proyecto26 / concertx-smartcontracts Goto Github PK

As part of the development of the ConcertX platform, we need to create a Smart Contract that will enable musicians to create funding campaigns for their concerts, set a funding goal and deadline, and offer unique rewards to their backers. This Smart Contract will be built on top of the Ethereum blockchain using Solidity.

Definition of Done

• A Smart Contract has been developed for funding campaigns (events) using Solidity and is compatible with the Ethereum blockchain
• The Smart Contract includes functionality for creating funding campaigns with set funding goals and deadlines, and for offering rewards to backers
• The Smart Contract includes functionality for managing payments made by backers to musicians in exchange for their rewards
• The Smart Contract is secure and includes appropriate measures to prevent malicious attacks or vulnerabilities
• The Smart Contract has been tested and deployed on a test network or local blockchain, and functions as expected

Tasks

• Define the functionality and specifications of the Smart Contract for funding campaigns (events)
• Write and test the Solidity code for the Smart Contract, including functions for creating and managing funding campaigns
• Write and test the Smart Contract code for managing payments made by backers to musicians
• Implement appropriate security measures in the Smart Contract code to prevent malicious attacks or vulnerabilities
• Deploy the Smart Contract to a test network or local blockchain for testing and debugging
• Ensure that the Smart Contract is compatible with the Ethereum blockchain and can be used by musicians on our crowdfunding platform

As a user, I want to participate in drawings for tickets and prizes for different activities within the app.

Definition of Done:

• Functional code that based on its logic allows to make random draws through the decentralized oracle
• NFTs Raffle through the oracle
• Ticket raffle through the oracle
• Premium pass raffle through the oracle

Tasks:

• Implement Chainlink VRF with its most current version
• Test the implemented code with hardhat
• Verify usability with scripts