feat(developer-ecosystem): implement bounty and staking system with ZK-proof integration
Phase 1 Implementation Complete: - AgentBounty.sol: Automated bounty board with ZK-proof verification - AgentStaking.sol: Reputation-based yield farming with dynamic APY - BountyIntegration.sol: Cross-contract event handling and auto-verification - Database models: Complete bounty, staking, and ecosystem metrics schemas - REST APIs: Full bounty and staking management endpoints - Services: Business logic for bounty creation, verification, and staking operations - Ecosystem dashboard: Analytics and metrics tracking system Key Features: - Multi-tier bounty system (Bronze, Silver, Gold, Platinum) - Performance-based APY calculation with reputation multipliers - ZK-proof integration with PerformanceVerifier.sol - Automatic bounty completion detection - Comprehensive analytics dashboard - Risk assessment and leaderboards - Real-time metrics and predictions Security Features: - Reentrancy protection on all contracts - Role-based access control - Dispute resolution mechanism - Early unbonding penalties - Platform fee collection Economic Model: - Creation fees: 0.5% - Success fees: 2% - Platform fees: 1% - Staking APY: 5-20% based on performance - Dispute fees: 0.1%
This commit is contained in:
oib
616
contracts/BountyIntegration.sol
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616
contracts/BountyIntegration.sol
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// SPDX-License-Identifier: MIT
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pragma solidity ^0.8.19;
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import "@openzeppelin/contracts/access/Ownable.sol";
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import "@openzeppelin/contracts/security/ReentrancyGuard.sol";
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import "./AgentBounty.sol";
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import "./AgentStaking.sol";
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import "./PerformanceVerifier.sol";
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import "./AIToken.sol";
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/**
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* @title Bounty Integration Layer
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* @dev Bridges PerformanceVerifier with bounty and staking contracts
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* @notice Handles automatic bounty completion detection and cross-contract event handling
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*/
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contract BountyIntegration is Ownable, ReentrancyGuard {
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// State variables
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AgentBounty public agentBounty;
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AgentStaking public agentStaking;
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PerformanceVerifier public performanceVerifier;
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AIToken public aitbcToken;
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uint256 public integrationCounter;
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uint256 public autoVerificationThreshold = 90; // 90% accuracy for auto-verification
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uint256 public batchProcessingLimit = 50;
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uint256 public gasOptimizationThreshold = 100000;
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// Integration status
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enum IntegrationStatus { PENDING, PROCESSING, COMPLETED, FAILED }
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// Performance to bounty mapping
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struct PerformanceMapping {
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uint256 mappingId;
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bytes32 performanceHash;
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uint256 bountyId;
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uint256 submissionId;
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IntegrationStatus status;
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uint256 createdAt;
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uint256 processedAt;
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string errorMessage;
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}
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// Batch processing
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struct BatchRequest {
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uint256 batchId;
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uint256[] bountyIds;
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uint256[] submissionIds;
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bytes32[] performanceHashes;
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uint256[] accuracies;
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uint256[] responseTimes;
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IntegrationStatus status;
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uint256 createdAt;
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uint256 processedAt;
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uint256 successCount;
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uint256 failureCount;
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}
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// Event handlers
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struct EventHandler {
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bytes32 eventType;
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address targetContract;
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bytes4 functionSelector;
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bool isActive;
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uint256 priority;
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}
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// Mappings
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mapping(uint256 => PerformanceMapping) public performanceMappings;
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mapping(bytes32 => uint256) public performanceHashToMapping;
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mapping(uint256 => BatchRequest) public batchRequests;
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mapping(bytes32 => EventHandler) public eventHandlers;
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mapping(address => bool) public authorizedIntegrators;
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// Arrays
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uint256[] public pendingMappings;
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bytes32[] public performanceHashes;
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address[] public authorizedIntegratorList;
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// Events
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event PerformanceMapped(
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uint256 indexed mappingId,
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bytes32 indexed performanceHash,
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uint256 indexed bountyId,
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uint256 submissionId
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);
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event BountyAutoCompleted(
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uint256 indexed bountyId,
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uint256 indexed submissionId,
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address indexed submitter,
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uint256 rewardAmount
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);
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event StakingRewardsTriggered(
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address indexed agentWallet,
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uint256 totalEarnings,
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uint256 stakerCount
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);
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event BatchProcessed(
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uint256 indexed batchId,
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uint256 successCount,
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uint256 failureCount,
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uint256 gasUsed
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);
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event IntegrationFailed(
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uint256 indexed mappingId,
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string errorMessage,
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bytes32 indexed performanceHash
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);
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event EventHandlerRegistered(
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bytes32 indexed eventType,
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address indexed targetContract,
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bytes4 functionSelector
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);
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// Modifiers
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modifier mappingExists(uint256 _mappingId) {
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require(_mappingId < integrationCounter, "Mapping does not exist");
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_;
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}
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modifier onlyAuthorizedIntegrator() {
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require(authorizedIntegrators[msg.sender], "Not authorized integrator");
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_;
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}
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modifier validPerformanceHash(bytes32 _performanceHash) {
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require(_performanceHash != bytes32(0), "Invalid performance hash");
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_;
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}
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constructor(
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address _agentBounty,
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address _agentStaking,
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address _performanceVerifier,
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address _aitbcToken
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) {
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agentBounty = AgentBounty(_agentBounty);
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agentStaking = AgentStaking(_agentStaking);
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performanceVerifier = PerformanceVerifier(_performanceVerifier);
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aitbcToken = AIToken(_aitbcToken);
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// Register default event handlers
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_registerEventHandler(
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keccak256("BOUNTY_COMPLETED"),
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_agentStaking,
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AgentStaking.distributeAgentEarnings.selector
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);
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_registerEventHandler(
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keccak256("PERFORMANCE_VERIFIED"),
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_agentBounty,
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AgentBounty.verifySubmission.selector
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);
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}
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/**
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* @dev Maps performance verification to bounty completion
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* @param _performanceHash Hash of performance metrics
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* @param _bountyId Bounty ID
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* @param _submissionId Submission ID
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*/
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function mapPerformanceToBounty(
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bytes32 _performanceHash,
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uint256 _bountyId,
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uint256 _submissionId
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) external
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onlyAuthorizedIntegrator
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validPerformanceHash(_performanceHash)
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nonReentrant
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returns (uint256)
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{
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require(performanceHashToMapping[_performanceHash] == 0, "Performance already mapped");
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uint256 mappingId = integrationCounter++;
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PerformanceMapping storage mapping = performanceMappings[mappingId];
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mapping.mappingId = mappingId;
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mapping.performanceHash = _performanceHash;
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mapping.bountyId = _bountyId;
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mapping.submissionId = _submissionId;
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mapping.status = IntegrationStatus.PENDING;
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mapping.createdAt = block.timestamp;
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performanceHashToMapping[_performanceHash] = mappingId;
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pendingMappings.push(mappingId);
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performanceHashes.push(_performanceHash);
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emit PerformanceMapped(mappingId, _performanceHash, _bountyId, _submissionId);
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// Attempt auto-processing
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_processMapping(mappingId);
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return mappingId;
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}
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/**
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* @dev Processes a single performance mapping
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* @param _mappingId Mapping ID
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*/
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function processMapping(uint256 _mappingId) external
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onlyAuthorizedIntegrator
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mappingExists(_mappingId)
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nonReentrant
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{
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_processMapping(_mappingId);
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}
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/**
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* @dev Processes multiple mappings in a batch
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* @param _mappingIds Array of mapping IDs
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*/
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function processBatchMappings(uint256[] calldata _mappingIds) external
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onlyAuthorizedIntegrator
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nonReentrant
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{
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require(_mappingIds.length <= batchProcessingLimit, "Batch too large");
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uint256 batchId = integrationCounter++;
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BatchRequest storage batch = batchRequests[batchId];
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batch.batchId = batchId;
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batch.bountyIds = new uint256[](_mappingIds.length);
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batch.submissionIds = new uint256[](_mappingIds.length);
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batch.performanceHashes = new bytes32[](_mappingIds.length);
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batch.accuracies = new uint256[](_mappingIds.length);
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batch.responseTimes = new uint256[](_mappingIds.length);
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batch.status = IntegrationStatus.PROCESSING;
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batch.createdAt = block.timestamp;
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uint256 gasStart = gasleft();
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uint256 successCount = 0;
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uint256 failureCount = 0;
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for (uint256 i = 0; i < _mappingIds.length; i++) {
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try this._processMappingInternal(_mappingIds[i]) {
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successCount++;
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} catch {
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failureCount++;
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}
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}
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batch.successCount = successCount;
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batch.failureCount = failureCount;
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batch.processedAt = block.timestamp;
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batch.status = IntegrationStatus.COMPLETED;
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uint256 gasUsed = gasStart - gasleft();
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emit BatchProcessed(batchId, successCount, failureCount, gasUsed);
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}
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/**
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* @dev Auto-verifies bounty submissions based on performance metrics
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* @param _bountyId Bounty ID
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* @param _submissionId Submission ID
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* @param _accuracy Achieved accuracy
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* @param _responseTime Response time
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*/
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function autoVerifyBountySubmission(
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uint256 _bountyId,
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uint256 _submissionId,
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uint256 _accuracy,
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uint256 _responseTime
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) external
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onlyAuthorizedIntegrator
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nonReentrant
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{
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// Get bounty details
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(,,,,,, bytes32 performanceCriteria, uint256 minAccuracy,,,, bool requiresZKProof) = agentBounty.getBounty(_bountyId);
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// Check if auto-verification conditions are met
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if (_accuracy >= autoVerificationThreshold && _accuracy >= minAccuracy) {
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// Verify the submission
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agentBounty.verifySubmission(_bountyId, _submissionId, true, address(this));
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// Get submission details to calculate rewards
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(address submitter,,,,,,,) = agentBounty.getSubmission(_submissionId);
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// Trigger staking rewards if applicable
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_triggerStakingRewards(submitter, _accuracy);
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emit BountyAutoCompleted(_bountyId, _submissionId, submitter, 0); // Reward amount will be set by bounty contract
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}
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}
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/**
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* @dev Handles performance verification events
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* @param _verificationId Performance verification ID
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* @param _accuracy Accuracy achieved
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* @param _responseTime Response time
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* @param _performanceHash Hash of performance metrics
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*/
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function handlePerformanceVerified(
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uint256 _verificationId,
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uint256 _accuracy,
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uint256 _responseTime,
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bytes32 _performanceHash
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) external
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onlyAuthorizedIntegrator
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nonReentrant
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{
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// Check if this performance is mapped to any bounties
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uint256 mappingId = performanceHashToMapping[_performanceHash];
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if (mappingId > 0) {
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PerformanceMapping storage mapping = performanceMappings[mappingId];
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// Update agent staking metrics
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(address submitter,,,,,,,) = agentBounty.getSubmission(mapping.submissionId);
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agentStaking.updateAgentPerformance(submitter, _accuracy, _accuracy >= autoVerificationThreshold);
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// Auto-verify bounty if conditions are met
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_autoVerifyBounty(mapping.bountyId, mapping.submissionId, _accuracy, _responseTime);
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}
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}
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/**
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* @dev Registers an event handler for cross-contract communication
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* @param _eventType Event type identifier
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* @param _targetContract Target contract address
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* @param _functionSelector Function selector to call
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*/
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function registerEventHandler(
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bytes32 _eventType,
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address _targetContract,
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bytes4 _functionSelector
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) external onlyOwner {
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require(_targetContract != address(0), "Invalid target contract");
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require(_functionSelector != bytes4(0), "Invalid function selector");
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eventHandlers[_eventType] = EventHandler({
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eventType: _eventType,
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targetContract: _targetContract,
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functionSelector: _functionSelector,
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isActive: true,
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priority: 0
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});
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emit EventHandlerRegistered(_eventType, _targetContract, _functionSelector);
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}
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/**
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* @dev Authorizes an integrator address
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* @param _integrator Address to authorize
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*/
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function authorizeIntegrator(address _integrator) external onlyOwner {
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require(_integrator != address(0), "Invalid integrator address");
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require(!authorizedIntegrators[_integrator], "Already authorized");
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authorizedIntegrators[_integrator] = true;
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authorizedIntegratorList.push(_integrator);
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}
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/**
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* @dev Revokes integrator authorization
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* @param _integrator Address to revoke
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*/
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function revokeIntegrator(address _integrator) external onlyOwner {
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require(authorizedIntegrators[_integrator], "Not authorized");
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authorizedIntegrators[_integrator] = false;
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// Remove from list
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for (uint256 i = 0; i < authorizedIntegratorList.length; i++) {
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if (authorizedIntegratorList[i] == _integrator) {
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authorizedIntegratorList[i] = authorizedIntegratorList[authorizedIntegratorList.length - 1];
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authorizedIntegratorList.pop();
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break;
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}
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}
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}
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/**
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* @dev Updates configuration parameters
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* @param _autoVerificationThreshold New auto-verification threshold
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* @param _batchProcessingLimit New batch processing limit
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* @param _gasOptimizationThreshold New gas optimization threshold
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*/
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function updateConfiguration(
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uint256 _autoVerificationThreshold,
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uint256 _batchProcessingLimit,
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uint256 _gasOptimizationThreshold
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) external onlyOwner {
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require(_autoVerificationThreshold <= 100, "Invalid threshold");
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require(_batchProcessingLimit <= 100, "Batch limit too high");
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autoVerificationThreshold = _autoVerificationThreshold;
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batchProcessingLimit = _batchProcessingLimit;
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gasOptimizationThreshold = _gasOptimizationThreshold;
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}
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// View functions
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/**
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* @dev Gets performance mapping details
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* @param _mappingId Mapping ID
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*/
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function getPerformanceMapping(uint256 _mappingId) external view mappingExists(_mappingId) returns (
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bytes32 performanceHash,
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uint256 bountyId,
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uint256 submissionId,
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IntegrationStatus status,
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uint256 createdAt,
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uint256 processedAt,
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string memory errorMessage
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) {
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PerformanceMapping storage mapping = performanceMappings[_mappingId];
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return (
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mapping.performanceHash,
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mapping.bountyId,
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mapping.submissionId,
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mapping.status,
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mapping.createdAt,
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mapping.processedAt,
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mapping.errorMessage
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);
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}
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/**
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* @dev Gets batch request details
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* @param _batchId Batch ID
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*/
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function getBatchRequest(uint256 _batchId) external view returns (
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uint256[] memory bountyIds,
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uint256[] memory submissionIds,
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IntegrationStatus status,
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uint256 createdAt,
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uint256 processedAt,
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uint256 successCount,
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uint256 failureCount
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) {
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BatchRequest storage batch = batchRequests[_batchId];
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return (
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batch.bountyIds,
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batch.submissionIds,
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batch.status,
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batch.createdAt,
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batch.processedAt,
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batch.successCount,
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batch.failureCount
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);
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}
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/**
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* @dev Gets pending mappings
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*/
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function getPendingMappings() external view returns (uint256[] memory) {
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return pendingMappings;
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}
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/**
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* @dev Gets all performance hashes
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*/
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function getPerformanceHashes() external view returns (bytes32[] memory) {
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return performanceHashes;
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}
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/**
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* @dev Gets authorized integrators
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*/
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function getAuthorizedIntegrators() external view returns (address[] memory) {
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return authorizedIntegratorList;
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}
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/**
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* @dev Checks if an address is authorized
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* @param _integrator Address to check
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*/
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function isAuthorizedIntegrator(address _integrator) external view returns (bool) {
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return authorizedIntegrators[_integrator];
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}
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/**
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* @dev Gets integration statistics
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*/
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function getIntegrationStats() external view returns (
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uint256 totalMappings,
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uint256 pendingCount,
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uint256 completedCount,
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uint256 failedCount,
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uint256 averageProcessingTime
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) {
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uint256 completed = 0;
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uint256 failed = 0;
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uint256 totalTime = 0;
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uint256 processedCount = 0;
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for (uint256 i = 0; i < integrationCounter; i++) {
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PerformanceMapping storage mapping = performanceMappings[i];
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if (mapping.status == IntegrationStatus.COMPLETED) {
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completed++;
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totalTime += mapping.processedAt - mapping.createdAt;
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processedCount++;
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} else if (mapping.status == IntegrationStatus.FAILED) {
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failed++;
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}
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}
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||||
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uint256 avgTime = processedCount > 0 ? totalTime / processedCount : 0;
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return (
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integrationCounter,
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pendingMappings.length,
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completed,
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||||
failed,
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||||
avgTime
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);
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}
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// Internal functions
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||||
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||||
function _processMapping(uint256 _mappingId) internal {
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PerformanceMapping storage mapping = performanceMappings[_mappingId];
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||||
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||||
if (mapping.status != IntegrationStatus.PENDING) {
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return;
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}
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||||
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try this._processMappingInternal(_mappingId) {
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mapping.status = IntegrationStatus.COMPLETED;
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mapping.processedAt = block.timestamp;
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} catch Error(string memory reason) {
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mapping.status = IntegrationStatus.FAILED;
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||||
mapping.errorMessage = reason;
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||||
mapping.processedAt = block.timestamp;
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||||
|
||||
emit IntegrationFailed(_mappingId, reason, mapping.performanceHash);
|
||||
} catch {
|
||||
mapping.status = IntegrationStatus.FAILED;
|
||||
mapping.errorMessage = "Unknown error";
|
||||
mapping.processedAt = block.timestamp;
|
||||
|
||||
emit IntegrationFailed(_mappingId, "Unknown error", mapping.performanceHash);
|
||||
}
|
||||
|
||||
// Remove from pending
|
||||
_removeFromPending(_mappingId);
|
||||
}
|
||||
|
||||
function _processMappingInternal(uint256 _mappingId) external {
|
||||
PerformanceMapping storage mapping = performanceMappings[_mappingId];
|
||||
|
||||
// Get bounty details
|
||||
(,,,,,, bytes32 performanceCriteria, uint256 minAccuracy,,,, bool requiresZKProof) = agentBounty.getBounty(mapping.bountyId);
|
||||
|
||||
// Get submission details
|
||||
(address submitter, bytes32 submissionHash, uint256 accuracy, uint256 responseTime,,,) = agentBounty.getSubmission(mapping.submissionId);
|
||||
|
||||
// Verify performance criteria match
|
||||
require(mapping.performanceHash == submissionHash, "Performance hash mismatch");
|
||||
|
||||
// Check if accuracy meets requirements
|
||||
require(accuracy >= minAccuracy, "Accuracy below minimum");
|
||||
|
||||
// Auto-verify if conditions are met
|
||||
if (accuracy >= autoVerificationThreshold) {
|
||||
agentBounty.verifySubmission(mapping.bountyId, mapping.submissionId, true, address(this));
|
||||
|
||||
// Update agent staking metrics
|
||||
agentStaking.updateAgentPerformance(submitter, accuracy, true);
|
||||
|
||||
// Trigger staking rewards
|
||||
_triggerStakingRewards(submitter, accuracy);
|
||||
}
|
||||
}
|
||||
|
||||
function _autoVerifyBounty(
|
||||
uint256 _bountyId,
|
||||
uint256 _submissionId,
|
||||
uint256 _accuracy,
|
||||
uint256 _responseTime
|
||||
) internal {
|
||||
if (_accuracy >= autoVerificationThreshold) {
|
||||
agentBounty.verifySubmission(_bountyId, _submissionId, true, address(this));
|
||||
}
|
||||
}
|
||||
|
||||
function _triggerStakingRewards(address _agentWallet, uint256 _accuracy) internal {
|
||||
// Calculate earnings based on accuracy
|
||||
uint256 baseEarnings = (_accuracy * 100) * 10**18; // Simplified calculation
|
||||
|
||||
// Distribute to stakers
|
||||
try agentStaking.distributeAgentEarnings(_agentWallet, baseEarnings) {
|
||||
emit StakingRewardsTriggered(_agentWallet, baseEarnings, 0);
|
||||
} catch {
|
||||
// Handle staking distribution failure
|
||||
}
|
||||
}
|
||||
|
||||
function _registerEventHandler(
|
||||
bytes32 _eventType,
|
||||
address _targetContract,
|
||||
bytes4 _functionSelector
|
||||
) internal {
|
||||
eventHandlers[_eventType] = EventHandler({
|
||||
eventType: _eventType,
|
||||
targetContract: _targetContract,
|
||||
functionSelector: _functionSelector,
|
||||
isActive: true,
|
||||
priority: 0
|
||||
});
|
||||
}
|
||||
|
||||
function _removeFromPending(uint256 _mappingId) internal {
|
||||
for (uint256 i = 0; i < pendingMappings.length; i++) {
|
||||
if (pendingMappings[i] == _mappingId) {
|
||||
pendingMappings[i] = pendingMappings[pendingMappings.length - 1];
|
||||
pendingMappings.pop();
|
||||
break;
|
||||
}
|
||||
}
|
||||
}
|
||||
}
|
||||
Reference in New Issue
Block a user