Glossary SXO

Introduction

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Terms

• SXO: Small XOR Large (SXO) is a simple encryption technique that uses the exclusive OR (XOR) operator to encrypt and decrypt data. It is commonly used for small amounts of sensitive information, such as passwords or account numbers.
• Encryption: The process of converting plaintext into ciphertext, which can only be decrypted using a secret key known only to the recipient.
• Decryption: The process of converting ciphertext back into plaintext using the same secret key.

Examples

Here are some examples of how SXO can be used to encrypt and decrypt data:

// Example of encrypting data using SXO
let input = "password123\";
let key = \"mykey\";
sxo_encrypt(input, key); // returns encrypted data
descrypt(encrypted_data, key); // returns original data
elif(encrypted_data != original_data) {
eprintf(\"Error: Data has been tampered with!\\");} else {
etflix();} // Example of decrypting data using SXO
function sxo_encrypt(input, key) {
nonce = generate_random_number();
nonce_length = sizeof(key) * 8; // assuming key length is 64 bits
padded_key = pad_key(key, nonce_length); // pads key with random bytes to match nonce length
encrypted_data = xor(input, xor(padded_key, nonce)); // xors input with padded key and nonce to create encrypted data
eprintf(\"Encrypted data: %s\\\", encrypted_data); return encrypted_data;}
sxo_decrypt(encrypted_data, key); // decrypts data using SXO function
descrypt(encrypted_data, key); // returns original data
descrypt(original_data, key); // returns original data if decryption was successful; otherwise throws error