Automatic test framework based on embedded equipment

Abstract

The invention provides an automatic test framework based on embedded equipment. The framework comprises a calling module: used as an engine of the whole automatic test framework to drive all other modules to firstly deploy test parameters, call a test case and a logic relationship, run the test case, and generate test data, a test report, an email and a log; a data packet receiving and transmitting module: repackaging an API of the test instrument, constructing a required communication protocol packet, and defining to transmit, receive and analyze functions of each communication protocol packet, so as to facilitate calling in a test case; and a session module: transmitting a required operation command to the to-be-tested equipment in the testing process so as to realize interaction with the to-be-tested equipment. In design, the frame system breaks through a traditional automatic test method, a hierarchical design idea is adopted, and a frame design module is separated from a service module of a test script, so that code maintenance of a later new function test is greatly facilitated.

Description

technical field [0001] The invention relates to the technical field of automated testing, in particular to an automated testing framework based on embedded devices. Background technique [0002] With the rapid development of software today, automated testing has become an increasingly recognized trend and trend in the field of software testing. Many companies with a certain scale have established their own automation teams within the team to create automated testing frameworks and use them in actual software testing work. At the same time, their skills are also used as an important criterion for talent assessment, such as Larger enterprises, such as foreign Google, Microsoft, IBM, domestic Huawei, ZTE, Lenovo, etc., all have relatively mature automated testing frameworks. [0003] The automated testing framework is a process of transforming human-driven testing behavior into machine execution of software programs. The research field of software testing automation mainly foc...

AI Technical Summary

Problems solved by technology

[0012] 3. Many deadlocks, resource conflicts, multi-threading, memory leaks and other related defects are difficult to capture through manual testing

[0013] 4. When performing system pressure and performance tests, it is difficult to conduct actual tests through on-the-job tests when it is necessary to simulate a large amount of data or a large number of concurrent users to operate the system at the same time, read and write data and other applications

[0015] 6. When the entire project time is very tight, if one person needs to execute thousands of test cases within 2 days, this is also impossible for manual testing

[0046] Abstract: In the embedded software development process, for complex large-scale embedded software, its life cycle is long, after the software changes, it needs to continue multiple rounds of regression testing

Images