Monax is an application platform for building, testing, maintaining, and
operating applications built to run on an ecosystem level.
monax is a tool which makes it easy for developers to build, test, manage, and operate smart contract applications. No matter the blockchain.
For the motivation behind this tool see this post.
- Install Docker.
- Install Go.
go get github.com/monax/cli/cmd/monax
monax init
See below for the directory structure created by init.
Please see our getting started page for those who are not familiar with go and/or docker.
The monax tool is centered around a very few concepts:
services— things that you turn on or offchains— develop permissioned chainspkgs— our smart contract tool chainkeys— wrapping of our key management tooling
These concepts provide the core functionality of what we think a true smart contract application platform requires.
To get started using monax to see what the tooling can do and how it can help your development patterns for smart contract applications, please see our tutorial series.
monax is mostly an opinionated wrapper around Docker's API. We have found that running applications locally which require sophisticated installation paths and/or complex configuration work best when used from Docker's container based system.
Each of the concepts listed above is described in a bit more detail below.
Services are "things that you turn on or off". Examples of services include:
- a PGP daemon
- an IPFS node
- a Bitcoin node
- an Ethereum node
- a Tendermint test chain node
- BigchainDB service
- ZCash node
Services work from a base of service definition files. These files are held on the host in the following location: ~/.monax/services. Service definition files tell monax how a docker container should be started. The specification for service definition files is located here.
To see the various ways in which monax can interact with services, please type:
monax services
Chains are an opinionated toolchain around permissioned chains. They can be most easily thought of as your "develop" branch for chains. In other words, if you need to work on a permissioned chain, then it is best to use monax chains. Chains hardcode most of the service starting criteria, but still allow for some flexibility as to how chains are worked with.
To see the various ways in which monax can help you develop chains, please type:
monax chains
Pkgs are an opinionated toolkit to help you deploy and test your smart contract packages on both permissioned and unpermissioned blockchain networks.
monax pkgs is a package manager to deal with contracts. The package manager is a yaml based automation framework which makes it trivial to deploy and test your smart contract systems. The specification for monax:jobs definition files is located here.
Pkgs give you access to test your smart contracts both against "throwaway chains" which are one time use chains that are needed for the sole purpose of testing smart contract packages, as well as existing blockchain networks.
To see the various ways in which monax can help you develop smart contract applications, please type:
monax pkgs
Keys is an opinionated toolchain around monax-keys. Please note that this concept of the monax platform is for development only and should not be used in production because it has not been fully security audited and we do not plan for it to be. In production the keys service should be replaced with your audited security system of choice.
To see the various ways in which monax can help you manage your various key pairs, please type:
monax keys
Created by monax init in $HOME directory:
├── .monax/
│ ├── monax.toml
│ ├── apps/
│ ├── bundles/
│ ├── chains/
│ ├── account-types/
│ ├── chain-types/
│ ├── keys/
│ ├── data/
│ ├── names/
│ ├── scratch/
│ ├── data/
│ ├── languages/
│ ├── services/
│ ├── keys.toml
Are Welcome! Before submitting a pull request please:
- fork from
develop - go fmt your changes
- have tests
- pull request
- be awesome
See our CONTRIBUTING.md and PULL_REQUEST_TEMPLATE.md for more details.
Please note that this repository is GPLv3.0 per the LICENSE file. Any code which is contributed via pull request shall be deemed to have consented to GPLv3.0 via submission of the code (were such code accepted into the repository).
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