Interface testing method and device

Abstract

The embodiment of the invention relates to an interface testing method and device. The interface testing method comprises the following steps: according to interface information of an interface of a called module, reading testing data of the interface from a preset storage unit; sending a first call request to the called module, wherein the first call request carries the interface information and the testing data, and the first call request is used for indicating the called module to test the interface corresponding to the interface information according to the testing data; and receiving a testing result returned by the called module after testing the interface. And therefore, the testing speed of the interface can be speeded up, and the testing complexity of the interface can be reduced.

Description

technical field [0001] The present application relates to the field of computer technology, in particular to an interface testing method and device. Background technique [0002] In the traditional technology, when testing the interface of the adjusted module, the test data of the interface is directly constructed manually in the test-driven test script, or the test data is constructed through a custom tool, and then the above-mentioned interface is tested according to the constructed test data. However, in the first method above, the efficiency of manually constructing test data is relatively low, which affects the testing speed of the interface; and in the second method, developers usually need to develop custom tools first, and the development of custom tools requires development The personnel have a good understanding of the internal structure of the module being adjusted. In addition, when the interface of the test changes, it may be necessary to make adaptive modificat...

AI Technical Summary

Problems solved by technology

[0002] In the traditional technology, when testing the interface of the adjusted module, the test data of the interface is directly constructed manually in the test-driven test script, or the test data is constructed through a custom tool, and then the above-mentioned interface is tested according to the constructed test data. However, in the first method above, the efficiency of manually constructing test data is relatively low, which affects the testing speed of the interface; and in the second method, developers usually need to develop custom tools first, and the development of custom tools requires development The personnel have a good understanding of the internal structure of the module being adjusted. In addition, when the interface of the test changes, it may be necessary to make adaptive modifications to the custom tool and reconstruct the test data, which increases the complexity of the interface test.

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