Communication host computer testing system and method thereof

Abstract

The invention relates to a communication system testing technique, disclosing a communication host machine testing system and method, reducing coupling between testing instances and host machine-side testing design, where each module in the host machine to be tested is provided with a testing interface to implement the most basic inquiry and data settings for the module, and it implements testing logics on testing terminal and according to each testing content, makes interface calling combination. Besides, the testing interface can be defined on configuration maintenance interface or implemented by custom channel, or implemented in transparent information channel.

Description

technical field [0001] The invention relates to the test technology of the communication system, in particular to the test system and method of the communication host. Background technique [0002] The design of the communication system is complex, resulting in a lot of content to be tested. From the perspective of the internal design of the communication equipment, there are two types of test items: the first test item does not affect the internal design of the system, and directly uses the normal operation and maintenance of the system and business functions for test cases. Observation of input and test results to verify whether the test results are consistent with expectations, such as figure 1 As shown in the left frame diagram, each system function in the system under test is divided separately, through the input of test cases, different system functions are tested, and finally whether the function is realized or not is observed through the test results. The design of ...

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Problems solved by technology

[0003] For the above-mentioned second test item, the test design must rely on the internal design of the communication device. This strong coupling relationship leads to the following main disadvantages of this type of test item: First, the test design lacks completeness, and the test design needs to be decomposed into Communication equipment system design, whether the test design is completed depends on the system design; secondly, the verification of the test design lacks reliability, and the success of the test item verification depends on the system design. The successful verification of the test function in the system design does not necessarily mean that it is the function under test. The verification is successful; the final test design lacks scalability, and the modification of the test items will lead to the modification of the system design, so many test items cannot be modified flexibly due to system version restrictions

[0009] Although this method can greatly improve the execution efficiency of the test, it does not help the test design on the host side, so this solution also has various technical shortcomings.

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