// src/mocks/handlers/event.js // 事件相关的 Mock API Handlers import { http, HttpResponse } from 'msw'; import { getEventRelatedStocks } from '../data/events'; import { getMockFutureEvents, getMockEventCountsForMonth } from '../data/account'; // 模拟网络延迟 const delay = (ms = 300) => new Promise(resolve => setTimeout(resolve, ms)); export const eventHandlers = [ // 获取事件相关股票 http.get('/api/events/:eventId/stocks', async ({ params }) => { await delay(300); const { eventId } = params; console.log('[Mock] 获取事件相关股票, eventId:', eventId); try { const relatedStocks = getEventRelatedStocks(eventId); return HttpResponse.json({ success: true, data: relatedStocks, message: '获取成功' }); } catch (error) { console.error('[Mock] 获取事件相关股票失败:', error); return HttpResponse.json( { success: false, error: '获取事件相关股票失败', data: [] }, { status: 500 } ); } }), // 获取事件传导链分析数据 http.get('/api/events/:eventId/transmission', async ({ params }) => { await delay(500); const { eventId } = params; console.log('[Mock] 获取事件传导链分析, eventId:', eventId); // Mock数据：事件传导链 const mockTransmissionData = { success: true, data: { nodes: [ { id: '1', name: '主要事件', category: '事件', value: 50, extra: { node_type: 'event', description: '这是主要事件节点', importance_score: 50, is_main_event: true } }, { id: '2', name: '半导体行业', category: '行业', value: 40, extra: { node_type: 'industry', description: '受影响的半导体行业', importance_score: 40, is_main_event: false } }, { id: '3', name: '芯片制造', category: '行业', value: 35, extra: { node_type: 'industry', description: '芯片制造产业链', importance_score: 35, is_main_event: false } }, { id: '4', name: 'A公司', category: '公司', value: 30, extra: { node_type: 'company', description: '龙头企业A', importance_score: 30, stock_code: '600000', is_main_event: false } }, { id: '5', name: 'B公司', category: '公司', value: 25, extra: { node_type: 'company', description: '龙头企业B', importance_score: 25, stock_code: '600001', is_main_event: false } }, { id: '6', name: '相关政策', category: '政策', value: 30, extra: { node_type: 'policy', description: '国家产业政策支持', importance_score: 30, is_main_event: false } } ], edges: [ { source: '1', target: '2', value: 0.8, extra: { transmission_strength: 0.8, transmission_type: '直接影响', description: '主事件对半导体行业的直接影响' } }, { source: '2', target: '3', value: 0.7, extra: { transmission_strength: 0.7, transmission_type: '产业链传导', description: '半导体到芯片制造的传导' } }, { source: '3', target: '4', value: 0.6, extra: { transmission_strength: 0.6, transmission_type: '企业影响', description: '对龙头企业A的影响' } }, { source: '3', target: '5', value: 0.5, extra: { transmission_strength: 0.5, transmission_type: '企业影响', description: '对龙头企业B的影响' } }, { source: '6', target: '1', value: 0.7, extra: { transmission_strength: 0.7, transmission_type: '政策驱动', description: '政策对主事件的推动作用' } }, { source: '6', target: '2', value: 0.6, extra: { transmission_strength: 0.6, transmission_type: '政策支持', description: '政策对行业的支持' } } ], categories: ['事件', '行业', '公司', '政策', '技术', '市场', '其他'] }, message: '获取成功' }; return HttpResponse.json(mockTransmissionData); }), // 获取桑基图数据 http.get('/api/events/:eventId/sankey-data', async ({ params }) => { await delay(300); const { eventId } = params; console.log('[Mock] 获取桑基图数据, eventId:', eventId); const mockSankeyData = { success: true, data: { nodes: [ { name: '相关政策', type: 'policy', level: 0, color: '#10ac84' }, { name: '主要事件', type: 'event', level: 0, color: '#ff4757' }, { name: '半导体行业', type: 'industry', level: 1, color: '#00d2d3' }, { name: '芯片制造', type: 'industry', level: 2, color: '#00d2d3' }, { name: 'A公司', type: 'company', level: 3, color: '#54a0ff' }, { name: 'B公司', type: 'company', level: 3, color: '#54a0ff' } ], links: [ { source: 0, target: 1, value: 7 }, // 相关政策 -> 主要事件 { source: 0, target: 2, value: 6 }, // 相关政策 -> 半导体行业 { source: 1, target: 2, value: 8 }, // 主要事件 -> 半导体行业 { source: 2, target: 3, value: 7 }, // 半导体行业 -> 芯片制造 { source: 3, target: 4, value: 6 }, // 芯片制造 -> A公司 { source: 3, target: 5, value: 5 } // 芯片制造 -> B公司 ] }, message: '获取成功' }; return HttpResponse.json(mockSankeyData); }), // 获取传导链节点详情 http.get('/api/events/:eventId/chain-node/:nodeId', async ({ params }) => { await delay(300); const { eventId, nodeId } = params; console.log('[Mock] 获取节点详情, eventId:', eventId, 'nodeId:', nodeId); // 根据节点ID返回不同的详细信息 const nodeDetailsMap = { '1': { success: true, data: { node: { id: '1', name: '主要事件', type: 'event', description: '这是影响整个产业链的重大事件，涉及政策调整和技术突破，对下游产业产生深远影响。', importance_score: 50, total_connections: 2, incoming_connections: 1, outgoing_connections: 1 }, parents: [ { id: '6', name: '相关政策', transmission_mechanism: { data: [ { author: "国务院", sentences: "为加快实施创新驱动发展战略，推动产业转型升级，国家将对重点领域给予财政补贴支持，单个项目最高补贴金额可达5000万元，同时享受研发费用加计扣除175%的税收优惠政策", query_part: "国家财政补贴最高5000万元，研发费用加计扣除175%", match_score: "好", declare_date: "2024-01-15T00:00:00", report_title: "关于促进产业高质量发展的若干政策措施" }, { author: "工信部", sentences: "根据《重点产业扶持目录》，对符合条件的企业和项目，将优先纳入政府采购名单，并提供专项资金支持，确保政策红利直接惠及实体经济", query_part: "政府采购优先支持，专项资金直达企业", match_score: "好", declare_date: "2024-01-20T00:00:00", report_title: "工业和信息化部关于落实产业扶持政策的通知" } ] }, direction: 'positive', strength: 70, is_circular: false } ], children: [ { id: '2', name: '半导体行业（正向影响）', transmission_mechanism: { data: [ { author: "中国电子信息产业发展研究院", sentences: "在技术突破和应用场景快速扩张的双重驱动下，国内半导体市场呈现爆发式增长态势。据统计，2024年上半年半导体市场规模达到1.2万亿元，同比增长32%，其中新能源汽车和AI算力芯片需求贡献了超过60%的增量", query_part: "技术突破和需求激增推动半导体市场增长32%", match_score: "好", declare_date: "2024-07-10T00:00:00", report_title: "2024年上半年中国半导体产业发展报告" } ] }, direction: 'positive', strength: 80, is_circular: false }, { id: '7', name: '传统制造业（负向影响）', transmission_mechanism: { data: [ { author: "经济观察报", sentences: "随着半导体等高科技产业获得大量政策和资金支持，传统制造业面临融资难、用工成本上升等多重压力。部分劳动密集型企业利润率下降15%，行业整体投资意愿降低", query_part: "资源向高科技倾斜导致传统制造业承压", match_score: "好", declare_date: "2024-06-15T00:00:00", report_title: "传统制造业转型升级调研报告" } ] }, direction: 'negative', strength: 60, is_circular: false }, { id: '8', name: '能源行业（中性影响）', transmission_mechanism: { data: [ { author: "能源研究所", sentences: "半导体产业扩张带来电力需求增长约8%，但同时推动节能技术应用，整体能源消费结构趋于优化。新建芯片工厂虽增加用电负荷，但智能电网技术应用使能源利用效率提升12%", query_part: "半导体产业对能源行业影响相对中性", match_score: "中", declare_date: "2024-07-01T00:00:00", report_title: "高科技产业能源消费分析" } ] }, direction: 'neutral', strength: 40, is_circular: false }, { id: '9', name: '教育培训行业（未明确方向）', transmission_mechanism: { data: [ { author: "教育部职业教育司", sentences: "半导体产业快速发展催生大量专业人才需求，各类培训机构、职业院校纷纷开设相关课程。预计未来三年将新增半导体专业学员超过50万人，带动职业教育市场规模扩大", query_part: "半导体产业推动职业教育发展", match_score: "好", declare_date: "2024-06-20T00:00:00", report_title: "半导体人才培养白皮书" } ] }, strength: 50, is_circular: false } ] } }, '2': { success: true, data: { node: { id: '2', name: '半导体行业', type: 'industry', description: '半导体行业是现代科技产业的基础，受到主事件和政策的双重推动，迎来新一轮发展机遇。', importance_score: 40, total_connections: 3, incoming_connections: 2, outgoing_connections: 1 }, parents: [ { id: '1', name: '主要事件', transmission_mechanism: { data: [ { author: "中国半导体行业协会", sentences: "受益于新能源汽车、5G通信等新兴应用领域的爆发式增长，国内半导体市场需求持续旺盛，2024年Q1市场规模同比增长28%，创历史新高", query_part: "新兴应用推动半导体需求增长28%", match_score: "好", declare_date: "2024-04-05T00:00:00", report_title: "2024年Q1中国半导体行业景气度报告" }, { author: "中国半导体行业协会", sentences: "受益于新能源汽车、5G通信等新兴应用领域的爆发式增长，国内半导体市场需求持续旺盛，2024年Q1市场规模同比增长28%，创历史新高", query_part: "新兴应用推动半导体需求增长28%", match_score: "好", declare_date: "2024-04-05T00:00:00", report_title: "2024年Q1中国半导体行业景气度报告" } ] }, direction: 'positive', strength: 80, is_circular: false }, { id: '6', name: '相关政策', transmission_mechanism: { data: [ { author: "国家发改委", sentences: "《国家集成电路产业发展推进纲要》明确提出，到2025年半导体产业自给率要达到70%以上，国家将设立专项基金规模超过3000亿元，重点支持半导体设备、材料、设计等关键环节", query_part: "半导体自给率目标70%，专项基金3000亿", match_score: "好", declare_date: "2024-02-01T00:00:00", report_title: "国家集成电路产业发展推进纲要（2024-2030）" } ] }, direction: 'positive', strength: 60, is_circular: false } ], children: [ { id: '3', name: '芯片制造', transmission_mechanism: { data: [ { author: "张明", sentences: "在半导体行业景气度持续提升的背景下，下游芯片制造企业订单饱满，产能利用率达到历史新高，预计2024年产能扩张将达到30%以上，技术工艺也将从28nm向14nm升级", query_part: "半导体行业繁荣带动芯片制造产能扩张30%", match_score: "好", declare_date: "2024-03-15T00:00:00", report_title: "半导体行业深度报告：产业链景气度传导分析" }, { author: "李华", sentences: "芯片制造环节作为半导体产业链核心，受益于上游材料供应稳定和下游应用需求旺盛，技术迭代速度明显加快，先进制程占比持续提升", query_part: "技术迭代加快，先进制程占比提升", match_score: "好", declare_date: "2024-02-28T00:00:00", report_title: "芯片制造行业跟踪报告" } ] }, direction: 'positive', strength: 70, is_circular: false } ] } }, '3': { success: true, data: { node: { id: '3', name: '芯片制造', type: 'industry', description: '芯片制造作为半导体产业链的核心环节，在上游需求推动下，产能利用率提升，技术迭代加快。', importance_score: 35, total_connections: 3, incoming_connections: 1, outgoing_connections: 2 }, parents: [ { id: '2', name: '半导体行业', transmission_mechanism: { data: [ { author: "张明", sentences: "在半导体行业景气度持续提升的背景下，下游芯片制造企业订单饱满，产能利用率达到历史新高，预计2024年产能扩张将达到30%以上，技术工艺也将从28nm向14nm升级", query_part: "半导体行业繁荣带动芯片制造产能扩张30%", match_score: "好", declare_date: "2024-03-15T00:00:00", report_title: "半导体行业深度报告：产业链景气度传导分析" }, { author: "李华", sentences: "芯片制造环节作为半导体产业链核心，受益于上游材料供应稳定和下游应用需求旺盛，技术迭代速度明显加快，先进制程占比持续提升", query_part: "技术迭代加快，先进制程占比提升", match_score: "好", declare_date: "2024-02-28T00:00:00", report_title: "芯片制造行业跟踪报告" } ] }, direction: 'positive', strength: 70, is_circular: false } ], children: [ { id: '4', name: 'A公司', transmission_mechanism: { data: [ { author: "王芳", sentences: "A公司作为国内芯片制造龙头企业，在手订单已排至2024年Q4，预计全年营收增长45%，净利润增长60%以上。公司28nm及以下先进制程产能占比已达到40%，技术实力行业领先", query_part: "A公司在手订单充足，预计营收增长45%", match_score: "好", declare_date: "2024-04-10T00:00:00", report_title: "A公司深度研究：受益芯片制造景气周期" } ] }, direction: 'positive', strength: 60, is_circular: false }, { id: '5', name: 'B公司', transmission_mechanism: { data: [ { author: "赵强", sentences: "随着芯片制造产能的大规模扩张，上游设备和材料供应商迎来历史性机遇。B公司作为核心配套企业，订单量同比增长55%，产品供不应求，预计2024年营收将突破百亿大关。公司在封装测试领域的市场份额已提升至国内第二位", query_part: "B公司订单增长55%，营收将破百亿", match_score: "好", declare_date: "2024-05-08T00:00:00", report_title: "B公司跟踪报告：芯片产业链配套龙头崛起" }, { author: "国信证券", sentences: "B公司深度受益于芯片制造产业链的景气度传导。公司凭借先进的封装技术和完善的产能布局，成功绑定多家头部芯片制造企业，形成稳定的供应关系。随着下游客户产能持续扩张，公司业绩增长确定性强", query_part: "B公司受益产业链景气度，业绩增长确定性强", match_score: "好", declare_date: "2024-06-01T00:00:00", report_title: "半导体封装测试行业专题：产业链景气度传导分析" } ] }, direction: 'positive', strength: 50, is_circular: false } ] } }, '4': { success: true, data: { node: { id: '4', name: 'A公司', type: 'company', description: 'A公司是行业龙头企业，拥有先进的芯片制造技术和完整的产业链布局，在本轮产业升级中占据有利位置。', importance_score: 30, stock_code: '600000', total_connections: 1, incoming_connections: 1, outgoing_connections: 0 }, parents: [ { id: '3', name: '芯片制造', transmission_mechanism: { data: [ { author: "王芳", sentences: "A公司作为国内芯片制造龙头企业，在手订单已排至2024年Q4，预计全年营收增长45%，净利润增长60%以上。公司28nm及以下先进制程产能占比已达到40%，技术实力行业领先", query_part: "A公司在手订单充足，预计营收增长45%", match_score: "好", declare_date: "2024-04-10T00:00:00", report_title: "A公司深度研究：受益芯片制造景气周期" } ] }, direction: 'positive', strength: 60, is_circular: false } ], children: [] } }, '5': { success: true, data: { node: { id: '5', name: 'B公司', type: 'company', description: 'B公司专注于芯片封装测试领域，随着上游制造产能释放，公司订单饱满，业绩稳步增长。', importance_score: 25, stock_code: '600001', total_connections: 1, incoming_connections: 1, outgoing_connections: 0 }, parents: [ { id: '3', name: '芯片制造', transmission_mechanism: { data: [ { author: "赵强", sentences: "随着芯片制造产能的大规模扩张，上游设备和材料供应商迎来历史性机遇。B公司作为核心配套企业，订单量同比增长55%，产品供不应求，预计2024年营收将突破百亿大关", query_part: "B公司订单增长55%，营收将破百亿", match_score: "好", declare_date: "2024-05-08T00:00:00", report_title: "B公司跟踪报告：芯片产业链配套龙头崛起" } ] }, direction: 'positive', strength: 50, is_circular: false } ], children: [] } }, '6': { success: true, data: { node: { id: '6', name: '相关政策', type: 'policy', description: '国家出台了一系列产业扶持政策，包括财政补贴、税收减免和研发支持，旨在推动产业自主创新和进口替代。', importance_score: 30, total_connections: 2, incoming_connections: 0, outgoing_connections: 2 }, parents: [], children: [ { id: '1', name: '主要事件', transmission_mechanism: { data: [ { author: "国务院", sentences: "为加快实施创新驱动发展战略，推动产业转型升级，国家将对重点领域给予财政补贴支持，单个项目最高补贴金额可达5000万元，同时享受研发费用加计扣除175%的税收优惠政策", query_part: "国家财政补贴最高5000万元，研发费用加计扣除175%", match_score: "好", declare_date: "2024-01-15T00:00:00", report_title: "关于促进产业高质量发展的若干政策措施" }, { author: "工信部", sentences: "将重点支持关键核心技术攻关和产业化应用，建立产业发展专项基金，规模达到1000亿元，引导社会资本共同参与产业发展", query_part: "设立1000亿元产业发展专项基金", match_score: "好", declare_date: "2024-02-01T00:00:00", report_title: "产业发展专项基金管理办法" } ] }, direction: 'positive', strength: 70, is_circular: false }, { id: '2', name: '半导体行业', transmission_mechanism: { data: [ { author: "国家发改委", sentences: "《国家集成电路产业发展推进纲要》明确提出，到2025年半导体产业自给率要达到70%以上，国家将设立专项基金规模超过3000亿元，重点支持半导体设备、材料、设计等关键环节。同时，通过进口替代战略，加快培育本土产业链", query_part: "半导体自给率目标70%，专项基金3000亿", match_score: "好", declare_date: "2024-02-01T00:00:00", report_title: "国家集成电路产业发展推进纲要（2024-2030）" }, { author: "工信部", sentences: "将重点支持关键核心技术攻关和产业化应用，建立产业发展专项基金，规模达到1000亿元，引导社会资本共同参与产业发展。通过税收优惠、研发补贴等政策工具，为半导体行业创造良好的发展环境", query_part: "设立1000亿元产业发展专项基金", match_score: "好", declare_date: "2024-02-01T00:00:00", report_title: "产业发展专项基金管理办法" } ] }, direction: 'positive', strength: 60, is_circular: false } ] } } }; // 返回对应节点的详情，如果不存在则返回默认数据 const nodeDetail = nodeDetailsMap[nodeId] || { success: true, data: { node: { id: nodeId, name: '未知节点', type: 'other', description: '该节点暂无详细信息', importance_score: 0, total_connections: 0, incoming_connections: 0, outgoing_connections: 0 }, parents: [], children: [] } }; return HttpResponse.json(nodeDetail); }), // ==================== 投资日历相关 ==================== // 获取月度事件统计 http.get('/api/v1/calendar/event-counts', async ({ request }) => { await delay(300); const url = new URL(request.url); const year = parseInt(url.searchParams.get('year')); const month = parseInt(url.searchParams.get('month')); console.log('[Mock] 获取月度事件统计:', { year, month }); const eventCounts = getMockEventCountsForMonth(year, month); return HttpResponse.json({ success: true, data: eventCounts }); }), // 获取指定日期的事件列表 http.get('/api/v1/calendar/events', async ({ request }) => { await delay(300); const url = new URL(request.url); const dateStr = url.searchParams.get('date'); const type = url.searchParams.get('type') || 'all'; console.log('[Mock] 获取日历事件列表:', { date: dateStr, type }); if (!dateStr) { return HttpResponse.json({ success: false, error: 'Date parameter required' }, { status: 400 }); } const events = getMockFutureEvents(dateStr, type); return HttpResponse.json({ success: true, data: events }); }), // 切换未来事件关注状态 http.post('/api/v1/calendar/events/:eventId/follow', async ({ params }) => { await delay(300); const { eventId } = params; console.log('[Mock] 切换事件关注状态, eventId:', eventId); // 简单返回成功，实际状态管理可以后续完善 return HttpResponse.json({ success: true, data: { is_following: true, message: '关注成功' } }); }), ];