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Blockchain Ethereum Training: Hands-on Development Bootcamp

Learn about using Ethereum to develop your public Blockchain solution.

GK# 7945

Course Overview

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Learn the components of Ethereum and how to setup an Ethereum public network. This course will introduce you to Solidity and how to build a basic app and develop smart contracts through extensive hands-on labs. You’ll also review web3 and the Truffle framework before linking everything together by building a full web project with Ethereum.

This course has been meticulously put together and is taught by world-class subject matter experts. Our experts will walk you through deep dive topic, such as steps to integrate/develop an application with Ethereum. There are use cases, proof of concepts, as well as interactive hands-on labs.

Schedule

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  • Delivery Format:
  • Date:
  • Location:
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What You'll Learn

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  • Blockchain basics and the types of Blockchain’s                       
  • The major components of the Ethereum Blockchain
  • The Ethereum programing language, Solidity
  • Smart contracts
  • Development of DApp

Outline

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Viewing outline for:

Classroom Live Outline

What is Blockchain and Smart Contracts?

  • What is Blockchain and how does it work?
  • Bitcoin vs Ethereum
  • Smart contract
  • How you can use smart contracts?
  • Advantages of smart contracts
  • Solidity
  • Lab
    • Types of variables in Solidity
    • Public and private code
    • Public variables and functions
    • Private variables and functions
    • Internal functions
    • External functions
    • Smart contract constructors
    • Constant variables
    • Setting variables
    • Lab challenge

Smart Contracts with web3.js

  • Lab
    • Installing and running the Ethereum TestRPC
    • Installing web3.jsChanging the environment in Remix
    • Creating the UI
    • Using web3.js to connect and interact with the smart contract
    • Solution
    • Lab challenge

Smart Contract events with web3.js

  • AIM
  • Lab
    • The current contract
    • Defining the smart contract event
    • Updating the UI
    • Lab challenge

Functions, Mapping, and Structs

  • Theory
    • Functions
    • Mapping
    • Structs
  • Lab
    • The smart contract
    • Creating a modifier
    • Using the modifier
    • Web3 UI’s modifier handling
  • Lab
    • Creating a struct
    • Creating the mapping
    • Map addition
    • Get from the mapping
    • The full contract
    • Count from map
    • Lab challenge

Inheritance and Deployment

  • Theory
    • Object-oriented programming
    • Inheritance
  • Lab
    • Current contract
    • Creating a base contract
    • Changing from strings to bytes
    • Continuing the project
    • Installing MetaMask
    • Deploy contract to the Ropsten testnet network
  • Lab
    • Update the HTML form
    • Update the JavaScript
    • Using the App
    • Lab challenge

Embark Framework and it’s Deployment

  • Blockchain (Ethereum)
  • Decentralized storage (IPFS)
  • Decentralized communication
  • Web technologies
  • Lab
    • Installing Embark framework
    • Hello World with Embark framework
    • First contract deployment with Embark framework

Solidity Smart Contracts Testing

  • Theory
    • What is software testing?
  • Lab
    • Lab challenge

Contracts Management with Factories

  • Theory
  • Factory
  • Lab
    • Lab challenge

IPFS Files Hosting

  • Theory
    • IPFS
    • File hosting
  • Lab
    • Get your hosting server
    • Install IPFS on the server
    • Lab challenge

End-to-end Development of DApp

  • AIM
  • Lab
    • Setup the project
    • Program the smart contract
    • Create the front-end of the application
    • Deploy the App with IPFS
    • Lab challenge

Prerequisites

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This course is highly technical and requires students to be comfortable with coding. To prepare for the class you must:

  • Provide your own computer (Mac/PC/Linux) (labs are hosted in a virtual environment)
  • Basic programming skills of C/C++ or JavaScript

Who Should Attend

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This course is designed for experienced programmers and developers who want a comprehensive deep dive in writing smart contracts and building applications that interact with them.

Follow-On Courses

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Course Delivery

This course is available in the following formats:

Classroom Live

Receive face-to-face instruction at one of our training center locations.

Duration: 3 day

Virtual Classroom Live

Experience expert-led online training from the convenience of your home, office or anywhere with an internet connection.

Duration: 3 day

Request this course in a different delivery format.
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