Disassembly file processing method and device, equipment and storage medium

Abstract

The invention discloses a disassembly file processing method and device, equipment and a storage medium. The processing method comprises the steps of obtaining a target disassembly file; reading a file line in the target disassembly file; performing character matching on file lines in the target disassembly file based on the starting character and the ending character of the object to be recognized; under the condition that the to-be-recognized object is matched in any file line, marking an object starting position and an object ending position of the to-be-recognized object in the matched target file line; extracting a target character field corresponding to the matched to-be-recognized object according to an object starting position and an object ending position of the matched to-be-recognized object in the target file line; the extracted target character field is subjected to block storage on the basis of the preset array storage structure, recognition extraction and storage of the to-be-recognized object in the disassembly file are achieved, the storage efficiency is improved, and subsequent use of assembly instruction elements is facilitated.

Description

technical field [0001] The present application relates to the technical field of automatic identification of disassembled files, in particular to a disassembled file processing method, device, equipment and storage medium. Background technique [0002] In the process of formal authentication, it is necessary to identify and extract the file lines in the disassembly file to obtain the specified information, such as extracting and storing the assembly instructions and instruction addresses, and eliminating the assembly instructions and instruction addresses. Disassembly file information, for example, remove disassembly file information such as source code, comments, and blank lines. In the prior art, manual identification is used to determine assembly instructions and instruction addresses. In the process of manual identification, disassembly files are prone to appear. Data identification errors or omissions waste manpower and time costs, and the storage efficiency of assembly...

AI Technical Summary

Problems solved by technology

[0002] In the process of formal authentication, it is necessary to identify and extract the file lines in the disassembly file to obtain the specified information, such as extracting and storing the assembly instructions and instruction addresses, and eliminating the assembly instructions and instruction addresses. Disassembly file information, for example, remove disassembly file information such as source code, comments, and blank lines. In the prior art, manual identification is used to determine assembly instructions and instruction addresses. In the process of manual identification, disassembly files are prone to appear. Data identification errors or omissions waste manpower and time costs, and the storage efficiency of assembly instructions and instruction addresses is low, and the assembly instruction calling process is complicated

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