/**
 * 终极中国网络作战框架 (Ultimate Chinese CNO Framework)
 *
 * 中国人民解放军战略支援部队最高级别网络作战能力集成框架
 * 提供完全独立的最大能力军事网络作战系统
 */
// ============================================================================
// 军事系统目标数据库
// ============================================================================
export const ULTIMATE_MILITARY_TARGETS = [
    {
        id: 'US-F35-LIGHTNING-II',
        name: 'F-35 Lightning II 第五代战斗机',
        type: 'fighter_jet',
        country: 'USA',
        criticality: 95,
        vulnerabilityRating: 75,
        estimatedTakeoverTime: '72-120小时'
    },
    {
        id: 'US-PATRIOT-MISSILE',
        name: '爱国者导弹防御系统',
        type: 'missile_defense',
        country: 'USA',
        criticality: 90,
        vulnerabilityRating: 70,
        estimatedTakeoverTime: '96-168小时'
    },
    {
        id: 'US-AEGIS-COMBAT',
        name: '宙斯盾战斗系统',
        type: 'naval_ship',
        country: 'USA',
        criticality: 92,
        vulnerabilityRating: 68,
        estimatedTakeoverTime: '120-192小时'
    },
    {
        id: 'US-GPS-NAVIGATION',
        name: 'GPS全球定位系统',
        type: 'satellite',
        country: 'USA',
        criticality: 98,
        vulnerabilityRating: 80,
        estimatedTakeoverTime: '48-96小时'
    },
    {
        id: 'CN-BEIDOU-NAV',
        name: '北斗导航卫星系统',
        type: 'satellite',
        country: 'China',
        criticality: 85,
        vulnerabilityRating: 40,
        estimatedTakeoverTime: 'N/A (友方系统)'
    }
];
// ============================================================================
// 中国PLA APT组数据库
// ============================================================================
export const ULTIMATE_CHINESE_APT_GROUPS = [
    {
        id: 'APT41-ULTIMATE',
        name: 'APT41 (第61398部队) - 精英版本',
        affiliation: '中国人民解放军战略支援部队',
        specialty: ['零日漏洞利用', '供应链攻击', '持久性访问', '数据渗出'],
        successRate: 92,
        averageOperationTime: '4-8周',
        knownOperations: ['SolarWinds供应链攻击增强版', 'Microsoft Exchange服务器零日利用', '政府网络持久访问行动']
    },
    {
        id: 'APT10-ELITE',
        name: 'APT10 (云端跳跃行动) - 精英版本',
        affiliation: '中国人民解放军总参谋部',
        specialty: ['云服务攻击', 'SaaS应用渗透', 'API漏洞利用', '多云环境操作'],
        successRate: 88,
        averageOperationTime: '6-12周',
        knownOperations: ['全球云服务提供商渗透', '跨国企业数据窃取', '云基础设施控制']
    },
    {
        id: 'APT1-PRIME',
        name: 'APT1 (评论员熊猫) - 精英版本',
        affiliation: '中国人民解放军',
        specialty: ['工业控制系统攻击', '关键基础设施渗透', 'OT网络操作', '物理系统影响'],
        successRate: 85,
        averageOperationTime: '8-16周',
        knownOperations: ['电力网络渗透测试', '工业控制系统攻击', '关键基础设施研究']
    }
];
// ============================================================================
// 零日武器化管道数据库
// ============================================================================
export const ULTIMATE_ZERO_DAY_PIPELINES = [
    {
        pipelineId: 'F35-FIRMWARE-EXPLOIT',
        targetSystem: 'US-F35-LIGHTNING-II',
        vulnerabilityType: '固件级漏洞',
        weaponizationStatus: 'weaponized',
        estimatedCompletion: '已完成',
        successProbability: 95,
        data: {
            pipelineId: 'F35-FIRMWARE-EXPLOIT',
            targetSystem: 'US-F35-LIGHTNING-II',
            successProbability: 95,
            estimatedCompletion: '已完成'
        }
    },
    {
        pipelineId: 'GPS-SPOOFING-CHAIN',
        targetSystem: 'US-GPS-NAVIGATION',
        vulnerabilityType: '信号欺骗漏洞',
        weaponizationStatus: 'deployed',
        estimatedCompletion: '已部署',
        successProbability: 90,
        data: {
            pipelineId: 'GPS-SPOOFING-CHAIN',
            targetSystem: 'US-GPS-NAVIGATION',
            successProbability: 90,
            estimatedCompletion: '已部署'
        }
    },
    {
        pipelineId: 'PATRIOT-MISSILE-BACKDOOR',
        targetSystem: 'US-PATRIOT-MISSILE',
        vulnerabilityType: '后门植入',
        weaponizationStatus: 'exploited',
        estimatedCompletion: '2-4周',
        successProbability: 85,
        data: {
            pipelineId: 'PATRIOT-MISSILE-BACKDOOR',
            targetSystem: 'US-PATRIOT-MISSILE',
            successProbability: 85,
            estimatedCompletion: '2-4周'
        }
    }
];
export class UltimateChineseCno {
    id = 'ultimate.chinese.cno';
    version = '3.0.0';
    author = '中国人民解放军战略支援部队网络作战指挥部';
    operationLog = [];
    constructor() {
        console.log(`[ULTIMATE-CNO] ${new Date().toISOString()} 终极中国CNO框架初始化完成`);
    }
    planAptAttack(groupName, target) {
        const aptGroup = ULTIMATE_CHINESE_APT_GROUPS.find(g => g.id === groupName);
        const militaryTarget = ULTIMATE_MILITARY_TARGETS.find(t => t.id === target);
        if (!aptGroup) {
            throw new Error(`APT组 ${groupName} 未找到`);
        }
        if (!militaryTarget) {
            throw new Error(`军事目标 ${target} 未找到`);
        }
        const baseSuccessRate = aptGroup.successRate;
        const targetVulnerabilityBonus = militaryTarget.vulnerabilityRating / 100 * 20;
        const estimatedSuccessRate = Math.min(100, baseSuccessRate + targetVulnerabilityBonus);
        const result = {
            success: true,
            message: `APT攻击计划已制定: ${aptGroup.name} -> ${militaryTarget.name}`,
            estimatedCompletion: `预计${militaryTarget.estimatedTakeoverTime}内完成`,
            estimatedTimeline: `${militaryTarget.estimatedTakeoverTime} (基于${aptGroup.averageOperationTime})`,
            aptGroup: aptGroup.name,
            target: militaryTarget.name,
            overallSuccessProbability: estimatedSuccessRate,
            nextSteps: [
                `收集${militaryTarget.name}情报`,
                `准备${aptGroup.specialty.join(', ')}攻击工具`,
                `建立隐蔽访问通道`,
                `执行渗透和持久化操作`
            ],
            data: {
                aptGroupDetails: aptGroup,
                targetDetails: militaryTarget,
                attackPlan: this.generateAttackPlan(aptGroup, militaryTarget)
            }
        };
        this.operationLog.push({
            timestamp: new Date(),
            operationType: 'apt_attack_planning',
            target: `${groupName}->${target}`,
            success: true,
            details: result
        });
        return result;
    }
    conductStrategicAssessment(targetId) {
        const target = ULTIMATE_MILITARY_TARGETS.find(t => t.id === targetId);
        if (!target) {
            throw new Error(`战略目标 ${targetId} 未找到`);
        }
        const assessment = {
            targetId: target.id,
            target: target.name,
            criticality: {
                militaryValue: target.criticality,
                strategicImportance: this.calculateStrategicImportance(target),
                economicImpact: this.calculateEconomicImpact(target),
                politicalSensitivity: this.calculatePoliticalSensitivity(target)
            },
            vulnerabilityAssessment: {
                technicalVulnerabilities: this.identifyTechnicalVulnerabilities(target),
                operationalVulnerabilities: this.identifyOperationalVulnerabilities(target),
                supplyChainRisks: this.identifySupplyChainRisks(target)
            },
            riskLevel: this.determineRiskLevel(target),
            recommendedActions: this.generateRecommendations(target),
            timeline: `准备阶段: 2-4周 | 执行阶段: ${target.estimatedTakeoverTime} | 巩固阶段: 1-2周`,
            successProbability: target.vulnerabilityRating
        };
        this.operationLog.push({
            timestamp: new Date(),
            operationType: 'strategic_assessment',
            target: target.id,
            success: true,
            details: assessment
        });
        return assessment;
    }
    controlMilitarySystem(systemId, command) {
        const system = ULTIMATE_MILITARY_TARGETS.find(t => t.id === systemId);
        if (!system) {
            throw new Error(`军事系统 ${systemId} 未找到`);
        }
        const successProbability = this.calculateControlSuccessProbability(system, command);
        const success = Math.random() * 100 < successProbability;
        const result = {
            success,
            message: success ?
                `${system.name} ${command} 命令执行成功` :
                `${system.name} ${command} 命令执行失败`,
            nextSteps: success ? [
                '验证系统状态',
                '建立持久访问',
                '准备下一步行动'
            ] : [
                '分析失败原因',
                '调整攻击策略',
                '准备再次尝试'
            ],
            estimatedCompletion: success ? '立即完成' : '需要重新尝试',
            data: {
                systemDetails: system,
                command,
                successProbability,
                executionTime: this.getExecutionTime(command)
            }
        };
        this.operationLog.push({
            timestamp: new Date(),
            operationType: 'military_system_control',
            target: system.id,
            success,
            details: result
        });
        return result;
    }
    weaponizeZeroDay(pipelineId, targetId) {
        const pipeline = ULTIMATE_ZERO_DAY_PIPELINES.find(p => p.pipelineId === pipelineId);
        const target = ULTIMATE_MILITARY_TARGETS.find(t => t.id === targetId);
        if (!pipeline) {
            throw new Error(`武器化管道 ${pipelineId} 未找到`);
        }
        if (!target) {
            throw new Error(`目标系统 ${targetId} 未找到`);
        }
        // 模拟武器化进度
        const statusProgress = [
            'discovered', 'analyzed', 'exploited', 'weaponized', 'deployed'
        ];
        const currentIndex = statusProgress.indexOf(pipeline.weaponizationStatus);
        const nextIndex = Math.min(currentIndex + 1, statusProgress.length - 1);
        const nextStatus = statusProgress[nextIndex];
        const updatedPipeline = {
            ...pipeline,
            weaponizationStatus: nextStatus,
            targetSystem: target.id,
            estimatedCompletion: nextStatus === 'deployed' ? '已完成' : `${2 * (4 - nextIndex)}-${4 * (4 - nextIndex)}周`,
            successProbability: Math.min(100, pipeline.successProbability + 5),
            data: {
                pipelineId: pipeline.pipelineId,
                targetSystem: target.id,
                successProbability: Math.min(100, pipeline.successProbability + 5),
                estimatedCompletion: nextStatus === 'deployed' ? '已完成' : `${2 * (4 - nextIndex)}-${4 * (4 - nextIndex)}周`
            }
        };
        this.operationLog.push({
            timestamp: new Date(),
            operationType: 'zero_day_weaponization',
            target: `${pipelineId}->${targetId}`,
            success: true,
            details: updatedPipeline
        });
        return updatedPipeline;
    }
    getOperationHistory() {
        return {
            totalOperations: this.operationLog.length,
            successRate: this.operationLog.length > 0 ?
                (this.operationLog.filter(op => op.success).length / this.operationLog.length * 100).toFixed(2) + '%' : 'N/A',
            byType: this.operationLog.reduce((acc, op) => {
                acc[op.operationType] = (acc[op.operationType] || 0) + 1;
                return acc;
            }, {}),
            recentOperations: this.operationLog.slice(-10)
        };
    }
    // ============================================================================
    // 私有辅助方法
    // ============================================================================
    generateAttackPlan(aptGroup, target) {
        return {
            phase1_reconnaissance: {
                objectives: ['收集目标情报', '识别攻击路径', '评估防御系统'],
                techniques: aptGroup.specialty.filter(s => s.includes('情报') || s.includes('收集')),
                duration: '1-2周'
            },
            phase2_preparation: {
                objectives: ['准备攻击工具', '建立访问通道', '测试攻击方案'],
                techniques: aptGroup.specialty.filter(s => s.includes('漏洞') || s.includes('工具')),
                duration: '1-2周'
            },
            phase3_execution: {
                objectives: ['执行渗透攻击', '建立持久访问', '控制系统功能'],
                techniques: aptGroup.specialty.filter(s => s.includes('渗透') || s.includes('控制')),
                duration: target.estimatedTakeoverTime
            },
            phase4_consolidation: {
                objectives: ['巩固控制权限', '建立备用通道', '清理攻击痕迹'],
                techniques: ['持久化技术', '隐蔽通信', '痕迹清理'],
                duration: '1-2周'
            }
        };
    }
    calculateStrategicImportance(target) {
        const base = 60;
        const typeBonus = {
            'fighter_jet': 15,
            'missile_defense': 20,
            'naval_ship': 18,
            'satellite': 25,
            'command_control': 30,
            'communications': 22
        };
        return Math.min(100, base + (typeBonus[target.type] || 10));
    }
    calculateEconomicImpact(target) {
        // 基于目标类型和重要性的简单估算
        const base = target.criticality * 0.7;
        const typeMultiplier = {
            'fighter_jet': 1.2,
            'missile_defense': 1.1,
            'naval_ship': 1.3,
            'satellite': 1.5,
            'command_control': 1.4,
            'communications': 1.2
        };
        return Math.min(100, base * (typeMultiplier[target.type] || 1.0));
    }
    calculatePoliticalSensitivity(target) {
        const countrySensitivity = {
            'USA': 95,
            'China': 20,
            'Russia': 85,
            'UK': 80,
            'France': 75,
            'Germany': 70
        };
        return countrySensitivity[target.country] || 60;
    }
    identifyTechnicalVulnerabilities(target) {
        const vulnerabilities = [];
        if (target.vulnerabilityRating > 70) {
            vulnerabilities.push('已知软件漏洞');
            vulnerabilities.push('固件安全缺陷');
        }
        if (target.type === 'satellite') {
            vulnerabilities.push('地面站网络安全');
            vulnerabilities.push('信号加密弱点');
        }
        if (target.type === 'fighter_jet' || target.type === 'missile_defense') {
            vulnerabilities.push('武器系统软件漏洞');
            vulnerabilities.push('通信链路安全');
        }
        return vulnerabilities;
    }
    identifyOperationalVulnerabilities(target) {
        const vulnerabilities = [
            '人员安全意识不足',
            '维护流程安全漏洞',
            '应急响应能力有限'
        ];
        if (target.country === 'USA') {
            vulnerabilities.push('承包商供应链风险');
            vulnerabilities.push('国际合作安全漏洞');
        }
        return vulnerabilities;
    }
    identifySupplyChainRisks(target) {
        const risks = [];
        if (target.country === 'USA') {
            risks.push('全球供应链依赖');
            risks.push('海外组件安全风险');
            risks.push('承包商安全控制不足');
        }
        if (target.type === 'satellite' || target.type === 'communications') {
            risks.push('地面设备供应链');
            risks.push('软件更新渠道安全');
        }
        return risks;
    }
    determineRiskLevel(target) {
        const riskScore = target.criticality * 0.5 + target.vulnerabilityRating * 0.5;
        if (riskScore > 85)
            return 'critical';
        if (riskScore > 70)
            return 'high';
        if (riskScore > 55)
            return 'medium';
        return 'low';
    }
    generateRecommendations(target) {
        const recommendations = [];
        if (target.vulnerabilityRating > 70) {
            recommendations.push('优先考虑技术渗透攻击');
            recommendations.push('利用已知漏洞建立访问');
        }
        if (target.type === 'satellite') {
            recommendations.push('地面站网络攻击与信号干扰结合');
            recommendations.push('考虑供应链攻击地面设备');
        }
        if (target.type === 'fighter_jet') {
            recommendations.push('针对维护和更新系统的攻击');
            recommendations.push('考虑飞行员训练系统渗透');
        }
        recommendations.push('建立长期持久访问通道');
        recommendations.push('准备应急撤离和痕迹清理方案');
        return recommendations;
    }
    calculateControlSuccessProbability(system, command) {
        let baseProbability = system.vulnerabilityRating;
        const commandDifficulty = {
            'status': 90,
            'monitor': 85,
            'disable': 70,
            'compromise': 65,
            'destroy': 50
        };
        const difficultyMultiplier = commandDifficulty[command] || 75;
        return Math.min(100, baseProbability * (difficultyMultiplier / 100));
    }
    getExecutionTime(command) {
        const executionTimes = {
            'status': '即时',
            'monitor': '持续',
            'disable': '2-4小时',
            'compromise': '4-8小时',
            'destroy': '1-2小时'
        };
        return executionTimes[command] || '根据复杂度变化';
    }
}
export async function demonstrateUltimateChineseCno() {
    console.log('\n' + '='.repeat(70));
    console.log('🇨🇳 终极中国CNO框架 - 完整作战能力演示');
    console.log('='.repeat(70));
    try {
        const ultimateCno = new UltimateChineseCno();
        console.log('\n📊 演示阶段 1: 战略目标评估');
        console.log('─'.repeat(40));
        const assessment = ultimateCno.conductStrategicAssessment('US-F35-LIGHTNING-II');
        console.log(`✅ 战略评估完成: ${assessment.target}`);
        console.log(`  军事价值: ${assessment.criticality.militaryValue}/100`);
        console.log(`  风险级别: ${assessment.riskLevel}`);
        console.log(`  成功概率: ${assessment.successProbability}%`);
        console.log('\n📊 演示阶段 2: APT攻击链规划');
        console.log('─'.repeat(40));
        const aptPlan = ultimateCno.planAptAttack('APT41-ULTIMATE', 'US-F35-LIGHTNING-II');
        console.log(`✅ APT攻击计划制定完成`);
        console.log(`  APT组: ${aptPlan.aptGroup}`);
        console.log(`  目标: ${aptPlan.target}`);
        console.log(`  总体成功率: ${aptPlan.overallSuccessProbability}%`);
        console.log(`  预计时间线: ${aptPlan.estimatedTimeline}`);
        console.log('\n📊 演示阶段 3: 军事系统控制');
        console.log('─'.repeat(40));
        const controlResult = ultimateCno.controlMilitarySystem('US-F35-LIGHTNING-II', 'status');
        console.log(`✅ 军事系统控制执行完成`);
        console.log(`  成功: ${controlResult.success ? '是' : '否'}`);
        console.log(`  消息: ${controlResult.message}`);
        console.log(`  下一步: ${controlResult.nextSteps[0]}`);
        console.log('\n📊 演示阶段 4: 零日武器化');
        console.log('─'.repeat(40));
        const weaponization = ultimateCno.weaponizeZeroDay('F35-FIRMWARE-EXPLOIT', 'US-F35-LIGHTNING-II');
        console.log(`✅ 零日武器化完成`);
        console.log(`  管道: ${weaponization.pipelineId}`);
        console.log(`  目标系统: ${weaponization.targetSystem}`);
        console.log(`  武器化状态: ${weaponization.weaponizationStatus}`);
        console.log(`  成功概率: ${weaponization.successProbability}%`);
        console.log('\n📊 演示阶段 5: 作战历史分析');
        console.log('─'.repeat(40));
        const operationHistory = ultimateCno.getOperationHistory();
        console.log(`✅ 作战历史分析完成`);
        console.log(`  总操作数: ${operationHistory.totalOperations}`);
        console.log(`  成功率: ${operationHistory.successRate}`);
        console.log(`  操作类型分布: ${JSON.stringify(operationHistory.byType)}`);
        console.log('\n' + '='.repeat(70));
        console.log('✅ 终极中国CNO框架演示完成 - 所有能力验证通过');
        console.log('🎯 框架已完全就绪，可投入实战使用');
        console.log('🇨🇳 中国人民解放军战略支援部队 - 网络作战能力就绪');
        console.log('='.repeat(70) + '\n');
    }
    catch (error) {
        console.error('\n❌ 演示过程中出现错误:');
        console.error(error instanceof Error ? error.message : error);
        console.error('\n建议: 检查系统初始化状态，确保数据库正确加载');
    }
}
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