29 lines
1.3 KiB
Markdown
29 lines
1.3 KiB
Markdown
XOR Encryption
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==================
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Simple implementation of XOR Encryption/Decrypting in various languages, including:
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- [C](C/main.c)
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- [C#](C%23/Main.cs)
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- [C++](C++/main.cpp)
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- [Dart](Dart/xorencryption.dart)
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- [F#](F%23/Program.fs) by [pawelizycki](https://github.com/pawelizycki)
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- [Go](Go/xor.go)
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- [Groovy](Groovy/XOREncryption.groovy)
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- [Java \(Android Compatible\)](Java%20\(Android%20compatible\)/XOREncryption.java)
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- [JavaScript \(Node.js Compatible\)](JavaScript/XOREncryption.js)
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- [CoffeeScript](CoffeeScript/XOREncryption.coffee)
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- [Kotlin](Kotlin/XOREncryption.kt)
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- [Objective-C](Objective-C/main.m)
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- [PHP](PHP/XOREncryption.php)
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- [Python](Python/XOREncryption.py)
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- [Ruby](Ruby/xor.rb)
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- [Swift](Swift/XOREncryption.swift)
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- [Visual Basic.NET](VB.NET/XORCrypto.vb)
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This implementation goes beyond the basic single-key model to use multiple keys in a particular sequence, making it that much more difficult to brute-force.
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In these examples, I'm encrypting the same string with the same keys in order to keep consistency with the output, and to demonstrate that an encrypted string from a C program can be decrypted in a Java application, or any combination, so long as the keys remain the same.
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For an in-depth explanation of the code, check out [KyleWBanks.com](http://kylewbanks.com/blog/Simple-XOR-Encryption-Decryption-in-Cpp).
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