
The EVM is a central part of Ethereum. It is Ethereum’s execution engine, responsible for executing Ethereum programs, also called Smart Contracts.

In this tutorial we are going to build the EVM from scratch. However, this is not a reference implementation. I will omit implementation details if I believe they are not necessary for understanding how the EVM works. This is about learning the core concepts of the EVM from first principles.

That is why I want to call it a mini-EVM. A working but simplified version of the real thing. A virtual machine that takes in an Ethereum program as input and executes that.


In this tutorial you are going to build the EVM from scratch.

Build the EVM from scratch


- Intensive, remote live courses and teaching.
- 50 person cohorts, daily sessions, weekly homework and projects, mentorship and support.
- You get placed in a crypto job after successfully completing a bootcamp!


Encode Club Bootcamps


Harvard University's CS50 is one of the most popular beginner computer science courses in the world. 

Harvard CS50


This course contains the practical part of a university course on enterprise blockchain technologies. Typically, a university course is divided into theory and laboratory classes. The theory explains the theoretical foundations behind what is learned in the laboratories. At the end of this course, you will:

1. Understand the theory on blockchain: what is it (Lab 1, Lab2), and which problems it can solve (Lab 3)

2. Get to know Hyperledger Fabric's components in detail, such as architecture and transactional model (Lab 4), chaincode (Lab 5), network, and how to develop an enterprise full-stack blockchain decentralized application (Lab 6)

3. Leverage Hyperledger Umbra to study advanced topics on Fabric (Lab 7, Lab 8)

This free, open-source course aims at providing a reliable basis for university students to get started in enterprise blockchain. 

Enterprise Blockchain Technologies

Example project utilizing Ape for Solidity contract management and a Next.js application to display and interact with the contract on the front-end.

Ape Hackathon kit


Test, deploy, and interact with your smart contracts with this python brownie based framework!


Template for building smart contract projects in brownie with solidity, python, and chainlink. 

chainlink-mix

A full-stack dApp starter built on Ethereum (Solidity) with Next.js (React).

Solidity Next.js Starter


So, you’ve heard about this Ethereum thing and are ready to venture down the rabbit hole? This post will quickly cover some blockchain basics, then get you interacting with a simulated Ethereum node – reading block data, checking account balances, and sending transactions. Along the way, we’ll highlight the differences between traditional ways of building apps and this new decentralized paradigm.

This post will cover some blockchain basics, then get you interacting with a simulated Ethereum node using Python

A Python Guide to Ethereum, Pt. 1


Python is one of the most versatile programming languages; from researchers running their test models to developers using it in heavy production environments, it has use cases in every possible technical field. In today's guide, we will learn about Brownie, a Python-based tool used to write and deploy smart contracts.

Prerequisites
- Python3 installed
- Ethereum node
- Text editor
- Command-line
- Love for brownies

How to deploy a smart contract with Brownie

Deploy a contract with Brownie


This is an example for high-speed EVM blockchain event reading in Python. The example shows How to read Solidity events, or use eth_getLogs RPC, to maximize output.

Solidity event high-speed multithread reading

The history of minimal proxies and how to scan the blockchain on your laptop in seconds

Minimal Proxy Compendium


There's a lot of puzzle pieces around here. Let's take a look at what each Python tool does, why it exists, and how to get started. Note that this will probably never be an exhaustive list, but [ping me](https://twitter.com/wolovim) if you want to suggest the inclusion of another tool. At the end of the post, we'll discuss how to put the pieces together to build your own project.

Let's take a look at what each Python tool does, why it exists, and how to get started.

Ethereum Python Ecosystem Tour


Articles and tutorials on how to combine Python and Ethereum.

Snakecharmers


Permit21 is a contract that allows using Permit signatures2 with any token. You just approve a Permit2 contract once and then you can use it with any contract that integrates it.

It solves a crucial UX problem, but it has seen quite slow adoption. Possibly because its documentation leaves the developers scratching their heads instead of giving them an idea how to integrate Permit2 in their contracts.

This tutorial will teach you how to use Permit2 contract from Vyper and Python using copy and paste method.

Permit21 is a contract that allows using Permit signatures2 with any token. You just approve a Permit2 contract once and then you can use it with any contract that integrates it.

Vyper Permit2 Tutorial


Have you ever queried an Ethereum block and wondered what that "logsBloom" was? Have you gone looking for the most efficient way to find an event within a block? If you answered "yes" to either of the above, then you're in for a good time. This post will quickly describe Bloom filters, how they're leveraged in Ethereum, and how to filter blocks for events in Python.

This post will quickly describe Bloom filters, how they're leveraged in Ethereum, and how to filter blocks for events in Python.

web3.py Patterns: Bloom Filters


Included in the (beta) release of web3.py v7 are some important and exciting updates to the asynchronous providers:

- The AsyncIPCProvider is live.
- WebsocketProviderV2 has graduated from beta and been renamed to WebSocketProvider (note the capital S).
- The original WebsocketProvider has been deprecated and renamed to LegacyWebSocketProvider.

In this post, we're diving into the new and improved WebSocketProvider. We'll introduce the WebSocket protocol, why the WebSocketProvider got a makeover, and how to use the new features.

web3.py Patterns: WebSocketProvider


Article: https://blog.chain.link/blockchain-fintech-defi-tutorial-lending-borrowing-python/
Code: https://github.com/PatrickAlphaC/aave_brownie_py


Learn how to put down collateral, borrow, lend, and short sell assets in the defi realm. A MUCH easier experience for anyone looking to create financial instruments. 

Become a DEFI QUANT | Python, Chainlink, and Aave


My setup for developing #ethereum and #solidity smart contracts. 

VSCode: https://code.visualstudio.com/download
.zsh .bash_profiles: https://stackoverflow.com/questions/2...
Metamask: https://metamask.io/
Brownie: https://github.com/eth-brownie/brownie

My setup for developing #ethereum and #solidity smart contracts.

Blockchain Coding Setup

Learn how to utilize and leverage complicated Web3 technologies in a matter of minutes.

Byte-Size BUIDLing with Chainstack


End-To-End NFT/ERC-721/Blockchain Collectible tutorial. We deploy some adorable puppies. 

Deploy your smart contract to Opensea, end-to-end. The Ultimate/end-to-end tutorial.


NFT/ERC-721/Collectible END-TO-END TUTORIAL | Deploy, List on Opensea, Host Metadata on IPFS

End-to-end NFT tutorial


Events, logging, and everything about them! We take look using the brownie framework and learn how to work with this amazing data structure.

Code: https://github.com/PatrickAlphaC/brownie-events-logs
Article: https://blog.chain.link/events-and-logging-in-solidity/


We look at how to make all you wonderful web3, blockchain, and smart contract developers even BETTER by showing you how to use dapptools!

All about Logging and Events


https://www.youtube.com/watch?v=M576WGiDBdQ

This course will give you a full introduction into all of the core concepts in blockchain, smart contracts, solidity, NFTs/ERC721s, ERC20s, Coding Decentralized Finance (DeFi), python and solidity, Chainlink, Ethereum, upgradable smart contracts, and full stack blockchain development.   

Some of the technologies covered are:
- BrownieEth
- solidity
- IPFS
- AlchemyPlatform
- Infura
- MetaMask
- Etherscan
- EthereumRemix
- Chainlink
- web3.py
- Ganache
- AaveAave
- OpenZeppelin
- NFT 
- ERC20 
- Opensea
- Pinatacloud
 And more!

Follow along with the videos and you'll be a blockchain wizard in no time!  💻 The repository with helpful links to all code, resources, and support forums is located here: https://github.com/smartcontractkit/full-blockchain-solidity-course-py.

This course will give you a full introduction into all of the core concepts in blockchain, smart contracts, solidity, NFTs/ERC721s, upgrades, and more.

Solidity, Blockchain, and Smart Contract Course – Beginner to Expert Python Tutorial


We go through the how to make a ton of API calls to our blockchain node with 1 single API call to a multicall contract. We learn how we can keep our API calls low, and be more efficient overall. 

How to make a ton of API calls to our blockchain node with 1 single API call to a multicall contract. We learn how we can keep our API calls low, and be more efficient overall.

What is Multicall?


Building an EVM from scratch https://karmacoma.notion.site/Building-an-EVM-from-scratch-series-90ee3c827b314e0599e705a1152eecf9 

An extensible Python implementation of the Ethereum yellow paper from scratch.

#python

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