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EVM bytecode is stored on the blockchain as a sequence of bytes, and it can be executed by any node in the network that has access to it

EVM bytecode and its relation to Yul

Function stack in Yul is used to implement efficient memory management and control flow structures.

Defining and Calling Functions in Yul allow for code reuse and make complex operations easier to carry out

Loops in Yul are a feature that allows you to execute a block of code multiple times until a certain condition is met.

Conditional statements in Yul are used to execute a block of code based on a condition.

A contract's memory is cleared after execution, but its storage remains until explicitly removed

Byte Arrays are used to store sequences of bytes and are often used to represent data such as hashes or public keys

Yul includes several built-in data types that are used to store and manipulate values.

The Yul compiler is a powerful tool for the Ethereum platform that enables developers to write code in an easy-to-understand language

Yul is an intermediate language that is used as an intermediary language in the compilation of Solidity-written Ethereum smart contracts.

Yul provides an abstraction layer that allows developers to write code in a higher-level, more concise syntax than Solidity

YUL can be compiled to bytecode for use independently and as part of Solidity's "inline assembly"

Libraries, interfaces, and abstract contracts are three important concepts in Solidity that help developers write efficient and reusable code.

Solidity libraries contain reusable smart contract code. A library is assigned a specific address and its properties and methods can be reused

Solidity interfaces allow smart contracts to communicate without having to implement their functionality.