Ethereum Address Generator - Node
Generate private key and its associated ethereum address
Getting Started
These instructions will provide you a copy of the module and run in your application so that the clients can create their own private keys and ethereum compliance addresses.
Prerequisites
node: ">=4.2.4"
npm
Installation
npm install node-eth-address --save
Usage
getDefaultAddress()
var nodeEth = require('node-eth-address');
/**
This password encrypts your private key. This does not act as a seed
to generate your keys. You will need this password + your private key
to unlock your wallet
*/
var password = 'test@123';
var address = nodeEth.getDefaultAddress(password);
/*
{
/* Your ethereum address */
address: '0xc4d5895cdEd9477018Bcc53F524F8B17e2C3C884',
/* Your private key */
privateKey: '0x6371262b577bfb2b36b82e493dd89b00bae550539a890feefdb6c2012d0e89fc',
/* Your JSON Keystore - make a Json file and store on your local computer */
keyStore: {
address:"0xc4d5895cdEd9477018Bcc53F524F8B17e2C3C884",
crypto: {
cipher:"aes-128-ctr",
ciphertext:"08b0de1bff09f3d4077c135ece5f3140055a66e626ff9f072f670b4840a4645a",
cipherparams: {
iv:"51294c8fd947c401f470c16ac9d55f0b"
},
mac:"34abb6c37420facd36eb4474e9c849580dc5d51e5d5c7cf453ba32980f9b7389",
kdf:"pbkdf2",
kdfparams: {
c:262144,
dklen:32,
prf:"hmac-sha256",
salt:"a9a18a01e2e468f85f6d003a4c20a9f3da897b2130df3a7fe7df8b40644f4d6b"
}
},
id:"5e4df928-5693-4b9e-a849-2bc812b9ce16",
version:3
}
}
*/
getEthereumAddress()
/* To generate ethereum address from private key */
var privateKey = '0x6371262b577bfb2b36b82e493dd89b00bae550539a890feefdb6c2012d0e89fc';
var ethAddress = nodeEth.getEthereumAddress(privateKey);
/*
0xc4d5895cdEd9477018Bcc53F524F8B17e2C3C884
*/
validateAddress()
/* To Validate ethereum address */
var address = '0xc4d5895cdEd9477018Bcc53F524F8B17e2C3C884';
var isValid = nodeEth.validateAddress(address);
/*
true or false
*/
recoverPrivateKey()
/*
To recover private key from Keystore Json file
and password which was used to generate address
*/
var password = 'test@123';
var keyStore: {
address:"0xc4d5895cdEd9477018Bcc53F524F8B17e2C3C884",
crypto: {
cipher:"aes-128-ctr",
ciphertext:"08b0de1bff09f3d4077c135ece5f3140055a66e626ff9f072f670b4840a4645a",
cipherparams: {
iv:"51294c8fd947c401f470c16ac9d55f0b"
},
mac:"34abb6c37420facd36eb4474e9c849580dc5d51e5d5c7cf453ba32980f9b7389",
kdf:"pbkdf2",
kdfparams: {
c:262144,
dklen:32,
prf:"hmac-sha256",
salt:"a9a18a01e2e468f85f6d003a4c20a9f3da897b2130df3a7fe7df8b40644f4d6b"
}
},
id:"5e4df928-5693-4b9e-a849-2bc812b9ce16",
version:3
}
var privateKey = nodeEth.recoverPrivateKey(password,keyStore);
/*
0x6371262b577bfb2b36b82e493dd89b00bae550539a890feefdb6c2012d0e89fc
*/
Author
License
This project is licensed under the MIT License - see the LICENSE file for details