#Accept Bitcoin

Finally a developer-friendly tool to simply accept bitcoins in your site.

• Lite and fast, built on top of bitcore.
• No need to install local bitcoin node RPC client. We use blockr API instead.
• No need to install any wallet client.
• Create ad-hoc address to accept bitcoins and transfer incomes to your offline account.
• Easy configurations.

##Get Started

Simply install via npm:

npm install accept-bitcoin

Load AC and you're ready to go!

var acceptBitcoin = require('accept-bitcoin');
var ac = new acceptBitcoin('YOUR_BITCOIN_ADDRESS');

##Motivation Accepting bitcoins online can be complex to program and require you to install a bitcoin RPC client in order to read and write to the blockchain. This client require a lot of resources (in terms of CPU, networking and storage).
Most of the users are using a wallet to store their bitcoins. This wallet is a simple way to secure your public and private key. For security reasons you better save this wallet offline in a "cold storage".
More about the motivation behind this project at my blog post.

##Example You can override the default settings on creating

Examples are provided here

var settings = {network: 'live'}
var acceptBitcoin = require('accept-bitcoin');
var ac = new acceptBitcoin('YOUR_BITCOIN_ADDRESS', settings);
key = ac.generateAddress({alertWhenHasBalance: true});
console.log("Hello buyer! please pay to: " + key.address());
key.on('hasBalance', function(amount){
  console.log("thanks for paying me " + amount); //do stuff
  key.transferBalanceToMyAccount(function(err, d){
    if (d.status === 'success') console.log("Cool, the bitcoins are in my private account!");
  });
});

##Settings

You can override the default settings:

name	type	default value	comment
payToAddress	string	-	Your bitcoin adress you wish to transfer incomes to.
network	string	test	choose your bitcoin RPC env. values are: test and livemore info here
password	string	-	choose your random password to encrypt generated keys.
storePath	string	./keys.txt	path to store a file containing all the ad-hoc generated keys.
encryptPrivateKey	bool	false	in case you want the stored keys to be encrypted (using password).
payReminderToAddress	string	payToAddress	In case transfer amount is smaller than income and fees.
includeUnconfirmed	bool	false	include unconfirmed transactions when checking for unspent incomes
checkTransactionEvery	int	1000 * 60 * 2 (2 minutes)	how often (in millisecond) to ping the network when checking for transactions.
checkBalanceTimeout	int	1000 * 60 * 60 * 2 (2 hours)	timeout (in millisecond) when checking balance of an address.
checkUnspentTimeout	int	1000 * 60 * 60 * 2 (2 hours)	timeout (in millisecond) when checking unspent transactions of an address.
minimumConfirmations	int	6	minimum confirmations needed in order to trigger hasBalance event.
txFee	float	0.0001	fee (in bitcoin) for transferring amount from ad hoc address to your address.

###Key class This class is responsible for creating new bitcoin addresses, storing them and transferring funds between them. Some key functions are:
storeKey(wk) - store your key in a local file. Can be encrypted.
checkBalance()- check and notify you when an address has minimum balance. payTo(payToAddress, options, callback) - transfer all balance of this address to another address.

###Encrypt class Contains helpers to encrypt and decrypt strings. Used for storing your keys data locally.

##Contribute Please do. Fork it, star it, share it and add your code to the project. Help others.
All the src code is written in coffeescript and is under src. There's a tool that convert it automatically to js each time you change a file and put it under lib folder. Simply run cake build for that.

##License

MIT