Overview

The NFT Dapp Boilerplate is a software template that provides a starting point for building decentralized applications (Dapps) for non-fungible tokens (NFTs). It is designed to simplify the development process by offering a basic structure and pre-configured settings.

Features

• Easy setup: Clone the repository, create an .env file with environment variables, and install dependencies to get started quickly.
• Flexible configurations: Customize the boilerplate based on your specific requirements, such as using the include-truffle branch for integration with Truffle.
• Production-ready build: Generate a production build of your application using the provided build script, resulting in a build folder containing optimized code.

Installation

To install the NFT Dapp Boilerplate, follow the steps below:

1. Ensure that you are in a new and empty directory.
2. Clone the repository to your local machine.
3. Navigate to the cloned repository in your terminal or command prompt.
4. Create a new file named .env and add any necessary environment variables. You can refer to the provided .env.example file for guidance.
5. Install the required dependencies by running the appropriate command (e.g., npm install or yarn install).
6. Start the project by executing the appropriate command (e.g., npm run start or yarn start).
7. To build the application for production, use the build script provided (e.g., npm run build or yarn build). The resulting production build will be located in the build folder.

Note: If you plan to use the NFT Dapp Boilerplate with Truffle, ensure that you use the include-truffle branch for proper integration.

Summary

The NFT Dapp Boilerplate is a useful tool for developers looking to create decentralized applications for non-fungible tokens. With its easy setup process, flexible configurations, and ability to generate production-ready builds, it provides a solid foundation for building NFT-related Dapps. When using the boilerplate with Truffle, developers should choose the include-truffle branch for seamless integration.