Doc tests

sunscreen_tfhe/src/high_level.rs

@@ -1001,7 +1001,7 @@ pub mod evaluation {
     /// For step 2, we use private functional keyswitching (PFKS) to transform the
     /// `cbs_radix.count` [LweCiphertext]s encrypted under `glwe_2` into
     /// `cbs_radix.count * glwe_2.size + 1` [GlweCiphertext]s. The PFKS operations multiply each
-    /// [GlevCiphertext](crate::entities::GlevCiphertext) by the corresponding polynomial in
+    /// [GlevCiphertext] by the corresponding polynomial in
     /// the `glwe_1` [GlweSecretKey](crate::entities::GlweSecretKey) to create a valid
     /// [GgswCiphertext].
     ///

sunscreen_tfhe/src/ops/encryption/glev_encryption.rs

@@ -60,7 +60,7 @@ pub(crate) fn encrypt_secret_glev_ciphertext_generic<S>(
 /// # Remarks
 /// GLEV ciphertexts feature redundant encryptions of `msg` where each message is scaled
 /// by a corresponding gadget factor. This sets up some clever algebraic cancellation
-/// that enables the GGSW [x] GLWE outer product.
+/// that enables the GGSW-times-GLWE outer product.
 pub fn scale_msg_by_gadget_factor<S>(
     scaled_msg: &mut PolynomialRef<Torus<S>>,
     msg: &PolynomialRef<Torus<S>>,