One Of One NFT editions using Minimal Proxy. Draft of gas efficient deployments
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Updated
Apr 8, 2023 - Solidity
One Of One NFT editions using Minimal Proxy. Draft of gas efficient deployments
This repository is dedicated to exploring low-level operations in Solidity using Yul, an intermediate language designed for Ethereum smart contract development.
This repository contains maths and other conversion tactics involved for language solidity
Simple PoC contract caching addresses to reduce calldata cost (e.g. on ORUs)
Best Practices & Techniques to make Smart Contracts, "Smard Contracts" (Smart + Hard)
This Solidity-based smart contract implements a multi-signature wallet, allowing multiple owners to collectively manage and approve transactions before execution.
This repository contains solutions to various coding puzzles designed by RareSkills.io
Refactored ether.fi early adopter pool contracts for substantial gas savings
Ways to minimise Solidity Gas Consumption
Optimize gas usage in Distribute smart contract
Optimint is a gas-optimized ERC721 reference implementation that's based on OpenZeppelin Contracts, and requires only 1 SSTORE operation per batch-mint.
practice and homework based on the Expert Solidity Bootcamp
The repository provides a comprehensive collection of Solidity Assembly (YUL) opcodes along with illustrative examples. These opcodes serve as building blocks for writing efficient and optimized smart contracts in the Solidity programming language.
ERC20 in Yul
This is a ERC721 smart contract. More optimized than azuki. These contracts are from DEYE project
Gas optimisation technics in solidity.
An awesome list of gas optimization techniques for smart contracts, with their relevant Proof of Concepts tested using Foundry.
Solidity implementation of tictactoe with heavy influence from fiveoutofnine.
A king-of-the-hill style competition, where players optimize gas challenges.
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