Ethereum with Solidity, React Next.js The Complete Guide

Ethereum with Solidity, React & Next.js – The Complete Guide, available at $94.99, has an average rating of 4.15, with 329 lectures, 6 quizzes, based on 717 reviews, and has 9000 subscribers.

You will learn about Create real-life apps on the blockchain. Build Smart contracts and DApps with ease. Understand complex Ethereum topics in practical and fun way Get complete toolkit to work with any blockhain. This course is ideal for individuals who are Beginners as well as experienced devs interested in blockchain tech. or People looking for the practical Solidity/Ethereum/NextJS development guide. or This course is for everyone eager to understand how to build an app from scratch It is particularly useful for Beginners as well as experienced devs interested in blockchain tech. or People looking for the practical Solidity/Ethereum/NextJS development guide. or This course is for everyone eager to understand how to build an app from scratch.

Enroll now: Ethereum with Solidity, React & Next.js – The Complete Guide

Summary

Title: Ethereum with Solidity, React & Next.js – The Complete Guide

Price: $94.99

Average Rating: 4.15

Number of Lectures: 329

Number of Quizzes: 6

Number of Published Lectures: 329

Number of Published Quizzes: 6

Number of Curriculum Items: 335

Number of Published Curriculum Objects: 335

Original Price: $124.99

Quality Status: approved

Status: Live

What You Will Learn

Create real-life apps on the blockchain.

Build Smart contracts and DApps with ease.

Understand complex Ethereum topics in practical and fun way

Get complete toolkit to work with any blockhain.

Who Should Attend

Beginners as well as experienced devs interested in blockchain tech.

People looking for the practical Solidity/Ethereum/NextJS development guide.

This course is for everyone eager to understand how to build an app from scratch

Target Audiences

Beginners as well as experienced devs interested in blockchain tech.

People looking for the practical Solidity/Ethereum/NextJS development guide.

This course is for everyone eager to understand how to build an app from scratch

What is this course covering?

The course covers everything you need to become a blockchain developer. Students of this course will learn what Ethereum blockchain is and how it works on the base level and from a developer’s perspective.

Students will learn what smart contracts are and how to create them. Smart contracts are going hand in hand with dApps(decentralized apps). The course covers them as well.

The front end for dApps covered in the course use React library and Next JS framework. CSS and design are built with the help of Bulma and Tailwind frameworks.

Three real-world applications are created in the course.
Faucet Application:This straightforward app encompasses React JS, Solidity, and Ganache. It provides an introduction to the fundamentals.

Marketplace: This advanced application involves Next JS, Solidity, and Ganache, along with deployment to an actual blockchain.

Adopt Pet: A bonus section focusing on React JS, this section utilizes Hardhat to manage the smart contract and deploys it to the Polygon network.

Every part of application creation is well explained and documented.

Faucet application:
The initial application in the course provides students with a hands-on experience to learn the fundamentals and core concepts of the Ethereum network.

The application’s frontend is developed using the React library and the Bulma framework. The Truffle development environment and Ganache (a private blockchain) are utilized for smart contract creation.

The faucet application allows users to donate and withdraw funds from the smart contract. Users can interact with the smart contract through a website connected to the blockchain network via the Metamask wallet.

The primary objective of this first application is to provide a practical learning experience while covering the basics in an enjoyable manner.

The application addresses several essential questions, including:

Understanding Ethereum, transactions, and the blockchain.

Exploring the EVM (Ethereum Virtual Machine) and its components like bytecode and storage.

Learning how to create smart contracts and decentralized applications (dapps).

Discovering the process of integrating smart contracts with React.

Marketplace application:

This application focuses on building an interactive marketplace where clients can purchase courses using Ether digital currency, allowing students to select their preferred products.

Having covered the basics in the previous application, the emphasis now shifts toward practical development within the Ethereum network. The topics become more challenging, and the lectures revolve around practical coding aspects.

The second application encompasses various features, including a marketplace page that displays real-time updates of Ether currency and course prices compared to the US dollar. Additionally, there is a dedicated modal window for placing orders, an email hashing solution to safeguard client privacy, an order view with filtering and pagination options, and more.

For the development of this application, the Next JS framework is employed, with Tailwind serving as the CSS framework. Next JS internally utilizes the React library, offering ease of use and default server-side rendering (SSR) capabilities.

While SSR brings numerous benefits, it also poses some challenges regarding integration with the blockchain. However, the entire integration process of Next JS with the blockchain is comprehensively covered, explained, and documented. The final application will be deployed on the Internet, and the smart contract will be deployed on the live Sepolia Test Network.

The notable topics covered in this application include:

Integrating Next JS (with SSR) with Web3 and the blockchain.

Developing a more complex smart contract.

Implementing email hashing and order verification features.

Providing a testing solution that covers every aspect of the smart contract.

Enabling pagination and filtering for orders.

Adopt Pet Application:

As an additional component, this section consolidates the knowledge you have acquired in the course and applies it to a React JS app. Hardhat is utilized for smart contract management, ensuring a clean and straightforward application architecture.

The emphasis is on minimal design and simplicity. By the end of this section, you will have the opportunity to deploy a smart contract to the Polygon blockchain.

What is Ethereum?

Ethereum is a technology that lets you send cryptocurrency to anyone, but in the first place, It also powers applications that everyone can use, and no one can take down. It’s the world’s programmable blockchain.

Ethereum builds on Bitcoin’s innovation, with some big differences.

Both let you use digital money without payment providers or banks. But Ethereum is programmable so that you can use it for many digital assets – even Bitcoin!

This also means Ethereum is for more than payments. It’s a marketplace of financial services, games, and apps that can’t steal or censor your data. It’s the Future.

What is Solidity?

Solidity is an object-oriented, high-level language for implementing smart contracts. Smart contracts are programs that govern the behavior of accounts within the Ethereum state.

Solidity is a curly-bracket language. It is influenced by C++, Python, and JavaScript, and is designed to target the Ethereum Virtual Machine (EVM).

Solidity is statically typed and supports inheritance, libraries, and complex user-defined types, among other features.

With Solidity, you can create contracts for uses such as voting, crowdfunding, blind auctions, and multi-signature wallets.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: New Section Added!

Lecture 3: How to approach errors

Chapter 2: App Setup

Lecture 1: Init App

Lecture 2: Remove React JS content

Lecture 3: Terminology

Chapter 3: [AI] Ethereum Essentials

Lecture 1: [AI] What is Blockchain

Lecture 2: [AI] Smart Contracts

Lecture 3: [AI] Miners, Networks, Wallet

Lecture 4: [AI] Ethereum Remix

Chapter 4: Private blockchain & Truffle

Lecture 1: Important Note – Truffle

Lecture 2: Truffle init

Lecture 3: Installing Ganache

Lecture 4: First Smart Contract

Lecture 5: [AI] Ints

Lecture 6: [AI] Int Correction

Lecture 7: Migrating Faucet

Chapter 5: [AI] Transaction Details

Lecture 1: [AI] Gas fees

Lecture 2: [AI] Gas Fees Bonus

Lecture 3: [AI] Keccak256

Lecture 4: [AI] Function Signiture

Lecture 5: [AI] Bits, Hex, Decimal

Chapter 6: Access Smart Contract

Lecture 1: Access Contract with console

Lecture 2: Web3 Interaction part

Lecture 3: [AI] EVM & Truffle

Lecture 4: Receive function

Lecture 5: Send transaction

Lecture 6: [AI] etHash and nonce

Lecture 7: [AI] Modulo Operator

Lecture 8: Blockchain link

Chapter 7: About Bytecode

Lecture 1: [AI] Bytecode instruction

Lecture 2: Additional Resources

Lecture 3: Add funds

Lecture 4: Call function by its signiture

Lecture 5: Show function in Remix

Lecture 6: Method Calls + JSON RPC

Chapter 8: Smart Contracts Functions

Lecture 1: Funders

Lecture 2: Get Funders

Lecture 3: Public vs External

Chapter 9: [AI] Memory

Lecture 1: [AI] Memory details part 1

Lecture 2: [AI] Memory details part 2

Lecture 3: [AI] Memory & Ascii

Lecture 4: [AI] Memory Offset

Lecture 5: Private & Internal

Chapter 10: [AI] Storage

Lecture 1: [AI] Storage

Lecture 2: [AI] Storage Debugging

Chapter 11: Mappings

Lecture 1: Funders mapping

Lecture 2: Get all funders

Lecture 3: Prevent duplications

Lecture 4: lutFunders

Chapter 12: [AI] Storage part 2

Lecture 1: [AI] Storage mappings

Lecture 2: [AI] Keccak256 values

Lecture 3: [AI] Storage arrays

Chapter 13: Solidity features

Lecture 1: Withdraw

Lecture 2: Require statement

Lecture 3: Modifiers

Lecture 4: Only owner

Lecture 5: Inheritance

Lecture 6: Abstract contract

Lecture 7: Interface

Lecture 8: Function Accessors

Chapter 14: Metamask

Lecture 1: Metamask Installation

Lecture 2: Metamask Accounts

Lecture 3: [AI] Signing transaction

Lecture 4: [AI] Signing transaction+

Lecture 5: [AI] nonces

Chapter 15: Project 1 Application

Lecture 1: Add Bulma

Lecture 2: Enable ethereum

Lecture 3: Webpack Issue

Lecture 4: Web3 integration

Lecture 5: Get accounts

Lecture 6: Request accounts

Lecture 7: Get provider

Lecture 8: Connect on click

Chapter 16: Load Contract

Lecture 1: Change contracts dir

Lecture 2: Load Contract

Lecture 3: Get deployed contract

Lecture 4: Load Balance

Instructors

Eincode by Filip Jerga
Online Education

Filip Jerga
Software Engineer

Rating Distribution

1 stars: 18 votes

2 stars: 17 votes

3 stars: 63 votes

4 stars: 186 votes

5 stars: 433 votes

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