Software test pile based on automatic test framework, compiling method and application method for software test pile based on the automatic test framework

Abstract

The invention provides a software test pile based on an automatic test framework, a compiling method and application method for the software test pile based on the automatic test framework. The automatic test framework comprises a function module, a test case module and a data module, and an automatic test script in the test case module calls the function module and the data module to initiate a request to external equipment; the software test pile comprises a mapping module and an entity module; the mapping module is compiled in the function module, and the entity module is compiled in the test case module; the entity module is used for monitoring a message sent by the external equipment based on the request, storing a copy of the monitored message to the data module, and calling the mapping module for processing; and the mapping module is used for matching corresponding requests and responses according to the messages, dynamically processing the responses according to needs and returning the responses to the external equipment, so that the external equipment processes the requests according to the responses and then returns the requests to the automatic test scripts in the test case module.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of automated testing, in particular to a software test stub, a writing method and an application method based on an automated testing framework. Background technique [0002] The separation of traditional software test piles and automated test frameworks leads to the following shortcomings: First, the system flexibility is poor. When the automated test framework needs to verify the content received by the software test piles, it needs to communicate with the software test piles to obtain them. This process is inflexible and there are also error rates such as network fluctuations or environmental interference; second, the development cost is high. When a new protocol is added to the system under test, the automated test framework needs to develop an automated test protocol library for this protocol. Corresponding to the development of a set of protocol libraries for software test pil...

AI Technical Summary

Problems solved by technology

[0002] The traditional software test stub is separated from the automated test framework, which leads to the following disadvantages: First, the system flexibility is poor. When the automated test framework needs to verify the content received by the software test stub, it needs to communicate with the software test stub to obtain it. This process is inflexible and there are also error rates such as network fluctuations or environmental interference; second, the development cost is high. When a new protocol is added to the system under test, the automated test framework needs to develop an automated test protocol library for this protocol. Corresponding to the development of a set of protocol libraries for software test stubs, that is, the same protocol needs to develop two sets of protocol libraries

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