typos

Author: aritkulova

contracts/libs/TxMerkleProof.sol

@@ -8,9 +8,9 @@ pragma solidity ^0.8.28;
 library TxMerkleProof {
     /**
      * @notice Possible directions for hashing:
-     * - Left: computed hash is on the left, sibling hash is on the right.
-     * - Right: computed hash is on the right, sibling hash is on the left.
-     * - Self: node has no sibling and is hashed with itself.
+     * Left: computed hash is on the left, sibling hash is on the right.
+     * Right: computed hash is on the right, sibling hash is on the left.
+     * Self: node has no sibling and is hashed with itself
      * */
     enum HashDirection {
         Left,
@@ -28,8 +28,7 @@ library TxMerkleProof {
      * @notice Returns true if `leaf_` can be proven to be part of a Merkle tree
      * defined by `root_`. Requires a `proof_` containing the sibling hashes along
      * the path from the leaf to the root. Each element of `directions_` indicates
-     * the hashing order for each pair.
-     * Uses double SHA-256 hashing.
+     * the hashing order for each pair. Uses double SHA-256 hashing
      */
     function verify(
         bytes32[] calldata proof_,
@@ -46,8 +45,7 @@ library TxMerkleProof {
      * @notice Returns the rebuilt hash obtained by traversing the Merkle tree
      * from `leaf_` using `proof_`. A `proof_` is valid if and only if the rebuilt
      * hash matches the given tree root. The pre-images are hashed in the order
-     * specified by the `directions_` elements.
-     * Uses double SHA-256 hashing.
+     * specified by the `directions_` elements. Uses double SHA-256 hashing
      */
     function processProof(
         bytes32[] calldata proof_,