ethereumjs/ethereumjs-blockchain

Higher-order functions and common patterns for asynchronous code

Resources common to all Ethereum implementations

A collection of utility functions for Ethereum

A cache object that deletes the least-recently-used items.

Recursive Length Prefix Encoding Module

TypeScript definitions for async

TypeScript definitions for node

takes json-cov output into stdin and POSTs to coveralls.io

Modern native Git hooks

the Istanbul command line interface

tap-producing test harness for node and browsers

TypeScript execution environment and REPL for node.js, with source map support

An extensible static analysis linter for the TypeScript language

Create api documentation for TypeScript projects.

A plugin for TypeDoc that enables TypeScript API documentation to be generated in Markdown.

TypeScript is a language for application scale JavaScript development

an ethash implementation in JS

Provides Block serialization and help functions

A convenience package bundling LevelUP & MemDOWN

semaphore for node

TypeScript definitions for bn.js

TypeScript definitions for semaphore

TypeScript definitions for tape

TSLint config focused on maximizing type safety

An Ethereum VM implementation

An Ethereum VM implementation

An Ethereum VM implementation

🎛 Core contracts for Xswap V2 protocol

🎛 Core contracts for Elite Swap V2 protocol

Proxy contract for the Materia protocol

NodeJS and browser JS library for Ethereum

📖 Solidity libraries that are shared across Bullswap contracts

The KEVM Ethereum VM implementation

🎛 Core contracts for the Venom exchanges

An Ethereum VM implementation

An Ethereum VM implementation

📖 Solidity libraries that are shared across oneverseSwap contracts

An Ethereum VM implementation

EthereumJS client implementation

Core contracts for the InnoSwap protocol

An Ethereum VM implementation

🎛 Core contracts for the BitmindV1 protocol

📖 Solidity libraries that are shared across Afria contracts

Olymp Swap Lib

Before deploying check out the `.env.example` and `.env.test.example` files. You should create your own `.env` (if you plan to deploy to mainnet) and `.env.test` (if you plan to deploy to testnet) files. ```bash DEPLOYER_PRIVATE_KEY=<PRIVATE KEY OF THE DEPLOYER WALLET> ETHERSCAN_API_KEY=<ETHERSCAN API KEY> CHILD_CHAIN_RPC=<RPC OF THE CHILD CHAIN> ROOT_CHAIN_RPC=<RPC OF THE ROOTH CHAIN> ROOT_GAS_PRICE=<GAS PRICE ON THE ROOT CHAIN> ROOT_GAS_LIMIT=<GAS LIMIT ON THE ROOT CHAIN> CHILD_GAS_PRICE=<GAS PRICE ON THE CHILD CHAIN> CHILD_GAS_LIMIT=<GAS LIMIT ON THE CHILD CHAIN> CHECKPOINT_MANAGER=<CHECKPOINT MANAGER ADDRESS> STAKE_MANAGER=<STAKE MANAGER ADDRESS> FURY_TOKEN=<ADDRESS OF THE FURY ERC20 TOKEN> FX_ROOT=<ADDRESS OF THE FX ROOT CONTRACT> FX_CHILD=<ADDRESS OF THE FX CHILD CONTRACT> DAO=<ADDRESS THAT WILL BE USED AS A DAO ON STFURY> INSURANCE=<ADDRESS THAT WILL BE USED AS AN INSURANCE ON STFURY> TREASURY=<ADDRESS THAT WILL BE USED AS A TREASURY ON STFURY> STFURY_SUBMIT_THRESHOLD=<SUBMIT THRESHOLD> ``` # Deploying To deploy on testnet run: ```bash npm run deploy:test ```

🎛 Core contracts for the LitedexV1 protocol