🔗near

Description

The transfer function is an asynchronous function that facilitates the transfer of a specified amount of cryptocurrency from one account to another on the NEAR blockchain.

Parameters

Parameter	Data Type	Description
privateKey	string	The private key of the sender's NEAR account.
accountId	string	The account ID of the sender's NEAR account.
receiver	string	The account ID of the recipient's NEAR account.
value	string	The amount of cryptocurrency to be transferred (in NEAR).
env	string	The environment in which the transaction is performed

Response

Field	Data Type	Description
code	number	Indicates the status of the transaction (1: success, 0: failure).
result	string	The hash of the transaction if successful, or an error message if unsuccessful.

Example Request and Response

Prerequisites

Before making requests with QUBIT SDK, you must have it installed.

You can install QUBIT SDK using either npm or yarn. Use the following commands to install QUBIT SDK:

npm install @nest25/wallet-lib
OR
yarn add @nest25/wallet-lib

Request

Here is an example of how to make a transfer request using the QUBIT SDK:

// import QUBIT SDK
import { Wallet } from 'nest25/wallet-lib';

// Create a new instance of the Wallet class
const wallet = new Wallet();

const testMnemonic = 'divorce poverty spend fire symbol market good skull rebel surge giggle album';
// receiver address
const receiver = '0xd040591F093eacFAB8734350aac24703a0081f29';

const main = async () => {
  // transfer 10000 yactoNEAR from the test mnemonic to the receiver address
  const response = await wallet.transfer('btc',testMnemonic,receiver,'10000');
  // print the response
  console.log(response);
};

main();

Response

 {
        code: 1,
        result: '5oWsXKXkTYxWUeBtyhaC6xxx7ZNRXW5qq1PJpbas1y4zQqgD9mxPGBF2zCeUkVHornFDo63hriUdVGuPp49u5Tvy'
      }

Use Cases

• Transfer Bitcoin: The transfer function can be used to transfer a specific amount of Bitcoin from one address to another. It requires the private key of the sender's address, the amount to be transferred, the recipient's address, the desired environment (e.g., testnet or mainnet), the sender's address, and the ECC object for cryptographic operations.

• Error Handling: The function handles potential errors during the transfer process. If any step fails, an error object with a code and description is returned, indicating the cause of the failure.