Description

Introduction of Advanced Solidity:

This course offers an in-depth exploration of Solidity, focusing on advanced concepts for building secure, efficient, and maintainable smart contracts. Participants will learn best practices, tools, and patterns to create robust decentralized applications (DApps) on the Ethereum blockchain. It covers topics such as gas optimization, security vulnerabilities, contract testing, and interoperability with other blockchain technologies.

Prerequisites

• Basic Knowledge of Solidity (Understanding of functions, modifiers, events, and basic data types)
• Familiarity with Ethereum Blockchain (Gas fees, transactions, and Ethereum Virtual Machine)
• Experience with Smart Contract Development Tools (Remix, Hardhat, or Truffle)
• Basic Programming Skills in JavaScript or Python (for DApp interactions and testing)

Table of Contents

1: Solidity Deep Dive

1.1 Data Structures and Inheritance

1.2 Memory vs Storage: Optimizing for Gas

1.3 Advanced Functions: Overloading and Modifiers

1.4 Libraries, Interfaces, and Abstract Contracts

2: Smart Contract Design Patterns

2.1 Proxy Contracts and Upgradeability

2.2 Factory Contracts for DApp Scalability

2.3 Payment Splitting and Escrow Patterns

2.4 Pull vs Push Payment Models

3: Security Best Practices

3.1 Reentrancy Attacks and Safe Coding Patterns

3.2 Integer Overflow and Underflow Prevention

3.3 Role-based Access Control with OpenZeppelin

3.4 Protecting Against Flash Loan Exploits

4: Gas Optimization Techniques

4.1 Reducing Gas Costs with Inline Assembly

4.2 Batch Processing and Off-chain Computation

4.3 Efficient Contract Storage Management

4.4 Analyzing and Optimizing Gas Usage

5: Testing and Debugging Smart Contracts

5.1 Unit Testing with Hardhat and Truffle

5.2 Debugging with Remix and Ganache

5.3 Mocking Blockchain States for Test Scenarios

5.4 Coverage Analysis for Secure Code

6: Integrations and Interoperability

6.1 Cross-Chain Smart Contracts

6.2 Working with Oracles (Chainlink)(Ref: Oracle-Cloud Applications)

6.3 Using ERC-20 and ERC-721 Standards

6.4 Building DApps with Web3.js and Ethers.js

7: Deployment and Monitoring

7.1 Deploying to Mainnet vs Testnets

7.2 Continuous Deployment with Hardhat and CI/CD Pipelines

7.3 Contract Monitoring and Analytics

7.4 Managing Smart Contract Upgrades Safely

Conclusion and Final Project

Participants will apply their knowledge to build a comprehensive, production-ready smart contract system. The course concludes with a project where they’ll deploy and test their contracts in a simulated environment and gain feedback from the instructor.

Reference