Blockchain Basics + Ethereum Developer
Explore the world of Ethereum and master Blockchain
Duration
5 Days
Level
Intermediate Level
Design and Tailor this course
As per your team needs
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During this training, you will learn:
- An excellent overall understanding of the Ethereum architecture and Solidity language.
- All functional components (including smart contracts) required to develop an Ethereum Blockchain.
- The understanding of how to instantiate an Ethereum application on the network.
- An in-depth understanding of how transactions are created and implemented on an Ethereum network.
- Defi -Decentralized Finance and NFT-Non fungible Tokens
- Ethereum Layer 2 solutions
- Design, build and launch your own Dapp
- Experiment with advanced developer tooling on Ethereum
- Compare and contrast Ethereum 2.0 vs. alternative blockchain scaling solutions
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This course is designed for Developers and Architects looking to develop applications on Ethereum Blockchain Platform. This includes end to end implementation of development ,testing and production based best practices.
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- The Impact of Failure and Determining Your
- Welcome to Module 1: Review of Blockchain Technology
- Module Pre-Assessment
- Contextualizing Blockchain
- Distributed Ledgers
- Consensus Mechanisms
- Mining in Ethereum
- Public and Private Blockchains
- Distributed Ledger Platforms
- Module Test
- Module Pre-Assessment
- Cryptographic Hash Functions
- Playing with Cryptographic Hash Functions
- Public Key Cryptography
- Merkle Trees
- Playing with Merkle Trees
- Blockchain Structure
- Building a Blockchain
- Smart Contracts
- Smart Contracts
- Nodes
- Blockchain Forks
- Module Test
- Smart Contracts and the EVM
- Introduction to Remix
- Introduction to Truffle Suite — Part 1
- Introduction to Truffle Suite — Part 2
- Solidity Background and Context
- Solidity Data Types and Variables
- Solidity Functions
- Solidity Storage and Memory
- Solidity Contract Structure
- Smart Contract ABI
- Solidity Events and Logs
- Solidity Factory Contracts
- General Finance and Access Control: Multi-Sig Tutorial
- Upgradable Contracts
- Additional Material: Upgradable Contracts
- Optimizing Gas
- Web 3 Javascript Libraries (Web3.js and ethers.js)
- Connecting to a Smart Contract Using Web3.js
- Live Session: Introduction to Javascript for Dapp Development
- Introduction to Infura
- TDD and Truffle Tests
- Truffle Debugger, Configuration, Mainnet Forking
- Other Development Tools: Hardhat, Scaffold-Eth, Brownie
- Building a Frontend Interface with React and Truffle (Election Dapp)
- State Management in a Dapp with web3-react (Logistics Dapp)
- Making clone of Pancake Swap
- NFT clone and Deployed via Opensea
- Module Pre-Assessment
- Writing Tests
- Catching Solidity Errors in Truffle Tests
- Smart Contract Best Practices
- Exploits and Dangers
- Optimizing Gas
- Safety Checklist
- Security Analysis Tools
- Attack Demos
- Denial of Service Attack Example
- Reentrancy Attack Example
- Integer Over/Underflow Example
- Module Test
- Module Recap
- Smart Contract Design Patterns
- The Ethereum Name Service
- Introduction to IPFS
- Upgradable Contracts
- Oracles with Rhombus
- Rhombus Network
- Rhombus Network Tutorial
- Formal Verification
- What are Zero-Knowledge Proofs?
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The candidates are expected to know any one programming language of their choice, familiarity with Operating Systems and some basic experience in the backend of web development.
