🚀 Day 32 of 100DaysOfBlockchain: Upgradeable Smart Contracts 🏅

🔍 Introduction to Upgradeable Contracts
Explored the advantages, risks, and methodologies of upgradeable smart contracts. 

⚙️ Delegatecall in Solidity
Delved into delegatecall, highlighting its differences from regular call functions and its impact on smart contract design. 

📜 EIP-1967 and Proxy Contracts
Learned about EIP-1967 and its significance in proxy contracts. Built a minimalistic proxy, enhancing my understanding of this standard and its application in creating upgradeable smart contracts.

🚀 Deploying and Testing UUPS Proxies
Worked with OpenZeppelin UUPS proxies, focusing on setup, deployment, and testing. Successfully deployed and tested stablecoin smart contracts on a testnet, ensuring the functionality and reliability of the upgrades.

My repository:

🚀 Day 32 of 100DaysOfBlockchain: Upgradeable Smart Contracts 🏅

🔍 Introduction to Upgradeable Contracts
Explored the advantages, risks, and methodologies of upgradeable smart contracts. 

⚙️ Delegatecall in Solidity
Delved into delegatecall, highlighting its differences from regular call functions and its impact on smart contract design. 

📜 EIP-1967 and Proxy Contracts
Learned about EIP-1967 and its significance in proxy contracts. Built a minimalistic proxy, enhancing my understanding of this standard and its application in creating upgradeable smart contracts.

🚀 Deploying and Testing UUPS Proxies
Worked with OpenZeppelin UUPS proxies, focusing on setup, deployment, and testing. Successfully deployed and tested stablecoin smart contracts on a testnet, ensuring the functionality and reliability of the upgrades.

My repository: https://github.com/WillStansill/Foundry-Upgradable-Smart-Contract