides a testing method for a single board of a communication apparatus, which comprises the following steps: reading message configuration attributes, and generating a testing message according to the message configuration attributes; transmitting the testing message to the tested single board; receiving a message returned from the tested single board, judging whether the received message is the message formed after the testing message is processed by the tested single board, and if so, checking the message to obtain the check result; and making statistics on the check result, and generating a test report according to the statistical result. The testing method can test the problems in the actual operation process of the network, and obtain a reliable andtrue test result. In addition, the testing method is automatic in the whole testing process without manual intervention, thereby reducing the dependence on skills or experiences of testing personnel and obtaining a more objective test result.

Description

technical field [0001] The invention relates to the field of wireless transmission, in particular to a test method, equipment and a test system for a single board of communication equipment. Background technique [0002] Existing communication equipment such as base stations, base station controllers, etc. generally have a frame structure, and the boards can be divided into transmission interface boards, main control boards, signaling processing boards, frame processing boards, power supply boards, and baseband boards according to their functions. , each single board is connected through the backplane switching bus. For example, under the current background of all-IP transmission, all boards can be connected through the backplane GE bus, and each board is assigned a different IP address to realize IP-based communication between boards. [0003] With the rapid development of society, people's demand for various communication services is becoming more and more vigorous. The ...

AI Technical Summary

Problems solved by technology

First of all, this kind of special test equipment is very expensive; secondly, the real network environment is complex and changeable, and the test equipment has no programmability for users, and its test content is limited by the function of the test equipment itself, and often can only simulate several typical data For some special tests, such as limit test, abnormal test, packet out-of-sequence and payload verification, etc., it cannot be tested, and private protocol packets cannot be generated. However, passing these special tests can often expose system hidden problems

That is to say, it is actually difficult to completely simulate the real network environment in the prior art, which uses a special testing instrument, resulting in insufficient testing.

In addition, the testing method of the existing technology has a low degree of automation, and the test quality depends on the experience and technology of the testers, which is easy to miss some hard-to-find errors

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