windjammer 0.48.0

A simple language inspired by Go, Ruby, and Elixir that transpiles to Rust - 80% of Rust's power with 20% of the complexity
Documentation 
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// std/crypto - Cryptographic utilities with proper abstraction
// Implementation: sha2, bcrypt, base64 (hidden from users)

// PUBLIC API - Users interact with these functions only

// Base64 Encoding/Decoding

fn base64_encode(data: string) -> string {
    // Implementation wraps: base64::encode(data)
    ""
}

fn base64_decode(data: string) -> Result<string, string> {
    // Implementation wraps: base64::decode(data) + String::from_utf8
    Err("Base64 decoding requires base64 crate (auto-added)")
}

fn base64_encode_bytes(data: Vec<u8>) -> string {
    // Implementation wraps: base64::encode(&data)
    ""
}

fn base64_decode_bytes(data: string) -> Result<Vec<u8>, string> {
    // Implementation wraps: base64::decode(data)
    Err("Base64 decoding requires base64 crate (auto-added)")
}

// Password Hashing (bcrypt)

fn hash_password(password: string) -> Result<string, string> {
    // Implementation wraps: bcrypt::hash(password, DEFAULT_COST)
    Err("Password hashing requires bcrypt crate (auto-added)")
}

fn hash_password_with_cost(password: string, cost: int) -> Result<string, string> {
    // Implementation wraps: bcrypt::hash(password, cost)
    Err("Password hashing requires bcrypt crate (auto-added)")
}

fn verify_password(password: string, hash: string) -> Result<bool, string> {
    // Implementation wraps: bcrypt::verify(password, hash)
    Err("Password verification requires bcrypt crate (auto-added)")
}

// SHA-256 Hashing

fn sha256(data: string) -> string {
    // Implementation wraps: use sha2::{Sha256, Digest}; hex::encode(Sha256::digest(data))
    ""
}

fn sha256_bytes(data: Vec<u8>) -> Vec<u8> {
    // Implementation wraps: Sha256::digest(&data).to_vec()
    vec![]
}

fn sha256_hex(data: string) -> string {
    // Implementation wraps: hex::encode(Sha256::digest(data))
    ""
}

// SHA-512 Hashing

fn sha512(data: string) -> string {
    // Implementation wraps: use sha2::{Sha512, Digest}; hex::encode(Sha512::digest(data))
    ""
}

fn sha512_bytes(data: Vec<u8>) -> Vec<u8> {
    // Implementation wraps: Sha512::digest(&data).to_vec()
    vec![]
}

// HMAC (coming in future version)
// fn hmac_sha256(key: string, data: string) -> string
// fn verify_hmac_sha256(key: string, data: string, expected: string) -> bool

// Random Bytes (for cryptographic use)
// fn random_bytes(len: int) -> Vec<u8>

// USAGE EXAMPLES (what users should write):
//
// use std::crypto
//
// fn main() {
//     // Base64 - Windjammer API! ✅
//     let encoded = crypto.base64_encode("Hello, World!")
//     println!("Encoded: {}", encoded)
//     
//     let decoded = crypto.base64_decode(encoded)?
//     println!("Decoded: {}", decoded)
//     
//     // Password hashing
//     let password = "my_secure_password"
//     let hash = crypto.hash_password(password)?
//     println!("Hash: {}", hash)
//     
//     // Verify password
//     let valid = crypto.verify_password(password, &hash)?
//     println!("Password valid: {}", valid)
//     
//     let invalid = crypto.verify_password("wrong_password", &hash)?
//     println!("Wrong password valid: {}", invalid)
//     
//     // SHA-256
//     let hash = crypto.sha256("Hello, World!")
//     println!("SHA-256: {}", hash)
// }
//
// NOT THIS (crates exposed): ❌
// let encoded = base64::encode("Hello")
// let hash = bcrypt::hash("password", bcrypt::DEFAULT_COST)?
// let digest = sha2::Sha256::digest(data)

// NOTE: Full implementation coming in v0.14.0
// sha2, bcrypt, base64 are auto-added as dependencies