Buried point injection method and device of application programs

Abstract

The invention relates to the technical field of internet, and provides a buried point injection method and device of application programs for terminal equipment. The method includes performing decompression on an original installation package to obtain the code files of the original installation package; executing decompilation operation on the code files to obtain converted assembly files after the decompilation operation is performed on the code files; searching a method corresponding to a pre-configured reference condition in the assembly files, the reference condition including method names and method signatures; injecting a buried point code corresponding to the method at a corresponding position of a method which is the same with the reference condition in the assembly files; and packing the assembly files injected with the buried point code into an installation package after the searching of the assembly files is completed. The method can automatically inject the corresponding buried point code after finding the position needing buried points without artificial point burying; the method is high in efficiency; and the method can be used for the buried point injecting of any application programs based on the realization of the decompression and decompilation on the original installation package of the application programs, and thus, the method has wide application ranges.

Description

technical field [0001] The invention relates to the technical field of computers, in particular to a method and device for injecting buried points of application programs. Background technique [0002] Buried points refer to implanting statistical codes at corresponding positions in the code to collect statistics on system performance and user behavior. Whether an application software is in the testing phase or the online operation phase, it needs to be embedded to help product development and operation and maintenance find problems. [0003] There are two traditional ways of burying points. One is manually burying points by developers, which is costly, takes a long time, and cannot guarantee the quality and coverage of burying points. Therefore, this method of burying points is inefficient. The other uses Java (computer programming language) word bytecode to bury the point, and achieves the purpose of modifying Java operation logic by modifying Java bytecode (.class file) ...

AI Technical Summary

Problems solved by technology

However, this method has requirements on the development environment. The tools provided by some manufacturers can only support part of the development environment. For example, the tools provided by Newrelic only support four Android development environments. The applicability of this embedded method is low.

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