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SoulsenderSoulsender
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Merge pull request #5 from KiwiTG/main
Haze's Pull Request
2 parents d375609 + f87000f commit deb0849

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‎README.MD‎

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[onlyrat]: https://github.com/CosmodiumCS/OnlyRAT
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<!-- title -->
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# SkeletonKey
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# SkeletonKey V1.1
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Under Development!
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### Added:
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- Salt and Raw Hash Function to MD5
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- SHA1 to SHA512 Hashes
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- Blake2b and Blake2s Hashes
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- Twofish Encryption
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- Blowfish Encryption
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- Updated Pixel Encoding
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- Monoalphabetic Cipher
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- URL Encoding
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### Plan:
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- Windows Capable
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- Fernet Encryption
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- AES Encryption
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- RSA Encryption
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- 3/DES Encryption
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- Compression Methods
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- Fast Hash Brute Force Option
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- Extend SHA Library
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---
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SkeletonKey is an advanced cryptography hacking tool created by a joint development between [The Societal Security Guild](https://saintssec.com) and [Cosmodium CyberSecurity][ccs]. It was originally two seperate tools, one reffered to as "[Cryptex](https://github.com/SSGorg/Cryptex)" and the other as "[The Codex Project](https://github.com/CosmodiumCS/the-codex-project)". But on May 2, 2022, the lead developers [Cythes](https://github.com/AlexKollar) and [Blue Cosmo](https://github.com/CosmodiumCS) joined forces to build a central cryptography tool.
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‎ciphers/1337.py‎

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# help menu for cipheringing process
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help_menu = """
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+------------------------------------------------------+
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| [+] ARGUMENTS L33T 5P34K |
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| [+] ARG 1. Process |
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| [-e] ---------- Encrypt |
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| [-d] ---------- Decrypt |
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+------------------------------------------------------+
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| [+] ARG 2. Additional Aruments |
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| [-t <plaintext>] --------- Input Text |
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| [-i <input file>] -------- Input File [.txt] |
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| [-o <output file>] ------- Output File |
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+------------------------------------------------------+
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| [+] Example: |
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| cryptex l33t -e -t hello |
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+------------------------------------------------------+
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USAGE:
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key 1337 [FLAGS] [OPTIONS]
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FLAGS:
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-d, --decode Decrypt input text or file
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-e, --encode Encrypt input text or file
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OPTIONS:
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-i, --inputFile <input file> Input file to encrypt or decrypt
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-o, --output <output file> Output file for encrypted or decrypted text
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-t, --text <text> Input text to encode or decode
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EXAMPLES:
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key 1337 -e -t hello
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"""
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# leet chr
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output += leet_dictionary_dec[character]
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else:
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output += character
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return [output.capitalize(), True]
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return [output.capitalize(), True]

‎ciphers/b64.py‎

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# help menu for cipheringing process
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help_menu = """
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+-------------------------------------------------------+
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| [+] ARGUMENTS Base64 |
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| [+] ARG 1. Process |
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| [-e] ---------- Encrypt |
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| [-d] ---------- Decrypt |
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+-------------------------------------------------------+
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| [+] ARG 2. Additional Aruments |
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| [-t <plaintext>] --------- Input Text |
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| [-i <input file>] -------- Input File [.txt] |
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| [-o <output file>] ------- Output File |
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+-------------------------------------------------------+
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| [+] Example: |
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| cryptex b64 -e -t "hello" |
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+-------------------------------------------------------+
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USAGE:
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key b64 [FLAGS] [OPTIONS]
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FLAGS:
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-d, --decode Decrypt input text or file
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-e, --encode Encrypt input text or file
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OPTIONS:
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-i, --inputFile <input file> Input file to encrypt or decrypt
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-o, --output <output file> Output file for encrypted or decrypted text
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-t, --text <text> Input text to encrypt or decrypt
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EXAMPLES:
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key b64 -e -t "hello"
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"""
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# encode base64
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b64_bytes = base64.b64decode(text)
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output = b64_bytes.decode('ascii')
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return [output, True]
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return [output, True]

‎ciphers/bin.py‎

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# help menu for cipheringing process
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help_menu = """
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+------------------------------------------------------+
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| [✓] ARGUMENTS Binary |
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| [✓] ARG 2. Additional Aruments |
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| [-t <plaintext>] --------- Input Text |
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| [-i <input file>] -------- Input File [.txt] |
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| [-o <output file>] ------- Output File |
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+------------------------------------------------------+
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| [✓] Example: |
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| cryptex bin -e -t hello |
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+------------------------------------------------------+
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USAGE:
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key bin [FLAGS] [OPTIONS]
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FLAGS:
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-d, --decode Decrypt input text or file
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-e, --encode Encrypt input text or file
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OPTIONS:
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-i, --inputFile <input file> Input file to encrypt or decrypt
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-o, --output <output file> Output file for encrypted or decrypted text
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-t, --text <text> Input text to encrypt or decrypt
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EXAMPLES:
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key bin -e -t "hello"
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"""
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# encode binary
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def encode(input):
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for binary in binary_list:
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output += chr(int(binary, 2))
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return [output,True]
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return [output,True]

‎ciphers/blake2b.py‎

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#!/usr/bin/env python3
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# added by : H4Z3
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# edit of Mart | marvhus MD5 module
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import hashlib
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# help menu for cipheringing process
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help_menu = """
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USAGE:
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key blake2b [FLAGS] [OPTIONS]
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FLAGS:
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-b, --brute Brute force hash
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-e, --encrypt Encrypt input text or file
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-h, --help Prints help information
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-V, --version Prints version information
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OPTIONS:
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-i, --inputFile <input file> Input file to encrypt or decrypt
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-o, --output <output file> Output file for encrypted or decrypted text
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-r, --range <number> Max guess length (required if brute forcing dynamically)
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-t, --text <text> Input text to encrypt or decrypt
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-w, --wordlist <input file> Wordlist (required if brute forcing with wordlist)
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EXAMPLES:
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key blake2b -e -t "hello"
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"""
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# decode function [!] Each Cipher Must Have This <---------- [!]
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def encode(args):
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# Getting text from all passed in args
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# All other args can be grabbed the same way
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# Example key = input.key | range = input.range
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text = args.text
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salt = args.salt
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if text:
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# Run Decode
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output = f'Encoding | {text}'
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# Detect Salt
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if salt:
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rawresult = hashlib.blake2b( salt.encode('ascii') +
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text.encode('ascii') ).digest()
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output += f'Salt | {salt}'
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else:
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rawresult = hashlib.blake2b( text.encode('ascii') ).digest()
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result = rawresult.hex()
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output += f"\nBlake2b Raw Sum | {rawresult}\nBlake2b Sum | {result}"
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# Output content as string for main.py to print
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# Pass True if Success Message
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return [output,True]
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else:
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# Pass False if Fail Message
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# Return Nothing to have no output
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return [f'"{text}" is not a valid input for -t', False]
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# brute function [!] Optional Per Cipher <----------------- [!]
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def brute(args):
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# Getting text from all passed in args
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# All other args can be grabbed the same way
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# Example key = input.key | range = input.range
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text = args.text
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if args.wordlist and args.range:
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return ["Please only pick one '-r' or '-w\'", False]
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if text and args.wordlist:
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wordlist = args.wordlist
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# Run Decode
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output = f'Bruteforcing | {text}'
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length = len(wordlist)
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print()
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for i, word in enumerate(wordlist):
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print(f'Checking {i + 1}/{length}', end='\r')
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guess = hashlib.blake2b( word.encode('ascii') ).hexdigest()
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if guess.lower() == text.lower():
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output += f'\nDecoded Blake2b | {word}'
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return [output, True]
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continuear
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print()
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output = "Not found in wordlist"
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# Output content as string for main.py to print
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# Pass True if Success Message
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return [output, False]
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if text and args.range:
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import string
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import itertools
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alphabet = string.ascii_letters + string.punctuation + string.digits
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range_ = int(args.range)
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if range_ <= 0:
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return ["Can't use a range that is 0 or lower", False]
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i = 0
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print()
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for item in itertools.product(alphabet, repeat=range_):
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i += 1
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guess = "".join(item)
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print(f'Attempt {i} -- {guess}', end='\r')
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result = hashlib.blake2b( guess.encode('ascii') ).hexdigest()
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if result.lower() == text.lower():
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return [f'Decoded Blake2b | {guess}', True]
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print()
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return [f'Did not decode Blake2b with max range of {range_}', False]
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# Pass False if Fail Message
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# Return Nothing to have no output
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if not text:
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return [f'"{text}" is not a valid input for -t', False]
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return ['Unknown error', False]
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