Comprehensive Implementation of Bitcoin-Powered DAO Smart Contract #1
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- Added contract metadata including title, version, summary, and description. - Defined constants for contract owner and various error codes. - Initialized data variables for total members, total proposals, and treasury balance. - Implemented basic structure for membership management, proposal management, treasury management, and cross-DAO collaboration. - Established a reputation system for members based on their participation in governance activities. This commit sets up the foundational elements of the Bitcoin-Powered DAO, enabling members to join, leave, stake tokens, create and vote on proposals, and manage a treasury.
- Defined `members` map to store member details including reputation, stake, and last interaction. - Defined `proposals` map to store proposal details including creator, title, description, amount, votes, status, creation, and expiration times. - Defined `votes` map to track votes on proposals by members. - Defined `collaborations` map to manage cross-DAO collaboration proposals and their statuses. These data maps are essential for managing the state and interactions within the Bitcoin-Powered DAO.
- Implemented `join-dao` function to allow users to join the DAO, setting their initial reputation, stake, and last interaction time, and incrementing the total members count. - Implemented `leave-dao` function to allow users to leave the DAO, removing their membership data and decrementing the total members count. These functions enable users to manage their membership status within the Bitcoin-Powered DAO.
- Implemented `stake-tokens` function to allow members to stake tokens, transferring the specified amount to the contract, updating their stake and last interaction time, and increasing the treasury balance. - Implemented `unstake-tokens` function to allow members to unstake tokens, transferring the specified amount back to the member, updating their stake and last interaction time, and decreasing the treasury balance. These functions enable members to manage their token stakes within the Bitcoin-Powered DAO.
- Implemented `create-proposal` function to allow members to create proposals, specifying the title, description, and amount. The function validates the proposal, sets its initial state, and increments the total proposals count. - Implemented `vote-on-proposal` function to allow members to vote on active proposals, updating the proposal's vote counts based on the member's voting power and recording the vote. These functions enable members to participate in the governance process by creating and voting on proposals within the Bitcoin-Powered DAO.
- Implemented `execute-proposal` function to allow members to execute proposals after their expiration. The function checks if the proposal is valid, if it has expired, and if it is still active. It then transfers the specified amount to the proposal creator if the proposal passes, updates the proposal status, and adjusts the treasury balance. This function enables the execution of proposals based on the voting outcome within the Bitcoin-Powered DAO.
- Implemented `donate-to-treasury` function to allow users to donate tokens to the DAO's treasury. The function transfers the specified amount to the contract, updates the treasury balance, and increases the donor's reputation if they are a member. This function enables users to contribute to the DAO's treasury and supports the financial sustainability of the Bitcoin-Powered DAO.
- Implemented `propose-collaboration` function to allow members to propose collaborations with other DAOs, specifying the partner DAO and related proposal ID. The function validates the proposal and sets the initial status to "proposed". - Implemented `accept-collaboration` function to allow the partner DAO to accept the proposed collaboration, updating the collaboration status to "accepted". These functions enable cross-DAO collaborations, fostering cooperation and joint initiatives between different DAOs within the Bitcoin-Powered DAO ecosystem.
- Implemented `get-treasury-balance` function to return the current balance of the DAO's treasury. - Implemented `get-member-reputation` function to return the reputation of a specified member, or an error if the member does not exist. These read-only functions provide essential information about the DAO's financial status and member reputations within the Bitcoin-Powered DAO.
- Implemented `get-proposal` function to return the details of a specified proposal, or an error if the proposal does not exist. - Implemented `get-member` function to return the details of a specified member, or an error if the member does not exist. - Implemented `get-total-members` function to return the total number of members in the DAO. - Implemented `get-total-proposals` function to return the total number of proposals created in the DAO. These read-only functions provide essential information about the DAO's proposals, members, and overall activity within the Bitcoin-Powered DAO.
- Implemented `is-member` function to check if a user is a member of the DAO. - Implemented `is-active-proposal` function to check if a proposal is active based on its expiration time and status. These private functions provide essential validation mechanisms for managing members and proposals within the Bitcoin-Powered DAO.
- Implemented `is-valid-proposal-id` function to check if a given proposal ID is valid. - Implemented `is-valid-collaboration-id` function to check if a given collaboration ID is valid. These private functions provide essential validation mechanisms for ensuring the integrity of proposals and collaborations within the Bitcoin-Powered DAO.
…on update - Implemented `calculate-voting-power` function to calculate a member's voting power based on their reputation and stake. - Implemented `update-member-reputation` function to update a member's reputation by a specified change amount, adjusting their last interaction time. These private functions provide essential mechanisms for managing member participation and influence within the Bitcoin-Powered DAO.
- Implemented `decay-inactive-members` function to allow the contract owner to halve the reputation of members who have been inactive for approximately 30 days (4320 blocks). The function updates the last interaction time for all members. This function helps maintain active participation within the Bitcoin-Powered DAO by reducing the influence of inactive members.
- Implemented contract initialization to set the initial values of `total-members`, `total-proposals`, and `treasury-balance` to zero. This initialization ensures that the Bitcoin-Powered DAO starts with a clean state, ready to manage members, proposals, and the treasury.
- Added comprehensive overview of the Bitcoin-Powered DAO smart contract. - Detailed the key features including membership management, proposal system, treasury management, reputation system, and cross-DAO collaboration. - Described the key components such as constants and data structures. - Documented the functions available in the contract, categorized into membership, proposal, treasury, collaboration, and utility functions. - Explained the reputation mechanism and voting power calculation. - Included security considerations, contract initialization details, and error handling. - Provided deployment information and contribution guidelines. This README provides a thorough guide for understanding and interacting with the Bitcoin-Powered DAO smart contract.
- Added comprehensive overview of the Bitcoin-Powered DAO smart contract. - Detailed the key features including membership management, proposal system, treasury management, reputation system, and cross-DAO collaboration. - Described the key components such as constants and data structures. - Documented the functions available in the contract, categorized into membership, proposal, treasury, collaboration, and utility functions. - Explained the reputation mechanism and voting power calculation. - Included security considerations, contract initialization details, and error handling. - Provided deployment information and contribution guidelines. This README provides a thorough guide for understanding and interacting with the Bitcoin-Powered DAO smart contract.
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Overview
This pull request introduces a fully-featured Clarity smart contract for a Bitcoin-Powered Decentralized Autonomous Organization (DAO), implementing a robust governance and collaboration framework on the Stacks blockchain.
Key Features Implemented
1. Membership Management
2. Proposal System
3. Treasury Management
4. Reputation System
5. Cross-DAO Collaboration
Technical Details
Functions Overview
join-dao,leave-daostake-tokens,unstake-tokenscreate-proposal,vote-on-proposal,execute-proposaldonate-to-treasury,get-treasury-balancepropose-collaboration,accept-collaborationSecurity Considerations
Next Steps
Changelog