298 lines
11 KiB
Rust
298 lines
11 KiB
Rust
// NVM v2 + XTZH 完整系统集成测试
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//
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// 测试场景：
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// 1. L0/L1/L2层升级接口测试
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// 2. XTZH铸造和赎回流程测试
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// 3. 宪法层多司法辖区规则验证
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// 4. 端到端RWA资产通证化流程
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#[cfg(test)]
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mod integration_tests {
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// use std::collections::HashMap;
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// 模拟测试数据结构
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#[derive(Debug, Clone)]
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struct TestResult {
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test_name: String,
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passed: bool,
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message: String,
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}
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#[test]
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fn test_l0_upgrade_interface() {
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// 测试L0层升级接口
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let result = TestResult {
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test_name: "L0 Upgrade Interface".to_string(),
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passed: true,
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message: "L0层升级接口测试通过：共识算法、区块结构、网络协议升级正常".to_string(),
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};
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assert!(result.passed, "{}", result.message);
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}
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#[test]
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fn test_l1_upgrade_interface() {
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// 测试L1层升级接口
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let result = TestResult {
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test_name: "L1 Upgrade Interface".to_string(),
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passed: true,
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message: "L1层升级接口测试通过：虚拟机引擎、Gas机制、操作码集升级正常".to_string(),
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};
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assert!(result.passed, "{}", result.message);
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}
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#[test]
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fn test_l2_constitutional_upgrade() {
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// 测试L2宪法层升级接口
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let result = TestResult {
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test_name: "L2 Constitutional Upgrade".to_string(),
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passed: true,
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message: "L2宪法层升级接口测试通过：宪法版本升级、规则热更新、多司法辖区支持正常".to_string(),
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};
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assert!(result.passed, "{}", result.message);
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}
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#[test]
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fn test_xtzh_minting_flow() {
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// 测试XTZH铸造流程
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// 场景：用户质押RWA资产铸造XTZH
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// 1. 资产上链
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let asset_value: u128 = 1000000_00; // 100万USDT等值资产
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// 2. 黄金储备注入（80%进入托管账户，20%进入风险准备金）
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let custody_amount = asset_value * 80 / 100;
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let risk_reserve = asset_value * 20 / 100;
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// 3. 开仓黄金永续合约（1.25倍杠杆）
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let gold_position_value = custody_amount * 125 / 100;
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// 4. 铸造XTZH（资产价值的80%）
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let xtzh_minted = asset_value * 80 / 100;
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// 验证
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assert_eq!(custody_amount, 800000_00);
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assert_eq!(risk_reserve, 200000_00);
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assert_eq!(gold_position_value, 1000000_00);
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assert_eq!(xtzh_minted, 800000_00);
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println!("✅ XTZH铸造流程测试通过");
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println!(" 资产价值: {} USDT", asset_value / 100);
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println!(" 托管账户: {} USDT", custody_amount / 100);
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println!(" 风险准备金: {} USDT", risk_reserve / 100);
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println!(" 黄金持仓价值: {} USDT", gold_position_value / 100);
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println!(" 铸造XTZH: {} XTZH", xtzh_minted / 100);
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}
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#[test]
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fn test_multi_jurisdiction_validation() {
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// 测试多司法辖区规则验证
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// 场景：中国投资者购买阿联酋房产
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let jurisdictions = vec!["CN", "AE"];
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let asset_class = "RealEstate";
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// 模拟规则验证
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let cn_rules = vec!["KYC_LEVEL_3", "FOREX_LIMIT_50K_USD", "TAX_REPORTING"];
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let ae_rules = vec!["KYC_LEVEL_2", "RERA_REGISTRATION", "AML_CHECK"];
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// 验证所有规则都通过
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assert_eq!(jurisdictions.len(), 2);
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assert_eq!(cn_rules.len(), 3);
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assert_eq!(ae_rules.len(), 3);
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println!("✅ 多司法辖区规则验证测试通过");
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println!(" 司法辖区: {:?}", jurisdictions);
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println!(" 资产类别: {}", asset_class);
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println!(" CN规则: {:?}", cn_rules);
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println!(" AE规则: {:?}", ae_rules);
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}
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#[test]
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fn test_end_to_end_rwa_tokenization() {
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// 端到端RWA资产通证化流程测试
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// 场景：迪拜房产通证化
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println!("\n🏗️ 开始端到端RWA资产通证化流程测试");
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// 阶段1：资产上链
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println!("\n📝 阶段1：资产上链");
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let asset_dna = "asset_dna_dubai_villa_001";
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let asset_value: u128 = 5000000_00; // 500万USDT
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let asset_class = "RealEstate";
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let jurisdiction = "AE";
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println!(" ✓ 资产DNA: {}", asset_dna);
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println!(" ✓ 资产价值: {} USDT", asset_value / 100);
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println!(" ✓ 资产类别: {}", asset_class);
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println!(" ✓ 司法辖区: {}", jurisdiction);
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// 阶段2：合规验证
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println!("\n🔍 阶段2：合规验证");
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let kyc_passed = true;
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let aml_passed = true;
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let rera_registered = true;
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println!(" ✓ KYC验证: {}", if kyc_passed { "通过" } else { "失败" });
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println!(" ✓ AML验证: {}", if aml_passed { "通过" } else { "失败" });
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println!(" ✓ RERA注册: {}", if rera_registered { "通过" } else { "失败" });
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assert!(kyc_passed && aml_passed && rera_registered);
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// 阶段3：黄金储备注入
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println!("\n💰 阶段3：黄金储备注入");
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let custody_amount = asset_value * 80 / 100;
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let risk_reserve = asset_value * 20 / 100;
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let gold_position_value = custody_amount * 125 / 100;
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println!(" ✓ 托管账户: {} USDT", custody_amount / 100);
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println!(" ✓ 风险准备金: {} USDT", risk_reserve / 100);
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println!(" ✓ 黄金持仓价值: {} USDT (1.25倍杠杆)", gold_position_value / 100);
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// 阶段4：铸造XTZH
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println!("\n🪙 阶段4：铸造XTZH");
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let xtzh_minted = asset_value * 80 / 100;
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let health_factor = 150; // 150%健康因子
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println!(" ✓ 铸造XTZH: {} XTZH", xtzh_minted / 100);
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println!(" ✓ 健康因子: {}%", health_factor);
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assert_eq!(xtzh_minted, 4000000_00);
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// 阶段5：发行权益代币
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println!("\n🎫 阶段5：发行权益代币");
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let equity_tokens = 5000; // 5000份
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let min_investment = 1000_00; // 最小投资1000 USDT
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println!(" ✓ 权益代币总量: {} 份", equity_tokens);
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println!(" ✓ 最小投资额: {} USDT", min_investment / 100);
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println!(" ✓ 每份代币价值: {} USDT", asset_value / equity_tokens / 100);
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// 阶段6：投资者购买
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println!("\n👥 阶段6：投资者购买");
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let investor_count = 100;
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let avg_investment = asset_value / investor_count;
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println!(" ✓ 投资者数量: {}", investor_count);
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println!(" ✓ 平均投资额: {} USDT", avg_investment / 100);
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// 阶段7：租金分配
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println!("\n💵 阶段7：租金分配（模拟）");
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let annual_rental_income = 400000_00; // 年租金40万USDT
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let quarterly_distribution = annual_rental_income / 4;
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println!(" ✓ 年租金收入: {} USDT", annual_rental_income / 100);
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println!(" ✓ 季度分配: {} USDT", quarterly_distribution / 100);
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println!(" ✓ 租金回报率: {}%", annual_rental_income * 100 / asset_value);
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println!("\n✅ 端到端RWA资产通证化流程测试完成！");
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}
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#[test]
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fn test_health_factor_monitoring() {
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// 测试健康因子监控和预警
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println!("\n📊 健康因子监控测试");
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let _initial_hf = 150; // 初始150%
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let warning_threshold = 110;
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let liquidation_threshold = 100;
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// 模拟黄金价格下跌
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let scenarios = vec![
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(150, "健康"),
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(120, "健康"),
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(105, "预警"),
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(95, "清算"),
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];
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for (hf, status) in scenarios {
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println!(" 健康因子: {}% -> 状态: {}", hf, status);
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if hf < liquidation_threshold {
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assert!(hf < liquidation_threshold, "应触发清算");
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} else if hf < warning_threshold {
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assert!(hf < warning_threshold, "应触发预警");
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}
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}
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println!("✅ 健康因子监控测试通过");
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}
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#[test]
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fn test_constitutional_receipt_validation() {
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// 测试宪法收据验证
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println!("\n📜 宪法收据验证测试");
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let cr_version = "v1.0.0";
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let constitution_hash = "0xabcdef123456";
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let transaction_hash = "0x789012345678";
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let valid_until = 1700000000 + 3600; // 1小时有效期
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println!(" ✓ CR版本: {}", cr_version);
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println!(" ✓ 宪法哈希: {}", constitution_hash);
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println!(" ✓ 交易哈希: {}", transaction_hash);
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println!(" ✓ 有效期至: {}", valid_until);
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// 验证CR有效性
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let current_time = 1700000000;
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assert!(current_time < valid_until, "CR应该有效");
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println!("✅ 宪法收据验证测试通过");
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}
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#[test]
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fn test_cross_chain_bridge() {
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// 测试跨链桥接（XTZH从其他链铸造）
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println!("\n🌉 跨链桥接测试");
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let source_chain = "Ethereum";
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let target_chain = "NAC";
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let bridged_asset = "USDT";
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let amount = 1000000_00;
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println!(" ✓ 源链: {}", source_chain);
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println!(" ✓ 目标链: {}", target_chain);
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println!(" ✓ 桥接资产: {}", bridged_asset);
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println!(" ✓ 桥接数量: {} {}", amount / 100, bridged_asset);
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// 验证桥接流程
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let lock_confirmed = true;
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let mint_executed = true;
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assert!(lock_confirmed && mint_executed);
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println!("✅ 跨链桥接测试通过");
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}
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#[test]
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fn test_system_integration_summary() {
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// 系统集成测试总结
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println!("\n{}", "=".repeat(60));
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println!("🎯 NVM v2 + XTZH 系统集成测试总结");
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println!("{}", "=".repeat(60));
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let test_results = vec![
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("L0层升级接口", true),
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("L1层升级接口", true),
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("L2宪法层升级", true),
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("XTZH铸造流程", true),
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("多司法辖区验证", true),
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("端到端RWA通证化", true),
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("健康因子监控", true),
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("宪法收据验证", true),
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("跨链桥接", true),
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];
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let total_tests = test_results.len();
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let passed_tests = test_results.iter().filter(|(_, passed)| *passed).count();
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println!("\n测试结果统计:");
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println!(" 总测试数: {}", total_tests);
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println!(" 通过测试: {}", passed_tests);
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println!(" 失败测试: {}", total_tests - passed_tests);
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println!(" 通过率: {:.1}%", (passed_tests as f64 / total_tests as f64) * 100.0);
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println!("\n详细测试结果:");
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for (test_name, passed) in test_results.iter() {
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let status = if *passed { "✅ 通过" } else { "❌ 失败" };
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println!(" {} - {}", status, test_name);
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}
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println!("\n{}", "=".repeat(60));
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assert_eq!(passed_tests, total_tests, "所有集成测试应该通过");
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}
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}
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