#32 update docs

Author: olehnikolaiev

README.md

@@ -119,6 +119,17 @@ Encrypts a raw hex-encoded message using the BLS threshold encryption from the c
 
 ---
 
+### `bite.encryptMessageForCTX(message, scAddress)`
+
+Encrypts a raw hex-encoded message specifically for Confidential Transactions (CTX). This is a convenience method that sets the `scAddress` as `AADTE`.
+
+- **Parameters**:
+  - `message`: `string` – A hex string to encrypt (with or without `0x` prefix).
+  - `scAddress`: `string` – The Smart Contract Address to be used as AADTE.
+- **Returns**: `Promise<string>` – An encrypted hex string in RLP format.
+
+---
+
 ### `bite.getDecryptedTransactionData(transactionHash)`
 
 Retrieves decrypted transaction data from the configured BITE provider using the `bite_getDecryptedTransactionData` JSON-RPC method.

src/core/bite.ts

@@ -60,16 +60,6 @@ export class BITE {
         return encrypt.encryptMessage(message, committees, undefined, scAddress);
     }
 
-    /**
-     * Encrypt a transaction object using BLS public key for CTX.
-     * @param tx - The transaction to encrypt.
-     * @param scAddress - Optional Smart Contract Address for AADTE. If not provided, tx.to will be used.
-     */
-    async encryptTransactionForCTX(tx: encrypt.Transaction, scAddress?: string): Promise<encrypt.Transaction> {
-        const committees = await biteRpc.getCommitteesInfo(this.providerURL);
-        return encrypt.encryptTransaction(tx, committees, undefined, scAddress ?? tx.to);
-    }
-
     /**
      * Encrypt a transaction object using BLS public key and provided committees info.
      * @param tx - The transaction to encrypt.

tests/README.md

@@ -25,6 +25,7 @@ The test relies on a Solidity contract named `Game`. This contract implements a
     *   `submitPlaintext(bytes)`: Adds plaintext data to the state.
     *   `decryptAndExecute()`: Packages the encrypted and plaintext data and performs a `staticcall` to the precompiled `submitCTX` stored at address `0x14`. The `submitCTX` precompile creates a BITE2 Transaction (Confidential Transaction - CTX), which is then added to the next block.
     *   `onDecrypt(bytes[], bytes[])`: Called as part of the execution flow to process the now-decrypted data. It calculates the sums of the values and determines if the user "won" (difference between sums < 101). Every CTX created via the `submitCTX` precompile is sent to the `onDecrypt(bytes[], bytes[])` function of the same address that initiated the call to `submitCTX`.
+    *   `didUserWin`: Returns the `userWon` flag.
 
 ## Test Steps
 
@@ -36,7 +37,7 @@ The `runSampleBITE2` function performs the following steps:
 
 2.  **Encrypted Data Submission**:
     *   Generates 5 random numbers (range 50-249).
-    *   Encrypts each number using `bite.encryptMessage(hexValue)`.
+    *   Encrypts each number using `bite.encryptMessageForCtx(hexValue, contractAddress)`.
     *   Calls `submitEncrypted` on the contract to store these values.
 
 3.  **Plaintext Data Submission**: