SuiFlix is a decentralized movie viewing platform built on the SUI blockchain using the Move programming language. It enables users to register, deposit SUI tokens, and pay to watch movies securely and transparently. The platform supports adding movies, handling user balances, recording viewing transactions, and managing withdrawals for platform owners. SuiFlix aims to create a seamless and trustless movie streaming experience leveraging blockchain technology.

The Decentralized Learning System module facilitates the booking, scheduling, management, and dispute resolution of learning sessions between students and teachers in a decentralized manner. This module ensures transparency, fairness, and security in the learning process by leveraging blockchain technology.

a todo list app for sui You can see it on https://sui-todo.netlify.app/ The project is based on the Sui TS SDK and uses zklogin、Nuxt3. The main purpose is to create a personal to-do list for users that can be synchronized based on their wallet address. And allow users to add todo items and manage them. At present, the project is mainly running in the devnet environment.

Goose Bumps is a pioneering experience seamlessly blending DeFi and GameFi elements on Sui. Inspired by Chicken Bonds, we've crafted a system that simplifies financial intricacies into an immersive gamified journey. The adventure begins by transforming financial stakes into ever-evolving dynamic NFTs - starting with Eggs as open bonds, and morphing into various forms of Geese to symbolize bond statuses. The ultimate challenge for users is to cultivate the most prosperous flock of geese and ducks in the ecosystem.

This SUI smart contract implements a power bill management system on the Sui blockchain. It allows customers to register, request power units, pay bills, and view their usage and billing information. The contract also facilitates late fee application for overdue bills.

# DreamStarter: The Future of Crowdfunding on Blockchain for Events and Startups ## Introduction DreamStarter revolutionizes the crowdfunding landscape, extending beyond the realms of traditional event organization to embrace a wide spectrum of initiatives, from groundbreaking physical and digital events to innovative startups, gaming ventures, comics, and company launches. Powered by the Sui blockchain, this platform forges a direct connection between Contributors and Idea Creators (Event Organizers and Startup Visionaries), facilitating the birth of event ideas and pioneering projects. By integrating the stability and transparency of blockchain with the dynamism of NFTs and stablecoins, DreamStarter empowers communities to transform imaginative concepts into reality, ensuring every project not only starts strong but also has a community to support its growth. **Roles:** 1. **Proposal Creators** : Individuals or entities responsible for creating and managing events on the platform. 2. **Contributors (Product Users)**: Individuals interested in contributing to events by purchasing NFTs representing their contributions. - In DreamStarter there are two types of NFT’s : - 1. **DreamStarter Collab** : - This NFTs provide contributors with additional benefits returns for supporting projects/ideas and DreamStarter Holder NFTs will surpass traditional bank interest rates, because it is offering profits in a short period 2. **DreamStarter Holde**r : - It signify a regular contribution or ticket purchase, donation for a idea with no financial returns - In the crowdfunding process, proposal creators are required to stake up to 20% of the crowdfunding goal. However, this staking requirement is significantly more advantageous than seeking a loan from a bank, as it entails a lower down payment and fosters a more collaborative funding model. - Contributors will get Proof of Attendance Tokens (POAPs) as a gesture of appreciation once events, regardless of NFT type, have finished and through which community creation can be done. For a startup venture, contributors may also gain early access to products or services. WIN WIN FOR ALL ## Overview ### Proposal Submission: - **Login & Create:** Users log in and submit a detailed proposal for an event, including duration for voting and the crowdfunding goal. - **Community Voting:** Proposals are open for community voting for the specified duration. Proposals meeting the required vote threshold proceed to crowdfunding. ### Crowdfunding Phase: - **Funding Goals:** If the proposal is approved, it moves to the crowdfunding phase where users can contribute funds. - **Goal Achievement:** If the crowdfunding goal is reached within the set timeframe, the project moves forward. If not, contributions are refunded. ### Project Execution: - **Initial Funding Access:** Post successful crowdfunding, the project initiator accesses the first milestone funds up to the staked amount without needing an expense report. - **Expense Reporting:** For subsequent withdrawals, an expense report is necessary. This triggers the dispute period. ### Dispute Resolution: - **Validation Period:** A one-week dispute period allows contributors to review and contest the expense reports. - **Community Decision:** Discrepancies lead to a community vote. If the community votes against the expenses, the initiator loses the staked amount. If approved, the project continues. ### Project Conclusion: - **Feedback & Review:** After the event, participants provide feedback, influencing the initiator’s future proposals and reputation on the platform.### Project Conclusion: - **Feedback & Review:** After the event, participants provide feedback, influencing the initiator’s future proposals and reputation on the platform. ### Cycle Repeat or Exit: - **New Proposals:** Satisfied organizers may propose new events, using their success and feedback as leverage for future projects. ## The Problem Navigating the traditional crowdfunding realm can be fraught with challenges: opaque financial management, uncertain community engagement, and limited support for diverse projects. For creators, whether they’re planning an immersive concert or launching a gaming startup, these barriers can dampen innovation and hinder the realization of their visions. ## The Solution DreamStarter reimagines crowdfunding with a blockchain backbone, supporting a vast array of projects from entertainment events to startup ventures. It democratizes the funding process, offering transparent financial tracking, community-driven governance, and innovative funding mechanisms through NFTs. This approach not only guarantees transparency and security but also cultivates a vibrant community around each project, ensuring a dedicated user base and sustainable growth. ## Key Features - **Crowdfund any Idea**: DreamStarter caters to a wide range of proposals, including sports events, concerts, pool parties, DJ events, gaming startups, corporate launches, and more. It is the go-to place for anyone with an idea who needs funding and who wants to build a community to support their business. It can be launched by individuals or organizations. - **Proposal and Voting System**: A gateway for individuals to pitch ideas or organizations to submit diverse project ideas. Three types of voting will then take place: 1. Specified Users 2. Everyone using the application 3. Dependent on location. If it received a sufficient number of votes, say 51%, they may move on to the next round, which is to start their own smart contracts for fundraising. - **NFT-Driven Funding and Rewards**: Unique utilization of NFTs for funding, offering DreamStarter Holder and DreamStarter Collab options, providing contributors with tangible benefits and a stake in the project’s success. - **Enhanced Trust and Accountability**: Creators stake a portion of the funding goal, there would be less chances of rug pool. Users can only fundraise up to a certain amount. - **Milestone based funding**: Where Proposal creator can only take that much amount funds which less than the staked amount and there will be milestones given by proposal creator, funds cannot be taken in one go. - **Transparent and Secure Financial Operations**: Leveraging blockchain for a clear, auditable trail of financial transactions, ensuring integrity and building trust among all participants. On-chain expense tracker for unmatched security and fraud prevention. Every financial action is transparent, keeping organizers in check. - **Dispute Period**: Users have the option to raise a dispute if they discover any discrepancies in the spending report. A 1 week dispute window will be available for the user to stake money and file a dispute. The staked amount will be removed and dispersed if the proposal creator is unable to provide evidence and the public votes against them, or vice versa if users fail. - **Stablecoin & Democracy**: Utilize stablecoins for minimal volatility and maximum financial stability. - **Profit Sharing and Incentivization**: With DreamStarter Holder NFTs, will get financial returns for project/event completion as a reward for early supporter. - **Inclusive Community Building and Engagement**: Not just a funding platform, DreamStarter nurtures a supportive ecosystem around projects, by helping them to create communities. ## DreamStarter Technical Architecture ## Frontend Technology Stack: - **Next.js**: A React framework that enables functionality such as server-side rendering and generating static websites for React-based web applications. - **Tailwind CSS**: A utility-first CSS framework for rapidly building custom designs. - **zk-Login for Authentication**: Allows users to connect to the dApp without already having a Sui wallet, enhancing accessibility and user experience. ### Website Screenshot  ## Smart Contracts ### NFT Contract - Manages the minting, trading, and ownership of NFT tickets. - Governs the creation of DreamStarter Holder and Collab NFTs, ensuring their uniqueness and linking them to specific events or projects. ### Stake Contract - Facilitates the staking mechanism for event organizers, including the locking of funds as a commitment to project success. - Handles the distribution of profits back to NFT holders. - Manages the refund process in case an event does not meet its crowdfunding goal. ### Interaction with the Sui Blockchain - Deployed on the Sui blockchain, benefiting from its high throughput and low transaction costs. - The contracts interact with the blockchain to record transactions, manage NFTs, and ensure the integrity of the crowdfunding process. - Leverages Sui's capabilities for scalability and security. ## App Technology Stack: - **Android SDK and Java**: Utilized for the mobile app development to ensure robust performance and compatibility across a wide range of Android devices. - Ensures that users have reliable access to DreamStarter’s features anytime, anywhere. ## Important Time Limits - **Creating Proposals/Ideas:** Remember, voting on proposals is only available within the designated timeframe set during submission. - **Crowdfunding Events:** Contributions through NFT purchases must be made within the event’s specific crowdfunding window to count towards the project's goal. ## Demo - **Link to a Live Demo:** [DreamStarter Live Demo](https://dream-starter-ashen.vercel.app/) ## DreamStarter Roadmap: Future Development Plans Our journey with DreamStarter is just beginning. As we continue to build and improve, here are some of the key milestones and features we're excited to work towards: ## Short-Term Goals (Next 6 Months) - **Enhanced User Interface:** We'll focus on refining the UI/UX of DreamStarter to ensure an even more intuitive and engaging experience for all users. Expect cleaner designs, smoother transitions, and additional customization options. - **Open Source Contributions:** Opening up DreamStarter for community contributions is a priority. We'll establish guidelines for open-source involvement, allowing developers around the world to contribute code, suggest features, and help us improve the platform. ## Mid-Term Goals (6-12 Months) - **Rating System Implementation:** To foster trust and transparency, we will introduce a rating system for individuals and organizations. Based on their performance, event success rates, and community feedback, entities can earn ratings that influence their staking requirements. Higher-rated users may enjoy reduced staking percentages for initiating projects, making it easier for reputable organizers to bring their ideas to life. - **Integration of ZkMap or Proof-of-Location:** We plan to enhance community interaction by incorporating zero-knowledge proofs for location verification. This feature will enable users to connect and chat with others who share similar interests without compromising their privacy. Whether you're at a large event or looking to meet up with local community members, our proof-of-location service will make it seamless and secure. ## Long-Term Goals (1 Year and Beyond) - **Advanced Crowdfunding Models:** Looking further ahead, we aim to explore and implement more sophisticated crowdfunding mechanisms. This could include dynamic pricing for NFTs, secondary market support, and even DAO-driven event funding. - **Expansion of Event Categories:** While DreamStarter currently focuses on events and startups, we envision expanding into more categories. This could encompass funding for community projects, educational programs, and much more, broadening the scope of what can be achieved through our platform. - **Global Community Engagement Initiatives:** As DreamStarter grows, we'll launch initiatives aimed at building our global community. These may include hackathons, workshops, and partnerships with other platforms and organizations in the blockchain ecosystem. Our roadmap reflects our commitment to making DreamStarter a leading platform for blockchain-based crowdfunding. By continuously innovating and listening to our community, we aim to break down barriers to funding and event organization, making it more accessible, transparent, and engaging for everyone involved.

The School Management Smart Contract is a decentralized application (DApp) built on the SUI (Move) programming language for the Move blockchain. It provides a comprehensive solution for managing various aspects of a school, including student enrollment, attendance tracking, fee management, and more. Features: Student Enrollment: Allows administrators to register new students, storing their personal information such as name, age, gender, and contact details. Attendance Tracking: Enables teachers to mark attendance for students, keeping track of their attendance records securely on the blockchain. Fee Management: Facilitates the collection of fees from students and tracks their payment status. It generates detailed bills for students and records payment transactions. Academic Records: Stores academic records such as grades, exam results, and class assignments securely on the blockchain. User Permissions: Implements role-based access control, allowing administrators, teachers, and students to access specific functionalities based on their roles.

The Sui-Voucher is a blockchain-based smart contract for managing vouchers, users, and funds using the Sui Move language. It allows decentralized operations such as creating a voucher manager, registering users with unique IDs, issuing vouchers, funding the manager, and redeeming vouchers for SUI coins. The system logs key actions through events, ensuring transparency, fraud prevention, and accountability.

This is a DAO based on a certain kind of `Governance Coin` to publish, vote for and finally execute the `Proposal`s. ### Governance Coin Based on the standard `Coin` library in `sui`. It is used to vote for proposals, and one coin stands for one vote. The coin was first created with a certain amout and could be minted by the TreasuryCap owner. ### Proposal The `Proposal`s are defined with a `start_time` and an `end_time` to indicate the voting time interval. Besides, `Proposal`s also have a `minimal votes required` limit to indicate the minimal votes for execution(both for and against would count) ### Voting When voting starts, anyone holding the `Governance Coin` could vote for/against the proposal and the coin will **NOT** be consumed. Each address could vote only once for each proposal. ### Proposal Execution When the voting period ends, any one could invoke the `execute_proposal` function to execute the proposal. ## Code Structure `Governance Coin` and `MyDao` are separated into two move files ## Events Proposal creation, voting, proposal execution will be logged as events.

Welcome to the DAO for a Causeas a Service repository! I've developed a decentralized autonomous organization (DAO) with a strong focus on charitable causes, powered by the Sui network. This platform empowers users to create and manage DAO wallets, accept public donations, and reward donors with NFTs as tokens of appreciation. This unique feature enhances virality and encourages contributions.

The Loyalty Rewards Program module facilitates the management of customer rewards within a decentralized system, enabling businesses to incentivize customer engagement and loyalty effectively. This module offers functionalities for creating rewards, validating them, adding funds, redeeming rewards, and updating reward attributes.

Introducing the Clothing and Apparel Marketplace, a dynamic platform tailored for independent clothing designers and boutique shops to showcase and sell their unique creations. This marketplace is equipped with comprehensive CRUD features, empowering sellers to manage product listings, shopping carts, order fulfillment, and customer accounts with ease. With a focus on fostering creativity and supporting small-scale fashion enterprises, the Clothing and Apparel Marketplace provides a seamless experience for both sellers and buyers. Explore a diverse array of clothing and apparel items, curated by independent designers and boutique owners, and indulge in a shopping experience that celebrates individuality and style. Join us in creating a vibrant community where fashion meets innovation with the Clothing and Apparel Marketplace.

The Music Marketplace module facilitates decentralized management of music tracks, collaborations, and events within a blockchain ecosystem. It provides functionalities for musicians to publish tracks, sell music, handle disputes, collaborate with other artists, manage events, and interact with fans securely and transparently.

## Overview This module, `stim_games::stim_games`, establishes a decentralized game store, enabling publishers to sell game licenses and users to buy, store, and view their purchased licenses. Additional features like promo codes, fee management, and a licensing verification mechanism are built in, providing a comprehensive structure for managing a blockchain-based game store. ### Components #### Struct Definitions 1. **Platform**: Represents the game platform, with attributes for owner, fee percentage, and accumulated revenue. 2. **GameStore**: A container for games and promotional codes, with features for owner management. 3. **Game**: Contains details of a game, including name, publisher, price, revenue, and a list of issued licenses. 4. **UserAccount**: Manages user-specific information such as balance and owned licenses. 5. **License**: Represents ownership of a purchased game, with details like purchase date and gifting information. 6. **Discount**: Details for promotional codes, including discount rate, expiry, and usage tracking.

This application appears to be a subscription management system implemented using a blockchain smart contract sui platform. Let's go through its functionalities: Init Function: Initializes the contract by saving an admin ID. Transfer Subscribe Function: Transfers subscription amount from one user to another. Create User Function: Creates a new user with an ID and marks them as unsubscribed initially. Subscribe Function: Subscribes a user to a service by creating a subscription entry, marking the user as subscribed, and assigning points. Unsubscribe Function: Marks a user as unsubscribed. Get Subscription Function: Retrieves the subscription details for a user. Delete Subscription Function: Marks a subscription as inactive. Pay Function: Allows users to add funds to their subscription balance. Transfer Balance Function: Transfers balance from one user to another, adjusting subscription balances accordingly. See Subscription Function: Retrieves subscription details. See User Function: Retrieves user details. See Ended Subscriptions Function: Retrieves subscriptions that have ended. See Active Subscriptions Function: Retrieves subscriptions that are still active. See Duration Function: Calculates and retrieves the duration of a subscription. Claim Function: Allows users to claim funds back if their subscription has ended. Each function serves a specific purpose in managing subscriptions and users within the system, providing functionality for subscription creation, management, and retrieval of subscription information. Additionally, it includes features for transferring funds and managing subscription statuses based on time constraints.

ReliefChain is a blockchain-based disaster management platform built on the Sui blockchain designed to facilitate the creation, funding, and management of relief centers. It allows users to donate funds to various relief centers responsible for supporting disaster-stricken areas. Each relief center is managed by an admin who controls the funds within the center. The platform enables the transfer of funds between different centers, ensuring that resources are allocated where they are most needed. Administrators can also withdraw funds to specific recipients, ensuring efficient and transparent distribution of resources. The platform leverages blockchain technology to provide transparency, accountability, and traceability for all transactions, ensuring that donations and fund transfers are recorded on-chain for public verification.

Decentralized Intellectual Property (IP) Rights Management System: A decentralized platform for managing intellectual property rights, including copyrights, patents, and trademarks. This system allows creators to register their IP on the blockchain, providing a verifiable and immutable record. It also facilitates licensing agreements, royalty payments, and dispute resolution in a transparent and automated manner. Features: - IP Registration: Creators can register their intellectual property on the blockchain. - License Agreements: Facilitates the creation and management of licensing agreements. - Royalty Payments: Automates royalty payments based on usage and agreements. - Dispute Resolution: Provides mechanisms for resolving disputes over IP rights. - Verification: Ensures authenticity and ownership of registered IP. - Immutable Records: Maintains a transparent and tamper-proof ledger of all IP-related transactions.

A simple Sui Move version AMM Dex based on the logic of UniswapV2. ## Introduction + This module implements the factory and pool logic of UniswapV2 where anyone can freely create pair of two coin types, add or remove liquidity, and swap. + After a `Pool` of two coin types is created, a `PoolItem` will be added to `Factory`'s `table` field, which guarantees there is at most one pool for a pair. + The two coin types of a pair are first sorted according to their `type_name`, and then assigned to `PoolItem`'s `a` and `b` fields respectively. + Users can add liquidity to the pool according to the current ratio of coin balances. The remaining coin will be returned to the users as well as the LP coin. + Each pool are set with a `0.3%` swap fee by default which is actually distributed to all LP holders. + Core functions like `create_pool`, `add_liquidity`, `remove_liquidity`, `swap_a_for_b`, `swap_b_for_a` are all provided with three kind of interfaces (call with `Balance`, call with `Coin` and return `Coin`, call with `Coin` and transfer the output `Coin` to the sender in that entry function) considering both composability and convenience. ## Structs 1. LP witness + LP witness `LP<A, B>` is used as unique identifier of `Coin<LP<A, B>>` type. 2. Pool + A `Pool<A, B>` is a global shared object that is created by the one who calls the `create_pool` function. + It records its `Balance<A>`, `Balance<B>`, `Supply<LP<A, B>>`, and default fee. 3. Factory + A `Factory` is a global shared object that is created only once during the package publishment. + It has a `table` field recording each `PoolItem`. 4. PoolItem + A `PoolItem` is used to record the pool info in the `Factory`. + It guarantees each pair is unique and the coin types it records are sorted. ## Core functions 1. create_pool<A, B> + Create a new `Pool<A, B>` with initial liquidity. + Input with `Factory`, `Balance<A>` and `Balance<B>`, return `Balance<LP<A, B>>`. 2. create_pool_with_coins<A, B> + Input with `Factory`, `Coin<A>` and `Coin<B>`, return `Coin<LP<A, B>>`. 3. create_pool_with_coins_and_transfer_lp_to_sender<A, B> + Input with `Factory`, `Coin<A>` and `Coin<B>`, and transfer `Coin<LP<A, B>>` to sender in the function. 4. add_liquidity<A, B> + Add liquidity to `Pool<A, B>` to get LP coin. + Input with `Pool<A, B>`, `Balance<A>`, `Balance<B>` and minimal LP output amount, return remaining `Balance<A>`, `Balance<B>`, and `Balance<LP<A, B>>`. 5. add_liquidity_with_coins<A, B> + Input with `Pool<A, B>`, `Coin<A>`, `Coin<B>` and minimal LP output amount, return remaining `Coin<A>`, `Coin<B>`, and `Coin<LP<A, B>>`. 6. add_liquidity_with_coins_and_transfer_to_sender<A, B> + Input with `Pool<A, B>`, `Coin<A>`, `Coin<B>` and minimal LP output amount, and transfer remaining `Coin<A>`, `Coin<B>`, and `Coin<LP<A, B>>` to sender in the function. 7. remove_liquidity<A, B> + Remove liquidity from `Pool<A, B>` and burn LP coin. + Input with `Pool<A, B>`, `Balance<LP<A, B>>` and minimal A output amount, minimal B output amount, return `Balance<A>` and `Balance<B>`. 8. remove_liquidity_with_coins<A, B> + Input with `Pool<A, B>`, `Coin<LP<A, B>>` and minimal A output amount, minimal B output amount, return `Coin<A>` and `Coin<B>`. 9. remove_liquidity_with_coins_and_transfer_to_sender<A, B> + Input with `Pool<A, B>`, `Coin<LP<A, B>>` and minimal A output amount, minimal B output amount, and transfer `Coin<A>` and `Coin<B>` to sender in the function. 10. swap_a_for_b<A, B> + Swap exact `Balance<A>` for `Balance<B>`. + Input with `Pool<A, B>`, `Balance<A>` and minimal B output amount, return `Balance<B>`. 11. swap_a_for_b_with_coin<A, B> + Input with `Pool<A, B>`, `Coin<A>` and minimal B output amount, return `Coin<B>`. 12. swap_a_for_b_with_coin_and_transfer_to_sender<A, B> + Input with `Pool<A, B>`, `Coin<A>` and minimal B output amount, and transfer `Coin<B>` to sender in the function. 13. swap_b_for_a<A, B> + Swap exact `Balance<B>` for `Balance<A>`. + Input with `Pool<A, B>`, `Balance<B>` and minimal A output amount, return `Balance<A>`. 14. swap_b_for_a_with_coin<A, B> + Input with `Pool<A, B>`, `Coin<B>` and minimal A output amount, return `Coin<A>`. 15. swap_b_for_a_with_coin_and_transfer_to_sender<A, B> + Input with `Pool<A, B>`, `Coin<B>` and minimal A output amount, and transfer `Coin<A>` to sender in the function. ## Unit test 

ngos donations sui move smartcontract

This smart contract implements a reward system where users can stake tokens and earn rewards based on the staking duration. An admin can create new reward records, and users can perform staking and withdrawal operations. ## Function init: Initializes the contract and grants admin privileges. new_record: Creates a new reward record by the admin. stake: Allows users to stake tokens and calculates rewards. withdraw: Allows users to withdraw tokens and calculates rewards.

my sui project

PictureNFT (Non-Fungible Token) dapp where users can create, list, sell, and tip creators: 1. Minting PictureNFTs:    - Users can create unique **PictureNFTs** by uploading their digital artwork or images.    - Each PictureNFT is represented by a distinct token on the blockchain, making it one-of-a-kind. 2. View Owned PictureNFTs:    - Users can retrieve a list of PictureNFT IDs associated with their connected wallet address.    - This allows them to keep track of their owned tokens. 3. Listing PictureNFTs for Sale:    - Owners of PictureNFTs can set an asking price and list their tokens on the marketplace.    - Potential buyers can view these listings and decide whether to purchase. 4. Exploring Marketplace Listings:    - Users can browse the marketplace to discover available PictureNFTs.    - Listings include details such as the creator, description, and asking price. 5. Buying PictureNFTs:    - Interested buyers can purchase listed PictureNFTs by transferring the specified amount of the native cryptocurrency (e.g., SUI).    - Ownership of the token is transferred upon successful purchase. 6. Tipping Creators:    - Users who appreciate a particular PictureNFT can tip the creator directly.    - Tipping fosters a supportive community and encourages artists to continue creating. Remember, PictureNFTs represent digital art, photography, or other visual content, and their uniqueness is guaranteed by blockchain technology.

sui code project

# Music Streaming Platform Module Documentation > NOTE: sui version >= 1.27.0 and the edition = "2024.beta". ## Introduction The Music Streaming Platform module is a decentralized application built on the Sui blockchain. It provides functionalities for managing music tracks, artists, listeners, playlists, and royalties. Users can register songs, distribute royalties, stream tracks, and interact through feedback and voting mechanisms. ## Structs ### 1. Song A `Song` represents a music track and includes: - `id: UID`: Unique identifier for the song. - `details: vector<u8>`: Details of the song. - `owners: Table<address, u64>`: Table mapping owner addresses to their ownership share (in basis points). - `total_royalties: Balance<SUI>`: Total royalties accumulated for the song. - `owner_list: vector<address>`: List of owner addresses. ### 2. Artist An `Artist` represents a music artist and includes: - `id: UID`: Unique identifier for the artist. - `artist_address: address`: Address of the artist. - `name: vector<u8>`: Name of the artist. - `track_history: Table<u64, Track>`: Table mapping track IDs to tracks. - `track_list: vector<u64>`: List of track IDs. ### 3. Listener A `Listener` represents a music listener and includes: - `id: UID`: Unique identifier for the listener. - `listener_address: address`: Address of the listener. - `escrow: Balance<SUI>`: Escrow balance of the listener. - `name: vector<u8>`: Name of the listener. ### 4. Track A `Track` represents a music track and includes: - `id: UID`: Unique identifier for the track. - `details: vector<u8>`: Details of the track. - `artist: address`: Address of the artist. - `promoted: bool`: Indicates if the track is promoted. ### 5. Playlist A `Playlist` represents a playlist and includes: - `id: UID`: Unique identifier for the playlist. - `name: vector<u8>`: Name of the playlist. - `tracks: Table<u64, Track>`: Table mapping track IDs to tracks. - `track_list: vector<u64>`: List of track IDs. ### 6. User A `User` represents a user and includes: - `id: UID`: Unique identifier for the user. - `user_address: address`: Address of the user. - `details: vector<u8>`: Details of the user. ### 7. ChangeProposal A `ChangeProposal` represents a change proposal and includes: - `id: UID`: Unique identifier for the change proposal. - `votes: Table<address, bool>`: Table mapping voter addresses to their votes. - `voter_list: vector<address>`: List of voter addresses. - `approved: bool`: Indicates if the proposal is approved. ## Functions ### 1. Register Song Creates a new song with specified details, owners, and ownership shares. ```move public fun register_song( details: vector<u8>, owners: vector<address>, ownership_shares: vector<u64>, ctx: &mut TxContext ) : Song ``` ### 2. Distribute Royalties Distributes royalties to song owners based on their ownership shares. ```move public fun distribute_royalties( song: &mut Song, mut payment: Coin<SUI>, ctx: &mut TxContext ) ``` ### 3. Claim Royalties Allows a song owner to claim their share of royalties. ```move public fun claim_royalties( song: &mut Song, owner: address, ctx: &mut TxContext ) ``` ### 4. Update Song Details Updates the details of a song by its owner. ```move public fun update_song_details( song: &mut Song, new_details: vector<u8>, ctx: &mut TxContext ) ``` ### 5. Revoke Song Revokes a song by majority consensus of its owners. ```move public fun revoke_song( song: &mut Song, ctx: &mut TxContext ) ``` ### 6. Register Artist Registers a new artist with a specified name and address. ```move public fun register_artist( name: vector<u8>, artist_address: address, ctx: &mut TxContext ) : Artist ``` ### 7. Register Listener Registers a new listener with a specified name and address. ```move public fun register_listener( name: vector<u8>, listener_address: address, ctx: &mut TxContext ) : Listener ``` ### 8. Upload Track Allows an artist to upload a new track. ```move public fun upload_track( artist: &mut Artist, track_details: vector<u8>, track_id: u64, ctx: &mut TxContext ) ``` ### 9. Stream Track Allows a listener to stream a track by paying a fee. ```move public fun stream_track( listener: &mut Listener, artist: &mut Artist, track_id: u64, ctx: &mut TxContext ) ``` ### 10. Tip Artist Allows a listener to tip an artist. ```move public fun tip_artist( listener: &mut Listener, artist: &mut Artist, amount: u64, ctx: &mut TxContext ) ``` ### 11. Create Playlist Creates a new playlist. ```move public fun create_playlist( name: vector<u8>, ctx: &mut TxContext ) : Playlist ``` ### 12. Add Track to Playlist Adds a track to a playlist. ```move public fun add_track_to_playlist( playlist: &mut Playlist, track: Track, track_id: u64, _ctx: &mut TxContext ) ``` ### 13. Get Playlist Details Retrieves details of a playlist including the tracks. ```move public fun get_playlist_details( playlist: &Playlist ) : (vector<u8>, u64, bool) ``` ### 14. Get Song Details Retrieves details of a song including total royalties. ```move public fun get_song_details( song: &Song ) : (vector<u8>, &Balance<SUI>) ``` ### 15. Get Track Details Retrieves details of a track. ```move public fun get_track_details( track: &Track ) : vector<u8> ``` ### 16. Register User Registers a new user with specified details. ```move public fun register_user( user_address: address, user_details: vector<u8>, ctx: &mut TxContext ) : User ``` ### 17. Get User Details Retrieves details of a user. ```move public fun get_user_details( user: &User ) : vector<u8> ``` ### 18. Split Payments Splits payments and distributes shares dynamically. ```move public fun split_payments( song: &mut Song, mut payments: Coin<SUI>, ctx: &mut TxContext ) ``` ### 19. Get Royalty Analytics Provides detailed analytics on royalties. ```move public fun get_royalty_analytics( song: &Song ) : (u64, u64) ``` ### 20. Add Feedback Allows a listener to add feedback on a track. ```move public fun add_feedback( listener: &mut Listener, track: &mut Track, feedback: vector<u8>, ctx: &mut TxContext ) ``` ### 21. Promote Track Allows an artist to promote a track. ```move public fun promote_track( artist: &mut Artist, track_id: u64, ctx: &mut TxContext ) ``` ### 22. Vote on Change Allows users to vote on a change proposal. ```move public fun vote_on_change( user: &mut User, change_proposal: &mut ChangeProposal, vote: bool, ctx: &mut TxContext ) ``` ## UNITTEST ```bash $ sui --version sui 1.27.0-0362997459 $ sui move test INCLUDING DEPENDENCY Sui INCLUDING DEPENDENCY MoveStdlib BUILDING sui_music_platform Running Move unit tests [ PASS ] 0x0::sui_music_platform_tests::test_register_song [ PASS ] 0x0::sui_music_platform_tests::test_distribute_royalties [ PASS ] 0x0::sui_music_platform_tests::test_claim_royalties [ PASS ] 0x0::sui_music_platform_tests::test_update_song_details [ PASS ] 0x0::sui_music_platform_tests::test_revoke_song [ PASS ] 0x0::sui_music_platform_tests::test_register_artist [ PASS ] 0x0::sui_music_platform_tests::test_register_listener [ PASS ] 0x0::sui_music_platform_tests::test_upload_track [ PASS ] 0x0::sui_music_platform_tests::test_stream_track [ PASS ] 0x0::sui_music_platform_tests::test_tip_artist [ PASS ] 0x0::sui_music_platform_tests::test_create_playlist [ PASS ] 0x0::sui_music_platform_tests::test_add_track_to_playlist [ PASS ] 0x0::sui_music_platform_tests::test_get_playlist_details [ PASS ] 0x0::sui_music_platform_tests::test_get_song_details [ PASS ] 0x0::sui_music_platform_tests::test_get_track_details [ PASS ] 0x0::sui_music_platform_tests::test_register_user [ PASS ] 0x0::sui_music_platform_tests::test_get_user_details [ PASS ] 0x0::sui_music_platform_tests::test_split_payments [ PASS ] 0x0::sui_music_platform_tests::test_get_royalty_analytics [ PASS ] 0x0::sui_music_platform_tests::test_add_feedback [ PASS ] 0x0::sui_music_platform_tests::test_promote_track [ PASS ] 0x0::sui_music_platform_tests::test_vote_on_change Test result: OK. Total tests: 22; passed: 22; failed: 0 ``` ## Deployment To deploy the Music Platform module on the Sui blockchain: 1. Ensure you have Sui CLI installed and configured. 2. Build and deploy the module: ```bash sui move build sui client publish --gas-budget <GAS_BUDGET> ``` 3. Run unit tests to verify the deployment: ```bash sui move test ``` This documentation provides an overview of the functionalities and how to use the Music Platform module effectively.

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