number generation

src/main.rs

@@ -1,16 +1,21 @@
 mod dghv;
+mod dghv_asym;
+mod utils;
 use crate::dghv::{decrypt_bit, encrypt_bit, generate_secret_key};
 
 fn main() {
-    let eta = 64;
+    let eta = 10000;
     let secret_key = generate_secret_key(eta);
 
     let bit = 1;
-    let ciphertext = encrypt_bit(bit, &secret_key);
+    let ciphertext = encrypt_bit(bit, &secret_key, 10000, 512);
     let decrypted = decrypt_bit(&ciphertext, &secret_key);
+    let opx2 = ciphertext.clone() * encrypt_bit(1, &secret_key, 10000, 512);
+    let decrypted_opx2 = decrypt_bit(&opx2, &secret_key);
 
     println!("clear bit (b): {}", bit);
     println!("Secret key (p): {}", secret_key);
     println!("Encrypted bit (c): {}", ciphertext);
     println!("decrypted bit : {}", decrypted);
+    println!("decrypted bit AND 1: {}", decrypted_opx2);
 }