Bitcoin Computer
Bitcoin Computer is an easy-to-use smart contract platform for Bitcoin, enabling the creation of fungible tokens, NFTs, games, social networks, or complex systems like exchanges, auctions, and even artificial intelligence.
# Lib - docs.bitcoincomputer.io
The Bitcoin Computer Library (available on Github and Npm) provides all the functionality needed to write smart contracts with the Bitcoin Computer. To interface with the blockchain, the Bitcoin Computer Lib connects to a Bitcoin Computer node.
# Tutorial - docs.bitcoincomputer.io
A basic pattern for many applications is to identify a smart object by its id, look up the object's latest revision using computer.query, and then to compute its latest state using computer.sync. For example, imagine a chat app where the url would contain the id of a specific chat.
# Apps - docs.bitcoincomputer.io
The following are examples of open source applications builded with the Bitcoin Computer. They are all published under MIT licence so you can clone, copy, modify, contribute or use them as a starting point for you project.
Bitcoin Computer Wallet
Bitcoin Computer Wallet
# Legal Notice - docs.bitcoincomputer.io
We are publishing certain portions of the Software, on an open-source basis, to demonstrate the utility of the Bitcoin Computer. As this Software is open-source, it may be modified and deployed for a wide range of uses that we may not have intended.
# constructor - Bitcoin Computer
The constructor of the Computer class creates an instance. It's functionality is described in this API documentation.
# Smart Contract Language - Bitcoin Computer
The Bitcoin Computer uses special properties (called keyword properties) that control details of the transaction being build, and give the user information as to where on the blockchain a smart object was created and where it is currently stored.
# How it Works - Bitcoin Computer
In a Bitcoin Computer transaction, a JavaScript expression is embedded within a standard Bitcoin transaction. The result of evaluating this expression is linked to an output. If the result contains objects, each of these objects is assigned to a separate output.
# Node - docs.bitcoincomputer.io
The Bitcoin Computer Library can connect to a Bitcoin Computer Node to provides access to its functionality.