Advanced Solidity: Yul and Assembly
Advanced Solidity: Yul and Assembly, available at $69.99, has an average rating of 4.17, with 26 lectures, based on 355 reviews, and has 1479 subscribers.
You will learn about How to create Ethereum smart contracts in assembly How to respect solidity's memory and function call conventions when using assembly How smart contracts work on the bytecode level How to create a smart contract entirely in Yul and assembly This course is ideal for individuals who are Advanced Solidity programmers looking to master the subject It is particularly useful for Advanced Solidity programmers looking to master the subject.
Enroll now: Advanced Solidity: Yul and Assembly
Summary
Title: Advanced Solidity: Yul and Assembly
Price: $69.99
Average Rating: 4.17
Number of Lectures: 26
Number of Published Lectures: 26
Number of Curriculum Items: 26
Number of Published Curriculum Objects: 26
Original Price: $19.99
Quality Status: approved
Status: Live
What You Will Learn
- How to create Ethereum smart contracts in assembly
- How to respect solidity's memory and function call conventions when using assembly
- How smart contracts work on the bytecode level
- How to create a smart contract entirely in Yul and assembly
Who Should Attend
- Advanced Solidity programmers looking to master the subject
Target Audiences
- Advanced Solidity programmers looking to master the subject
If you’ve wondered what solidity is doing behind the scenes, this is the course to take. Perhaps you’ve head of assembly in Ethereum smart contracts and heard it can be efficient but dangerous. After you finish this course, you will have a ground-up understanding of what exactly happens when a smart contract receives a function call, how it encodes that data, where exactly it stores it, and how it updates the blockchain state. Even if you don’t write contracts in assembly, you will have a much better understanding of solidity’s design choices and previously cryptic error messages will make perfect sense.
We will learn how solidity represents various data types, and how we can come up with more efficient representations ourselves depending on the application. We will learn the assumptions solidity makes about memory layout and how to avoid violating those assumptions when we use low level instructions. We will learn what happens behind the scenes when smart contracts make function calls to each other, and how to implement that protocol by hand. And of course, we will build smart contracts from scratch in assembly.
Nobody can claim to be an expert in solidity without mastering assembly (also known as Yul). So if mastery is your goal, take this class!
Note: This class is not for beginners. You should be very comfortable with solidity before taking this course.
Course Curriculum
Chapter 1: Introduction
Lecture 1: Introduction
Lecture 2: Types
Lecture 3: Basic Operations
Lecture 4: Storage Slots
Lecture 5: Storage Offsets and Bitshifting
Lecture 6: Storage of Arrays and Mappings
Chapter 2: Memory
Lecture 1: Memory Operations
Lecture 2: How Solidity Uses Memory
Lecture 3: Dangers of Memory Misuse
Lecture 4: Return, Require, Tuples and Keccak256
Lecture 5: Logs and Events
Chapter 3: Inter-contract Calls
Lecture 1: Calldata
Lecture 2: Calling other contracts
Lecture 3: Dynamic Length Arguments
Lecture 4: Transfer of value
Lecture 5: Receiving contract calls
Chapter 4: Contracts Without Solidity
Lecture 1: 100% Yul Contract
Lecture 2: Etherscan Issues
Lecture 3: Storing data in contract bytecode
Lecture 4: ERC20 Example Part 1
Lecture 5: ERC20 Example Part 2
Lecture 6: ERC20 Example Part 3
Lecture 7: ERC20 Example Part 4
Lecture 8: ERC20 Example Part 5
Lecture 9: ERC20 Example Part 6
Lecture 10: What We Didn't Cover
Instructors
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Jeffrey Scholz
Technical Advisor, Senior Engineering Manager
Rating Distribution
- 1 stars: 3 votes
- 2 stars: 4 votes
- 3 stars: 17 votes
- 4 stars: 104 votes
- 5 stars: 227 votes
Frequently Asked Questions
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