Information processing method and device

Abstract

The embodiment of the invention discloses an information processing method and device. The method comprises the following steps of: acquiring first information obtained by executing a preset test setby using a first program at a first moment, obtaining preset information obtained by executing the preset test set by using one or more second programs within a preset time period after the first moment, and if it is determined that the first program is matched with the one or more second programs, updating the indication values corresponding to the N second subprograms in the preset information by using the indication values corresponding to the M first subprograms included in the first information to obtain target information. In the method and the device, an indication value of a subprogramis acquired by taking the subprogram completing a preset function as a unit, the indication values of the subprograms in the plurality of test results can be combined according to the subprograms, sothat the technical problem that the test results of the subprograms are lost due to the combination of the indication values of different subprograms can be avoided, and the accuracy of the combinedcoverage rate data can be improved.

Description

technical field [0001] The present invention relates to the field of financial technology (Fintech), in particular to an information processing method and device. Background technique [0002] In the field of financial technology (Fintech), by using intelligent technology to process information, the quality of information can be comprehensively evaluated, thereby providing a basis for user decision-making. In the process of testing a program, obtaining the coverage information corresponding to the program is a commonly used testing method in the financial technology field. The coverage information corresponding to the program refers to the proportion information and degree information of the code executed in the process of executing the program in all codes. By determining the coverage information corresponding to the program, the quality of the code in the program can be measured. For example, if the degree of code coverage in the program is high, it can be determined that...

AI Technical Summary

Problems solved by technology

Using the above method, if the bytecode in the class program is not modified during the test, more accurate coverage information can be obtained; however, if the test process is executed multiple times, and the class program is modified during the test Part of the bytecode in the program may be due to the change of the line number of the modified bytecode, which may cause the coverage information corresponding to multiple test processes to be disordered, resulting in an error in the merging process of multiple test processes

For example, if a new line of bytecode is inserted before the 5th line of bytecode of the class program, and the new line of bytecode is called when the class program is executed, the coverage information before modification may include "5 , 0", and the modified coverage information may include "5, 1"; the bytecodes indicated by "5" in the two coverage information are actually different, in order to realize the two coverage information Merging may discard "5, 0" in the coverage information before modification during the merging process, resulting in inaccurate coverage information obtained by merging

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