Duration
21 hours (usually 3 days including breaks)
Requirements
- Programming experience in any language
Overview
Ethereum is an open-source, public, blockchain-based platform that enables developers to build and deploy decentralized applications.
In this instructor-led, live training, participants will learn the fundamentals of the Ethereum platform and blockchain programming, as well as strategies for writing, deploying and managing their own distributed applications.
By the end of this training, participants will be able to:
- Create a Smart Contract based on Ethereum
- Create an Ethereum currency
- Optimize development with Truffle Framework
- Release their first Dapp based into the “token-economy”
- Launch and crowdfund a blockchain project
Audience
Format of the course
- Part lecture, part discussion, exercises and heavy hands-on practice
Course Outline
Introduction to Ethereum
- Smart Contracts
- Ether currency
- Dapps (decentralized applications)
Blockchain infrastructure and principles
- Secure, decentralized, tamper-proof
- Understanding cryptography
Introduction to blockchain programming
- Solidity variables
- Solidity control structure
- Solidity functions
- Solidity inheritance
- Solidity modifiers
- Proxy contracts
- Solidity events
Development frameworks
- Truffle Framework
- Web3 JavaScript API
Writing a Smart Contract
- Overview of decentralized platforms
- Ethereum Blockchain App Platform
- Creating the Smart Contract instructions
- Writing the Smart Contract functions
- Storing dept registries
- Deploying the Smart Contract
Ethereum Wallet
- Holding and securing ether
- Managing other crypto-assets
Creating your own cryptocurrency
- Overview of tradeable digital token and coin APIs
- Design the cryptocurrency
- Issuing the cryptocurrency
Kickstarting a blockchain project
- Initiating a trustless crowdsale
Building your own virtual organization
- DAO (decentralized autonomous organization)
Closing remarks
Duration
21 hours (usually 3 days including breaks)
Requirements
- A prior knowldege of programming is high recommended
- Knowledge of javascript frameworks like NodeJS is highly recommended
- Some experience with Linux/Unix environment is preffered
- Good to have an open source technology exposure
Overview
This course has been designed for developers and project managers who would like to experiment with Blockchain in their products and projects. The course gives a basic know how on how to set up your private blockchain environment and throws light on some of the existing frameworks. By the end, this course gives a basic know how on how to setup your own blockchain application using Hyperledger Fabric.
Course Outline
Introduction to Blockchain
- History and Background
- Companies using Blockchain
- Introdution to Bitcoin, Ethereum and Hyperledger
- Centralized v/s Decentralized v/s Distributed Networks
- Real Time Challenges
Blockchain Use Cases
- Payment systems
- Cryptocurrencies (Bitcons Ledger)
- Royalty collection
- Management of copyrights
- Insurance
- Development
- Private Ethereum Network
- Smart contracts (e.g. Ethereum)
- dApps
- Hyperledger(Hyperledger Fabric)
- Concepts from Bitcoins
- Hashing and Dual Key Encryption
- Proof of Work
- Merkle Tree
- CPU v/s GPU mining
- Consensus
Blockchain for Development
- Ethereum Virtual Machine
- Introdution to Solidty
- Usage of Solidity IDE
- Setting up your first private Ethereum Network
- go-ethereum
- Genesis File
- Solc Compiler
- Remix IDE
- Connecting Nodes to Network
- Greeter
- Web3 Framework
Getting Started with Hyperledger Fabric
- Brief Background and Introduction
- Installations
- Binary and Docker Images
- Hyperledger Fabrics Samples
Setting up a Hyperledger Network
- Installations
- Network Artifacts
- Bringing Network Up or Down
- Crypto Generator and Configuration Transaction
- Starting the Network
- Environment Variables
- Channels and Chaincode
- Query and Invokes
- Docker Logs
- Chaincode Logs
Your First Application
- Setting up a Test Network
- Network-Application Interactions
- Playing with Ledger
- Quering
- Updates and Modifications
Conclusion
