# How to use this documentation

This documentation is designed for the users who want to understand or participate in DEXON network. 

we list the following categories:

## For Developers

- [Network Access Guide](Network-Access-Guide.md)
    - [Create Wallet](Create-Wallet.md)

- [DApp Development Guide](DApp-Dev-Guide.md)
    - [DApp Development](Dapp-Development.md)
    - [Access to Testnet](Access-to-Testnet.md)
    - [Tools and Libraries](Tools-and-Libraries.md)

- [System Spec](System-Spec.md)
    - [Accounts](accounts.md)
    - [Transaction](transaction.md)
    - [Block](block.md)

- [API](API.md)
    - [JSON-RPC API](rpc-api.md)
    - [WebSocket API](websocket-api.md)
    - [DATA API](data-api.md)


## For Miners

- [Node Operator Guide](Node-OP-Guide.md)
    - [Running a testnet BP node](Running--a-BP-node-for-Testnet.md)
    - [Running a BP node](DEXON-BP-Node-Operation-Guide.md)
    - [Running a RPC node](DEXON-RPC-Node-Operation-Guide.md)
    - [Rule for the DEXON node set](Rule-for-the-DEXON-node-set.md)

- [Fullnode Development Guide](Fullnode-Dev-Guide.md)
    - [Contribute to DEXON Fullnode](Fullnode-Development.md)
    - [List of Repositories](List-of-Repositories.md)

- [Technical Documentations](Tech-Docs.md)
    - [Consensus Algorithm V2 Specification](Consensus-Algo-v2-Spec.md)
    - [Selection of notary set size](Selection-of-the-notary-set-size.md): this doc describes how to decide the size of notary size according to hypergeometry distribution.
    - [DKG-Tsig Protocol](DKG-TSIG-Protocol.md): this doc describes the distributed key generation protocol which is the key generation of threshold signature in our implementation. 
    - [On-chain Random Oracle](On-Chain-Random-Oracle.md)
    - [DEXON Cryptoeconomics](DEXON-Cryptoeconomics.md)
    - [Governance Contract Interface](Governance-Contract-Interface.md)
    - [Configuration Change](Configuration-Change.md)

- [Resource](Resource.md)
    - [Blockchain Comparision](Blockchain-Comparison.md)
    - [DEXON papers](DEXON-PAPERS.md): the papers describe the DEXON consensus algorithm in theory.