Description: This Rust-based smart contract is designed for the Internet Computer Protocol (ICP) and serves as a decentralized application (dApp) for event ticketing. It enables event organizers to create events and issue tickets as non-fungible tokens (NFTs), which can be securely and transparently bought, sold, and transferred among participants. Each ticket is uniquely identified and tied to an event, providing a verifiable proof of ownership through the use of blockchain technology. Key Features: Event Creation: Organizers can register events with details such as name, date, location, and seating capacity. Ticket Minting: The contract allows for minting tickets as NFTs, each with a unique seat number and associated metadata following the DIP-721 standard, which is the NFT standard for the Internet Computer. Ownership Transfer: Ticket holders can transfer their NFT tickets to others, with the smart contract ensuring only the current owner can initiate a transfer. Owner Verification: Any user can query the ownership of a ticket using its unique identifier, enhancing transparency and trust in the ticketing process. Immutable Record: Utilizing blockchain's immutable ledger, the history of ticket ownership and event details are permanently recorded and verifiable.

ICP Time Capsule Smart Contract This project implements a smart contract on the Internet Computer Protocol (ICP) to create personal and community time capsules. A time capsule allows users to store messages, images, and videos that can be revealed after a specific date. Features Personal Time Capsule: Users can create, retrieve, and update personal time capsules. Community Time Capsule: Users can create community time capsules with multiple members who can put their message, video and images in it simultaneously.