solidityscan
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SolidityScan is a tool for scanning Solidity smart contracts for vulnerabilities.
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# SolidityScan
Secure your Solidity smart contracts straight from your terminal or JavaScript code! **SolidityScan** is a lightweight CLI and Node.js library that connects to the [CredShields SolidityScan](https://solidityscan.com) API to identify vulnerabilities, gas optimisations, and other issues in your smart-contract projects.
## Table of Contents
1. [Features](#features)
2. [Installation](#installation)
3. [Getting an API Key](#getting-an-api-key)
4. [CLI Usage](#cli-usage)
* [Scan a local directory](#scan-a-local-directory)
* [Run a local file server](#run-a-local-file-server)
5. [Programmatic Usage](#programmatic-usage)
6. [Examples](#examples)
7. [Contributing](#contributing)
8. [License](#license)
## Features
β’ π¦ **Local Directory Scanning** β Zip and upload your local Solidity source code and get instant feedback in the terminal.<br/>
β’ β‘ **Real-time Progress** β Live WebSocket updates with an elegant spinner so you always know the scan status.<br/>
β’ π **Readable Reports** β Vulnerabilities and severities are displayed in coloured, column-aligned tables, followed by a concise scan summary.
β’ π **Local WebSocket File Server** β Spin up a file server for quick web-UI integrations and demos.
## Installation
```bash
# Install globally to use the `solidityscan` CLI
yarn global add solidityscan # or npm install -g solidityscan
# Add to a project for programmatic use
npm install solidityscan --save # or yarn add solidityscan
```
> **Requirement**: Node.js >= 14
## Getting an API Key
1. Sign up or log in at [solidityscan.com](https://solidityscan.com).
2. Navigate to **API Keys** and generate a new key.
3. Either export it as an environment variable:
```bash
export SOLIDITYSCAN_API_KEY="YOUR_API_KEY"
```
β¦or pass it as the last argument in each CLI command (see below).
## CLI Usage
After installing globally you will have a `solidityscan` binary in your PATH.
Run `solidityscan --help` to view the brief usage guide.
### Scan a Local Directory
Analyse a local folder containing `.sol` files. The tool packages the Solidity source, uploads it, waits for the scan to finish and prints the results.
If using with API key in terminal command.
```bash
solidityscan local /path/to/my/contracts [api-key] [project-name]
```
If using with API key in environment variable.
```bash
solidityscan local /path/to/my/contracts [project-name]
```
If no project name is provided, it will default to "LocalScan".
### Run a Local File Server
Start a WebSocket file server to expose your local directory to the SolidityScan web-UI
A unique **identifier** (\`--id\`) is mandatory β this becomes the sub-domain of the temporary public URL.
```bash
# Serve current directory on default port 9462 (or 9463-9466 if 9462 is busy)
solidityscan -l --id <id-from-solidityscan>
# Serve a specific directory
solidityscan -l -p /my/contracts --id <id-from-solidityscan>
# Bind to an explicit port instead of the automatic range
solidityscan -l -p ./src --id <id-from-solidityscan> --port 9000
```
Behaviour notes:
* If **--port** is omitted the CLI tries to bind to 9462 and, if in use, increments the port up to 5 times (9462-9466).
* The **identifier** should be exactly the string shown on SolidityScan's **Connect to Localhost** page β copy it from the web-UI and use it with `--id`.
## Programmatic Usage
You can also integrate SolidityScan directly into your Node.js scripts or CI pipelines:
```js
const solidityscan = require("solidityscan");
(async () => {
const apiToken = process.env.SOLIDITYSCAN_API_KEY;
// Scan a local directory (same behaviour as CLI `test`)
await solidityscan.runTests("./contracts", apiToken);
})();
```
Available exported helpers:
* `runTests(directoryPath, apiToken)`
* `scan()` β executes the CLI with current `process.argv` (internally used by the binary).
## Examples
You can find full working examples inside the [`examples/`](https://github.com/Credshields/solidityscan-npm-package/tree/main/examples) directory (coming soon).
## Contributing
1. Fork the repo and create your feature branch: `git checkout -b feat/awesome-feature`.
2. Install dependencies: `npm install`.
3. Run the tests: `npm test`.
4. Commit your changes and push: `git push origin feat/awesome-feature`.
5. Open a pull request β we love to review!
Please adhere to the existing code style and add unit tests for any new logic.
## License
This project is licensed under the **ISC** license β see the [LICENSE](LICENSE) file for details.