Method and device for detecting and positioning abnormal throwing processing defects

Abstract

The invention discloses a method and a device for detecting and positioning abnormal ejection processing defects. The method comprises the following steps: firstly, inserting a program to be tested, inserting a control code before a method which possibly throws an exception, so that after the program to be tested is executed, outputting inserted method information and calling information through the control code, and determining whether the exception is thrown or not and what exception is thrown through matching of exception triggering configuration information; then obtaining a possible triggered exception type set according to the inserted method list; performing suspicious exception triggering test on each exception type according to the exception type set to obtain a suspicious methodexception information set; finally, performing a context combination exception trigger test on each piece of suspicious method exception information in the suspicious method exception information setto obtain exception throwing defect positioning information. According to the invention, through filtering of suspicious exception triggering tests, the exception throwing processing defect positioning range is greatly reduced, so that the positioning efficiency is greatly improved.

Description

technical field [0001] The invention relates to testing technology, in particular to testing of exception throwing processing defects. Background technique [0002] Exception handling (Exception Handling) is a mechanism in high-level programming languages ​​to deal with abnormal conditions that occur in software or information systems. Exception handling is usually a measure taken to prevent unknown errors. It provides an effective method for dealing with certain types of errors, which can improve programming efficiency and program robustness. In Android applications, there are two ways to handle exceptions. One is to use the throws keyword in the method signature to throw exceptions, and the other is to use try and catch modules to handle exceptions that occur in the program. However, it is very difficult to verify the correctness of the exception handling module of an Android application, especially when it involves exception handling code related to external resource ope...

AI Technical Summary

Problems solved by technology

However, it is very difficult to verify the correctness of exception handling modules in Android applications, especially when it comes to exception handling codes related to operations related to external resources, it is even more difficult to measure the correctness of exception handling codes

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