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extern crate lockchain_core as lcc;
extern crate lockchain_files as files;
use crate::files::FileVault;
use crate::lcc::traits::Vault;
use crate::lcc::users::User;
use crate::lcc::{
crypto::{Key, KeyType},
EncryptedBody, Generator, Payload, Record, VaultType,
};
use std::env;
fn main() {
if env::args().len() == 3 {
let path = env::args().nth(1).unwrap();
let name = env::args().nth(2).unwrap();
let key = Key::from_pw(KeyType::Aes256, "foobar3264", "spacekookie");
let _vault: FileVault<EncryptedBody> = Generator::new()
.path(name, path)
.user_type(VaultType::SoloUser {
username: "spacekookie".into(),
secret: key.as_slice().to_vec(),
}).finalise()
.unwrap();
}
// let vault: FileVault<EncryptedBody> = FileVault::new(&name, &path);
// let mut store = match (
// vault.meta_pull_domain("userstore"),
// vault.meta_pull_domain("registry"),
// ) {
// (Some(users), Some(registry)) => (users.clone(), registry.clone()).into(),
// _ => UserStore::default(),
// };
// /* Some users of our vault have the same password :S */
// store.add(User::register("alice", "password"));
// let token = store.get_token(vec!());
// let (users, registry) = store.into();
// vault.meta_push_domain(users);
// vault.meta_push_domain(registry);
// vault.sync();
// } else {
// eprintln!("Usage: create <path> <name> [FLAGS] (there are no flags)")
// }
}
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