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A pure, powerful core for your bitcoin project.
LEOcoincore is a complete, native interface to the Bitcoin network, and provides the core functionality needed to develop apps for bitcoin.
#Principles
Bitcoin is a powerful new peer-to-peer platform for the next generation of financial technology. The decentralized nature of the Bitcoin network allows for highly resilient bitcoin infrastructure, and the developer community needs reliable, open-source tools to implement bitcoin apps and services.
LEOcoincore unchains developers from fallible, centralized APIs, and provides the tools to interact with the real Bitcoin network.
#Get Started
LEOcoincore runs on node, and can be installed via npm:
npm install
It is a collection of objects useful to bitcoin applications; class-like idioms are enabled via Soop. In most cases, a developer will require the object's class directly. For instance:
var LEOcoincore = require('LEOcoincore');
var Address = LEOcoincore.Address;
var Transaction = LEOcoincore.Transaction;
var PeerManager = LEOcoincore.PeerManager;
#Examples
Examples are provided here Build the examples by installing and running gulp:
npm install -g gulp
gulp
Javascript files available at /examples folder.
#Security
Please use at your own risk.
LEOcoincore is still under heavy development and not quite ready for "drop-in" production use. If you find a security issue, please email [email protected].
#Contributing
LEOcoincore needs some developer love. Please send pull requests for bug fixes, code optimization, and ideas for improvement.
#Browser support
To build LEOcoincore full bundle for the browser (this is automatically executed after you run npm install):
node browser/build.js -a
This will generate a browser/bundle.js file which you can include in your HTML to use LEOcoincore in the browser.
##Example browser usage
From example/simple.html
<!DOCTYPE html>
<html>
<body>
<script src="../browser/bundle.js"></script>
<script>
var LEOcoincore = require('LEOcoincore');
var Address = LEOcoincore.Address;
var a = new Address('CKerhGhLn3SYBEQwby7VyVMWf16fXQUj5d');
console.log('1KerhGhLn3SYBEQwby7VyVMWf16fXQUj5d is valid? '+a.isValid());
</script>
</body>
</html>
You can check a more complex usage example at examples/example.html.
To build the main LEOcoincore bundle, run:
node browser/build.js -m
To build all features into the LEOcoincore bundle (which will lead to a large filesize), run:
node browser/build.js -a
To generate a customized LEOcoincore bundle, you can specify which submodules you want to include in it with the -s option:
node browser/build.js -s Transaction,Address
This will generate a browser/bundle.js containing only the Transaction and Address class, with all their dependencies. Use this option if you are not using the whole bitcore library, to optimize the bundle size, script loading time, and general resource usage.
Run tests in node:
mocha
Or generate tests in the browser:
grunt shell
And then open test/index.html in your browser.
To run the code coverage report:
npm run-script coverage
And then open coverage/lcov-report/index.html in your browser.
#License
Code released under the MIT license.
