From b3ad0108911fb99d9423d959b8758de46a09af2c Mon Sep 17 00:00:00 2001 From: KOSASIH Date: Sun, 11 Aug 2024 20:45:23 +0700 Subject: [PATCH] Update PiMainnet.sol --- .../pi-stablecoin/contracts/PiMainnet.sol | 586 +++--------------- 1 file changed, 86 insertions(+), 500 deletions(-) diff --git a/blockchain_integration/pi_network/pi-stablecoin/contracts/PiMainnet.sol b/blockchain_integration/pi_network/pi-stablecoin/contracts/PiMainnet.sol index 9b14aa574..249789300 100644 --- a/blockchain_integration/pi_network/pi-stablecoin/contracts/PiMainnet.sol +++ b/blockchain_integration/pi_network/pi-stablecoin/contracts/PiMainnet.sol @@ -1,556 +1,142 @@ pragma solidity ^0.8.0; +import "./ReputationSystem.sol"; +import "./Incentivization.sol"; +import "./SecurityAudit.sol"; import "./PiStablecoinProtocol.sol"; import "./Collateralization.sol"; import "./AlgorithmicStabilization.sol"; import "./Pegging.sol"; import "./OracleService.sol"; import "./Governance.sol"; -import "./ReputationSystem.sol"; -import "./Incentivization.sol"; -import "./SecurityAudit.sol"; +import "./KYCVerification.sol"; +import "./AMLCompliance.sol"; +import "./InsuranceFund.sol"; +import "./DecentralizedExchange.sol"; +import "./LiquidityPool.sol"; +import "./StakingContract.sol"; +import "./VestingContract.sol"; +import "./Treasury.sol"; contract PiMainnet { - // Define the mainnet launch parameters - uint256 public launchTime; - uint256 public initialSupply; - uint256 public collateralizationRatio; - uint256 public stabilizationRate; - uint256 public peggingRate; - address[] public governanceMembers; - address[] public reputationValidators; - uint256 public incentivizationRate; - - // Define the Pi Stablecoin Protocol instance - PiStablecoinProtocol public piStablecoinProtocol; - - // Define the Collateralization instance - Collateralization public collateralization; - - // Define the Algorithmic Stabilization instance - AlgorithmicStabilization public algorithmicStabilization; - - // Define the Pegging instance - Pegging public pegging; - - // Define the Oracle Service instance - OracleService public oracleService; - - // Define the Governance instance - Governance public governance; - - // Define the Reputation System instance + // Reputation system contract ReputationSystem public reputationSystem; - // Define the Incentivization instance + // Incentivization contract Incentivization public incentivization; - // Define the Security Audit instance + // SecurityAudit contract SecurityAudit public securityAudit; - // Mapping of user addresses to their balances - mapping (address => uint256) public balances; - - // Mapping of user addresses to their reputation scores - mapping (address => uint256) public reputationScores; - - // Event emitted when the mainnet is launched - event MainnetLaunched(address indexed sender, uint256 timestamp); - - // Event emitted when a user's balance is updated - event BalanceUpdated(address indexed user, uint256 newBalance); - - // Event emitted when a user's reputation score is updated - event ReputationScoreUpdated(address indexed user, uint256 newScore); - - // Event emitted when a security audit is performed - event SecurityAuditPerformed(address indexed auditor, uint256 timestamp); - - // Constructor - constructor() public { - // Set the launch time - launchTime = block.timestamp + 30 days; // launch in 30 days - - // Set the initial supply - initialSupply = 100000000000; // 100 billion - - // Set the collateralization ratio - collateralizationRatio = 150; - - // Set the stabilization rate - stabilizationRate = 0.7; - - // Set the pegging rate - peggingRate = 1.05; - - // Set the governance members - governanceMembers = [address(0x1234567890123456789012345678901234567890), address(0x9876543210987654321098765432109876543210)]; - - // Set the reputation validators - reputationValidators = [address(0x1111111111111111111111111111111111111111), address(0x2222222222222222222222222222222222222222)]; - - // Set the incentivization rate - incentivizationRate = 0.01; - } - - // Function to launch the mainnet - function launch() public { - // Check if the launch time has been reached - require(block.timestamp >= launchTime, "Launch time not reached"); - - // Deploy the Pi Stablecoin Protocol instance - piStablecoinProtocol = new PiStablecoinProtocol(); - - // Deploy the Collateralization instance - collateralization = new Collateralization(); - - // Deploy the Algorithmic Stabilization instance - algorithmicStabilization = new AlgorithmicStabilization(); - - // Deploy the Pegging instance - pegging = new Pegging(); - - // Deploy the Oracle Service instance - oracleService = new OracleService(); - - // Deploy the Governance instance - governance = new Governance(); - - // Deploy the Reputation System instance - reputationSystem = new ReputationSystem(); - - // Deploy the Incentivization instance - incentivization = new Incentivization(); - - // Deploy the Security Audit instance - securityAudit = new SecurityAudit(); - - // Initialize the Pi Stablecoin Protocol - piStablecoinProtocol.initialize(initialSupply, collateralizationRatio); - - // Initialize the Collateralization - collateralization.initialize(collateralizationRatio); - - // Initialize the Algorithmic Stabilization - algorithmicStabilization.initialize(stabilizationRate); - - // Initialize the Pegging - pegging.initialize(peggingRate); - - // Initialize the Oracle Service - oracleService.initialize(); - - // Initialize the Governance - governance.initialize(governanceMembers); - - // Initialize the Reputation System - reputationSystem.initialize(reputationValidators); - - // Initialize the Incentivization - incentivization.initialize(incentivizationRate); - - // Initialize the Security Audit - securityAudit.initialize(); - - // Set the Pi Stablecoin Protocol as the mainnet token - piStablecoinProtocol.setAsMainnetToken(); - - // Emit the MainnetLaunched event - emit MainnetLaunched(msg.sender, block.timestamp); - } - - // Function to update a user's balance - function updateBalance(address user, uint256 amount) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); - - // Update the user's balance - balances[user] += amount; - - // Emit the BalanceUpdated event - emit BalanceUpdated(user, balances[user]); - } - - // Function to update a user's reputation score - function updateReputationScore(address user, uint256 score) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); - - // Update the user's reputation score - reputationScores[user] += score; - - // Emit the ReputationScoreUpdated event - emit ReputationScoreUpdated(user, reputationScores[user]); - } - - // Function to perform a security audit - function performSecurityAudit() public { - // Check if the security audit is valid - require(securityAudit.isValid(), "Invalid security audit"); - - // Perform the security audit - securityAudit.performAudit(); - - // Emit the SecurityAuditPerformed event - emit SecurityAuditPerformed(msg.sender, block.timestamp); - } -} - -// PiStablecoinProtocol.sol -pragma solidity ^0.8.0; - -contract PiStablecoinProtocol { - // Define the stablecoin parameters - uint256 public totalSupply; - uint256 public collateralizationRatio; - - // Mapping of user addresses to their balances - mapping (address => uint256) public balances; - - // Event emitted when a user's balance is updated - event BalanceUpdated(address indexed user, uint256 newBalance); - - // Constructor - constructor() public { - // Set the total supply - totalSupply = 100000000000; // 100 billion - - // Set the collateralization ratio - collateralizationRatio = 150; - } - - // Function to initialize the stablecoin protocol - function initialize(uint256 supply, uint256 ratio) public { - // Set the total supply - totalSupply = supply; - - // Set the collateralization ratio - collateralizationRatio = ratio; - } - - // Function to mint new stablecoins - function mint(address user, uint256 amount) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); - - // Mint new stablecoins - balances[user] += amount; - - // Emit the BalanceUpdated event - emit BalanceUpdated(user, balances[user]); - } - - // Function to burn stablecoins - function burn(address user, uint256 amount) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); - - // Burn stablecoins - balances[user] -= amount; - - // Emit the BalanceUpdated event - emit BalanceUpdated(user, balances[user]); - } -} - -// Collateralization.sol -pragma solidity ^0.8.0; + // PiStablecoinProtocol contract + PiStablecoinProtocol public piStablecoinProtocol; -contract Collateralization { - // Define the collateralization parameters - uint256 public collateralizationRatio; + // Collateralization contract + Collateralization public collateralization; - // Mapping of user addresses to their collateral amounts - mapping (address => uint256) public collateralAmounts; + // AlgorithmicStabilization contract + AlgorithmicStabilization public algorithmicStabilization; - // Event emitted when a user's collateral amount is updated - event CollateralAmountUpdated(address indexed user, uint256 newAmount); + // Pegging contract + Pegging public pegging; - // Constructor - constructor() public { - // Set the collateralization ratio - collateralizationRatio = 150; - } + // OracleService contract + OracleService public oracleService; - // Function to initialize the collateralization - function initialize(uint256 ratio) public { - // Set the collateralization ratio - collateralizationRatio = ratio; - } + // Governance contract + Governance public governance; - // Function to update a user's collateral amount - function updateCollateralAmount(address user, uint256 amount) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); + // KYCVerification contract + KYCVerification public kycVerification; - // Update the user's collateral amount - collateralAmounts[user] += amount; + // AMLCompliance contract + AMLCompliance public amlCompliance; - // Emit the CollateralAmountUpdated event - emit CollateralAmountUpdated(user, collateralAmounts[user]); - } -} + // InsuranceFund contract + InsuranceFund public insuranceFund; -// AlgorithmicStabilization.sol -pragma solidity ^0.8.0; + // DecentralizedExchange contract + DecentralizedExchange public decentralizedExchange; -contract AlgorithmicStabilization { - // Define the stabilization parameters - uint256 public stabilizationRate; + // LiquidityPool contract + LiquidityPool public liquidityPool; - // Mapping of user addresses to their stabilization amounts - mapping (address => uint256) public stabilizationAmounts; + // StakingContract contract + StakingContract public stakingContract; - // Event emitted when a user's stabilization amount is updated - event StabilizationAmountUpdated(address indexed user, uint256 newAmount); + // VestingContract contract + VestingContract public vestingContract; - // Constructor - constructor() public { - // Set the stabilization rate - stabilizationRate = 0.7; - } + // Treasury contract + Treasury public treasury; - // Function to initialize the algorithmic stabilization - function initialize(uint256 rate) public { - // Set the stabilization rate - stabilizationRate = rate; - } + // Mapping of user addresses to their Pi Coin balances + mapping (address => uint256) public piCoinBalances; - // Function to update a user's stabilization amount - function updateStabilizationAmount(address user, uint256 amount) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); + // Total supply of Pi Coin + uint256 public totalSupply = 100000000000; - // Update the user's stabilization amount - stabilizationAmounts[user] += amount; + // Mapping of user addresses to their reputation scores + mapping (address => uint256) public reputationScores; - // Emit the StabilizationAmountUpdated event - emit StabilizationAmountUpdated(user, stabilizationAmounts[user]); - } -} + // Mapping of user addresses to their incentivization amounts + mapping (address => uint256) public incentivizationAmounts; -// Pegging.sol -pragma solidity ^0.8.0; + // Mapping of user addresses to their collateralization amounts + mapping (address => uint256) public collateralizationAmounts; -contract Pegging { - // Define the pegging parameters - uint256 public peggingRate; + // Mapping of user addresses to their algorithmic stabilization amounts + mapping (address => uint256) public algorithmicStabilizationAmounts; // Mapping of user addresses to their pegging amounts mapping (address => uint256) public peggingAmounts; - // Event emitted when a user's pegging amount is updated - event PeggingAmountUpdated(address indexed user, uint256 newAmount); - - // Constructor - constructor() public { - // Set the pegging rate - peggingRate = 1.05; - } - - // Function to initialize the pegging - function initialize(uint256 rate) public { - // Set the pegging rate - peggingRate = rate; - } - - // Function to update a user's pegging amount - function updatePeggingAmount(address user, uint256 amount) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); - - // Update the user's pegging amount - peggingAmounts[user] += amount; + // Mapping of user addresses to their oracle service fees + mapping (address => uint256) public oracleServiceFees; - // Emit the PeggingAmountUpdated event - emit PeggingAmountUpdated(user, peggingAmounts[user]); - } -} + // Mapping of user addresses to their governance votes + mapping (address => uint256) public governanceVotes; -// OracleService.sol -pragma solidity ^0.8.0; - -contract OracleService { - // Define the oracle service parameters - uint256 public oracleRate; - - // Mapping of user addresses to their oracle amounts - mapping (address => uint256) public oracleAmounts; - - // Event emitted when a user's oracle amount is updated - event OracleAmountUpdated(address indexed user, uint256 newAmount); - - // Constructor - constructor() public { - // Set the oracle rate - oracleRate = 0.01; - } - - // Function to initialize the oracle service - function initialize() public { - // Set the oracle rate - oracleRate = 0.01; - } - - // Function to update a user's oracle amount - function updateOracleAmount(address user, uint256 amount) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); - - // Update the user's oracle amount - oracleAmounts[user] += amount; - - // Emit the OracleAmountUpdated event - emit OracleAmountUpdated(user, oracleAmounts[user]); - } -} - -// Governance.sol -pragma solidity ^0.8.0; - -contract Governance { - // Define the governance parameters - address[] public governanceMembers; - - // Mapping of user addresses to their governance scores - mapping (address => uint256) public governanceScores; - - // Event emitted when a user's governance score is updated - event GovernanceScoreUpdated(address indexed user, uint256 newScore); - - // Constructor - constructor() public { - // Set the governance members - governanceMembers = [address(0x1234567890123456789012345678901234567890), address(0x9876543210987654321098765432109876543210)]; - } - - // Function to initialize the governance - function initialize(address[] memory members) public { - // Set the governance members - governanceMembers = members; - } + // Mapping of user addresses to their KYC verification status + mapping (address => bool) public kycVerificationStatus; - // Function to update a user's governance score - function updateGovernanceScore(address user, uint256 score) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); + // Mapping of user addresses to their AML compliance status + mapping (address => bool) public amlComplianceStatus; - // Update the user's governance score - governanceScores[user] += score; + // Mapping of user addresses to their insurance fund contributions + mapping (address => uint256) public insuranceFundContributions; - // Emit the GovernanceScoreUpdated event - emit GovernanceScoreUpdated(user, governanceScores[user]); - } -} + // Mapping of user addresses to their decentralized exchange balances + mapping (address => uint256) public decentralizedExchangeBalances; -// ReputationSystem.sol -pragma solidity ^0.8.0; - -contract ReputationSystem { - // Define the reputation system parameters - address[] public reputationValidators; - - // Mapping of user addresses to their reputation scores - mapping (address => uint256) public reputationScores; - - // Event emitted when a user's reputation score is updated - event ReputationScoreUpdated(address indexed user, uint256 newScore); - - // Constructor - constructor() public { - // Set the reputation validators - reputationValidators = [address(0x1234567890123456789012345678901234567890), address(0x9876543210987654321098765432109876543210)]; - } - - // Function to initialize the reputation system - function initialize(address[] memory validators) public { - // Set the reputation validators - reputationValidators = validators; - } + // Mapping of user addresses to their liquidity pool balances + mapping (address => uint256) public liquidityPoolBalances; - // Function to update a user's reputation score - function updateReputationScore(address user, uint256 score) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); + // Mapping of user addresses to their staking contract balances + mapping (address => uint256) public stakingContractBalances; - // Update the user's reputation score - reputationScores[user] += score; + // Mapping of user addresses to their vesting contract balances + mapping (address => uint256) public vestingContractBalances; - // Emit the ReputationScoreUpdated event - emit ReputationScoreUpdated(user, reputationScores[user]); - } -} + // Mapping of user addresses to their treasury balances + mapping (address => uint256) public treasuryBalances; -// Incentivization.sol -pragma solidity ^0.8.0; - -contract Incentivization { - // Define the incentivization parameters - uint256 public incentivizationRate; - - // Mapping of user addresses to their incentivization amounts - mapping (address => uint256) public incentivizationAmounts; - - // Event emitted when a user's incentivization amount is updated - event IncentivizationAmountUpdated(address indexed user, uint256 newAmount); + // Event emitted when a user's Pi Coin balance changes + event PiCoinBalanceChanged(address user, uint256 newBalance); - // Constructor - constructor() public { - // Set the incentivization rate - incentivizationRate = 0.05; - } + // Event emitted when a user's reputation score changes + event ReputationScoreChanged(address user, uint256 newScore); - // Function to initialize the incentivization - function initialize(uint256 rate) public { - // Set the incentivization rate - incentivizationRate = rate; - } + // Event emitted when a user's incentivization amount changes + event IncentivizationAmountChanged(address user, uint256 newAmount); - // Function to update a user's incentivization amount - function updateIncentivizationAmount(address user, uint256 amount) public { - // Check if the user is valid - require(user != address(0), "Invalid user"); + // Event emitted when a user's collateralization amount changes + event CollateralizationAmountChanged(address user, uint256 newAmount); - // Update the user's incentivization amount - incentivizationAmounts[user] += amount; + // Event emitted when a user's algorithmic stabilization amount changes + event AlgorithmicStabilizationAmountChanged(address user, uint256 newAmount); - // Emit the IncentivizationAmountUpdated event - emit IncentivizationAmountUpdated(user, incentivizationAmounts[user]); - } -} - -// SecurityAudit.sol -pragma solidity ^0.8.0; + // Event emitted when a user's pegging amount changes + event PeggingAmountChanged(address user, uint256 newAmount); -contract SecurityAudit { - // Define the security audit parameters - bool public isValid; - - // Event emitted when a security audit is performed - event SecurityAuditPerformed(address indexed user, uint256 timestamp); - - // Constructor - constructor() public { - // Set the security audit validity - isValid = true; - } - - // Function to initialize the security audit - function initialize() public { - // Set the security audit validity - isValid = true; - } - - // Function to perform a security audit - function performAudit() public { - // Check if the security audit is valid - require(isValid, "Invalid security audit"); - - // Perform the security audit - // ... - - // Emit the SecurityAuditPerformed event - emit SecurityAuditPerformed(msg.sender, block.timestamp); - } -}