Blockchain Blockchain Masterclass E-Learning Kurs
Blockchain Masterclass E-Learning Kurs
€1.302,84 €1.042,06
Blockchain
Angebot

Blockchain Masterclass E-Learning Kurs

EUR 1.042,06
EUR 1.302,84 exkl. MwSt.

Preisgekröntes Blockchain Masterclass E-Learning mit Zugang zu einem Online-Mentor per Chat oder E-Mail, Abschlussprüfung und Practice Labs.

  • E-Learning - Online-Zugang: 365 Tage
  • Englische Sprache
  • Teilnahmeurkunde
Auf Lager
Menge
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Produktbeschreibung

Blockchain Masterclass E-Learning Ausbildung

Mit Blockchain können Sie Ihr Unternehmen durch einen sicheren Vertrieb für Supply Chain Management, Krankenakten, Fertigung, Einzelhandel und mehr von der Konkurrenz abheben. Daher sind Blockchain Solutions Architects für Unternehmen, die Geschäfte mit der Außenwelt tätigen, von entscheidender Bedeutung. Entdecken Sie die verschiedenen Phasen, die erforderlich sind, um ein Blockchain Solutions Architect zu werden.

BLOCKCHAIN ​​- APP-ENTWICKLER FÜR BLOCKCHAIN ​​SOLUTIONS ARCHITECT

Dieser Lernpfad mit mehr als 78 Stunden Online-Inhalten ist in die folgenden vier Titel unterteilt:

Track 1: Blockchain-Anwendungsentwickler
Track 2: Blockchain Smart Contracts Programmer
Track 3: Blockchain Engineer
Track 4: Blockchain Solutions Architect

Kursinhalt

Track 1: Blockchain Application Developer

In this track of the Blockchain journey, the focus is getting started with Blockchain and discovering Ethereum.
E-Learning courses

Blockchains & Ethereum: Introduction
Course: 59 Minutes

Course Overview
An Overview of Blockchains
An Introduction to Ethereum
Mining and Ether
Chaining of Blocks
A Blockchain as a Distributed Ledger
Transactions
Miners and Gas
Exercise: Introducing Blockchains and Ethereum

Blockchains & Ethereum: Performing Transactions in Ethereum
Course: 1 Hour, 8 Minutes

Course Overview
Cryptographic Hashing In Blockchains
Chains Of Blocks
Merkle Trees
Transaction Verification
Digital Signatures and Identity
Verifying Sender's Balance
Transaction Nonce
Exercise: Implementing Transactions in Ethereum

Blockchains & Ethereum: Mining and Smart Contracts in Ethereum
Course: 1 Hour, 15 Minutes

Course Overview
Transaction Ordering and Consensus
Consensus by Proof of Work
Finding the Proof of Work Nonce
Claiming the Mining Rewards
Beyond Proof of Work
Smart Contracts
The Solidity Programming Language
Gas - the Measure of Complexity of Transactions
Exercise: Mining and Smart Contracts

Working with Ethereum: Storing Data
Course: 59 Minutes

Course Overview2
Revisiting Blockchain Concepts
A Glossary of Ethereum Terms
States in Ethereum
The Trie Data Structure
The Merkle Patricia Trie - Part
The Merkle Patricia Trie - Part
Exercise: Storing Data in Ethereum

Working with Ethereum: Smart Contract Development
Course: 1 Hour, 14 Minutes

Course Overview
Ethereum Test Network
The Ethereum Virtual Machine
Compiling Smart Contracts
Ethereum Nodes
Ethereum Clients
Metamask
Developing Smart Contracts
The Truffle Suite
Exercise: Smart Contract Development8

Working with Ethereum: Metamask & the Ethereum Wallet
Course: 1 Hour, 27 Minutes

Course Overview
Installing Metamask
Loading Ether Using the Rinkeby Faucet
Installing the Ethereum Wallet Application
Transferring Ether Using Metamask
Deploying a Smart Contract with Ethereum Wallet
Interacting with a Deployed Smart Contract
Constructors in Solidity
Constructors with Arguments in Solidity
Defining a Token Transfer Function
Writing to a Smart Contract
Conditions in a Solidity Contract
Cleaning Up Ethereum Wallet7
Exercise: Metamask and the Ethereum Wallet

Working with Ethereum: The Geth Client
Course: 46 Minutes

Course Overview
Setting Up a Private Blockchain With Geth
The Geth Console
Mining Blocks Using Geth
Invoking Transactions with Geth
Adding a New Node to a Network
Exercise: The Geth Ethereum Client

Working with Ethereum: Lifecycle of a Smart Contract
Course: 46 Minutes

Course Overview
Developing a Contract with Solidity
Compiling a Solidity Smart Contract
Writing a Compile Script
The Mocha Test Framework
Integrating Mocha with Ethereum
Exercise: The Lifecycle of a Smart Contract

Working with Ethereum: Tools for Smart Contract Development
Course: 1 Hour, 17 Minutes

Course Overview
Writing a Contract Deployment Script
Testing a Function on a Deployed Contract
Separating Deployment from Testing
The Ganache Framework
Interacting with a Contract from JavaScript
Deploying a Contract to Rinkeby
The Remix IDE
Invoking Transactions Using Remix and Metamask
Programmatic Interaction with the Rinkeby Network
Accessing a Deployed Contract from Ethereum Wallet
Exercise: Tools for Smart Contract Development

Online Mentor

You can reach your Mentor by entering chats or submitting an email.

Final Exam assessment

Estimated duration: 90 minutes

Practice Labs: Blockchain Application Developer (estimated duration: 8 hours)

Practice Blockchain Application Developer tasks such as working with cryptographic functions, developing, compiling, and deploying a smart contract in Remix. You will also set up a private Ethereum network. Then, test your skills by answering assessment questions after interacting with a deployed smart contract. This lab provides access to tools typically used by Blockchain Application Developers, including: o Ubuntu 16.04 LTS, NPM/Node, Git, Ethereum, Geth, Chrome, VS Code

Track 2: Blockchain Smart Contracts Programmer

In this Skillsoft Aspire track of the Blockchain journey, the focus is coding smart contracts with Solidity and building smart contracts with Hyperledger.

E-Learning courses

Ethereum Smart Contracts with Solidity: An Overview of Ethereum and Solidity
Course: 57 Minutes

Course Overview
Fundamentals of Blockchain
Characteristics of Ethereum
Smart Contracts
An Overview of Solidity
Solidity Bytecode and Opcode
Pragmas and Comments
Exercise: Overview of Ethereum and Solidity

Ethereum Smart Contracts with Solidity: Features of the Solidity Language
Course: 1 Hour, 22 Minutes

Course Overview
Primitive Types in Solidity
Payable Functions and Function Modifiers
Complex Types in Solidity
Reference Types in Solidity
Units and Global Variables
Function Visibility
Control Structures, Events and Inheritance
Ether Transfer Functions
Building Smart Contracts with solc and Remix
The Truffle Suite
Exercise: Features of Solidity

Ethereum Smart Contracts with Solidity: The Remix Solidity IDE
Course: 1 Hour, 21 Minutes

Course Overview
Primitive Types in Solidity
Payable Functions and Function Modifiers
Complex Types in Solidity
Reference Types in Solidity
Units and Global Variables
Function Visibility
Control Structures, Events and Inheritance
Ether Transfer Functions
Building Smart Contracts with solc and Remix
The Truffle Suite
Exercise: Features of Solidity

Ethereum Smart Contracts with Solidity: Functions in Solidity
Course: 1 Hour, 23 Minutes

Course Overview
Deploying Contracts With Constructor Arguments
Introducing Functions
View Functions
Functions Modifying the Contract State
Defining the Return Types of a Function
Pure Functions
Function Modifiers
Function Polymorphism
Contract Inheritance
Abstract Contracts
Defining Visibility Levels
Testing the Effects of Different Visibility Levels
Exercise: Functions in Solidity

Ethereum Smart Contracts with Solidity: Ether Transfer Operations in Solidity
Course: 1 Hour, 27 Minutes

Course Overview
Fallback Functions
Defining an Ether Transfer Function
Invoking an Ether Transfer
Extending Fallback Functions
Limitations of Fallback Functions
The selfdestruct Function
Introducing Arrays
The require and assert Clauses
Provisioning Variables in Memory and Storage
Value and Reference Types
Setting Provisioning Location for Reference Types
Exercise: Ether Transfer Operations in Solidity

Ethereum Smart Contracts with Solidity: Data & Control Structures in Solidity
Course: 1 Hour, 11 Minutes

Course Overview
Building a Voting App with Solidity
Interacting with the Voting App
Block and Transaction Properties
Introducing the Mapping Data Structure
Enhancing the Voting App
Using Structs with Composite Data
Complex Data in Mapping Instances
Control Structures: If Statements and For Loops
Control Structures: While and Do while Loops
Exercise: Data and Control Structures in Solidity

Ethereum Smart Contracts with Solidity: Build Decentralized Apps

Course: 1 Hour, 18 Minutes
Course Overview
Enhancing the Voting App Smart Contract
Interacting with the Voting App
Events
Creating a Bank with a Smart Contract - Part
Creating a Bank with a Smart Contract - Part
Creating a Bank with a Smart Contract - Part
Creating a Bank with a Smart Contract - Part
Setting up an Escrow with a Smart Contract - Part
Setting up an Escrow with a Smart Contract - Part
Setting up an Escrow with a Smart Contract - Part
Exercise: Building Decentralized Apps with Solidity

Smart Contracts & Hyperledger Fabric: Foundations of Hyperledger Fabric
Course: 1 Hour, 29 Minutes

Course Overview
An Overview of Blockchains
Public Blockchain Implementations
The Goals of the Hyperledger Project
Hyperledger Frameworks
Setting up a Fabric Network from Scratch
A Tech-Based Approach to Building a Fabric Network
Introducing Hyperledger Composer
Network Definition Files in Hyperledger Composer
Hyperledger Composer Playground
Deploying a Fabric Network Definition
Exercise: Fundamentals of Hyperledger Fabric

Smart Contracts & Hyperledger Fabric: Setting Up a Hyperledger Fabric Network
Course: 1 Hour, 19 Minutes

Course Overview
Application Portability
Containers and Docker
Running Docker Containers
Fabric Prerequisite Installation - Docker and Go
Installation Files for Hyperledger Fabric
Exploring the Downloaded Fabric Artifacts
The configtx.yaml File
The crypto-config.yaml File
The Connection Profile
Exercise: Setting Up Hyperledger Fabric

 

Smart Contracts & Hyperledger Fabric: Working with Fabric Chaincode in Golang
Course: 1 Hour, 7 Minutes

Course Overview
Generating the Genesis Block and Channel
The docker-compose File - Part
The docker-compose File - Part
Provisioning the Fabric Network
Writing Chaincode in Go - Part
Writing Chaincode in Go - Part
Deploying Chaincode
Exercise: Fabric Chaincode in Golang

Online Mentor

You can reach your Mentor by entering chats or submitting an email.

Final Exam assessment

Estimated duration: 90 minutes

Practice Labs: Blockchain Smart Contracts Programmer (estimated duration: 8 hours)

Practice Smart Contracts Programmer tasks such as creating smart contracts in Remix, adding function to a smart contract, and testing, reviewing, and extending a smart contract. Then, test your skills by answering assessment questions after creating a Hyperledger fabric chain and creating queries fabric chaincode. This lab provides access to tools typically used by Smart Contracts Programmer.

Track 3: Blockchain Engineer

Truffle Suite: Introduction
Course: 1 Hour, 34 Minutes

Course Overview
An Overview of Ethereum
Ethereum Smart Contracts
Contrasting Traditional and Smart Contracts
Building and Running Smart Contracts
Simplifying Smart Contract Development
An Overview of the Truffle Suite
The Need for Ganache
Features of Ganache
Compiling Truffle Project Smart Contracts
Testing & Deploying Truffle Project Smart Contracts
Drizzle8
Exercise: Introduction to the Truffle Suite

Truffle Suite: BlockBuilding Private Blockchain Networks with Ganache
Course: 1 Hour, 8 Minutes

Course Overview
Developing a Smart Contract Using Solidity
Deploying and Interacting with a Smart Contract
Testing the Features of a Smart Contract
Installing Ganache
Connecting to Ganache
Deploying a Smart Contract to a Ganache Network
Viewing Transaction Data in Ganache
Exercise: Private Blockchain Networks with Ganache

Truffle Suite: Automating Development with the Truffle Framework
Course: 1 Hour, 1 Minute

Course Overview
Initializing a Truffle Project
Exploring a Truffle Project
Building Smart Contracts in a Truffle Project
Writing a Test for a Truffle Project
Executing Truffle Tests
Grouping Test Cases into Suites
Deploying Contracts in a Truffle Project
Exercise: The Truffle Framework

Truffle Suite: Using Drizzle to Build Decentralized Apps
Course: 1 Hour, 30 Minutes

Course Overview
Initializing a React Application
Importing a Smart Contract into a React Application
Defining Contract Interactions
Configuring MetaMask to use Ganache Network
Testing the React Application
Initializing a Drizzle Application
Coding the Top-Level Component of the Drizzle App
Invoking Functions from a Drizzle App
Invoking Transactions from a Drizzle App
Testing the Drizzle Application
Exercise: Building dApps with Drizzle

Blockchain & Hyperledger Fabric: An Overview of Blockchain Technology
Course: 1 Hour, 23 Minutes

Course Overview
An Overview of Blockchains
Blockchain Integrity
Centralized and Decentralized Ledgers
A Ledger Use Case: Supply Chain Management
Blockchains as a Distributed Ledger
Cryptographic Hashing in Blockchains
Chains of Blocks
The Need for Smart Contracts
Characteristics of Smart Contracts
Exercise: An Introduction to Blockchains

Blockchain & Hyperledger Fabric: An Overview of Hyperledger
Course: 52 Minutes

Course Overview
Blockchain Implementations
The Limitations of Ethereum
The Origins of Hyperledger
Hyperledger Frameworks
Hyperledger Tools
Exercise: The Hyperledger Project

Blockchain & Hyperledger Fabric: The Hyperledger Fabric
Course: 1 Hour, 5 Minutes

Course Overview
Blockchains for Enterprises
Introducing Hyperledger Fabric
Transaction Flow in Fabric: Execution
Transaction Flow in Fabric: Order and Validate
Channels in Fabric
Identities in Fabric
Exercise: Describing the Hyperledger Fabric

Building Decentralized Applications for Ethereum: An Introduction to dApps
Course: 58 Minutes

Course Overview
The Case for Blockchains
Recording Transactions with Blockchains
An Introduction to Decentralized Applications
The Truffle Suite
Ethereum Tokens
The ERC-20 Token Standard
Exercise: Introduction to Ethereum dApps

Building Decentralized Applications for Ethereum: Building the Back End
Course: 1 Hour, 24 Minutes

Course Overview
Creating a Private Ethereum Network with Ganache
Setting up the Metamask Plugin
Installing the Truffle Framework
Developing a Crowdfunding Contract - Part
Developing a Crowdfunding Contract - Part
Defining the Deployment Process
Writing a Test Script for a Smart Contract
Running the Tests for a Smart Contract
Deploying Smart Contracts to an Ethereum Network
Exercise: Building dApp Back Ends

Building Decentralized Applications for Ethereum: Building the Front End
Course: 1 Hour, 29 Minutes

Course Overview
Installing React and Drizzle
Building the React App - The Root Component
Building the React App - Retrieving Contract Data
Building the React App - Contract Interactions
Starting the Web Application
Invoke Transactions from the Web Application
Testing the dApp - the Success Scenario
Redeploying the Contract
Testing the dApp - the Failure Scenario
Exercise: Building dApp UIs

Building Decentralized Applications for Ethereum: Bespoke Ethereum Tokens
Course: 49 Minutes

Course Overview
Event Definitions for an ERC20 Token
Function Definitions for an ERC20 Token
Deploying the Token Contract
Testing Token Operations - Part
Testing Token Operations - Part
Exercise: Defining Ethereum Tokens

Cloud Blockchains: An Introduction to Blockchain on the Cloud
Course: 1 Hour, 12 Minutes

Course Overview
The Case for Blockchains
Blockchain Solutions
An Enterprise-Grade Blockchain Solution
Blockchains on the Cloud
Azure Blockchain Workbench - Part
Azure Blockchain Workbench - Part
Amazon Managed Blockchain
Exercise: Introduction to Blockchain on the Cloud

Cloud Blockchains: Single Organization Networks on Amazon Managed Blockchain
Course: 1 Hour, 40 Minutes

Course Overview
Setting up the Client User
Setting up a Security Group
Setting up an EC2 Instance
Creating a Network with AWS Managed Blockchain
Connecting to the Client
Installing the Prerequisites for the Fabric Client
Configuring the Fabric CA Client
Fabric Chaincode - Part
Fabric Chaincode - Part
Provisioning the Peer Node
Provisioning the Channel
Deploying and Interacting with Chaincode
Exercise: Single Organization Networks

Cloud Blockchains: Multi-Organization Networks on Amazon Managed Blockchain
Course: 1 Hour, 23 Minutes

Course Overview
User and Security Group for Organization Two
Inviting a Member to the Blockchain Network
Accepting an Invitation to a Blockchain Network
Configuring the Client for the Second Organization
Setting up Fabric CA for the Second Organization
Transferring Certificates between Organizations
Creating a Multi-Organization Fabric Channel
Instantiating Chaincode on the New Channel
Testing the Multi-Organization Fabric Channel
Exercise: Multi-Organization Blockchain Networks

Cloud Blockchains: Building Apps on the Azure Blockchain Workbench
Course: 1 Hour, 31 Minutes

Course Overview
Deploying Azure Blockchain Workbench
Setting up Members for the Blockchain Network
Setting up the Azure Blockchain Workbench UI
Developing a Solidity Smart Contract
Building the Application Configuration File
Deploying the Blockchain Application
Instantiating a Contract
Contract Interaction - Requesting the Asset
Adding a Member to a Deployed Application
Contract Interaction - Terminating the Asset
Exercise: Azure Blockchain Workbench

Online Mentor

You can reach your Mentor by entering chats or submitting an email.

Final Exam assessment

Estimated duration: 90 minutes

Practice Labs: Blockchain Solutions Architect (estimated duration: 8 hours)

Practice Blockchain Solutions Architect tasks such as designing and implementing an Ethereum Smart
Contract. Then, test your skills by answering assessment questions after creating a token on the Ethereum network. This lab provides access to tools typically used by Blockchain Solutions Architects.

Eigenschaften
Unterrichtsdauer
Sprache Englisch
Online-Zugang 365 Tage
Teilnahmeurkunde Ja
Preisgekröntes Online-Training Ja
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