Download NFT Marketplace in React, Typescript & Solidity - Full Guide

What you would learn in NFT Marketplace in React, Typescript & Solidity - Full Guide course?

Next.js gives you the most user-friendly experience for developers and all of the tools you require to create, such as hybrid static and rendering via servers, TypeScript support, wise bundling, route pre-fetching, etc. No configuration is required.

Ethereum can be described as technology that allows you to send money to anyone; however, in the first place, it also powers applications that anyone can use and nobody can stop. It's the only blockchain that can be programmed.

Solidity is a high-level object-oriented language used for the implementation of smart contracts. Smart contracts are software programs that control the behavior of accounts in the Ethereum state.

Pinata is a pinning solution that lets users host their files within the IPFS network. It is known as the InterPlanetary File System ( IPFS) is a peer-to-peer protocol and network that stores and shares files in a distributed system.

What exactly is this course going to cover?

The course will cover everything you need to create a decentralized NFT application by the standards of the ERC721. Students in this course will learn about NFTs by creating a practical application.

Students will be taught about ERC721 Smart Contract and how you can build one.

The front end of the dApps covered in the course was created with the React JS library and Next JS framework. CSS and design are built using the Tailwind framework. Tailwind framework.

The NFT Marketplace App:

The central portion of the course will cover the development of an online NFT marketplace. This platform will be able to buy NFTs using Ether, the digital currency.

The application was developed in the Next JS framework, built upon React JS.

The first portion of the course focuses on the setting up of the layouts for pages as well as the creation of the first pages and the components. Tailwind CSS framework is the Tailwind CSS framework that covers the styling component in the program.

Students will learn how to incorporate Web3 JS codes to the application, which is responsible for communication with a cryptocurrency wallet and, in turn, the blockchain.

We will employ the Provider/Consumer model to provide the prevalent layer within React JS. This will ensure that all pages and components can access functions responsible for communicating to the blockchain.

The application's state and data management are handled by the SWR(stale while revalidating) library. This provides a dynamic experience to the application and the rendering of components when it receives new data.

Once the necessary communication using blockchain is accomplished, students can begin to work on smart contract implementation.

The course is based on the renowned ERC721 token standards.

An intelligent contract forms an integral element of the entire project, and it functions to act as the "storage" of NFTs. It can be used to verify the ownership of an NFT and linkage to media storage.

The final part of the course focuses on the preparation and storage of data that are related to NFT, and this is known as NFT Metadata.

NFT metadata will be saved within Pinata (IPFS) storage. Students will be taught how to collect information from the form and then upload the data to the storage of Pinata. The next step is to join the metadata to make an NFT.

The most frequently mentioned subjects covered within this app are

The NextJS integration with Web3 and Blockchain
Reactivity when using Hooks and SWR
The creation of the NFT(ERC721) Smart Contract
NFT Data manipulation, storage, and data management on Pinata
Typescript

Course Content:

Create a functional NFT marketplace
Know complex subjects in an approach that is practical and enjoyable
Use the complete toolkit available to work with any Blockchain
Create a simple app on Blockchain technology. Blockchain