adjust tests primitives and update README.md

README.md

@@ -34,9 +34,9 @@ Use a 32-byte master key and encrypt or decrypt a block in place:
 use rand_core::{OsRng, RngCore};
 use lioness_blockcipher::prelude::*;
 type TestLioness = Lioness::<
-    ChaCha20StreamCipher,
-    KeyedBlake2b,
-    TurboShake128Kdf
+    Aes128CtrStreamCipher,
+    Sha256PrependKey,
+    DomSepSha256Kdf,
 >;
 
 fn main() -> anyhow::Result<()> {
@@ -69,7 +69,5 @@ Some notes:
 ### TODO
 - [x] Add more tests, examples, and benchmarks ...
 - [x] Make it generic for any compatible cipher, keyed_hash, and KDF. 
-- [ ] Compare with existing implementation + maybe with Haskel when available.
-- [x] Add function which prepend the plaintext with k-zeros and checks authenticity after decryption.
-- [ ] impl enc and dec to the API to work beside encrypt_in_place and decrypt_in_place.
-- ...
+- [x] Compare with existing Haskel implementation.
+- [x] Add authenticated encryption and decryption which prepend the plaintext with k-zeros and checks authenticity after decryption.

tests/lioness.rs

@@ -3,13 +3,13 @@ mod tests {
     use rand_core::{OsRng, RngCore};
     use lioness_blockcipher::cipher::Aes128CtrStreamCipher;
     use lioness_blockcipher::kdf::DomSepSha256Kdf;
-    use lioness_blockcipher::keyed_hash::HmacSha256KeyedHash;
+    use lioness_blockcipher::keyed_hash::Sha256PrependKey;
     use lioness_blockcipher::prelude::*;
     type TestLioness = Lioness::<
         Aes128CtrStreamCipher,
-        HmacSha256KeyedHash,
-        DomSepSha256Kdf
-        >;
+        Sha256PrependKey,
+        DomSepSha256Kdf,
+    >;
     fn get_test_key() -> Key256 {
         let mut key: Key256 = Default::default();
         OsRng.fill_bytes(&mut key);