Blockchain Developer Ethereum Training

Ce cours est conçu pour les programmeurs et les développeurs expérimentés qui souhaitent approfondir l'écriture de Smart Contracts et la création d'applications qui interagissent avec eux.
Apprenez les composants d'Ethereum et comment configurer un réseau public Ce cours vous présentera Solidity et vous montrera comment construire une application de base et développer des contrats intelligents grâce à des exercices pratiques complets. Vous passerez également en revue web3 et le framework Truffle avant de relier le tout en construisant un projet web complet avec Ethereum.

Ce que vous apprendrez dans ce cours :

• Les bases de la blockchain et les types de blockchain.
• Les principaux composants de la Blockchain Ethereum
• Le langage de programmation d'Ethereum, Solidity
• Les contrats intelligents
• Développement d'une DApp v1.1
  

The Ethereum Development Training Course is designed for those seeking an in-depth understanding and development experience of the Ethereum Blockchain platform. Students will participate in approximately 50% programming lab time providing practical experience, enhancing their knowledge and existing skill set. Due to the technical programming lab content covered in this course, it is not recommended for those without programming knowledge and experience.

Introduction

• Background
• Introductions
• Overview
• Scheduling
• Lab Environment

What is Blockchain?

• The History of Decentralized Ledgers
• Blockchain Mechanics
• Assets in Blockchain
• The Blockchain Ledger
• Type of Blockchain Transactions
• Blockchain as Workflow

The History of Blockchain

• Bringing DLT into the Modern Age
• What is a Block?
• How are Blocks Chained?
• Bitgold and Quest for Digital Currency
• Bitcoin
• Ethereum
• Hyperledger

How Does Blockchain Work?

• Benefits and Drawbacks of Blockchain
• Cryptography: 2 way functions
• Cryptography: Hashes
• Databases vs. Blockchain

Blockchain Use Cases and Real-World Implementations

• Blockchain Use Case Symptoms
• Blockchain Use Case Analysis and Scorecarding
• Good Blockchain Use Case Patterns
• Real World Implementations
• The Web 3.0 Revolution

Group Consensus Models

• Proof of Work Deep Dive
• The is The Nonce?
• Hacking the Ledger
• Costs of a 51% Attack
• Group Consensus Models and Game Theory

Proof of Stake and the Future of Ethereum

• How Does PoS Work?
• PoS vs PoW
• Ethereum 2.0
• Sharding
• How does PoW fit in?
• Group Consensus vs Participant Consensus

Ethereum Application Architecture

• Decentralized Application Layers
• Technologies and Components of Each Layer
• Development Tools, Frameworks, and Utilities

Sample Application Walkthrough

• Sample Application Use Case Walkthrough
• End User Solution Review
• Solution Code Review: User Interface
• Solution Code Review: Integration Layer
• Solution Code Review: Smart Contract

DevOps Considerations

• Ethereum Smart Contract Lifecycle
• The Self-Destruct Function
• Agile in the World of Blockchain?
• The Project Team
• Blockchain Projects vs Traditional Projects

Security Considerations

• Protecting Self-Destruct
• Code Visibility
• DevOps Vulnerabilities
• Common Blockchain Exploits

Ethereum 2.0

• Ethereum 2.0 - What's Different
• Ethereum Shards

Lab Environment Setup and Configuration

• Downloading and Installing VirtualBox
• Setting Up Your Environment
• Configuring Your Environment

Lab Overview

Lab 1: Introduction
Lab 2: The Remix IDE
Lab 3: MetaMask and the Test Networks
Lab 4: Infura.io
Lab 5: Web3.js
Lab 6: Events
Lab 7: Function Modifiers
Lab 8: Mappings and Structs
Lab 9: Inheritance
Lab 10: Deploying to Live Networks
Lab 11: Bonus Lab - The Pet Shop Tutorial

Ce cours est très technique et nécessite que les stagiaires soient à l'aise avec la programmation. 

• Nécessaire: Connaissances de base en JavaScript / HTML
• Recommandé :  Connaissances de base enC ++ / Java, data types, git repositories