Lib.rs

hapi-iron-oxide

This module is made to be compatible with brc-dd/iron-webcrypto, which is the crate that backs vvo/iron-session. This allows APIs made in Rust be able to talk to Next.js.

Installation

cargo add hapi-iron-oxide

Usage

Salt size can be customized from both const generics. The first generic argument is the salt size of the encryption algorithm (AES-256, AES-128). And the second generic argument is the salt size of integrity algorithm (SHA-256).

use hapi_iron_oxide::*;

let password = "passwordpasswordpasswordpasswordpasswordpasswordpasswordpassword";
let data = "Hello World Please";

let sealed = seal::<32, 32, _>(data.to_string(), password, Default::default());
let unsealed = unseal(sealed, password.clone(), Default::default());

assert_eq!(unsealed.unwrap(), data.to_string());

The options struct can be customized like This

use hapi_iron_oxide::*;

let password = "passwordpasswordpasswordpasswordpasswordpasswordpasswordpassword";
let data = "Hello World Please";

let options = SealOptionsBuilder::new().ttl(1000);

let sealed = seal::<32, 32, _>(data.to_string(), password, options);

assert_eq!(
    options,
    SealOptions {
        encryption: EncryptionOptions {
            algorithm: Algorithm::Aes256Cbc,
            iterations: 1,
            minimum_password_length: 32,
        },
        integrity: EncryptionOptions {
            algorithm: Algorithm::Sha256,
            iterations: 1,
            minimum_password_length: 32,
        },
        ttl: 1000,
        timestamp_skew: 60,
        local_offset: 0,
    }
);
assert!(!sealed.is_empty());

Thank you

Thank you to

• brc-dd/iron-webcrypto
• iron-auth/iron-crypto for the ideas and implementation details.