可用操作
操作流程
文件名：
大小：
类型：
已载入：
大小：
类型：
已载入：
access_time
大小：
to
KiB
基于CyberChef版本： 9.48.0
编译时间： 08/11/2022 09:54:40 UTC
据说SRK都或多或少沾点IT，这个工具箱就是为他们准备的。
套壳自CyberChef - The Cyber Swiss Army Knife
Based on CyberChef © Crown Copyright 2016. Released under the Apache Licence, Version 2.0.
预计于2035年掏空CyberChef代码。届时SRK Toolbox将成为完全自主研发。
备注：汉化工作基本结束，仍存在一些小bug，应该不影响使用吧……
有300多种操作可以使用（汉化死我了），可以方便地搞定很多解码操作，以下是一些例子：
可以！直接把文件拖到输入区域就可以了。
根据你的浏览器，最大差不多可以处理2GB的数据，但是这么大的数据，有些操作可能会非常慢。
如果输出内容大小大于某个值（默认1MiB），输出会变成文件链接供下载。你可以预览文件当中的一些内容。
“Magic”操作会根据输入内容自动尝试解码。原理请查阅CyberChef的原始文档。
以下是CyberChef的原版内容，我不想努力翻译了：
A simple, intuitive web app for analysing and decoding data without having to deal with complex tools or programming languages. CyberChef encourages both technical and non-technical people to explore data formats, encryption and compression.
Digital data comes in all shapes, sizes and formats in the modern world – CyberChef helps to make sense of this data all on one easy-to-use platform.
The interface is designed with simplicity at its heart. Complex techniques are now as trivial as drag-and-drop. Simple functions can be combined to build up a "recipe", potentially resulting in complex analysis, which can be shared with other users and used with their input.
For those comfortable writing code, CyberChef is a quick and efficient way to prototype solutions to a problem which can then be scripted once proven to work.
It is expected that CyberChef will be useful for cybersecurity and antivirus companies. It should also appeal to the academic world and any individuals or companies involved in the analysis of digital data, be that software developers, analysts, mathematicians or casual puzzle solvers.
It is hoped that by releasing CyberChef through GitHub, contributions can be added which can be rolled out into future versions of the tool.
There are around 200 useful operations in CyberChef for anyone working on anything vaguely Internet-related, whether you just want to convert a timestamp to a different format, decompress gzipped data, create a SHA3 hash, or parse an X.509 certificate to find out who issued it.
It’s the Cyber Swiss Army Knife.
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