Smart Contract Optimization Masterclass

Efficient Gas Management and Best Practices in Smart Contract Development

What you'll learn

Factors that affect the smart contract gas consumption.

how to write an optimized smart contract.

Secrets of successful smart contract developer.

Practice the concepts by doing labs.

Requirements

You Need A Computer With Linux, macOS Or Windows

Knowledge of solidity programming language.

Description

Welcome to the Optimizing Smart Contract CourseThis Solidity Smart Contract Optimizing course is designed for programmers and developers who want to take a comprehensive deep dive into writing optimized solidity smart contracts. Smart contract programs are very much different from any other conventional programs written in C, C++, Java, etc. As in a smart contract program you need to pay for every single line of code. This course will make you a smart contract developer who writes optimized smart contract, smart contracts that consumes less amount of gas. Means fewer gas fees. Hence, more savings.This course provides a detailed overview of the factors affecting smart contract gas consumption and how to tackle each factor to reduce the gas consumption of the smart contract. This course does not just provide you with some tips or tricks to reduce the gas consumption of a smart contract but also goes into depth of the concepts.In every section, there are labs so that you can master every concept by practicing it on your own.Are there any course requirements or prerequisites?You Need A Computer With Linux, macOS Or WindowsKnowledge of solidity programming language.Who this course is for:Anyone who wants to save money by creating an optimized smart contract.

Overview

Section 1: Course Overview

Lecture 1 Course Overview

Lecture 2 Smart Contract Developer Roadmap

Lecture 3 Remainder

Section 2: Ethereum Gas

Lecture 4 Transaction Fee Calculation

Lecture 5 Different Smart Contracts

Lecture 6 Ethereum Block Limit

Lecture 7 Gas Consumption

Lecture 8 Transaction vs Execution Cost

Section 3: Factors Affecting The Gas Consumption

Lecture 9 Opcodes

Lecture 10 Example Opcode

Lecture 11 Smart Contract and Opcode

Lecture 12 Slot Location

Lecture 13 Close look at gas consumption

Lecture 14 Renting Cost

Lecture 15 Type of transaction

Lecture 16 Payable vs Non-Payable

Lecture 17 Payable vs Non-Payable

Lecture 18 Payable vs Non-Payable

Section 4: Miscellaneous

Lecture 19 Checked Vs Unchecked

Lecture 20 21000 gas limit

Lecture 21 Solidity Optimizer

Lecture 22 Require Statement

Lecture 23 Memory Explosion

Lecture 24 Memory Clean

Lecture 25 Function Names

Lecture 26 Shift Operator

Lecture 27 Overflow Issue

Lecture 28 Storage part a

Lecture 29 Storage part b

Lecture 30 Integer

Lecture 31 Integer

Lecture 32 Variable Packing

Lecture 33 Constant

Lecture 34 Memory vs Calldata

Section 5: Tips

Lecture 35 Tips of success

Lecture 36 internal vs public

Lecture 37 Single Swap

Lecture 38 Tips of success

Lecture 39 Calldata vs memory gas

Lecture 40 string vs bytes

Section 6: Congratulations

Lecture 41 Congratulations

Anyone who wants to save money by creating an optimized smart contract.