@solarity/hardhat-markup NPM

Hardhat Markup

Hardhat plugin to generate customizable smart contracts documentation.

What

This plugin generates markdown documentation of the contracts present in the project. Leveraging the natspec and solc capabilities, it is able to output beautiful uniswap-like .md files.

Installation

npm install --save-dev @solarity/hardhat-markup

Add the following statement to your hardhat.config.js:

require("@solarity/hardhat-markup")

Or, if you are using TypeScript, add this to your hardhat.config.ts:

import "@solarity/hardhat-markup"

Tasks

The documentation generation can be run either with built-in compile or the provided markup task.

To view the available options, run these help commands:

npx hardhat help compile
npx hardhat help markup

Environment extensions

This plugin does not extend the environment.

Usage

The npx hardhat markup command will compile and generate documentation for all the contracts used in the project into the default folder.

Clean old artifacts via npx hardhat clean command.

Configuration

The default configuration looks as follows. You may customize all fields in your hardhat config file.

module.exports = {
  markup: {
    outdir: "./generated-markups",
    onlyFiles: [],
    skipFiles: [],
    noCompile: false,
    verbose: false,
  },
}

outdir: The directory where to store the generated documentation
onlyFiles: If specified, documentation will be generated only for matching sources, other will be ignored
skipFiles: Documentation will not be generated for any matching sources, also if those match onlyFiles
noCompile: Skips project recompilation before the documentation generation
verbose: Detailed logging on generation

Including/excluding files

Path stands for relative path from project root to either .sol file or directory.
If path is a directory, all its files and sub-directories are considered matching.
If source is a node module, node_modules must not be present in the path.

Example

Overview

License: MIT

contract Example

Author: Solidity lover

The example contract

This contract is meant to work as the example of how hardhat-markup plugin works.

In a nutshell, the plugin parses natspec documentation and presents it in a beautiful, Uniswap-like style, leveraging MD format.

You can also have code blocks inside the comments!

contract Example {
    function foo() external {
        . . .
    }
}

Events info

Random

event Random(uint256 value)

The event that emits a random value

Parameters:

Name	Type	Description
value	uint256	the random value

Errors info

Oops

error Oops(string reason)

The error, occurs from time to time

Parameters:

Name	Type	Description
reason	string	the reason

Functions info

foo (0xbd0d639f)

function foo(address user, uint256 entropy) external returns (uint256)

The very important function that computes the answer to the Universe

Parameters:

Name	Type	Description
user	address	the user who created the Universe
entropy	uint256	the entropy

Return values:

Name	Type	Description
0	uint256	the answer (42)

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.4;

/**
 * @author Solidity lover
 * @notice The example contract
 *
 * This contract is meant to work as the example of how `hardhat-markup` plugin works.
 *
 * In a nutshell, the plugin parses natspec documentation and presents it in a beautiful,
 * Uniswap-like style, leveraging MD format.
 *
 * You can also have code blocks inside the comments!
 *
 * ```solidity
 * contract Example {
 *     function foo() external {
 *         . . .
 *     }
 * }
 * ```
 */
contract Example {
    /**
     * @notice The event that emits a random value
     * @param value the random value
     */
    event Random(uint256 value);

    /**
     * @notice The error, occurs from time to time
     * @param reason the reason
     */
    error Oops(string reason);

    /**
     * @notice The very important function that computes the answer to the Universe
     * @param user the user who created the Universe
     * @param entropy the entropy
     * @return the answer (42)
     */
    function foo(address user, uint256 entropy) external returns (uint256) {
        emit Random(uint256(uint160(user)) + entropy);

        return 42;
    }
}