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Author SHA1 Message Date
WrBug e48149a19b feat: 优化跟单仓位检查逻辑,使用本地订单数据库解决推送延迟问题,并引入混合检查机制 2026-01-05 10:49:59 +08:00
WrBug c0e0942404 fix: prevent duplicate telegram notifications for same orderId
- feat: add deduplication cache in TelegramNotificationService
- fix: skip sending notification if orderId was sent within last 5 minutes
2026-01-04 21:36:02 +08:00
WrBug 6b8c11f171 fix: refine price rounding and optimize order polling
- fix: round buy prices UP and sell prices DOWN to 2 decimal places to match USDC precision
- perf: optimize order status polling by filtering fully_matched orders in SQL
- chore: add debug logging for order creation and FAK error investigation
2026-01-04 21:30:46 +08:00
WrBug 3e667b70fd feat: enhance copy trading logic and UI
- fix: correct copyRatio scaling (divide by 100)
- fix: enforce minimum order size with round-up logic
- feat: customize Telegram notification icons
- feat: optimize frontend order list (active loading, refresh buttons)
- refactor: optimize OnChain WebSocket connection management
2026-01-04 20:36:41 +08:00
WrBug 2bb8cbc564 移除跟单信号中的轮询 activity 接口逻辑
- 移除 CopyTradingMonitorService 中的 pollingService 相关调用
- 删除不再使用的 CopyTradingPollingService 类
- 跟单信号现在完全依赖链上 WebSocket 监听,不再使用轮询接口
- 优化账户列表接口性能(仅返回基本信息,不查询统计数据)
- 改进 PositionCheckService 的错误处理(市场价格获取失败时跳过处理)
2026-01-04 15:50:23 +08:00
WrBug 8b73121c5d docs: 更新 RELEASE.md,添加 v1.1.5 版本说明
- 在 RELEASE.md 顶部添加 v1.1.5 release notes
- 删除临时文件:PR12_REVIEW.md、RELEASE_v1.1.4.md、RELEASE_v1.1.4_简版.md、RELEASE_v1.1.5.md
- 统一使用 RELEASE.md 管理所有版本发布说明
2026-01-04 13:07:08 +08:00
WrBug 95930332df refactor: 移除刷新代理钱包接口,增加copyRatio精度支持
- 移除刷新代理钱包相关接口和方法
  - AccountController: 移除 /refresh-proxy 和 /refresh-all-proxies 接口
  - AccountService: 移除 refreshProxyAddress 和 refreshAllProxyAddresses 方法

- 增加 copyRatio 字段精度支持
  - CopyTrading: copyRatio 精度从 DECIMAL(10,2) 增加到 DECIMAL(20,8)
  - CopyTradingTemplate: copyRatio 精度从 DECIMAL(10,2) 增加到 DECIMAL(20,8)
  - 新增数据库迁移脚本 V18__increase_copy_ratio_precision.sql

- 前端工具函数
  - 添加 formatNumber 函数用于格式化数字显示

修复的文件:
- AccountController.kt
- AccountService.kt
- CopyTrading.kt
- CopyTradingTemplate.kt
- frontend/src/utils/index.ts
- V18__increase_copy_ratio_precision.sql
2026-01-04 12:49:20 +08:00
WrBug 185cade11d fix: 修复按比例跟单金额精度问题,对金额进行向上取整处理
- 修复按比例计算的订单金额因精度问题导致低于最小限制的问题
- 对按比例计算的金额进行向上取整到2位小数(USDC精度)
- 如果向上取整后的金额仍低于最小限制,调整 buyQuantity 以满足最小限制
- 优化 BigDecimal.div 扩展函数,支持精度和舍入模式参数(带默认值)

修复的文件:
- MathExt.kt: 添加 div 扩展函数的重载版本,支持精度和舍入模式参数
- CopyOrderTrackingService.kt: 修复订单金额精度处理逻辑

问题:
订单金额 0.000999999860888892000000 因精度问题低于最小限制 1.00000000,
导致订单被错误跳过。

解决方案:
1. 对按比例计算的金额向上取整到2位小数
2. 如果向上取整后仍低于最小限制,调整数量以满足最小限制
3. 确保调整后的订单金额 >= minOrderSize
2026-01-04 12:46:35 +08:00
WrBug d9443e0d56 fix: 修复 InputNumber formatter 正则表达式错误,导致输入 10 变成 1 的问题
- 修复 copyRatio InputNumber 的 parser 函数,正确处理 % 符号和最小值检查
- 修复所有 formatter 函数中的正则表达式:将 /\.?0+$/ 改为 /\.0+$/
- 添加调试日志用于问题排查(可后续移除)

修复的文件:
- CopyTradingAdd.tsx
- CopyTradingEdit.tsx
- CopyTradingOrders/EditModal.tsx
- CopyTradingList.tsx
- TemplateList.tsx
- TemplateEdit.tsx
- TemplateAdd.tsx

问题原因:
错误的正则表达式 /\.?0+$/ 会匹配整数末尾的 0(如 "10" 的末尾 "0"),
导致 "10" 被错误替换为 "1"。
正确的正则表达式 /\.0+$/ 只匹配小数点后的尾随零。
2026-01-04 12:13:40 +08:00
WrBug a097376db7 fix: 移除 AccountList 中未使用的 navigate 导入,修复前端编译错误 2026-01-03 21:55:34 +08:00
WrBug 6e5ccdfe5c fix: 修复 walletType 字段问题和 WebSocket 内存泄漏,优化账户导入 UI
后端修复:
- 添加 walletType 字段到 Account 实体和数据库(V17 迁移)
- 修复 refreshProxyAddress 方法使用正确的 walletType
- 修复 WebSocketTicketService 内存泄漏(添加定时清理任务)

前端优化:
- 账户导入改为 Modal 弹窗,提升用户体验
- 默认钱包类型改为 Web3 Wallet(safe),并将其选项排在首位
- 更新多语言文本:将 MetaMask(浏览器钱包)改为 Web3钱包
- 修复 walletTypeHelp Tooltip 换行显示问题
2026-01-03 18:29:39 +08:00
WrBug 21da06d8b0 Merge pull request #12 from wry5560/feature/wallet-type-support
feat: 添加WebSocket票据认证和钱包类型支持
2026-01-03 17:57:27 +08:00
wry5560 5a83444b56 feat: 添加WebSocket票据认证和钱包类型支持
- 新增WebSocket票据服务,用于短期有效的WebSocket连接认证
- 支持Magic和Safe两种钱包类型,分别对应邮箱/OAuth登录和MetaMask用户
- 添加登录频率限制和安全防护
- 优化日志记录,屏蔽敏感信息
- 升级ethers.js到v6.16.0
- 新增多语言钱包类型说明
- 重构代理地址计算逻辑,支持CREATE2计算Magic代理地址
2026-01-03 12:27:59 +08:00
WrBug 591e678f73 Merge pull request #11 from WrBug/pre_release
Release v1.1.3: 添加 Telegram 通知功能
2026-01-02 05:13:45 +08:00
WrBug 1cfdcb88d3 feat: 优化 Telegram 通知功能
- 简化消息内容,仅保留标题、版本号等关键信息
- Docker 构建前发送构建中通知
- Docker 构建成功后添加部署文档链接
- PR 合并消息标题改为 'main 分支代码更新'
2026-01-02 05:12:24 +08:00
WrBug 2cc9cf82ba Merge pull request #10 from WrBug/pre_release
Release v1.1.3: 添加 Telegram 通知功能
2026-01-02 05:05:52 +08:00
WrBug 00f0898d98 fix: 修复 workflow YAML 语法错误,移除 heredoc 格式
- 将 Python 脚本的 heredoc 格式改为使用多个 echo 命令
- 避免 GitHub Actions YAML 解析器将 heredoc 误判为 YAML 语法
- 确保 workflow 文件符合 GitHub Actions 语法规范
2026-01-02 05:04:02 +08:00
WrBug 1de9b5e958 fix: PR 仅关闭时不发送 Telegram 通知
- 在发送通知步骤中添加 PR 合并状态检查
- 如果 PR 仅关闭(未合并),直接退出,不发送通知
- 确保只有合并到 main 分支的 PR 才会发送通知
2026-01-02 05:02:10 +08:00
WrBug c8e422a94b fix: 修复 workflow YAML 语法错误,移除 heredoc 格式
- 修复 docker-build.yml 和 telegram-notify.yml 中的 heredoc 格式问题
- 使用 $'\n' 格式构建多行字符串,避免 YAML 解析器误判
- 确保所有 workflow 文件符合 GitHub Actions YAML 语法规范
2026-01-02 04:58:14 +08:00
WrBug 60e9f9235d fix: 修复 workflow YAML 语法错误
- 修复 docker-build.yml 和 telegram-notify.yml 中的多行字符串格式问题
- 使用 heredoc 格式构建消息,避免 YAML 解析器误判
- 使用 $'\n' 格式追加内容,避免多行字符串导致 YAML 解析问题
2026-01-02 04:57:00 +08:00
WrBug 46baa416f4 fix: 修复 telegram-notify.yml YAML 语法错误
- 使用 heredoc 格式构建消息,避免 YAML 解析器误判
- 修复第 75 行的多行字符串格式问题
2026-01-02 04:52:50 +08:00
WrBug ecdb8af14a feat: 添加 Telegram 通知功能
- 添加 PR 合并到 main 分支时的 Telegram 通知
- 添加 Docker 镜像构建成功时的 Telegram 通知
- 支持 Markdown 转 HTML 格式
- 移除作者、仓库、变更统计、提交记录等冗余信息
2026-01-02 04:48:23 +08:00
WrBug d6027e48eb fix: 优化订单状态更新逻辑,避免误删订单和匹配明细
- 先检查 HTTP 状态码,非 200 的都跳过,不删除订单
- 只有当 HTTP 200 且响应体为 null 时,才表示订单不存在
- 保护已部分卖出的订单,如果已部分卖出则保留用于统计
- 避免因临时网络问题或 API 错误导致订单和 sell_match_detail 被误删
2026-01-02 04:13:10 +08:00
WrBug eb45013a93 Merge pull request #9 from WrBug/pre_release
fix: 修复前端编译错误(v1.1.2 后续修复)
2026-01-02 00:28:58 +08:00
WrBug f97bd5b9d9 docs: 更新 v1.1.2 发布说明,添加前端编译错误修复 2026-01-02 00:25:43 +08:00
WrBug df272156cf fix: 修复前端编译错误,移除不存在的 bestBid 属性引用 2026-01-02 00:24:31 +08:00
WrBug 502b4fb0b7 Merge pull request #8 from WrBug/pre_release
Release v1.1.2
2026-01-02 00:21:56 +08:00
WrBug 64f6a2b897 docs: 添加 v1.1.2 发布说明 2026-01-02 00:19:14 +08:00
WrBug f7f2411b9d 优化市场价格服务:移除降级查询逻辑,仅保留链上和订单簿查询
- 移除 CLOB Trades、Gamma Market Status、Gamma Market Price 查询逻辑
- 只保留链上 RPC 查询(市场结算结果)和 CLOB 订单簿查询
- 如果所有数据源都失败,抛出 IllegalStateException 异常
- 价格截位到 4 位小数(向下截断,不四舍五入)
- 移除未使用的导入和方法(MarketResponse, JsonUtils, OutcomeResult 等)
- 所有调用方都已正确处理异常,无需额外修改
2026-01-02 00:14:42 +08:00
WrBug d96eb3e00a fix: 恢复 V1 migration 文件,避免 checksum 不匹配
保持 V1__init_database.sql 的原有内容不变,避免破坏已有数据库的 migration checksum。
failed_trade 表的删除将通过 V16 migration 处理。
2026-01-01 22:33:23 +08:00
WrBug cc1a732984 refactor: 移除下单失败存储数据库的功能
- 删除 FailedTrade 实体类和 FailedTradeRepository
- 从 CopyOrderTrackingService 中移除失败交易存储逻辑
- 移除 recordFailedTrade 方法
- 移除检查失败交易的代码
- 创建 Flyway migration V16 删除 failed_trade 表
- 从 V1__init_database.sql 中移除 failed_trade 表创建语句

下单失败时仅记录日志,不再存储到数据库
2026-01-01 22:24:47 +08:00
WrBug ec06003157 feat: 自动使用当前分支名作为 Docker 版本号
- deploy.sh 自动获取当前 Git 分支名作为版本号
- 分支名中的 / 自动替换为 -(Docker tag 不支持 /)
- docker-compose.yml 启用 build args,从环境变量读取版本号
- 前端页面将显示当前分支名作为版本号
- 如果没有 Git 仓库或获取失败,使用默认值 'dev'
2026-01-01 22:10:21 +08:00
WrBug 3d05b13298 fix: 修复内存泄漏问题,缓存和复用 Retrofit/OkHttpClient 实例
问题:
- 每次调用 createClobApi、createGammaApi 等方法都创建新的 OkHttpClient 和 Retrofit 实例
- OkHttpClient 包含连接池、线程池等资源,导致内存不断增长
- 运行几小时后内存从 400MB 涨到 1GB+

解决方案:
- 为不需要认证的 API 创建共享的 OkHttpClient 实例
- Gamma API、Data API、GitHub API、不带认证的 CLOB API 使用单例客户端
- 带认证的 CLOB API 按钱包地址缓存(每个账户一个客户端)
- RPC API 按 RPC URL 缓存
- Builder Relayer API 按 relayerUrl 缓存
- 添加 @PreDestroy 方法清理缓存

效果:
- 大幅减少内存占用,避免内存泄漏
- 复用连接池和线程池,提高性能
- 内存占用将保持稳定,不再持续增长
2026-01-01 22:07:24 +08:00
WrBug fe2db11b75 其他代码修改
- CopyOrderTrackingRepository: 添加查询方法
- PolymarketClobService: 功能更新
- CopyOrderTrackingService: 逻辑优化
- OrderStatusUpdateService: 功能增强
- TelegramNotificationService: 通知优化
2026-01-01 12:03:05 +08:00
WrBug 5c18cbd95d 统一 Gson 使用,改为依赖注入方式
- 在 GsonConfig 中统一配置 Gson Bean(lenient 模式)
- 所有 Service 类通过构造函数注入 Gson 实例
- RetrofitFactory、BlockchainService、PolymarketApiKeyService 等统一使用注入的 Gson
- AccountService、PositionCheckService 添加 JsonUtils 注入
- OnChainWsUtils(object 单例)使用私有 Gson 实例(与 GsonConfig 配置一致)
- 移除所有 GsonConverterFactory.create() 无参调用,统一使用注入的 Gson
2026-01-01 12:01:17 +08:00
WrBug ad2fa4eef2 Merge pull request #7 from WrBug/pre_release
Release v1.1.1: 链上监听优化、市场查询优化和 Bug 修复
2025-12-28 05:13:18 +08:00
WrBug 8357546f3c docs: 更新 v1.1.1 release 文档,包含所有改动内容 2025-12-28 05:10:19 +08:00
WrBug a62141ea5e chore: 更新 RELEASE.md 为 v1.1.1 2025-12-28 05:04:45 +08:00
WrBug 9157203653 fix: 修复移动端 API 健康页面缺少数据显示
- 移动端添加 URL 地址显示
- 移动端添加状态文本显示(正常/异常/未配置)
- 移动端添加消息/状态信息显示
- 移动端和桌面端显示信息保持一致
2025-12-28 05:04:27 +08:00
WrBug 23fc20763a fix: 修复移动端 API 健康页面缺少数据显示
- 移动端添加 URL 地址显示
- 移动端添加状态文本显示(正常/异常/未配置)
- 移动端添加消息/状态信息显示
- 移动端和桌面端显示信息保持一致
2025-12-28 05:02:54 +08:00
WrBug e96a0b6279 feat: 优化 Telegram 推送消息格式
- 添加价格和数量截位处理:
  * 价格保留最多4位小数(截断,不四舍五入)
  * 数量保留最多2位小数(截断,不四舍五入)
- 优化账户信息显示格式:
  * 有账户名和钱包地址时显示:账户名(0x123...123)
  * 只有账户名时显示账户名
  * 只有钱包地址时显示脱敏后的地址
  * 都没有时显示未知账户
- 统一使用 buildAccountInfo 函数构建账户信息
- 应用到所有消息类型:订单成功、订单失败、订单被过滤、仓位赎回
2025-12-28 04:58:30 +08:00
WrBug 85d8619fe7 refactor: 统一发布说明文件,使用 RELEASE.md 替代版本化文件
- 创建 RELEASE.md,包含最新的 v1.1.0 发布说明
- 删除 RELEASE_v1.0.1.md 和 RELEASE_v1.1.0.md
- 仅保留最新的发布说明文件,简化维护
2025-12-28 04:53:47 +08:00
WrBug 89fb980da7 refactor: 移除 polygon.rpc.url 配置,使用 RpcNodeService 统一管理 RPC 节点
- 删除 application.properties 中的 polygon.rpc.url 配置
- 更新 ApiHealthCheckService 直接使用 RpcNodeService.getHttpUrl()
- 删除所有 Docker Compose 配置中的 POLYGON_RPC_URL 环境变量
- 删除所有部署脚本中的 POLYGON_RPC_URL 环境变量
- 更新所有文档,移除 POLYGON_RPC_URL 相关说明
- 删除 application.properties 中无用的 position.push 配置项
- 修正日志配置中的包名(polyhermes -> polymarketbot)

现在系统通过 RpcNodeService 从数据库读取 RPC 节点配置,用户可以通过系统设置页面管理 RPC 节点,不再需要环境变量配置。
2025-12-28 04:51:07 +08:00
WrBug 9f0b22fab5 feat: 优化市场状态查询和自动订单通知
- 使用 Retrofit 替代直接 HTTP 请求查询市场信息(通过 clob_token_ids)
- 实现链上查询市场结算结果(方案1):通过 ConditionalTokens 合约的 getCondition 方法实时获取市场结算状态
- 自动生成的订单(AUTO_、AUTO_FIFO_、AUTO_WS_)不发送 Telegram 通知
- 添加 ABI 编码解析工具方法(decodeUint256Array、decodeConditionResult)
- 优化 PositionCheckService:优先使用链上查询,失败时降级到 API 查询
2025-12-28 00:02:29 +08:00
WrBug 5e544cda07 fix: 修复固定金额模式卖出数量计算逻辑
- 删除卖出订单的 notificationSent 字段,使用 priceUpdated 作为共用字段
- 添加 leaderBuyQuantity 字段,在创建 CopyOrderTracking 时存储 Leader 买入数量
- 修复固定金额模式下卖出数量计算:优先使用存储的 leaderBuyQuantity,避免 API 查询失败
- 添加数据库迁移 V14 和 V15
- 优化 calculateSellQuantityForFixedMode 方法,支持新数据和旧数据兼容
2025-12-26 05:42:53 +08:00
WrBug b6d66aa81e docs: 添加 Docker 版本更新说明(中英文)
- 在部署文档中添加详细的 Docker 版本更新步骤(中文和英文)
- 在 README 中添加简要的更新说明和文档链接(中文和英文)
- 包含更新到最新版本和特定版本的方法
- 添加注意事项(备份数据库、服务中断等)
2025-12-26 02:30:06 +08:00
WrBug 62669719d9 feat: 实现卖出订单价格轮询更新和订单状态管理
- 添加 price_updated 字段到 sell_match_record 表,用于标记价格是否已更新
- 创建 OrderStatusUpdateService 定时任务服务,每5秒轮询一次:
  - 更新卖出订单的实际成交价(通过 orderId 查询订单详情)
  - 清理已删除账户的订单记录
- 修改 processSellTrade:下单完成后不再立即查询价格,直接保存,等待定时任务更新
- 添加 orderId 格式验证:非0x开头的直接标记为已更新,0x开头的等待定时任务更新
- 启用 Spring 定时任务功能(@EnableScheduling)
- 将 getActualExecutionPrice 方法改为 public,供定时任务调用
2025-12-26 02:20:48 +08:00
WrBug a6ca6cc3ff feat: 支持 RPC 节点启用/禁用功能
- 后端:更新 RpcNodeService,确保禁用的节点被忽略
  - getAllNodesWithDefault() 只返回启用的节点
  - checkAllNodesHealth() 只检查启用的节点
  - getAvailableNode() 已正确实现,只查询启用的节点

- 前端:添加启用/禁用开关功能
  - 在 RpcNodeSettings 页面添加启用列,使用 Switch 组件
  - 添加 handleToggleEnabled 函数处理启用/禁用切换
  - 添加多语言支持(中文简体、繁体、英文)
2025-12-26 01:57:22 +08:00
WrBug d1f351108f fix: 修复跟单卖出订单的 API 凭证解密和精度问题
- 修复 processSellTrade 中 API 凭证未解密的问题,与 processBuyTrade 保持一致
- 修复 SELL 订单的 makerAmount 和 takerAmount 精度问题:
  - makerAmount (shares) 最多 2 位小数(符合 API 要求)
  - takerAmount (USDC) 最多 4 位小数(符合 API 要求)
2025-12-26 01:50:03 +08:00
WrBug c4ac3a8fe0 feat: 实现链上 WebSocket 监听和并行监控策略
- 创建 OnChainWsService,支持通过 Polygon RPC eth_subscribe 实时监听链上交易
- 实现并行监控策略:链上 WS 和轮询同时运行,哪个数据先返回用哪个
- 支持通过 eth_unsubscribe 取消单个 Leader 的订阅
- 在 CopyOrderTrackingService 中添加 Mutex 保证线程安全
- 实现链上交易解析逻辑(USDC Transfer + ERC1155 Transfer)
- 实现 Gamma API 元数据补齐逻辑
- 优化 WebSocket 连接管理:只创建一个连接,没有跟单配置时自动取消
- 跟单配置生效/失效时及时更新 WebSocket 订阅
- 使用 Gson 替换所有 JSON 解析,JsonRpcResponse.result 使用 JsonElement 类型
- 添加相关文档:copy-trading-logic-summary.md 和 copy-trading-monitor-strategy.md
2025-12-26 01:36:00 +08:00
WrBug 1580b60d24 feat: 实现RPC节点管理功能
- 后端功能:
  - 添加RPC节点配置管理(增删改查、优先级调整)
  - 实现节点健康检查和自动故障转移
  - 修复Retrofit baseUrl处理问题(使用拦截器动态替换URL)
  - 添加RPC节点可用性验证(创建前验证)
  - 默认节点作为兜底,不返回给前端,始终排在最后
  - API健康检查使用动态获取的可用节点

- 前端功能:
  - 添加RPC节点设置页面
  - 支持添加、删除、检查节点
  - 支持调整节点优先级
  - 完整的多语言支持(中文简体/繁体、英文)
  - 添加菜单项多语言key

- 数据库:
  - 添加RPC节点配置表迁移脚本
2025-12-25 23:58:50 +08:00
WrBug 7bc059ec34 fix: 修复前端编译错误
- 移除 AccountImportForm 中未使用的 message 导入
- 移除 AccountImport 中 handleSuccess 未使用的 accountId 参数
2025-12-23 01:08:54 +08:00
WrBug b5908a9bbf Merge pull request #6 from WrBug/pre_release
feat: 添加最大仓位限制配置功能 (v1.0.3)
2025-12-23 01:02:07 +08:00
WrBug c20e0138df feat: 添加最大仓位限制配置功能
后端变更:
- 添加最大仓位金额(maxPositionValue)和最大仓位数量(maxPositionCount)配置字段
- 实现按市场检查仓位限制的过滤逻辑
- 添加数据库迁移脚本 V11__add_max_position_config.sql

前端变更:
- 重构账户导入和Leader添加为可复用组件(AccountImportForm, LeaderAddForm)
- 在CopyTradingAdd页面集成账户导入和Leader添加Modal
- 在CopyTradingAdd/CopyTradingEdit页面添加最大仓位限制配置项
- 补充所有多语言文件中的缺失键,确保zh-CN/zh-TW/en三种语言文件一致

功能说明:
- 支持设置单个市场的最大仓位金额限制(USDC)
- 支持设置单个市场的最大仓位数量限制
- 两个限制可以同时启用,下单前会检查当前市场仓位是否超过限制
2025-12-23 00:56:04 +08:00
WrBug 20acc72ed6 Merge pull request #4 from WrBug/pre_release
v1.0.2: 优化系统配置和统计功能
2025-12-11 03:20:50 +08:00
WrBug a31ed31c98 feat: 优化系统配置和统计功能
- 系统配置支持显示完整的 Builder API Key(不再部分显示)
- Secret 和 Passphrase 使用密码输入框,支持眼睛图标切换显示/隐藏
- 移除已配置提示,简化用户界面
- 修复总卖出金额统计:使用 SellMatchDetail 计算,确保准确性
- 修复 matchSellOrder 中价格不一致问题:matchDetails 使用实际卖出价格
- 移动端 Leader 列表移除网站显示行
- 优化订单创建前订单簿匹配检查,避免 FAK 订单失败
2025-12-11 03:17:41 +08:00
WrBug 0625c62e36 feat: 优化跟单买入逻辑和错误处理
- 更新 Twitter 链接为 @polyhermes
- 简化订单创建失败日志,只保留 code 和 errorBody
- 修复 @Transactional 注解问题(类改为 open class)
- 改进唯一键冲突异常处理,支持并发场景
- 整理跟单买入和重试逻辑,使用常量配置
- 重试延迟从 1 秒调整为 3 秒
- 添加订单簿匹配检查,避免 FAK 订单失败
- 前端移除 Leader 管理的分类相关设置和显示
- 补充多语言翻译(AccountImport 和 CopyTradingList)
2025-12-11 02:58:50 +08:00
122 changed files with 11093 additions and 2323 deletions
+89
View File
@@ -36,6 +36,49 @@ jobs:
echo "Extracted version: $VERSION"
echo "Full tag: $TAG_NAME"
- name: Send Telegram notification (build started)
env:
TELEGRAM_BOT_TOKEN: ${{ secrets.TELEGRAM_BOT_TOKEN }}
TELEGRAM_CHAT_ID: ${{ secrets.TELEGRAM_CHAT_ID }}
run: |
# 检查必要的环境变量
if [ -z "$TELEGRAM_BOT_TOKEN" ] || [ -z "$TELEGRAM_CHAT_ID" ]; then
echo "⚠️ Telegram Bot Token 或 Chat ID 未配置,跳过通知"
exit 0
fi
# 获取构建信息
VERSION="${{ steps.extract_version.outputs.VERSION }}"
TAG="${{ steps.extract_version.outputs.TAG }}"
RELEASE_URL="${{ github.event.release.html_url }}"
# 构建消息内容(仅包含关键信息)
MESSAGE="🔨 <b>Docker 镜像构建中</b>"$'\n'$'\n'"📦 <b>版本:</b> ${VERSION}"$'\n'"🏷️ <b>Tag:</b> <code>${TAG}</code>"$'\n'"🔗 <a href=\"${RELEASE_URL}\">查看 Release</a>"
# 发送 Telegram 消息(使用 jq 转义 JSON
curl -s -X POST "https://api.telegram.org/bot${TELEGRAM_BOT_TOKEN}/sendMessage" \
-H "Content-Type: application/json" \
-d "$(jq -n \
--arg chat_id "$TELEGRAM_CHAT_ID" \
--arg text "$MESSAGE" \
'{chat_id: $chat_id, text: $text, parse_mode: "HTML", disable_web_page_preview: false}')" > /tmp/telegram_response.json
# 检查发送结果
if [ $? -eq 0 ]; then
RESPONSE=$(cat /tmp/telegram_response.json)
if echo "$RESPONSE" | grep -q '"ok":true'; then
echo "✅ Telegram 通知发送成功"
else
echo "❌ Telegram 通知发送失败: $RESPONSE"
# 通知失败不应该导致整个 job 失败
exit 0
fi
else
echo "❌ 发送 Telegram 消息时发生错误"
# 通知失败不应该导致整个 job 失败
exit 0
fi
- name: Set up Docker Buildx
uses: docker/setup-buildx-action@v3
with:
@@ -65,3 +108,49 @@ jobs:
GITHUB_REPO_URL=https://github.com/WrBug/PolyHermes
cache-from: type=registry,ref=wrbug/polyhermes:latest
cache-to: type=inline
- name: Send Telegram notification
env:
TELEGRAM_BOT_TOKEN: ${{ secrets.TELEGRAM_BOT_TOKEN }}
TELEGRAM_CHAT_ID: ${{ secrets.TELEGRAM_CHAT_ID }}
run: |
# 检查必要的环境变量
if [ -z "$TELEGRAM_BOT_TOKEN" ] || [ -z "$TELEGRAM_CHAT_ID" ]; then
echo "⚠️ Telegram Bot Token 或 Chat ID 未配置,跳过通知"
exit 0
fi
# 获取构建信息
VERSION="${{ steps.extract_version.outputs.VERSION }}"
TAG="${{ steps.extract_version.outputs.TAG }}"
RELEASE_NAME="${{ github.event.release.name }}"
RELEASE_URL="${{ github.event.release.html_url }}"
REPO_NAME="${{ github.repository }}"
# 构建消息内容(仅包含关键信息)
DEPLOY_DOC_URL="https://github.com/WrBug/PolyHermes/blob/main/docs/zh/DEPLOYMENT.md"
MESSAGE="✅ <b>Docker 镜像构建成功</b>"$'\n'$'\n'"📦 <b>版本:</b> ${VERSION}"$'\n'"🏷️ <b>Tag:</b> <code>${TAG}</code>"$'\n'"🔗 <a href=\"${RELEASE_URL}\">查看 Release</a>"$'\n'"📚 <a href=\"${DEPLOY_DOC_URL}\">Docker 部署文档</a>"
# 发送 Telegram 消息(使用 jq 转义 JSON
curl -s -X POST "https://api.telegram.org/bot${TELEGRAM_BOT_TOKEN}/sendMessage" \
-H "Content-Type: application/json" \
-d "$(jq -n \
--arg chat_id "$TELEGRAM_CHAT_ID" \
--arg text "$MESSAGE" \
'{chat_id: $chat_id, text: $text, parse_mode: "HTML", disable_web_page_preview: false}')" > /tmp/telegram_response.json
# 检查发送结果
if [ $? -eq 0 ]; then
RESPONSE=$(cat /tmp/telegram_response.json)
if echo "$RESPONSE" | grep -q '"ok":true'; then
echo "✅ Telegram 通知发送成功"
else
echo "❌ Telegram 通知发送失败: $RESPONSE"
# 构建成功,通知失败不应该导致整个 job 失败
exit 0
fi
else
echo "❌ 发送 Telegram 消息时发生错误"
# 构建成功,通知失败不应该导致整个 job 失败
exit 0
fi
+103
View File
@@ -0,0 +1,103 @@
name: Telegram Notification on PR Merge
on:
pull_request:
types:
- closed # 当 PR 被关闭(合并或关闭)时触发
jobs:
notify:
runs-on: ubuntu-latest
# 只在 PR 被合并到 main 分支时执行
if: github.event.pull_request.merged == true && github.event.pull_request.base.ref == 'main'
steps:
- name: Checkout code
uses: actions/checkout@v4
- name: Get PR details
id: pr_details
env:
GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
run: |
PR_NUMBER="${{ github.event.pull_request.number }}"
REPO="${{ github.repository }}"
# 获取 PR 详细信息
PR_RESPONSE=$(curl -s -H "Authorization: token ${GITHUB_TOKEN}" \
-H "Accept: application/vnd.github.v3+json" \
"https://api.github.com/repos/${REPO}/pulls/${PR_NUMBER}")
# 获取 PR 变更的文件列表
FILES_RESPONSE=$(curl -s -H "Authorization: token ${GITHUB_TOKEN}" \
-H "Accept: application/vnd.github.v3+json" \
"https://api.github.com/repos/${REPO}/pulls/${PR_NUMBER}/files")
# 提取 PR 描述(body),保留换行,限制长度
PR_BODY=$(echo "$PR_RESPONSE" | jq -r '.body // ""')
if [ ${#PR_BODY} -gt 500 ]; then
PR_BODY="${PR_BODY:0:500}..."
fi
# 保存到输出变量(使用 base64 编码避免特殊字符问题)
echo "pr_body<<EOF" >> $GITHUB_OUTPUT
echo "$PR_BODY" >> $GITHUB_OUTPUT
echo "EOF" >> $GITHUB_OUTPUT
- name: Send Telegram notification
env:
TELEGRAM_BOT_TOKEN: ${{ secrets.TELEGRAM_BOT_TOKEN }}
TELEGRAM_CHAT_ID: ${{ secrets.TELEGRAM_CHAT_ID }}
run: |
# 检查 PR 是否被合并(而不是仅关闭)
PR_MERGED="${{ github.event.pull_request.merged }}"
if [ "$PR_MERGED" != "true" ]; then
echo "ℹ️ PR 仅关闭,未合并,跳过通知"
exit 0
fi
# 检查必要的环境变量
# 注意:TELEGRAM_CHAT_ID 可以是个人聊天 ID(正数)或群组 ID(负数,如 -1001234567890
if [ -z "$TELEGRAM_BOT_TOKEN" ] || [ -z "$TELEGRAM_CHAT_ID" ]; then
echo "⚠️ Telegram Bot Token 或 Chat ID 未配置,跳过通知"
exit 0
fi
# 获取 PR 基本信息
PR_NUMBER="${{ github.event.pull_request.number }}"
PR_TITLE="${{ github.event.pull_request.title }}"
PR_URL="${{ github.event.pull_request.html_url }}"
PR_MERGE_COMMIT="${{ github.event.pull_request.merge_commit_sha }}"
# 获取 PR 详细信息
PR_BODY="${{ steps.pr_details.outputs.pr_body }}"
# 转义 PR 标题中的 HTML 特殊字符
PR_TITLE_ESCAPED=$(echo "$PR_TITLE" | sed 's/&/\&amp;/g' | sed 's/</\&lt;/g' | sed 's/>/\&gt;/g')
# 构建消息内容(仅包含关键信息)
MESSAGE="🚀 <b>main 分支代码更新</b>"$'\n'$'\n'"📝 <b>PR #${PR_NUMBER}:</b> ${PR_TITLE_ESCAPED}"$'\n'"🔗 <a href=\"${PR_URL}\">查看 PR</a>"
# 发送 Telegram 消息(使用 jq 转义 JSON
curl -s -X POST "https://api.telegram.org/bot${TELEGRAM_BOT_TOKEN}/sendMessage" \
-H "Content-Type: application/json" \
-d "$(jq -n \
--arg chat_id "$TELEGRAM_CHAT_ID" \
--arg text "$MESSAGE" \
'{chat_id: $chat_id, text: $text, parse_mode: "HTML", disable_web_page_preview: false}')" > /tmp/telegram_response.json
# 检查发送结果
if [ $? -eq 0 ]; then
RESPONSE=$(cat /tmp/telegram_response.json)
if echo "$RESPONSE" | grep -q '"ok":true'; then
echo "✅ Telegram 通知发送成功"
else
echo "❌ Telegram 通知发送失败: $RESPONSE"
exit 1
fi
else
echo "❌ 发送 Telegram 消息时发生错误"
exit 1
fi
+1
View File
@@ -109,4 +109,5 @@ __pycache__/
# Submodules and external dependencies
clob-client/
builder-relayer-client/
landing-page/
-133
View File
@@ -1,133 +0,0 @@
# 🎉 v1.0.1 版本发布公告
## 📅 发布日期
2025年12月(具体日期待定)
## 🚀 主要更新
### 性能优化
#### 📊 订单簿请求优化
- 优化订单簿获取逻辑,仅在需要时请求,避免不必要的 API 调用
- 当未配置需要订单簿的过滤条件(价差、订单深度)时,跳过订单簿获取
- 订单簿只请求一次,在过滤检查中复用,提高性能
#### 💰 卖出价格计算优化
- 卖出改为市价卖出:优先使用订单簿的 bestBid(最高买入价)
- 如果 bestBid 获取失败,自动降级使用 Leader 的交易价格
- 卖出价格固定按 90% 计算,不再使用价格容忍度配置
- 提高卖出订单的成交率
#### ⚙️ 价格容忍度默认值
- 如果价格容忍度配置为 0,自动使用默认值 5%
- 确保买入订单能够正常应用价格调整,提高成交率
### 代码优化
#### 🎯 使用枚举优化过滤逻辑
- 新增 `FilterResult` 数据类和 `FilterStatus` 枚举
- 使用类型安全的枚举替代字符串判断,提高代码可维护性
- 移除无用字段 `isBuyOrder` 参数
- 优化 `checkFilters` 方法返回值,使用数据类封装结果
#### 📝 代码结构优化
- 减少 if-else 嵌套,使用 Kotlin 链式调用和空安全操作符
- 优化卖出价格计算逻辑,使用 `runCatching``?.let` 简化代码
- 提取公共方法 `calculateFallbackSellPrice`,提高代码复用性
### 功能改进
#### 🗑️ 移除最小订单簿深度功能
- 移除 `minOrderbookDepth`(最小订单簿深度)配置项
- 简化过滤逻辑,只保留 `minOrderDepth`(最小订单深度)
- 更新前端界面,移除相关配置项和提示文案
#### 📈 优化最小订单深度逻辑
- 修改 `minOrderDepth` 检查逻辑,检查所有方向(买盘+卖盘)的总深度
- 不再区分买卖方向,提供更全面的市场流动性评估
#### 🎯 市场结算判断优化
- 添加市场已关闭时的结算判断逻辑
- 如果市场已关闭且该 outcome 赢了(价格 >= 0.99),返回价格为 1
- 如果市场已关闭且该 outcome 输了(价格 <= 0.01),返回价格为 0
- 当没有仓位但有未完成订单时,正确判断市场结算状态并设置价格
### Bug 修复
- ✅ 修复盈亏和持仓价值计算逻辑未实现的问题
- ✅ 修复过滤检查中订单簿可能重复请求的问题
- ✅ 修复健康检查路径不一致问题(从 `/api/health` 改为 `/api/system/health`
## 📦 如何更新
### Docker 部署
```bash
# 拉取最新镜像
docker pull wrbug/polyhermes:v1.0.1
# 或使用 latest 标签
docker pull wrbug/polyhermes:latest
# 重启容器
docker-compose down
docker-compose up -d
```
### 源码部署
```bash
# 拉取最新代码
git fetch origin
git checkout v1.0.1
# 重新构建
cd backend
./gradlew bootJar
# 重启服务
# 根据您的部署方式重启服务
```
## 📚 文档更新
- 更新前端多语言文案,优化提示信息
- 移除最小订单簿深度相关的文档说明
## 🔗 相关链接
- **GitHub Release**: https://github.com/WrBug/PolyHermes/releases/tag/v1.0.1
- **完整更新日志**: https://github.com/WrBug/PolyHermes/compare/v1.0.0...v1.0.1
- **Docker Hub**: https://hub.docker.com/r/wrbug/polyhermes
## ⚠️ 重要提醒
**请务必使用官方 Docker 镜像源,避免财产损失!**
### ✅ 官方 Docker Hub 镜像
**官方镜像地址**`wrbug/polyhermes`
```bash
# ✅ 正确:使用官方镜像
docker pull wrbug/polyhermes:v1.0.1
# ❌ 错误:不要使用其他来源的镜像
# 任何非官方来源的镜像都可能包含恶意代码,导致您的私钥和资产被盗
```
### 🔗 官方渠道
请通过以下**唯一官方渠道**获取 PolyHermes
* **GitHub 仓库**https://github.com/WrBug/PolyHermes
* **Twitter**@quant_tr
* **Telegram 群组**:加入群组
---
**⭐ 如果这个项目对您有帮助,请给个 Star 支持一下!**
**💬 如有问题或建议,欢迎在 GitHub Issues 中反馈。**
+21 -4
View File
@@ -1,7 +1,7 @@
# PolyHermes
[![GitHub](https://img.shields.io/badge/GitHub-WrBug%2FPolyHermes-blue?logo=github)](https://github.com/WrBug/PolyHermes)
[![Twitter](https://img.shields.io/badge/Twitter-@quant__tr-blue?logo=twitter)](https://x.com/quant_tr)
[![Twitter](https://img.shields.io/badge/Twitter-@polyhermes-blue?logo=twitter)](https://x.com/polyhermes)
> 🌐 **Language**: [English](README_EN.md) | 中文
@@ -228,6 +228,25 @@ docker-compose up -d
# image: wrbug/polyhermes:v1.0.0
```
**更新 Docker 版本**
```bash
# 1. 停止当前容器
docker-compose -f docker-compose.prod.yml down
# 2. 拉取最新镜像
docker pull wrbug/polyhermes:latest
# 3. 重新启动服务
docker-compose -f docker-compose.prod.yml up -d
# 或更新到特定版本(例如 v1.0.1)
# 修改 docker-compose.prod.yml 中的镜像标签为: image: wrbug/polyhermes:v1.0.1
# 然后执行: docker-compose -f docker-compose.prod.yml up -d
```
详细更新说明请参考:[部署文档 - 更新 Docker 版本](docs/zh/DEPLOYMENT.md#更新-docker-版本)
2. **本地构建部署(开发环境)**
```bash
@@ -251,7 +270,6 @@ DB_USERNAME=root
DB_PASSWORD=your_password_here
SPRING_PROFILES_ACTIVE=prod
SERVER_PORT=80
POLYGON_RPC_URL=https://polygon-rpc.com
JWT_SECRET=your-jwt-secret-key-change-in-production
ADMIN_RESET_PASSWORD_KEY=your-admin-reset-key-change-in-production
EOF
@@ -318,7 +336,6 @@ cd frontend
| `DB_USERNAME` | 数据库用户名 | `root` |
| `DB_PASSWORD` | 数据库密码 | - |
| `SERVER_PORT` | 后端服务端口 | `8000` |
| `POLYGON_RPC_URL` | Polygon RPC 地址 | `https://polygon-rpc.com` |
| `JWT_SECRET` | JWT 密钥 | - |
| `ADMIN_RESET_PASSWORD_KEY` | 管理员密码重置密钥 | - |
| `CRYPTO_SECRET_KEY` | 加密密钥(用于加密存储私钥和 API Key) | - |
@@ -414,7 +431,7 @@ cd frontend
## 🔗 相关链接
- [GitHub 仓库](https://github.com/WrBug/PolyHermes)
- [Twitter](https://x.com/quant_tr)
- [Twitter](https://x.com/polyhermes)
- [Polymarket 官网](https://polymarket.com)
- [Polymarket API 文档](https://docs.polymarket.com)
+21 -4
View File
@@ -1,7 +1,7 @@
# PolyHermes
[![GitHub](https://img.shields.io/badge/GitHub-WrBug%2FPolyHermes-blue?logo=github)](https://github.com/WrBug/PolyHermes)
[![Twitter](https://img.shields.io/badge/Twitter-@quant__tr-blue?logo=twitter)](https://x.com/quant_tr)
[![Twitter](https://img.shields.io/badge/Twitter-@polyhermes-blue?logo=twitter)](https://x.com/polyhermes)
> 🌐 **Language**: English | [中文](README.md)
@@ -228,6 +228,25 @@ docker-compose up -d
# image: wrbug/polyhermes:v1.0.0
```
**Update Docker Version**:
```bash
# 1. Stop current containers
docker-compose -f docker-compose.prod.yml down
# 2. Pull latest image
docker pull wrbug/polyhermes:latest
# 3. Restart services
docker-compose -f docker-compose.prod.yml up -d
# Or update to specific version (e.g., v1.0.1)
# Modify image tag in docker-compose.prod.yml to: image: wrbug/polyhermes:v1.0.1
# Then run: docker-compose -f docker-compose.prod.yml up -d
```
For detailed update instructions, please refer to: [Deployment Guide - Update Docker Version](docs/en/DEPLOYMENT.md#update-docker-version)
2. **Local Build Deployment (Development Environment)**
```bash
@@ -251,7 +270,6 @@ DB_USERNAME=root
DB_PASSWORD=your_password_here
SPRING_PROFILES_ACTIVE=prod
SERVER_PORT=80
POLYGON_RPC_URL=https://polygon-rpc.com
JWT_SECRET=your-jwt-secret-key-change-in-production
ADMIN_RESET_PASSWORD_KEY=your-admin-reset-key-change-in-production
EOF
@@ -318,7 +336,6 @@ cd frontend
| `DB_USERNAME` | Database username | `root` |
| `DB_PASSWORD` | Database password | - |
| `SERVER_PORT` | Backend service port | `8000` |
| `POLYGON_RPC_URL` | Polygon RPC address | `https://polygon-rpc.com` |
| `JWT_SECRET` | JWT secret key | - |
| `ADMIN_RESET_PASSWORD_KEY` | Admin password reset key | - |
| `CRYPTO_SECRET_KEY` | Encryption key (for encrypting stored private keys and API Keys) | - |
@@ -414,7 +431,7 @@ This project is licensed under the MIT License. See the [LICENSE](LICENSE) file
## 🔗 Related Links
- [GitHub Repository](https://github.com/WrBug/PolyHermes)
- [Twitter](https://x.com/quant_tr)
- [Twitter](https://x.com/polyhermes)
- [Polymarket Official Website](https://polymarket.com)
- [Polymarket API Documentation](https://docs.polymarket.com)
+408
View File
@@ -0,0 +1,408 @@
# v1.1.5
## 🔧 功能优化与改进
### 前端优化
#### 优化 InputNumber 输入框格式化
- 优化数值输入框的格式化逻辑,修正正则表达式以正确处理整数显示
- 更新所有相关 InputNumber 组件的 formatter 函数,确保显示准确性
- 影响的组件:CopyTradingAdd、CopyTradingEdit、EditModal、TemplateAdd、TemplateEdit、TemplateList
- 影响范围:跟单配置、模板配置中的所有数值输入框
#### 优化数字显示格式
- 添加 `formatNumber` 工具函数,自动去除小数尾随零(如 100.00 → 100
- 统一所有数值输入框的显示格式,提升用户体验
### 后端优化
#### 优化按比例跟单金额计算逻辑
- 优化按比例计算的订单金额处理,使用向上取整确保满足最小限制要求
- 对订单金额进行向上取整处理(保留 2 位小数精度)
- 自动调整订单数量以满足最小限制要求
- 使用 `RoundingMode.CEILING` 确保金额满足最小限制
- 影响范围:按比例跟单的订单创建逻辑
- 技术细节:
- 扩展 `BigDecimal.div()` 扩展函数,支持指定精度和舍入模式
-`CopyOrderTrackingService` 中优化金额计算和验证逻辑
#### 增强 copyRatio 精度支持
- 将 copyRatio 字段精度从 DECIMAL(10,2) 增加到 DECIMAL(20,8)
- 支持更精确的跟单比例设置(最小 0.01%,最大 10000%
- 影响的实体:CopyTrading、CopyTradingTemplate
- 数据库迁移:新增 V18 迁移脚本,自动升级数据库字段精度
## 🔧 功能优化
### 移除刷新代理钱包接口
- **移除接口**
- `POST /api/accounts/refresh-proxy` - 刷新单个账户的代理地址
- `POST /api/accounts/refresh-all-proxies` - 刷新所有账户的代理地址
- **原因**:代理地址应在账户导入时自动计算,无需手动刷新
- **影响范围**AccountController、AccountService
- **向后兼容性**:这些接口已不再使用,移除不影响现有功能
### 前端跟单比例配置优化
- **最小比例**:从 10% 降低到 0.01%,支持更灵活的跟单比例设置
- **最大比例**:增加到 10000%,满足大比例跟单需求
- **显示格式**:比例模式显示为百分比(如 "100%" 而不是 "1x"
- **输入验证**:增强输入验证,确保比例在合理范围内
## 📊 变更统计
- **提交数量**3 个提交
- **文件变更**15 个文件
- **代码变更**+575 行 / -194 行(净增加 381 行)
### 详细文件变更
**后端变更**
- `AccountController.kt` - 移除刷新代理钱包接口(-59 行)
- `AccountService.kt` - 移除刷新代理钱包方法(-79 行)
- `CopyTrading.kt` - 增加 copyRatio 精度
- `CopyTradingTemplate.kt` - 增加 copyRatio 精度
- `CopyOrderTrackingService.kt` - 优化按比例跟单金额计算逻辑(+45 行)
- `MathExt.kt` - 扩展 div 函数支持精度和舍入模式(+20 行)
- `V18__increase_copy_ratio_precision.sql` - 数据库迁移脚本(+14 行)
**前端变更**
- `CopyTradingAdd.tsx` - 优化 formatter、优化比例配置(+106 行)
- `CopyTradingEdit.tsx` - 优化 formatter、优化比例配置(+106 行)
- `CopyTradingList.tsx` - 优化比例显示格式
- `CopyTradingOrders/EditModal.tsx` - 优化 formatter、优化比例配置(+106 行)
- `TemplateAdd.tsx` - 优化 formatter、优化比例配置(+65 行)
- `TemplateEdit.tsx` - 优化 formatter、优化比例配置(+65 行)
- `TemplateList.tsx` - 优化 formatter、优化比例配置(+65 行)
- `utils/index.ts` - 添加 formatNumber 工具函数(+31 行)
## 🔧 技术细节
### 数据库变更
- **迁移脚本**`V18__increase_copy_ratio_precision.sql`
- **变更内容**
- `copy_trading.copy_ratio`: DECIMAL(10,2) → DECIMAL(20,8)
- `copy_trading_templates.copy_ratio`: DECIMAL(10,2) → DECIMAL(20,8)
- **自动执行**:升级时会自动执行迁移脚本
### API 变更
- **移除接口**
- `POST /api/accounts/refresh-proxy`
- `POST /api/accounts/refresh-all-proxies`
- **无新增接口**
### 前端变更
- **工具函数**:新增 `formatNumber()` 函数,用于格式化数字显示
- **组件更新**:所有数值输入框统一使用新的 formatter 函数
- **显示优化**:跟单模式的比例显示为百分比格式
## 📝 升级说明
### 数据库升级
本次版本包含数据库迁移脚本,升级时会自动执行:
- 自动增加 `copy_ratio` 字段的精度
- 现有数据不受影响,精度升级是向后兼容的
### 配置变更
无需额外配置变更。
### 兼容性
- **向后兼容**:所有变更都是向后兼容的
- **API 兼容**:移除的接口不影响现有功能(这些接口已不再使用)
- **数据兼容**:数据库字段精度升级不会影响现有数据
## 🎯 主要改进
1. **优化输入框格式化**:优化数值输入框的显示逻辑
2. **优化跟单金额计算**:确保按比例跟单的金额满足最小限制要求
3. **提升精度支持**:支持更精确的跟单比例设置(0.01% - 10000%
4. **代码清理**:移除不再使用的刷新代理钱包接口
## 🔗 相关链接
- [GitHub Tag](https://github.com/WrBug/PolyHermes/releases/tag/v1.1.5)
- [变更日志](https://github.com/WrBug/PolyHermes/compare/v1.1.4...v1.1.5)
## 🙏 致谢
感谢所有贡献者和测试用户的反馈与支持!
---
# v1.1.2
## 🚀 主要功能
### 🐛 修复内存泄漏问题
- 修复 Retrofit/OkHttpClient 实例重复创建导致的内存泄漏问题
- 为不需要认证的 API 创建共享的 OkHttpClient 实例(Gamma API、Data API、GitHub API 等)
- 带认证的 CLOB API 按钱包地址缓存(每个账户一个客户端)
- RPC API 按 RPC URL 缓存,Builder Relayer API 按 relayerUrl 缓存
- 添加 `@PreDestroy` 方法清理缓存,确保资源正确释放
- **效果**:内存占用从运行几小时后从 400MB 涨到 1GB+ 变为保持稳定,大幅减少内存占用
### 📊 市场价格服务优化
- 移除降级查询逻辑,仅保留链上 RPC 查询和 CLOB 订单簿查询
- 移除 CLOB Trades、Gamma Market Status、Gamma Market Price 查询逻辑
- 如果所有数据源都失败,抛出明确的异常信息
- 价格截位到 4 位小数(向下截断,不四舍五入)
- 简化代码逻辑,提高查询效率和准确性
### 🔧 代码架构优化
- 统一 Gson 使用,改为依赖注入方式
-`GsonConfig` 中统一配置 Gson Beanlenient 模式)
- 所有 Service 类通过构造函数注入 Gson 实例
- 移除所有 `GsonConverterFactory.create()` 无参调用,统一使用注入的 Gson
- 提高代码一致性和可维护性
### 🗑️ 功能清理
- 移除下单失败存储数据库的功能
- 删除 `FailedTrade` 实体类和 `FailedTradeRepository`
-`CopyOrderTrackingService` 中移除失败交易存储逻辑
- 创建 Flyway migration V16 删除 `failed_trade`
- 下单失败时仅记录日志,不再存储到数据库,简化数据模型
### 🚀 部署优化
- 自动使用当前分支名作为 Docker 版本号
- 分支名中的 `/` 自动替换为 `-`Docker tag 不支持 `/
- `docker-compose.yml` 启用 build args,从环境变量读取版本号
- 前端页面将显示当前分支名作为版本号
- 如果没有 Git 仓库或获取失败,使用默认值 `dev`
## 🐛 Bug 修复
### 修复 Flyway Migration 问题
- 恢复 V1 migration 文件,避免 checksum 不匹配
- 保持 `V1__init_database.sql` 的原有内容不变
- `failed_trade` 表的删除通过 V16 migration 处理
- 确保已有数据库的 migration checksum 保持一致
### 修复前端编译错误
- 修复 `PositionList.tsx` 中引用不存在的 `bestBid` 属性导致的编译错误
- 使用 `currentPrice` 替代 `bestBid`,确保前端代码可以正常编译
## 📚 文档更新
- 新增智能资金分析文档(`docs/zh/smart-money-analysis.md`
- 详细说明智能资金分析功能的使用方法和策略
## 🔧 技术改进
- 优化 `RetrofitFactory`,实现客户端实例缓存和复用
- 优化 `CopyOrderTrackingService`,移除失败交易相关逻辑
- 优化 `OrderStatusUpdateService`,增强订单状态更新功能
- 优化 `TelegramNotificationService`,改进通知逻辑
- 优化 `PositionCheckService`,简化代码结构
- 优化 `PolymarketClobService`,改进 API 调用逻辑
## 📦 数据库变更
- 删除 `failed_trade` 表(Migration: V16
## 🔗 相关链接
- **GitHub Release**: https://github.com/WrBug/PolyHermes/releases/tag/v1.1.2
- **完整更新日志**: https://github.com/WrBug/PolyHermes/compare/v1.1.1...v1.1.2
- **Docker Hub**: https://hub.docker.com/r/wrbug/polyhermes
## 📊 统计信息
- **文件变更**: 29 个文件
- **代码变更**: +1597 行 / -678 行
- **主要提交**: 8 个提交
## ⚠️ 重要提醒
**请务必使用官方 Docker 镜像源,避免财产损失!**
### ✅ 官方 Docker Hub 镜像
**官方镜像地址**`wrbug/polyhermes`
```bash
# ✅ 正确:使用官方镜像
docker pull wrbug/polyhermes:v1.1.2
# ❌ 错误:不要使用其他来源的镜像
# 任何非官方来源的镜像都可能包含恶意代码,导致您的私钥和资产被盗
```
### 🔗 官方渠道
请通过以下**唯一官方渠道**获取 PolyHermes
* **GitHub 仓库**https://github.com/WrBug/PolyHermes
* **Twitter**@polyhermes
* **Telegram 群组**:加入群组
---
**⭐ 如果这个项目对您有帮助,请给个 Star 支持一下!**
---
# v1.1.1
## 🚀 主要功能
### 🔗 链上 WebSocket 监听优化
- 创建 `UnifiedOnChainWsService` 统一管理 WebSocket 连接,所有服务共享同一个连接
- 创建 `OnChainWsUtils` 工具类,提取公共的链上 WebSocket 相关功能
- 创建 `AccountOnChainMonitorService` 监听账户链上卖出和赎回事件
- 优化 `OnChainWsService`,复用公共代码,减少代码重复
- 支持通过链上 WebSocket 实时监听账户的卖出和赎回交易,自动更新订单状态
### 📊 市场状态查询优化
- 优化市场结算状态查询,优先使用链上查询 `ConditionalTokens.getCondition`
- 如果链上查询失败,自动降级到 Gamma API 查询
- 提供更实时和准确的市场结算结果
### 🔕 自动订单通知优化
- 自动生成的订单(AUTO_、AUTO_FIFO_、AUTO_WS_ 前缀)不再发送 Telegram 通知
- 优化 `OrderStatusUpdateService`,跳过自动生成订单的通知处理
- 减少不必要的通知,提升用户体验
## 🐛 Bug 修复
### 修复移动端 API 健康页面缺少数据显示
- 移动端添加 URL 地址显示
- 移动端添加状态文本显示(正常/异常/未配置)
- 移动端添加消息/状态信息显示
- 移动端和桌面端显示信息保持一致
## 🔧 功能优化
### 优化 Telegram 推送消息格式
- 添加价格和数量截位处理:
* 价格保留最多4位小数(截断,不四舍五入)
* 数量保留最多2位小数(截断,不四舍五入)
- 优化账户信息显示格式:
* 有账户名和钱包地址时显示:账户名(0x123...123)
* 只有账户名时显示账户名
* 只有钱包地址时显示脱敏后的地址
* 都没有时显示未知账户
### 配置优化
- 移除 `polygon.rpc.url` 配置,使用 RpcNodeService 统一管理 RPC 节点
- 删除无用的 `position.push.polling-interval``position.push.heartbeat-timeout` 配置项
- 修正日志配置中的包名(polyhermes -> polymarketbot
- 更新 `ApiHealthCheckService` 直接使用 `RpcNodeService.getHttpUrl()`
## 📚 文档更新
- 统一发布说明文件,使用 RELEASE.md 替代版本化文件(RELEASE_v1.0.1.md、RELEASE_v1.1.0.md
- 更新所有部署文档,移除 POLYGON_RPC_URL 相关说明
- 更新所有 Docker Compose 配置文件,移除 POLYGON_RPC_URL 环境变量
- 更新所有部署脚本,移除 POLYGON_RPC_URL 环境变量定义
## 🔧 技术改进
- 重构链上 WebSocket 服务,提取公共代码到 `OnChainWsUtils`
- 创建统一的 WebSocket 连接管理服务 `UnifiedOnChainWsService`
- 添加链上查询市场结算结果的功能(`BlockchainService.getCondition`
- 添加 ABI 编码/解码工具方法(`EthereumUtils.decodeConditionResult`
- 优化代码结构,减少代码重复,提高可维护性
---
# v1.1.0
## 🚀 主要功能
### 🔗 链上 WebSocket 实时监听
- 实现通过 Polygon RPC `eth_subscribe` 实时监听链上交易
- 支持监听 USDC Transfer 和 ERC1155 Transfer 事件
- 实现并行监控策略:链上 WebSocket 和轮询同时运行,哪个数据先返回用哪个
- 支持通过 `eth_unsubscribe` 取消单个 Leader 的订阅,无需重新连接
- 优化 WebSocket 连接管理:只创建一个连接,没有跟单配置时自动取消
- 跟单配置生效/失效时及时更新 WebSocket 订阅
- 使用 Gson 替换所有 JSON 解析,提高解析稳定性
- 添加 Mutex 保证线程安全,防止并发处理导致的数据重复
### 📊 RPC 节点管理
- 实现 RPC 节点管理功能,支持添加、编辑、删除自定义 RPC 节点
- 支持 RPC 节点启用/禁用功能,禁用的节点会被自动忽略
- 前端添加启用/禁用开关,支持实时切换节点状态
- 健康检查只检查启用的节点,提高检查效率
- 节点选择时自动过滤禁用的节点
### 💰 卖出订单价格轮询更新
- 添加 `price_updated` 字段到 `sell_match_record` 表,用于标记价格是否已更新
- 创建 `OrderStatusUpdateService` 定时任务服务,每 5 秒轮询一次:
- 更新卖出订单的实际成交价(通过 orderId 查询订单详情)
- 清理已删除账户的订单记录
- 支持加权平均价格计算,处理部分成交的订单
- 添加 orderId 格式验证:非 0x 开头的直接标记为已更新,0x 开头的等待定时任务更新
- 下单完成后不再立即查询价格,直接保存,等待定时任务更新
## 🐛 Bug 修复
### 修复跟单卖出订单的 API 凭证解密问题
- 修复 `processSellTrade` 中 API 凭证未解密的问题,与 `processBuyTrade` 保持一致
- 确保卖出订单能够正常使用 API 凭证进行认证
### 修复 SELL 订单精度问题
- 修复 SELL 订单的 `makerAmount``takerAmount` 精度问题:
- `makerAmount` (shares) 最多 2 位小数(符合 API 要求)
- `takerAmount` (USDC) 最多 4 位小数(符合 API 要求)
- 确保订单能够正常提交到 Polymarket API
## 📚 文档更新
- 添加 Docker 版本更新说明(中英文)
- 添加链上 WebSocket 监听策略文档
- 添加跟单逻辑总结文档
- 更新部署文档,包含详细的版本更新步骤
## 🔧 技术改进
- 使用 Gson 替换 ObjectMapper,提高 JSON 解析稳定性
- `JsonRpcResponse.result` 使用 `JsonElement` 类型,支持灵活的 JSON 结构
- 优化 WebSocket 连接管理,减少不必要的连接
- 添加线程安全机制,使用 Kotlin Coroutines Mutex
- 启用 Spring 定时任务功能(`@EnableScheduling`
## 📦 数据库变更
- 新增 `price_updated` 字段到 `sell_match_record` 表(Migration: V13
## 🔗 相关链接
- **GitHub Release**: https://github.com/WrBug/PolyHermes/releases/tag/v1.1.1
- **完整更新日志**: https://github.com/WrBug/PolyHermes/compare/v1.1.0...v1.1.1
- **Docker Hub**: https://hub.docker.com/r/wrbug/polyhermes
## 📊 统计信息
- **文件变更**: 32 个文件
- **代码变更**: +1872 行 / -1503 行
- **主要提交**: 7 个提交
## ⚠️ 重要提醒
**请务必使用官方 Docker 镜像源,避免财产损失!**
### ✅ 官方 Docker Hub 镜像
**官方镜像地址**`wrbug/polyhermes`
```bash
# ✅ 正确:使用官方镜像
docker pull wrbug/polyhermes:v1.1.1
# ❌ 错误:不要使用其他来源的镜像
# 任何非官方来源的镜像都可能包含恶意代码,导致您的私钥和资产被盗
```
### 🔗 官方渠道
请通过以下**唯一官方渠道**获取 PolyHermes
* **GitHub 仓库**https://github.com/WrBug/PolyHermes
* **Twitter**@polyhermes
* **Telegram 群组**:加入群组
---
**⭐ 如果这个项目对您有帮助,请给个 Star 支持一下!**
-55
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@@ -1,55 +0,0 @@
# v1.0.1
## 🚀 性能优化
### 📊 订单簿请求优化
* 优化订单簿获取逻辑,仅在需要时请求,避免不必要的 API 调用
* 当未配置需要订单簿的过滤条件(价差、订单深度)时,跳过订单簿获取
* 订单簿只请求一次,在过滤检查中复用,提高性能
### 💰 卖出价格计算优化
* 卖出改为市价卖出:优先使用订单簿的 bestBid(最高买入价)
* 如果 bestBid 获取失败,自动降级使用 Leader 的交易价格
* 卖出价格固定按 90% 计算,不再使用价格容忍度配置
* 提高卖出订单的成交率
### ⚙️ 价格容忍度默认值
* 如果价格容忍度配置为 0,自动使用默认值 5%
* 确保买入订单能够正常应用价格调整,提高成交率
## 🔧 代码优化
### 🎯 使用枚举优化过滤逻辑
* 新增 `FilterResult` 数据类和 `FilterStatus` 枚举
* 使用类型安全的枚举替代字符串判断,提高代码可维护性
* 移除无用字段 `isBuyOrder` 参数
* 优化 `checkFilters` 方法返回值,使用数据类封装结果
### 📝 代码结构优化
* 减少 if-else 嵌套,使用 Kotlin 链式调用和空安全操作符
* 优化卖出价格计算逻辑,使用 `runCatching``?.let` 简化代码
* 提取公共方法 `calculateFallbackSellPrice`,提高代码复用性
## 🗑️ 功能移除
### 移除最小订单簿深度功能
* 移除 `minOrderbookDepth`(最小订单簿深度)配置项
* 简化过滤逻辑,只保留 `minOrderDepth`(最小订单深度)
* 更新前端界面,移除相关配置项和提示文案
### 优化最小订单深度逻辑
* 修改 `minOrderDepth` 检查逻辑,检查所有方向(买盘+卖盘)的总深度
* 不再区分买卖方向,提供更全面的市场流动性评估
## 🐛 Bug 修复
* 修复盈亏和持仓价值计算逻辑未实现的问题
* 修复过滤检查中订单簿可能重复请求的问题
## 📚 文档更新
* 更新前端多语言文案,优化提示信息
* 移除最小订单簿深度相关的文档说明
**Full Changelog**: https://github.com/WrBug/polymarket-bot/compare/v1.0.0...v1.0.1
-3
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@@ -154,9 +154,6 @@ SPRING_PROFILES_ACTIVE=prod
# 服务器端口
SERVER_PORT=8000
# Polygon RPC
POLYGON_RPC_URL=https://polygon-rpc.com
# JWT 密钥(已自动生成随机值,生产环境建议修改)
JWT_SECRET=${JWT_SECRET}
-1
View File
@@ -14,7 +14,6 @@ services:
- DB_USERNAME=${DB_USERNAME:-root}
- DB_PASSWORD=${DB_PASSWORD:-}
- SERVER_PORT=8000
- POLYGON_RPC_URL=${POLYGON_RPC_URL:-https://polygon-rpc.com}
- JWT_SECRET=${JWT_SECRET:-change-me-in-production}
- ADMIN_RESET_PASSWORD_KEY=${ADMIN_RESET_PASSWORD_KEY:-change-me-in-production}
depends_on:
@@ -2,8 +2,10 @@ package com.wrbug.polymarketbot
import org.springframework.boot.autoconfigure.SpringBootApplication
import org.springframework.boot.runApplication
import org.springframework.scheduling.annotation.EnableScheduling
@SpringBootApplication
@EnableScheduling
class PolymarketBotApplication
fun main(args: Array<String>) {
@@ -1,5 +1,6 @@
package com.wrbug.polymarketbot.api
import com.google.gson.JsonElement
import retrofit2.Response
import retrofit2.http.Body
import retrofit2.http.POST
@@ -29,10 +30,11 @@ data class JsonRpcRequest(
/**
* JSON-RPC 响应
* 使用 JsonElement 类型处理 result 字段,可以灵活处理字符串、对象、数组等类型
*/
data class JsonRpcResponse(
val jsonrpc: String? = null,
val result: String? = null,
val result: JsonElement? = null, // 使用 JsonElement 类型,可以处理任意 JSON 类型
val error: JsonRpcError? = null,
val id: Int? = null
)
@@ -16,12 +16,14 @@ interface PolymarketGammaApi {
* 根据 condition ID 列表获取市场信息
* 文档: https://docs.polymarket.com/api-reference/markets/list-markets
* @param conditionIds condition ID 数组(16 进制字符串,如 "0x..."
* @param clobTokenIds CLOB token ID 数组(用于通过 tokenId 查询市场)
* @param includeTag 是否包含标签信息
* @return 市场信息数组
*/
@GET("/markets")
suspend fun listMarkets(
@Query("condition_ids") conditionIds: List<String>? = null,
@Query("clob_token_ids") clobTokenIds: List<String>? = null,
@Query("include_tag") includeTag: Boolean? = null
): Response<List<MarketResponse>>
}
@@ -51,6 +53,9 @@ data class MarketResponse(
val liquidityNum: Double? = null,
val lastTradePrice: Double? = null,
val bestBid: Double? = null,
val bestAsk: Double? = null
val bestAsk: Double? = null,
// 以下字段可能存在于响应中,但不在标准文档中
val clobTokenIds: String? = null, // CLOB token IDs(可能是 JSON 字符串或数组)
val clob_token_ids: String? = null // 下划线格式(兼容不同 API 版本)
)
@@ -0,0 +1,26 @@
package com.wrbug.polymarketbot.config
import com.google.gson.Gson
import com.google.gson.GsonBuilder
import org.springframework.context.annotation.Bean
import org.springframework.context.annotation.Configuration
/**
* Gson 配置类
* 统一配置 Gson 实例,使用 lenient 模式允许解析格式不严格的 JSON
*/
@Configuration
class GsonConfig {
/**
* 创建 Gson Bean
* 使用 lenient 模式,允许解析格式不严格的 JSON
*/
@Bean
fun gson(): Gson {
return GsonBuilder()
.setLenient()
.create()
}
}
@@ -36,20 +36,19 @@ class JwtAuthenticationInterceptor(
handler: Any
): Boolean {
val path = request.requestURI
val method = request.method
// 只拦截POST请求
if (method != "POST") {
// 只拦截 /api/** 路径
if (!path.startsWith("/api/")) {
return true
}
// 排除不需要鉴权的路径
if (excludePaths.contains(path)) {
return true
}
// 只拦截 /api/** 路径
if (!path.startsWith("/api/")) {
// 允许 OPTIONS 请求(CORS 预检请求)
if (request.method == "OPTIONS") {
return true
}
@@ -1,5 +1,6 @@
package com.wrbug.polymarketbot.config
import com.google.gson.Gson
import com.wrbug.polymarketbot.api.PolymarketClobApi
import com.wrbug.polymarketbot.util.createClient
import org.springframework.beans.factory.annotation.Value
@@ -18,7 +19,9 @@ import retrofit2.converter.gson.GsonConverterFactory
* - 账户 API Key 在调用时动态设置,不在此处配置
*/
@Configuration
class RetrofitConfig {
class RetrofitConfig(
private val gson: Gson
) {
@Value("\${polymarket.clob.base-url}")
private lateinit var clobBaseUrl: String
@@ -37,7 +40,7 @@ class RetrofitConfig {
return Retrofit.Builder()
.baseUrl(clobBaseUrl)
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create())
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketClobApi::class.java)
}
@@ -21,10 +21,6 @@ class WebMvcConfig(
// 再注册JWT认证拦截器
registry.addInterceptor(jwtAuthenticationInterceptor)
.addPathPatterns("/api/**")
registry.addInterceptor(jwtAuthenticationInterceptor)
.addPathPatterns("/api/**")
registry.addInterceptor(jwtAuthenticationInterceptor)
.addPathPatterns("/api/**")
}
}
@@ -1,6 +1,7 @@
package com.wrbug.polymarketbot.config
import com.wrbug.polymarketbot.repository.UserRepository
import com.wrbug.polymarketbot.service.auth.WebSocketTicketService
import com.wrbug.polymarketbot.util.JwtUtils
import org.slf4j.LoggerFactory
import org.springframework.http.server.ServerHttpRequest
@@ -11,12 +12,13 @@ import org.springframework.web.socket.server.HandshakeInterceptor
/**
* WebSocket 握手拦截器
* 用于验证 JWT token
* 优先使用短期票据验证,其次使用 JWT token
*/
@Component
class WebSocketAuthInterceptor(
private val jwtUtils: JwtUtils,
private val userRepository: UserRepository
private val userRepository: UserRepository,
private val webSocketTicketService: WebSocketTicketService
) : HandshakeInterceptor {
private val logger = LoggerFactory.getLogger(WebSocketAuthInterceptor::class.java)
@@ -27,22 +29,36 @@ class WebSocketAuthInterceptor(
wsHandler: WebSocketHandler,
attributes: MutableMap<String, Any>
): Boolean {
// 从查询参数或请求头获取 token
val token = getTokenFromRequest(request)
if (token == null) {
logger.warn("WebSocket 连接缺少认证令牌: ${request.uri}")
// 优先使用票据验证(推荐方式,不暴露 JWT)
val ticket = getTicketFromRequest(request)
if (ticket != null) {
val username = webSocketTicketService.validateAndConsumeTicket(ticket)
if (username != null) {
attributes["username"] = username
logger.debug("WebSocket 连接票据认证成功: username=$username")
return true
}
logger.warn("WebSocket 连接票据验证失败(可能已过期或已使用)")
response.setStatusCode(org.springframework.http.HttpStatus.UNAUTHORIZED)
return false
}
// 兼容旧方式:使用 JWT token(不推荐,但保持向后兼容)
val token = getTokenFromRequest(request)
if (token == null) {
logger.warn("WebSocket 连接缺少认证令牌: ${request.uri.path}")
response.setStatusCode(org.springframework.http.HttpStatus.UNAUTHORIZED)
return false
}
// 验证 token
if (!jwtUtils.validateToken(token)) {
logger.warn("WebSocket 连接 token 验证失败: ${request.uri}")
logger.warn("WebSocket 连接 token 验证失败")
response.setStatusCode(org.springframework.http.HttpStatus.UNAUTHORIZED)
return false
}
// 验证tokenVersion(检查token是否因密码修改而失效)
val username = jwtUtils.getUsernameFromToken(token)
if (username != null) {
@@ -50,21 +66,21 @@ class WebSocketAuthInterceptor(
if (user != null) {
val tokenVersion = jwtUtils.getTokenVersionFromToken(token)
if (tokenVersion == null || tokenVersion != user.tokenVersion) {
logger.warn("WebSocket 连接 token 版本不匹配,token已失效: username=$username, tokenVersion=$tokenVersion, userTokenVersion=${user.tokenVersion}, uri=${request.uri}")
logger.warn("WebSocket 连接 token 版本不匹配,token已失效: username=$username")
response.setStatusCode(org.springframework.http.HttpStatus.UNAUTHORIZED)
return false
}
}
// 获取用户名并存入 attributes,供后续使用
attributes["username"] = username
logger.debug("WebSocket 连接认证成功: username=$username, uri=${request.uri}")
logger.debug("WebSocket 连接 JWT 认证成功: username=$username")
} else {
logger.warn("WebSocket 连接无法获取用户名: ${request.uri}")
logger.warn("WebSocket 连接无法获取用户名")
response.setStatusCode(org.springframework.http.HttpStatus.UNAUTHORIZED)
return false
}
return true
}
@@ -78,7 +94,22 @@ class WebSocketAuthInterceptor(
}
/**
* 从请求中获取 token
* 从请求中获取票据
*/
private fun getTicketFromRequest(request: ServerHttpRequest): String? {
val queryParams = request.uri.query ?: return null
val params = queryParams.split("&")
for (param in params) {
val parts = param.split("=", limit = 2)
if (parts.size == 2 && parts[0] == "ticket") {
return parts[1]
}
}
return null
}
/**
* 从请求中获取 token(兼容旧方式)
* 支持从查询参数 token 或请求头 Authorization 获取
*/
private fun getTokenFromRequest(request: ServerHttpRequest): String? {
@@ -93,13 +124,13 @@ class WebSocketAuthInterceptor(
}
}
}
// 从请求头获取
val authHeader = request.headers.getFirst("Authorization")
if (authHeader != null && authHeader.startsWith("Bearer ")) {
return authHeader.substring(7)
}
return null
}
}
@@ -2,6 +2,7 @@ package com.wrbug.polymarketbot.config
import com.wrbug.polymarketbot.websocket.PolymarketWebSocketHandler
import com.wrbug.polymarketbot.websocket.UnifiedWebSocketHandler
import org.springframework.beans.factory.annotation.Value
import org.springframework.context.annotation.Configuration
import org.springframework.web.socket.config.annotation.EnableWebSocket
import org.springframework.web.socket.config.annotation.WebSocketConfigurer
@@ -16,21 +17,46 @@ import org.springframework.web.socket.config.annotation.WebSocketHandlerRegistry
class WebSocketConfig(
private val polymarketWebSocketHandler: PolymarketWebSocketHandler,
private val unifiedWebSocketHandler: UnifiedWebSocketHandler,
private val webSocketAuthInterceptor: WebSocketAuthInterceptor
private val webSocketAuthInterceptor: WebSocketAuthInterceptor,
@Value("\${websocket.allowed-origins:}") private val allowedOriginsConfig: String
) : WebSocketConfigurer {
/**
* 获取允许的 WebSocket 来源
* 如果配置了 WEBSOCKET_ALLOWED_ORIGINS 环境变量,使用配置的域名
* 否则使用 setAllowedOriginPatterns 允许同源访问
*/
private fun getAllowedOrigins(): Array<String> {
return if (allowedOriginsConfig.isNotBlank()) {
allowedOriginsConfig.split(",").map { it.trim() }.toTypedArray()
} else {
emptyArray()
}
}
override fun registerWebSocketHandlers(registry: WebSocketHandlerRegistry) {
val origins = getAllowedOrigins()
// Polymarket RTDS 转发端点(转发外部 Polymarket 实时数据流)
// 注意:此端点不需要鉴权,因为它只是转发外部数据
registry.addHandler(polymarketWebSocketHandler, "/ws/polymarket")
.setAllowedOrigins("*") // 生产环境应该配置具体的域名
val polymarketHandler = registry.addHandler(polymarketWebSocketHandler, "/ws/polymarket")
if (origins.isNotEmpty()) {
polymarketHandler.setAllowedOrigins(*origins)
} else {
// 使用 setAllowedOriginPatterns 替代 setAllowedOrigins("*"),更安全
polymarketHandler.setAllowedOriginPatterns("*")
}
// 统一 WebSocket 端点(所有推送服务统一使用此路径,通过 channel 区分)
// 支持的频道:position(仓位推送)、order(订单推送,待实现)等
// 支持的频道:position(仓位推送)、order(订单推送)等
// 需要 JWT 鉴权
registry.addHandler(unifiedWebSocketHandler, "/ws")
.addInterceptors(webSocketAuthInterceptor) // 添加鉴权拦截器
.setAllowedOrigins("*") // 生产环境应该配置具体的域名
val unifiedHandler = registry.addHandler(unifiedWebSocketHandler, "/ws")
.addInterceptors(webSocketAuthInterceptor)
if (origins.isNotEmpty()) {
unifiedHandler.setAllowedOrigins(*origins)
} else {
unifiedHandler.setAllowedOriginPatterns("*")
}
}
}
@@ -3,6 +3,7 @@ package com.wrbug.polymarketbot.controller.auth
import com.wrbug.polymarketbot.dto.*
import com.wrbug.polymarketbot.enums.ErrorCode
import com.wrbug.polymarketbot.service.auth.AuthService
import com.wrbug.polymarketbot.service.auth.WebSocketTicketService
import jakarta.servlet.http.HttpServletRequest
import org.slf4j.LoggerFactory
import org.springframework.context.MessageSource
@@ -16,7 +17,8 @@ import org.springframework.web.bind.annotation.*
@RequestMapping("/api/auth")
class AuthController(
private val authService: AuthService,
private val messageSource: MessageSource
private val messageSource: MessageSource,
private val webSocketTicketService: WebSocketTicketService
) {
private val logger = LoggerFactory.getLogger(AuthController::class.java)
@@ -25,7 +27,10 @@ class AuthController(
* 登录接口
*/
@PostMapping("/login")
fun login(@RequestBody request: LoginRequest): ResponseEntity<ApiResponse<LoginResponse>> {
fun login(
@RequestBody request: LoginRequest,
httpRequest: HttpServletRequest
): ResponseEntity<ApiResponse<LoginResponse>> {
return try {
if (request.username.isBlank()) {
return ResponseEntity.ok(ApiResponse.error(ErrorCode.PARAM_EMPTY, "用户名不能为空", messageSource))
@@ -33,15 +38,19 @@ class AuthController(
if (request.password.isBlank()) {
return ResponseEntity.ok(ApiResponse.error(ErrorCode.PARAM_EMPTY, "密码不能为空", messageSource))
}
val result = authService.login(request.username, request.password)
val ipAddress = getClientIpAddress(httpRequest)
val result = authService.login(request.username, request.password, ipAddress)
result.fold(
onSuccess = { loginResponse ->
ResponseEntity.ok(ApiResponse.success(loginResponse))
},
onFailure = { e ->
logger.error("登录失败: ${e.message}", e)
when (e) {
is IllegalStateException -> {
// 限速或锁定错误
ResponseEntity.ok(ApiResponse.error(ErrorCode.AUTH_ERROR, e.message ?: "登录失败", messageSource))
}
is IllegalArgumentException -> {
if (e.message == ErrorCode.AUTH_USERNAME_OR_PASSWORD_ERROR.message) {
ResponseEntity.ok(ApiResponse.error(ErrorCode.AUTH_USERNAME_OR_PASSWORD_ERROR, messageSource = messageSource))
@@ -49,15 +58,36 @@ class AuthController(
ResponseEntity.ok(ApiResponse.error(ErrorCode.PARAM_ERROR, e.message, messageSource))
}
}
else -> ResponseEntity.ok(ApiResponse.error(ErrorCode.AUTH_ERROR, "登录失败: ${e.message}", messageSource))
else -> ResponseEntity.ok(ApiResponse.error(ErrorCode.AUTH_ERROR, "登录失败", messageSource))
}
}
)
} catch (e: Exception) {
logger.error("登录异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(ErrorCode.AUTH_ERROR, "登录失败: ${e.message}", messageSource))
ResponseEntity.ok(ApiResponse.error(ErrorCode.AUTH_ERROR, "登录失败", messageSource))
}
}
/**
* 获取客户端IP地址
*/
private fun getClientIpAddress(request: HttpServletRequest): String {
var ip = request.getHeader("X-Forwarded-For")
if (ip.isNullOrBlank() || "unknown".equals(ip, ignoreCase = true)) {
ip = request.getHeader("X-Real-IP")
}
if (ip.isNullOrBlank() || "unknown".equals(ip, ignoreCase = true)) {
ip = request.getHeader("Proxy-Client-IP")
}
if (ip.isNullOrBlank() || "unknown".equals(ip, ignoreCase = true)) {
ip = request.remoteAddr
}
// 处理多个IP的情况
if (ip.contains(",")) {
ip = ip.split(",")[0].trim()
}
return ip
}
/**
* 重置密码接口
@@ -132,5 +162,27 @@ class AuthController(
ResponseEntity.ok(ApiResponse.error(ErrorCode.SERVER_ERROR, "检查首次使用失败: ${e.message}", messageSource))
}
}
/**
* 获取 WebSocket 连接票据
* 返回一个短期有效(30秒)的一次性票据,用于 WebSocket 连接认证
* 避免在 WebSocket URL 中暴露 JWT
*/
@PostMapping("/ws-ticket")
fun getWebSocketTicket(httpRequest: HttpServletRequest): ResponseEntity<ApiResponse<WebSocketTicketResponse>> {
return try {
// 从请求属性中获取用户名(由 JWT 拦截器设置)
val username = httpRequest.getAttribute("username") as? String
if (username == null) {
return ResponseEntity.ok(ApiResponse.error(ErrorCode.AUTH_ERROR, "未认证", messageSource))
}
val ticket = webSocketTicketService.generateTicket(username)
ResponseEntity.ok(ApiResponse.success(WebSocketTicketResponse(ticket = ticket)))
} catch (e: Exception) {
logger.error("获取 WebSocket 票据异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(ErrorCode.SERVER_ERROR, "获取票据失败", messageSource))
}
}
}
@@ -4,8 +4,10 @@ import com.wrbug.polymarketbot.api.LatestPriceResponse
import com.wrbug.polymarketbot.dto.*
import com.wrbug.polymarketbot.enums.ErrorCode
import com.wrbug.polymarketbot.service.accounts.AccountService
import com.wrbug.polymarketbot.service.common.MarketPriceService
import com.wrbug.polymarketbot.service.common.PolymarketClobService
import kotlinx.coroutines.runBlocking
import java.math.BigDecimal
import org.slf4j.LoggerFactory
import org.springframework.context.MessageSource
import org.springframework.http.ResponseEntity
@@ -20,14 +22,16 @@ import org.springframework.web.bind.annotation.*
class MarketController(
private val accountService: AccountService,
private val clobService: PolymarketClobService,
private val marketPriceService: MarketPriceService,
private val messageSource: MessageSource
) {
private val logger = LoggerFactory.getLogger(MarketController::class.java)
/**
* 获取市场价格(通过 Gamma API
* 使用 Gamma API 获取价格信息,因为 Gamma API 支持 condition_ids 参数
* 获取市场价格
* 使用 MarketPriceService 获取当前市场价格(支持多数据源降级)
* 返回当前价格,前端接收后自行填充到 bestBid 字段
*/
@PostMapping("/price")
fun getMarketPrice(@RequestBody request: MarketPriceRequest): ResponseEntity<ApiResponse<MarketPriceResponse>> {
@@ -36,16 +40,16 @@ class MarketController(
return ResponseEntity.ok(ApiResponse.error(ErrorCode.PARAM_MARKET_ID_EMPTY, messageSource = messageSource))
}
val result = runBlocking { accountService.getMarketPrice(request.marketId, request.outcomeIndex) }
result.fold(
onSuccess = { response ->
ResponseEntity.ok(ApiResponse.success(response))
},
onFailure = { e ->
logger.error("获取市场价格失败: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(ErrorCode.SERVER_MARKET_PRICE_FETCH_FAILED, e.message, messageSource))
}
val outcomeIndex = request.outcomeIndex ?: 0
val price = runBlocking {
marketPriceService.getCurrentMarketPrice(request.marketId, outcomeIndex)
}
val response = MarketPriceResponse(
marketId = request.marketId,
currentPrice = price.toString()
)
ResponseEntity.ok(ApiResponse.success(response))
} catch (e: Exception) {
logger.error("获取市场价格异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(ErrorCode.SERVER_MARKET_PRICE_FETCH_FAILED, e.message, messageSource))
@@ -0,0 +1,366 @@
package com.wrbug.polymarketbot.controller.system
import com.wrbug.polymarketbot.dto.ApiResponse
import com.wrbug.polymarketbot.entity.RpcNodeConfig
import com.wrbug.polymarketbot.enums.ErrorCode
import com.wrbug.polymarketbot.service.system.AddRpcNodeRequest
import com.wrbug.polymarketbot.service.system.NodeCheckResult
import com.wrbug.polymarketbot.service.system.RpcNodeService
import com.wrbug.polymarketbot.service.system.UpdateRpcNodeRequest
import org.slf4j.LoggerFactory
import org.springframework.context.MessageSource
import org.springframework.http.ResponseEntity
import org.springframework.web.bind.annotation.*
/**
* RPC 节点管理控制器
*/
@RestController
@RequestMapping("/api/system/rpc-nodes")
class RpcNodeController(
private val rpcNodeService: RpcNodeService,
private val messageSource: MessageSource
) {
private val logger = LoggerFactory.getLogger(RpcNodeController::class.java)
/**
* 获取所有节点列表
*/
@PostMapping("/list")
fun getAllNodes(@RequestBody request: Map<String, Any>?): ResponseEntity<ApiResponse<List<RpcNodeConfigDto>>> {
return try {
val nodes = rpcNodeService.getAllNodes()
val dtos = nodes.map { it.toDto() }
ResponseEntity.ok(ApiResponse.success(dtos))
} catch (e: Exception) {
logger.error("获取 RPC 节点列表失败: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "获取节点列表失败:${e.message}",
messageSource = messageSource
))
}
}
/**
* 添加节点
*/
@PostMapping("/add")
fun addNode(@RequestBody request: AddRpcNodeRequest): ResponseEntity<ApiResponse<RpcNodeConfigDto>> {
return try {
if (request.providerType.isBlank()) {
return ResponseEntity.ok(ApiResponse.paramError("服务商类型不能为空"))
}
if (request.name.isBlank()) {
return ResponseEntity.ok(ApiResponse.paramError("节点名称不能为空"))
}
val result = rpcNodeService.addNode(request)
result.fold(
onSuccess = { node ->
ResponseEntity.ok(ApiResponse.success(node.toDto()))
},
onFailure = { e ->
logger.error("添加 RPC 节点失败: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "添加节点失败:${e.message}",
messageSource = messageSource
))
}
)
} catch (e: Exception) {
logger.error("添加 RPC 节点异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "添加节点失败:${e.message}",
messageSource = messageSource
))
}
}
/**
* 更新节点
*/
@PostMapping("/update")
fun updateNode(@RequestBody request: UpdateRpcNodeRequest): ResponseEntity<ApiResponse<RpcNodeConfigDto>> {
return try {
val result = rpcNodeService.updateNode(request)
result.fold(
onSuccess = { node ->
ResponseEntity.ok(ApiResponse.success(node.toDto()))
},
onFailure = { e ->
logger.error("更新 RPC 节点失败: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "更新节点失败:${e.message}",
messageSource = messageSource
))
}
)
} catch (e: Exception) {
logger.error("更新 RPC 节点异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "更新节点失败:${e.message}",
messageSource = messageSource
))
}
}
/**
* 删除节点
*/
@PostMapping("/delete")
fun deleteNode(@RequestBody request: DeleteRpcNodeRequest): ResponseEntity<ApiResponse<Unit>> {
return try {
val result = rpcNodeService.deleteNode(request.id)
result.fold(
onSuccess = {
ResponseEntity.ok(ApiResponse.success(Unit))
},
onFailure = { e ->
logger.error("删除 RPC 节点失败: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "删除节点失败:${e.message}",
messageSource = messageSource
))
}
)
} catch (e: Exception) {
logger.error("删除 RPC 节点异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "删除节点失败:${e.message}",
messageSource = messageSource
))
}
}
/**
* 更新节点优先级
*/
@PostMapping("/update-priority")
fun updatePriority(@RequestBody request: UpdatePriorityRequest): ResponseEntity<ApiResponse<Unit>> {
return try {
val result = rpcNodeService.updatePriority(request.id, request.priority)
result.fold(
onSuccess = {
ResponseEntity.ok(ApiResponse.success(Unit))
},
onFailure = { e ->
logger.error("更新节点优先级失败: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "更新优先级失败:${e.message}",
messageSource = messageSource
))
}
)
} catch (e: Exception) {
logger.error("更新节点优先级异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "更新优先级失败:${e.message}",
messageSource = messageSource
))
}
}
/**
* 检查节点健康状态
*/
@PostMapping("/check-health")
fun checkHealth(@RequestBody request: CheckHealthRequest): ResponseEntity<ApiResponse<Any>> {
return try {
if (request.id != null) {
// 检查单个节点
val result = rpcNodeService.checkNodeHealth(request.id)
result.fold(
onSuccess = { checkResult ->
ResponseEntity.ok(ApiResponse.success(checkResult.toDto()))
},
onFailure = { e ->
logger.error("检查节点健康状态失败: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "检查节点失败:${e.message}",
messageSource = messageSource
))
}
)
} else {
// 批量检查所有节点
val result = rpcNodeService.checkAllNodesHealth()
result.fold(
onSuccess = { checkResults ->
val dtos = checkResults.mapValues { it.value.toDto() }
ResponseEntity.ok(ApiResponse.success(dtos))
},
onFailure = { e ->
logger.error("批量检查节点健康状态失败: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "批量检查节点失败:${e.message}",
messageSource = messageSource
))
}
)
}
} catch (e: Exception) {
logger.error("检查节点健康状态异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.error(
ErrorCode.SERVER_ERROR,
customMsg = "检查节点失败:${e.message}",
messageSource = messageSource
))
}
}
/**
* 校验节点(添加前)
*/
@PostMapping("/validate")
fun validateNode(@RequestBody request: AddRpcNodeRequest): ResponseEntity<ApiResponse<ValidateNodeResponse>> {
return try {
if (request.providerType.isBlank()) {
return ResponseEntity.ok(ApiResponse.paramError("服务商类型不能为空"))
}
if (request.name.isBlank()) {
return ResponseEntity.ok(ApiResponse.paramError("节点名称不能为空"))
}
// 临时创建节点配置以进行验证(不保存到数据库)
// 这里直接复用 addNode 的部分逻辑,但只进行校验
val result = rpcNodeService.addNode(request)
result.fold(
onSuccess = { node ->
// 添加成功后立即删除(这只是为了校验)
rpcNodeService.deleteNode(node.id!!)
ResponseEntity.ok(ApiResponse.success(ValidateNodeResponse(
valid = true,
message = "节点可用",
responseTimeMs = node.responseTimeMs
)))
},
onFailure = { e ->
ResponseEntity.ok(ApiResponse.success(ValidateNodeResponse(
valid = false,
message = e.message ?: "节点验证失败",
responseTimeMs = null
)))
}
)
} catch (e: Exception) {
logger.error("验证节点异常: ${e.message}", e)
ResponseEntity.ok(ApiResponse.success(ValidateNodeResponse(
valid = false,
message = e.message ?: "节点验证失败",
responseTimeMs = null
)))
}
}
}
/**
* RPC 节点配置 DTO
*/
data class RpcNodeConfigDto(
val id: Long?,
val providerType: String,
val name: String,
val httpUrl: String,
val wsUrl: String?,
val apiKeyMasked: String?, // 脱敏后的 API Key
val enabled: Boolean,
val priority: Int,
val lastCheckTime: Long?,
val lastCheckStatus: String?,
val responseTimeMs: Int?,
val createdAt: Long,
val updatedAt: Long
)
/**
* 节点检查结果 DTO
*/
data class NodeCheckResultDto(
val status: String,
val message: String,
val checkTime: Long,
val responseTimeMs: Int?,
val blockNumber: String?
)
/**
* 验证节点响应
*/
data class ValidateNodeResponse(
val valid: Boolean,
val message: String,
val responseTimeMs: Int?
)
/**
* 删除节点请求
*/
data class DeleteRpcNodeRequest(
val id: Long
)
/**
* 更新优先级请求
*/
data class UpdatePriorityRequest(
val id: Long,
val priority: Int
)
/**
* 检查健康状态请求
*/
data class CheckHealthRequest(
val id: Long? = null // 如果为 null,则检查所有节点
)
/**
* 扩展函数:将 RpcNodeConfig 转换为 DTO
*/
private fun RpcNodeConfig.toDto(): RpcNodeConfigDto {
return RpcNodeConfigDto(
id = id,
providerType = providerType,
name = name,
httpUrl = httpUrl,
wsUrl = wsUrl,
apiKeyMasked = apiKey?.let { "***" }, // 脱敏显示
enabled = enabled,
priority = priority,
lastCheckTime = lastCheckTime,
lastCheckStatus = lastCheckStatus,
responseTimeMs = responseTimeMs,
createdAt = createdAt,
updatedAt = updatedAt
)
}
/**
* 扩展函数:将 NodeCheckResult 转换为 DTO
*/
private fun NodeCheckResult.toDto(): NodeCheckResultDto {
return NodeCheckResultDto(
status = status.name,
message = message,
checkTime = checkTime,
responseTimeMs = responseTimeMs,
blockNumber = blockNumber
)
}
@@ -7,7 +7,8 @@ data class AccountImportRequest(
val privateKey: String, // 私钥(前端加密后传输)
val walletAddress: String, // 钱包地址(前端从私钥推导,用于验证)
val accountName: String? = null,
val isEnabled: Boolean = true // 是否启用(用于订单推送等功能的开关)
val isEnabled: Boolean = true, // 是否启用(用于订单推送等功能的开关)
val walletType: String = "magic" // 钱包类型:magic(邮箱/OAuth登录)或 safeMetaMask浏览器钱包)
)
/**
@@ -36,6 +37,9 @@ data class SystemConfigDto(
val builderApiKeyConfigured: Boolean, // Builder API Key 是否已配置
val builderSecretConfigured: Boolean, // Builder Secret 是否已配置
val builderPassphraseConfigured: Boolean, // Builder Passphrase 是否已配置
val builderApiKeyDisplay: String? = null, // Builder API Key 显示值(部分显示,用于前端展示)
val builderSecretDisplay: String? = null, // Builder Secret 显示值(部分显示,用于前端展示)
val builderPassphraseDisplay: String? = null, // Builder Passphrase 显示值(部分显示,用于前端展示)
val autoRedeemEnabled: Boolean = true // 自动赎回(系统级别配置,默认开启)
)
@@ -69,6 +73,7 @@ data class AccountDto(
val proxyAddress: String, // Polymarket 代理钱包地址
val accountName: String?,
val isEnabled: Boolean, // 是否启用(用于订单推送等功能的开关)
val walletType: String = "magic", // 钱包类型:magic(邮箱/OAuth登录)或 safeMetaMask浏览器钱包)
val apiKeyConfigured: Boolean, // API Key 是否已配置(不返回实际 Key)
val apiSecretConfigured: Boolean, // API Secret 是否已配置
val apiPassphraseConfigured: Boolean, // API Passphrase 是否已配置
@@ -192,14 +197,11 @@ data class LatestPriceRequest(
)
/**
* 市场价格响应
* 市场当前价格响应
*/
data class MarketPriceResponse(
val marketId: String,
val lastPrice: String?, // 最新成交价
val bestBid: String?, // 最优买价(用于卖出参考)
val bestAsk: String?, // 最优卖价(用于买入参考)
val midpoint: String? // 中间价
val currentPrice: String // 当前价格(通过 MarketPriceService 获取,支持多数据源降级)
)
/**
@@ -14,3 +14,10 @@ data class CheckFirstUseResponse(
val isFirstUse: Boolean
)
/**
* WebSocket 票据响应
*/
data class WebSocketTicketResponse(
val ticket: String
)
@@ -34,6 +34,9 @@ data class CopyTradingCreateRequest(
val maxSpread: String? = null, // 最大价差(绝对价格),NULL表示不启用
val minPrice: String? = null, // 最低价格(可选),NULL表示不限制最低价
val maxPrice: String? = null, // 最高价格(可选),NULL表示不限制最高价
// 最大仓位配置
val maxPositionValue: String? = null, // 最大仓位金额(USDC),NULL表示不启用
val maxPositionCount: Int? = null, // 最大仓位数量,NULL表示不启用
// 新增配置字段
val configName: String? = null, // 配置名(可选)
val pushFailedOrders: Boolean? = null // 推送失败订单(可选)
@@ -65,6 +68,9 @@ data class CopyTradingUpdateRequest(
val maxSpread: String? = null,
val minPrice: String? = null, // 最低价格(可选),NULL表示不限制最低价
val maxPrice: String? = null, // 最高价格(可选),NULL表示不限制最高价
// 最大仓位配置
val maxPositionValue: String? = null, // 最大仓位金额(USDC),NULL表示不启用
val maxPositionCount: Int? = null, // 最大仓位数量,NULL表示不启用
// 新增配置字段
val configName: String? = null, // 配置名(可选,但提供时必须非空)
val pushFailedOrders: Boolean? = null // 推送失败订单(可选)
@@ -133,6 +139,9 @@ data class CopyTradingDto(
val maxSpread: String?,
val minPrice: String?, // 最低价格(可选),NULL表示不限制最低价
val maxPrice: String?, // 最高价格(可选),NULL表示不限制最高价
// 最大仓位配置
val maxPositionValue: String? = null, // 最大仓位金额(USDC),NULL表示不启用
val maxPositionCount: Int? = null, // 最大仓位数量,NULL表示不启用
// 新增配置字段
val configName: String? = null, // 配置名(可选)
val pushFailedOrders: Boolean = false, // 推送失败订单(默认关闭)
@@ -40,6 +40,9 @@ data class Account(
@Column(name = "is_enabled", nullable = false)
val isEnabled: Boolean = true, // 是否启用(用于订单推送等功能的开关)
@Column(name = "wallet_type", nullable = false, length = 20)
val walletType: String = "magic", // 钱包类型:magic(邮箱/OAuth登录)或 safeMetaMask浏览器钱包)
@Column(name = "created_at", nullable = false)
val createdAt: Long = System.currentTimeMillis(),
@@ -38,6 +38,9 @@ data class CopyOrderTracking(
@Column(name = "leader_buy_trade_id", nullable = false, length = 100)
val leaderBuyTradeId: String, // Leader 买入交易ID
@Column(name = "leader_buy_quantity", nullable = true, precision = 20, scale = 8)
val leaderBuyQuantity: BigDecimal? = null, // Leader 买入数量(用于固定金额模式计算卖出比例)
@Column(name = "quantity", nullable = false, precision = 20, scale = 8)
val quantity: BigDecimal, // 买入数量
@@ -53,6 +56,9 @@ data class CopyOrderTracking(
@Column(name = "status", nullable = false, length = 20)
var status: String = "filled", // filled, fully_matched, partially_matched
@Column(name = "notification_sent", nullable = false)
var notificationSent: Boolean = false, // 是否已发送通知(从订单详情获取实际数据后发送)
@Column(name = "created_at", nullable = false)
val createdAt: Long = System.currentTimeMillis(),
@@ -32,7 +32,7 @@ data class CopyTrading(
@Column(name = "copy_mode", nullable = false, length = 10)
val copyMode: String = "RATIO", // "RATIO" 或 "FIXED"
@Column(name = "copy_ratio", nullable = false, precision = 10, scale = 2)
@Column(name = "copy_ratio", nullable = false, precision = 20, scale = 8)
val copyRatio: BigDecimal = BigDecimal.ONE, // 仅在 copyMode="RATIO" 时生效
@Column(name = "fixed_amount", precision = 20, scale = 8)
@@ -84,6 +84,13 @@ data class CopyTrading(
@Column(name = "max_price", precision = 20, scale = 8)
val maxPrice: BigDecimal? = null, // 最高价格(可选),NULL表示不限制最高价
// 最大仓位配置
@Column(name = "max_position_value", precision = 20, scale = 8)
val maxPositionValue: BigDecimal? = null, // 最大仓位金额(USDC),NULL表示不启用
@Column(name = "max_position_count")
val maxPositionCount: Int? = null, // 最大仓位数量,NULL表示不启用
// 新增配置字段
@Column(name = "config_name", length = 255)
val configName: String? = null, // 配置名(可选)
@@ -20,7 +20,7 @@ data class CopyTradingTemplate(
@Column(name = "copy_mode", nullable = false, length = 10)
val copyMode: String = "RATIO", // "RATIO" 或 "FIXED"
@Column(name = "copy_ratio", nullable = false, precision = 10, scale = 2)
@Column(name = "copy_ratio", nullable = false, precision = 20, scale = 8)
val copyRatio: BigDecimal = BigDecimal.ONE, // 仅在 copyMode="RATIO" 时生效
@Column(name = "fixed_amount", precision = 20, scale = 8)
@@ -1,55 +0,0 @@
package com.wrbug.polymarketbot.entity
import jakarta.persistence.*
/**
* 失败交易实体
* 记录处理失败的交易信息
*/
@Entity
@Table(name = "failed_trade")
data class FailedTrade(
@Id
@GeneratedValue(strategy = GenerationType.IDENTITY)
val id: Long? = null,
@Column(name = "leader_id", nullable = false)
val leaderId: Long,
@Column(name = "leader_trade_id", nullable = false, length = 100)
val leaderTradeId: String, // Leader 的交易ID
@Column(name = "trade_type", nullable = false, length = 10)
val tradeType: String, // BUY 或 SELL
@Column(name = "copy_trading_id", nullable = false)
val copyTradingId: Long,
@Column(name = "account_id", nullable = false)
val accountId: Long,
@Column(name = "market_id", nullable = false, length = 100)
val marketId: String,
@Column(name = "side", nullable = false, length = 10)
val side: String, // YES/NO
@Column(name = "price", nullable = false, length = 50)
val price: String, // 价格(字符串格式)
@Column(name = "size", nullable = false, length = 50)
val size: String, // 数量(字符串格式)
@Column(name = "error_message", columnDefinition = "TEXT")
val errorMessage: String? = null, // 错误信息
@Column(name = "retry_count", nullable = false)
val retryCount: Int = 0, // 重试次数
@Column(name = "failed_at", nullable = false)
val failedAt: Long = System.currentTimeMillis(),
@Column(name = "created_at", nullable = false)
val createdAt: Long = System.currentTimeMillis()
)
@@ -0,0 +1,73 @@
package com.wrbug.polymarketbot.entity
import jakarta.persistence.*
/**
* Polygon RPC 节点配置实体
* 用于存储用户配置的 RPC 节点信息
*/
@Entity
@Table(name = "rpc_node_config")
data class RpcNodeConfig(
@Id
@GeneratedValue(strategy = GenerationType.IDENTITY)
val id: Long? = null,
@Column(name = "provider_type", nullable = false, length = 50)
val providerType: String, // 服务商类型: ALCHEMY, INFURA, QUICKNODE, CHAINSTACK, GETBLOCK, CUSTOM, PUBLIC
@Column(name = "name", nullable = false, length = 100)
val name: String, // 节点名称
@Column(name = "http_url", nullable = false, length = 500)
val httpUrl: String, // HTTP RPC URL
@Column(name = "ws_url", length = 500)
val wsUrl: String? = null, // WebSocket URL (可选)
@Column(name = "api_key", length = 200)
val apiKey: String? = null, // API Key (加密存储)
@Column(name = "enabled", nullable = false)
var enabled: Boolean = true, // 是否启用
@Column(name = "priority", nullable = false)
var priority: Int = 0, // 优先级(数字越小优先级越高)
@Column(name = "last_check_time")
var lastCheckTime: Long? = null, // 最后检查时间(毫秒时间戳)
@Column(name = "last_check_status", length = 20)
var lastCheckStatus: String? = null, // 最后检查状态: HEALTHY, UNHEALTHY, UNKNOWN
@Column(name = "response_time_ms")
var responseTimeMs: Int? = null, // 最后一次响应时间(毫秒)
@Column(name = "created_at", nullable = false)
val createdAt: Long = System.currentTimeMillis(),
@Column(name = "updated_at", nullable = false)
var updatedAt: Long = System.currentTimeMillis()
)
/**
* RPC 节点健康状态枚举
*/
enum class NodeHealthStatus {
HEALTHY, // 健康
UNHEALTHY, // 不健康
UNKNOWN // 未知
}
/**
* RPC 节点服务商类型枚举
*/
enum class RpcProviderType {
ALCHEMY,
INFURA,
QUICKNODE,
CHAINSTACK,
GETBLOCK,
CUSTOM,
PUBLIC
}
@@ -41,6 +41,9 @@ data class SellMatchRecord(
@Column(name = "total_realized_pnl", nullable = false, precision = 20, scale = 8)
val totalRealizedPnl: BigDecimal, // 总已实现盈亏
@Column(name = "price_updated", nullable = false)
var priceUpdated: Boolean = false, // 共用字段:false 表示未处理(未查询订单详情,未发送通知),true 表示已处理(已查询订单详情,已发送通知)
@Column(name = "created_at", nullable = false)
val createdAt: Long = System.currentTimeMillis()
)
@@ -50,5 +50,39 @@ interface CopyOrderTrackingRepository : JpaRepository<CopyOrderTracking, Long> {
* 根据买入订单ID查询订单跟踪记录
*/
fun findByBuyOrderId(buyOrderId: String): List<CopyOrderTracking>
/**
* 查询未发送通知的买入订单(用于轮询更新)
*/
fun findByNotificationSentFalse(): List<CopyOrderTracking>
/**
* 查询指定时间之前创建的订单(用于检查30秒后未成交的订单)
*/
@Query("SELECT t FROM CopyOrderTracking t WHERE t.createdAt <= :beforeTime")
fun findByCreatedAtBefore(beforeTime: Long): List<CopyOrderTracking>
/**
* 查询指定时间之前创建且状态不为指定状态的订单
*/
fun findByCreatedAtBeforeAndStatusNot(beforeTime: Long, status: String): List<CopyOrderTracking>
/**
* 查询指定跟单配置下的活跃仓位数量
* 活跃仓位定义为 remainingQuantity > 0 的不同 (marketId, outcomeIndex) 组合
*/
@Query("SELECT COUNT(DISTINCT CONCAT(t.marketId, '_', COALESCE(t.outcomeIndex, -1))) FROM CopyOrderTracking t WHERE t.copyTradingId = :copyTradingId AND t.remainingQuantity > 0")
fun countActivePositions(copyTradingId: Long): Int
/**
* 检查指定市场是否存在活跃仓位
*/
fun existsByCopyTradingIdAndMarketIdAndRemainingQuantityGreaterThan(copyTradingId: Long, marketId: String, remainingQuantity: BigDecimal): Boolean
/**
* 计算指定跟单配置和市场下的当前持仓总价值 (成本价计算)
*/
@Query("SELECT SUM(t.remainingQuantity * t.price) FROM CopyOrderTracking t WHERE t.copyTradingId = :copyTradingId AND t.marketId = :marketId AND t.remainingQuantity > 0")
fun sumCurrentPositionValueByMarket(copyTradingId: Long, marketId: String): BigDecimal?
}
@@ -1,23 +0,0 @@
package com.wrbug.polymarketbot.repository
import com.wrbug.polymarketbot.entity.FailedTrade
import org.springframework.data.jpa.repository.JpaRepository
import org.springframework.stereotype.Repository
/**
* 失败交易Repository
*/
@Repository
interface FailedTradeRepository : JpaRepository<FailedTrade, Long> {
/**
* 根据Leader ID和交易ID查询
*/
fun findByLeaderIdAndLeaderTradeId(leaderId: Long, leaderTradeId: String): FailedTrade?
/**
* 检查是否存在失败的交易
*/
fun existsByLeaderIdAndLeaderTradeId(leaderId: Long, leaderTradeId: String): Boolean
}
@@ -0,0 +1,23 @@
package com.wrbug.polymarketbot.repository
import com.wrbug.polymarketbot.entity.RpcNodeConfig
import org.springframework.data.jpa.repository.JpaRepository
import org.springframework.stereotype.Repository
@Repository
interface RpcNodeConfigRepository : JpaRepository<RpcNodeConfig, Long> {
/**
* 查询所有已启用的节点,按优先级排序(优先级数字越小越靠前)
*/
fun findAllByEnabledTrueOrderByPriorityAsc(): List<RpcNodeConfig>
/**
* 查询指定 ID 的已启用节点
*/
fun findByIdAndEnabledTrue(id: Long): RpcNodeConfig?
/**
* 查询所有节点,按优先级排序
*/
fun findAllByOrderByPriorityAsc(): List<RpcNodeConfig>
}
@@ -24,5 +24,11 @@ interface SellMatchRecordRepository : JpaRepository<SellMatchRecord, Long> {
* 根据Leader卖出交易ID查询记录
*/
fun findByLeaderSellTradeId(leaderSellTradeId: String): SellMatchRecord?
/**
* 查询所有价格未更新的卖出记录
* 注意:priceUpdated 现在同时表示价格已更新和通知已发送(共用字段)
*/
fun findByPriceUpdatedFalse(): List<SellMatchRecord>
}
@@ -37,7 +37,8 @@ class AccountService(
private val orderSigningService: OrderSigningService,
private val cryptoUtils: CryptoUtils,
private val telegramNotificationService: TelegramNotificationService? = null, // 可选,避免循环依赖
private val relayClientService: RelayClientService
private val relayClientService: RelayClientService,
private val jsonUtils: JsonUtils
) {
private val logger = LoggerFactory.getLogger(AccountService::class.java)
@@ -98,8 +99,9 @@ class AccountService(
}
// 5. 获取代理地址(必须成功,否则导入失败)
// 根据用户选择的钱包类型计算代理地址
val proxyAddress = runBlocking {
val proxyResult = blockchainService.getProxyAddress(request.walletAddress)
val proxyResult = blockchainService.getProxyAddress(request.walletAddress, request.walletType)
if (proxyResult.isSuccess) {
val address = proxyResult.getOrNull()
if (address != null) {
@@ -149,6 +151,7 @@ class AccountService(
accountName = accountName,
isDefault = false, // 不再支持默认账户
isEnabled = request.isEnabled,
walletType = request.walletType, // 保存钱包类型
createdAt = System.currentTimeMillis(),
updatedAt = System.currentTimeMillis()
)
@@ -225,11 +228,12 @@ class AccountService(
/**
* 查询账户列表
* 列表接口只返回基本信息,不查询统计信息(统计信息只在详情接口中查询)
*/
fun getAccountList(): Result<AccountListResponse> {
return try {
val accounts = accountRepository.findAllByOrderByCreatedAtAsc()
val accountDtos = accounts.map { toDto(it) }
val accountDtos = accounts.map { toBasicDto(it) }
Result.success(
AccountListResponse(
@@ -350,7 +354,30 @@ class AccountService(
}
/**
* 转换为 DTO
* 转换为基础 DTO(列表使用,不包含统计信息)
* 列表接口只返回基本信息,不查询统计信息,以提高性能
*/
private fun toBasicDto(account: Account): AccountDto {
return AccountDto(
id = account.id!!,
walletAddress = account.walletAddress,
proxyAddress = account.proxyAddress,
accountName = account.accountName,
isEnabled = account.isEnabled,
walletType = account.walletType,
apiKeyConfigured = account.apiKey != null,
apiSecretConfigured = account.apiSecret != null,
apiPassphraseConfigured = account.apiPassphrase != null,
totalOrders = null,
totalPnl = null,
activeOrders = null,
completedOrders = null,
positionCount = null
)
}
/**
* 转换为完整 DTO(详情使用,包含交易统计数据)
* 包含交易统计数据(总订单数、总盈亏、活跃订单数、已完成订单数、持仓数量)
*/
private fun toDto(account: Account): AccountDto {
@@ -362,6 +389,7 @@ class AccountService(
proxyAddress = account.proxyAddress,
accountName = account.accountName,
isEnabled = account.isEnabled,
walletType = account.walletType,
apiKeyConfigured = account.apiKey != null,
apiSecretConfigured = account.apiSecret != null,
apiPassphraseConfigured = account.apiPassphrase != null,
@@ -927,6 +955,8 @@ class AccountService(
marketId = request.marketId,
marketSlug = marketSlug,
side = request.side,
price = sellPrice, // 直接传递卖出价格
size = sellQuantity.toPlainString(), // 直接传递卖出数量
accountName = account.accountName,
walletAddress = account.walletAddress,
clobApi = clobApi,
@@ -1119,7 +1149,7 @@ class AccountService(
// 如果目标 outcome 不是第一个(index != 0),需要转换价格
// 对于二元市场:第二个 outcome 的价格 = 1 - 第一个 outcome 的价格
if (outcomeIndex != null && outcomeIndex > 0) {
val outcomes = JsonUtils.parseStringArray(market.outcomes)
val outcomes = jsonUtils.parseStringArray(market.outcomes)
// 只对二元市场进行价格转换
if (outcomes.size == 2) {
// 保存原始第一个 outcome 的价格
@@ -1151,13 +1181,13 @@ class AccountService(
null
}
// 优先使用 lastPrice(最近成交价),如果没有则使用 bestBid,最后使用 midpoint
val currentPrice = lastPrice ?: bestBid ?: midpoint ?: "0"
Result.success(
MarketPriceResponse(
marketId = marketId,
lastPrice = lastPrice,
bestBid = bestBid,
bestAsk = bestAsk,
midpoint = midpoint
currentPrice = currentPrice
)
)
} else {
@@ -21,8 +21,7 @@ import org.springframework.context.i18n.LocaleContextHolder
import com.wrbug.polymarketbot.service.system.SystemConfigService
import com.wrbug.polymarketbot.service.system.RelayClientService
import com.wrbug.polymarketbot.service.system.TelegramNotificationService
import com.wrbug.polymarketbot.util.RetrofitFactory
import com.wrbug.polymarketbot.util.JsonUtils
import com.wrbug.polymarketbot.service.common.MarketPriceService
import org.springframework.stereotype.Service
import java.math.BigDecimal
import java.util.concurrent.ConcurrentHashMap
@@ -45,7 +44,7 @@ class PositionCheckService(
private val telegramNotificationService: TelegramNotificationService?,
private val accountRepository: AccountRepository,
private val messageSource: MessageSource,
private val retrofitFactory: RetrofitFactory
private val marketPriceService: MarketPriceService
) {
private val logger = LoggerFactory.getLogger(PositionCheckService::class.java)
@@ -383,9 +382,15 @@ class PositionCheckService(
if (ordersToMarkAsSold.isNotEmpty()) {
// 有订单创建时间超过2分钟,认为仓位已被出售
try {
val currentPrice = getCurrentMarketPrice(marketId, outcomeIndex)
updateOrdersAsSold(ordersToMarkAsSold, currentPrice, copyTrading.id, marketId, outcomeIndex)
logger.debug("仓位不存在且订单创建时间超过2分钟,标记为已卖出: marketId=$marketId, outcomeIndex=$outcomeIndex, orderCount=${ordersToMarkAsSold.size}")
} catch (e: Exception) {
logger.warn("无法获取市场价格,跳过标记为已卖出: marketId=$marketId, outcomeIndex=$outcomeIndex, error=${e.message}")
// 无法获取价格时,跳过该市场的处理,等待下次检查时再试
continue
}
} else {
// 订单创建时间不足2分钟,可能是刚创建的订单,暂时不处理
logger.debug("仓位不存在但订单创建时间不足2分钟,暂不标记为已卖出: marketId=$marketId, outcomeIndex=$outcomeIndex, orderCount=${orders.size}, oldestOrderAge=${orders.minOfOrNull { now - it.createdAt }?.let { "${it}ms" } ?: "N/A"}")
@@ -414,9 +419,15 @@ class PositionCheckService(
}
// 如果已成交数量 > 0,按FIFO顺序匹配订单
try {
val currentPrice = getCurrentMarketPrice(marketId, outcomeIndex)
updateOrdersAsSoldByFIFO(orders, soldQuantity, currentPrice,
copyTrading.id, marketId, outcomeIndex)
} catch (e: Exception) {
logger.warn("无法获取市场价格,跳过FIFO匹配: marketId=$marketId, outcomeIndex=$outcomeIndex, error=${e.message}")
// 无法获取价格时,跳过该市场的处理,等待下次检查时再试
continue
}
}
}
}
@@ -427,118 +438,10 @@ class PositionCheckService(
/**
* 获取当前市场最新价(用于更新订单卖出价)
* 优先使用 bestBid(最优买价),如果没有则使用 midpoint(中间价)
* 如果市场已关闭:
* - 该 outcome 赢了,返回 1
* - 该 outcome 输了,返回 0
* 委托给 MarketPriceService 处理
*/
private suspend fun getCurrentMarketPrice(marketId: String, outcomeIndex: Int): BigDecimal {
return try {
// 先获取市场信息,检查市场是否已关闭
val gammaApi = retrofitFactory.createGammaApi()
val marketResponse = gammaApi.listMarkets(conditionIds = listOf(marketId))
if (marketResponse.isSuccessful && marketResponse.body() != null) {
val markets = marketResponse.body()!!
val market = markets.firstOrNull()
if (market != null && market.closed == true) {
// 市场已关闭,检查该 outcome 是赢了还是输了
val outcomeResult = checkOutcomeResult(market, outcomeIndex)
when (outcomeResult) {
OutcomeResult.WON -> {
logger.info("市场已关闭且该 outcome 赢了,返回价格为 1: marketId=$marketId, outcomeIndex=$outcomeIndex")
return BigDecimal.ONE
}
OutcomeResult.LOST -> {
logger.info("市场已关闭且该 outcome 输了,返回价格为 0: marketId=$marketId, outcomeIndex=$outcomeIndex")
return BigDecimal.ZERO
}
OutcomeResult.UNKNOWN -> {
// 无法判断,继续使用正常价格逻辑
}
}
}
}
// 如果市场未关闭或无法判断输赢,获取正常价格
val priceResult = accountService.getMarketPrice(marketId, outcomeIndex)
val marketPrice = priceResult.getOrNull()
if (marketPrice != null) {
// 优先使用 bestBid(最优买价,用于卖出参考),如果没有则使用 midpoint
val priceStr = marketPrice.bestBid ?: marketPrice.midpoint ?: marketPrice.lastPrice
priceStr?.toSafeBigDecimal() ?: BigDecimal.ZERO
} else {
BigDecimal.ZERO
}
} catch (e: Exception) {
logger.error("获取市场最新价失败: marketId=$marketId, outcomeIndex=$outcomeIndex, error=${e.message}", e)
BigDecimal.ZERO
}
}
/**
* Outcome 结果枚举
*/
private enum class OutcomeResult {
WON, // 赢了
LOST, // 输了
UNKNOWN // 无法判断
}
/**
* 检查该 outcome 的结果(赢了、输了或无法判断)
* @param market 市场信息
* @param outcomeIndex outcome 索引
* @return OutcomeResult
*/
private fun checkOutcomeResult(market: com.wrbug.polymarketbot.api.MarketResponse, outcomeIndex: Int): OutcomeResult {
return try {
// 优先使用 outcomePrices(结算价格数组)
val outcomePrices = market.outcomePrices
if (outcomePrices != null && outcomePrices.isNotBlank()) {
val prices = JsonUtils.parseStringArray(outcomePrices)
if (outcomeIndex < prices.size) {
val price = prices[outcomeIndex].toSafeBigDecimal()
// 如果价格 >= 0.99,认为赢了
if (price >= BigDecimal("0.99")) {
return OutcomeResult.WON
}
// 如果价格 <= 0.01,认为输了
if (price <= BigDecimal("0.01")) {
return OutcomeResult.LOST
}
// 其他情况,无法判断
return OutcomeResult.UNKNOWN
}
}
// 如果没有 outcomePrices,使用 bestBid 和 bestAsk 判断
val bestBid = market.bestBid ?: 0.0
val bestAsk = market.bestAsk ?: 0.0
// 如果目标 outcome 不是第一个(index != 0),需要转换价格
val targetBid = if (outcomeIndex > 0) {
// 第二个 outcome 的 bestBid = 1 - 第一个 outcome 的 bestAsk
BigDecimal.ONE.subtract(BigDecimal.valueOf(bestAsk))
} else {
BigDecimal.valueOf(bestBid)
}
// 如果 bestBid >= 0.99,认为赢了
if (targetBid >= BigDecimal("0.99")) {
return OutcomeResult.WON
}
// 如果 bestBid <= 0.01,认为输了
if (targetBid <= BigDecimal("0.01")) {
return OutcomeResult.LOST
}
// 其他情况,无法判断
OutcomeResult.UNKNOWN
} catch (e: Exception) {
logger.warn("检查 outcome 结果失败: marketId=${market.conditionId}, outcomeIndex=$outcomeIndex, error=${e.message}", e)
OutcomeResult.UNKNOWN
}
return marketPriceService.getCurrentMarketPrice(marketId, outcomeIndex)
}
@@ -628,7 +531,8 @@ class PositionCheckService(
outcomeIndex = outcomeIndex,
totalMatchedQuantity = totalMatchedQuantity,
sellPrice = sellPrice,
totalRealizedPnl = totalRealizedPnl
totalRealizedPnl = totalRealizedPnl,
priceUpdated = true // 自动生成的订单,直接标记为已处理,不发送通知
)
val savedRecord = sellMatchRecordRepository.save(matchRecord)
@@ -742,7 +646,8 @@ class PositionCheckService(
outcomeIndex = outcomeIndex,
totalMatchedQuantity = totalMatchedQuantity,
sellPrice = sellPrice,
totalRealizedPnl = totalRealizedPnl
totalRealizedPnl = totalRealizedPnl,
priceUpdated = true // 自动生成的订单,直接标记为已处理,不发送通知
)
val savedRecord = sellMatchRecordRepository.save(matchRecord)
@@ -31,22 +31,44 @@ class AuthService(
private lateinit var resetPasswordKey: String
/**
* 登录
* 登录(带IP限速保护)
*/
fun login(username: String, password: String): Result<LoginResponse> {
fun login(username: String, password: String, ipAddress: String): Result<LoginResponse> {
return try {
// 检查登录频率限制
rateLimitService.checkLoginRateLimit(ipAddress).fold(
onSuccess = { },
onFailure = { e ->
return Result.failure(IllegalStateException(e.message ?: "登录频率限制"))
}
)
val user = userRepository.findByUsername(username)
?: return Result.failure(IllegalArgumentException(ErrorCode.AUTH_USERNAME_OR_PASSWORD_ERROR.message))
// 验证密码
if (!passwordEncoder.matches(password, user.password)) {
logger.warn("登录失败:密码错误,username=$username")
if (user == null) {
// 记录失败尝试
val lockoutMsg = rateLimitService.recordLoginFailure(ipAddress)
if (lockoutMsg != null) {
return Result.failure(IllegalStateException(lockoutMsg))
}
return Result.failure(IllegalArgumentException(ErrorCode.AUTH_USERNAME_OR_PASSWORD_ERROR.message))
}
// 验证密码
if (!passwordEncoder.matches(password, user.password)) {
// 记录失败尝试
val lockoutMsg = rateLimitService.recordLoginFailure(ipAddress)
if (lockoutMsg != null) {
return Result.failure(IllegalStateException(lockoutMsg))
}
return Result.failure(IllegalArgumentException(ErrorCode.AUTH_USERNAME_OR_PASSWORD_ERROR.message))
}
// 登录成功,清除失败记录
rateLimitService.clearLoginFailures(ipAddress)
// 生成JWT token(包含tokenVersion,用于使修改密码后的旧token失效)
val token = jwtUtils.generateToken(username, user.tokenVersion)
logger.info("用户登录成功:username=$username")
Result.success(LoginResponse(token = token))
} catch (e: Exception) {
@@ -0,0 +1,93 @@
package com.wrbug.polymarketbot.service.auth
import org.springframework.scheduling.annotation.Scheduled
import org.springframework.stereotype.Service
import java.security.SecureRandom
import java.util.concurrent.ConcurrentHashMap
/**
* WebSocket 票据服务
* 用于生成短期有效的一次性票据,避免在 WebSocket URL 中暴露 JWT
*/
@Service
class WebSocketTicketService {
companion object {
// 票据有效期(30秒)
private const val TICKET_VALIDITY_MS = 30_000L
// 票据长度(32字节 = 64个十六进制字符)
private const val TICKET_LENGTH = 32
}
private val secureRandom = SecureRandom()
// 存储票据:ticket -> TicketInfo
private val tickets = ConcurrentHashMap<String, TicketInfo>()
/**
* 票据信息
*/
data class TicketInfo(
val username: String,
val createdAt: Long,
val expiresAt: Long
)
/**
* 为用户生成 WebSocket 连接票据
* @param username 用户名
* @return 一次性票据
*/
fun generateTicket(username: String): String {
// 清理过期票据
cleanupExpiredTickets()
// 生成随机票据
val bytes = ByteArray(TICKET_LENGTH)
secureRandom.nextBytes(bytes)
val ticket = bytes.joinToString("") { "%02x".format(it) }
val now = System.currentTimeMillis()
tickets[ticket] = TicketInfo(
username = username,
createdAt = now,
expiresAt = now + TICKET_VALIDITY_MS
)
return ticket
}
/**
* 验证并消费票据(一次性使用)
* @param ticket 票据
* @return 用户名,如果票据无效则返回 null
*/
fun validateAndConsumeTicket(ticket: String): String? {
val ticketInfo = tickets.remove(ticket) ?: return null
// 检查是否过期
if (System.currentTimeMillis() > ticketInfo.expiresAt) {
return null
}
return ticketInfo.username
}
/**
* 清理过期票据
*/
private fun cleanupExpiredTickets() {
val now = System.currentTimeMillis()
tickets.entries.removeIf { it.value.expiresAt < now }
}
/**
* 定时清理过期票据(每分钟执行一次)
* 防止过期票据长时间占用内存
*/
@Scheduled(fixedRate = 60_000) // 60秒 = 60000毫秒
fun scheduledCleanup() {
cleanupExpiredTickets()
}
}
@@ -1,5 +1,6 @@
package com.wrbug.polymarketbot.service.common
import com.google.gson.Gson
import com.wrbug.polymarketbot.api.EthereumRpcApi
import com.wrbug.polymarketbot.api.JsonRpcRequest
import com.wrbug.polymarketbot.api.JsonRpcResponse
@@ -12,6 +13,7 @@ import com.wrbug.polymarketbot.util.createClient
import org.slf4j.LoggerFactory
import org.springframework.beans.factory.annotation.Value
import com.wrbug.polymarketbot.service.system.RelayClientService
import com.wrbug.polymarketbot.service.system.RpcNodeService
import org.springframework.stereotype.Service
import retrofit2.Retrofit
import retrofit2.converter.gson.GsonConverterFactory
@@ -26,10 +28,10 @@ import java.math.BigInteger
class BlockchainService(
@Value("\${polymarket.data-api.base-url:https://data-api.polymarket.com}")
private val dataApiBaseUrl: String,
@Value("\${polygon.rpc.url:}")
private val polygonRpcUrl: String,
private val retrofitFactory: RetrofitFactory,
private val relayClientService: RelayClientService
private val relayClientService: RelayClientService,
private val rpcNodeService: RpcNodeService,
private val gson: Gson
) {
private val logger = LoggerFactory.getLogger(BlockchainService::class.java)
@@ -37,9 +39,16 @@ class BlockchainService(
// USDC 合约地址(Polygon 主网,Polymarket 使用 Polygon
private val usdcContractAddress = "0x2791Bca1f2de4661ED88A30C99A7a9449Aa84174"
// Polymarket 代理工厂合约地址(Polygon 主网)
// Polymarket Safe 代理工厂合约地址(Polygon 主网,用于 MetaMask 用户
// 合约地址: 0xaacFeEa03eb1561C4e67d661e40682Bd20E3541b
private val proxyFactoryContractAddress = "0xaacFeEa03eb1561C4e67d661e40682Bd20E3541b"
private val safeProxyFactoryAddress = "0xaacFeEa03eb1561C4e67d661e40682Bd20E3541b"
// Polymarket Magic 代理工厂合约地址(Polygon 主网,用于邮箱/OAuth 登录用户)
// 合约地址: 0xaB45c5A4B0c941a2F231C04C3f49182e1A254052
private val magicProxyFactoryAddress = "0xaB45c5A4B0c941a2F231C04C3f49182e1A254052"
// Magic Proxy 的 init code hash(用于 CREATE2 计算)
private val magicProxyInitCodeHash = "0xd21df8dc65880a8606f09fe0ce3df9b8869287ab0b058be05aa9e8af6330a00b"
// ConditionalTokens 合约地址(Polygon 主网)
private val conditionalTokensAddress = "0x4D97DCd97eC945f40cF65F87097ACe5EA0476045"
@@ -64,79 +73,174 @@ class BlockchainService(
Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create())
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketDataApi::class.java)
}
private val polygonRpcApi: EthereumRpcApi? by lazy {
if (polygonRpcUrl.isBlank()) {
null
} else {
retrofitFactory.createEthereumRpcApi(polygonRpcUrl)
}
private val polygonRpcApi: EthereumRpcApi by lazy {
val rpcUrl = rpcNodeService.getHttpUrl()
retrofitFactory.createEthereumRpcApi(rpcUrl)
}
/**
* 获取 Polymarket 代理钱包地址
* 通过 RPC 调用代理工厂合约获取用户的代理钱包地址
* 根据指定的钱包类型返回对应的代理地址
*
* Polymarket 有两种代理钱包类型:
* 1. Magic Proxy(邮箱/OAuth 登录用户)- 使用 CREATE2 计算地址
* 2. Safe ProxyMetaMask 钱包用户)- 通过合约调用获取地址
*
* @param walletAddress 用户的钱包地址(EOA
* @param walletType 钱包类型:"magic"(默认)或 "safe"
* @return 代理钱包地址
*/
suspend fun getProxyAddress(walletAddress: String, walletType: String = "magic"): Result<String> {
return try {
when (walletType.lowercase()) {
"safe" -> {
// Safe ProxyMetaMask 用户)
val safeProxyResult = getSafeProxyAddress(walletAddress)
if (safeProxyResult.isSuccess) {
val safeProxyAddress = safeProxyResult.getOrNull()!!
logger.debug("使用 Safe Proxy 地址: $safeProxyAddress")
Result.success(safeProxyAddress)
} else {
Result.failure(safeProxyResult.exceptionOrNull() ?: Exception("获取 Safe Proxy 地址失败"))
}
}
else -> {
// Magic Proxy(邮箱/OAuth 登录用户)- 默认
val magicProxyAddress = calculateMagicProxyAddress(walletAddress)
logger.debug("使用 Magic Proxy 地址: $magicProxyAddress")
Result.success(magicProxyAddress)
}
}
} catch (e: Exception) {
logger.error("获取代理地址失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 计算 Magic Proxy 地址(使用 CREATE2
* 用于邮箱/OAuth 登录的用户
*
* CREATE2 地址计算公式:
* address = keccak256(0xff ++ factory ++ salt ++ initCodeHash)[12:]
* salt = keccak256(eoaAddress)
*
* @param walletAddress 用户的钱包地址(EOA
* @return Magic 代理钱包地址
*/
fun calculateMagicProxyAddress(walletAddress: String): String {
// 计算 salt = keccak256(eoaAddress)
val eoaBytes = EthereumUtils.hexToBytes(walletAddress.lowercase())
val salt = EthereumUtils.keccak256(eoaBytes)
// 计算 CREATE2 地址
// data = 0xff ++ factory ++ salt ++ initCodeHash
val prefix = byteArrayOf(0xff.toByte())
val factoryBytes = EthereumUtils.hexToBytes(magicProxyFactoryAddress)
val initCodeHashBytes = EthereumUtils.hexToBytes(magicProxyInitCodeHash)
val data = prefix + factoryBytes + salt + initCodeHashBytes
val hash = EthereumUtils.keccak256(data)
// 取后 20 字节作为地址
return "0x" + hash.copyOfRange(12, 32).joinToString("") { "%02x".format(it) }
}
/**
* 获取 Safe Proxy 地址
* 通过 RPC 调用 Safe 代理工厂合约获取用户的代理钱包地址
* 用于 MetaMask 钱包用户
*
* @param walletAddress 用户的钱包地址
* @return 代理钱包地址
*/
suspend fun getProxyAddress(walletAddress: String): Result<String> {
private suspend fun getSafeProxyAddress(walletAddress: String): Result<String> {
return try {
// 如果未配置 RPC URL,返回错误
if (polygonRpcUrl.isBlank()) {
logger.warn("未配置 Polygon RPC URL,无法获取代理地址")
return Result.failure(IllegalStateException("未配置 Polygon RPC URL,无法获取代理地址。请在配置文件中设置 polygon.rpc.url 环境变量"))
}
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
// 计算函数选择器
val functionSelector = EthereumUtils.getFunctionSelector(computeProxyAddressFunctionSignature)
// 编码地址参数
val encodedAddress = EthereumUtils.encodeAddress(walletAddress)
// 构建调用数据
val data = functionSelector + encodedAddress
// 构建 JSON-RPC 请求
val rpcRequest = JsonRpcRequest(
method = "eth_call",
params = listOf(
mapOf(
"to" to proxyFactoryContractAddress,
"to" to safeProxyFactoryAddress,
"data" to data
),
"latest"
)
)
// 发送 RPC 请求
val response = rpcApi.call(rpcRequest)
if (!response.isSuccessful || response.body() == null) {
throw Exception("RPC 请求失败: ${response.code()} ${response.message()}")
return Result.failure(Exception("RPC 请求失败: ${response.code()} ${response.message()}"))
}
val rpcResponse = response.body()!!
// 检查错误
if (rpcResponse.error != null) {
throw Exception("RPC 错误: ${rpcResponse.error.message}")
return Result.failure(Exception("RPC 错误: ${rpcResponse.error.message}"))
}
val hexResult = rpcResponse.result ?: throw Exception("RPC 响应格式错误: result 为空")
// 使用 Gson 解析 resultJsonElement
val hexResult = rpcResponse.result?.asString
?: return Result.failure(Exception("RPC 响应格式错误: result 为空"))
// 解析代理地址
val proxyAddress = EthereumUtils.decodeAddress(hexResult)
Result.success(proxyAddress)
} catch (e: Exception) {
logger.error("获取代理地址失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 检查地址是否是合约
* @param address 地址
* @return 如果地址有代码(是合约)返回 true
*/
private suspend fun isContract(address: String): Boolean {
return try {
val rpcApi = polygonRpcApi
val rpcRequest = JsonRpcRequest(
method = "eth_getCode",
params = listOf(address, "latest")
)
val response = rpcApi.call(rpcRequest)
if (!response.isSuccessful || response.body() == null) {
return false
}
val rpcResponse = response.body()!!
if (rpcResponse.error != null) {
return false
}
val code = rpcResponse.result?.asString ?: "0x"
// 如果代码不是 "0x" 或 "0x0",则是合约
code != "0x" && code != "0x0"
} catch (e: Exception) {
logger.warn("检查合约地址失败: ${e.message}")
false
}
}
/**
* 查询账户 USDC 余额
@@ -147,12 +251,6 @@ class BlockchainService(
*/
suspend fun getUsdcBalance(walletAddress: String, proxyAddress: String): Result<String> {
return try {
// 如果未配置 RPC URL,返回错误
if (polygonRpcUrl.isBlank()) {
logger.warn("未配置 Polygon RPC URL,无法查询 USDC 余额")
return Result.failure(IllegalStateException("未配置 Polygon RPC URL,无法查询 USDC 余额。请在配置文件中设置 polygon.rpc.url 环境变量"))
}
// 检查代理地址是否为空
if (proxyAddress.isBlank()) {
logger.error("代理地址为空,无法查询余额")
@@ -173,7 +271,7 @@ class BlockchainService(
* 通过 RPC 查询 USDC 余额
*/
private suspend fun queryUsdcBalanceViaRpc(walletAddress: String): String {
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
// 构建 ERC-20 balanceOf 函数调用
// function signature: balanceOf(address) -> bytes4(0x70a08231)
@@ -208,7 +306,9 @@ class BlockchainService(
throw Exception("RPC 错误: ${rpcResponse.error.message}")
}
val hexBalance = rpcResponse.result ?: throw Exception("RPC 响应格式错误: result 为空")
// 使用 Gson 解析 resultJsonElement
val hexBalance = rpcResponse.result?.asString
?: throw Exception("RPC 响应格式错误: result 为空")
// 将十六进制转换为 BigDecimalUSDC 有 6 位小数)
val balanceWei = BigInteger(hexBalance.removePrefix("0x"), 16)
@@ -264,13 +364,7 @@ class BlockchainService(
*/
suspend fun getTokenId(conditionId: String, outcomeIndex: Int): Result<String> {
return try {
// 如果未配置 RPC URL,返回错误
if (polygonRpcUrl.isBlank()) {
logger.warn("未配置 Polygon RPC URL,无法计算 tokenId")
return Result.failure(IllegalStateException("未配置 Polygon RPC URL,无法计算 tokenId"))
}
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
// 验证 outcomeIndex
if (outcomeIndex < 0) {
@@ -309,7 +403,9 @@ class BlockchainService(
return Result.failure(Exception("调用 getCollectionId 失败: ${collectionIdResult.error}"))
}
val collectionId = collectionIdResult.result ?: return Result.failure(Exception("getCollectionId 返回结果为空"))
// 使用 Gson 解析 resultJsonElement
val collectionId = collectionIdResult.result?.asString
?: return Result.failure(Exception("getCollectionId 返回结果为空"))
// 2. 调用 getPositionId(collateralToken, collectionId)
val getPositionIdSelector = EthereumUtils.getFunctionSelector("getPositionId(address,bytes32)")
@@ -339,7 +435,9 @@ class BlockchainService(
return Result.failure(Exception("调用 getPositionId 失败: ${positionIdResult.error}"))
}
val tokenId = positionIdResult.result ?: return Result.failure(Exception("getPositionId 返回结果为空"))
// 使用 Gson 解析 resultJsonElement
val tokenId = positionIdResult.result?.asString
?: return Result.failure(Exception("getPositionId 返回结果为空"))
val tokenIdBigInt = EthereumUtils.decodeUint256(tokenId)
Result.success(tokenIdBigInt.toString())
@@ -449,7 +547,7 @@ class BlockchainService(
* 获取代理钱包的 nonce(用于构建 Safe 交易)
*/
private suspend fun getProxyNonce(proxyAddress: String): Result<BigInteger> {
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
// Gnosis Safe 的 nonce 通过调用合约的 nonce() 函数获取
val nonceFunctionSelector = EthereumUtils.getFunctionSelector("nonce()")
@@ -475,7 +573,9 @@ class BlockchainService(
return Result.failure(Exception("获取 Proxy nonce 失败: ${rpcResponse.error.message}"))
}
val hexNonce = rpcResponse.result ?: return Result.failure(Exception("Proxy nonce 结果为空"))
// 使用 Gson 解析 resultJsonElement
val hexNonce = rpcResponse.result?.asString
?: return Result.failure(Exception("Proxy nonce 结果为空"))
val nonce = EthereumUtils.decodeUint256(hexNonce)
return Result.success(nonce)
}
@@ -484,7 +584,7 @@ class BlockchainService(
* 获取交易 nonce
*/
private suspend fun getTransactionCount(address: String): Result<BigInteger> {
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
val rpcRequest = JsonRpcRequest(
method = "eth_getTransactionCount",
@@ -503,7 +603,9 @@ class BlockchainService(
return Result.failure(Exception("获取 nonce 失败: ${rpcResponse.error.message}"))
}
val hexNonce = rpcResponse.result ?: return Result.failure(Exception("nonce 结果为空"))
// 使用 Gson 解析 resultJsonElement
val hexNonce = rpcResponse.result?.asString
?: return Result.failure(Exception("nonce 结果为空"))
val nonce = EthereumUtils.decodeUint256(hexNonce)
return Result.success(nonce)
}
@@ -512,7 +614,7 @@ class BlockchainService(
* 获取 gas price
*/
private suspend fun getGasPrice(): Result<BigInteger> {
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
val rpcRequest = JsonRpcRequest(
method = "eth_gasPrice",
@@ -529,7 +631,9 @@ class BlockchainService(
return Result.failure(Exception("获取 gas price 失败: ${rpcResponse.error.message}"))
}
val hexGasPrice = rpcResponse.result ?: return Result.failure(Exception("gas price 结果为空"))
// 使用 Gson 解析 resultJsonElement
val hexGasPrice = rpcResponse.result?.asString
?: return Result.failure(Exception("gas price 结果为空"))
val gasPrice = EthereumUtils.decodeUint256(hexGasPrice)
return Result.success(gasPrice)
}
@@ -603,10 +707,136 @@ class BlockchainService(
return Result.failure(Exception("发送交易失败: ${rpcResponse.error.message}"))
}
val txHash = rpcResponse.result ?: return Result.failure(Exception("交易哈希为空"))
// 使用 Gson 解析 resultJsonElement
val txHash = rpcResponse.result?.asString
?: return Result.failure(Exception("交易哈希为空"))
return Result.success(txHash)
}
/**
* 从链上查询市场条件(Condition)的结算结果
* 通过调用 ConditionalTokens 合约的 conditions mapping 和 payoutNumerators mapping
*
* @param conditionId 市场条件IDbytes32,必须是 0x 开头的 66 位十六进制字符串)
* @return Result<Pair<payoutDenominator, payouts>>
* - payoutDenominator: 支付分母(通常为 1
* - payouts: 每个 outcome 的支付金额数组(0 或 1)
* - 如果 payouts[outcomeIndex] == 1,表示该 outcome 赢了
* - 如果 payouts[outcomeIndex] == 0,表示该 outcome 输了
* - 如果 payouts 为空,表示市场尚未结算
*/
suspend fun getCondition(conditionId: String): Result<Pair<BigInteger, List<BigInteger>>> {
return try {
// 验证 conditionId 格式
if (conditionId.isBlank() || !conditionId.startsWith("0x") || conditionId.length != 66) {
return Result.failure(IllegalArgumentException("conditionId 格式错误,必须是 0x 开头的 66 位十六进制字符串"))
}
val rpcApi = polygonRpcApi
// 1. 调用 conditions(bytes32) 获取 outcomeSlotCount 和 payoutDenominator
// 注意:这是一个公开的 mappingSolidity 自动生成的 getter
// 函数签名: conditions(bytes32) returns (uint outcomeSlotCount, uint payoutDenominator)
val conditionsFunctionSelector = EthereumUtils.getFunctionSelector("conditions(bytes32)")
val encodedConditionId = EthereumUtils.encodeBytes32(conditionId)
val conditionsData = conditionsFunctionSelector + encodedConditionId
// 构建 JSON-RPC 请求
val conditionsRequest = JsonRpcRequest(
method = "eth_call",
params = listOf(
mapOf(
"to" to conditionalTokensAddress,
"data" to conditionsData
),
"latest"
)
)
// 发送 RPC 请求
val conditionsResponse = rpcApi.call(conditionsRequest)
if (!conditionsResponse.isSuccessful || conditionsResponse.body() == null) {
return Result.failure(Exception("RPC 请求失败 (conditions): ${conditionsResponse.code()} ${conditionsResponse.message()}"))
}
val conditionsRpcResponse = conditionsResponse.body()!!
// 检查错误
if (conditionsRpcResponse.error != null) {
// 记录完整的错误信息,包括 code 和 data
val errorMsg = "RPC 错误 (code=${conditionsRpcResponse.error.code}): ${conditionsRpcResponse.error.message}, data=${conditionsRpcResponse.error.data}"
logger.error("查询市场条件(conditions)出现RPC错误: conditionId=$conditionId, $errorMsg")
logger.debug("RPC 请求详情: to=$conditionalTokensAddress, data=$conditionsData")
return Result.failure(Exception(errorMsg))
}
// 使用 Gson 解析 resultJsonElement
val hexResult = conditionsRpcResponse.result?.asString
?: return Result.failure(Exception("RPC 响应格式错误: result 为空"))
// 解析返回的 (outcomeSlotCount, payoutDenominator)
val cleanHex = hexResult.removePrefix("0x")
val outcomeSlotCountHex = cleanHex.substring(0, 64)
val payoutDenominatorHex = cleanHex.substring(64, 128)
val outcomeSlotCount = BigInteger(outcomeSlotCountHex, 16).toInt()
val payoutDenominator = BigInteger(payoutDenominatorHex, 16)
// 如果 outcomeSlotCount 为 0,说明市场尚未创建或不存在
if (outcomeSlotCount <= 0) {
logger.debug("市场尚未创建或不存在: conditionId=$conditionId, outcomeSlotCount=$outcomeSlotCount")
return Result.success(Pair(BigInteger.ZERO, emptyList()))
}
// 如果 payoutDenominator 为 0,说明市场尚未结算
if (payoutDenominator == BigInteger.ZERO) {
logger.debug("市场尚未结算: conditionId=$conditionId, payoutDenominator=$payoutDenominator")
return Result.success(Pair(BigInteger.ZERO, emptyList()))
}
// 2. 查询每个 outcome 的 payoutNumerators
val payouts = mutableListOf<BigInteger>()
for (i in 0 until outcomeSlotCount) {
val payoutNumeratorsFunctionSelector = EthereumUtils.getFunctionSelector("payoutNumerators(bytes32,uint256)")
val encodedIndex = EthereumUtils.encodeUint256(BigInteger.valueOf(i.toLong()))
val payoutNumeratorsData = payoutNumeratorsFunctionSelector + encodedConditionId + encodedIndex
val payoutRequest = JsonRpcRequest(
method = "eth_call",
params = listOf(
mapOf(
"to" to conditionalTokensAddress,
"data" to payoutNumeratorsData
),
"latest"
)
)
val payoutResponse = rpcApi.call(payoutRequest)
if (!payoutResponse.isSuccessful || payoutResponse.body() == null) {
logger.warn("查询 payoutNumerators 失败: index=$i")
continue
}
val payoutRpcResponse = payoutResponse.body()!!
if (payoutRpcResponse.error != null) {
logger.warn("查询 payoutNumerators 错误: index=$i, error=${payoutRpcResponse.error.message}")
continue
}
val payoutHex = payoutRpcResponse.result?.asString ?: "0x0"
val payout = EthereumUtils.decodeUint256(payoutHex)
payouts.add(payout)
}
Result.success(Pair(payoutDenominator, payouts))
} catch (e: Exception) {
logger.error("查询市场条件失败: conditionId=$conditionId, ${e.message}", e)
Result.failure(e)
}
}
/**
* 查询交易详情(用于调试和分析)
* @param txHash 交易哈希
@@ -614,11 +844,7 @@ class BlockchainService(
*/
suspend fun getTransactionDetails(txHash: String): Result<String> {
return try {
if (polygonRpcUrl.isBlank()) {
return Result.failure(IllegalStateException("未配置 Polygon RPC URL"))
}
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
// 查询交易
val txRequest = JsonRpcRequest(
@@ -636,7 +862,9 @@ class BlockchainService(
return Result.failure(Exception("查询交易失败: ${txRpcResponse.error.message}"))
}
val txResult = txRpcResponse.result ?: return Result.failure(Exception("交易结果为空"))
// 使用 Gson 解析 resultJsonElement
val txResult = txRpcResponse.result?.toString()
?: return Result.failure(Exception("交易结果为空"))
// 查询交易回执(包含内部调用和事件日志)
val receiptRequest = JsonRpcRequest(
@@ -653,7 +881,7 @@ class BlockchainService(
val receiptResult = if (receiptRpcResponse.error != null) {
"交易回执查询失败: ${receiptRpcResponse.error.message}"
} else {
receiptRpcResponse.result ?: "交易回执为空(可能还在打包中)"
receiptRpcResponse.result?.toString() ?: "交易回执为空(可能还在打包中)"
}
Result.success("交易信息:\n$txResult\n\n交易回执:\n$receiptResult")
@@ -0,0 +1,274 @@
package com.wrbug.polymarketbot.service.common
import com.wrbug.polymarketbot.api.PolymarketClobApi
import com.wrbug.polymarketbot.repository.AccountRepository
import com.wrbug.polymarketbot.util.CryptoUtils
import com.wrbug.polymarketbot.util.RetrofitFactory
import com.wrbug.polymarketbot.util.toSafeBigDecimal
import org.slf4j.LoggerFactory
import org.springframework.stereotype.Service
import java.math.BigDecimal
import java.math.BigInteger
/**
* 市场价格服务
* 统一封装从不同数据源获取市场价格的逻辑
* 数据源包括:
* 1. 链上 RPC 查询(市场结算结果)
* 2. CLOB API(订单簿价格)
*/
@Service
class MarketPriceService(
private val blockchainService: BlockchainService,
private val retrofitFactory: RetrofitFactory,
private val accountRepository: AccountRepository,
private val cryptoUtils: CryptoUtils
) {
private val logger = LoggerFactory.getLogger(MarketPriceService::class.java)
/**
* 获取当前市场最新价
* 优先级:
* 1. 链上查询市场结算结果(如果已结算,返回 1.0 或 0.0)
* 2. CLOB API 查询订单簿价格(最准确,优先使用,使用 bestBid)
* 3. Gamma Market API 查询市场价格(快速,作为备选)
*
* 价格会被截位到 4 位小数(向下截断,不四舍五入),用于显示和后续计算
*
* @param marketId 市场ID
* @param outcomeIndex 结果索引
* @return 市场价格(已截位到 4 位小数)
* @throws IllegalStateException 如果所有数据源都失败
*/
suspend fun getCurrentMarketPrice(marketId: String, outcomeIndex: Int): BigDecimal {
// 1. 优先从链上查询市场结算结果
val chainPrice = getPriceFromChainCondition(marketId, outcomeIndex)
if (chainPrice != null) {
// 截位到 4 位小数(向下截断,不四舍五入)
return chainPrice.setScale(4, java.math.RoundingMode.DOWN)
}
// 2. 从 CLOB API 查询订单簿价格(最准确,优先使用)
val orderbookPrice = getPriceFromClobOrderbook(marketId, outcomeIndex)
if (orderbookPrice != null) {
// 截位到 4 位小数(向下截断,不四舍五入)
return orderbookPrice.setScale(4, java.math.RoundingMode.DOWN)
}
// 3. 从 Gamma Market API 查询市场价格(作为备选)
val marketPrice = getPriceFromGammaMarket(marketId, outcomeIndex)
if (marketPrice != null) {
// 截位到 4 位小数(向下截断,不四舍五入)
return marketPrice.setScale(4, java.math.RoundingMode.DOWN)
}
// 如果所有数据源都失败,抛出异常
val errorMsg = "无法获取市场价格: marketId=$marketId, outcomeIndex=$outcomeIndex (链上查询、订单簿查询和 Market API 均失败)"
logger.error(errorMsg)
throw IllegalStateException(errorMsg)
}
/**
* 从链上查询市场结算结果获取价格
* 如果市场已结算:
* - payout > 0(赢了)→ 返回 1.0
* - payout == 0(输了)→ 返回 0.0
* 如果市场未结算或查询失败,返回 null
*/
private suspend fun getPriceFromChainCondition(marketId: String, outcomeIndex: Int): BigDecimal? {
return try {
val chainResult = blockchainService.getCondition(marketId)
chainResult.fold(
onSuccess = { (_, payouts) ->
// 如果 payouts 不为空,说明市场已结算
if (payouts.isNotEmpty() && outcomeIndex < payouts.size) {
val payout = payouts[outcomeIndex]
when {
payout > BigInteger.ZERO -> {
logger.info("从链上查询到市场已结算,该 outcome 赢了: marketId=$marketId, outcomeIndex=$outcomeIndex, payout=$payout")
return BigDecimal.ONE
}
payout == BigInteger.ZERO -> {
logger.info("从链上查询到市场已结算,该 outcome 输了: marketId=$marketId, outcomeIndex=$outcomeIndex, payout=$payout")
return BigDecimal.ZERO
}
else -> {
logger.warn("从链上查询到异常的 payout 值: marketId=$marketId, outcomeIndex=$outcomeIndex, payout=$payout")
null
}
}
} else {
logger.debug("从链上查询到市场尚未结算: marketId=$marketId, payouts=${payouts.size}")
null
}
},
onFailure = { e ->
logger.debug("链上查询市场条件失败,降级到 API 查询: marketId=$marketId, error=${e.message}")
null
}
)
} catch (e: Exception) {
logger.debug("链上查询市场条件异常: marketId=$marketId, outcomeIndex=$outcomeIndex, error=${e.message}")
null
}
}
/**
* 从 Gamma Market API 获取价格
* 使用 outcomePrices 字段,格式通常为 JSON 字符串 "[\"0.5\", \"0.5\"]"
* 如果查询失败或 outcomePrices 为空,返回 null
*/
private suspend fun getPriceFromGammaMarket(marketId: String, outcomeIndex: Int): BigDecimal? {
return try {
val gammaApi = retrofitFactory.createGammaApi()
val marketResponse = gammaApi.listMarkets(conditionIds = listOf(marketId))
if (!marketResponse.isSuccessful || marketResponse.body() == null) {
logger.debug("Gamma Market API 查询失败: marketId=$marketId, code=${marketResponse.code()}")
return null
}
val markets = marketResponse.body()!!
if (markets.isEmpty()) {
logger.debug("Gamma Market API 未找到市场: marketId=$marketId")
return null
}
val market = markets.first()
// 尝试从 outcomePrices 字段获取价格
val outcomePricesStr = market.outcomePrices
if (outcomePricesStr.isNullOrBlank()) {
logger.debug("Market outcomePrices 为空: marketId=$marketId")
return null
}
// 解析 outcomePrices(通常是 JSON 数组字符串)
val outcomePrices = try {
// 移除首尾的方括号和引号,按逗号分割
val cleanStr = outcomePricesStr.trim().removeSurrounding("[", "]")
cleanStr.split(",").map {
it.trim().removeSurrounding("\"").toSafeBigDecimal()
}
} catch (e: Exception) {
logger.warn("解析 outcomePrices 失败: marketId=$marketId, outcomePrices=$outcomePricesStr, error=${e.message}")
null
}
if (outcomePrices != null && outcomeIndex < outcomePrices.size) {
val price = outcomePrices[outcomeIndex]
logger.debug("从 Gamma Market API 获取价格: marketId=$marketId, outcomeIndex=$outcomeIndex, price=$price")
return price
}
null
} catch (e: Exception) {
logger.debug("Gamma Market API 查询异常: marketId=$marketId, outcomeIndex=$outcomeIndex, error=${e.message}")
null
}
}
/**
* 从 CLOB API 查询订单簿价格
* 获取订单簿的 bestBid 和 bestAsk,计算 midpoint = (bestBid + bestAsk) / 2
* 订单簿数据最准确,反映当前市场真实价格
* 如果查询失败,返回 null
*/
private suspend fun getPriceFromClobOrderbook(marketId: String, outcomeIndex: Int): BigDecimal? {
return try {
// 获取 tokenId(用于查询特定 outcome 的订单簿)
val tokenIdResult = blockchainService.getTokenId(marketId, outcomeIndex)
if (!tokenIdResult.isSuccess) {
return null
}
val tokenId = tokenIdResult.getOrNull() ?: return null
// 尝试使用带鉴权的 CLOB API,如果没有则使用不带鉴权的 API
val clobApi = try {
getAuthenticatedClobApi() ?: retrofitFactory.createClobApiWithoutAuth()
} catch (e: Exception) {
logger.debug("获取带鉴权的 CLOB API 失败,使用不带鉴权的 API: ${e.message}")
retrofitFactory.createClobApiWithoutAuth()
}
val orderbookResponse = clobApi.getOrderbook(tokenId = tokenId, market = null)
if (!orderbookResponse.isSuccessful || orderbookResponse.body() == null) {
return null
}
val orderbook = orderbookResponse.body()!!
// 获取 bestBid(最高买入价):从 bids 中找到价格最大的
// bids 表示买入订单列表,价格越高表示愿意出的价格越高
val bestBid = orderbook.bids
.mapNotNull { it.price.toSafeBigDecimal() }
.maxOrNull()
// 获取 bestAsk(最低卖出价):从 asks 中找到价格最小的
// asks 表示卖出订单列表,价格越低表示愿意卖的价格越低
val bestAsk = orderbook.asks
.mapNotNull { it.price.toSafeBigDecimal() }
.minOrNull()
// 由于主要用于卖出场景,优先使用 bestBid(最高买入价,卖给愿意买入的人)
// 如果没有 bestBid,则使用 midpoint 或 bestAsk
if (bestBid != null) {
logger.debug("从订单簿获取价格(bestBid: marketId=$marketId, outcomeIndex=$outcomeIndex, bestBid=$bestBid, bestAsk=$bestAsk")
return bestBid
} else if (bestAsk != null && bestAsk > BigDecimal.ZERO) {
// 如果没有 bestBid,使用 bestAsk 作为备选
logger.debug("从订单簿获取价格(bestAsk: marketId=$marketId, outcomeIndex=$outcomeIndex, bestAsk=$bestAsk")
return bestAsk
}
null
} catch (e: Exception) {
logger.debug("CLOB API 查询订单簿失败: marketId=$marketId, outcomeIndex=$outcomeIndex, error=${e.message}")
null
}
}
/**
* 获取带鉴权的 CLOB API 客户端
* 使用第一个有 API 凭证的账户
* 如果都没有,返回 null
*/
private fun getAuthenticatedClobApi(): PolymarketClobApi? {
return try {
// 使用第一个有 API 凭证的账户
val account = accountRepository.findAllByOrderByCreatedAtAsc()
.firstOrNull { it.apiKey != null && it.apiSecret != null && it.apiPassphrase != null }
if (account == null || account.apiKey == null || account.apiSecret == null || account.apiPassphrase == null) {
return null
}
// 解密 API 凭证
val apiKey = account.apiKey
val apiSecret = try {
cryptoUtils.decrypt(account.apiSecret)
} catch (e: Exception) {
logger.debug("解密 API Secret 失败: ${e.message}")
return null
}
val apiPassphrase = try {
cryptoUtils.decrypt(account.apiPassphrase)
} catch (e: Exception) {
logger.debug("解密 API Passphrase 失败: ${e.message}")
return null
}
// 创建带鉴权的 CLOB API 客户端
retrofitFactory.createClobApi(apiKey, apiSecret, apiPassphrase, account.walletAddress)
} catch (e: Exception) {
logger.debug("获取带鉴权的 CLOB API 失败: ${e.message}")
null
}
}
}
@@ -1,5 +1,6 @@
package com.wrbug.polymarketbot.service.common
import com.google.gson.Gson
import com.wrbug.polymarketbot.api.ApiKeyResponse
import com.wrbug.polymarketbot.api.PolymarketClobApi
import com.wrbug.polymarketbot.util.PolymarketL1AuthInterceptor
@@ -19,7 +20,8 @@ import retrofit2.converter.gson.GsonConverterFactory
@Service
class PolymarketApiKeyService(
@Value("\${polymarket.clob.base-url}")
private val clobBaseUrl: String
private val clobBaseUrl: String,
private val gson: Gson
) {
private val logger = LoggerFactory.getLogger(PolymarketApiKeyService::class.java)
@@ -52,34 +54,36 @@ class PolymarketApiKeyService(
try {
// 先尝试获取现有的 API Keyderive
val deriveResult = deriveApiKey(privateKey, walletAddress, chainId)
val maskedAddress = "${walletAddress.take(6)}...${walletAddress.takeLast(4)}"
if (deriveResult.isSuccess) {
val creds = deriveResult.getOrNull()
if (creds != null && isApiCreds(creds)) {
logger.info("成功获取现有 API Key: ${walletAddress}")
logger.debug("成功获取现有 API Key: $maskedAddress")
return@runBlocking Result.success(creds)
}
}
// 如果获取失败或返回无效,尝试创建新的
logger.info("获取现有 API Key 失败,尝试创建新的: ${walletAddress}")
logger.debug("获取现有 API Key 失败,尝试创建新的: $maskedAddress")
val createResult = createApiKey(privateKey, walletAddress, chainId)
if (createResult.isSuccess) {
val creds = createResult.getOrNull()
if (creds != null && isApiCreds(creds)) {
logger.info("成功创建新 API Key: ${walletAddress}")
logger.debug("成功创建新 API Key: $maskedAddress")
return@runBlocking Result.success(creds)
}
}
// 两个都失败
val error = createResult.exceptionOrNull() ?: deriveResult.exceptionOrNull()
val errorMsg = error?.message ?: "未知错误"
logger.error("获取和创建 API Key 都失败: ${walletAddress}", error)
logger.error("获取和创建 API Key 都失败: $maskedAddress", error)
Result.failure(
IllegalStateException("无法获取或创建 API Key: $errorMsg")
)
} catch (e: Exception) {
logger.error("创建或获取 API Key 异常: ${walletAddress}", e)
val maskedAddress = "${walletAddress.take(6)}...${walletAddress.takeLast(4)}"
logger.error("创建或获取 API Key 异常: $maskedAddress", e)
Result.failure(e)
}
}
@@ -222,7 +226,7 @@ class PolymarketApiKeyService(
return Retrofit.Builder()
.baseUrl(clobBaseUrl)
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create())
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketClobApi::class.java)
}
@@ -236,7 +240,7 @@ class PolymarketApiKeyService(
return Retrofit.Builder()
.baseUrl(clobBaseUrl)
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create())
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketClobApi::class.java)
}
@@ -300,13 +300,23 @@ class PolymarketClobService(
)
val response = authenticatedClobApi.getOrder(orderId)
if (response.isSuccessful && response.body() != null) {
Result.success(response.body()!!)
if (response.isSuccessful) {
val body = response.body()
if (body != null) {
Result.success(body)
} else {
// 响应体为空,可能是订单不存在或已过期
logger.warn("获取订单详情失败: 响应体为空, orderId=$orderId, code=${response.code()}")
Result.failure(Exception("订单不存在或已过期: orderId=$orderId"))
}
} else {
Result.failure(Exception("获取订单详情失败: ${response.code()} ${response.message()}"))
// HTTP 状态码不是 2xx
val errorBody = response.errorBody()?.string()?.take(200) ?: "无错误详情"
logger.warn("获取订单详情失败: HTTP ${response.code()}, orderId=$orderId, errorBody=$errorBody")
Result.failure(Exception("获取订单详情失败: HTTP ${response.code()} ${response.message()}"))
}
} catch (e: Exception) {
logger.error("获取订单详情异常: ${e.message}", e)
logger.error("获取订单详情异常: orderId=$orderId, ${e.message}", e)
Result.failure(e)
}
}
@@ -3,50 +3,133 @@ package com.wrbug.polymarketbot.service.common
import org.slf4j.LoggerFactory
import org.springframework.beans.factory.annotation.Value
import org.springframework.stereotype.Service
import java.util.concurrent.ConcurrentHashMap
import java.util.concurrent.atomic.AtomicReference
/**
* 频率限制服务(使用内存缓存,全局限制
* 频率限制服务(使用内存缓存)
*/
@Service
class RateLimitService {
private val logger = LoggerFactory.getLogger(RateLimitService::class.java)
// 重置密码限速配置
@Value("\${rate-limit.reset-password.max-attempts:3}")
private var maxAttempts: Int = 3
private var resetPasswordMaxAttempts: Int = 3
@Value("\${rate-limit.reset-password.window-seconds:60}")
private var windowSeconds: Long = 60
private var resetPasswordWindowSeconds: Long = 60
// 登录限速配置
@Value("\${rate-limit.login.max-attempts:5}")
private var loginMaxAttempts: Int = 5
@Value("\${rate-limit.login.window-seconds:300}")
private var loginWindowSeconds: Long = 300 // 5分钟
@Value("\${rate-limit.login.lockout-seconds:900}")
private var loginLockoutSeconds: Long = 900 // 15分钟
// 全局尝试记录列表(时间戳),所有请求共享
private val resetPasswordAttempts = AtomicReference<MutableList<Long>>(mutableListOf())
// 登录失败尝试记录(IP -> 时间戳列表)
private val loginFailedAttempts = ConcurrentHashMap<String, MutableList<Long>>()
// 登录锁定记录(IP -> 锁定结束时间)
private val loginLockouts = ConcurrentHashMap<String, Long>()
/**
* 检查重置密码频率限制(全局限制,不按IP)
* @return Result,如果超过限制则返回失败
*/
fun checkResetPasswordRateLimit(): Result<Unit> {
val now = System.currentTimeMillis()
val windowStart = now - (windowSeconds * 1000)
val windowStart = now - (resetPasswordWindowSeconds * 1000)
// 获取当前尝试记录列表
val attempts = resetPasswordAttempts.get()
// 清理过期记录(超过时间窗口的记录)
val validAttempts = attempts.filter { it >= windowStart }.toMutableList()
// 检查是否超过限制
if (validAttempts.size >= maxAttempts) {
logger.warn("重置密码频率限制触发: attempts=${validAttempts.size}/$maxAttempts")
return Result.failure(IllegalStateException("频率限制:1分钟内最多尝试${maxAttempts}次,请稍后再试"))
if (validAttempts.size >= resetPasswordMaxAttempts) {
logger.warn("重置密码频率限制触发: attempts=${validAttempts.size}/$resetPasswordMaxAttempts")
return Result.failure(IllegalStateException("频率限制:1分钟内最多尝试${resetPasswordMaxAttempts}次,请稍后再试"))
}
// 记录本次尝试
validAttempts.add(now)
resetPasswordAttempts.set(validAttempts)
return Result.success(Unit)
}
/**
* 检查登录频率限制(按IP限制)
* @param ipAddress 客户端IP地址
* @return Result,如果被锁定或超过限制则返回失败
*/
fun checkLoginRateLimit(ipAddress: String): Result<Unit> {
val now = System.currentTimeMillis()
// 检查是否被锁定
val lockoutEndTime = loginLockouts[ipAddress]
if (lockoutEndTime != null) {
if (now < lockoutEndTime) {
val remainingSeconds = (lockoutEndTime - now) / 1000
logger.warn("登录锁定中: ip=$ipAddress, remainingSeconds=$remainingSeconds")
return Result.failure(IllegalStateException("账户已被锁定,请${remainingSeconds}秒后再试"))
} else {
// 锁定已过期,清除锁定记录
loginLockouts.remove(ipAddress)
loginFailedAttempts.remove(ipAddress)
}
}
return Result.success(Unit)
}
/**
* 记录登录失败尝试
* @param ipAddress 客户端IP地址
* @return 如果触发锁定返回锁定信息,否则返回 null
*/
fun recordLoginFailure(ipAddress: String): String? {
val now = System.currentTimeMillis()
val windowStart = now - (loginWindowSeconds * 1000)
// 获取或创建该IP的尝试记录
val attempts = loginFailedAttempts.computeIfAbsent(ipAddress) { mutableListOf() }
// 清理过期记录并添加新记录
synchronized(attempts) {
attempts.removeIf { it < windowStart }
attempts.add(now)
// 检查是否需要锁定
if (attempts.size >= loginMaxAttempts) {
val lockoutEndTime = now + (loginLockoutSeconds * 1000)
loginLockouts[ipAddress] = lockoutEndTime
logger.warn("登录锁定触发: ip=$ipAddress, attempts=${attempts.size}, lockoutSeconds=$loginLockoutSeconds")
return "登录失败次数过多,账户已被锁定${loginLockoutSeconds / 60}分钟"
}
}
val remainingAttempts = loginMaxAttempts - attempts.size
logger.warn("登录失败: ip=$ipAddress, attempts=${attempts.size}/$loginMaxAttempts, remainingAttempts=$remainingAttempts")
return null
}
/**
* 登录成功时清除失败记录
* @param ipAddress 客户端IP地址
*/
fun clearLoginFailures(ipAddress: String) {
loginFailedAttempts.remove(ipAddress)
loginLockouts.remove(ipAddress)
}
}
@@ -8,6 +8,8 @@ import com.wrbug.polymarketbot.util.multi
import com.wrbug.polymarketbot.util.toSafeBigDecimal
import org.slf4j.LoggerFactory
import com.wrbug.polymarketbot.service.common.PolymarketClobService
import com.wrbug.polymarketbot.service.accounts.AccountService
import com.wrbug.polymarketbot.repository.CopyOrderTrackingRepository
import org.springframework.stereotype.Service
import java.math.BigDecimal
@@ -16,7 +18,9 @@ import java.math.BigDecimal
*/
@Service
class CopyTradingFilterService(
private val clobService: PolymarketClobService
private val clobService: PolymarketClobService,
private val accountService: AccountService,
private val copyOrderTrackingRepository: CopyOrderTrackingRepository
) {
private val logger = LoggerFactory.getLogger(CopyTradingFilterService::class.java)
@@ -26,12 +30,16 @@ class CopyTradingFilterService(
* @param copyTrading 跟单配置
* @param tokenId token ID(用于获取订单簿)
* @param tradePrice Leader 交易价格,用于价格区间检查
* @param copyOrderAmount 跟单金额(USDC),用于仓位检查,如果为null则不进行仓位检查
* @param marketId 市场ID,用于仓位检查(按市场过滤仓位)
* @return 过滤结果
*/
suspend fun checkFilters(
copyTrading: CopyTrading,
tokenId: String,
tradePrice: BigDecimal? = null // Leader 交易价格,用于价格区间检查
tradePrice: BigDecimal? = null, // Leader 交易价格,用于价格区间检查
copyOrderAmount: BigDecimal? = null, // 跟单金额(USDC),用于仓位检查
marketId: String? = null // 市场ID,用于仓位检查(按市场过滤仓位)
): FilterResult {
// 1. 价格区间检查(如果配置了价格区间)
if (tradePrice != null) {
@@ -76,6 +84,14 @@ class CopyTradingFilterService(
}
}
// 6. 仓位检查(如果配置了最大仓位限制且提供了跟单金额和市场ID)
if (copyOrderAmount != null && marketId != null) {
val positionCheck = checkPositionLimits(copyTrading, copyOrderAmount, marketId)
if (!positionCheck.isPassed) {
return positionCheck
}
}
return FilterResult.passed(orderbook)
}
@@ -184,5 +200,92 @@ class CopyTradingFilterService(
return FilterResult.passed()
}
/**
* 检查仓位限制(按市场检查)
* @param copyTrading 跟单配置
* @param copyOrderAmount 跟单金额(USDC
* @param marketId 市场ID,用于过滤该市场的仓位
* @return 过滤结果
*/
private suspend fun checkPositionLimits(
copyTrading: CopyTrading,
copyOrderAmount: BigDecimal,
marketId: String
): FilterResult {
// 如果未配置仓位限制,直接通过
if (copyTrading.maxPositionValue == null && copyTrading.maxPositionCount == null) {
return FilterResult.passed()
}
try {
// 获取账户的所有仓位信息
val positionsResult = accountService.getAllPositions()
if (positionsResult.isFailure) {
logger.warn("获取仓位信息失败,跳过仓位检查: accountId=${copyTrading.accountId}, marketId=$marketId, error=${positionsResult.exceptionOrNull()?.message}")
// 如果获取仓位失败,为了安全起见,不通过检查
return FilterResult.maxPositionValueFailed("获取仓位信息失败,无法进行仓位检查")
}
val positions = positionsResult.getOrNull() ?: return FilterResult.maxPositionValueFailed("仓位信息为空")
// 过滤出当前账户且该市场的仓位
val marketPositions = positions.currentPositions.filter {
it.accountId == copyTrading.accountId && it.marketId == marketId
}
// 检查最大仓位金额(如果配置了)
if (copyTrading.maxPositionValue != null) {
// 比较数据库成本价(本地订单记录)和外部持仓市值(可能来自其他终端的操作),取最大值
val dbValue = copyOrderTrackingRepository.sumCurrentPositionValueByMarket(copyTrading.id!!, marketId) ?: BigDecimal.ZERO
val extValue = marketPositions.sumOf { it.currentValue.toSafeBigDecimal() }
val currentPositionValue = dbValue.max(extValue)
// 检查:该市场的当前仓位 + 跟单金额 <= 最大仓位金额
val totalValueAfterOrder = currentPositionValue.add(copyOrderAmount)
if (totalValueAfterOrder.gt(copyTrading.maxPositionValue)) {
return FilterResult.maxPositionValueFailed(
"超过最大仓位金额限制: 当前该市场仓位(取最大值)=${currentPositionValue} USDC (DB=${dbValue}, Ext=${extValue}), 跟单金额=${copyOrderAmount} USDC, 总计=${totalValueAfterOrder} USDC > 最大限制=${copyTrading.maxPositionValue} USDC"
)
}
}
// 检查最大仓位数量(如果配置了)
if (copyTrading.maxPositionCount != null) {
// 使用数据库中的订单记录计算活跃仓位数量(解决延迟问题)
val dbCount = copyOrderTrackingRepository.countActivePositions(copyTrading.id!!)
// 计算外部持仓中的唯一市场数量(防止遗漏非本项目创建的仓位)
val extCount = positions.currentPositions
.filter { it.accountId == copyTrading.accountId }
.map { it.marketId }
.distinct()
.size
val currentPositionCount = maxOf(dbCount, extCount)
// 检查:如果当前没有该市场的活跃仓位,且总仓位数量已达到限制,则不允许开新仓
// 判断当前市场是否已有活跃仓位(数据库或外部持仓)
val hasDbPosition = copyOrderTrackingRepository.existsByCopyTradingIdAndMarketIdAndRemainingQuantityGreaterThan(
copyTrading.id, marketId, BigDecimal.ZERO
)
val hasExtPosition = marketPositions.isNotEmpty()
val hasCurrentMarketPosition = hasDbPosition || hasExtPosition
if (!hasCurrentMarketPosition && currentPositionCount >= copyTrading.maxPositionCount) {
return FilterResult.maxPositionCountFailed(
"超过最大仓位数量限制: 当前活跃仓位总数(取最大值)=${currentPositionCount} (DB=${dbCount}, Ext=${extCount}) >= 最大限制=${copyTrading.maxPositionCount}"
)
}
}
return FilterResult.passed()
} catch (e: Exception) {
logger.error("仓位检查异常: accountId=${copyTrading.accountId}, marketId=$marketId, error=${e.message}", e)
// 如果检查异常,为了安全起见,不通过检查
return FilterResult.maxPositionValueFailed("仓位检查异常: ${e.message}")
}
}
}
@@ -86,7 +86,9 @@ class CopyTradingService(
minOrderDepth = request.minOrderDepth?.toSafeBigDecimal() ?: template.minOrderDepth,
maxSpread = request.maxSpread?.toSafeBigDecimal() ?: template.maxSpread,
minPrice = request.minPrice?.toSafeBigDecimal() ?: template.minPrice,
maxPrice = request.maxPrice?.toSafeBigDecimal() ?: template.maxPrice
maxPrice = request.maxPrice?.toSafeBigDecimal() ?: template.maxPrice,
maxPositionValue = request.maxPositionValue?.toSafeBigDecimal(),
maxPositionCount = request.maxPositionCount
)
} else {
// 手动输入(所有字段必须提供)
@@ -112,7 +114,9 @@ class CopyTradingService(
minOrderDepth = request.minOrderDepth?.toSafeBigDecimal(),
maxSpread = request.maxSpread?.toSafeBigDecimal(),
minPrice = request.minPrice?.toSafeBigDecimal(),
maxPrice = request.maxPrice?.toSafeBigDecimal()
maxPrice = request.maxPrice?.toSafeBigDecimal(),
maxPositionValue = request.maxPositionValue?.toSafeBigDecimal(),
maxPositionCount = request.maxPositionCount
)
}
@@ -139,19 +143,22 @@ class CopyTradingService(
maxSpread = config.maxSpread,
minPrice = config.minPrice,
maxPrice = config.maxPrice,
maxPositionValue = config.maxPositionValue,
maxPositionCount = config.maxPositionCount,
configName = configName,
pushFailedOrders = request.pushFailedOrders ?: false
)
val saved = copyTradingRepository.save(copyTrading)
// 如果跟单已启用,重新启动监听(确保状态完全同步
// 如果跟单已启用,更新 Leader 监听和账户监听(增量更新,不重启所有监听
if (saved.enabled) {
kotlinx.coroutines.runBlocking {
try {
monitorService.restartMonitoring()
monitorService.updateLeaderMonitoring(saved.leaderId)
monitorService.updateAccountMonitoring(saved.accountId)
} catch (e: Exception) {
logger.error("重新启动跟单监听失败", e)
logger.error("更新监听失败", e)
}
}
}
@@ -204,6 +211,8 @@ class CopyTradingService(
maxSpread = request.maxSpread?.toSafeBigDecimal() ?: copyTrading.maxSpread,
minPrice = request.minPrice?.toSafeBigDecimal() ?: copyTrading.minPrice,
maxPrice = request.maxPrice?.toSafeBigDecimal() ?: copyTrading.maxPrice,
maxPositionValue = request.maxPositionValue?.toSafeBigDecimal() ?: copyTrading.maxPositionValue,
maxPositionCount = request.maxPositionCount ?: copyTrading.maxPositionCount,
configName = configName,
pushFailedOrders = request.pushFailedOrders ?: copyTrading.pushFailedOrders,
updatedAt = System.currentTimeMillis()
@@ -211,12 +220,13 @@ class CopyTradingService(
val saved = copyTradingRepository.save(updated)
// 重新启动监听(确保状态完全同步
// 更新 Leader 监听和账户监听(增量更新,根据 enabled 状态决定添加或移除
kotlinx.coroutines.runBlocking {
try {
monitorService.restartMonitoring()
monitorService.updateLeaderMonitoring(saved.leaderId)
monitorService.updateAccountMonitoring(saved.accountId)
} catch (e: Exception) {
logger.error("重新启动跟单监听失败", e)
logger.error("更新监听失败", e)
}
}
@@ -314,14 +324,17 @@ class CopyTradingService(
val copyTrading = copyTradingRepository.findById(copyTradingId).orElse(null)
?: return Result.failure(IllegalArgumentException("跟单配置不存在"))
val leaderId = copyTrading.leaderId
val accountId = copyTrading.accountId
copyTradingRepository.delete(copyTrading)
// 重新启动监听(确保状态完全同步
// 更新 Leader 监听和账户监听(检查是否还有其他启用的跟单配置
kotlinx.coroutines.runBlocking {
try {
monitorService.restartMonitoring()
monitorService.removeLeaderMonitoring(leaderId)
monitorService.updateAccountMonitoring(accountId)
} catch (e: Exception) {
logger.error("重新启动跟单监听失败", e)
logger.error("更新监听失败", e)
}
}
@@ -409,6 +422,8 @@ class CopyTradingService(
maxSpread = copyTrading.maxSpread?.toPlainString(),
minPrice = copyTrading.minPrice?.toPlainString(),
maxPrice = copyTrading.maxPrice?.toPlainString(),
maxPositionValue = copyTrading.maxPositionValue?.toPlainString(),
maxPositionCount = copyTrading.maxPositionCount,
configName = copyTrading.configName,
pushFailedOrders = copyTrading.pushFailedOrders,
createdAt = copyTrading.createdAt,
@@ -437,6 +452,8 @@ class CopyTradingService(
val minOrderDepth: BigDecimal?,
val maxSpread: BigDecimal?,
val minPrice: BigDecimal?,
val maxPrice: BigDecimal?
val maxPrice: BigDecimal?,
val maxPositionValue: BigDecimal?,
val maxPositionCount: Int?
)
}
@@ -17,7 +17,11 @@ enum class FilterStatus {
/** 失败:价差过大 */
FAILED_SPREAD,
/** 失败:订单深度不足 */
FAILED_ORDER_DEPTH
FAILED_ORDER_DEPTH,
/** 失败:超过最大仓位金额 */
FAILED_MAX_POSITION_VALUE,
/** 失败:超过最大仓位数量 */
FAILED_MAX_POSITION_COUNT
}
/**
@@ -73,6 +77,18 @@ data class FilterResult(
reason = reason,
orderbook = orderbook
)
/** 超过最大仓位金额 */
fun maxPositionValueFailed(reason: String) = FilterResult(
status = FilterStatus.FAILED_MAX_POSITION_VALUE,
reason = reason
)
/** 超过最大仓位数量 */
fun maxPositionCountFailed(reason: String) = FilterResult(
status = FilterStatus.FAILED_MAX_POSITION_COUNT,
reason = reason
)
}
}
@@ -0,0 +1,341 @@
package com.wrbug.polymarketbot.service.copytrading.monitor
import com.wrbug.polymarketbot.api.*
import com.wrbug.polymarketbot.entity.Account
import com.wrbug.polymarketbot.entity.CopyOrderTracking
import com.wrbug.polymarketbot.entity.SellMatchDetail
import com.wrbug.polymarketbot.entity.SellMatchRecord
import com.wrbug.polymarketbot.repository.AccountRepository
import com.wrbug.polymarketbot.repository.CopyOrderTrackingRepository
import com.wrbug.polymarketbot.repository.CopyTradingRepository
import com.wrbug.polymarketbot.repository.SellMatchDetailRepository
import com.wrbug.polymarketbot.repository.SellMatchRecordRepository
import com.wrbug.polymarketbot.util.RetrofitFactory
import com.wrbug.polymarketbot.util.multi
import com.wrbug.polymarketbot.util.toSafeBigDecimal
import jakarta.annotation.PreDestroy
import kotlinx.coroutines.*
import okhttp3.OkHttpClient
import org.slf4j.LoggerFactory
import org.springframework.stereotype.Service
import java.math.BigDecimal
import java.util.concurrent.ConcurrentHashMap
/**
* 跟单账户链上 WebSocket 监听服务
* 通过统一服务订阅跟单账户的卖出和赎回事件
* 用于更新订单状态,不再依赖轮询
*/
@Service
class AccountOnChainMonitorService(
private val unifiedOnChainWsService: UnifiedOnChainWsService,
private val retrofitFactory: RetrofitFactory,
private val accountRepository: AccountRepository,
private val copyTradingRepository: CopyTradingRepository,
private val copyOrderTrackingRepository: CopyOrderTrackingRepository,
private val sellMatchRecordRepository: SellMatchRecordRepository,
private val sellMatchDetailRepository: SellMatchDetailRepository
) {
private val logger = LoggerFactory.getLogger(AccountOnChainMonitorService::class.java)
// 存储需要监听的账户:accountId -> Account
private val monitoredAccounts = ConcurrentHashMap<Long, Account>()
/**
* 启动链上 WebSocket 监听
* 通过统一服务订阅所有跟单账户
*/
fun start(accounts: List<Account>) {
// 如果没有账户,取消所有订阅
if (accounts.isEmpty()) {
logger.info("没有需要监听的跟单账户,取消所有订阅")
stop()
return
}
// 更新账户列表
monitoredAccounts.clear()
accounts.forEach { account ->
addAccount(account)
}
}
/**
* 添加账户监听
* 通过统一服务订阅该账户的地址
*/
fun addAccount(account: Account) {
if (account.id == null) {
logger.warn("账户 ID 为空,跳过: ${account.proxyAddress}")
return
}
val accountId = account.id!!
// 如果已经在监听列表中,不重复添加
if (monitoredAccounts.containsKey(accountId)) {
return
}
monitoredAccounts[accountId] = account
// 通过统一服务订阅
val subscriptionId = "ACCOUNT_$accountId"
unifiedOnChainWsService.subscribe(
subscriptionId = subscriptionId,
address = account.proxyAddress,
entityType = "ACCOUNT",
entityId = accountId,
callback = { txHash, httpClient, rpcApi ->
handleAccountTransaction(accountId, txHash, httpClient, rpcApi)
}
)
logger.info("已添加跟单账户进行链上监听: accountId=${accountId}, address=${account.proxyAddress}")
}
/**
* 处理账户的交易
*/
private suspend fun handleAccountTransaction(accountId: Long, txHash: String, httpClient: OkHttpClient, rpcApi: EthereumRpcApi) {
val account = monitoredAccounts[accountId] ?: return
try {
// 获取交易 receipt
val receiptRequest = JsonRpcRequest(
method = "eth_getTransactionReceipt",
params = listOf(txHash)
)
val receiptResponse = rpcApi.call(receiptRequest)
if (!receiptResponse.isSuccessful || receiptResponse.body() == null) {
return
}
val receiptRpcResponse = receiptResponse.body()!!
if (receiptRpcResponse.error != null || receiptRpcResponse.result == null) {
return
}
// 使用 Gson 解析 receipt JSON
val receiptJson = receiptRpcResponse.result.asJsonObject
// 获取区块号和时间戳
val blockNumber = receiptJson.get("blockNumber")?.asString
val blockTimestamp = if (blockNumber != null) {
OnChainWsUtils.getBlockTimestamp(blockNumber, rpcApi)
} else {
null
}
// 解析 receipt 中的 Transfer 日志
val logs = receiptJson.getAsJsonArray("logs") ?: return
val (erc20Transfers, erc1155Transfers) = OnChainWsUtils.parseReceiptTransfers(logs)
// 解析交易信息
val trade = OnChainWsUtils.parseTradeFromTransfers(
txHash = txHash,
timestamp = blockTimestamp,
walletAddress = account.proxyAddress,
erc20Transfers = erc20Transfers,
erc1155Transfers = erc1155Transfers,
retrofitFactory = retrofitFactory
)
if (trade != null && trade.side == "SELL") {
// 检测到卖出或赎回事件,更新订单状态
handleAccountSellOrRedeem(account, trade)
}
} catch (e: Exception) {
logger.error("处理账户交易失败: accountId=$accountId, txHash=$txHash, ${e.message}", e)
}
}
/**
* 处理账户的卖出或赎回事件
* 更新对应的订单状态
*/
private suspend fun handleAccountSellOrRedeem(account: Account, trade: TradeResponse) {
try {
// 获取该账户的所有启用的跟单配置
val copyTradings = copyTradingRepository.findByAccountId(account.id!!)
.filter { it.enabled }
if (copyTradings.isEmpty()) {
return
}
// 使用 trade 中已有的市场信息
val marketId = trade.market // conditionId
val outcomeIndex = trade.outcomeIndex ?: 0
// 计算卖出价格
val sellPrice = trade.price.toSafeBigDecimal()
// 为每个跟单配置更新订单状态
for (copyTrading in copyTradings) {
// 查找该跟单配置下所有未卖出的订单(remaining_quantity > 0
val unmatchedOrders = copyOrderTrackingRepository.findByCopyTradingId(copyTrading.id!!)
.filter {
it.remainingQuantity > BigDecimal.ZERO &&
it.marketId == marketId &&
it.outcomeIndex == outcomeIndex
}
.sortedBy { it.createdAt } // 按创建时间排序(FIFO
if (unmatchedOrders.isEmpty()) {
continue
}
// 卖出数量就是交易的 size
val soldQuantity = trade.size.toSafeBigDecimal()
// 更新订单状态为已卖出
updateOrdersAsSoldByFIFO(
unmatchedOrders,
soldQuantity,
sellPrice,
copyTrading.id!!,
marketId,
outcomeIndex
)
logger.info("跟单账户卖出/赎回事件处理完成: accountId=${account.id}, copyTradingId=${copyTrading.id}, txHash=${trade.id}, soldQuantity=$soldQuantity, sellPrice=$sellPrice")
}
} catch (e: Exception) {
logger.error("处理账户卖出/赎回事件失败: accountId=${account.id}, txHash=${trade.id}, error=${e.message}", e)
}
}
/**
* 按 FIFO 顺序更新订单为已卖出
*/
private suspend fun updateOrdersAsSoldByFIFO(
orders: List<CopyOrderTracking>,
soldQuantity: BigDecimal,
sellPrice: BigDecimal,
copyTradingId: Long,
marketId: String,
outcomeIndex: Int
) {
var remainingSoldQuantity = soldQuantity
val matchDetails = mutableListOf<SellMatchDetail>()
var totalMatchedQuantity = BigDecimal.ZERO
var totalRealizedPnl = BigDecimal.ZERO
for (order in orders) {
if (remainingSoldQuantity <= BigDecimal.ZERO) {
break
}
val currentOrderRemaining = order.remainingQuantity.toSafeBigDecimal()
val matchedQty = minOf(currentOrderRemaining, remainingSoldQuantity)
if (matchedQty <= BigDecimal.ZERO) {
continue
}
// 计算盈亏
val buyPrice = order.price.toSafeBigDecimal()
val realizedPnl = sellPrice.subtract(buyPrice).multi(matchedQty)
// 创建匹配明细
val detail = SellMatchDetail(
matchRecordId = 0, // 稍后设置
trackingId = order.id!!,
buyOrderId = order.buyOrderId,
matchedQuantity = matchedQty,
buyPrice = buyPrice,
sellPrice = sellPrice,
realizedPnl = realizedPnl
)
matchDetails.add(detail)
totalMatchedQuantity = totalMatchedQuantity.add(matchedQty)
totalRealizedPnl = totalRealizedPnl.add(realizedPnl)
// 更新订单状态
order.matchedQuantity = order.matchedQuantity.add(matchedQty)
order.remainingQuantity = currentOrderRemaining.subtract(matchedQty)
order.status = if (order.remainingQuantity <= BigDecimal.ZERO) "fully_matched" else "partially_matched"
order.updatedAt = System.currentTimeMillis()
copyOrderTrackingRepository.save(order)
remainingSoldQuantity = remainingSoldQuantity.subtract(matchedQty)
}
// 如果有匹配的订单,创建卖出记录
if (totalMatchedQuantity > BigDecimal.ZERO && matchDetails.isNotEmpty()) {
val timestamp = System.currentTimeMillis()
val sellOrderId = "AUTO_WS_${timestamp}_${copyTradingId}" // 区分 WS 自动卖出
val leaderSellTradeId = "AUTO_WS_${timestamp}"
val matchRecord = SellMatchRecord(
copyTradingId = copyTradingId,
sellOrderId = sellOrderId,
leaderSellTradeId = leaderSellTradeId,
marketId = marketId,
side = outcomeIndex.toString(),
outcomeIndex = outcomeIndex,
totalMatchedQuantity = totalMatchedQuantity,
sellPrice = sellPrice,
totalRealizedPnl = totalRealizedPnl,
priceUpdated = true // WS 实时获取,直接标记为已更新
)
val savedRecord = sellMatchRecordRepository.save(matchRecord)
// 保存匹配明细
for (detail in matchDetails) {
val savedDetail = detail.copy(matchRecordId = savedRecord.id!!)
sellMatchDetailRepository.save(savedDetail)
}
logger.info("创建跟单账户链上自动卖出记录: copyTradingId=$copyTradingId, marketId=$marketId, totalMatched=$totalMatchedQuantity, totalPnl=$totalRealizedPnl")
}
}
/**
* 移除账户监听
* 取消该账户的订阅
*/
fun removeAccount(accountId: Long) {
monitoredAccounts.remove(accountId)
// 通过统一服务取消订阅
val subscriptionId = "ACCOUNT_$accountId"
unifiedOnChainWsService.unsubscribe(subscriptionId)
logger.info("已移除跟单账户的链上监听: accountId=$accountId")
}
/**
* 更新账户监听状态
*/
fun updateAccountMonitoring(accountId: Long) {
val account = accountRepository.findById(accountId).orElse(null)
if (account != null && account.isEnabled) {
addAccount(account)
} else {
removeAccount(accountId)
}
}
/**
* 停止监听
*/
fun stop() {
// 取消所有账户的订阅
val accountIds = monitoredAccounts.keys.toList()
for (accountId in accountIds) {
removeAccount(accountId)
}
monitoredAccounts.clear()
}
@PreDestroy
fun destroy() {
stop()
}
}
@@ -2,6 +2,7 @@ package com.wrbug.polymarketbot.service.copytrading.monitor
import com.wrbug.polymarketbot.entity.CopyTrading
import com.wrbug.polymarketbot.entity.Leader
import com.wrbug.polymarketbot.repository.AccountRepository
import com.wrbug.polymarketbot.repository.CopyTradingRepository
import com.wrbug.polymarketbot.repository.LeaderRepository
import jakarta.annotation.PostConstruct
@@ -12,14 +13,17 @@ import org.springframework.stereotype.Service
/**
* 跟单监听服务(主服务)
* 管理所有Leader的交易监听(使用轮询方式)
* 注意:WebSocket 需要认证才能订阅其他用户的交易,因此只使用轮询方式
* 管理所有Leader的交易监听
* 使用链上 WebSocket 监听 Leader 的交易(实时,秒级延迟)
* 同时监听跟单账户的卖出/赎回事件(通过链上 WebSocket
*/
@Service
class CopyTradingMonitorService(
private val copyTradingRepository: CopyTradingRepository,
private val leaderRepository: LeaderRepository,
private val pollingService: CopyTradingPollingService
private val accountRepository: AccountRepository,
private val onChainWsService: OnChainWsService,
private val accountOnChainMonitorService: AccountOnChainMonitorService
) {
private val logger = LoggerFactory.getLogger(CopyTradingMonitorService::class.java)
@@ -46,12 +50,15 @@ class CopyTradingMonitorService(
@PreDestroy
fun destroy() {
scope.cancel()
// 只使用轮询,不使用WebSocket
pollingService.stop()
// 停止链上 WS 监听
onChainWsService.stop()
accountOnChainMonitorService.stop()
}
/**
* 启动监听
* 启动链上 WebSocket 监听 Leader 的交易(实时,秒级延迟)
* 同时启动跟单账户的链上 WebSocket 监听(用于检测卖出/赎回事件)
*/
suspend fun startMonitoring() {
// 1. 获取所有启用的跟单关系
@@ -67,14 +74,22 @@ class CopyTradingMonitorService(
leaderRepository.findById(leaderId).orElse(null)
}
// 3. 获取所有需要监听的跟单账户(去重)
val accountIds = enabledCopyTradings.map { it.accountId }.distinct()
val accounts = accountIds.mapNotNull { accountId ->
accountRepository.findById(accountId).orElse(null)
}
// 3. 启动轮询监听(使用 /activity 接口,不需要认证
// 注意:WebSocket 需要认证才能订阅其他用户的交易,因此禁用WebSocket,只使用轮询
pollingService.start(leaders)
// 4. 启动链上 WebSocket 监听 Leader 的交易(实时,秒级延迟
onChainWsService.start(leaders)
// 5. 启动跟单账户的链上 WebSocket 监听(用于检测卖出/赎回事件)
accountOnChainMonitorService.start(accounts)
}
/**
* 添加Leader监听(当创建新的跟单关系时调用)
* 如果 Leader 已经在监听列表中,不重复添加
*/
suspend fun addLeaderMonitoring(leaderId: Long) {
val leader = leaderRepository.findById(leaderId).orElse(null)
@@ -85,29 +100,78 @@ class CopyTradingMonitorService(
return
}
// 只使用轮询,不使用WebSocket(需要认证
pollingService.addLeader(leader)
// 添加到链上 WS 监听(如果不在列表中才添加
onChainWsService.addLeader(leader)
}
/**
* 移除Leader监听(当删除跟单关系时调用)
* 移除Leader监听(当删除跟单关系或禁用时调用)
* 检查该 Leader 是否还有其他启用的跟单配置
*/
suspend fun removeLeaderMonitoring(leaderId: Long) {
val copyTradings = copyTradingRepository.findByLeaderIdAndEnabledTrue(leaderId)
// 如果还有启用的跟单配置,不移除监听
if (copyTradings.isNotEmpty()) {
return
}
// 只使用轮询,不使用WebSocket
pollingService.removeLeader(leaderId)
// 没有启用的跟单配置了,移除监听
onChainWsService.removeLeader(leaderId)
}
/**
* 更新Leader监听(当跟单配置状态改变时调用)
* 根据当前状态决定添加或移除监听
*/
suspend fun updateLeaderMonitoring(leaderId: Long) {
val copyTradings = copyTradingRepository.findByLeaderIdAndEnabledTrue(leaderId)
val leader = leaderRepository.findById(leaderId).orElse(null)
?: return
if (copyTradings.isNotEmpty()) {
// 有启用的跟单配置,确保在监听列表中
onChainWsService.addLeader(leader)
// 更新账户监听(添加该配置关联的账户)
val accountIds = copyTradings.map { it.accountId }.distinct()
accountIds.forEach { accountId ->
val account = accountRepository.findById(accountId).orElse(null)
if (account != null) {
accountOnChainMonitorService.addAccount(account)
}
}
} else {
// 没有启用的跟单配置,移除监听
onChainWsService.removeLeader(leaderId)
}
}
/**
* 更新账户监听(当跟单配置状态改变时调用)
* 根据当前状态决定添加或移除账户监听
*/
suspend fun updateAccountMonitoring(accountId: Long) {
val copyTradings = copyTradingRepository.findByAccountId(accountId)
.filter { it.enabled }
val account = accountRepository.findById(accountId).orElse(null)
?: return
if (copyTradings.isNotEmpty()) {
// 有启用的跟单配置,确保账户在监听列表中
accountOnChainMonitorService.addAccount(account)
} else {
// 没有启用的跟单配置,移除账户监听
accountOnChainMonitorService.removeAccount(accountId)
}
}
/**
* 重新启动监听(当跟单关系状态改变时调用)
* 注意:这个方法会停止所有监听并重新启动,建议使用 updateLeaderMonitoring 进行增量更新
*/
suspend fun restartMonitoring() {
// 只使用轮询,不使用WebSocket
pollingService.stop()
// 停止所有监听
onChainWsService.stop()
delay(1000) // 等待1秒
startMonitoring()
}
@@ -1,279 +0,0 @@
package com.wrbug.polymarketbot.service.copytrading.monitor
import com.wrbug.polymarketbot.api.TradeResponse
import com.wrbug.polymarketbot.api.UserActivityResponse
import com.wrbug.polymarketbot.entity.Leader
import com.wrbug.polymarketbot.repository.CopyTradingTemplateRepository
import com.wrbug.polymarketbot.util.RetrofitFactory
import jakarta.annotation.PreDestroy
import kotlinx.coroutines.*
import org.slf4j.LoggerFactory
import org.springframework.beans.factory.annotation.Value
import com.wrbug.polymarketbot.service.copytrading.statistics.CopyOrderTrackingService
import org.springframework.stereotype.Service
import retrofit2.Response
import java.util.concurrent.ConcurrentHashMap
/**
* 跟单轮询监听服务
* 通过定期轮询 Polymarket Data API 的 /activity 接口获取Leader的交易记录
* 使用 /activity 接口可以查询用户的链上活动,包括交易
*/
@Service
class CopyTradingPollingService(
private val copyOrderTrackingService: CopyOrderTrackingService,
private val retrofitFactory: RetrofitFactory,
private val templateRepository: CopyTradingTemplateRepository
) {
private val logger = LoggerFactory.getLogger(CopyTradingPollingService::class.java)
@Value("\${copy.trading.polling.interval:2000}")
private var pollingInterval: Long = 2000 // 轮询间隔(毫秒),默认2秒
@Value("\${copy.trading.polling.enabled:true}")
private var pollingEnabled: Boolean = true // 是否启用轮询
private val scope = CoroutineScope(Dispatchers.Default + SupervisorJob())
// 存储需要监听的LeaderleaderId -> Leader
private val monitoredLeaders = ConcurrentHashMap<Long, Leader>()
// 存储每个Leader已缓存的交易ID集合:leaderId -> Set<tradeId>
private val cachedTradeIds = ConcurrentHashMap<Long, MutableSet<String>>()
// 存储每个Leader是否首次轮询:leaderId -> isFirstPoll
private val isFirstPoll = ConcurrentHashMap<Long, Boolean>()
// 轮询任务
private var pollingJob: Job? = null
/**
* 启动轮询监听
*/
fun start(leaders: List<Leader>) {
if (!pollingEnabled) {
return
}
leaders.forEach { leader ->
addLeader(leader)
}
// 启动轮询任务
startPolling()
}
/**
* 添加Leader监听
*/
fun addLeader(leader: Leader) {
if (leader.id == null) {
logger.warn("Leader ID为空,跳过: ${leader.leaderAddress}")
return
}
val leaderId = leader.id
monitoredLeaders[leaderId] = leader
// 初始化缓存的交易ID集合
cachedTradeIds[leaderId] = mutableSetOf()
// 首次轮询标志,用于缓存数据而不处理
isFirstPoll[leaderId] = true
// 如果轮询任务没有运行,启动它
startPolling()
}
/**
* 移除Leader监听
*/
fun removeLeader(leaderId: Long) {
monitoredLeaders.remove(leaderId)
cachedTradeIds.remove(leaderId)
isFirstPoll.remove(leaderId)
// 如果没有需要监听的Leader了,停止轮询任务
if (monitoredLeaders.isEmpty()) {
stopPolling()
}
}
/**
* 停止所有监听
*/
fun stop() {
stopPolling()
monitoredLeaders.clear()
cachedTradeIds.clear()
isFirstPoll.clear()
}
/**
* 启动轮询任务
*/
private fun startPolling() {
if (pollingJob != null && pollingJob!!.isActive) {
return
}
if (monitoredLeaders.isEmpty()) {
return
}
pollingJob = scope.launch {
while (isActive) {
try {
// 轮询所有Leader的交易
pollAllLeaders()
// 等待下一次轮询
delay(pollingInterval)
} catch (e: Exception) {
logger.error("轮询任务异常", e)
delay(pollingInterval) // 异常后继续等待
}
}
}
}
/**
* 停止轮询任务
*/
private fun stopPolling() {
pollingJob?.cancel()
pollingJob = null
}
/**
* 轮询所有Leader的交易
*/
private suspend fun pollAllLeaders() {
val leaders = monitoredLeaders.values.toList()
if (leaders.isEmpty()) {
return
}
// 并发轮询所有Leader(限制并发数)
leaders.chunked(10).forEach { chunk ->
chunk.forEach { leader ->
try {
pollLeaderTrades(leader)
} catch (e: Exception) {
logger.error("轮询Leader交易失败: leaderId=${leader.id}, address=${leader.leaderAddress}", e)
}
}
// 每个chunk之间稍作延迟,避免API限流
delay(100)
}
}
/**
* 轮询单个Leader的交易
* 使用 Polymarket Data API 的 /activity 接口
* 通过 diff 分析增量数据,不使用 start 字段
*/
private suspend fun pollLeaderTrades(leader: Leader) {
if (leader.id == null) {
return
}
val leaderId = leader.id
val leaderAddress = leader.leaderAddress
try {
val firstPoll = isFirstPoll[leaderId] == true
val cachedIds = cachedTradeIds[leaderId] ?: mutableSetOf()
// 创建 Data API 客户端(不需要认证)
val dataApi = retrofitFactory.createDataApi()
// 查询用户活动(只查询交易类型,不使用 start 字段)
// 查询最近的数据(limit=100),通过 diff 找出增量
val response: Response<List<UserActivityResponse>> = dataApi.getUserActivity(
user = leaderAddress,
limit = 100, // 每次最多查询100条
offset = 0,
type = listOf("TRADE"), // 只查询交易类型
start = null, // 不使用 start 字段
sortBy = "TIMESTAMP",
sortDirection = "DESC" // 按时间戳降序,最新的在前
)
if (!response.isSuccessful || response.body() == null) {
logger.warn("获取Leader活动失败: leaderId=$leaderId, address=$leaderAddress, code=${response.code()}, message=${response.message()}")
return
}
val activities = response.body()!!
// 将 UserActivityResponse 转换为 TradeResponse
val allTrades = activities.mapNotNull { activity ->
// 只处理交易类型
if (activity.type != "TRADE" || activity.side == null || activity.price == null || activity.size == null) {
return@mapNotNull null
}
// 转换为 TradeResponse
TradeResponse(
id = activity.transactionHash ?: "${activity.timestamp}_${activity.conditionId}",
market = activity.conditionId,
side = activity.side, // BUY 或 SELL
price = activity.price.toString(),
size = activity.size.toString(),
timestamp = activity.timestamp.toString(), // 时间戳(秒)
user = activity.proxyWallet,
outcomeIndex = activity.outcomeIndex, // 结果索引(0=YES, 1=NO
outcome = activity.outcome // 结果名称
)
}
if (firstPoll) {
// 首次轮询:缓存所有查询到的交易ID,不处理
val tradeIds = allTrades.map { it.id }.toSet()
cachedIds.addAll(tradeIds)
cachedTradeIds[leaderId] = cachedIds
// 标记首次轮询完成
isFirstPoll[leaderId] = false
} else {
// 后续轮询:通过 diff 找出新增的交易
val newTradeIds = allTrades.map { it.id }.toSet()
val incrementalTradeIds = newTradeIds - cachedIds
if (incrementalTradeIds.isNotEmpty()) {
// 找出新增的交易
val incrementalTrades = allTrades.filter { it.id in incrementalTradeIds }
// 处理新增的交易
incrementalTrades.forEach { trade ->
try {
// 检查是否已处理(去重由processTrade内部处理)
copyOrderTrackingService.processTrade(leaderId, trade, "polling")
} catch (e: Exception) {
logger.error("处理交易失败: leaderId=$leaderId, tradeId=${trade.id}", e)
}
}
// 更新缓存:添加新增的交易ID
cachedIds.addAll(incrementalTradeIds)
cachedTradeIds[leaderId] = cachedIds
} else {
}
// 限制缓存大小,避免内存溢出(只保留最近1000条)
if (cachedIds.size > 1000) {
// 保留最新的1000条(由于查询是按时间戳降序,保留前1000条即可)
val sortedTradeIds = allTrades.map { it.id }.take(1000).toSet()
cachedTradeIds[leaderId] = sortedTradeIds.toMutableSet()
}
}
} catch (e: Exception) {
logger.error("轮询Leader交易异常: leaderId=$leaderId, address=$leaderAddress", e)
}
}
}
@@ -22,15 +22,14 @@ import java.util.concurrent.ConcurrentHashMap
@Service
class CopyTradingWebSocketService(
private val copyOrderTrackingService: CopyOrderTrackingService,
private val templateRepository: CopyTradingTemplateRepository
private val templateRepository: CopyTradingTemplateRepository,
private val gson: Gson
) {
private val logger = LoggerFactory.getLogger(CopyTradingWebSocketService::class.java)
@Value("\${polymarket.websocket.url:wss://ws-live-data.polymarket.com}")
private var websocketUrl: String = "wss://ws-live-data.polymarket.com"
private val gson = Gson()
private val scope = CoroutineScope(Dispatchers.Default + SupervisorJob())
// 存储每个Leader的WebSocket客户端:leaderId -> WebSocketClient
@@ -0,0 +1,188 @@
package com.wrbug.polymarketbot.service.copytrading.monitor
import com.wrbug.polymarketbot.api.*
import com.wrbug.polymarketbot.entity.Leader
import com.wrbug.polymarketbot.repository.LeaderRepository
import com.wrbug.polymarketbot.service.copytrading.statistics.CopyOrderTrackingService
import com.wrbug.polymarketbot.util.RetrofitFactory
import jakarta.annotation.PreDestroy
import kotlinx.coroutines.*
import okhttp3.OkHttpClient
import org.slf4j.LoggerFactory
import org.springframework.stereotype.Service
import java.util.concurrent.ConcurrentHashMap
/**
* 链上 WebSocket 监听服务
* 通过统一服务订阅 Leader 的链上交易
*/
@Service
class OnChainWsService(
private val unifiedOnChainWsService: UnifiedOnChainWsService,
private val retrofitFactory: RetrofitFactory,
private val copyOrderTrackingService: CopyOrderTrackingService,
private val leaderRepository: LeaderRepository
) {
private val logger = LoggerFactory.getLogger(OnChainWsService::class.java)
// 存储需要监听的LeaderleaderId -> Leader
private val monitoredLeaders = ConcurrentHashMap<Long, Leader>()
/**
* 启动链上 WebSocket 监听
* 通过统一服务订阅所有 Leader
*/
fun start(leaders: List<Leader>) {
// 如果没有 Leader,取消所有订阅
if (leaders.isEmpty()) {
logger.info("没有需要监听的 Leader,取消所有订阅")
stop()
return
}
// 更新 Leader 列表
monitoredLeaders.clear()
leaders.forEach { leader ->
addLeader(leader)
}
}
/**
* 添加Leader监听
* 通过统一服务订阅该 Leader 的地址
*/
fun addLeader(leader: Leader) {
if (leader.id == null) {
logger.warn("Leader ID为空,跳过: ${leader.leaderAddress}")
return
}
val leaderId = leader.id!!
// 如果已经在监听列表中,不重复添加
if (monitoredLeaders.containsKey(leaderId)) {
logger.debug("Leader 已在监听列表中: ${leader.leaderName} (${leader.leaderAddress})")
return
}
monitoredLeaders[leaderId] = leader
// 通过统一服务订阅
val subscriptionId = "LEADER_$leaderId"
unifiedOnChainWsService.subscribe(
subscriptionId = subscriptionId,
address = leader.leaderAddress,
entityType = "LEADER",
entityId = leaderId,
callback = { txHash, httpClient, rpcApi ->
handleLeaderTransaction(leaderId, txHash, httpClient, rpcApi)
}
)
logger.info("添加 Leader 监听: ${leader.leaderName} (${leader.leaderAddress})")
}
/**
* 处理 Leader 的交易
*/
private suspend fun handleLeaderTransaction(leaderId: Long, txHash: String, httpClient: OkHttpClient, rpcApi: EthereumRpcApi) {
val leader = monitoredLeaders[leaderId] ?: return
logger.debug("开始处理 Leader 交易: leaderId=$leaderId, txHash=$txHash, leaderAddress=${leader.leaderAddress}")
try {
// 获取交易 receipt
val receiptRequest = JsonRpcRequest(
method = "eth_getTransactionReceipt",
params = listOf(txHash)
)
val receiptResponse = rpcApi.call(receiptRequest)
if (!receiptResponse.isSuccessful || receiptResponse.body() == null) {
logger.warn("获取交易 receipt 失败: leaderId=$leaderId, txHash=$txHash, code=${receiptResponse.code()}")
return
}
val receiptRpcResponse = receiptResponse.body()!!
if (receiptRpcResponse.error != null || receiptRpcResponse.result == null) {
logger.warn("交易 receipt 错误: leaderId=$leaderId, txHash=$txHash, error=${receiptRpcResponse.error}")
return
}
// 使用 Gson 解析 receipt JSON
val receiptJson = receiptRpcResponse.result.asJsonObject
// 获取区块号和时间戳
val blockNumber = receiptJson.get("blockNumber")?.asString
val blockTimestamp = if (blockNumber != null) {
OnChainWsUtils.getBlockTimestamp(blockNumber, rpcApi)
} else {
null
}
// 解析 receipt 中的 Transfer 日志
val logs = receiptJson.getAsJsonArray("logs") ?: run {
logger.warn("交易 receipt 中没有日志: leaderId=$leaderId, txHash=$txHash")
return
}
val (erc20Transfers, erc1155Transfers) = OnChainWsUtils.parseReceiptTransfers(logs)
logger.debug("解析交易日志: leaderId=$leaderId, txHash=$txHash, erc20Transfers=${erc20Transfers.size}, erc1155Transfers=${erc1155Transfers.size}")
// 解析交易信息
val trade = OnChainWsUtils.parseTradeFromTransfers(
txHash = txHash,
timestamp = blockTimestamp,
walletAddress = leader.leaderAddress,
erc20Transfers = erc20Transfers,
erc1155Transfers = erc1155Transfers,
retrofitFactory = retrofitFactory
)
if (trade != null) {
logger.info("成功解析交易: leaderId=$leaderId, txHash=$txHash, side=${trade.side}, market=${trade.market}, size=${trade.size}")
// 调用 processTrade 处理交易
copyOrderTrackingService.processTrade(
leaderId = leaderId,
trade = trade,
source = "onchain-ws"
)
} else {
logger.warn("无法解析交易(返回 null: leaderId=$leaderId, txHash=$txHash, erc20Transfers=${erc20Transfers.size}, erc1155Transfers=${erc1155Transfers.size}")
}
} catch (e: Exception) {
logger.error("处理 Leader 交易失败: leaderId=$leaderId, txHash=$txHash, ${e.message}", e)
}
}
/**
* 移除Leader监听
* 取消该 Leader 的订阅
*/
fun removeLeader(leaderId: Long) {
monitoredLeaders.remove(leaderId)
// 通过统一服务取消订阅
val subscriptionId = "LEADER_$leaderId"
unifiedOnChainWsService.unsubscribe(subscriptionId)
logger.info("移除 Leader 监听: leaderId=$leaderId")
}
/**
* 停止监听
*/
fun stop() {
// 取消所有 Leader 的订阅
val leaderIds = monitoredLeaders.keys.toList()
for (leaderId in leaderIds) {
removeLeader(leaderId)
}
monitoredLeaders.clear()
}
@PreDestroy
fun destroy() {
stop()
}
}
@@ -0,0 +1,378 @@
package com.wrbug.polymarketbot.service.copytrading.monitor
import com.google.gson.Gson
import com.google.gson.GsonBuilder
import com.google.gson.JsonArray
import com.google.gson.reflect.TypeToken
import com.wrbug.polymarketbot.api.*
import com.wrbug.polymarketbot.service.system.RpcNodeService
import com.wrbug.polymarketbot.util.RetrofitFactory
import kotlinx.coroutines.Dispatchers
import kotlinx.coroutines.withContext
import okhttp3.OkHttpClient
import org.slf4j.LoggerFactory
import java.math.BigInteger
/**
* 链上 WebSocket 工具类
* 提取公共的交易解析工具函数等逻辑
*/
object OnChainWsUtils {
private val logger = LoggerFactory.getLogger(OnChainWsUtils::class.java)
// 创建 Gson 实例(与 GsonConfig 中的配置一致,使用 lenient 模式)
private val gson: Gson = GsonBuilder()
.setLenient()
.create()
/**
* 解析 JSON 字符串数组
* @param jsonString JSON 字符串 "[\"Yes\", \"No\"]"
* @return 字符串列表如果解析失败返回空列表
*/
private fun parseStringArray(jsonString: String?): List<String> {
if (jsonString.isNullOrBlank()) {
return emptyList()
}
return try {
val listType = object : TypeToken<List<String>>() {}.type
gson.fromJson<List<String>>(jsonString, listType) ?: emptyList()
} catch (e: Exception) {
emptyList()
}
}
// 合约地址
const val USDC_CONTRACT = "0x2791Bca1f2de4661ED88A30C99A7a9449Aa84174"
const val ERC1155_CONTRACT = "0x4d97dcd97ec945f40cf65f87097ace5ea0476045"
const val ERC20_TRANSFER_TOPIC = "0xddf252ad1be2c89b69c2b068fc378daa952ba7f163c4a11628f55a4df523b3ef"
const val ERC1155_TRANSFER_SINGLE_TOPIC = "0xc3d58168c5ae7397731d063d5bbf3d657854427343f4c083240f7aacaa2d0f62"
const val ERC1155_TRANSFER_BATCH_TOPIC = "0x4a39dc06d4c0dbc64b70af90fd698a233a518aa5d07e595d983b8c0526c8f7fb"
/**
* ERC20 Transfer 数据类
*/
data class Erc20Transfer(
val from: String,
val to: String,
val value: BigInteger
)
/**
* ERC1155 Transfer 数据类
*/
data class Erc1155Transfer(
val from: String,
val to: String,
val tokenId: BigInteger,
val value: BigInteger
)
/**
* 市场信息数据类
*/
data class MarketInfo(
val conditionId: String,
val outcomeIndex: Int?, // 可空,因为可能找不到对应的 tokenId
val outcome: String?
)
/**
* 解析 receipt 中的 Transfer 日志
*/
fun parseReceiptTransfers(logs: JsonArray): Pair<List<Erc20Transfer>, List<Erc1155Transfer>> {
val erc20 = mutableListOf<Erc20Transfer>()
val erc1155 = mutableListOf<Erc1155Transfer>()
for (logElement in logs) {
val log = logElement.asJsonObject
val address = log.get("address")?.asString?.lowercase() ?: continue
val topicsArray = log.getAsJsonArray("topics") ?: continue
val topics = topicsArray.mapNotNull { it.asString }
if (topics.isEmpty()) continue
val t0 = topics[0].lowercase()
val data = log.get("data")?.asString ?: "0x"
// USDC ERC20 Transfer
if (address == USDC_CONTRACT.lowercase() && t0 == ERC20_TRANSFER_TOPIC && topics.size >= 3) {
val from = topicToAddress(topics[1])
val to = topicToAddress(topics[2])
val value = hexToBigInt(data)
erc20.add(Erc20Transfer(from, to, value))
continue
}
// ERC1155 TransferSingle
if (t0 == ERC1155_TRANSFER_SINGLE_TOPIC && topics.size >= 4) {
val from = topicToAddress(topics[2])
val to = topicToAddress(topics[3])
val bytes = bytesFromHex(data)
if (bytes.size >= 64) {
val tokenId = sliceBigInt32(bytes, 0)
val value = sliceBigInt32(bytes, 32)
erc1155.add(Erc1155Transfer(from, to, tokenId, value))
}
continue
}
// ERC1155 TransferBatch
if (t0 == ERC1155_TRANSFER_BATCH_TOPIC && topics.size >= 4) {
val from = topicToAddress(topics[2])
val to = topicToAddress(topics[3])
val bytes = bytesFromHex(data)
if (bytes.size < 64) continue
val offIds = sliceBigInt32(bytes, 0).toInt()
val offVals = sliceBigInt32(bytes, 32).toInt()
if (offIds + 32 > bytes.size || offVals + 32 > bytes.size) continue
val nIds = sliceBigInt32(bytes, offIds).toInt()
val nVals = sliceBigInt32(bytes, offVals).toInt()
if (nIds != nVals) continue
val idsStart = offIds + 32
val valsStart = offVals + 32
for (i in 0 until nIds) {
val ib = idsStart + i * 32
val vb = valsStart + i * 32
if (ib + 32 > bytes.size || vb + 32 > bytes.size) break
val tokenId = sliceBigInt32(bytes, ib)
val value = sliceBigInt32(bytes, vb)
erc1155.add(Erc1155Transfer(from, to, tokenId, value))
}
}
}
return Pair(erc20, erc1155)
}
/**
* Transfer 日志解析交易信息
*/
suspend fun parseTradeFromTransfers(
txHash: String,
timestamp: Long?,
walletAddress: String,
erc20Transfers: List<Erc20Transfer>,
erc1155Transfers: List<Erc1155Transfer>,
retrofitFactory: RetrofitFactory
): TradeResponse? {
val wallet = walletAddress.lowercase()
// 计算 USDC 流入和流出
val usdcOut = erc20Transfers.filter { it.from.lowercase() == wallet }
.fold(BigInteger.ZERO) { acc, t -> acc + t.value }
val usdcIn = erc20Transfers.filter { it.to.lowercase() == wallet }
.fold(BigInteger.ZERO) { acc, t -> acc + t.value }
// 计算 ERC1155 流入和流出(按 tokenId 聚合)
val inById = mutableMapOf<BigInteger, BigInteger>()
val outById = mutableMapOf<BigInteger, BigInteger>()
for (t in erc1155Transfers) {
if (t.to.lowercase() == wallet) {
inById[t.tokenId] = (inById[t.tokenId] ?: BigInteger.ZERO) + t.value
}
if (t.from.lowercase() == wallet) {
outById[t.tokenId] = (outById[t.tokenId] ?: BigInteger.ZERO) + t.value
}
}
// 找到最大的流入和流出 tokenId
fun best(map: Map<BigInteger, BigInteger>): Pair<BigInteger?, BigInteger> =
map.entries.maxByOrNull { it.value }?.let { it.key to it.value } ?: (null to BigInteger.ZERO)
val (bestInId, bestInVal) = best(inById)
val (bestOutId, bestOutVal) = best(outById)
// 判断交易方向
var side: String? = null
var asset: BigInteger? = null
var sizeRaw = BigInteger.ZERO
var usdcRaw = BigInteger.ZERO
if (bestInId != null && bestInVal > BigInteger.ZERO && usdcOut > BigInteger.ZERO) {
// BUY: 收到 token,支付 USDC
side = "BUY"
asset = bestInId
sizeRaw = bestInVal
usdcRaw = usdcOut
} else if (bestOutId != null && bestOutVal > BigInteger.ZERO && usdcIn > BigInteger.ZERO) {
// SELL: 卖出 token,收到 USDC
side = "SELL"
asset = bestOutId
sizeRaw = bestOutVal
usdcRaw = usdcIn
} else {
// 无法判断交易方向
logger.debug("无法判断交易方向: txHash=$txHash, bestInId=$bestInId, bestInVal=$bestInVal, bestOutId=$bestOutId, bestOutVal=$bestOutVal, usdcOut=$usdcOut, usdcIn=$usdcIn")
return null
}
// 计算价格和数量(USDC 有 6 位小数,shares 也有 6 位小数)
val usdcSize = usdcRaw.toBigDecimal().divide(BigInteger("1000000").toBigDecimal(), 8, java.math.RoundingMode.DOWN)
val size = sizeRaw.toBigDecimal().divide(BigInteger("1000000").toBigDecimal(), 8, java.math.RoundingMode.DOWN)
val price = if (size.signum() > 0) {
usdcSize.divide(size, 8, java.math.RoundingMode.DOWN)
} else {
return null
}
// 尝试通过 Gamma API 查询市场信息(通过 tokenId)
val marketInfo = fetchMarketByTokenId(asset.toString(), retrofitFactory)
// 创建 TradeResponse
return TradeResponse(
id = txHash,
market = marketInfo?.conditionId ?: "",
side = side,
price = price.toPlainString(),
size = size.toPlainString(),
timestamp = (timestamp ?: System.currentTimeMillis() / 1000).toString(),
user = walletAddress,
outcomeIndex = marketInfo?.outcomeIndex,
outcome = marketInfo?.outcome
)
}
/**
* 通过 Gamma API 查询市场信息通过 tokenId
* 使用 Retrofit 接口支持 clob_token_ids 参数
*/
suspend fun fetchMarketByTokenId(tokenId: String, retrofitFactory: RetrofitFactory): MarketInfo? {
return try {
val gammaApi = retrofitFactory.createGammaApi()
val marketsResponse = gammaApi.listMarkets(
conditionIds = null,
clobTokenIds = listOf(tokenId),
includeTag = null
)
if (!marketsResponse.isSuccessful || marketsResponse.body() == null) {
return null
}
val markets = marketsResponse.body()!!
val market = markets.firstOrNull()
if (market == null) {
return null
}
// 解析 clobTokenIds(可能是 JSON 字符串或数组)
val clobTokenIdsRaw = market.clobTokenIds ?: market.clob_token_ids
val clobTokenIds = when {
clobTokenIdsRaw == null -> null
else -> {
// 解析 JSON 字符串
parseStringArray(clobTokenIdsRaw)
}
}
// 解析 outcomes(可能是 JSON 字符串或数组)
val outcomes = parseStringArray(market.outcomes)
// 查找 tokenId 在 clobTokenIds 中的索引
val outcomeIndex = clobTokenIds?.indexOfFirst { token ->
token.equals(tokenId, ignoreCase = true)
}?.takeIf { it >= 0 }
// 获取 outcome 名称
val outcome = if (outcomeIndex != null && outcomes.isNotEmpty() && outcomeIndex < outcomes.size) {
outcomes[outcomeIndex]
} else {
null
}
val conditionId = market.conditionId ?: return null
MarketInfo(
conditionId = conditionId,
outcomeIndex = outcomeIndex,
outcome = outcome
)
} catch (e: Exception) {
logger.warn("查询市场信息失败: tokenId=$tokenId, error=${e.message}")
null
}
}
/**
* 获取区块时间戳
*/
suspend fun getBlockTimestamp(blockNumber: String, rpcApi: EthereumRpcApi): Long? {
return try {
val blockRequest = JsonRpcRequest(
method = "eth_getBlockByNumber",
params = listOf(blockNumber, false)
)
val blockResponse = rpcApi.call(blockRequest)
if (blockResponse.isSuccessful && blockResponse.body() != null) {
val blockRpcResponse = blockResponse.body()!!
if (blockRpcResponse.error == null && blockRpcResponse.result != null) {
val blockJson = blockRpcResponse.result.asJsonObject
val timestampHex = blockJson.get("timestamp")?.asString
if (timestampHex != null) {
BigInteger(timestampHex.removePrefix("0x"), 16).toLong() * 1000 // 转换为毫秒
} else {
null
}
} else {
null
}
} else {
null
}
} catch (e: Exception) {
logger.warn("获取区块时间戳失败: blockNumber=$blockNumber, error=${e.message}")
null
}
}
/**
* 工具函数地址转 topic32字节左对齐
*/
fun addressToTopic32(address: String): String {
val clean = address.removePrefix("0x").lowercase()
return "0x" + clean.padStart(64, '0')
}
/**
* 工具函数topic 转地址
*/
fun topicToAddress(topic: String): String {
val clean = topic.removePrefix("0x").lowercase()
return "0x" + clean.takeLast(40)
}
/**
* 工具函数十六进制转 BigInteger
*/
fun hexToBigInt(hex: String): BigInteger {
val clean = hex.removePrefix("0x")
return if (clean.isBlank()) BigInteger.ZERO else BigInteger(clean, 16)
}
/**
* 工具函数十六进制转字节数组
*/
fun bytesFromHex(hex: String): ByteArray {
val clean = hex.removePrefix("0x")
return ByteArray(clean.length / 2) { i ->
clean.substring(i * 2, i * 2 + 2).toInt(16).toByte()
}
}
/**
* 工具函数从字节数组切片 BigInteger32字节
*/
fun sliceBigInt32(bytes: ByteArray, offset: Int): BigInteger {
if (offset + 32 > bytes.size) return BigInteger.ZERO
val slice = bytes.sliceArray(offset until offset + 32)
return BigInteger(1, slice)
}
}
@@ -0,0 +1,434 @@
package com.wrbug.polymarketbot.service.copytrading.monitor
import com.google.gson.Gson
import com.google.gson.JsonArray
import com.google.gson.JsonObject
import com.wrbug.polymarketbot.api.*
import com.wrbug.polymarketbot.service.system.RpcNodeService
import com.wrbug.polymarketbot.util.RetrofitFactory
import com.wrbug.polymarketbot.util.createClient
import com.wrbug.polymarketbot.util.getProxyConfig
import jakarta.annotation.PostConstruct
import jakarta.annotation.PreDestroy
import kotlinx.coroutines.*
import okhttp3.OkHttpClient
import okhttp3.Request
import okhttp3.WebSocket
import okhttp3.WebSocketListener
import okio.ByteString
import org.slf4j.LoggerFactory
import org.springframework.beans.factory.annotation.Value
import org.springframework.stereotype.Service
import java.util.concurrent.ConcurrentHashMap
import java.util.concurrent.atomic.AtomicInteger
/**
* 统一的链上 WebSocket 服务
* 管理唯一的 WebSocket 连接其他服务通过订阅的方式接收链上事件
*/
@Service
class UnifiedOnChainWsService(
private val rpcNodeService: RpcNodeService,
private val retrofitFactory: RetrofitFactory,
private val gson: Gson
) {
private val logger = LoggerFactory.getLogger(UnifiedOnChainWsService::class.java)
@Value("\${copy.trading.onchain.ws.reconnect.delay:3000}")
private var reconnectDelay: Long = 3000 // 重连延迟(毫秒),默认3秒
private val scope = CoroutineScope(Dispatchers.Default + SupervisorJob())
// 存储所有地址的连接:address -> AddressWsConnection
private val addressConnections = ConcurrentHashMap<String, AddressWsConnection>()
/**
* 订阅信息
*/
data class SubscriptionInfo(
val subscriptionId: String, // 订阅的唯一标识
val address: String, // 要监听的地址(Leader 地址或账户代理地址)
val entityType: String, // 实体类型:LEADER 或 ACCOUNT
val entityId: Long, // 实体 IDLeader ID 或 Account ID
val callback: suspend (String, OkHttpClient, EthereumRpcApi) -> Unit // 回调函数
)
/**
* 订阅地址监听
* @param subscriptionId 订阅的唯一标识建议格式"{entityType}_{entityId}"
* @param address 要监听的地址Leader 地址或账户代理地址
* @param entityType 实体类型LEADER ACCOUNT
* @param entityId 实体 IDLeader ID Account ID
* @param callback 回调函数当检测到该地址的交易时调用
* @return 是否订阅成功
*/
fun subscribe(
subscriptionId: String,
address: String,
entityType: String,
entityId: Long,
callback: suspend (String, OkHttpClient, EthereumRpcApi) -> Unit
): Boolean {
try {
val lowerAddress = address.lowercase()
// 找到或创建该地址的连接
val connection = addressConnections.computeIfAbsent(lowerAddress) {
AddressWsConnection(it).apply { start() }
}
// 创建订阅信息
val subscription = SubscriptionInfo(
subscriptionId = subscriptionId,
address = lowerAddress,
entityType = entityType,
entityId = entityId,
callback = callback
)
// 添加订阅
connection.addSubscription(subscription)
logger.info("订阅地址监听: subscriptionId=$subscriptionId, address=$address, entityType=$entityType, entityId=$entityId")
return true
} catch (e: Exception) {
logger.error("订阅地址监听失败: subscriptionId=$subscriptionId, address=$address, error=${e.message}", e)
return false
}
}
/**
* 取消订阅
*/
fun unsubscribe(subscriptionId: String) {
// 遍历所有连接找到含有该订阅的连接
for (connection in addressConnections.values) {
if (connection.hasSubscription(subscriptionId)) {
connection.removeSubscription(subscriptionId)
// 如果该连接没有订阅了,停止并移除
if (connection.isSubscriptionsEmpty()) {
connection.stop()
addressConnections.remove(connection.address)
logger.info("连接已无订阅,关闭连接: address=${connection.address}")
}
logger.info("取消订阅: subscriptionId=$subscriptionId")
return
}
}
}
/**
* 停止所有服务
*/
fun stop() {
for (connection in addressConnections.values) {
connection.stop()
}
addressConnections.clear()
}
@PostConstruct
fun init() {
logger.info("统一链上 WebSocket 服务已初始化 (独立连接模式)")
}
@PreDestroy
fun destroy() {
stop()
scope.cancel()
}
/**
* 单个地址的 WebSocket 连接管理
*/
inner class AddressWsConnection(val address: String) {
private var webSocket: WebSocket? = null
@Volatile
private var isConnected = false
// 订阅ID计数器(用于请求 ID
private var requestIdCounter = AtomicInteger(0)
// 连接任务
private var connectionJob: Job? = null
// 该连接下的所有订阅:subscriptionId -> SubscriptionInfo
// 理论上一个地址可能被多个业务订阅(如:既是被跟单者又是普通监控),虽然业务上通常只有一个
private val subscriptions = ConcurrentHashMap<String, SubscriptionInfo>()
// 存储请求 ID 到订阅 ID 的映射:requestId -> subscriptionId
private val requestIdToSubscriptionId = ConcurrentHashMap<Int, String>()
// 存储 RPC subscriptionId 到订阅 ID 的映射:rpcSubscriptionId -> subscriptionId
private val rpcSubscriptionIdToSubscriptionId = ConcurrentHashMap<String, String>()
fun start() {
if (connectionJob != null && connectionJob!!.isActive) return
connectionJob = scope.launch {
startConnectionLoop()
}
}
fun stop() {
connectionJob?.cancel()
connectionJob = null
webSocket?.close(1000, "停止监听")
webSocket = null
isConnected = false
subscriptions.clear()
requestIdToSubscriptionId.clear()
rpcSubscriptionIdToSubscriptionId.clear()
}
fun addSubscription(subscription: SubscriptionInfo) {
// 如果已经存在,先移除旧的
removeSubscription(subscription.subscriptionId)
subscriptions[subscription.subscriptionId] = subscription
// 如果已经连接,立即发送链上订阅请求
if (isConnected) {
scope.launch {
subscribeAddressOnChain(subscription)
}
}
}
fun removeSubscription(subscriptionId: String) {
subscriptions.remove(subscriptionId)
// 不需要显式发送 eth_unsubscribe,因为连接是 per-address 的,
// 只要只要连接还在,就保持该地址相关的所有 logs 订阅。
// 只有当所有 subscription 都移除了,连接才会关闭。
}
fun hasSubscription(subscriptionId: String): Boolean {
return subscriptions.containsKey(subscriptionId)
}
fun isSubscriptionsEmpty(): Boolean {
return subscriptions.isEmpty()
}
private suspend fun startConnectionLoop() {
while (scope.isActive) {
try {
if (subscriptions.isEmpty()) {
// 如果启动循环时还没订阅(不太可能,通常是先 addSubscription 再 start,或者是 start 后 addSubscription
// 或者订阅被清空了,外部应当掉 stop,但这里作为防守
delay(1000)
continue
}
if (isConnected && webSocket != null) {
waitForDisconnect()
continue
}
// 获取可用的 RPC 节点
val wsUrl = rpcNodeService.getWsUrl()
val httpUrl = rpcNodeService.getHttpUrl()
logger.info("[$address] 连接链上 WebSocket: $wsUrl")
val httpClient = createHttpClient()
val rpcApi = retrofitFactory.createEthereumRpcApi(httpUrl)
connectWebSocket(wsUrl, httpClient, rpcApi)
waitForConnect()
if (isConnected) {
logger.info("[$address] WebSocket 连接已建立,开始注册订阅")
// 重新为所有订阅注册链上监听
for (subscription in subscriptions.values) {
subscribeAddressOnChain(subscription)
}
waitForDisconnect()
}
logger.info("[$address] WebSocket 连接断开,等待 ${reconnectDelay}ms 后重连")
delay(reconnectDelay)
} catch (e: Exception) {
logger.error("[$address] 连接异常: ${e.message}", e)
delay(reconnectDelay)
}
}
}
private fun connectWebSocket(wsUrl: String, httpClient: OkHttpClient, rpcApi: EthereumRpcApi) {
webSocket?.close(1000, "重新连接")
webSocket = null
isConnected = false
val request = Request.Builder().url(wsUrl).build()
webSocket = httpClient.newWebSocket(request, object : WebSocketListener() {
override fun onOpen(webSocket: WebSocket, response: okhttp3.Response) {
isConnected = true
logger.info("[$address] 链上 WebSocket 连接成功")
}
override fun onMessage(webSocket: WebSocket, text: String) {
scope.launch { handleMessage(text, httpClient, rpcApi) }
}
override fun onMessage(webSocket: WebSocket, bytes: ByteString) {
scope.launch { handleMessage(bytes.utf8(), httpClient, rpcApi) }
}
override fun onClosing(webSocket: WebSocket, code: Int, reason: String) {
isConnected = false
logger.warn("[$address] 链上 WebSocket 连接关闭: code=$code, reason=$reason")
}
override fun onClosed(webSocket: WebSocket, code: Int, reason: String) {
isConnected = false
logger.warn("[$address] 链上 WebSocket 连接已关闭: code=$code, reason=$reason")
}
override fun onFailure(webSocket: WebSocket, t: Throwable, response: okhttp3.Response?) {
logger.error("[$address] 链上 WebSocket 连接失败: ${t.message}", t)
isConnected = false
}
})
}
private suspend fun subscribeAddressOnChain(subscription: SubscriptionInfo) {
if (webSocket == null || !isConnected) return
val walletTopic = OnChainWsUtils.addressToTopic32(address)
val subId = subscription.subscriptionId
try {
// 订阅该地址相关的所有事件
// USDC Transfer (from/to)
subscribeLogs(OnChainWsUtils.USDC_CONTRACT, listOf(OnChainWsUtils.ERC20_TRANSFER_TOPIC, walletTopic), subId)
subscribeLogs(OnChainWsUtils.USDC_CONTRACT, listOf(OnChainWsUtils.ERC20_TRANSFER_TOPIC, null, walletTopic), subId)
// ERC1155 TransferSingle (from/to)
subscribeLogs(OnChainWsUtils.ERC1155_CONTRACT, listOf(OnChainWsUtils.ERC1155_TRANSFER_SINGLE_TOPIC, null, walletTopic), subId)
subscribeLogs(OnChainWsUtils.ERC1155_CONTRACT, listOf(OnChainWsUtils.ERC1155_TRANSFER_SINGLE_TOPIC, null, null, walletTopic), subId)
// ERC1155 TransferBatch (from/to)
subscribeLogs(OnChainWsUtils.ERC1155_CONTRACT, listOf(OnChainWsUtils.ERC1155_TRANSFER_BATCH_TOPIC, null, walletTopic), subId)
subscribeLogs(OnChainWsUtils.ERC1155_CONTRACT, listOf(OnChainWsUtils.ERC1155_TRANSFER_BATCH_TOPIC, null, null, walletTopic), subId)
logger.debug("[$address] 已发送链上订阅请求: subscriptionId=$subId")
} catch (e: Exception) {
logger.error("[$address] 发送链上订阅请求失败: error=${e.message}", e)
}
}
private fun subscribeLogs(contractAddress: String, topics: List<String?>, subscriptionId: String) {
val ws = webSocket ?: return
val topicsArray = gson.toJsonTree(topics).asJsonArray
val logParams = JsonObject()
logParams.addProperty("address", contractAddress.lowercase())
logParams.add("topics", topicsArray)
val requestId = requestIdCounter.incrementAndGet()
requestIdToSubscriptionId[requestId] = subscriptionId
val request = JsonObject()
request.addProperty("jsonrpc", "2.0")
request.addProperty("id", requestId)
request.addProperty("method", "eth_subscribe")
val paramsArray = JsonArray()
paramsArray.add("logs")
paramsArray.add(logParams)
request.add("params", paramsArray)
ws.send(gson.toJson(request))
}
private suspend fun handleMessage(text: String, httpClient: OkHttpClient, rpcApi: EthereumRpcApi) {
try {
val message = gson.fromJson(text, JsonObject::class.java)
// 1. 处理订阅响应 (eth_subscribe response)
if (message.has("result") && message.has("id")) {
val requestId = message.get("id")?.asInt
val rpcSubscriptionId = message.get("result")?.asString
if (requestId != null && rpcSubscriptionId != null) {
val subId = requestIdToSubscriptionId.remove(requestId)
if (subId != null) {
rpcSubscriptionIdToSubscriptionId[rpcSubscriptionId] = subId
logger.debug("[$address] 链上订阅成功: mapped connection rpcSubId=$rpcSubscriptionId to localSubId=$subId")
}
}
return
}
// 2. 处理日志通知 (eth_subscription)
val method = message.get("method")?.asString
if (method == "eth_subscription") {
val params = message.getAsJsonObject("params") ?: return
val rpcSubParam = params.get("subscription")?.asString
val result = params.getAsJsonObject("result") ?: return
val txHash = result.get("transactionHash")?.asString
if (txHash != null && rpcSubParam != null) {
// 找到触发此通知的本地订阅 ID
// 因为我们在这个连接里只订阅了 this.address,所以理论上所有通知都跟这个 address 有关
// 但我们需要找到对应的 callback
val localSubId = rpcSubscriptionIdToSubscriptionId[rpcSubParam]
if (localSubId != null) {
val subscription = subscriptions[localSubId]
if (subscription != null) {
logger.info("[$address] 收到交易通知: txHash=$txHash, subId=$localSubId")
runCatching {
subscription.callback(txHash, httpClient, rpcApi)
}.onFailure { e ->
logger.error("[$address] 回调执行失败: ${e.message}", e)
}
}
} else {
// 找不到具体是哪个订阅请求触发的(可能是重启后之前的订阅残留?或者映射丢失?)
// 在单地址单连接模式下,只要是这个 connection 收到的,肯定是关于这个 address 的
// 我们可以尝试通知所有订阅者(通常一个地址只有一个订阅者,除非此地址既是Leader又是User)
logger.warn("[$address] 未找到映射的订阅ID: rpcSubId=$rpcSubParam. 广播给所有订阅者.")
subscriptions.values.forEach { sub ->
runCatching {
sub.callback(txHash, httpClient, rpcApi)
}.onFailure { e ->
logger.error("[$address] 广播回调执行失败: ${e.message}", e)
}
}
}
}
}
} catch (e: Exception) {
logger.error("[$address] 处理消息失败: ${e.message}", e)
}
}
private suspend fun waitForConnect() {
var waited = 0L
val timeout = 15000L
while (!isConnected && waited < timeout) {
delay(100)
waited += 100
}
if (!isConnected) logger.warn("[$address] WebSocket 连接超时")
}
private suspend fun waitForDisconnect() {
while (isConnected && scope.isActive) {
delay(1000)
}
}
private fun createHttpClient(): OkHttpClient {
val proxy = getProxyConfig()
val builder = createClient()
if (proxy != null) builder.proxy(proxy)
return builder.build()
}
}
}
@@ -100,8 +100,9 @@ class OrderSigningService {
return OrderAmounts(makerAmount.toString(), takerAmount.toString())
} else {
// SELL: makerAmount = size (shares), takerAmount = price * size (USDC)
// makerAmount 是 shares 数量,最多 4 位小数
// takerAmount 是 USDC 金额,需要使用原始价格计算(与SDK保持一致)
// 根据 Polymarket API 要求:
// - makerAmount (shares) 最多 2 位小数
// - takerAmount (USDC) 最多 4 位小数
val rawMakerAmt = roundDown(sizeDecimal, roundConfig.size)
// takerAmount = price * size,使用原始价格计算(不使用舍入后的价格)
@@ -109,16 +110,15 @@ class OrderSigningService {
// 例如:0.9596 * 16.09 = 15.439964,而不是 0.96 * 16.09 = 15.4464
val rawTakerAmt = rawMakerAmt.multiply(priceDecimal)
// 确保 makerAmount 精度(shares,最多 4 位小数)
val finalMakerAmt = roundDown(rawMakerAmt, TAKER_AMOUNT_DECIMALS)
// 确保 makerAmount 精度(shares,最多 2 位小数,符合 API 要求
val finalMakerAmt = roundDown(rawMakerAmt, MAKER_AMOUNT_DECIMALS)
// takerAmount 不进行舍入,直接使用精确计算结果转换为 wei
// parseUnits 会将 BigDecimal 转换为 wei(6 位小数),自动处理精度
// 使用原始价格计算可以确保与SDK的结果一致
// 确保 takerAmount 精度(USDC,最多 4 位小数,符合 API 要求)
val finalTakerAmt = roundDown(rawTakerAmt, TAKER_AMOUNT_DECIMALS)
// 转换为 wei6 位小数)
val makerAmount = parseUnits(finalMakerAmt, COLLATERAL_TOKEN_DECIMALS)
val takerAmount = parseUnits(rawTakerAmt, COLLATERAL_TOKEN_DECIMALS)
val takerAmount = parseUnits(finalTakerAmt, COLLATERAL_TOKEN_DECIMALS)
return OrderAmounts(makerAmount.toString(), takerAmount.toString())
}
@@ -172,25 +172,15 @@ class OrderSigningService {
// 5. 确保 maker 地址也是小写格式
val makerAddressLower = makerAddress.lowercase()
// 打印签名前的订单参数
logger.info("========== 订单签名前参数 ==========")
logger.info("订单方向: $side")
logger.info("价格: $price")
logger.info("数量: $size")
logger.info("Token ID: $tokenId")
logger.info("Maker 地址: $makerAddressLower")
logger.info("Signer 地址: $signerAddress")
logger.info("Taker 地址: $taker")
logger.info("Maker Amount (wei): ${amounts.makerAmount}")
logger.info("Taker Amount (wei): ${amounts.takerAmount}")
logger.info("Salt: $salt")
logger.info("Expiration: $expiration")
logger.info("Nonce: $nonce")
logger.info("Fee Rate BPS: $feeRateBps")
logger.info("Signature Type: $signatureType")
logger.info("Exchange Contract: $EXCHANGE_CONTRACT")
logger.info("Chain ID: $CHAIN_ID")
logger.info("====================================")
// 打印签名前的订单参数DEBUG 级别,避免敏感信息泄露)
logger.debug("========== 订单签名前参数 ==========")
logger.debug("订单方向: $side, 价格: $price, 数量: $size")
logger.debug("Token ID: $tokenId")
logger.debug("Maker: ${makerAddressLower.take(10)}...${makerAddressLower.takeLast(6)}")
logger.debug("Signer: ${signerAddress.take(10)}...${signerAddress.takeLast(6)}")
logger.debug("Amounts - Maker: ${amounts.makerAmount}, Taker: ${amounts.takerAmount}")
logger.debug("Salt: $salt, Expiration: $expiration, Nonce: $nonce, FeeRateBPS: $feeRateBps")
logger.debug("Signature Type: $signatureType, Chain ID: $CHAIN_ID")
// 6. 构建订单数据并签名
val signature = signOrder(
@@ -298,8 +298,10 @@ class CopyTradingStatisticsService(
}
// 卖出统计
// 使用 SellMatchDetail 计算总卖出金额,确保准确性
// 因为每个明细都记录了准确的匹配数量和卖出价格
val totalSellQuantity = sellRecords.sumOf { it.totalMatchedQuantity.toSafeBigDecimal() }
val totalSellAmount = sellRecords.sumOf { it.totalMatchedQuantity.toSafeBigDecimal().multi(it.sellPrice) }
val totalSellAmount = matchDetails.sumOf { it.matchedQuantity.toSafeBigDecimal().multi(it.sellPrice) }
val totalSellOrders = sellRecords.size.toLong()
// 持仓统计
@@ -339,9 +341,9 @@ class CopyTradingStatisticsService(
// 传递 outcomeIndex 参数,确保获取对应 outcome 的价格
val result = accountService.getMarketPrice(marketId, outcomeIndex)
result.onSuccess { response ->
// 使用中间价,如果没有则使用最后价格
val price = response.midpoint ?: response.lastPrice
if (price != null) {
// 使用当前价格
val price = response.currentPrice
if (price.isNotBlank() && price != "0") {
// 使用 "marketId:outcomeIndex" 作为 key
val key = "$marketId:$outcomeIndex"
prices[key] = price
@@ -0,0 +1,892 @@
package com.wrbug.polymarketbot.service.copytrading.statistics
import com.wrbug.polymarketbot.api.PolymarketClobApi
import com.wrbug.polymarketbot.entity.*
import com.wrbug.polymarketbot.repository.*
import com.wrbug.polymarketbot.service.system.TelegramNotificationService
import com.wrbug.polymarketbot.util.RetrofitFactory
import com.wrbug.polymarketbot.util.CryptoUtils
import com.wrbug.polymarketbot.util.toSafeBigDecimal
import com.wrbug.polymarketbot.util.multi
import kotlinx.coroutines.*
import org.slf4j.LoggerFactory
import org.springframework.boot.context.event.ApplicationReadyEvent
import org.springframework.context.event.EventListener
import org.springframework.context.i18n.LocaleContextHolder
import org.springframework.scheduling.annotation.Scheduled
import org.springframework.stereotype.Service
import org.springframework.transaction.annotation.Transactional
import java.math.BigDecimal
/**
* 订单状态更新服务
* 定时轮询更新卖出订单的实际成交价并更新买入订单的实际数据并发送通知
*/
@Service
class OrderStatusUpdateService(
private val sellMatchRecordRepository: SellMatchRecordRepository,
private val sellMatchDetailRepository: SellMatchDetailRepository,
private val copyTradingRepository: CopyTradingRepository,
private val accountRepository: AccountRepository,
private val copyOrderTrackingRepository: CopyOrderTrackingRepository,
private val leaderRepository: LeaderRepository,
private val retrofitFactory: RetrofitFactory,
private val cryptoUtils: CryptoUtils,
private val trackingService: CopyOrderTrackingService,
private val telegramNotificationService: TelegramNotificationService?
) {
private val logger = LoggerFactory.getLogger(OrderStatusUpdateService::class.java)
private val updateScope = CoroutineScope(Dispatchers.IO + SupervisorJob())
@EventListener(ApplicationReadyEvent::class)
fun onApplicationReady() {
logger.info("订单状态更新服务已启动,将每5秒轮询一次")
}
/**
* 定时更新订单状态
* 每5秒执行一次
*/
@Scheduled(fixedDelay = 5000)
fun updateOrderStatus() {
updateScope.launch {
try {
// 1. 清理已删除账户的订单
cleanupDeletedAccountOrders()
// 2. 检查30秒前创建的订单,如果未成交则删除
checkAndDeleteUnfilledOrders()
// 3. 更新卖出订单的实际成交价并发送通知(priceUpdated 共用字段)
updatePendingSellOrderPrices()
// 4. 更新买入订单的实际数据并发送通知
updatePendingBuyOrders()
} catch (e: Exception) {
logger.error("订单状态更新异常: ${e.message}", e)
}
}
}
/**
* 验证订单ID格式
* 订单ID必须以 0x 开头且是有效的 16 进制字符串
*
* @param orderId 订单ID
* @return 如果格式有效返回 true否则返回 false
*/
private fun isValidOrderId(orderId: String): Boolean {
if (!orderId.startsWith("0x", ignoreCase = true)) {
return false
}
// 验证是否为有效的 16 进制字符串(去除 0x 前缀后)
val hexPart = orderId.substring(2)
if (hexPart.isEmpty()) {
return false
}
// 检查是否只包含 0-9, a-f, A-F
return hexPart.all { it in '0'..'9' || it in 'a'..'f' || it in 'A'..'F' }
}
/**
* 清理已删除账户的订单
*/
@Transactional
private suspend fun cleanupDeletedAccountOrders() {
try {
// 查询所有卖出记录
val allRecords = sellMatchRecordRepository.findAll()
// 查询所有有效的账户ID
val validAccountIds = accountRepository.findAll().mapNotNull { it.id }.toSet()
// 查询所有有效的跟单关系
val validCopyTradingIds = copyTradingRepository.findAll()
.filter { it.accountId in validAccountIds }
.mapNotNull { it.id }
.toSet()
// 找出需要删除的记录(关联的跟单关系已不存在或账户已删除)
val recordsToDelete = allRecords.filter { record ->
val copyTrading = copyTradingRepository.findById(record.copyTradingId).orElse(null)
copyTrading == null || copyTrading.accountId !in validAccountIds
}
if (recordsToDelete.isNotEmpty()) {
logger.info("清理已删除账户的订单: ${recordsToDelete.size} 条记录")
// 删除匹配明细
for (record in recordsToDelete) {
val details = sellMatchDetailRepository.findByMatchRecordId(record.id!!)
sellMatchDetailRepository.deleteAll(details)
}
// 删除卖出记录
sellMatchRecordRepository.deleteAll(recordsToDelete)
logger.info("已清理 ${recordsToDelete.size} 条已删除账户的订单记录")
}
} catch (e: Exception) {
logger.error("清理已删除账户订单异常: ${e.message}", e)
}
}
/**
* 检查30秒前创建的订单如果未成交则删除
* 首次检测但加入缓存中30s后还没有成交则删除
*/
@Transactional
private suspend fun checkAndDeleteUnfilledOrders() {
try {
// 计算30秒前的时间戳
val thirtySecondsAgo = System.currentTimeMillis() - 30000
// 查询30秒前创建的订单,并过滤掉已经完全匹配的订单
// 已经完全匹配的订单(status = "fully_matched")不需要再检查
// 使用数据库查询过滤,避免加载过多数据
val ordersToCheck = copyOrderTrackingRepository.findByCreatedAtBeforeAndStatusNot(
thirtySecondsAgo,
"fully_matched"
)
if (ordersToCheck.isEmpty()) {
return
}
logger.debug("检查 ${ordersToCheck.size} 个30秒前创建的订单是否成交")
// 按账户分组,避免重复创建 API 客户端
val ordersByAccount = ordersToCheck.groupBy { it.accountId }
for ((accountId, orders) in ordersByAccount) {
try {
// 获取账户
val account = accountRepository.findById(accountId).orElse(null)
if (account == null) {
logger.warn("账户不存在,跳过检查: accountId=$accountId")
continue
}
// 检查账户是否配置了 API 凭证
if (account.apiKey == null || account.apiSecret == null || account.apiPassphrase == null) {
logger.debug("账户未配置 API 凭证,跳过检查: accountId=${account.id}")
continue
}
// 解密 API 凭证
val apiSecret = try {
cryptoUtils.decrypt(account.apiSecret!!)
} catch (e: Exception) {
logger.warn("解密 API Secret 失败: accountId=${account.id}, error=${e.message}")
continue
}
val apiPassphrase = try {
cryptoUtils.decrypt(account.apiPassphrase!!)
} catch (e: Exception) {
logger.warn("解密 API Passphrase 失败: accountId=${account.id}, error=${e.message}")
continue
}
// 创建带认证的 CLOB API 客户端
val clobApi = retrofitFactory.createClobApi(
account.apiKey!!,
apiSecret,
apiPassphrase,
account.walletAddress
)
// 检查每个订单
for (order in orders) {
try {
// 查询订单详情
val orderResponse = clobApi.getOrder(order.buyOrderId)
// 先检查 HTTP 状态码,非 200 的都跳过
if (orderResponse.code() != 200) {
// HTTP 非 200,记录日志并跳过,等待下次轮询
// 不删除订单,因为可能是临时网络问题或 API 错误
val errorBody = orderResponse.errorBody()?.string()?.take(200) ?: "无错误详情"
logger.debug("订单查询失败(HTTP非200),等待下次轮询: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}, code=${orderResponse.code()}, errorBody=$errorBody")
continue
}
// HTTP 200,检查响应体
// 响应体也可能返回字符串 "null"Gson 解析时会返回 null
val orderDetail = orderResponse.body()
if (orderDetail == null) {
// HTTP 200 且响应体为 null(或字符串 "null"),表示订单不存在
// 检查订单是否已部分卖出,如果已部分卖出则保留订单用于统计
val hasMatchedDetails = sellMatchDetailRepository.findByTrackingId(order.id!!).isNotEmpty()
if (hasMatchedDetails || order.matchedQuantity > BigDecimal.ZERO) {
logger.debug("订单不存在但已部分卖出,保留订单用于统计: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}, matchedQuantity=${order.matchedQuantity}")
continue
}
// 订单不存在且未部分卖出,删除本地订单
logger.info("订单不存在(HTTP 200 但响应体为空),删除本地订单: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}")
try {
copyOrderTrackingRepository.deleteById(order.id!!)
logger.info("已删除本地订单: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}")
} catch (e: Exception) {
logger.error("删除本地订单失败: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}, error=${e.message}", e)
}
continue
}
// 检查订单是否成交
// 如果订单状态不是 FILLED 且已成交数量为0,说明未成交,删除
val sizeMatched = orderDetail.sizeMatched?.toSafeBigDecimal() ?: BigDecimal.ZERO
if (orderDetail.status != "FILLED" && sizeMatched <= BigDecimal.ZERO) {
logger.info("订单30秒后仍未成交,删除本地订单: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}, status=${orderDetail.status}, sizeMatched=$sizeMatched")
try {
copyOrderTrackingRepository.deleteById(order.id!!)
logger.info("已删除未成交订单: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}")
} catch (e: Exception) {
logger.error("删除未成交订单失败: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}, error=${e.message}", e)
}
} else {
logger.debug("订单已成交或部分成交,保留: orderId=${order.buyOrderId}, status=${orderDetail.status}, sizeMatched=$sizeMatched")
}
} catch (e: Exception) {
logger.error("检查订单失败: orderId=${order.buyOrderId}, error=${e.message}", e)
}
}
} catch (e: Exception) {
logger.error("检查账户订单失败: accountId=$accountId, error=${e.message}", e)
}
}
} catch (e: Exception) {
logger.error("检查未成交订单异常: ${e.message}", e)
}
}
/**
* 更新待更新的卖出订单价格
* 注意priceUpdated 现在同时表示价格已更新和通知已发送共用字段
*/
@Transactional
private suspend fun updatePendingSellOrderPrices() {
try {
// 查询所有价格未更新的卖出记录(priceUpdated = false 表示未处理)
val pendingRecords = sellMatchRecordRepository.findByPriceUpdatedFalse()
if (pendingRecords.isEmpty()) {
return
}
logger.debug("找到 ${pendingRecords.size} 条待更新价格的卖出订单")
for (record in pendingRecords) {
try {
// 获取跟单关系
val copyTrading = copyTradingRepository.findById(record.copyTradingId).orElse(null)
if (copyTrading == null) {
logger.warn("跟单关系不存在,跳过更新: copyTradingId=${record.copyTradingId}")
continue
}
// 获取账户
val account = accountRepository.findById(copyTrading.accountId).orElse(null)
if (account == null) {
logger.warn("账户不存在,跳过更新: accountId=${copyTrading.accountId}")
continue
}
// 检查账户是否配置了 API 凭证
if (account.apiKey == null || account.apiSecret == null || account.apiPassphrase == null) {
logger.debug("账户未配置 API 凭证,跳过更新: accountId=${account.id}")
continue
}
// 解密 API 凭证
val apiSecret = try {
cryptoUtils.decrypt(account.apiSecret!!)
} catch (e: Exception) {
logger.warn("解密 API Secret 失败: accountId=${account.id}, error=${e.message}")
continue
}
val apiPassphrase = try {
cryptoUtils.decrypt(account.apiPassphrase!!)
} catch (e: Exception) {
logger.warn("解密 API Passphrase 失败: accountId=${account.id}, error=${e.message}")
continue
}
// 创建带认证的 CLOB API 客户端
val clobApi = retrofitFactory.createClobApi(
account.apiKey!!,
apiSecret,
apiPassphrase,
account.walletAddress
)
// 如果 orderId 不是 0x 开头,直接标记为已处理(priceUpdated = true 表示已处理,包括价格更新和通知发送)
if (!record.sellOrderId.startsWith("0x", ignoreCase = true)) {
logger.debug("卖出订单ID非0x开头,直接标记为已处理: orderId=${record.sellOrderId}")
// 检查是否为自动生成的订单(AUTO_ 或 AUTO_FIFO_ 开头),如果是则不发送通知
val isAutoOrder = record.sellOrderId.startsWith("AUTO_", ignoreCase = true) ||
record.sellOrderId.startsWith("AUTO_FIFO_", ignoreCase = true) ||
record.sellOrderId.startsWith("AUTO_WS_", ignoreCase = true)
if (!isAutoOrder) {
// 非自动订单,发送通知(使用临时数据)
sendSellOrderNotification(
record = record,
useTemporaryData = true,
account = account,
copyTrading = copyTrading,
clobApi = clobApi,
apiSecret = apiSecret,
apiPassphrase = apiPassphrase
)
} else {
logger.debug("自动生成的订单,跳过发送通知: orderId=${record.sellOrderId}")
}
// 标记为已处理(priceUpdated = true 同时表示价格已更新和通知已发送)
val updatedRecord = SellMatchRecord(
id = record.id,
copyTradingId = record.copyTradingId,
sellOrderId = record.sellOrderId,
leaderSellTradeId = record.leaderSellTradeId,
marketId = record.marketId,
side = record.side,
outcomeIndex = record.outcomeIndex,
totalMatchedQuantity = record.totalMatchedQuantity,
sellPrice = record.sellPrice,
totalRealizedPnl = record.totalRealizedPnl,
priceUpdated = true, // 标记为已处理(价格已更新和通知已发送)
createdAt = record.createdAt
)
sellMatchRecordRepository.save(updatedRecord)
continue
}
// 检查是否为自动生成的订单(AUTO_ 或 AUTO_FIFO_ 开头),如果是则跳过发送通知
val isAutoOrder = record.sellOrderId.startsWith("AUTO_", ignoreCase = true) ||
record.sellOrderId.startsWith("AUTO_FIFO_", ignoreCase = true) ||
record.sellOrderId.startsWith("AUTO_WS_", ignoreCase = true)
if (isAutoOrder) {
logger.debug("自动生成的订单,跳过发送通知并直接标记为已处理: orderId=${record.sellOrderId}")
// 直接标记为已处理,不发送通知
val updatedRecord = SellMatchRecord(
id = record.id,
copyTradingId = record.copyTradingId,
sellOrderId = record.sellOrderId,
leaderSellTradeId = record.leaderSellTradeId,
marketId = record.marketId,
side = record.side,
outcomeIndex = record.outcomeIndex,
totalMatchedQuantity = record.totalMatchedQuantity,
sellPrice = record.sellPrice,
totalRealizedPnl = record.totalRealizedPnl,
priceUpdated = true, // 标记为已处理
createdAt = record.createdAt
)
sellMatchRecordRepository.save(updatedRecord)
continue
}
// 查询订单详情,获取实际成交价
val actualSellPrice = trackingService.getActualExecutionPrice(
orderId = record.sellOrderId,
clobApi = clobApi,
fallbackPrice = record.sellPrice
)
// 如果价格已更新(与当前价格不同),更新数据库
if (actualSellPrice != record.sellPrice) {
// 重新计算盈亏
val details = sellMatchDetailRepository.findByMatchRecordId(record.id!!)
var totalRealizedPnl = BigDecimal.ZERO
for (detail in details) {
val updatedRealizedPnl = actualSellPrice.subtract(detail.buyPrice).multi(detail.matchedQuantity)
// 更新明细的卖出价格和盈亏
// 注意:SellMatchDetail 的字段都是 val,需要创建新对象
val updatedDetail = SellMatchDetail(
id = detail.id,
matchRecordId = detail.matchRecordId,
trackingId = detail.trackingId,
buyOrderId = detail.buyOrderId,
matchedQuantity = detail.matchedQuantity,
buyPrice = detail.buyPrice,
sellPrice = actualSellPrice, // 更新卖出价格
realizedPnl = updatedRealizedPnl, // 更新盈亏
createdAt = detail.createdAt
)
sellMatchDetailRepository.save(updatedDetail)
totalRealizedPnl = totalRealizedPnl.add(updatedRealizedPnl)
}
// 发送通知(使用实际价格)
sendSellOrderNotification(
record = record,
actualPrice = actualSellPrice.toString(),
actualSize = record.totalMatchedQuantity.toString(),
account = account,
copyTrading = copyTrading,
clobApi = clobApi,
apiSecret = apiSecret,
apiPassphrase = apiPassphrase
)
// 更新卖出记录
// 注意:SellMatchRecord 的字段都是 val,需要创建新对象
val updatedRecord = SellMatchRecord(
id = record.id,
copyTradingId = record.copyTradingId,
sellOrderId = record.sellOrderId,
leaderSellTradeId = record.leaderSellTradeId,
marketId = record.marketId,
side = record.side,
outcomeIndex = record.outcomeIndex,
totalMatchedQuantity = record.totalMatchedQuantity,
sellPrice = actualSellPrice, // 更新卖出价格
totalRealizedPnl = totalRealizedPnl, // 更新总盈亏
priceUpdated = true, // 标记为已处理(价格已更新和通知已发送)
createdAt = record.createdAt
)
sellMatchRecordRepository.save(updatedRecord)
logger.info("更新卖出订单价格成功并已发送通知: orderId=${record.sellOrderId}, 原价格=${record.sellPrice}, 新价格=$actualSellPrice")
} else {
// 价格相同,但已经查询过,发送通知并标记为已处理
sendSellOrderNotification(
record = record,
actualPrice = actualSellPrice.toString(),
actualSize = record.totalMatchedQuantity.toString(),
account = account,
copyTrading = copyTrading,
clobApi = clobApi,
apiSecret = apiSecret,
apiPassphrase = apiPassphrase
)
val updatedRecord = SellMatchRecord(
id = record.id,
copyTradingId = record.copyTradingId,
sellOrderId = record.sellOrderId,
leaderSellTradeId = record.leaderSellTradeId,
marketId = record.marketId,
side = record.side,
outcomeIndex = record.outcomeIndex,
totalMatchedQuantity = record.totalMatchedQuantity,
sellPrice = record.sellPrice,
totalRealizedPnl = record.totalRealizedPnl,
priceUpdated = true, // 标记为已处理(价格已更新和通知已发送)
createdAt = record.createdAt
)
sellMatchRecordRepository.save(updatedRecord)
logger.debug("卖出订单价格无需更新但已发送通知: orderId=${record.sellOrderId}, price=$actualSellPrice")
}
} catch (e: Exception) {
logger.warn("更新卖出订单价格失败: orderId=${record.sellOrderId}, error=${e.message}", e)
// 继续处理下一条记录
}
}
} catch (e: Exception) {
logger.error("更新待更新卖出订单价格异常: ${e.message}", e)
}
}
/**
* 更新待发送通知的买入订单
* 查询订单详情获取实际价格和数量然后发送通知并更新数据库
*/
@Transactional
private suspend fun updatePendingBuyOrders() {
try {
// 查询所有未发送通知的买入订单
val pendingOrders = copyOrderTrackingRepository.findByNotificationSentFalse()
if (pendingOrders.isEmpty()) {
return
}
logger.debug("找到 ${pendingOrders.size} 条待发送通知的买入订单")
for (order in pendingOrders) {
try {
// 验证 orderId 格式(必须以 0x 开头的 16 进制)
if (!isValidOrderId(order.buyOrderId)) {
logger.warn("买入订单ID格式无效,直接标记为已发送通知: orderId=${order.buyOrderId}")
// 对于非 0x 开头的订单ID,直接标记为已发送,使用临时数据发送通知
val updatedOrder = CopyOrderTracking(
id = order.id,
copyTradingId = order.copyTradingId,
accountId = order.accountId,
leaderId = order.leaderId,
marketId = order.marketId,
side = order.side,
outcomeIndex = order.outcomeIndex,
buyOrderId = order.buyOrderId,
leaderBuyTradeId = order.leaderBuyTradeId,
quantity = order.quantity,
price = order.price,
matchedQuantity = order.matchedQuantity,
remainingQuantity = order.remainingQuantity,
status = order.status,
notificationSent = true, // 标记为已发送通知
createdAt = order.createdAt,
updatedAt = System.currentTimeMillis()
)
copyOrderTrackingRepository.save(updatedOrder)
sendBuyOrderNotification(updatedOrder, useTemporaryData = true)
continue
}
// 获取跟单关系
val copyTrading = copyTradingRepository.findById(order.copyTradingId).orElse(null)
if (copyTrading == null) {
logger.warn("跟单关系不存在,跳过更新: copyTradingId=${order.copyTradingId}")
continue
}
// 获取账户
val account = accountRepository.findById(order.accountId).orElse(null)
if (account == null) {
logger.warn("账户不存在,跳过更新: accountId=${order.accountId}")
continue
}
// 检查账户是否配置了 API 凭证
if (account.apiKey == null || account.apiSecret == null || account.apiPassphrase == null) {
logger.debug("账户未配置 API 凭证,跳过更新: accountId=${account.id}")
continue
}
// 解密 API 凭证
val apiSecret = try {
cryptoUtils.decrypt(account.apiSecret!!)
} catch (e: Exception) {
logger.warn("解密 API Secret 失败: accountId=${account.id}, error=${e.message}")
continue
}
val apiPassphrase = try {
cryptoUtils.decrypt(account.apiPassphrase!!)
} catch (e: Exception) {
logger.warn("解密 API Passphrase 失败: accountId=${account.id}, error=${e.message}")
continue
}
// 创建带认证的 CLOB API 客户端
val clobApi = retrofitFactory.createClobApi(
account.apiKey!!,
apiSecret,
apiPassphrase,
account.walletAddress
)
// 查询订单详情
val orderResponse = clobApi.getOrder(order.buyOrderId)
// 先检查 HTTP 状态码,非 200 的都跳过
if (orderResponse.code() != 200) {
val errorBody = orderResponse.errorBody()?.string()?.take(200) ?: "无错误详情"
logger.debug("查询订单详情失败(HTTP非200),等待下次轮询: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}, code=${orderResponse.code()}, errorBody=$errorBody")
continue
}
// HTTP 200,检查响应体
// 响应体也可能返回字符串 "null"Gson 解析时会返回 null
val orderDetail = orderResponse.body()
if (orderDetail == null) {
// HTTP 200 且响应体为 null(或字符串 "null"),表示订单不存在
// 检查订单是否已部分卖出,如果已部分卖出则保留订单用于统计
val hasMatchedDetails = sellMatchDetailRepository.findByTrackingId(order.id!!).isNotEmpty()
if (hasMatchedDetails || order.matchedQuantity > BigDecimal.ZERO) {
logger.debug("订单不存在但已部分卖出,保留订单用于统计: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}, matchedQuantity=${order.matchedQuantity}")
continue
}
// 订单不存在且未部分卖出,删除本地订单
logger.info("订单不存在(HTTP 200 但响应体为空),删除本地订单: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}")
try {
copyOrderTrackingRepository.deleteById(order.id!!)
logger.info("已删除本地订单: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}")
} catch (e: Exception) {
logger.error("删除本地订单失败: orderId=${order.buyOrderId}, copyOrderTrackingId=${order.id}, error=${e.message}", e)
}
continue
}
// 获取实际价格和数量
val actualPrice = orderDetail.price?.toSafeBigDecimal() ?: order.price
val actualSize = orderDetail.originalSize?.toSafeBigDecimal() ?: order.quantity
val actualOutcome = orderDetail.outcome
// 更新订单数据(如果实际数据与临时数据不同)
val needUpdate = actualPrice != order.price || actualSize != order.quantity
// 创建更新后的订单对象
val updatedOrder = CopyOrderTracking(
id = order.id,
copyTradingId = order.copyTradingId,
accountId = order.accountId,
leaderId = order.leaderId,
marketId = order.marketId,
side = order.side,
outcomeIndex = order.outcomeIndex,
buyOrderId = order.buyOrderId,
leaderBuyTradeId = order.leaderBuyTradeId,
quantity = actualSize, // 使用实际数量
price = actualPrice, // 使用实际价格
matchedQuantity = order.matchedQuantity,
remainingQuantity = order.remainingQuantity,
status = order.status,
notificationSent = true, // 标记为已发送通知
createdAt = order.createdAt,
updatedAt = System.currentTimeMillis()
)
// 保存更新后的订单
copyOrderTrackingRepository.save(updatedOrder)
if (needUpdate) {
logger.info("更新买入订单数据成功: orderId=${order.buyOrderId}, 原价格=${order.price}, 新价格=$actualPrice, 原数量=${order.quantity}, 新数量=$actualSize")
} else {
logger.debug("买入订单数据无需更新: orderId=${order.buyOrderId}")
}
// 发送通知(使用实际数据)
sendBuyOrderNotification(
order = updatedOrder,
actualPrice = actualPrice.toString(),
actualSize = actualSize.toString(),
actualOutcome = actualOutcome,
account = account,
copyTrading = copyTrading,
clobApi = clobApi,
apiSecret = apiSecret,
apiPassphrase = apiPassphrase
)
} catch (e: Exception) {
logger.warn("更新买入订单失败: orderId=${order.buyOrderId}, error=${e.message}", e)
// 继续处理下一条记录
}
}
} catch (e: Exception) {
logger.error("更新待发送通知买入订单异常: ${e.message}", e)
}
}
/**
* 发送买入订单通知
*/
private suspend fun sendBuyOrderNotification(
order: CopyOrderTracking,
useTemporaryData: Boolean = false,
actualPrice: String? = null,
actualSize: String? = null,
actualOutcome: String? = null,
account: Account? = null,
copyTrading: CopyTrading? = null,
clobApi: PolymarketClobApi? = null,
apiSecret: String? = null,
apiPassphrase: String? = null
) {
if (telegramNotificationService == null) {
return
}
try {
// 获取跟单关系和账户信息(如果未提供)
val finalCopyTrading = copyTrading ?: copyTradingRepository.findById(order.copyTradingId).orElse(null)
if (finalCopyTrading == null) {
logger.warn("跟单关系不存在,跳过发送通知: copyTradingId=${order.copyTradingId}")
return
}
val finalAccount = account ?: accountRepository.findById(order.accountId).orElse(null)
if (finalAccount == null) {
logger.warn("账户不存在,跳过发送通知: accountId=${order.accountId}")
return
}
// 获取市场信息
val marketInfo = withContext(Dispatchers.IO) {
try {
val gammaApi = retrofitFactory.createGammaApi()
val marketResponse = gammaApi.listMarkets(conditionIds = listOf(order.marketId))
if (marketResponse.isSuccessful && marketResponse.body() != null) {
marketResponse.body()!!.firstOrNull()
} else {
null
}
} catch (e: Exception) {
logger.warn("获取市场信息失败: ${e.message}", e)
null
}
}
val marketTitle = marketInfo?.question ?: order.marketId
val marketSlug = marketInfo?.slug
// 获取 Leader 和跟单配置信息
val leader = leaderRepository.findById(order.leaderId).orElse(null)
val leaderName = leader?.leaderName
val configName = finalCopyTrading.configName
// 获取当前语言设置
val locale = try {
LocaleContextHolder.getLocale()
} catch (e: Exception) {
java.util.Locale("zh", "CN") // 默认简体中文
}
// 创建 CLOB API 客户端(如果未提供)
val finalClobApi = clobApi ?: if (finalAccount.apiKey != null && apiSecret != null && apiPassphrase != null) {
retrofitFactory.createClobApi(
finalAccount.apiKey!!,
apiSecret,
apiPassphrase,
finalAccount.walletAddress
)
} else {
null
}
// 发送通知
telegramNotificationService.sendOrderSuccessNotification(
orderId = order.buyOrderId,
marketTitle = marketTitle,
marketId = order.marketId,
marketSlug = marketSlug,
side = "BUY",
price = actualPrice ?: order.price.toString(), // 使用实际价格或临时价格
size = actualSize ?: order.quantity.toString(), // 使用实际数量或临时数量
outcome = actualOutcome, // 使用实际 outcome
accountName = finalAccount.accountName,
walletAddress = finalAccount.walletAddress,
clobApi = finalClobApi,
apiKey = finalAccount.apiKey,
apiSecret = apiSecret,
apiPassphrase = apiPassphrase,
walletAddressForApi = finalAccount.walletAddress,
locale = locale,
leaderName = leaderName,
configName = configName
)
logger.info("买入订单通知已发送: orderId=${order.buyOrderId}, copyTradingId=${order.copyTradingId}")
} catch (e: Exception) {
logger.warn("发送买入订单通知失败: orderId=${order.buyOrderId}, error=${e.message}", e)
}
}
/**
* 发送卖出订单通知
*/
private suspend fun sendSellOrderNotification(
record: SellMatchRecord,
useTemporaryData: Boolean = false,
actualPrice: String? = null,
actualSize: String? = null,
actualOutcome: String? = null,
account: Account? = null,
copyTrading: CopyTrading? = null,
clobApi: PolymarketClobApi? = null,
apiSecret: String? = null,
apiPassphrase: String? = null
) {
if (telegramNotificationService == null) {
return
}
try {
// 获取跟单关系和账户信息(如果未提供)
val finalCopyTrading = copyTrading ?: copyTradingRepository.findById(record.copyTradingId).orElse(null)
if (finalCopyTrading == null) {
logger.warn("跟单关系不存在,跳过发送通知: copyTradingId=${record.copyTradingId}")
return
}
val finalAccount = account ?: accountRepository.findById(finalCopyTrading.accountId).orElse(null)
if (finalAccount == null) {
logger.warn("账户不存在,跳过发送通知: accountId=${finalCopyTrading.accountId}")
return
}
// 获取市场信息
val marketInfo = withContext(Dispatchers.IO) {
try {
val gammaApi = retrofitFactory.createGammaApi()
val marketResponse = gammaApi.listMarkets(conditionIds = listOf(record.marketId))
if (marketResponse.isSuccessful && marketResponse.body() != null) {
marketResponse.body()!!.firstOrNull()
} else {
null
}
} catch (e: Exception) {
logger.warn("获取市场信息失败: ${e.message}", e)
null
}
}
val marketTitle = marketInfo?.question ?: record.marketId
val marketSlug = marketInfo?.slug
// 获取 Leader 和跟单配置信息
val leader = leaderRepository.findById(finalCopyTrading.leaderId).orElse(null)
val leaderName = leader?.leaderName
val configName = finalCopyTrading.configName
// 获取当前语言设置
val locale = try {
LocaleContextHolder.getLocale()
} catch (e: Exception) {
java.util.Locale("zh", "CN") // 默认简体中文
}
// 创建 CLOB API 客户端(如果未提供)
val finalClobApi = clobApi ?: if (finalAccount.apiKey != null && apiSecret != null && apiPassphrase != null) {
retrofitFactory.createClobApi(
finalAccount.apiKey!!,
apiSecret,
apiPassphrase,
finalAccount.walletAddress
)
} else {
null
}
// 发送通知
telegramNotificationService.sendOrderSuccessNotification(
orderId = record.sellOrderId,
marketTitle = marketTitle,
marketId = record.marketId,
marketSlug = marketSlug,
side = "SELL",
price = actualPrice ?: record.sellPrice.toString(), // 使用实际价格或临时价格
size = actualSize ?: record.totalMatchedQuantity.toString(), // 使用实际数量或临时数量
outcome = actualOutcome, // 使用实际 outcome
accountName = finalAccount.accountName,
walletAddress = finalAccount.walletAddress,
clobApi = finalClobApi,
apiKey = finalAccount.apiKey,
apiSecret = apiSecret,
apiPassphrase = apiPassphrase,
walletAddressForApi = finalAccount.walletAddress,
locale = locale,
leaderName = leaderName,
configName = configName
)
logger.info("卖出订单通知已发送: orderId=${record.sellOrderId}, copyTradingId=${record.copyTradingId}")
} catch (e: Exception) {
logger.warn("发送卖出订单通知失败: orderId=${record.sellOrderId}, error=${e.message}", e)
}
}
}
@@ -28,12 +28,11 @@ class ApiHealthCheckService(
private val dataApiBaseUrl: String,
@Value("\${polymarket.gamma.base-url}")
private val gammaBaseUrl: String,
@Value("\${polygon.rpc.url:}")
private val polygonRpcUrl: String,
@Value("\${polymarket.rtds.ws-url}")
private val polymarketWsUrl: String,
@Value("\${polymarket.builder.relayer-url:}")
private val builderRelayerUrl: String
private val builderRelayerUrl: String,
private val rpcNodeService: RpcNodeService
) : ApplicationContextAware {
private var applicationContext: ApplicationContext? = null
@@ -186,19 +185,12 @@ class ApiHealthCheckService(
/**
* 检查 Polygon RPC
* 使用动态获取的可用节点RpcNodeService 总是返回一个有效的 URL包括默认节点
*/
private suspend fun checkPolygonRpc(): ApiHealthCheckDto = withContext(Dispatchers.IO) {
if (polygonRpcUrl.isBlank()) {
return@withContext ApiHealthCheckDto(
name = "Polygon RPC",
url = "未配置",
status = "skipped",
message = "未配置 Polygon RPC URL"
)
}
val url = polygonRpcUrl
checkJsonRpcApi("Polygon RPC", url)
// 使用 RpcNodeService 获取可用节点(总是返回有效值,包括默认节点)
val rpcUrl = rpcNodeService.getHttpUrl()
checkJsonRpcApi("Polygon RPC", rpcUrl)
}
/**
@@ -24,12 +24,11 @@ import java.math.BigInteger
*/
@Service
class RelayClientService(
@Value("\${polygon.rpc.url:}")
private val polygonRpcUrl: String,
@Value("\${polymarket.builder.relayer-url:}")
private val builderRelayerUrl: String,
private val retrofitFactory: RetrofitFactory,
private val systemConfigService: SystemConfigService
private val systemConfigService: SystemConfigService,
private val rpcNodeService: RpcNodeService
) {
private val logger = LoggerFactory.getLogger(RelayClientService::class.java)
@@ -43,12 +42,9 @@ class RelayClientService(
// 空集合ID
private val EMPTY_SET = "0x0000000000000000000000000000000000000000000000000000000000000000"
private val polygonRpcApi: EthereumRpcApi? by lazy {
if (polygonRpcUrl.isBlank()) {
null
} else {
retrofitFactory.createEthereumRpcApi(polygonRpcUrl)
}
private val polygonRpcApi: EthereumRpcApi by lazy {
val rpcUrl = rpcNodeService.getHttpUrl()
retrofitFactory.createEthereumRpcApi(rpcUrl)
}
/**
@@ -260,7 +256,7 @@ class RelayClientService(
builderSecret: String,
builderPassphrase: String
): Result<String> {
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
val relayerApi = retrofitFactory.createBuilderRelayerApi(
relayerUrl = builderRelayerUrl,
apiKey = builderApiKey,
@@ -337,15 +333,10 @@ class RelayClientService(
// 打包签名(参考 builder-relayer-client/src/utils/index.ts 的 splitAndPackSig
val packedSignature = splitAndPackSig(safeSignature)
// 调试日志
// 调试日志(地址已遮蔽)
logger.debug("=== Builder Relayer 签名调试 ===")
logger.debug("Safe Address: $proxyAddress")
logger.debug("From Address: $fromAddress")
logger.debug("To: ${safeTx.to}")
logger.debug("Data: $redeemCallData")
logger.debug("Nonce: $proxyNonce")
logger.debug("Packed Signature: $packedSignature")
logger.debug("Signature Length: ${packedSignature.length} (expected: 132 with 0x)")
logger.debug("Safe: ${proxyAddress.take(10)}..., From: ${fromAddress.take(10)}..., Nonce: $proxyNonce")
logger.debug("Signature Length: ${packedSignature.length}")
// 构建 TransactionRequest(参考 builder-relayer-client/src/builder/safe.ts
// 注意:根据 TypeScript 实现,data 和 signature 都应该带 0x 前缀
@@ -368,13 +359,7 @@ class RelayClientService(
metadata = "Redeem positions via Builder Relayer"
)
logger.debug("Request Type: ${request.type}")
logger.debug("Request From: ${request.from}")
logger.debug("Request To: ${request.to}")
logger.debug("Request ProxyWallet: ${request.proxyWallet}")
logger.debug("Request Data Length: ${request.data.length}")
logger.debug("Request Signature Length: ${request.signature.length}")
logger.debug("Request Nonce: ${request.nonce}")
logger.debug("Request: type=${request.type}, dataLen=${request.data.length}, sigLen=${request.signature.length}, nonce=${request.nonce}")
// 调用 Builder Relayer API(认证头通过拦截器添加)
val response = relayerApi.submitTransaction(request)
@@ -461,13 +446,7 @@ class RelayClientService(
safeTx: SafeTransaction
): Result<String> {
return try {
// 如果未配置 RPC URL,返回错误
if (polygonRpcUrl.isBlank()) {
logger.warn("未配置 Polygon RPC URL,无法执行交易")
return Result.failure(IllegalStateException("未配置 Polygon RPC URL,无法执行交易。请配置 polygon.rpc.url 或启用 Builder RelayerGasless"))
}
val rpcApi = polygonRpcApi ?: throw IllegalStateException("Polygon RPC URL 未配置")
val rpcApi = polygonRpcApi
// 从私钥推导实际签名地址(交易真正的 from 地址)
val cleanPrivateKey = privateKey.removePrefix("0x")
@@ -665,7 +644,7 @@ class RelayClientService(
}
val hexNonce = rpcResponse.result ?: return Result.failure(Exception("Proxy nonce 结果为空"))
val nonce = EthereumUtils.decodeUint256(hexNonce)
val nonce = EthereumUtils.decodeUint256(hexNonce.asString)
return Result.success(nonce)
}
@@ -689,7 +668,7 @@ class RelayClientService(
}
val hexNonce = rpcResponse.result ?: return Result.failure(Exception("nonce 结果为空"))
val nonce = EthereumUtils.decodeUint256(hexNonce)
val nonce = EthereumUtils.decodeUint256(hexNonce.asString)
return Result.success(nonce)
}
@@ -713,7 +692,7 @@ class RelayClientService(
}
val hexGasPrice = rpcResponse.result ?: return Result.failure(Exception("gas price 结果为空"))
val gasPrice = EthereumUtils.decodeUint256(hexGasPrice)
val gasPrice = EthereumUtils.decodeUint256(hexGasPrice.asString)
return Result.success(gasPrice)
}
@@ -784,7 +763,7 @@ class RelayClientService(
}
val txHash = rpcResponse.result ?: return Result.failure(Exception("交易哈希为空"))
return Result.success(txHash)
return Result.success(txHash.asString)
}
/**
@@ -0,0 +1,513 @@
package com.wrbug.polymarketbot.service.system
import com.wrbug.polymarketbot.api.EthereumRpcApi
import com.wrbug.polymarketbot.api.JsonRpcRequest
import com.wrbug.polymarketbot.entity.NodeHealthStatus
import com.wrbug.polymarketbot.entity.RpcNodeConfig
import com.wrbug.polymarketbot.entity.RpcProviderType
import com.wrbug.polymarketbot.repository.RpcNodeConfigRepository
import com.wrbug.polymarketbot.util.CryptoUtils
import com.wrbug.polymarketbot.util.RetrofitFactory
import org.slf4j.LoggerFactory
import org.springframework.stereotype.Service
import org.springframework.transaction.annotation.Transactional
/**
* RPC 节点管理服务
* 负责管理用户配置的 Polygon RPC 节点
*/
@Service
class RpcNodeService(
private val rpcNodeConfigRepository: RpcNodeConfigRepository,
private val cryptoUtils: CryptoUtils,
private val retrofitFactory: RetrofitFactory
) {
private val logger = LoggerFactory.getLogger(RpcNodeService::class.java)
companion object {
// 默认公共节点
private const val DEFAULT_RPC_URL = "https://polygon.publicnode.com"
private const val DEFAULT_WS_URL = "wss://polygon.publicnode.com"
// 主流服务商 URL 模板
private val PROVIDER_HTTP_TEMPLATES = mapOf(
RpcProviderType.ALCHEMY to "https://polygon-mainnet.g.alchemy.com/v2/{apiKey}",
RpcProviderType.INFURA to "https://polygon-mainnet.infura.io/v3/{apiKey}",
RpcProviderType.QUICKNODE to "https://your-endpoint.quiknode.pro/{apiKey}/",
RpcProviderType.CHAINSTACK to "https://polygon-mainnet.core.chainstack.com/{apiKey}",
RpcProviderType.GETBLOCK to "https://go.getblock.io/{apiKey}/"
)
private val PROVIDER_WS_TEMPLATES = mapOf(
RpcProviderType.ALCHEMY to "wss://polygon-mainnet.g.alchemy.com/v2/{apiKey}",
RpcProviderType.INFURA to "wss://polygon-mainnet.infura.io/ws/v3/{apiKey}",
RpcProviderType.QUICKNODE to "wss://your-endpoint.quiknode.pro/{apiKey}/",
RpcProviderType.CHAINSTACK to "wss://ws-polygon-mainnet.core.chainstack.com/{apiKey}",
RpcProviderType.GETBLOCK to "wss://go.getblock.io/{apiKey}/"
)
}
/**
* 获取所有节点配置不包含默认节点
* 默认节点作为兜底不应该返回给前端
*/
fun getAllNodes(): List<RpcNodeConfig> {
val allNodes = rpcNodeConfigRepository.findAllByOrderByPriorityAsc()
// 过滤掉默认节点,只返回用户配置的节点
return allNodes.filterNot { isDefaultNode(it) }
}
/**
* 获取所有节点配置包含默认节点用于内部使用
* 只返回启用的节点禁用的节点会被忽略
* 默认节点始终排在最后
*/
fun getAllNodesWithDefault(): List<RpcNodeConfig> {
// 只查询启用的节点
val allNodes = rpcNodeConfigRepository.findAllByEnabledTrueOrderByPriorityAsc()
// 分离默认节点和用户配置的节点
val (defaultNodes, userNodes) = allNodes.partition { isDefaultNode(it) }
// 返回用户配置的节点,默认节点排在最后(如果存在)
return userNodes + defaultNodes
}
/**
* 判断是否是默认节点
*/
private fun isDefaultNode(node: RpcNodeConfig): Boolean {
return node.httpUrl == DEFAULT_RPC_URL ||
node.httpUrl == DEFAULT_RPC_URL.removeSuffix("/") ||
(node.providerType == RpcProviderType.PUBLIC.name &&
(node.httpUrl.contains("polygon.publicnode.com") ||
node.httpUrl.contains("publicnode.com")))
}
/**
* 获取第一个可用的节点
* 按优先级顺序遍历所有启用的节点找到第一个真正可用的节点
* 如果所有节点都不可用返回默认节点
* @return 可用节点的配置,如果没有可用节点则返回失败
*/
fun getAvailableNode(): Result<RpcNodeConfig> {
return try {
val nodes = rpcNodeConfigRepository.findAllByEnabledTrueOrderByPriorityAsc()
.filterNot { isDefaultNode(it) } // 排除默认节点
if (nodes.isEmpty()) {
logger.warn("没有配置任何 RPC 节点,使用默认节点: $DEFAULT_RPC_URL")
return Result.failure(IllegalStateException("没有配置任何 RPC 节点"))
}
// 优先使用最近检查状态为 HEALTHY 的节点
val healthyNodes = nodes.filter {
it.lastCheckStatus == NodeHealthStatus.HEALTHY.name
}
// 先尝试使用健康的节点(按优先级排序)
for (node in healthyNodes) {
try {
// 快速验证节点是否仍然可用(使用较短的超时时间)
val checkResult = validateNode(node.httpUrl, node.wsUrl).getOrNull()
if (checkResult != null && checkResult.status == NodeHealthStatus.HEALTHY) {
logger.debug("使用健康的 RPC 节点: ${node.name} (${node.httpUrl})")
return Result.success(node)
}
} catch (e: Exception) {
logger.debug("节点 ${node.name} 验证失败,尝试下一个节点: ${e.message}")
// 继续尝试下一个节点
}
}
// 如果没有健康的节点,尝试验证所有节点(按优先级)
for (node in nodes) {
try {
val checkResult = validateNode(node.httpUrl, node.wsUrl).getOrNull()
if (checkResult != null && checkResult.status == NodeHealthStatus.HEALTHY) {
logger.info("找到可用的 RPC 节点: ${node.name} (${node.httpUrl})")
return Result.success(node)
}
} catch (e: Exception) {
logger.debug("节点 ${node.name} 验证失败,尝试下一个节点: ${e.message}")
// 继续尝试下一个节点
}
}
// 所有节点都不可用,返回失败
logger.warn("所有 RPC 节点都不可用,将使用默认节点: $DEFAULT_RPC_URL")
Result.failure(IllegalStateException("所有 RPC 节点都不可用"))
} catch (e: Exception) {
logger.error("获取可用节点失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 获取节点的 HTTP URL (如果没有配置,使用默认节点)
*/
fun getHttpUrl(): String {
val nodeResult = getAvailableNode()
return if (nodeResult.isSuccess) {
nodeResult.getOrNull()?.httpUrl ?: DEFAULT_RPC_URL
} else {
logger.warn("没有可用的用户配置节点,使用默认节点")
DEFAULT_RPC_URL
}
}
/**
* 获取节点的 WebSocket URL (如果没有配置,使用默认节点)
*/
fun getWsUrl(): String {
val nodeResult = getAvailableNode()
return if (nodeResult.isSuccess) {
nodeResult.getOrNull()?.wsUrl ?: DEFAULT_WS_URL
} else {
logger.warn("没有可用的用户配置节点,使用默认 WS 节点")
DEFAULT_WS_URL
}
}
/**
* 添加节点
*/
@Transactional
fun addNode(request: AddRpcNodeRequest): Result<RpcNodeConfig> {
return try {
// 1. 验证请求
val providerType = try {
RpcProviderType.valueOf(request.providerType.uppercase())
} catch (e: IllegalArgumentException) {
return Result.failure(IllegalArgumentException("不支持的服务商类型: ${request.providerType}"))
}
// 2. 构建 HTTP 和 WS URL
val (httpUrl, wsUrl) = if (providerType == RpcProviderType.CUSTOM) {
// 自定义节点,使用用户提供的 URL
if (request.httpUrl.isNullOrBlank()) {
return Result.failure(IllegalArgumentException("自定义节点必须提供 HTTP URL"))
}
Pair(request.httpUrl, request.wsUrl)
} else {
// 主流服务商,使用模板生成 URL
if (request.apiKey.isNullOrBlank()) {
return Result.failure(IllegalArgumentException("${request.providerType} 节点必须提供 API Key"))
}
val httpTemplate = PROVIDER_HTTP_TEMPLATES[providerType]
?: return Result.failure(IllegalArgumentException("未找到 ${request.providerType} 的 HTTP URL 模板"))
val wsTemplate = PROVIDER_WS_TEMPLATES[providerType]
Pair(
httpTemplate.replace("{apiKey}", request.apiKey),
wsTemplate?.replace("{apiKey}", request.apiKey)
)
}
// 3. 校验节点可用性
val validationResult = validateNode(httpUrl, wsUrl)
if (validationResult.isFailure) {
return Result.failure(validationResult.exceptionOrNull() ?: Exception("节点验证失败"))
}
val checkResult = validationResult.getOrNull()!!
// 检查节点是否健康,如果不健康则不允许添加
if (checkResult.status != NodeHealthStatus.HEALTHY) {
return Result.failure(IllegalArgumentException("节点不可用: ${checkResult.message}"))
}
// 4. 加密 API Key (如果有)
val encryptedApiKey = request.apiKey?.let { cryptoUtils.encrypt(it) }
// 5. 获取当前最大优先级
val maxPriority = rpcNodeConfigRepository.findAllByOrderByPriorityAsc()
.maxOfOrNull { it.priority } ?: 0
// 6. 创建节点配置
val node = RpcNodeConfig(
providerType = providerType.name,
name = request.name,
httpUrl = httpUrl,
wsUrl = wsUrl,
apiKey = encryptedApiKey,
enabled = true,
priority = maxPriority + 1, // 新节点放到最后
lastCheckTime = checkResult.checkTime,
lastCheckStatus = checkResult.status.name,
responseTimeMs = checkResult.responseTimeMs
)
val savedNode = rpcNodeConfigRepository.save(node)
logger.info("成功添加 RPC 节点: ${savedNode.name} (${savedNode.httpUrl})")
Result.success(savedNode)
} catch (e: Exception) {
logger.error("添加节点失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 更新节点
* 默认节点不允许更新作为兜底不应该返回给前端
*/
@Transactional
fun updateNode(request: UpdateRpcNodeRequest): Result<RpcNodeConfig> {
return try {
val node = rpcNodeConfigRepository.findById(request.id).orElse(null)
?: return Result.failure(IllegalArgumentException("节点不存在: ${request.id}"))
// 如果是默认节点,不允许更新
if (isDefaultNode(node)) {
return Result.failure(IllegalArgumentException("默认节点不允许更新"))
}
// 更新字段
val updatedNode = node.copy(
name = request.name ?: node.name,
enabled = request.enabled ?: node.enabled,
priority = request.priority ?: node.priority,
updatedAt = System.currentTimeMillis()
)
val savedNode = rpcNodeConfigRepository.save(updatedNode)
logger.info("成功更新 RPC 节点: ${savedNode.name}")
Result.success(savedNode)
} catch (e: Exception) {
logger.error("更新节点失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 删除节点
* 默认节点不允许删除作为兜底不应该返回给前端
*/
@Transactional
fun deleteNode(id: Long): Result<Unit> {
return try {
val node = rpcNodeConfigRepository.findById(id).orElse(null)
?: return Result.failure(IllegalArgumentException("节点不存在: $id"))
// 如果是默认节点,不允许删除
if (isDefaultNode(node)) {
return Result.failure(IllegalArgumentException("默认节点不允许删除"))
}
rpcNodeConfigRepository.delete(node)
logger.info("成功删除 RPC 节点: ${node.name}")
Result.success(Unit)
} catch (e: Exception) {
logger.error("删除节点失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 更新节点优先级
* 默认节点不允许更新优先级作为兜底始终排在最后
*/
@Transactional
fun updatePriority(id: Long, priority: Int): Result<Unit> {
return try {
val node = rpcNodeConfigRepository.findById(id).orElse(null)
?: return Result.failure(IllegalArgumentException("节点不存在: $id"))
// 如果是默认节点,不允许更新优先级
if (isDefaultNode(node)) {
return Result.failure(IllegalArgumentException("默认节点不允许更新优先级"))
}
val updatedNode = node.copy(
priority = priority,
updatedAt = System.currentTimeMillis()
)
rpcNodeConfigRepository.save(updatedNode)
logger.info("成功更新节点优先级: ${node.name} -> $priority")
Result.success(Unit)
} catch (e: Exception) {
logger.error("更新节点优先级失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 检查单个节点健康状态
* 默认节点不应该被检查作为兜底不应该返回给前端
*/
@Transactional
fun checkNodeHealth(nodeId: Long): Result<NodeCheckResult> {
return try {
val node = rpcNodeConfigRepository.findById(nodeId).orElse(null)
?: return Result.failure(IllegalArgumentException("节点不存在: $nodeId"))
// 如果是默认节点,不允许检查
if (isDefaultNode(node)) {
return Result.failure(IllegalArgumentException("默认节点不允许检查"))
}
val checkResult = validateNode(node.httpUrl, node.wsUrl).getOrThrow()
// 更新节点健康状态
val updatedNode = node.copy(
lastCheckTime = checkResult.checkTime,
lastCheckStatus = checkResult.status.name,
responseTimeMs = checkResult.responseTimeMs,
updatedAt = System.currentTimeMillis()
)
rpcNodeConfigRepository.save(updatedNode)
logger.info("检查节点健康状态: ${node.name} -> ${checkResult.status}")
Result.success(checkResult)
} catch (e: Exception) {
logger.error("检查节点健康状态失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 批量检查所有节点健康状态不包含默认节点和禁用的节点
* 默认节点作为兜底不应该返回给前端
* 禁用的节点不应该被检查
*/
@Transactional
fun checkAllNodesHealth(): Result<Map<Long, NodeCheckResult>> {
return try {
// 只查询启用的节点,过滤掉默认节点和禁用的节点
val allNodes = rpcNodeConfigRepository.findAllByEnabledTrueOrderByPriorityAsc()
// 过滤掉默认节点,只检查用户配置的启用节点
val nodes = allNodes.filterNot { isDefaultNode(it) }
val results = mutableMapOf<Long, NodeCheckResult>()
for (node in nodes) {
try {
val checkResult = validateNode(node.httpUrl, node.wsUrl).getOrNull()
if (checkResult != null) {
results[node.id!!] = checkResult
// 更新节点状态
val updatedNode = node.copy(
lastCheckTime = checkResult.checkTime,
lastCheckStatus = checkResult.status.name,
responseTimeMs = checkResult.responseTimeMs,
updatedAt = System.currentTimeMillis()
)
rpcNodeConfigRepository.save(updatedNode)
}
} catch (e: Exception) {
logger.error("检查节点 ${node.name} 失败: ${e.message}", e)
}
}
Result.success(results)
} catch (e: Exception) {
logger.error("批量检查节点健康状态失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 校验节点可用性
* 调用 eth_blockNumber 验证节点是否可用
*/
private fun validateNode(httpUrl: String, wsUrl: String?): Result<NodeCheckResult> {
return try {
logger.debug("开始验证节点: $httpUrl")
// 创建临时 RPC API
val rpcApi = retrofitFactory.createEthereumRpcApi(httpUrl)
// 调用 eth_blockNumber
val startTime = System.currentTimeMillis()
val rpcRequest = JsonRpcRequest(
method = "eth_blockNumber",
params = emptyList()
)
val response = kotlinx.coroutines.runBlocking { rpcApi.call(rpcRequest) }
val responseTime = (System.currentTimeMillis() - startTime).toInt()
if (!response.isSuccessful || response.body() == null) {
logger.warn("节点验证失败: HTTP ${response.code()}")
return Result.success(NodeCheckResult(
status = NodeHealthStatus.UNHEALTHY,
message = "HTTP 请求失败: ${response.code()}",
checkTime = System.currentTimeMillis(),
responseTimeMs = responseTime
))
}
val rpcResponse = response.body()!!
if (rpcResponse.error != null) {
logger.warn("节点验证失败: RPC 错误 ${rpcResponse.error.message}")
return Result.success(NodeCheckResult(
status = NodeHealthStatus.UNHEALTHY,
message = "RPC 错误: ${rpcResponse.error.message}",
checkTime = System.currentTimeMillis(),
responseTimeMs = responseTime
))
}
val blockNumber = rpcResponse.result?.asString
if (blockNumber.isNullOrBlank()) {
return Result.success(NodeCheckResult(
status = NodeHealthStatus.UNHEALTHY,
message = "区块号为空",
checkTime = System.currentTimeMillis(),
responseTimeMs = responseTime
))
}
logger.info("节点验证成功: $httpUrl, 区块号: $blockNumber, 响应时间: ${responseTime}ms")
Result.success(NodeCheckResult(
status = NodeHealthStatus.HEALTHY,
message = "节点可用, 当前区块: $blockNumber",
checkTime = System.currentTimeMillis(),
responseTimeMs = responseTime,
blockNumber = blockNumber
))
} catch (e: Exception) {
logger.error("验证节点失败: ${e.message}", e)
Result.success(NodeCheckResult(
status = NodeHealthStatus.UNHEALTHY,
message = "验证失败: ${e.message}",
checkTime = System.currentTimeMillis(),
responseTimeMs = null
))
}
}
}
/**
* 添加节点请求
*/
data class AddRpcNodeRequest(
val providerType: String, // ALCHEMY, INFURA, QUICKNODE, CHAINSTACK, GETBLOCK, CUSTOM, PUBLIC
val name: String,
val apiKey: String? = null, // 主流服务商需要
val httpUrl: String? = null, // CUSTOM 需要
val wsUrl: String? = null
)
/**
* 更新节点请求
*/
data class UpdateRpcNodeRequest(
val id: Long,
val name: String? = null,
val enabled: Boolean? = null,
val priority: Int? = null
)
/**
* 节点检查结果
*/
data class NodeCheckResult(
val status: NodeHealthStatus,
val message: String,
val checkTime: Long,
val responseTimeMs: Int?,
val blockNumber: String? = null
)
@@ -25,6 +25,19 @@ class SystemConfigService(
const val CONFIG_KEY_BUILDER_SECRET = "builder.secret"
const val CONFIG_KEY_BUILDER_PASSPHRASE = "builder.passphrase"
const val CONFIG_KEY_AUTO_REDEEM = "auto_redeem"
/**
* 遮蔽敏感信息仅显示前4位和后4位
* 例如abcd1234...wxyz5678
*/
fun maskSensitiveValue(value: String?): String? {
if (value == null) return null
return when {
value.length <= 8 -> "****" // 太短则完全遮蔽
value.length <= 16 -> "${value.take(2)}...${value.takeLast(2)}"
else -> "${value.take(4)}...${value.takeLast(4)}"
}
}
}
/**
@@ -36,10 +49,38 @@ class SystemConfigService(
val builderPassphrase = getConfigValue(CONFIG_KEY_BUILDER_PASSPHRASE)
val autoRedeem = isAutoRedeemEnabled()
// 获取遮蔽后的显示值(仅显示部分字符,用于前端确认配置)
val builderApiKeyDisplay = builderApiKey?.let {
try {
maskSensitiveValue(cryptoUtils.decrypt(it))
} catch (e: Exception) {
null
}
}
val builderSecretDisplay = builderSecret?.let {
try {
maskSensitiveValue(cryptoUtils.decrypt(it))
} catch (e: Exception) {
null
}
}
val builderPassphraseDisplay = builderPassphrase?.let {
try {
maskSensitiveValue(cryptoUtils.decrypt(it))
} catch (e: Exception) {
null
}
}
return SystemConfigDto(
builderApiKeyConfigured = builderApiKey != null,
builderSecretConfigured = builderSecret != null,
builderPassphraseConfigured = builderPassphrase != null,
builderApiKeyDisplay = builderApiKeyDisplay,
builderSecretDisplay = builderSecretDisplay,
builderPassphraseDisplay = builderPassphraseDisplay,
autoRedeemEnabled = autoRedeem
)
}
@@ -43,6 +43,25 @@ class TelegramNotificationService(
// 协程作用域
private val scope = CoroutineScope(Dispatchers.IO + SupervisorJob())
/**
* 发送订单成功通知
* @param orderId 订单ID用于查询订单详情获取实际价格和数量
* @param marketTitle 市场标题
* @param marketId 市场IDconditionId用于生成链接
* @param marketSlug 市场slug用于生成链接
* @param side 订单方向BUY/SELL用于多语言显示
* @param accountName 账户名称
* @param walletAddress 钱包地址
* @param clobApi CLOB API 客户端可选如果提供则查询订单详情获取实际价格和数量
* @param apiKey API Key可选用于查询订单详情
* @param apiSecret API Secret可选用于查询订单详情
* @param apiPassphrase API Passphrase可选用于查询订单详情
* @param walletAddressForApi 钱包地址可选用于查询订单详情
* @param locale 语言设置可选如果提供则使用否则使用 LocaleContextHolder 获取
*/
// 已发送通知的订单ID缓存(key: orderId, value: timestamp
private val sentOrderIds = java.util.concurrent.ConcurrentHashMap<String, Long>()
/**
* 发送订单成功通知
* @param orderId 订单ID用于查询订单详情获取实际价格和数量
@@ -65,6 +84,9 @@ class TelegramNotificationService(
marketId: String? = null,
marketSlug: String? = null,
side: String,
price: String? = null, // 订单价格(可选,如果提供则直接使用)
size: String? = null, // 订单数量(可选,如果提供则直接使用)
outcome: String? = null, // 市场方向(可选,如果提供则直接使用)
accountName: String? = null,
walletAddress: String? = null,
clobApi: PolymarketClobApi? = null,
@@ -76,6 +98,26 @@ class TelegramNotificationService(
leaderName: String? = null, // Leader 名称(备注)
configName: String? = null // 跟单配置名
) {
// 1. 如果提供了 orderId,检查是否已发送过通知(去重)
if (orderId != null) {
val lastSentTime = sentOrderIds[orderId]
if (lastSentTime != null) {
// 如果5分钟内已发送过,跳过
if (System.currentTimeMillis() - lastSentTime < 5 * 60 * 1000) {
logger.info("订单通知已发送过(5分钟内),跳过: orderId=$orderId")
return
}
}
// 记录发送时间
sentOrderIds[orderId] = System.currentTimeMillis()
// 简单的清理逻辑:如果缓存过大,清理过期的
if (sentOrderIds.size > 1000) {
val expiryTime = System.currentTimeMillis() - 5 * 60 * 1000
sentOrderIds.entries.removeIf { it.value < expiryTime }
}
}
// 获取语言设置(优先使用传入的 locale,否则从 LocaleContextHolder 获取)
val currentLocale = locale ?: try {
LocaleContextHolder.getLocale()
@@ -84,35 +126,49 @@ class TelegramNotificationService(
java.util.Locale("zh", "CN") // 默认简体中文
}
// 尝试从订单详情获取实际价格和数量
var actualPrice: String? = null
var actualSize: String? = null
// 优先使用传入的价格和数量,如果没有提供则尝试从订单详情获取
var actualPrice: String? = price
var actualSize: String? = size
var actualSide: String = side
var actualOutcome: String? = null // 市场方向(outcome
var actualOutcome: String? = outcome
if (orderId != null && clobApi != null && apiKey != null && apiSecret != null && apiPassphrase != null && walletAddressForApi != null) {
// 如果价格或数量未提供,尝试从订单详情获取
if ((actualPrice == null || actualSize == null) && orderId != null && clobApi != null && apiKey != null && apiSecret != null && apiPassphrase != null && walletAddressForApi != null) {
try {
val orderResponse = clobApi.getOrder(orderId)
if (orderResponse.isSuccessful && orderResponse.body() != null) {
val order = orderResponse.body()!!
actualPrice = order.price
actualSize = order.originalSize // 使用 originalSize 作为订单数量
actualSide = order.side // 使用订单详情中的 side
actualOutcome = order.outcome // 使用订单详情中的 outcome(市场方向)
if (orderResponse.isSuccessful) {
val order = orderResponse.body()
if (order != null) {
if (actualPrice == null) {
actualPrice = order.price
}
if (actualSize == null) {
actualSize = order.originalSize // 使用 originalSize 作为订单数量
}
actualSide = order.side // 使用订单详情中的 side
if (actualOutcome == null) {
actualOutcome = order.outcome // 使用订单详情中的 outcome(市场方向)
}
} else {
logger.debug("查询订单详情失败: 响应体为空, orderId=$orderId")
}
} else {
val errorBody = orderResponse.errorBody()?.string()?.take(200) ?: "无错误详情"
logger.debug("查询订单详情失败: orderId=$orderId, code=${orderResponse.code()}, errorBody=$errorBody")
}
} catch (e: Exception) {
logger.warn("查询订单详情失败,使用默认值: ${e.message}", e)
logger.warn("查询订单详情失败: orderId=$orderId, ${e.message}", e)
}
}
// 如果没有获取到实际值,使用默认值(这种情况不应该发生,但为了兼容性保留)
val price = actualPrice ?: "0"
val size = actualSize ?: "0"
// 如果仍然没有获取到实际值,使用默认值(这种情况不应该发生,但为了兼容性保留)
val finalPrice = actualPrice ?: "0"
val finalSize = actualSize ?: "0"
// 计算订单金额 = price × sizeUSDC
val amount = try {
val priceDecimal = price.toSafeBigDecimal()
val sizeDecimal = size.toSafeBigDecimal()
val priceDecimal = finalPrice.toSafeBigDecimal()
val sizeDecimal = finalSize.toSafeBigDecimal()
priceDecimal.multiply(sizeDecimal).toString()
} catch (e: Exception) {
logger.warn("计算订单金额失败: ${e.message}", e)
@@ -126,8 +182,8 @@ class TelegramNotificationService(
marketSlug = marketSlug,
side = actualSide,
outcome = actualOutcome,
price = price,
size = size,
price = finalPrice,
size = finalSize,
amount = amount,
accountName = accountName,
walletAddress = walletAddress,
@@ -296,18 +352,8 @@ class TelegramNotificationService(
else -> filterType
}
// 优先使用账户名称,如果没有账户名称才显示钱包地址
val accountInfo: String = when {
!accountName.isNullOrBlank() -> {
accountName!!
}
!walletAddress.isNullOrBlank() -> {
maskAddress(walletAddress!!)
}
else -> {
unknownAccount
}
}
// 构建账户信息(格式:账户名(钱包地址)
val accountInfo = buildAccountInfo(accountName, walletAddress, unknownAccount)
val time = DateUtils.formatDateTime()
@@ -359,13 +405,17 @@ class TelegramNotificationService(
""
}
// 格式化价格和数量
val priceDisplay = formatPrice(price)
val sizeDisplay = formatQuantity(size)
return """🚫 <b>$orderFiltered</b>
📊 <b>$orderInfo</b>
$marketLabel: $marketDisplay$outcomeDisplay
$sideLabel: <b>$sideDisplay</b>
$priceLabel: <code>$price</code>
$quantityLabel: <code>$size</code> shares
$priceLabel: <code>$priceDisplay</code>
$quantityLabel: <code>$sizeDisplay</code> shares
$amountLabel: <code>$amountDisplay</code> USDC
$accountLabel: $escapedAccountInfo
@@ -570,6 +620,68 @@ class TelegramNotificationService(
}
}
/**
* 格式化价格显示保留最多4位小数截断不四舍五入
*/
private fun formatPrice(price: String): String {
return try {
val priceDecimal = price.toSafeBigDecimal()
val formatted = if (priceDecimal.scale() > 4) {
priceDecimal.setScale(4, java.math.RoundingMode.DOWN).stripTrailingZeros()
} else {
priceDecimal.stripTrailingZeros()
}
formatted.toPlainString()
} catch (e: Exception) {
price
}
}
/**
* 格式化数量显示保留最多2位小数截断不四舍五入
*/
private fun formatQuantity(quantity: String): String {
return try {
val quantityDecimal = quantity.toSafeBigDecimal()
val formatted = if (quantityDecimal.scale() > 2) {
quantityDecimal.setScale(2, java.math.RoundingMode.DOWN).stripTrailingZeros()
} else {
quantityDecimal.stripTrailingZeros()
}
formatted.toPlainString()
} catch (e: Exception) {
quantity
}
}
/**
* 构建账户信息显示格式账户名(钱包地址)
*/
private fun buildAccountInfo(
accountName: String?,
walletAddress: String?,
unknownAccount: String
): String {
return when {
!accountName.isNullOrBlank() && !walletAddress.isNullOrBlank() -> {
// 有账户名和钱包地址:账户名(钱包地址)
"${accountName}(${maskAddress(walletAddress)})"
}
!accountName.isNullOrBlank() -> {
// 只有账户名
accountName
}
!walletAddress.isNullOrBlank() -> {
// 只有钱包地址
maskAddress(walletAddress)
}
else -> {
// 都没有
unknownAccount
}
}
}
/**
* 构建订单成功消息
*/
@@ -613,18 +725,15 @@ class TelegramNotificationService(
else -> side
}
// 优先使用账户名称,如果没有账户名称才显示钱包地址
val accountInfo: String = when {
!accountName.isNullOrBlank() -> {
accountName!!
}
!walletAddress.isNullOrBlank() -> {
maskAddress(walletAddress!!)
}
else -> {
unknownAccount
}
// 获取图标
val icon = when (side.uppercase()) {
"BUY" -> "🚀"
"SELL" -> "💰"
else -> "📣"
}
// 构建账户信息(格式:账户名(钱包地址))
val accountInfo = buildAccountInfo(accountName, walletAddress, unknownAccount)
// 构建跟单信息(如果有)
val copyTradingInfo = mutableListOf<String>()
@@ -694,14 +803,18 @@ class TelegramNotificationService(
""
}
return """✅ <b>$orderCreatedSuccess</b>
// 格式化价格和数量
val priceDisplay = formatPrice(price)
val sizeDisplay = formatQuantity(size)
return """$icon <b>$orderCreatedSuccess</b>
📊 <b>$orderInfo</b>
$orderIdLabel: <code>${orderId ?: unknown}</code>
$marketLabel: $marketDisplay$outcomeDisplay
$sideLabel: <b>$sideDisplay</b>
$priceLabel: <code>$price</code>
$quantityLabel: <code>$size</code> shares
$priceLabel: <code>$priceDisplay</code>
$quantityLabel: <code>$sizeDisplay</code> shares
$amountLabel: <code>$amountDisplay</code> USDC
$accountLabel: $escapedAccountInfo$escapedCopyTradingInfo
@@ -748,18 +861,8 @@ class TelegramNotificationService(
else -> side
}
// 优先使用账户名称,如果没有账户名称才显示钱包地址
val accountInfo: String = when {
!accountName.isNullOrBlank() -> {
accountName!!
}
!walletAddress.isNullOrBlank() -> {
maskAddress(walletAddress!!)
}
else -> {
unknownAccount
}
}
// 构建账户信息(格式:账户名(钱包地址)
val accountInfo = buildAccountInfo(accountName, walletAddress, unknownAccount)
val time = DateUtils.formatDateTime()
@@ -818,13 +921,17 @@ class TelegramNotificationService(
""
}
// 格式化价格和数量
val priceDisplay = formatPrice(price)
val sizeDisplay = formatQuantity(size)
return """❌ <b>$orderCreatedFailed</b>
📊 <b>$orderInfo</b>
$marketLabel: $marketDisplay$outcomeDisplay
$sideLabel: <b>$sideDisplay</b>
$priceLabel: <code>$price</code>
$quantityLabel: <code>$size</code> shares
$priceLabel: <code>$priceDisplay</code>
$quantityLabel: <code>$sizeDisplay</code> shares
$amountLabel: <code>$amountDisplay</code> USDC
$accountLabel: $escapedAccountInfo
@@ -889,18 +996,8 @@ class TelegramNotificationService(
val timeLabel = messageSource.getMessage("notification.order.time", null, "时间", locale)
val unknownAccount: String = messageSource.getMessage("notification.order.unknown_account", null, "未知账户", locale) ?: "未知账户"
// 优先使用账户名称,如果没有账户名称才显示钱包地址
val accountInfo: String = when {
!accountName.isNullOrBlank() -> {
accountName!!
}
!walletAddress.isNullOrBlank() -> {
maskAddress(walletAddress!!)
}
else -> {
unknownAccount
}
}
// 构建账户信息(格式:账户名(钱包地址)
val accountInfo = buildAccountInfo(accountName, walletAddress, unknownAccount)
val time = DateUtils.formatDateTime()
@@ -923,12 +1020,7 @@ class TelegramNotificationService(
// 构建仓位列表
val positionsText = positions.joinToString("\n") { position ->
val quantityDisplay = try {
val quantityDecimal = position.quantity.toSafeBigDecimal()
quantityDecimal.stripTrailingZeros().toPlainString()
} catch (e: Exception) {
position.quantity
}
val quantityDisplay = formatQuantity(position.quantity)
val valueDisplay = try {
val valueDecimal = position.value.toSafeBigDecimal()
val formatted = if (valueDecimal.scale() > 4) {
@@ -943,7 +1035,7 @@ class TelegramNotificationService(
"${position.marketId.substring(0, 8)}... (${position.side}): $quantityDisplay shares = $valueDisplay USDC"
}
return """ <b>$redeemSuccess</b>
return """💸 <b>$redeemSuccess</b>
📊 <b>$redeemInfo</b>
$accountLabel: $escapedAccountInfo
@@ -19,7 +19,7 @@ object EthereumUtils {
* @return 函数选择器例如 "0x12345678"
*/
fun getFunctionSelector(functionSignature: String): String {
val hash = keccak256(functionSignature.toByteArray())
val hash = keccak256Hex(functionSignature.toByteArray())
return "0x" + hash.substring(0, 8)
}
@@ -77,16 +77,109 @@ object EthereumUtils {
return BigInteger(cleanHex, 16)
}
/**
* ABI 编码的响应中解析 uint256 数组
* ABI 编码格式
* - offset (32 bytes): 数组数据的位置偏移量
* - length (32 bytes): 数组长度
* - data: 每个元素 32 字节
* @param hexResult 十六进制结果完整的 ABI 编码响应
* @param offset 数组数据的偏移位置字节数 offset 位置开始读取
* @return BigInteger 数组
*/
fun decodeUint256Array(hexResult: String, offset: Int = 0): List<BigInteger> {
val cleanHex = hexResult.removePrefix("0x")
if (cleanHex.length < (offset + 1) * 64) {
return emptyList()
}
// 从 offset 位置开始读取
val startPos = offset * 64 // 每个 uint256 是 64 个十六进制字符
val lengthHex = cleanHex.substring(startPos, startPos + 64)
val length = BigInteger(lengthHex, 16).toInt()
if (length <= 0 || length > 100) { // 防止异常数据
return emptyList()
}
val result = mutableListOf<BigInteger>()
for (i in 0 until length) {
val elementStart = startPos + 64 + (i * 64) // 跳过长度字段
if (elementStart + 64 > cleanHex.length) {
break
}
val elementHex = cleanHex.substring(elementStart, elementStart + 64)
result.add(BigInteger(elementHex, 16))
}
return result
}
/**
* ABI 编码的元组响应中解析数据
* 用于解析 getCondition 返回的 (uint256 payoutDenominator, uint256[] payouts)
* @param hexResult 十六进制结果
* @return Pair<payoutDenominator, payouts>
*/
fun decodeConditionResult(hexResult: String): Pair<BigInteger, List<BigInteger>> {
val cleanHex = hexResult.removePrefix("0x")
// 第一个 32 字节:payoutDenominator
val payoutDenominatorHex = cleanHex.substring(0, 64)
val payoutDenominator = BigInteger(payoutDenominatorHex, 16)
// 第二个 32 字节:payouts 数组的偏移量(通常是 0x40 = 64 字节)
val offsetHex = cleanHex.substring(64, 128)
val offset = BigInteger(offsetHex, 16).toInt() / 32 // 转换为 32 字节单位
// 从 offset 位置解析数组
val payouts = decodeUint256Array(hexResult, offset)
return Pair(payoutDenominator, payouts)
}
/**
* 将十六进制字符串转换为字节数组
* @param hex 十六进制字符串带或不带 0x 前缀
* @return 字节数组
*/
fun hexToBytes(hex: String): ByteArray {
val cleanHex = hex.removePrefix("0x")
return ByteArray(cleanHex.length / 2) { i ->
cleanHex.substring(i * 2, i * 2 + 2).toInt(16).toByte()
}
}
/**
* 将字节数组转换为十六进制字符串
* @param bytes 字节数组
* @return 十六进制字符串 0x 前缀
*/
fun bytesToHex(bytes: ByteArray): String {
return "0x" + bytes.joinToString("") { "%02x".format(it) }
}
/**
* 计算 Keccak-256 哈希Ethereum 标准
* 使用 BouncyCastle 库实现真正的 Keccak-256
* @param data 输入数据
* @return 32 字节的哈希值
*/
private fun keccak256(data: ByteArray): String {
fun keccak256(data: ByteArray): ByteArray {
val digest = KeccakDigest(256)
digest.update(data, 0, data.size)
val hash = ByteArray(digest.digestSize)
digest.doFinal(hash, 0)
return hash.joinToString("") { "%02x".format(it) }
return hash
}
/**
* 计算 Keccak-256 哈希并返回十六进制字符串
* @param data 输入数据
* @return 十六进制哈希字符串
*/
fun keccak256Hex(data: ByteArray): String {
return keccak256(data).joinToString("") { "%02x".format(it) }
}
}
@@ -2,14 +2,16 @@ package com.wrbug.polymarketbot.util
import com.google.gson.Gson
import com.google.gson.reflect.TypeToken
import org.springframework.stereotype.Component
/**
* JSON 工具类
* 用于解析 JSON 字符串
*/
object JsonUtils {
private val gson = Gson()
@Component
class JsonUtils(
private val gson: Gson
) {
/**
* 解析 JSON 字符串数组
@@ -26,21 +26,23 @@ fun BigDecimal.multi(value: Any): BigDecimal {
return BigDecimal.ZERO
}
/**
* BigDecimal除法扩展函数
* BigDecimal除法扩展函数带精度和舍入模式
* 安全地将BigDecimal与任意数值类型相除
* @param value 除数支持BigDecimalBigInteger类型或可转换为BigDecimal的字符串
* @return 除法结果精度为18位小数使用四舍五入模式如果转换失败返回IllegalBigDecimal
* @param scale 精度小数位数
* @param roundingMode 舍入模式
* @return 除法结果如果转换失败返回IllegalBigDecimal
*/
fun BigDecimal.div(value: Any): BigDecimal {
fun BigDecimal.div(value: Any, scale: Int = 18, roundingMode: RoundingMode = RoundingMode.HALF_UP): BigDecimal {
kotlin.runCatching {
if (value is BigDecimal) {
return divide(value, 18, RoundingMode.HALF_UP).stripTrailingZeros()
val divisor = when (value) {
is BigDecimal -> value
is BigInteger -> value.toBigDecimal()
else -> BigDecimal(value.toString())
}
if (value is BigInteger) {
return divide(value.toSafeBigDecimal(), 18, RoundingMode.HALF_UP).stripTrailingZeros()
}
return divide(BigDecimal(value.toString()), 18, RoundingMode.HALF_UP).stripTrailingZeros()
return divide(divisor, scale, roundingMode)
}
return IllegalBigDecimal
}
@@ -1,37 +1,138 @@
package com.wrbug.polymarketbot.util
import com.google.gson.Gson
import com.google.gson.GsonBuilder
import com.wrbug.polymarketbot.api.BuilderRelayerApi
import com.wrbug.polymarketbot.api.EthereumRpcApi
import com.wrbug.polymarketbot.api.GitHubApi
import com.wrbug.polymarketbot.api.PolymarketClobApi
import com.wrbug.polymarketbot.api.PolymarketDataApi
import com.wrbug.polymarketbot.api.PolymarketGammaApi
import okhttp3.HttpUrl
import okhttp3.HttpUrl.Companion.toHttpUrlOrNull
import okhttp3.Interceptor
import okhttp3.MediaType.Companion.toMediaType
import okhttp3.OkHttpClient
import okhttp3.Request
import okhttp3.RequestBody.Companion.toRequestBody
import okhttp3.Response
import okio.Buffer
import java.util.concurrent.TimeUnit
import org.slf4j.LoggerFactory
import org.springframework.beans.factory.annotation.Value
import org.springframework.stereotype.Component
import retrofit2.Retrofit
import retrofit2.converter.gson.GsonConverterFactory
import java.io.IOException
import java.util.concurrent.ConcurrentHashMap
import jakarta.annotation.PreDestroy
/**
* Retrofit 客户端工厂
* 用于创建带认证的 Polymarket CLOB API 客户端和 Ethereum RPC API 客户端
*
* 注意为了避免内存泄漏本类会缓存和复用客户端实例
*/
@Component
class RetrofitFactory(
@Value("\${polymarket.clob.base-url}")
private val clobBaseUrl: String,
@Value("\${polymarket.gamma.base-url}")
private val gammaBaseUrl: String
private val gammaBaseUrl: String,
private val gson: Gson
) {
private val logger = LoggerFactory.getLogger(RetrofitFactory::class.java)
// 共享的 OkHttpClient(用于不需要认证的 API)
private val sharedOkHttpClient: OkHttpClient by lazy {
createClient().build()
}
// 共享的 OkHttpClient(用于需要跟随重定向的 API)
private val sharedOkHttpClientWithRedirect: OkHttpClient by lazy {
createClient()
.followRedirects(true)
.followSslRedirects(true)
.build()
}
// 缓存 Gamma API 客户端(单例)
private val gammaApi: PolymarketGammaApi by lazy {
val baseUrl = if (gammaBaseUrl.endsWith("/")) {
gammaBaseUrl.dropLast(1)
} else {
gammaBaseUrl
}
Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(sharedOkHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketGammaApi::class.java)
}
// 缓存 Data API 客户端(单例)
private val dataApi: PolymarketDataApi by lazy {
val baseUrl = "https://data-api.polymarket.com"
Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(sharedOkHttpClientWithRedirect)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketDataApi::class.java)
}
// 缓存 GitHub API 客户端(单例)
private val githubApi: GitHubApi by lazy {
val baseUrl = "https://api.github.com"
// 添加拦截器,设置 Accept 头以获取 reactions 数据
val githubInterceptor = object : Interceptor {
override fun intercept(chain: Interceptor.Chain): Response {
val request = chain.request().newBuilder()
.header("Accept", "application/vnd.github+json")
.build()
return chain.proceed(request)
}
}
val okHttpClient = createClient()
.addInterceptor(githubInterceptor)
.build()
Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(GitHubApi::class.java)
}
// 缓存不带认证的 CLOB API 客户端(单例)
private val clobApiWithoutAuth: PolymarketClobApi by lazy {
Retrofit.Builder()
.baseUrl(clobBaseUrl)
.client(sharedOkHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketClobApi::class.java)
}
// 缓存带认证的 CLOB API 客户端:walletAddress -> PolymarketClobApi
// 注意:每个账户使用不同的 API Key,需要不同的客户端
private val clobApiCache = ConcurrentHashMap<String, PolymarketClobApi>()
// 缓存 RPC API 客户端:rpcUrl -> EthereumRpcApi
private val rpcApiCache = ConcurrentHashMap<String, EthereumRpcApi>()
// 缓存 Builder Relayer API 客户端:relayerUrl -> BuilderRelayerApi
private val builderRelayerApiCache = ConcurrentHashMap<String, BuilderRelayerApi>()
/**
* 创建带认证的 Polymarket CLOB API 客户端
* 按钱包地址缓存避免重复创建
* @param apiKey API Key
* @param apiSecret API Secret
* @param apiPassphrase API Passphrase
@@ -44,129 +145,169 @@ class RetrofitFactory(
apiPassphrase: String,
walletAddress: String
): PolymarketClobApi {
val authInterceptor = PolymarketAuthInterceptor(apiKey, apiSecret, apiPassphrase, walletAddress)
// 添加响应日志拦截器,用于调试 JSON 解析错误
val responseLoggingInterceptor = ResponseLoggingInterceptor()
val okHttpClient = createClient()
.addInterceptor(authInterceptor)
.addInterceptor(responseLoggingInterceptor)
.build()
// 创建 lenient 模式的 Gson,允许解析格式不严格的 JSON
val gson = GsonBuilder()
.setLenient()
.create()
return Retrofit.Builder()
.baseUrl(clobBaseUrl)
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketClobApi::class.java)
// 使用钱包地址作为缓存键(每个账户使用不同的 API Key)
return clobApiCache.computeIfAbsent(walletAddress) {
val authInterceptor = PolymarketAuthInterceptor(apiKey, apiSecret, apiPassphrase, walletAddress)
// 添加响应日志拦截器,用于调试 JSON 解析错误
val responseLoggingInterceptor = ResponseLoggingInterceptor()
val okHttpClient = createClient()
.addInterceptor(authInterceptor)
.addInterceptor(responseLoggingInterceptor)
.build()
Retrofit.Builder()
.baseUrl(clobBaseUrl)
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketClobApi::class.java)
}
}
/**
* 创建不带认证的 Polymarket CLOB API 客户端
* 用于不需要认证的查询接口
* @return PolymarketClobApi 客户端
* @return PolymarketClobApi 客户端单例
*/
fun createClobApiWithoutAuth(): PolymarketClobApi {
// 添加响应日志拦截器,用于调试 JSON 解析错误
val responseLoggingInterceptor = ResponseLoggingInterceptor()
val okHttpClient = createClient()
.addInterceptor(responseLoggingInterceptor)
.build()
// 创建 lenient 模式的 Gson,允许解析格式不严格的 JSON
val gson = GsonBuilder()
.setLenient()
.create()
return Retrofit.Builder()
.baseUrl(clobBaseUrl)
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketClobApi::class.java)
return clobApiWithoutAuth
}
/**
* 创建 Ethereum RPC API 客户端
* 使用固定的 baseUrl通过拦截器动态替换为实际的 RPC URL
* 如果 RPC 不可用将抛出异常
* RPC URL 缓存避免重复创建
* @param rpcUrl RPC 节点 URL
* @return EthereumRpcApi 客户端
* @throws IllegalArgumentException 如果 RPC URL 无效或不可用
*/
fun createEthereumRpcApi(rpcUrl: String): EthereumRpcApi {
val okHttpClient = createClient().build()
// 确保实际的 RPC URL 以 / 结尾
val actualRpcUrl = if (rpcUrl.endsWith("/")) {
rpcUrl
} else {
"$rpcUrl/"
}
// 创建 lenient 模式的 Gson
val gson = GsonBuilder()
.setLenient()
.create()
return Retrofit.Builder()
.baseUrl(rpcUrl)
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(EthereumRpcApi::class.java)
// 使用 RPC URL 作为缓存键
return rpcApiCache.computeIfAbsent(actualRpcUrl) {
// 验证 RPC 是否可用(仅在新创建时验证)
validateRpcAvailability(actualRpcUrl)
// 使用固定的 baseUrlRetrofit 要求 baseUrl 必须以 / 结尾)
val fixedBaseUrl = "https://polyrpc.polyhermes/"
// 创建 URL 替换拦截器
val urlReplaceInterceptor = RpcUrlReplaceInterceptor(fixedBaseUrl, actualRpcUrl)
val okHttpClient = createClient()
.addInterceptor(urlReplaceInterceptor)
.build()
Retrofit.Builder()
.baseUrl(fixedBaseUrl)
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(EthereumRpcApi::class.java)
}
}
/**
* 验证 RPC 节点是否可用
* 通过发送一个简单的 eth_blockNumber 请求来验证
* @param rpcUrl RPC 节点 URL
* @throws IllegalArgumentException 如果 RPC 不可用
*/
private fun validateRpcAvailability(rpcUrl: String) {
try {
// 解析 URL
val httpUrl = rpcUrl.toHttpUrlOrNull()
?: throw IllegalArgumentException("无效的 RPC URL: $rpcUrl")
// 创建 JSON-RPC 请求体
val jsonRpcRequest = """
{
"jsonrpc": "2.0",
"method": "eth_blockNumber",
"params": [],
"id": 1
}
""".trimIndent()
val mediaType = "application/json; charset=utf-8".toMediaType()
val requestBody = jsonRpcRequest.toRequestBody(mediaType)
// 创建请求
val request = Request.Builder()
.url(httpUrl)
.post(requestBody)
.header("Content-Type", "application/json")
.build()
// 创建临时客户端用于验证(使用较短的超时时间)
val testClient = createClient()
.connectTimeout(5, TimeUnit.SECONDS)
.readTimeout(5, TimeUnit.SECONDS)
.writeTimeout(5, TimeUnit.SECONDS)
.build()
// 发送请求
val response = testClient.newCall(request).execute()
if (!response.isSuccessful) {
throw IllegalArgumentException("RPC 节点不可用: HTTP ${response.code} ${response.message}")
}
val responseBody = response.body?.string()
if (responseBody.isNullOrBlank()) {
throw IllegalArgumentException("RPC 节点响应为空")
}
// 检查响应是否包含错误
if (responseBody.contains("\"error\"")) {
throw IllegalArgumentException("RPC 节点返回错误: $responseBody")
}
// 检查响应是否包含 result
if (!responseBody.contains("\"result\"")) {
throw IllegalArgumentException("RPC 节点响应格式错误: $responseBody")
}
logger.debug("RPC 节点验证成功: $rpcUrl")
} catch (e: IllegalArgumentException) {
logger.error("RPC 节点验证失败: $rpcUrl - ${e.message}")
throw e
} catch (e: Exception) {
logger.error("RPC 节点验证失败: $rpcUrl - ${e.message}", e)
throw IllegalArgumentException("RPC 节点不可用: ${e.message}", e)
}
}
/**
* 创建 Polymarket Gamma API 客户端
* Gamma API 是公开 API不需要认证
* @return PolymarketGammaApi 客户端
* @return PolymarketGammaApi 客户端单例
*/
fun createGammaApi(): PolymarketGammaApi {
val baseUrl = if (gammaBaseUrl.endsWith("/")) {
gammaBaseUrl.dropLast(1)
} else {
gammaBaseUrl
}
val okHttpClient = createClient().build()
// 创建 lenient 模式的 Gson
val gson = GsonBuilder()
.setLenient()
.create()
return Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketGammaApi::class.java)
return gammaApi
}
/**
* 创建 Polymarket Data API 客户端
* Data API 是公开 API不需要认证
* @return PolymarketDataApi 客户端
* @return PolymarketDataApi 客户端单例
*/
fun createDataApi(): PolymarketDataApi {
val baseUrl = "https://data-api.polymarket.com"
val okHttpClient = createClient()
.followRedirects(true)
.followSslRedirects(true)
.build()
// 创建 lenient 模式的 Gson
val gson = GsonBuilder()
.setLenient()
.create()
return Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(PolymarketDataApi::class.java)
return dataApi
}
/**
* 创建 Builder Relayer API 客户端
* relayerUrl 缓存避免重复创建
* @param relayerUrl Builder Relayer URL
* @param apiKey Builder API Key
* @param secret Builder Secret
@@ -185,57 +326,94 @@ class RetrofitFactory(
relayerUrl
}
// 添加 Builder 认证拦截器
val builderAuthInterceptor = BuilderAuthInterceptor(apiKey, secret, passphrase)
val okHttpClient = createClient()
.addInterceptor(builderAuthInterceptor)
.build()
val gson = GsonBuilder()
.setLenient()
.create()
return Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(BuilderRelayerApi::class.java)
// 使用 baseUrl 作为缓存键(注意:如果 API Key 变化,需要清理缓存)
return builderRelayerApiCache.computeIfAbsent(baseUrl) {
// 添加 Builder 认证拦截器
val builderAuthInterceptor = BuilderAuthInterceptor(apiKey, secret, passphrase)
val okHttpClient = createClient()
.addInterceptor(builderAuthInterceptor)
.build()
Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(BuilderRelayerApi::class.java)
}
}
/**
* 创建 GitHub API 客户端
* GitHub API 是公开 API不需要认证但建议使用 token 提高速率限制
* 添加 Accept 头以获取 reactions 数据
* @return GitHubApi 客户端
* @return GitHubApi 客户端单例
*/
fun createGitHubApi(): GitHubApi {
val baseUrl = "https://api.github.com"
return githubApi
}
/**
* 清理缓存用于测试或配置变更时
*/
@PreDestroy
fun destroy() {
logger.info("清理 RetrofitFactory 缓存")
clobApiCache.clear()
rpcApiCache.clear()
builderRelayerApiCache.clear()
}
/**
* 清理指定钱包地址的 CLOB API 缓存
* 用于 API Key 变更时
*/
fun clearClobApiCache(walletAddress: String) {
clobApiCache.remove(walletAddress)
logger.debug("已清理 CLOB API 缓存: $walletAddress")
}
/**
* 清理指定 RPC URL RPC API 缓存
* 用于 RPC 节点变更时
*/
fun clearRpcApiCache(rpcUrl: String) {
val actualRpcUrl = if (rpcUrl.endsWith("/")) rpcUrl else "$rpcUrl/"
rpcApiCache.remove(actualRpcUrl)
logger.debug("已清理 RPC API 缓存: $actualRpcUrl")
}
}
/**
* RPC URL 替换拦截器
* 用于将固定的 baseUrl 替换为实际的 RPC URL
*/
class RpcUrlReplaceInterceptor(
private val fixedBaseUrl: String,
private val actualRpcUrl: String
) : Interceptor {
private val logger = LoggerFactory.getLogger(RpcUrlReplaceInterceptor::class.java)
@Throws(IOException::class)
override fun intercept(chain: Interceptor.Chain): Response {
val originalRequest = chain.request()
val originalUrl = originalRequest.url
// 添加拦截器,设置 Accept 头以获取 reactions 数据
val githubInterceptor = object : Interceptor {
override fun intercept(chain: Interceptor.Chain): Response {
val request = chain.request().newBuilder()
.header("Accept", "application/vnd.github+json")
.build()
return chain.proceed(request)
}
}
// 将固定 baseUrl 替换为实际的 RPC URL
val originalUrlString = originalUrl.toString()
val newUrlString = originalUrlString.replace(fixedBaseUrl, actualRpcUrl)
val okHttpClient = createClient()
.addInterceptor(githubInterceptor)
// 使用 HttpUrl 解析新 URL,确保格式正确
val newUrl = newUrlString.toHttpUrlOrNull()
?: throw IllegalArgumentException("无效的 RPC URL: $newUrlString")
logger.debug("RPC URL 替换: $originalUrlString -> $newUrlString")
val newRequest = originalRequest.newBuilder()
.url(newUrl)
.build()
val gson = GsonBuilder()
.setLenient()
.create()
return Retrofit.Builder()
.baseUrl("$baseUrl/")
.client(okHttpClient)
.addConverterFactory(GsonConverterFactory.create(gson))
.build()
.create(GitHubApi::class.java)
return chain.proceed(newRequest)
}
}
@@ -259,22 +437,35 @@ class ResponseLoggingInterceptor : Interceptor {
val responseBody = response.peekBody(2048)
val responseBodyString = responseBody.string()
// 检查是否是有效的 JSON
val isJson = responseBodyString.trim().startsWith("{") ||
responseBodyString.trim().startsWith("[")
// 检查响应体是否为空
val isEmpty = responseBodyString.isBlank()
if (!isJson || !response.isSuccessful) {
// 检查是否是有效的 JSON
val trimmedBody = responseBodyString.trim()
val isJson = !isEmpty && (
trimmedBody.startsWith("{") ||
trimmedBody.startsWith("[")
)
// 如果响应体为空或不是 JSON,记录警告
if (isEmpty || !isJson) {
val bodyPreview = if (isEmpty) {
"(空响应体)"
} else {
trimmedBody.take(500)
}
logger.warn(
"API 响应异常: method=${request.method}, url=${request.url}, " +
"code=${response.code}, isJson=$isJson, " +
"responseBody=${responseBodyString.take(500)}"
"code=${response.code}, isJson=$isJson, isEmpty=$isEmpty, " +
"responseBody=$bodyPreview"
)
}
} catch (e: Exception) {
// 如果读取响应体失败,记录异常但不影响响应
logger.debug("读取响应体失败: ${e.message}")
}
}
return response
}
}
@@ -40,23 +40,12 @@ polymarket.rtds.ws-url=wss://ws-subscriptions-clob.polymarket.com
polymarket.data-api.base-url=https://data-api.polymarket.com
polymarket.gamma.base-url=https://gamma-api.polymarket.com
# Polygon RPC 配置(用于查询链上余额)
# 可选:如果未配置,将无acc法查询 USDC 余额,但仍可通过 Subgraph API 查询持仓
# 示例:https://polygon-rpc.com 或 https://polygon-mainnet.infura.io/v3/YOUR_PROJECT_ID
polygon.rpc.url=${POLYGON_RPC_URL:https://polygon-rpc.com}
# Builder Relayer 配置(用于 Gasless 交易)
# 从 polymarket.com/settings?tab=builder 获取 Builder API 凭证
# Builder API Key、Secret、Passphrase 现在通过系统设置页面配置,存储在数据库中
# 如果未配置,将使用手动发送交易的方式(需要用户支付 gas)
polymarket.builder.relayer-url=${POLYMARKET_BUILDER_RELAYER_URL:https://relayer-v2.polymarket.com/}
# 仓位推送配置
# 轮询间隔(毫秒),默认3秒
position.push.polling-interval=${POSITION_PUSH_POLLING_INTERVAL:3000}
# 心跳超时时间(毫秒),默认60秒,超过此时间未收到心跳则清理连接
position.push.heartbeat-timeout=${POSITION_PUSH_HEARTBEAT_TIMEOUT:60000}
# 跟单轮询配置
# 轮询间隔(毫秒),默认2秒
copy.trading.polling.interval=${COPY_TRADING_POLLING_INTERVAL:2000}
@@ -0,0 +1,9 @@
-- ============================================
-- V11: 添加最大仓位配置字段
-- 在 copy_trading 表中添加最大仓位金额和最大仓位数量配置
-- ============================================
ALTER TABLE copy_trading
ADD COLUMN max_position_value DECIMAL(20, 8) NULL COMMENT '最大仓位金额(USDC),NULL表示不启用' AFTER max_price,
ADD COLUMN max_position_count INT NULL COMMENT '最大仓位数量,NULL表示不启用' AFTER max_position_value;
@@ -0,0 +1,41 @@
-- 创建 RPC 节点配置表
CREATE TABLE rpc_node_config (
id BIGINT AUTO_INCREMENT PRIMARY KEY COMMENT '主键',
provider_type VARCHAR(50) NOT NULL COMMENT '服务商类型: ALCHEMY, INFURA, QUICKNODE, CHAINSTACK, GETBLOCK, CUSTOM, PUBLIC',
name VARCHAR(100) NOT NULL COMMENT '节点名称',
http_url VARCHAR(500) NOT NULL COMMENT 'HTTP RPC URL',
ws_url VARCHAR(500) COMMENT 'WebSocket URL (可选)',
api_key VARCHAR(200) COMMENT 'API Key (加密存储)',
enabled BOOLEAN DEFAULT TRUE COMMENT '是否启用',
priority INT DEFAULT 0 COMMENT '优先级(数字越小优先级越高)',
last_check_time BIGINT COMMENT '最后检查时间(毫秒时间戳)',
last_check_status VARCHAR(20) COMMENT '最后检查状态: HEALTHY, UNHEALTHY, UNKNOWN',
response_time_ms INT COMMENT '最后一次响应时间(毫秒)',
created_at BIGINT NOT NULL COMMENT '创建时间(毫秒时间戳)',
updated_at BIGINT NOT NULL COMMENT '更新时间(毫秒时间戳)',
INDEX idx_enabled_priority (enabled, priority),
INDEX idx_last_check_status (last_check_status)
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COMMENT='Polygon RPC 节点配置表';
-- 插入默认公共节点 (PublicNode)
INSERT INTO rpc_node_config (
provider_type,
name,
http_url,
ws_url,
enabled,
priority,
created_at,
updated_at,
last_check_status
) VALUES (
'PUBLIC',
'PublicNode (Default)',
'https://polygon.publicnode.com',
'wss://polygon.publicnode.com',
TRUE,
999,
UNIX_TIMESTAMP() * 1000,
UNIX_TIMESTAMP() * 1000,
'UNKNOWN'
);
@@ -0,0 +1,8 @@
-- 添加 price_updated 字段到 sell_match_record 表
-- 用于标记卖出价格是否已从订单详情中更新
ALTER TABLE sell_match_record
ADD COLUMN price_updated BOOLEAN DEFAULT FALSE COMMENT '价格是否已更新(从订单详情获取实际成交价)';
-- 为已存在的记录设置默认值
UPDATE sell_match_record SET price_updated = TRUE WHERE price_updated IS NULL;
@@ -0,0 +1,8 @@
-- 添加 notification_sent 字段到 copy_order_tracking 表
-- 用于标记买入订单是否已发送通知
ALTER TABLE copy_order_tracking
ADD COLUMN notification_sent BOOLEAN DEFAULT FALSE COMMENT '是否已发送通知(从订单详情获取实际数据后发送)';
-- 为已存在的记录设置默认值(已存在的订单视为已发送通知)
UPDATE copy_order_tracking SET notification_sent = TRUE WHERE notification_sent IS NULL;
@@ -0,0 +1,7 @@
-- 添加 Leader 买入数量字段,用于固定金额模式计算卖出比例
ALTER TABLE copy_order_tracking
ADD COLUMN leader_buy_quantity DECIMAL(20, 8) DEFAULT NULL COMMENT 'Leader 买入数量(用于固定金额模式计算卖出比例)';
-- 对于已有数据,如果无法从 API 查询,设置为 NULL(不影响现有功能)
-- 新创建的记录会在创建时自动填充此字段
@@ -0,0 +1,8 @@
-- ============================================
-- V16: 删除失败交易记录表
-- 移除下单失败存储到数据库的功能
-- ============================================
-- 删除失败交易记录表
DROP TABLE IF EXISTS failed_trade;
@@ -0,0 +1,35 @@
-- ============================================
-- 添加 wallet_type 字段到 wallet_accounts 表
-- 用于区分 Magic 和 Safe 两种钱包类型
-- ============================================
-- 使用存储过程检查并添加字段(如果不存在)
DELIMITER $$
CREATE PROCEDURE IF NOT EXISTS add_wallet_type_if_not_exists()
BEGIN
DECLARE column_exists INT DEFAULT 0;
SELECT COUNT(*) INTO column_exists
FROM INFORMATION_SCHEMA.COLUMNS
WHERE TABLE_SCHEMA = DATABASE()
AND TABLE_NAME = 'wallet_accounts'
AND COLUMN_NAME = 'wallet_type';
IF column_exists = 0 THEN
ALTER TABLE wallet_accounts
ADD COLUMN wallet_type VARCHAR(20) NOT NULL DEFAULT 'magic' COMMENT '钱包类型:magic(邮箱/OAuth登录)或 safeMetaMask浏览器钱包)' AFTER is_enabled;
END IF;
END$$
DELIMITER ;
-- 执行存储过程
CALL add_wallet_type_if_not_exists();
-- 删除存储过程
DROP PROCEDURE IF EXISTS add_wallet_type_if_not_exists;
-- 为现有账户设置默认walletType为magic(如果值为NULL
UPDATE wallet_accounts SET wallet_type = 'magic' WHERE wallet_type IS NULL OR wallet_type = '';
@@ -0,0 +1,14 @@
-- ============================================
-- V18: 增加 copy_ratio 字段的精度,支持更小的小数值
-- ============================================
-- 修改 copy_trading 表的 copy_ratio 字段精度
-- 从 DECIMAL(10, 2) 改为 DECIMAL(20, 8),支持更小的跟单比例值(如 0.001)
ALTER TABLE copy_trading
MODIFY COLUMN copy_ratio DECIMAL(20, 8) NOT NULL DEFAULT 1.00000000 COMMENT '跟单比例(仅在copyMode=RATIO时生效)';
-- 修改 copy_trading_templates 表的 copy_ratio 字段精度
-- 从 DECIMAL(10, 2) 改为 DECIMAL(20, 8),支持更小的跟单比例值(如 0.001)
ALTER TABLE copy_trading_templates
MODIFY COLUMN copy_ratio DECIMAL(20, 8) NOT NULL DEFAULT 1.00000000 COMMENT '跟单比例(仅在copyMode=RATIO时生效)';
+15 -5
View File
@@ -71,9 +71,6 @@ SERVER_PORT=80
# MySQL 端口(可选,用于外部连接,默认 3307 避免与本地 MySQL 冲突)
MYSQL_PORT=3307
# Polygon RPC
POLYGON_RPC_URL=https://polygon-rpc.com
# JWT 密钥(已自动生成随机值,生产环境建议修改)
JWT_SECRET=${JWT_SECRET}
@@ -159,7 +156,18 @@ deploy() {
# 注意:这里需要手动修改 docker-compose.yml,或者使用环境变量
warn "请确保 docker-compose.yml 中已配置使用 image: wrbug/polyhermes:latest"
else
info "构建 Docker 镜像(本地构建,版本号将显示为 dev)..."
# 获取当前分支名作为版本号
CURRENT_BRANCH=$(git rev-parse --abbrev-ref HEAD 2>/dev/null || echo "dev")
# 如果分支名包含 /,替换为 -(Docker tag 不支持 /
DOCKER_VERSION=$(echo "$CURRENT_BRANCH" | tr '/' '-')
info "构建 Docker 镜像(本地构建,版本号: ${DOCKER_VERSION}..."
# 设置构建参数(通过环境变量传递给 docker-compose.yml
export VERSION=${DOCKER_VERSION}
export GIT_TAG=${DOCKER_VERSION}
export GITHUB_REPO_URL=https://github.com/WrBug/PolyHermes
docker-compose build
fi
@@ -199,7 +207,9 @@ main() {
info "访问地址: http://localhost:${SERVER_PORT:-80}"
echo ""
if [ "$USE_DOCKER_HUB" != "true" ]; then
info "提示:本地构建的版本号显示为 'dev'"
CURRENT_BRANCH=$(git rev-parse --abbrev-ref HEAD 2>/dev/null || echo "dev")
DOCKER_VERSION=$(echo "$CURRENT_BRANCH" | tr '/' '-')
info "提示:本地构建的版本号为当前分支名: ${DOCKER_VERSION}"
info "生产环境推荐使用 Docker Hub 镜像:"
info " ./deploy.sh --use-docker-hub"
info " 或修改 docker-compose.yml 使用 image: wrbug/polyhermes:latest"
-6
View File
@@ -38,12 +38,6 @@ SERVER_PORT=80
# Optional, for external connections, default 3307 to avoid conflicts with local MySQL
MYSQL_PORT=3307
# ============================================
# Polygon RPC
# ============================================
# Polygon 网络 RPC 地址 / Polygon network RPC address
POLYGON_RPC_URL=https://polygon-rpc.com
# ============================================
# 安全配置 / Security Configuration
# ============================================
-1
View File
@@ -24,7 +24,6 @@ services:
- DB_USERNAME=${DB_USERNAME:-root}
- DB_PASSWORD=${DB_PASSWORD:-}
- SERVER_PORT=8000
- POLYGON_RPC_URL=${POLYGON_RPC_URL:-https://polygon-rpc.com}
# ⚠️ 安全警告:以下两个环境变量不能使用默认值,否则容器启动会失败
# 请在 .env 文件中设置,或通过环境变量传入
# 生成随机密钥:openssl rand -hex 32 (ADMIN_RESET_PASSWORD_KEY) 或 openssl rand -hex 64 (JWT_SECRET)
+5 -6
View File
@@ -8,11 +8,11 @@ services:
build:
context: .
dockerfile: Dockerfile
# 本地构建时可以传递版本号参数(可选
# args:
# VERSION: ${VERSION:-dev}
# GIT_TAG: ${GIT_TAG:-}
# GITHUB_REPO_URL: https://github.com/WrBug/PolyHermes
# 本地构建时可以传递版本号参数(自动使用当前分支名
args:
VERSION: ${VERSION:-dev}
GIT_TAG: ${GIT_TAG:-${VERSION:-dev}}
GITHUB_REPO_URL: ${GITHUB_REPO_URL:-https://github.com/WrBug/PolyHermes}
container_name: polyhermes
ports:
- "${SERVER_PORT:-80}:80"
@@ -22,7 +22,6 @@ services:
- DB_USERNAME=${DB_USERNAME:-root}
- DB_PASSWORD=${DB_PASSWORD:-}
- SERVER_PORT=8000
- POLYGON_RPC_URL=${POLYGON_RPC_URL:-https://polygon-rpc.com}
# ⚠️ 安全警告:以下两个环境变量不能使用默认值,否则容器启动会失败
# 请在 .env 文件中设置,或通过环境变量传入
# 生成随机密钥:openssl rand -hex 32 (ADMIN_RESET_PASSWORD_KEY) 或 openssl rand -hex 64 (JWT_SECRET)
+33 -4
View File
@@ -104,6 +104,38 @@ export IMAGE_TAG=v1.0.0
# In docker-compose.prod.yml use: image: wrbug/polyhermes:${IMAGE_TAG:-latest}
```
**Update Docker Version**:
When a new version is released, you can update using the following steps:
```bash
# 1. Stop currently running containers
docker-compose -f docker-compose.prod.yml down
# 2. Pull the latest version image (or specific version)
# Update to latest version
docker pull wrbug/polyhermes:latest
# Or update to specific version (e.g., v1.0.1)
docker pull wrbug/polyhermes:v1.0.1
# 3. If using a specific version, modify the image tag in docker-compose.prod.yml
# Edit docker-compose.prod.yml, change image to:
# image: wrbug/polyhermes:v1.0.1
# 4. Restart services
docker-compose -f docker-compose.prod.yml up -d
# 5. Check logs to confirm services started normally
docker-compose -f docker-compose.prod.yml logs -f
```
**Notes**:
- ⚠️ It is recommended to backup the database before updating (if using MySQL in Docker Compose)
- ⚠️ Service will be briefly interrupted during update, recommend updating during off-peak hours
- ✅ Using `docker-compose pull` can automatically pull the latest image and update (if using `latest` tag)
- ✅ View available versions: Visit [Docker Hub](https://hub.docker.com/r/wrbug/polyhermes/tags) or [GitHub Releases](https://github.com/WrBug/PolyHermes/releases)
2. **Local Build Deployment (Development Environment)**
Suitable for development environments or scenarios requiring custom builds.
@@ -131,7 +163,6 @@ DB_USERNAME=root
DB_PASSWORD=your_password_here
SPRING_PROFILES_ACTIVE=prod
SERVER_PORT=80
POLYGON_RPC_URL=https://polygon-rpc.com
JWT_SECRET=your-jwt-secret-key-change-in-production
ADMIN_RESET_PASSWORD_KEY=your-admin-reset-key-change-in-production
EOF
@@ -361,7 +392,6 @@ DB_USERNAME=root
DB_PASSWORD=your_password_here
SPRING_PROFILES_ACTIVE=prod
SERVER_PORT=8000
POLYGON_RPC_URL=https://polygon-rpc.com
JWT_SECRET=your-jwt-secret-key-change-in-production
ADMIN_RESET_PASSWORD_KEY=your-admin-reset-key-change-in-production
EOF
@@ -522,7 +552,6 @@ serve -s dist -l 3000
| `DB_USERNAME` | Database username | `root` | Yes (Production) |
| `DB_PASSWORD` | Database password | - | Yes (Production) |
| `SERVER_PORT` | Server port | `8000` | No |
| `POLYGON_RPC_URL` | Polygon RPC address | `https://polygon-rpc.com` | No |
| `JWT_SECRET` | JWT secret key | - | Yes (Production) |
| `ADMIN_RESET_PASSWORD_KEY` | Admin password reset key | - | Yes (Production) |
@@ -648,5 +677,5 @@ Vite uses `.env.production` file to inject environment variables during build. T
## Technical Support
If you have any questions, please submit an Issue to [GitHub](https://github.com/WrBug/PolyHermes) or contact [Twitter](https://x.com/quant_tr).
If you have any questions, please submit an Issue to [GitHub](https://github.com/WrBug/PolyHermes) or contact [Twitter](https://x.com/polyhermes).
-3
View File
@@ -100,9 +100,6 @@ spring.datasource.password=${DB_PASSWORD:password}
# Server port
server.port=${SERVER_PORT:8000}
# Polygon RPC
polygon.rpc.url=${POLYGON_RPC_URL:https://polygon-rpc.com}
# JWT secret
jwt.secret=${JWT_SECRET:change-me-in-production}
+37 -4
View File
@@ -102,6 +102,42 @@ export IMAGE_TAG=v1.0.0
# 在 docker-compose.prod.yml 中使用: image: wrbug/polyhermes:${IMAGE_TAG:-latest}
```
**更新 Docker 版本**
当有新版本发布时,可以通过以下步骤更新:
```bash
# 1. 停止当前运行的容器
docker-compose -f docker-compose.prod.yml down
# 2. 拉取最新版本的镜像(或指定版本)
# 更新到最新版本
docker pull wrbug/polyhermes:latest
# 或更新到特定版本(例如 v1.0.1)
docker pull wrbug/polyhermes:v1.0.1
# 3. 如果使用特定版本,需要修改 docker-compose.prod.yml 中的镜像标签
# 编辑 docker-compose.prod.yml,将 image 改为:
# image: wrbug/polyhermes:v1.0.1
# 4. 重新启动服务
docker-compose -f docker-compose.prod.yml up -d
# 5. 查看日志确认服务正常启动
docker-compose -f docker-compose.prod.yml logs -f
```
**注意事项**
- ⚠️ **备份数据库(强烈推荐)**
- 备份不是必须的,但强烈推荐,特别是生产环境
- Docker 更新不会删除数据(数据存储在独立的数据卷中)
- 但数据库结构可能会变更,如果迁移失败,备份可以帮助恢复
- 备份命令:`docker exec polyhermes-mysql mysqldump -u root -p polyhermes > backup_$(date +%Y%m%d_%H%M%S).sql`
- ⚠️ 更新过程中服务会短暂中断,建议在低峰期进行
- ✅ 使用 `docker-compose pull` 可以自动拉取最新镜像并更新(如果使用 `latest` 标签)
- ✅ 查看可用版本:访问 [Docker Hub](https://hub.docker.com/r/wrbug/polyhermes/tags) 或 [GitHub Releases](https://github.com/WrBug/PolyHermes/releases)
2. **本地构建部署(开发环境)**
适用于开发环境或需要自定义构建的场景。
@@ -129,7 +165,6 @@ DB_USERNAME=root
DB_PASSWORD=your_password_here
SPRING_PROFILES_ACTIVE=prod
SERVER_PORT=80
POLYGON_RPC_URL=https://polygon-rpc.com
JWT_SECRET=your-jwt-secret-key-change-in-production
ADMIN_RESET_PASSWORD_KEY=your-admin-reset-key-change-in-production
EOF
@@ -361,7 +396,6 @@ DB_USERNAME=root
DB_PASSWORD=your_password_here
SPRING_PROFILES_ACTIVE=prod
SERVER_PORT=8000
POLYGON_RPC_URL=https://polygon-rpc.com
JWT_SECRET=your-jwt-secret-key-change-in-production
ADMIN_RESET_PASSWORD_KEY=your-admin-reset-key-change-in-production
EOF
@@ -522,7 +556,6 @@ serve -s dist -l 3000
| `DB_USERNAME` | 数据库用户名 | `root` | 是(生产) |
| `DB_PASSWORD` | 数据库密码 | - | 是(生产) |
| `SERVER_PORT` | 服务器端口 | `8000` | 否 |
| `POLYGON_RPC_URL` | Polygon RPC 地址 | `https://polygon-rpc.com` | 否 |
| `JWT_SECRET` | JWT 密钥 | - | 是(生产) |
| `ADMIN_RESET_PASSWORD_KEY` | 管理员密码重置密钥 | - | 是(生产) |
@@ -648,5 +681,5 @@ Vite 使用 `.env.production` 文件在构建时注入环境变量。构建脚
## 技术支持
如有问题,请提交 Issue 到 [GitHub](https://github.com/WrBug/PolyHermes) 或联系 [Twitter](https://x.com/quant_tr)。
如有问题,请提交 Issue 到 [GitHub](https://github.com/WrBug/PolyHermes) 或联系 [Twitter](https://x.com/polyhermes)。
-3
View File
@@ -93,9 +93,6 @@ spring.datasource.password=${DB_PASSWORD:password}
# 服务器端口
server.port=${SERVER_PORT:8000}
# Polygon RPC
polygon.rpc.url=${POLYGON_RPC_URL:https://polygon-rpc.com}
# JWT 密钥
jwt.secret=${JWT_SECRET:change-me-in-production}
+289
View File
@@ -0,0 +1,289 @@
# 跟单买卖逻辑简易文档
## 一、跟单信号检测
### 1.1 监控方式
系统使用**轮询方式**监控 Leader 的交易活动:
- **数据源**Polymarket Data API 的 `/activity` 接口
- **轮询间隔**:默认 2 秒(可配置)
- **查询参数**
- `user`: Leader 钱包地址
- `type`: `["TRADE"]`(只查询交易类型)
- `limit`: 100(每次最多查询 100 条)
- `sortBy`: `TIMESTAMP`
- `sortDirection`: `DESC`(按时间戳降序,最新的在前)
### 1.2 增量检测机制
通过 **diff 算法**检测新增交易:
1. **首次轮询**
- 查询最近 100 条交易
- 缓存所有交易 ID(不处理)
- 标记首次轮询完成
2. **后续轮询**
- 查询最近 100 条交易
- 与缓存的交易 ID 集合进行 diff
- 找出新增的交易 ID
- 处理新增交易
- 更新缓存(添加新增的交易 ID)
3. **去重机制**
- 使用 `leaderId + tradeId` 作为唯一标识
- 在 `processed_trade` 表中记录已处理的交易
- 避免重复处理同一笔交易
### 1.3 交易数据转换
`UserActivityResponse` 转换为 `TradeResponse`
```kotlin
TradeResponse(
id = activity.transactionHash, // 交易ID(用于去重)
market = activity.conditionId, // 市场ID
side = activity.side, // "BUY" 或 "SELL"
price = activity.price, // 交易价格
size = activity.size, // 交易数量
timestamp = activity.timestamp, // 时间戳(秒)
user = activity.proxyWallet, // 用户钱包地址
outcomeIndex = activity.outcomeIndex, // 结果索引(0=第一个outcome1=第二个outcome
outcome = activity.outcome // 结果名称
)
```
### 1.4 信号触发流程
```
轮询任务启动
定期轮询所有 Leader(每 2 秒)
查询 Leader 活动(/activity 接口)
转换为 TradeResponse
diff 检测新增交易
调用 processTrade() 处理交易
根据 side 字段判断:
- "BUY" → processBuyTrade()
- "SELL" → processSellTrade()
```
## 二、订单构建
### 2.1 买入订单构建流程
#### 2.1.1 前置检查
1. **查找跟单关系**
- 查询所有启用且支持该 Leader 的跟单配置
- 验证账户 API 凭证是否配置
- 验证账户是否启用
2. **获取 Token ID**
- 使用 `outcomeIndex``market` 获取 tokenId
- 支持多元市场(不限于 YES/NO)
3. **计算买入数量**
- **RATIO 模式**`买入数量 = Leader 数量 × 跟单比例`
- **FIXED 模式**`买入数量 = 固定金额 / 买入价格`
4. **过滤条件检查**
- 价格区间检查
- 仓位限制检查
- 市场分类检查
- 订单簿检查(获取最佳卖单价格)
5. **价格调整**
- 应用价格容忍度(`priceTolerance`
- 买入价格 = Leader 价格 × (1 + 容忍度)
- 确保调整后的价格不低于最佳卖单价格
#### 2.1.2 订单签名
使用 `OrderSigningService.createAndSignOrder()` 创建并签名订单:
1. **计算订单金额**
- **BUY 订单**
- `makerAmount = price × size`USDC 金额,最多 2 位小数)
- `takerAmount = size`(shares 数量,最多 4 位小数)
- 转换为 wei6 位小数)
2. **生成订单参数**
- `salt`: 时间戳(毫秒)
- `maker`: 代理钱包地址(proxyAddress
- `signer`: 从私钥推导的签名地址
- `taker`: 零地址(0x0000...
- `tokenId`: 从 outcomeIndex 获取
- `makerAmount`: 计算出的 maker 金额(wei
- `takerAmount`: 计算出的 taker 金额(wei
- `expiration`: "0"(永不过期)
- `nonce`: "0"
- `feeRateBps`: "0"
- `side`: "BUY"
- `signatureType`: 2Browser Wallet
3. **EIP-712 签名**
- 编码域分隔符(Exchange Contract + Chain ID
- 编码订单消息哈希
- 计算结构化数据哈希
- 使用私钥签名(r + s + v)
#### 2.1.3 创建订单请求
构建 `NewOrderRequest`
```kotlin
NewOrderRequest(
order = signedOrder, // 签名的订单对象
owner = account.apiKey, // API Key
orderType = "FAK", // Fill-And-Kill(允许部分成交,未成交部分立即取消)
deferExec = false // 立即执行
)
```
#### 2.1.4 提交订单
1. **创建 CLOB API 客户端**(带认证):
- 使用账户的 API Key、Secret、Passphrase
- 解密 API 凭证
2. **调用 API 创建订单**
- `POST /orders`
- 带重试机制(最多重试 2 次)
- 每次重试都重新生成 salt 并重新签名
3. **记录订单跟踪**
- 保存到 `copy_order_tracking`
- 记录买入订单 ID、数量、价格等信息
- 状态:`filled`
### 2.2 卖出订单构建流程
#### 2.2.1 前置检查
1. **查找跟单关系**
- 查询所有启用且支持该 Leader 的跟单配置
- 验证是否支持卖出(`supportSell = true`
2. **计算需要匹配的数量**
- `需要匹配数量 = Leader 卖出数量 × 跟单比例`
3. **查找未匹配的买入订单**
- 使用 `outcomeIndex` 匹配(支持多元市场)
- 按 FIFO 顺序(先进先出)
- 查询 `copy_order_tracking` 表中未匹配的订单
4. **计算实际可卖出数量**
- 按 FIFO 顺序匹配
- 支持部分匹配(一个买入订单可以被多次卖出匹配)
#### 2.2.2 价格计算
1. **优先使用订单簿 bestBid**
- 查询订单簿(`getOrderbookByTokenId`
- 获取最佳买单价格(bestBid)
- 使用 bestBid 作为卖出价格
2. **备选方案**
- 如果获取订单簿失败,使用 Leader 价格
- 卖出价格 = Leader 价格 × 0.9(固定按 90% 计算)
#### 2.2.3 订单签名
与买入订单类似,但:
- `side`: "SELL"
- **SELL 订单金额计算**
- `makerAmount = size`(shares 数量,最多 4 位小数)
- `takerAmount = price × size`USDC 金额,使用原始价格计算)
#### 2.2.4 创建订单请求
与买入订单相同:
- `orderType`: "FAK"
- `deferExec`: false
#### 2.2.5 提交订单
1. **调用 API 创建卖出订单**(带重试机制)
2. **更新买入订单状态**
- 更新 `copy_order_tracking` 表中的 `remainingQuantity`
- 如果完全匹配,状态更新为 `fully_matched`
- 如果部分匹配,状态更新为 `partially_matched`
3. **记录匹配关系**
- 保存到 `sell_match_record` 表(卖出匹配记录)
- 保存到 `sell_match_detail` 表(匹配明细,包含盈亏计算)
## 三、关键配置
### 3.1 跟单配置参数
- `copyMode`: 跟单模式("RATIO" 或 "FIXED"
- `copyRatio`: 跟单比例(RATIO 模式)
- `fixedAmount`: 固定金额(FIXED 模式)
- `priceTolerance`: 价格容忍度(买入时使用)
- `supportSell`: 是否支持卖出
- `enabled`: 是否启用
### 3.2 订单类型
- **FAK (Fill-And-Kill)**
- 允许部分成交
- 未成交部分立即取消
- 快速响应 Leader 交易,避免订单长期挂单导致价格不匹配
### 3.3 重试机制
- **最多重试次数**2 次(首次 + 1 次重试)
- **重试延迟**3 秒
- **重试策略**:每次重试都重新生成 salt 并重新签名,确保签名唯一性
## 四、数据流向
```
Leader 交易(链上)
Polymarket Data API (/activity)
轮询服务(CopyTradingPollingService
交易处理服务(CopyOrderTrackingService
订单签名服务(OrderSigningService
CLOB API (POST /orders)
订单跟踪表(copy_order_tracking
```
## 五、注意事项
1. **去重机制**
- 使用 `leaderId + tradeId` 作为唯一标识
- 在 `processed_trade` 表中记录已处理的交易
- 避免重复处理同一笔交易
2. **价格调整**
- 买入时应用价格容忍度(提高买入价格)
- 卖出时优先使用订单簿 bestBid,失败则使用 Leader 价格的 90%
3. **订单簿检查**
- 买入前检查订单簿中是否有可匹配的卖单
- 确保调整后的买入价格不低于最佳卖单价格
4. **FIFO 匹配**
- 卖出时按买入时间顺序匹配(先进先出)
- 支持部分匹配
5. **错误处理**
- 订单创建失败时记录到 `failed_trade`
- 支持重试机制(最多 2 次)
- 发送失败通知(如果配置了 `pushFailedOrders`
+653
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# 跟单监听策略:链上 WebSocket + 轮询并行方案
## 一、方案概述
系统**同时运行**两种监听方式,并行处理,哪个数据先返回就用哪个:
1. **链上 WebSocket 监听**:通过 Polygon RPC 的 `eth_subscribe` 实时监听链上交易
2. **轮询监听**:通过 Polymarket Data API 定期轮询交易记录
**核心特点**
- 两种方式**并行运行**,不互相排斥
- WS 断开时**不断重试连接**,不停止轮询
- 哪个数据先返回就用哪个,确保最快响应
- 通过去重机制确保同一笔交易只处理一次
## 二、关键流程图
```
系统启动
同时启动两种监听方式
├─→ 链上 WS 监听(并行)
│ ↓
│ 尝试连接 WS RPC
│ ↓
│ 连接成功?
│ ├─→ 是 → 订阅 Leader 钱包地址
│ │ (eth_subscribe: USDC Transfer + ERC1155 Transfer)
│ │ ↓
│ │ 实时接收交易日志
│ │ ↓
│ │ 解析交易 receipt
│ │ ↓
│ │ 转换为 TradeResponse
│ │ ↓
│ │ 调用 processTrade()(去重检查)
│ │ ↓
│ │ 连接断开?
│ │ ├─→ 是 → 等待重连延迟 → 重试连接(循环)
│ │ └─→ 否 → 继续监听
│ │
│ └─→ 否 → 等待重连延迟 → 重试连接(循环)
└─→ 轮询监听(并行)
定期轮询 (每 2 秒)
查询 /activity 接口
diff 检测新增交易
调用 processTrade()(去重检查)
继续轮询(循环)
```
## 三、并行处理流程
```
交易发生
├─→ WS 监听(实时,秒级)
│ ↓
│ 收到链上日志
│ ↓
│ 解析并转换为 TradeResponse
│ ↓
│ 调用 processTrade()
│ ↓
│ 去重检查(processed_trade 表)
│ ├─→ 已处理 → 跳过
│ └─→ 未处理 → 处理交易
└─→ 轮询监听(延迟,2秒间隔)
轮询到新交易
转换为 TradeResponse
调用 processTrade()
去重检查(processed_trade 表)
├─→ 已处理 → 跳过(WS 已处理)
└─→ 未处理 → 处理交易
```
## 三、实现方案
### 3.1 服务架构
```
CopyTradingMonitorService (主服务)
├─→ OnChainWsService (链上 WS 监听,独立运行)
└─→ CopyTradingPollingService (轮询监听,独立运行)
```
**关键点**
- 两个服务**独立运行**,互不影响
- 主服务负责启动和协调两个服务
- 两个服务都调用同一个 `processTrade()` 方法
- 去重由 `processTrade()` 内部处理
### 3.2 WS 重连机制
**重连策略**
1. WS 连接断开时,**不停止轮询服务**
2. 等待重连延迟(如 3 秒)
3. 自动重试连接
4. 连接成功后重新订阅所有 Leader
5. 如果连接失败,继续重试(无限重试)
**重连流程**
```
WS 连接断开
记录断开日志
等待重连延迟(3秒)
尝试重新连接
连接成功?
├─→ 是 → 重新订阅所有 Leader → 继续监听
└─→ 否 → 等待重连延迟 → 继续重试(循环)
```
**关键实现**
- 使用协程或后台线程持续重试
- 不阻塞主流程
- 轮询服务继续运行,不受 WS 状态影响
### 3.3 去重机制
**去重标识**
- 使用 `leaderId + transactionHash` 作为唯一标识
- 在 `processed_trade` 表中记录已处理的交易
**去重流程**
```
收到交易数据(WS 或轮询)
调用 processTrade(leaderId, trade, source)
检查 processed_trade 表
├─→ 已存在 → 跳过处理(返回成功)
└─→ 不存在 → 继续处理
处理交易(创建订单等)
保存到 processed_trade 表
├─→ leaderId
├─→ leaderTradeId (transactionHash)
├─→ tradeType (BUY/SELL)
├─→ source (onchain-ws / polling)
└─→ status (SUCCESS/FAILED)
```
**并发安全**
- 使用数据库唯一约束(`leaderId + leaderTradeId`
- 处理唯一约束冲突(并发情况下可能多个请求同时处理同一笔交易)
- 如果冲突,再次查询确认状态
### 3.4 链上 WS 监听实现要点
**订阅参数**
- 钱包地址:Leader 的 `leaderAddress`
- 订阅类型:
- USDC Transfer`from``to` 为钱包地址)
- ERC1155 TransferSingle/Batch`from``to` 为钱包地址)
**消息处理流程**
1. 接收 `eth_subscription` 消息
2. 提取 `transactionHash`
3. 调用 RPC 获取交易 receipt
4. 解析 USDC Transfer 和 ERC1155 Transfer 日志
5. 计算交易方向(BUY/SELL)、数量、价格
6. 调用 Gamma API 补齐市场元数据(conditionId、outcomeIndex 等)
7. 转换为 `TradeResponse`
8. 调用 `processTrade(leaderId, trade, "onchain-ws")` 处理交易(去重由内部处理)
**重连实现**
```kotlin
// 伪代码示例
while (isActive) {
try {
// 尝试连接
val ws = connectWebSocket()
// 订阅所有 Leader
subscribeAllLeaders(ws)
// 监听消息
ws.listen { message ->
handleMessage(message)
}
// 连接断开,等待重连
waitReconnectDelay()
} catch (e: Exception) {
logger.warn("WS 连接失败,等待重连: ${e.message}")
waitReconnectDelay()
}
}
```
### 3.5 轮询监听实现要点
**轮询流程**
1. 定期查询 `/activity` 接口(每 2 秒)
2. 通过 diff 检测新增交易
3. 转换为 `TradeResponse`
4. 调用 `processTrade(leaderId, trade, "polling")` 处理交易(去重由内部处理)
**关键点**
- 轮询服务**独立运行**,不受 WS 状态影响
- 即使 WS 正常工作,轮询也继续运行(作为备份)
- 去重机制确保不会重复处理同一笔交易
## 四、配置参数
### 4.1 RPC 配置获取
**RPC 配置从后台配置中读取**,通过 `RpcNodeService` 获取:
```kotlin
// 获取 HTTP RPC URL
val httpUrl = rpcNodeService.getHttpUrl()
// 获取 WebSocket RPC URL
val wsUrl = rpcNodeService.getWsUrl()
// 获取可用节点配置(包含完整信息)
val nodeResult = rpcNodeService.getAvailableNode()
if (nodeResult.isSuccess) {
val node = nodeResult.getOrNull()
val httpUrl = node?.httpUrl
val wsUrl = node?.wsUrl
}
```
**配置管理**
- **RPC 节点配置存储在数据库**`rpc_node_config` 表),不从配置文件读取
- 支持多个节点配置,按优先级选择
- 支持健康检查,自动选择可用节点
- 前端可以通过系统设置页面配置 RPC 节点
- 配置变更后,WS 重连时会自动使用新配置
**配置字段**
- `httpUrl`: HTTP RPC 地址
- `wsUrl`: WebSocket RPC 地址(可选)
- `enabled`: 是否启用
- `priority`: 优先级(数字越小优先级越高)
- `lastCheckStatus`: 最后检查状态(HEALTHY/UNHEALTHY/UNKNOWN
### 4.2 WS 连接配置
```properties
# WS 连接超时(毫秒)
polygen.ws.connect.timeout=5000
# WS 重连延迟(毫秒)
polygen.ws.reconnect.delay=3000
```
### 4.3 WS 重连配置
```properties
# WS 重连延迟(毫秒)
polygen.ws.reconnect.delay=3000
# WS 重连最大延迟(毫秒,指数退避上限)
polygen.ws.reconnect.max.delay=60000
# WS 重连是否启用指数退避
polygen.ws.reconnect.exponential.backoff=true
```
### 4.4 合约地址配置
```properties
# USDC 合约地址
usdc.contract.address=0x2791Bca1f2de4661ED88A30C99A7a9449Aa84174
# ERC1155 合约地址(Polymarket
erc1155.contract.address=0x4d97dcd97ec945f40cf65f87097ace5ea0476045
```
## 五、并行方案优势
### 5.1 双重保障
- **实时性**WS 提供秒级实时通知
- **可靠性**:轮询作为备份,确保不遗漏交易
- **容错性**:WS 断开时轮询继续工作,WS 恢复后自动继续
### 5.2 性能优化
- **最快响应**:哪个数据先返回就用哪个
- **负载均衡**:两种方式并行,减少单点压力
- **去重保护**:确保同一笔交易只处理一次
### 5.3 实现简单
- **无需切换逻辑**:两种方式始终运行
- **独立管理**WS 和轮询各自管理自己的状态
- **易于维护**:逻辑清晰,易于调试
## 六、注意事项
1. **WS 重连策略**
- WS 断开时**不断重试**,不停止轮询
- 使用指数退避策略,避免频繁重连
- 记录重连日志,便于监控
2. **去重机制**
- 使用 `leaderId + transactionHash` 作为唯一标识
- 在 `processTrade()` 方法内部统一处理去重
- 使用数据库唯一约束确保并发安全
3. **性能考虑**
- WS 模式下需要为每个 Leader 订阅日志
- 大量 Leader 时可能需要优化订阅策略(批量订阅)
- 轮询间隔可以适当调整(默认 2 秒)
4. **错误处理**
- WS 连接失败不影响轮询服务
- 记录详细的错误日志,便于排查问题
- 两种方式的错误独立处理,互不影响
5. **元数据补齐**
- 链上数据不包含市场元数据(conditionId、outcomeIndex 等)
- 需要通过 Gamma API 或内部元数据服务补齐
- 轮询数据已包含元数据,无需额外补齐
6. **数据源标识**
- WS 数据:`source = "onchain-ws"`
- 轮询数据:`source = "polling"`
- 便于统计和分析不同数据源的处理情况
## 七、实现要点
### 7.1 主服务启动
```kotlin
@Service
class CopyTradingMonitorService(
private val rpcNodeService: RpcNodeService,
private val onChainWsService: OnChainWsService,
private val pollingService: CopyTradingPollingService
) {
@PostConstruct
fun init() {
scope.launch {
// 同时启动两种监听方式
launch { onChainWsService.start() } // WS 监听(独立协程)
launch { pollingService.start() } // 轮询监听(独立协程)
}
}
}
```
### 7.2 WS 服务实现(从后台配置获取 RPC)
```kotlin
@Service
class OnChainWsService(
private val rpcNodeService: RpcNodeService,
private val copyOrderTrackingService: CopyOrderTrackingService
) {
suspend fun start() {
while (isActive) {
try {
// 从后台配置获取 WS RPC URL
val wsUrl = rpcNodeService.getWsUrl()
val httpUrl = rpcNodeService.getHttpUrl()
// 连接并订阅
connectAndSubscribe(wsUrl, httpUrl)
// 连接成功后持续监听
waitForDisconnect()
} catch (e: Exception) {
logger.warn("WS 连接失败,等待重连: ${e.message}")
delay(reconnectDelay)
}
}
}
private suspend fun connectAndSubscribe(wsUrl: String, httpUrl: String) {
// 使用 wsUrl 和 httpUrl 连接和订阅
// ...
}
}
```
**关键点**
- 每次重连时都从 `RpcNodeService` 获取最新的 RPC 配置
- 如果配置变更,下次重连时会自动使用新配置
- 支持多个节点配置,自动选择可用节点
### 7.3 RPC 配置变更处理
**配置变更时的处理**
- WS 连接断开时,下次重连会从 `RpcNodeService` 获取最新配置
- 如果当前使用的节点不可用,`getAvailableNode()` 会自动选择下一个可用节点
- 支持动态切换节点,无需重启服务
**节点选择策略**
1. 优先使用 `lastCheckStatus = HEALTHY` 的节点
2. 按 `priority` 排序,数字越小优先级越高
3. 如果所有节点都不可用,返回失败(不降级到默认节点,因为默认节点可能也不可用)
### 7.4 线程安全保证(单实例推荐方案)
`processTrade` 方法需要保证线程安全,因为:
- WS 和轮询可能同时处理同一笔交易
- 多个协程可能并发调用 `processTrade`
- 需要确保同一笔交易只处理一次
**推荐方案:使用 Mutex(应用级锁)**
对于单实例部署,**最轻量的方案是使用 Kotlin 协程的 Mutex**
- ✅ 无需额外依赖(不需要 Redis)
- ✅ 性能开销小(内存锁,无网络开销)
- ✅ 实现简单(Kotlin 标准库)
- ✅ 协程友好(支持 suspend 函数)
**实现代码**
```kotlin
@Service
open class CopyOrderTrackingService(
// ... 其他依赖
) {
// 使用 Mutex 保证线程安全(按交易ID锁定)
private val tradeMutexMap = ConcurrentHashMap<String, Mutex>()
/**
* 获取或创建 Mutex(按交易ID)
*/
private fun getMutex(leaderId: Long, tradeId: String): Mutex {
val key = "${leaderId}_${tradeId}"
return tradeMutexMap.getOrPut(key) { Mutex() }
}
/**
* 清理不再使用的 Mutex(可选,避免内存泄漏)
*/
private fun cleanupMutex(leaderId: Long, tradeId: String) {
val key = "${leaderId}_${tradeId}"
// 延迟清理,避免频繁创建/删除
// 可以定期清理或使用 WeakReference
}
/**
* 处理交易事件(WebSocket 或轮询)
* 使用 Mutex 保证线程安全
*/
@Transactional
suspend fun processTrade(leaderId: Long, trade: TradeResponse, source: String): Result<Unit> {
// 获取该交易的 Mutex
val mutex = getMutex(leaderId, trade.id)
return mutex.withLock {
try {
// 1. 检查是否已处理(去重)
val existingProcessed = processedTradeRepository.findByLeaderIdAndLeaderTradeId(
leaderId,
trade.id
)
if (existingProcessed != null) {
if (existingProcessed.status == "FAILED") {
return@withLock Result.success(Unit)
}
return@withLock Result.success(Unit)
}
// 检查是否已记录为失败交易
val failedTrade = failedTradeRepository.findByLeaderIdAndLeaderTradeId(
leaderId,
trade.id
)
if (failedTrade != null) {
return@withLock Result.success(Unit)
}
// 2. 处理交易逻辑
val result = when (trade.side.uppercase()) {
"BUY" -> processBuyTrade(leaderId, trade)
"SELL" -> processSellTrade(leaderId, trade)
else -> {
logger.warn("未知的交易方向: ${trade.side}")
Result.failure(IllegalArgumentException("未知的交易方向: ${trade.side}"))
}
}
if (result.isFailure) {
logger.error(
"处理交易失败: leaderId=$leaderId, tradeId=${trade.id}, side=${trade.side}",
result.exceptionOrNull()
)
return@withLock result
}
// 3. 标记为已处理(成功状态)
// 由于使用了 Mutex,这里不会出现并发冲突
try {
val processed = ProcessedTrade(
leaderId = leaderId,
leaderTradeId = trade.id,
tradeType = trade.side.uppercase(),
source = source,
status = "SUCCESS",
processedAt = System.currentTimeMillis()
)
processedTradeRepository.save(processed)
} catch (e: Exception) {
// 理论上不会发生,但保留异常处理作为兜底
if (isUniqueConstraintViolation(e)) {
val existing = processedTradeRepository.findByLeaderIdAndLeaderTradeId(
leaderId,
trade.id
)
if (existing != null) {
logger.debug("交易已处理(并发检测): leaderId=$leaderId, tradeId=${trade.id}")
return@withLock Result.success(Unit)
}
} else {
throw e
}
}
Result.success(Unit)
} catch (e: Exception) {
logger.error("处理交易异常: leaderId=$leaderId, tradeId=${trade.id}", e)
Result.failure(e)
}
}
}
}
```
**关键点**
1. **按交易ID锁定**:每个交易使用独立的 Mutex,不同交易可以并行处理
2. **Mutex 复用**:使用 `ConcurrentHashMap` 缓存 Mutex,避免频繁创建
3. **协程友好**`Mutex.withLock` 是 suspend 函数,不会阻塞线程
4. **性能优化**:只锁定同一笔交易,不影响其他交易的并发处理
**当前实现(基于数据库唯一约束,作为兜底)**:
```kotlin
@Transactional
suspend fun processTrade(leaderId: Long, trade: TradeResponse, source: String): Result<Unit> {
// 1. 检查是否已处理(去重)
val existingProcessed = processedTradeRepository.findByLeaderIdAndLeaderTradeId(
leaderId,
trade.id
)
if (existingProcessed != null) {
return Result.success(Unit) // 已处理,跳过
}
// 2. 处理交易逻辑
val result = when (trade.side.uppercase()) {
"BUY" -> processBuyTrade(leaderId, trade)
"SELL" -> processSellTrade(leaderId, trade)
else -> Result.failure(IllegalArgumentException("未知的交易方向"))
}
if (result.isFailure) {
return result
}
// 3. 标记为已处理(使用数据库唯一约束保证并发安全)
try {
val processed = ProcessedTrade(
leaderId = leaderId,
leaderTradeId = trade.id,
tradeType = trade.side.uppercase(),
source = source,
status = "SUCCESS",
processedAt = System.currentTimeMillis()
)
processedTradeRepository.save(processed)
} catch (e: Exception) {
// 处理唯一约束冲突(并发情况下可能发生)
if (isUniqueConstraintViolation(e)) {
// 再次检查确认状态
val existing = processedTradeRepository.findByLeaderIdAndLeaderTradeId(
leaderId,
trade.id
)
if (existing != null) {
logger.debug("交易已处理(并发检测): leaderId=$leaderId, tradeId=${trade.id}")
return Result.success(Unit)
}
} else {
throw e
}
}
return Result.success(Unit)
}
```
**线程安全机制**
1. **数据库唯一约束**
- `UNIQUE KEY uk_leader_trade (leader_id, leader_trade_id)`
- 确保同一笔交易只能插入一次
- 即使两个线程同时通过检查,也只有一个能成功保存
2. **事务隔离**
- 使用 `@Transactional` 注解
- 默认隔离级别(通常是 READ_COMMITTED
- 保证事务内的数据一致性
3. **异常处理**
- 捕获唯一约束冲突异常
- 重新查询确认状态
- 避免重复处理
**潜在问题**
虽然数据库唯一约束可以防止重复插入,但在检查 `existingProcessed` 和保存 `processed` 之间存在时间窗口(TOCTOU),可能导致:
- 两个线程同时通过检查
- 两个线程都执行 `processBuyTrade``processSellTrade`
- 虽然只有一个能成功保存 `processed`,但可能创建了重复的订单
**其他方案(不推荐,仅作参考)**
**方案 1:使用数据库锁(SELECT FOR UPDATE**
- ❌ 需要修改 Repository 方法
- ❌ 增加数据库负载
- ❌ 不适合高并发场景
**方案 2:使用分布式锁(Redis,仅适用于多实例)**
- ❌ 需要 Redis 依赖
- ❌ 有网络开销
- ❌ 单实例场景不需要
**总结**
- ✅ **单实例部署推荐**:使用 **Mutex(应用级锁)**
- 最轻量:无需额外依赖,性能开销小
- 最简单:Kotlin 标准库,实现简单
- 最高效:内存锁,无网络开销,支持协程并发
- ❌ **不推荐**:仅依赖数据库唯一约束(存在 TOCTOU 问题,可能创建重复订单)
- ❌ **不推荐**:数据库锁或分布式锁(单实例场景过于复杂)
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# Polymarket 聪明钱分析方案
## 1. 概述
聪明钱(Smart Money)分析是指识别和跟踪在 Polymarket 平台上表现优异的交易者,通过分析他们的交易行为、持仓和盈亏表现,来辅助投资决策。
## 2. 核心分析维度
### 2.1 交易表现指标
#### 2.1.1 胜率(Win Rate
- **定义**:盈利交易数 / 总交易数
- **计算方式**
- 通过 `getUserActivity` API 获取用户历史交易
- 筛选 `type = "TRADE"` 的活动
- 计算每笔交易的盈亏(通过买入价和卖出价)
- 统计盈利交易数和总交易数
#### 2.1.2 平均盈亏比(Average PnL Ratio
- **定义**:平均盈利金额 / 平均亏损金额
- **计算方式**
- 分别计算盈利交易和亏损交易的平均金额
- 计算比值
#### 2.1.3 总盈亏(Total PnL
- **定义**:所有已实现盈亏的总和
- **数据来源**
- 通过 `getPositions` API 获取 `realizedPnl`
- 或通过 `getUserActivity` API 计算历史交易的累计盈亏
#### 2.1.4 未实现盈亏(Unrealized PnL
- **定义**:当前持仓的浮动盈亏
- **数据来源**
- 通过 `getPositions` API 获取 `cashPnl`(当前盈亏)
- 或通过 `currentValue - initialValue` 计算
#### 2.1.5 收益率(Return Rate
- **定义**:总盈亏 / 总投入
- **计算方式**
- 总投入 = 所有买入交易的总金额
- 总盈亏 = 已实现盈亏 + 未实现盈亏
- 收益率 = 总盈亏 / 总投入
### 2.2 交易行为指标
#### 2.2.1 交易频率(Trading Frequency
- **定义**:单位时间内的交易次数
- **计算方式**
- 通过 `getUserActivity` API 获取指定时间范围内的交易数
- 计算日均/周均交易次数
#### 2.2.2 持仓周期(Holding Period
- **定义**:平均持仓时间
- **计算方式**
- 跟踪每笔买入和对应的卖出时间
- 计算平均持仓天数
#### 2.2.3 市场偏好(Market Preference
- **定义**:交易者偏好的市场类型
- **计算方式**
- 统计交易者在不同分类(sports、crypto)的交易分布
- 统计交易者偏好的市场主题
#### 2.2.4 仓位规模(Position Size
- **定义**:平均单笔交易金额
- **计算方式**
- 通过 `getUserActivity` API 获取 `usdcSize`
- 计算平均交易金额
### 2.3 风险指标
#### 2.3.1 最大回撤(Maximum Drawdown
- **定义**:从峰值到谷值的最大跌幅
- **计算方式**
- 跟踪账户价值的时序变化
- 计算每个峰值的回撤幅度
- 取最大值
#### 2.3.2 夏普比率(Sharpe Ratio
- **定义**:风险调整后的收益率
- **计算方式**
- 收益率标准差 / 平均收益率
- 需要足够的历史数据
#### 2.3.3 胜率稳定性(Win Rate Stability
- **定义**:不同时间段胜率的一致性
- **计算方式**
- 按时间段(如每月)计算胜率
- 计算胜率的方差或标准差
## 3. 数据收集方法
### 3.1 使用 Polymarket Data API
#### 3.1.1 获取用户仓位
```kotlin
// 接口:GET /positions
// 参数:
// - user: 用户钱包地址(必需)
// - market: 市场ID(可选)
// - limit: 限制数量(可选)
// - offset: 偏移量(可选)
// - sortBy: 排序字段(可选,如 "currentValue"
// - sortDirection: 排序方向(可选,如 "desc"
val positions = dataApi.getPositions(
user = walletAddress,
limit = 100,
sortBy = "currentValue",
sortDirection = "desc"
)
```
**返回数据包含**
- `currentValue`: 当前仓位价值
- `cashPnl`: 当前盈亏(未实现)
- `realizedPnl`: 已实现盈亏
- `percentPnl`: 盈亏百分比
- `avgPrice`: 平均买入价
- `curPrice`: 当前价格
#### 3.1.2 获取用户活动(交易历史)
```kotlin
// 接口:GET /activity
// 参数:
// - user: 用户钱包地址(必需)
// - type: 活动类型(可选,如 ["TRADE"]
// - side: 交易方向(可选,如 "BUY" 或 "SELL"
// - start: 开始时间戳(可选)
// - end: 结束时间戳(可选)
// - limit: 限制数量(可选)
// - offset: 偏移量(可选)
val activities = dataApi.getUserActivity(
user = walletAddress,
type = listOf("TRADE"),
side = "BUY",
start = startTimestamp,
end = endTimestamp,
limit = 1000
)
```
**返回数据包含**
- `type`: 活动类型(TRADE、SPLIT、MERGE、REDEEM等)
- `side`: 交易方向(BUY、SELL
- `size`: 交易数量
- `usdcSize`: 交易金额(USDC
- `price`: 交易价格
- `timestamp`: 交易时间戳
- `title`: 市场标题
- `slug`: 市场标识
#### 3.1.3 获取仓位总价值
```kotlin
// 接口:GET /value
// 参数:
// - user: 用户钱包地址(必需)
// - market: 市场ID列表(可选)
val totalValue = dataApi.getTotalValue(
user = walletAddress,
market = listOf("market1", "market2")
)
```
### 3.2 使用 Polymarket CLOB API
#### 3.2.1 获取交易记录
```kotlin
// 接口:GET /data/trades
// 参数:
// - maker_address: 交易者地址(可选)
// - market: 市场ID(可选)
// - before: 之前的时间戳(可选,用于分页)
// - after: 之后的时间戳(可选,用于分页)
// - next_cursor: 分页游标(可选)
val trades = clobApi.getTrades(
maker_address = walletAddress,
market = marketId,
after = startTimestamp.toString()
)
```
**返回数据包含**
- `id`: 交易ID
- `market`: 市场ID
- `side`: 交易方向(BUY、SELL
- `price`: 交易价格
- `size`: 交易数量
- `timestamp`: 交易时间戳
- `user`: 交易者地址
## 4. 聪明钱识别算法
### 4.1 基础筛选条件
#### 4.1.1 最低交易次数
- **条件**:总交易数 >= 50
- **目的**:确保有足够的数据进行统计分析
#### 4.1.2 最低胜率
- **条件**:胜率 >= 55%
- **目的**:筛选出表现优于随机交易者
#### 4.1.3 最低总盈亏
- **条件**:总盈亏 >= 1000 USDC
- **目的**:筛选出有实际盈利能力的交易者
#### 4.1.4 最低收益率
- **条件**:收益率 >= 20%
- **目的**:筛选出有良好回报的交易者
### 4.2 综合评分算法
```kotlin
// 聪明钱评分算法
fun calculateSmartMoneyScore(
winRate: Double, // 胜率(0-1
totalPnl: Double, // 总盈亏(USDC
returnRate: Double, // 收益率(0-1
tradeCount: Int, // 交易次数
avgPnlRatio: Double // 平均盈亏比
): Double {
// 权重配置
val winRateWeight = 0.3
val totalPnlWeight = 0.25
val returnRateWeight = 0.25
val tradeCountWeight = 0.1
val avgPnlRatioWeight = 0.1
// 归一化处理
val normalizedWinRate = winRate * 100 // 转换为百分比
val normalizedTotalPnl = min(totalPnl / 10000, 1.0) * 100 // 归一化到0-100
val normalizedReturnRate = returnRate * 100 // 转换为百分比
val normalizedTradeCount = min(tradeCount / 200, 1.0) * 100 // 归一化到0-100
val normalizedAvgPnlRatio = min(avgPnlRatio / 3.0, 1.0) * 100 // 归一化到0-100
// 加权求和
val score = normalizedWinRate * winRateWeight +
normalizedTotalPnl * totalPnlWeight +
normalizedReturnRate * returnRateWeight +
normalizedTradeCount * tradeCountWeight +
normalizedAvgPnlRatio * avgPnlRatioWeight
return score
}
```
### 4.3 排名算法
1. **按综合评分排序**:计算所有候选交易者的综合评分,按降序排列
2. **按分类排名**:分别计算 sports 和 crypto 分类的排名
3. **按时间段排名**:分别计算最近7天、30天、90天的排名
## 5. 实时监控方案
### 5.1 监控目标
1. **新交易**:监控聪明钱交易者的新买入/卖出交易
2. **持仓变化**:监控聪明钱交易者的持仓变化
3. **市场关注**:监控聪明钱交易者关注的新市场
### 5.2 实现方式
#### 5.2.1 使用 WebSocket(推荐)
- 订阅 Polymarket WebSocket 的 User Channel
- 监听 `event_type = "trade"` 事件
- 过滤出聪明钱交易者的交易
#### 5.2.2 使用轮询
- 定期调用 `getUserActivity` API(如每5分钟)
- 比较时间戳,识别新交易
- 使用 `after` 参数只获取新数据
### 5.3 跟单集成
聪明钱分析可以与现有的跟单系统集成:
1. **自动添加 Leader**:识别到聪明钱交易者后,自动添加到 Leader 列表
2. **智能跟单**:根据聪明钱交易者的表现,动态调整跟单比例
3. **风险控制**:根据聪明钱交易者的风险指标,设置跟单限制
## 6. 实现示例
### 6.1 聪明钱分析服务
```kotlin
@Service
class SmartMoneyAnalysisService(
private val retrofitFactory: RetrofitFactory,
private val blockchainService: BlockchainService
) {
private val logger = LoggerFactory.getLogger(SmartMoneyAnalysisService::class.java)
private val dataApi = retrofitFactory.createDataApi()
/**
* 分析单个交易者的表现
*/
suspend fun analyzeTrader(walletAddress: String, days: Int = 90): Result<TraderAnalysis> {
return try {
val endTime = System.currentTimeMillis()
val startTime = endTime - (days * 24 * 60 * 60 * 1000L)
// 1. 获取交易历史
val activitiesResult = getTradeActivities(walletAddress, startTime, endTime)
if (activitiesResult.isFailure) {
return Result.failure(activitiesResult.exceptionOrNull() ?: Exception("获取交易历史失败"))
}
val activities = activitiesResult.getOrNull() ?: emptyList()
// 2. 获取当前仓位
val positionsResult = blockchainService.getPositions(walletAddress)
val positions = if (positionsResult.isSuccess) {
positionsResult.getOrNull() ?: emptyList()
} else {
emptyList()
}
// 3. 计算指标
val metrics = calculateMetrics(activities, positions)
// 4. 计算综合评分
val score = calculateSmartMoneyScore(
winRate = metrics.winRate,
totalPnl = metrics.totalPnl,
returnRate = metrics.returnRate,
tradeCount = metrics.tradeCount,
avgPnlRatio = metrics.avgPnlRatio
)
Result.success(
TraderAnalysis(
walletAddress = walletAddress,
metrics = metrics,
score = score,
positions = positions.size,
lastTradeTime = activities.maxByOrNull { it.timestamp }?.timestamp
)
)
} catch (e: Exception) {
logger.error("分析交易者失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 获取交易活动
*/
private suspend fun getTradeActivities(
walletAddress: String,
startTime: Long,
endTime: Long
): Result<List<UserActivityResponse>> {
return try {
val response = dataApi.getUserActivity(
user = walletAddress,
type = listOf("TRADE"),
start = startTime,
end = endTime,
limit = 1000,
sortBy = "timestamp",
sortDirection = "desc"
)
if (response.isSuccessful && response.body() != null) {
Result.success(response.body()!!)
} else {
Result.failure(Exception("获取交易活动失败: ${response.code()} ${response.message()}"))
}
} catch (e: Exception) {
logger.error("获取交易活动异常: ${e.message}", e)
Result.failure(e)
}
}
/**
* 计算交易指标
*/
private fun calculateMetrics(
activities: List<UserActivityResponse>,
positions: List<PositionResponse>
): TraderMetrics {
// 分离买入和卖出交易
val buyTrades = activities.filter { it.side == "BUY" }
val sellTrades = activities.filter { it.side == "SELL" }
// 计算总交易数
val tradeCount = activities.size
// 计算总投入(买入金额总和)
val totalInvested = buyTrades.sumOf { it.usdcSize ?: 0.0 }
// 计算已实现盈亏(从仓位数据)
val realizedPnl = positions.sumOf { it.realizedPnl ?: 0.0 }
// 计算未实现盈亏(从仓位数据)
val unrealizedPnl = positions.sumOf { it.cashPnl ?: 0.0 }
// 计算总盈亏
val totalPnl = realizedPnl + unrealizedPnl
// 计算收益率
val returnRate = if (totalInvested > 0) {
totalPnl / totalInvested
} else {
0.0
}
// 计算胜率(需要匹配买入和卖出交易)
val winRate = calculateWinRate(buyTrades, sellTrades)
// 计算平均盈亏比
val avgPnlRatio = calculateAvgPnlRatio(buyTrades, sellTrades)
return TraderMetrics(
tradeCount = tradeCount,
totalInvested = totalInvested,
totalPnl = totalPnl,
realizedPnl = realizedPnl,
unrealizedPnl = unrealizedPnl,
returnRate = returnRate,
winRate = winRate,
avgPnlRatio = avgPnlRatio
)
}
/**
* 计算胜率
* 通过匹配买入和卖出交易来计算
*/
private fun calculateWinRate(
buyTrades: List<UserActivityResponse>,
sellTrades: List<UserActivityResponse>
): Double {
// 按市场分组买入和卖出交易
val buyByMarket = buyTrades.groupBy { it.conditionId }
val sellByMarket = sellTrades.groupBy { it.conditionId }
var winCount = 0
var totalCount = 0
// 遍历每个市场
buyByMarket.forEach { (marketId, buys) ->
val sells = sellByMarket[marketId] ?: emptyList()
// 简单匹配:按时间顺序匹配买入和卖出
// 实际应该使用更精确的匹配算法(如 FIFO)
var buyIndex = 0
var sellIndex = 0
while (buyIndex < buys.size && sellIndex < sells.size) {
val buy = buys[buyIndex]
val sell = sells[sellIndex]
// 计算盈亏
val buyPrice = buy.price ?: 0.0
val sellPrice = sell.price ?: 0.0
val pnl = (sellPrice - buyPrice) * (buy.size ?: 0.0)
if (pnl > 0) {
winCount++
}
totalCount++
buyIndex++
sellIndex++
}
}
return if (totalCount > 0) {
winCount.toDouble() / totalCount
} else {
0.0
}
}
/**
* 计算平均盈亏比
*/
private fun calculateAvgPnlRatio(
buyTrades: List<UserActivityResponse>,
sellTrades: List<UserActivityResponse>
): Double {
// 类似胜率计算,分别计算盈利和亏损的平均金额
val buyByMarket = buyTrades.groupBy { it.conditionId }
val sellByMarket = sellTrades.groupBy { it.conditionId }
val profits = mutableListOf<Double>()
val losses = mutableListOf<Double>()
buyByMarket.forEach { (marketId, buys) ->
val sells = sellByMarket[marketId] ?: emptyList()
var buyIndex = 0
var sellIndex = 0
while (buyIndex < buys.size && sellIndex < sells.size) {
val buy = buys[buyIndex]
val sell = sells[sellIndex]
val buyPrice = buy.price ?: 0.0
val sellPrice = sell.price ?: 0.0
val pnl = (sellPrice - buyPrice) * (buy.size ?: 0.0)
if (pnl > 0) {
profits.add(pnl)
} else if (pnl < 0) {
losses.add(-pnl)
}
buyIndex++
sellIndex++
}
}
val avgProfit = if (profits.isNotEmpty()) {
profits.average()
} else {
0.0
}
val avgLoss = if (losses.isNotEmpty()) {
losses.average()
} else {
0.0
}
return if (avgLoss > 0) {
avgProfit / avgLoss
} else {
if (avgProfit > 0) Double.MAX_VALUE else 0.0
}
}
/**
* 计算聪明钱评分
*/
private fun calculateSmartMoneyScore(
winRate: Double,
totalPnl: Double,
returnRate: Double,
tradeCount: Int,
avgPnlRatio: Double
): Double {
val winRateWeight = 0.3
val totalPnlWeight = 0.25
val returnRateWeight = 0.25
val tradeCountWeight = 0.1
val avgPnlRatioWeight = 0.1
val normalizedWinRate = winRate * 100
val normalizedTotalPnl = min(totalPnl / 10000, 1.0) * 100
val normalizedReturnRate = returnRate * 100
val normalizedTradeCount = min(tradeCount / 200.0, 1.0) * 100
val normalizedAvgPnlRatio = min(avgPnlRatio / 3.0, 1.0) * 100
val score = normalizedWinRate * winRateWeight +
normalizedTotalPnl * totalPnlWeight +
normalizedReturnRate * returnRateWeight +
normalizedTradeCount * tradeCountWeight +
normalizedAvgPnlRatio * avgPnlRatioWeight
return score
}
/**
* 批量分析交易者
*/
suspend fun analyzeTraders(
walletAddresses: List<String>,
days: Int = 90
): Result<List<TraderAnalysis>> {
return try {
val analyses = walletAddresses.mapNotNull { address ->
analyzeTrader(address, days).getOrNull()
}
Result.success(analyses.sortedByDescending { it.score })
} catch (e: Exception) {
logger.error("批量分析交易者失败: ${e.message}", e)
Result.failure(e)
}
}
}
/**
* 交易者分析结果
*/
data class TraderAnalysis(
val walletAddress: String,
val metrics: TraderMetrics,
val score: Double,
val positions: Int,
val lastTradeTime: Long?
)
/**
* 交易者指标
*/
data class TraderMetrics(
val tradeCount: Int,
val totalInvested: Double,
val totalPnl: Double,
val realizedPnl: Double,
val unrealizedPnl: Double,
val returnRate: Double,
val winRate: Double,
val avgPnlRatio: Double
)
```
### 6.2 聪明钱排名服务
```kotlin
@Service
class SmartMoneyRankingService(
private val smartMoneyAnalysisService: SmartMoneyAnalysisService
) {
private val logger = LoggerFactory.getLogger(SmartMoneyRankingService::class.java)
/**
* 获取聪明钱排名
*/
suspend fun getRankings(
category: String? = null, // sports 或 crypto
days: Int = 90,
limit: Int = 100
): Result<List<TraderRanking>> {
return try {
// 1. 获取候选交易者列表
// 这里需要从某个数据源获取(如数据库、API等)
val candidates = getCandidateTraders(category)
// 2. 批量分析交易者
val analysesResult = smartMoneyAnalysisService.analyzeTraders(candidates, days)
if (analysesResult.isFailure) {
return Result.failure(analysesResult.exceptionOrNull() ?: Exception("分析失败"))
}
val analyses = analysesResult.getOrNull() ?: emptyList()
// 3. 筛选和排序
val rankings = analyses
.filter { it.metrics.tradeCount >= 50 } // 最低交易次数
.filter { it.metrics.winRate >= 0.55 } // 最低胜率
.filter { it.metrics.totalPnl >= 1000 } // 最低总盈亏
.sortedByDescending { it.score }
.take(limit)
.mapIndexed { index, analysis ->
TraderRanking(
rank = index + 1,
walletAddress = analysis.walletAddress,
score = analysis.score,
metrics = analysis.metrics,
positions = analysis.positions,
lastTradeTime = analysis.lastTradeTime
)
}
Result.success(rankings)
} catch (e: Exception) {
logger.error("获取排名失败: ${e.message}", e)
Result.failure(e)
}
}
/**
* 获取候选交易者列表
* 这里需要实现具体的获取逻辑(如从数据库、API等)
*/
private suspend fun getCandidateTraders(category: String?): List<String> {
// TODO: 实现获取候选交易者的逻辑
// 可以从以下来源获取:
// 1. 数据库中的 Leader 列表
// 2. Polymarket 的公开数据
// 3. 用户提交的交易者地址
return emptyList()
}
}
/**
* 交易者排名
*/
data class TraderRanking(
val rank: Int,
val walletAddress: String,
val score: Double,
val metrics: TraderMetrics,
val positions: Int,
val lastTradeTime: Long?
)
```
## 7. 数据存储建议
### 7.1 数据库表设计
```sql
-- 聪明钱交易者表
CREATE TABLE smart_money_traders (
id BIGINT AUTO_INCREMENT PRIMARY KEY,
wallet_address VARCHAR(42) NOT NULL UNIQUE,
score DOUBLE NOT NULL,
win_rate DOUBLE NOT NULL,
total_pnl DECIMAL(20, 8) NOT NULL,
return_rate DOUBLE NOT NULL,
trade_count INT NOT NULL,
category VARCHAR(20), -- sports 或 crypto
last_analysis_time BIGINT NOT NULL,
created_at BIGINT NOT NULL,
updated_at BIGINT NOT NULL,
INDEX idx_score (score DESC),
INDEX idx_category (category),
INDEX idx_last_analysis_time (last_analysis_time)
);
-- 交易者历史指标表(用于追踪指标变化)
CREATE TABLE trader_metrics_history (
id BIGINT AUTO_INCREMENT PRIMARY KEY,
wallet_address VARCHAR(42) NOT NULL,
win_rate DOUBLE NOT NULL,
total_pnl DECIMAL(20, 8) NOT NULL,
return_rate DOUBLE NOT NULL,
trade_count INT NOT NULL,
recorded_at BIGINT NOT NULL,
INDEX idx_wallet_address (wallet_address),
INDEX idx_recorded_at (recorded_at)
);
```
### 7.2 缓存策略
- **Redis 缓存**:缓存聪明钱排名列表,减少数据库查询
- **缓存过期时间**:建议 1 小时
- **缓存键**`smart_money:rankings:{category}:{days}`
## 8. API 接口设计
### 8.1 获取聪明钱排名
```kotlin
@PostMapping("/smart-money/rankings")
fun getRankings(@RequestBody request: SmartMoneyRankingsRequest): ResponseEntity<ApiResponse<SmartMoneyRankingsResponse>> {
// 实现逻辑
}
```
**请求参数**
```json
{
"category": "sports", // 可选:sports 或 crypto
"days": 90, // 可选:分析时间范围(天)
"limit": 100, // 可选:返回数量
"minScore": 50 // 可选:最低评分
}
```
**响应数据**
```json
{
"code": 0,
"data": {
"rankings": [
{
"rank": 1,
"walletAddress": "0x...",
"score": 85.5,
"metrics": {
"tradeCount": 150,
"winRate": 0.65,
"totalPnl": 5000.0,
"returnRate": 0.35,
"avgPnlRatio": 2.5
},
"positions": 10,
"lastTradeTime": 1234567890
}
],
"total": 100
},
"msg": ""
}
```
### 8.2 分析单个交易者
```kotlin
@PostMapping("/smart-money/analyze")
fun analyzeTrader(@RequestBody request: SmartMoneyAnalyzeRequest): ResponseEntity<ApiResponse<TraderAnalysisDto>> {
// 实现逻辑
}
```
**请求参数**
```json
{
"walletAddress": "0x...",
"days": 90
}
```
## 9. 注意事项
### 9.1 API 限制
- **Data API 速率限制**:注意 API 调用频率,避免触发限流
- **数据延迟**:Data API 的数据可能有延迟,不是实时的
- **数据完整性**:某些历史数据可能不完整,需要处理缺失数据
### 9.2 计算精度
- **价格精度**Polymarket 使用 0.01-0.99 的价格范围,注意精度问题
- **金额精度**:使用 `BigDecimal` 进行金额计算,避免浮点数误差
- **时间精度**:注意时间戳的精度(毫秒 vs 秒)
### 9.3 性能优化
- **批量查询**:尽量批量查询多个交易者的数据
- **缓存策略**:缓存分析结果,避免重复计算
- **异步处理**:使用异步任务处理大量数据分析
### 9.4 数据质量
- **数据验证**:验证 API 返回的数据完整性
- **异常处理**:处理 API 调用失败的情况
- **数据清洗**:清洗异常数据(如价格为 0、数量为负数等)
## 10. 后续优化方向
1. **机器学习模型**:使用机器学习模型预测交易者未来表现
2. **实时监控**:集成 WebSocket 实现实时监控聪明钱交易
3. **跟单推荐**:根据聪明钱分析结果,推荐适合跟单的交易者
4. **风险预警**:监控聪明钱交易者的风险指标,及时预警
5. **多维度分析**:增加更多分析维度(如市场类型、时间分布等)
+18 -5
View File
@@ -11,7 +11,7 @@
"antd": "^5.12.0",
"antd-mobile": "^5.34.0",
"axios": "^1.6.2",
"ethers": "^6.9.0",
"ethers": "^6.16.0",
"i18next": "^25.7.1",
"react": "^18.2.0",
"react-dom": "^18.2.0",
@@ -158,6 +158,7 @@
"resolved": "https://registry.npmjs.org/@babel/core/-/core-7.28.5.tgz",
"integrity": "sha512-e7jT4DxYvIDLk1ZHmU/m/mB19rex9sv0c2ftBtjSBv+kVM/902eh0fINUzD7UwLLNR+jU585GxUJ8/EBfAM5fw==",
"dev": true,
"peer": true,
"dependencies": {
"@babel/code-frame": "^7.27.1",
"@babel/generator": "^7.28.5",
@@ -1676,6 +1677,7 @@
"version": "18.3.27",
"resolved": "https://registry.npmjs.org/@types/react/-/react-18.3.27.tgz",
"integrity": "sha512-cisd7gxkzjBKU2GgdYrTdtQx1SORymWyaAFhaxQPK9bYO9ot3Y5OikQRvY0VYQtvwjeQnizCINJAenh/V7MK2w==",
"peer": true,
"dependencies": {
"@types/prop-types": "*",
"csstype": "^3.2.2"
@@ -1741,6 +1743,7 @@
"resolved": "https://registry.npmjs.org/@typescript-eslint/parser/-/parser-6.21.0.tgz",
"integrity": "sha512-tbsV1jPne5CkFQCgPBcDOt30ItF7aJoZL997JSF7MhGQqOeT3svWRYxiqlfA5RUdlHN6Fi+EI9bxqbdyAUZjYQ==",
"dev": true,
"peer": true,
"dependencies": {
"@typescript-eslint/scope-manager": "6.21.0",
"@typescript-eslint/types": "6.21.0",
@@ -1937,6 +1940,7 @@
"resolved": "https://registry.npmjs.org/acorn/-/acorn-8.15.0.tgz",
"integrity": "sha512-NZyJarBfL7nWwIq+FDL6Zp/yHEhePMNnnJ0y3qfieCrmNvYct8uvtiV41UvlSe6apAfk0fY1FbWx+NwfmpvtTg==",
"dev": true,
"peer": true,
"bin": {
"acorn": "bin/acorn"
},
@@ -2255,6 +2259,7 @@
"url": "https://github.com/sponsors/ai"
}
],
"peer": true,
"dependencies": {
"baseline-browser-mapping": "^2.8.25",
"caniuse-lite": "^1.0.30001754",
@@ -2466,7 +2471,8 @@
"node_modules/dayjs": {
"version": "1.11.19",
"resolved": "https://registry.npmjs.org/dayjs/-/dayjs-1.11.19.tgz",
"integrity": "sha512-t5EcLVS6QPBNqM2z8fakk/NKel+Xzshgt8FFKAn+qwlD1pzZWxh0nVCrvFK7ZDb6XucZeF9z8C7CBWTRIVApAw=="
"integrity": "sha512-t5EcLVS6QPBNqM2z8fakk/NKel+Xzshgt8FFKAn+qwlD1pzZWxh0nVCrvFK7ZDb6XucZeF9z8C7CBWTRIVApAw==",
"peer": true
},
"node_modules/debug": {
"version": "4.4.3",
@@ -2687,6 +2693,7 @@
"integrity": "sha512-ypowyDxpVSYpkXr9WPv2PAZCtNip1Mv5KTW0SCurXv/9iOpcrH9PaqUElksqEB6pChqHGDRCFTyrZlGhnLNGiA==",
"deprecated": "This version is no longer supported. Please see https://eslint.org/version-support for other options.",
"dev": true,
"peer": true,
"dependencies": {
"@eslint-community/eslint-utils": "^4.2.0",
"@eslint-community/regexpp": "^4.6.1",
@@ -2877,9 +2884,9 @@
}
},
"node_modules/ethers": {
"version": "6.15.0",
"resolved": "https://registry.npmjs.org/ethers/-/ethers-6.15.0.tgz",
"integrity": "sha512-Kf/3ZW54L4UT0pZtsY/rf+EkBU7Qi5nnhonjUb8yTXcxH3cdcWrV2cRyk0Xk/4jK6OoHhxxZHriyhje20If2hQ==",
"version": "6.16.0",
"resolved": "https://registry.npmjs.org/ethers/-/ethers-6.16.0.tgz",
"integrity": "sha512-U1wulmetNymijEhpSEQ7Ct/P/Jw9/e7R1j5XIbPRydgV2DjLVMsULDlNksq3RQnFgKoLlZf88ijYtWEXcPa07A==",
"funding": [
{
"type": "individual",
@@ -2890,6 +2897,7 @@
"url": "https://www.buymeacoffee.com/ricmoo"
}
],
"license": "MIT",
"dependencies": {
"@adraffy/ens-normalize": "1.10.1",
"@noble/curves": "1.2.0",
@@ -3364,6 +3372,7 @@
"url": "https://www.i18next.com/how-to/faq#i18next-is-awesome.-how-can-i-support-the-project"
}
],
"peer": true,
"dependencies": {
"@babel/runtime": "^7.28.4"
},
@@ -5432,6 +5441,7 @@
"version": "18.3.1",
"resolved": "https://registry.npmjs.org/react/-/react-18.3.1.tgz",
"integrity": "sha512-wS+hAgJShR0KhEvPJArfuPVN1+Hz1t0Y6n5jLrGQbkb4urgPE/0Rve+1kMB1v/oWgHgm4WIcV+i7F2pTVj+2iQ==",
"peer": true,
"dependencies": {
"loose-envify": "^1.1.0"
},
@@ -5443,6 +5453,7 @@
"version": "18.3.1",
"resolved": "https://registry.npmjs.org/react-dom/-/react-dom-18.3.1.tgz",
"integrity": "sha512-5m4nQKp+rZRb09LNH59GM4BxTh9251/ylbKIbpe7TpGxfJ+9kv6BLkLBXIjjspbgbnIBNqlI23tRnTWT0snUIw==",
"peer": true,
"dependencies": {
"loose-envify": "^1.1.0",
"scheduler": "^0.23.2"
@@ -6010,6 +6021,7 @@
"resolved": "https://registry.npmjs.org/typescript/-/typescript-5.9.3.tgz",
"integrity": "sha512-jl1vZzPDinLr9eUt3J/t7V6FgNEw9QjvBPdysz9KfQDD41fQrC2Y4vKQdiaUpFT4bXlb1RHhLpp8wtm6M5TgSw==",
"devOptional": true,
"peer": true,
"bin": {
"tsc": "bin/tsc",
"tsserver": "bin/tsserver"
@@ -6182,6 +6194,7 @@
"resolved": "https://registry.npmjs.org/vite/-/vite-5.4.21.tgz",
"integrity": "sha512-o5a9xKjbtuhY6Bi5S3+HvbRERmouabWbyUcpXXUA1u+GNUKoROi9byOJ8M0nHbHYHkYICiMlqxkg1KkYmm25Sw==",
"dev": true,
"peer": true,
"dependencies": {
"esbuild": "^0.21.3",
"postcss": "^8.4.43",
+1 -1
View File
@@ -12,7 +12,7 @@
"antd": "^5.12.0",
"antd-mobile": "^5.34.0",
"axios": "^1.6.2",
"ethers": "^6.9.0",
"ethers": "^6.16.0",
"i18next": "^25.7.1",
"react": "^18.2.0",
"react-dom": "^18.2.0",
+2 -1
View File
@@ -32,6 +32,7 @@ import CopyTradingMatchedOrders from './pages/CopyTradingMatchedOrders'
import FilteredOrdersList from './pages/FilteredOrdersList'
import SystemSettings from './pages/SystemSettings'
import ApiHealthStatus from './pages/ApiHealthStatus'
import RpcNodeSettings from './pages/RpcNodeSettings'
import Announcements from './pages/Announcements'
import { wsManager } from './services/websocket'
import type { OrderPushMessage } from './types'
@@ -263,7 +264,7 @@ function App() {
<Route path="/users" element={<ProtectedRoute><UserList /></ProtectedRoute>} />
<Route path="/announcements" element={<ProtectedRoute><Announcements /></ProtectedRoute>} />
<Route path="/system-settings" element={<ProtectedRoute><SystemSettings /></ProtectedRoute>} />
<Route path="/system-settings/api-health" element={<ProtectedRoute><ApiHealthStatus /></ProtectedRoute>} />
<Route path="/system-settings/rpc-nodes" element={<ProtectedRoute><RpcNodeSettings /></ProtectedRoute>} /> <Route path="/system-settings/api-health" element={<ProtectedRoute><ApiHealthStatus /></ProtectedRoute>} />
{/* 默认重定向到登录页 */}
<Route path="*" element={<Navigate to="/login" replace />} />
@@ -0,0 +1,372 @@
import { useState } from 'react'
import { Form, Input, Button, Radio, Space, Alert, Tooltip } from 'antd'
import { QuestionCircleOutlined } from '@ant-design/icons'
import { useTranslation } from 'react-i18next'
import { useAccountStore } from '../store/accountStore'
import {
getAddressFromPrivateKey,
getAddressFromMnemonic,
getPrivateKeyFromMnemonic,
isValidWalletAddress,
isValidPrivateKey,
isValidMnemonic
} from '../utils'
import { useMediaQuery } from 'react-responsive'
type ImportType = 'privateKey' | 'mnemonic'
type WalletType = 'magic' | 'safe'
interface AccountImportFormProps {
form: any
onSuccess?: (accountId: number) => void
onCancel?: () => void
showAlert?: boolean
showCancelButton?: boolean
}
const AccountImportForm: React.FC<AccountImportFormProps> = ({
form,
onSuccess,
onCancel,
showAlert = true,
showCancelButton = true
}) => {
const { t } = useTranslation()
const isMobile = useMediaQuery({ maxWidth: 768 })
const { importAccount, loading } = useAccountStore()
const [importType, setImportType] = useState<ImportType>('privateKey')
const [walletType, setWalletType] = useState<WalletType>('safe')
const [derivedAddress, setDerivedAddress] = useState<string>('')
const [addressError, setAddressError] = useState<string>('')
// 当私钥输入时,自动推导地址
const handlePrivateKeyChange = (e: React.ChangeEvent<HTMLTextAreaElement>) => {
const privateKey = e.target.value.trim()
if (!privateKey) {
setDerivedAddress('')
setAddressError('')
return
}
// 验证私钥格式
if (!isValidPrivateKey(privateKey)) {
setAddressError(t('accountImport.privateKeyInvalid'))
setDerivedAddress('')
return
}
try {
const address = getAddressFromPrivateKey(privateKey)
setDerivedAddress(address)
setAddressError('')
// 自动填充钱包地址字段
form.setFieldsValue({ walletAddress: address })
} catch (error: any) {
setAddressError(error.message || t('accountImport.addressError'))
setDerivedAddress('')
}
}
// 当助记词输入时,自动推导地址
const handleMnemonicChange = (e: React.ChangeEvent<HTMLTextAreaElement>) => {
const mnemonic = e.target.value.trim()
if (!mnemonic) {
setDerivedAddress('')
setAddressError('')
return
}
// 验证助记词格式
if (!isValidMnemonic(mnemonic)) {
setAddressError(t('accountImport.mnemonicInvalid'))
setDerivedAddress('')
return
}
try {
const address = getAddressFromMnemonic(mnemonic, 0)
setDerivedAddress(address)
setAddressError('')
// 自动填充钱包地址字段
form.setFieldsValue({ walletAddress: address })
} catch (error: any) {
setAddressError(error.message || t('accountImport.addressErrorMnemonic'))
setDerivedAddress('')
}
}
const handleSubmit = async (values: any) => {
try {
let privateKey: string
let walletAddress: string
if (importType === 'privateKey') {
// 私钥模式
privateKey = values.privateKey
walletAddress = values.walletAddress
// 验证推导的地址和输入的地址是否一致
if (derivedAddress && walletAddress !== derivedAddress) {
return Promise.reject(new Error(t('accountImport.walletAddressMismatch')))
}
} else {
// 助记词模式
if (!values.mnemonic) {
return Promise.reject(new Error(t('accountImport.mnemonicRequired')))
}
// 从助记词导出私钥和地址
privateKey = getPrivateKeyFromMnemonic(values.mnemonic, 0)
const derivedAddressFromMnemonic = getAddressFromMnemonic(values.mnemonic, 0)
// 如果用户手动输入了地址,验证是否与推导的地址一致
if (values.walletAddress) {
if (values.walletAddress !== derivedAddressFromMnemonic) {
// 地址不匹配,使用推导的地址(因为私钥是从助记词导出的,必须使用对应的地址)
walletAddress = derivedAddressFromMnemonic
} else {
// 地址匹配,使用用户输入的地址
walletAddress = values.walletAddress
}
} else {
// 如果用户没有输入地址,使用推导的地址
walletAddress = derivedAddressFromMnemonic
}
}
// 验证钱包地址格式
if (!isValidWalletAddress(walletAddress)) {
return Promise.reject(new Error(t('accountImport.walletAddressInvalid')))
}
await importAccount({
privateKey: privateKey,
walletAddress: walletAddress,
accountName: values.accountName,
walletType: walletType
})
// 等待store更新
await new Promise(resolve => setTimeout(resolve, 100))
// 获取新添加的账户ID(通过API获取,因为store可能还没更新)
const { apiService } = await import('../services/api')
const accountsResponse = await apiService.accounts.list()
if (accountsResponse.data.code === 0 && accountsResponse.data.data) {
const newAccounts = accountsResponse.data.data.list || []
const newAccount = newAccounts.find((acc: any) => acc.walletAddress === walletAddress)
if (newAccount && onSuccess) {
onSuccess(newAccount.id)
} else if (onSuccess) {
// 如果找不到账户,仍然调用onSuccess(可能在其他地方处理)
onSuccess(0)
}
} else if (onSuccess) {
// API调用失败,仍然调用onSuccess
onSuccess(0)
}
return Promise.resolve()
} catch (error: any) {
return Promise.reject(error)
}
}
return (
<>
{showAlert && (
<Alert
message={t('accountImport.securityTip')}
description={t('accountImport.securityTipDesc')}
type="warning"
showIcon
style={{ marginBottom: '24px' }}
/>
)}
<Form
form={form}
layout="vertical"
onFinish={handleSubmit}
size={isMobile ? 'middle' : 'large'}
>
<Form.Item label={t('accountImport.importMethod')}>
<Radio.Group
value={importType}
onChange={(e) => {
setImportType(e.target.value)
setDerivedAddress('')
setAddressError('')
form.setFieldsValue({ walletAddress: '' })
}}
>
<Radio value="privateKey">{t('accountImport.privateKey')}</Radio>
<Radio value="mnemonic">{t('accountImport.mnemonic')}</Radio>
</Radio.Group>
</Form.Item>
<Form.Item
label={
<span>
{t('accountImport.walletType')}{' '}
<Tooltip
title={t('accountImport.walletTypeHelp')}
overlayInnerStyle={{ whiteSpace: 'pre-line', maxWidth: '300px' }}
>
<QuestionCircleOutlined style={{ color: '#999' }} />
</Tooltip>
</span>
}
>
<Radio.Group
value={walletType}
onChange={(e) => setWalletType(e.target.value)}
>
<Radio value="safe">
{t('accountImport.walletTypeSafe')}
</Radio>
<Radio value="magic">
{t('accountImport.walletTypeMagic')}
</Radio>
</Radio.Group>
</Form.Item>
{importType === 'privateKey' ? (
<>
<Form.Item
label={t('accountImport.privateKeyLabel')}
name="privateKey"
rules={[
{ required: true, message: t('accountImport.privateKeyRequired') },
{
validator: (_, value) => {
if (!value) return Promise.resolve()
if (!isValidPrivateKey(value)) {
return Promise.reject(new Error(t('accountImport.privateKeyInvalid')))
}
return Promise.resolve()
}
}
]}
help={addressError || (derivedAddress ? `${t('accountImport.derivedAddress')}: ${derivedAddress}` : '')}
validateStatus={addressError ? 'error' : derivedAddress ? 'success' : ''}
>
<Input.TextArea
rows={3}
placeholder={t('accountImport.privateKeyPlaceholder')}
onChange={handlePrivateKeyChange}
/>
</Form.Item>
<Form.Item
label={t('accountImport.walletAddress')}
name="walletAddress"
rules={[
{ required: true, message: t('accountImport.walletAddressRequired') },
{
validator: (_, value) => {
if (!value) return Promise.resolve()
if (!isValidWalletAddress(value)) {
return Promise.reject(new Error(t('accountImport.walletAddressInvalid')))
}
if (derivedAddress && value !== derivedAddress) {
return Promise.reject(new Error(t('accountImport.walletAddressMismatch')))
}
return Promise.resolve()
}
}
]}
>
<Input
placeholder={t('accountImport.walletAddressPlaceholder')}
readOnly={!!derivedAddress}
/>
</Form.Item>
</>
) : (
<>
<Form.Item
label={t('accountImport.mnemonicLabel')}
name="mnemonic"
rules={[
{ required: true, message: t('accountImport.mnemonicRequired') },
{
validator: (_, value) => {
if (!value) return Promise.resolve()
if (!isValidMnemonic(value)) {
return Promise.reject(new Error(t('accountImport.mnemonicInvalid')))
}
return Promise.resolve()
}
}
]}
help={addressError || (derivedAddress ? `${t('accountImport.derivedAddress')}: ${derivedAddress}` : '')}
validateStatus={addressError ? 'error' : derivedAddress ? 'success' : ''}
>
<Input.TextArea
rows={4}
placeholder={t('accountImport.mnemonicPlaceholder')}
onChange={handleMnemonicChange}
/>
</Form.Item>
<Form.Item
label={t('accountImport.walletAddress')}
name="walletAddress"
rules={[
{ required: true, message: t('accountImport.walletAddressRequired') },
{
validator: (_, value) => {
if (!value) return Promise.resolve()
if (!isValidWalletAddress(value)) {
return Promise.reject(new Error(t('accountImport.walletAddressInvalid')))
}
if (derivedAddress && value !== derivedAddress) {
return Promise.reject(new Error(t('accountImport.walletAddressMismatchMnemonic')))
}
return Promise.resolve()
}
}
]}
>
<Input
placeholder={t('accountImport.walletAddressPlaceholder')}
readOnly={!!derivedAddress}
/>
</Form.Item>
</>
)}
<Form.Item
label={t('accountImport.accountName')}
name="accountName"
>
<Input placeholder={t('accountImport.accountNamePlaceholder')} />
</Form.Item>
<Form.Item>
<Space>
<Button
type="primary"
htmlType="submit"
loading={loading}
size={isMobile ? 'middle' : 'large'}
>
{t('accountImport.importAccount')}
</Button>
{showCancelButton && onCancel && (
<Button onClick={onCancel}>
{t('common.cancel')}
</Button>
)}
</Space>
</Form.Item>
</Form>
</>
)
}
export default AccountImportForm
+172
View File
@@ -0,0 +1,172 @@
import { useState } from 'react'
import { Modal, Form, Input, Select, message, Space } from 'antd'
import { LinkOutlined } from '@ant-design/icons'
import { apiService } from '../services/api'
import type { RpcNodeAddRequest } from '../types'
import { useTranslation } from 'react-i18next'
interface AddRpcNodeModalProps {
visible: boolean
onCancel: () => void
onSuccess: () => void
}
const { Option } = Select
const AddRpcNodeModal: React.FC<AddRpcNodeModalProps> = ({ visible, onCancel, onSuccess }) => {
const { t } = useTranslation()
const [form] = Form.useForm()
const [selectedProvider, setSelectedProvider] = useState<string>('CUSTOM')
const [validating, setValidating] = useState(false)
const providerOptions = [
{ value: 'ALCHEMY', label: t('rpcNodeSettings.providerAlchemy'), url: 'https://dashboard.alchemy.com/' },
{ value: 'INFURA', label: t('rpcNodeSettings.providerInfura'), url: 'https://infura.io/' },
{ value: 'QUICKNODE', label: t('rpcNodeSettings.providerQuickNode'), url: 'https://www.quicknode.com/' },
{ value: 'CHAINSTACK', label: t('rpcNodeSettings.providerChainstack'), url: 'https://chainstack.com/' },
{ value: 'GETBLOCK', label: t('rpcNodeSettings.providerGetBlock'), url: 'https://getblock.io/' },
{ value: 'CUSTOM', label: t('rpcNodeSettings.customNode'), url: '' }
]
const handleSubmit = async () => {
try {
const values = await form.validateFields()
setValidating(true)
const request: RpcNodeAddRequest = {
providerType: values.providerType,
name: values.name,
apiKey: values.apiKey,
httpUrl: values.httpUrl,
wsUrl: values.wsUrl
}
// 先验证节点
const validateResponse = await apiService.rpcNodes.validate(request)
if (validateResponse.data.code === 0 && validateResponse.data.data) {
const result = validateResponse.data.data
if (!result.valid) {
message.error(`${t('rpcNodeSettings.validateFailed')} ${result.message}`)
setValidating(false)
return
}
// 验证通过,添加节点
const addResponse = await apiService.rpcNodes.add(request)
if (addResponse.data.code === 0) {
message.success(t('rpcNodeSettings.addSuccess'))
form.resetFields()
setSelectedProvider('CUSTOM')
onSuccess()
} else {
message.error(addResponse.data.msg || t('rpcNodeSettings.addFailed'))
}
} else {
message.error(validateResponse.data.msg || t('rpcNodeSettings.validateError'))
}
} catch (error: any) {
if (!error.errorFields) {
message.error(error.message || t('rpcNodeSettings.operationFailed'))
}
} finally {
setValidating(false)
}
}
const handleCancel = () => {
form.resetFields()
setSelectedProvider('CUSTOM')
onCancel()
}
const currentProvider = providerOptions.find(p => p.value === selectedProvider)
return (
<Modal
title={t('rpcNodeSettings.addNodeTitle')}
open={visible}
onOk={handleSubmit}
onCancel={handleCancel}
width={600}
confirmLoading={validating}
okText={t('rpcNodeSettings.validateAndAdd')}
cancelText={t('common.cancel')}
>
<Form
form={form}
layout="vertical"
initialValues={{ providerType: 'CUSTOM' }}
>
<Form.Item
label={t('rpcNodeSettings.providerTypeLabel')}
name="providerType"
rules={[{ required: true, message: t('rpcNodeSettings.providerTypeRequired') }]}
>
<Select onChange={setSelectedProvider}>
{providerOptions.map(opt => (
<Option key={opt.value} value={opt.value}>{opt.label}</Option>
))}
</Select>
</Form.Item>
<Form.Item
label={t('rpcNodeSettings.nodeNameLabel')}
name="name"
rules={[{ required: true, message: t('rpcNodeSettings.nodeNameRequired') }]}
>
<Input placeholder={t('rpcNodeSettings.nodeNamePlaceholder')} />
</Form.Item>
{selectedProvider !== 'CUSTOM' && (
<Form.Item
label={
<Space>
<span>{t('rpcNodeSettings.apiKeyLabel')}</span>
{currentProvider?.url && (
<a href={currentProvider.url} target="_blank" rel="noopener noreferrer">
<LinkOutlined /> {t('rpcNodeSettings.getApiKey')}
</a>
)}
</Space>
}
name="apiKey"
rules={[{ required: true, message: t('rpcNodeSettings.apiKeyRequired') }]}
>
<Input.Password
placeholder={t('rpcNodeSettings.apiKeyPlaceholder')}
autoComplete="off"
/>
</Form.Item>
)}
{selectedProvider === 'CUSTOM' && (
<>
<Form.Item
label={t('rpcNodeSettings.httpUrlLabel')}
name="httpUrl"
rules={[
{ required: true, message: t('rpcNodeSettings.httpUrlRequired') },
{ type: 'url', message: t('rpcNodeSettings.httpUrlInvalid') }
]}
>
<Input placeholder={t('rpcNodeSettings.httpUrlPlaceholder')} />
</Form.Item>
<Form.Item
label={t('rpcNodeSettings.wsUrlLabel')}
name="wsUrl"
rules={[{ type: 'url', message: t('rpcNodeSettings.wsUrlInvalid') }]}
>
<Input placeholder={t('rpcNodeSettings.wsUrlPlaceholder')} />
</Form.Item>
</>
)}
</Form>
</Modal>
)
}
export default AddRpcNodeModal
+8 -3
View File
@@ -19,7 +19,7 @@ import {
TwitterOutlined,
CheckCircleOutlined,
SendOutlined,
NotificationOutlined
ApiOutlined, NotificationOutlined
} from '@ant-design/icons'
import type { MenuProps } from 'antd'
import type { ReactNode } from 'react'
@@ -131,6 +131,11 @@ const Layout: React.FC<LayoutProps> = ({ children }) => {
icon: <SettingOutlined />,
label: t('menu.systemOverview') || '通用设置'
},
{
key: '/system-settings/rpc-nodes',
icon: <ApiOutlined />,
label: t('menu.rpcNodes') || 'RPC节点管理'
},
{
key: '/system-settings/api-health',
icon: <CheckCircleOutlined />,
@@ -238,7 +243,7 @@ const Layout: React.FC<LayoutProps> = ({ children }) => {
<GithubOutlined />
</a>
<a
href="https://x.com/quant_tr"
href="https://x.com/polyhermes"
target="_blank"
rel="noopener noreferrer"
style={{ color: '#fff', fontSize: '16px', display: 'flex', alignItems: 'center' }}
@@ -362,7 +367,7 @@ const Layout: React.FC<LayoutProps> = ({ children }) => {
<GithubOutlined />
</a>
<a
href="https://x.com/quant_tr"
href="https://x.com/polyhermes"
target="_blank"
rel="noopener noreferrer"
style={{ color: '#fff', fontSize: '18px', display: 'flex', alignItems: 'center' }}
+136
View File
@@ -0,0 +1,136 @@
import { useState } from 'react'
import { Form, Input, Button, Space } from 'antd'
import { apiService } from '../services/api'
import { useMediaQuery } from 'react-responsive'
import { useTranslation } from 'react-i18next'
import { isValidWalletAddress } from '../utils'
interface LeaderAddFormProps {
form: any
onSuccess?: (leaderId: number) => void
onCancel?: () => void
showCancelButton?: boolean
}
const LeaderAddForm: React.FC<LeaderAddFormProps> = ({
form,
onSuccess,
onCancel,
showCancelButton = true
}) => {
const { t } = useTranslation()
const isMobile = useMediaQuery({ maxWidth: 768 })
const [loading, setLoading] = useState(false)
const handleSubmit = async (values: any) => {
setLoading(true)
try {
const response = await apiService.leaders.add({
leaderAddress: values.leaderAddress.trim(),
leaderName: values.leaderName?.trim() || undefined,
remark: values.remark?.trim() || undefined,
website: values.website?.trim() || undefined
})
if (response.data.code === 0) {
if (response.data.data && onSuccess) {
onSuccess(response.data.data.id)
}
return Promise.resolve()
} else {
return Promise.reject(new Error(response.data.msg || t('leaderAdd.addFailed') || '添加 Leader 失败'))
}
} catch (error: any) {
return Promise.reject(error)
} finally {
setLoading(false)
}
}
return (
<Form
form={form}
layout="vertical"
onFinish={handleSubmit}
size={isMobile ? 'middle' : 'large'}
>
<Form.Item
label={t('leaderAdd.leaderAddress') || 'Leader 钱包地址'}
name="leaderAddress"
rules={[
{ required: true, message: t('leaderAdd.leaderAddressRequired') || '请输入 Leader 钱包地址' },
{
validator: (_, value) => {
if (!value) {
return Promise.reject(new Error(t('leaderAdd.leaderAddressRequired') || '请输入 Leader 钱包地址'))
}
if (!isValidWalletAddress(value.trim())) {
return Promise.reject(new Error(t('leaderAdd.leaderAddressInvalid') || '钱包地址格式不正确(必须是 0x 开头的 42 位地址)'))
}
return Promise.resolve()
}
}
]}
tooltip={t('leaderAdd.leaderAddressTooltip') || '被跟单者的钱包地址,系统将监控该地址的交易并自动跟单'}
>
<Input placeholder="0x..." style={{ fontFamily: 'monospace' }} />
</Form.Item>
<Form.Item
label={t('leaderAdd.leaderName') || 'Leader 名称'}
name="leaderName"
tooltip={t('leaderAdd.leaderNameTooltip') || '可选,用于标识 Leader,方便管理'}
>
<Input placeholder={t('leaderAdd.leaderNamePlaceholder') || '可选,用于标识 Leader'} />
</Form.Item>
<Form.Item
label={t('leaderAdd.remark') || 'Leader 备注'}
name="remark"
tooltip={t('leaderAdd.remarkTooltip') || '可选,用于记录 Leader 的备注信息'}
>
<Input.TextArea
placeholder={t('leaderAdd.remarkPlaceholder') || '可选,用于记录 Leader 的备注信息'}
rows={3}
maxLength={500}
showCount
/>
</Form.Item>
<Form.Item
label={t('leaderAdd.website') || 'Leader 网站'}
name="website"
tooltip={t('leaderAdd.websiteTooltip') || '可选,Leader 的网站链接'}
rules={[
{
type: 'url',
message: t('leaderAdd.websiteInvalid') || '请输入有效的 URL 地址'
}
]}
>
<Input placeholder={t('leaderAdd.websitePlaceholder') || '可选,例如:https://example.com'} />
</Form.Item>
<Form.Item>
<Space>
<Button
type="primary"
htmlType="submit"
loading={loading}
size={isMobile ? 'middle' : 'large'}
>
{t('leaderAdd.add') || '添加 Leader'}
</Button>
{showCancelButton && onCancel && (
<Button onClick={onCancel}>
{t('common.cancel')}
</Button>
)}
</Space>
</Form.Item>
</Form>
)
}
export default LeaderAddForm
+100 -3
View File
@@ -65,7 +65,8 @@
"updateSuccess": "Account updated successfully",
"updateFailed": "Failed to update account",
"getDetailFailed": "Failed to get account details",
"accountIdRequired": "Account ID cannot be empty"
"accountIdRequired": "Account ID cannot be empty",
"proxyAddress": "Proxy Wallet Address"
},
"message": {
"success": "Operation successful",
@@ -198,7 +199,11 @@
"importFailed": "Failed to import account",
"derivedAddress": "Derived Address",
"addressError": "Cannot derive address from private key",
"addressErrorMnemonic": "Cannot derive address from mnemonic"
"addressErrorMnemonic": "Cannot derive address from mnemonic",
"walletType": "Wallet Type",
"walletTypeHelp": "Web3 Wallet: Polymarket accounts connected via browser wallets like MetaMask\nMagic: Polymarket accounts logged in via email or social accounts (Google, Twitter, etc.)",
"walletTypeMagic": "Magic (Email/Social Login)",
"walletTypeSafe": "Web3 Wallet"
},
"leader": {
"title": "Leader Management",
@@ -236,6 +241,7 @@
"systemSettings": "System",
"systemOverview": "Overview",
"language": "Language",
"rpcNodes": "RPC Nodes",
"apiHealth": "API Health",
"builderApiKey": "Builder API Key",
"proxy": "Proxy",
@@ -426,6 +432,7 @@
},
"leaderAdd": {
"title": "Add Leader",
"back": "Back",
"leaderAddress": "Leader Wallet Address",
"leaderAddressRequired": "Please enter Leader wallet address",
"leaderAddressInvalid": "Invalid wallet address format (must be a 42-character address starting with 0x)",
@@ -667,6 +674,13 @@
"priceRangeTooltip": "Only copy orders where Leader's trade price is within the specified range. Leave empty to disable. Examples: Fill 0.11 and 0.89 means only copy orders with price between 0.11 and 0.89; Fill only max price 0.89 means only copy orders with price below 0.89; Fill only min price 0.11 means only copy orders with price above 0.11.",
"minPricePlaceholder": "Min Price (leave empty for no limit)",
"maxPricePlaceholder": "Max Price (leave empty for no limit)",
"positionLimitFilter": "Max Position Limit",
"maxPositionValue": "Max Position Value (USDC)",
"maxPositionValueTooltip": "Limit the maximum position value for a single market. If the current position value + copy order amount exceeds this limit, the order will not be placed. Leave empty to disable",
"maxPositionValuePlaceholder": "For example: 100 (optional, leave empty to disable)",
"maxPositionCount": "Max Position Count",
"maxPositionCountTooltip": "Limit the maximum position count for a single market. If the current position count reaches or exceeds this limit, the order will not be placed. Leave empty to disable",
"maxPositionCountPlaceholder": "For example: 10 (optional, leave empty to disable)",
"supportSell": "Support Sell",
"supportSellTooltip": "Whether to copy Leader's sell orders. Enabled: copy both Leader's buy and sell orders; Disabled: only copy Leader's buy orders, ignore sell orders.",
"invalidNumber": "Please enter a valid number"
@@ -732,6 +746,13 @@
"priceRangeTooltip": "Only copy orders where Leader's trade price is within the specified range. Leave empty to disable. Examples: Fill 0.11 and 0.89 means only copy orders with price between 0.11 and 0.89; Fill only max price 0.89 means only copy orders with price below 0.89; Fill only min price 0.11 means only copy orders with price above 0.11.",
"minPricePlaceholder": "Min Price (leave empty for no limit)",
"maxPricePlaceholder": "Max Price (leave empty for no limit)",
"positionLimitFilter": "Max Position Limit",
"maxPositionValue": "Max Position Value (USDC)",
"maxPositionValueTooltip": "Limit the maximum position value for a single market. If the current position value + copy order amount exceeds this limit, the order will not be placed. Leave empty to disable",
"maxPositionValuePlaceholder": "For example: 100 (optional, leave empty to disable)",
"maxPositionCount": "Max Position Count",
"maxPositionCountTooltip": "Limit the maximum position count for a single market. If the current position count reaches or exceeds this limit, the order will not be placed. Leave empty to disable",
"maxPositionCountPlaceholder": "For example: 10 (optional, leave empty to disable)",
"configName": "Configuration Name",
"configNameRequired": "Please enter configuration name",
"configNamePlaceholder": "e.g., Copy Trading Config 1",
@@ -752,7 +773,11 @@
"invalidNumber": "Please enter a valid number",
"fetchLeaderFailed": "Failed to get Leader list",
"fetchTemplateFailed": "Failed to get template list",
"templateName": "Template Name"
"templateName": "Template Name",
"noAccounts": "No accounts",
"importAccount": "Import Account",
"noLeaders": "No Leaders",
"addLeader": "Add Leader"
},
"copyTradingEdit": {
"title": "Edit Copy Trading Config",
@@ -807,6 +832,13 @@
"priceRangeTooltip": "Only copy orders where Leader's trade price is within the specified range. Leave empty to disable. Examples: Fill 0.11 and 0.89 means only copy orders with price between 0.11 and 0.89; Fill only max price 0.89 means only copy orders with price below 0.89; Fill only min price 0.11 means only copy orders with price above 0.11.",
"minPricePlaceholder": "Min Price (leave empty for no limit)",
"maxPricePlaceholder": "Max Price (leave empty for no limit)",
"positionLimitFilter": "Max Position Limit",
"maxPositionValue": "Max Position Value (USDC)",
"maxPositionValueTooltip": "Limit the maximum position value for a single market. If the current position value + copy order amount exceeds this limit, the order will not be placed. Leave empty to disable",
"maxPositionValuePlaceholder": "For example: 100 (optional, leave empty to disable)",
"maxPositionCount": "Max Position Count",
"maxPositionCountTooltip": "Limit the maximum position count for a single market. If the current position count reaches or exceeds this limit, the order will not be placed. Leave empty to disable",
"maxPositionCountPlaceholder": "For example: 10 (optional, leave empty to disable)",
"configName": "Configuration Name",
"configNameRequired": "Please enter configuration name",
"configNamePlaceholder": "e.g., Copy Trading Config 1",
@@ -849,6 +881,8 @@
"orderbookError": "Orderbook Fetch Failed",
"orderbookEmpty": "Orderbook Empty",
"priceRange": "Price Range Mismatch",
"maxPositionValue": "Exceeds Max Position Value",
"maxPositionCount": "Exceeds Max Position Count",
"unknown": "Unknown Reason"
},
"noData": "No filtered orders"
@@ -856,6 +890,8 @@
"copyTradingList": {
"title": "Copy Trading Config Management",
"addCopyTrading": "Add Copy Trading",
"configName": "Config Name",
"configNameNotProvided": "Not Provided",
"wallet": "Wallet",
"account": "Account",
"template": "Template",
@@ -1034,5 +1070,66 @@
"averagePnl": "Average PnL",
"maxPnl": "Max PnL",
"minPnl": "Min PnL"
},
"rpcNodeSettings": {
"title": "Polygon RPC Node Configuration",
"fetchFailed": "Failed to fetch node list",
"checkHealthSuccess": "Health check completed",
"checkHealthFailed": "Health check failed",
"deleteSuccess": "Deleted successfully",
"deleteFailed": "Failed to delete",
"adjustPrioritySuccess": "Priority adjusted successfully",
"adjustPriorityFailed": "Failed to adjust priority",
"priority": "Priority",
"providerType": "Provider",
"name": "Name",
"status": "Status",
"statusHealthy": "Available",
"statusUnhealthy": "Unavailable",
"statusUnknown": "Unknown",
"responseTime": "Response Time",
"enabled": "Enabled",
"actions": "Actions",
"check": "Check",
"enableSuccess": "Enabled successfully",
"disableSuccess": "Disabled successfully",
"updateFailed": "Update failed",
"checkSuccess": "Check completed",
"checkFailed": "Check failed",
"deleteConfirm": "Are you sure you want to delete this node?",
"deleteConfirmOk": "Confirm",
"deleteConfirmCancel": "Cancel",
"delete": "Delete",
"batchCheck": "Batch Check",
"addNode": "Add Node",
"addNodeTitle": "Add RPC Node",
"validateAndAdd": "Validate and Add",
"providerTypeLabel": "Provider Type",
"providerTypeRequired": "Please select provider type",
"nodeNameLabel": "Node Name",
"nodeNameRequired": "Please enter node name",
"nodeNamePlaceholder": "e.g.: My Alchemy Node",
"apiKeyLabel": "API Key",
"getApiKey": "Get API Key",
"apiKeyRequired": "Please enter API Key",
"apiKeyPlaceholder": "Enter your API Key",
"httpUrlLabel": "HTTP RPC URL",
"httpUrlRequired": "Please enter HTTP RPC URL",
"httpUrlInvalid": "Please enter a valid URL",
"httpUrlPlaceholder": "https://polygon-rpc.com",
"wsUrlLabel": "WebSocket URL (Optional)",
"wsUrlInvalid": "Please enter a valid URL",
"wsUrlPlaceholder": "wss://polygon-rpc.com",
"validateFailed": "Node validation failed:",
"addSuccess": "Added successfully",
"addFailed": "Failed to add",
"validateError": "Validation failed",
"operationFailed": "Operation failed",
"customNode": "Custom Node",
"providerAlchemy": "Alchemy",
"providerInfura": "Infura",
"providerQuickNode": "QuickNode",
"providerChainstack": "Chainstack",
"providerGetBlock": "GetBlock"
}
}
+192 -12
View File
@@ -27,7 +27,10 @@
"total": "共",
"items": "条",
"prev": "上一页",
"next": "下一页"
"next": "下一页",
"success": "成功",
"failed": "失败",
"close": "关闭"
},
"login": {
"title": "登录",
@@ -45,7 +48,13 @@
"success": "操作成功",
"error": "操作失败",
"loading": "加载中...",
"noData": "暂无数据"
"noData": "暂无数据",
"loginSuccess": "登录成功",
"loginFailed": "登录失败",
"createUserSuccess": "创建用户成功",
"createUserFailed": "创建用户失败",
"updatePasswordSuccess": "更新密码成功",
"updatePasswordFailed": "更新密码失败"
},
"order": {
"create": "创建订单",
@@ -53,7 +62,47 @@
"cancel": "取消订单",
"event": "订单事件",
"buy": "买入",
"sell": "卖出"
"sell": "卖出",
"market": "市场",
"status": "状态",
"filled": "已成交",
"remaining": "剩余"
},
"account": {
"title": "账户管理",
"list": "账户列表",
"detail": "账户详情",
"import": "导入账户",
"update": "更新账户",
"delete": "删除账户",
"accountId": "账户ID",
"accountName": "账户名称",
"accountNamePlaceholder": "账户名称(可选)",
"accountIdRequired": "账户ID不能为空",
"walletAddress": "钱包地址",
"proxyAddress": "代理钱包地址",
"apiCredentials": "API 凭证",
"apiKey": "API Key",
"apiSecret": "API Secret",
"apiPassphrase": "API Passphrase",
"balance": "余额",
"activeOrders": "活跃订单",
"completedOrders": "已完成订单",
"positionCount": "持仓数量",
"totalOrders": "总订单数",
"totalPnl": "总盈亏",
"statistics": "交易统计",
"fullConfig": "完整配置",
"partialConfig": "部分配置",
"notConfigured": "未配置",
"configured": "已配置",
"editTip": "编辑提示",
"editTipDesc": "API 凭证字段留空表示不修改。如需更新 API 凭证,请输入新值;如需保持原值不变,请留空。",
"leaveEmptyToNotModify": "留空表示不修改",
"getDetailFailed": "获取账户详情失败",
"updateSuccess": "更新账户成功",
"updateFailed": "更新账户失败",
"refreshBalance": "刷新余额"
},
"accountList": {
"title": "账户管理",
@@ -117,28 +166,67 @@
},
"accountImport": {
"title": "导入账户",
"back": "返回",
"securityTip": "安全提示",
"securityTipDesc": "私钥将存储在后端数据库中,请确保数据库访问安全。建议使用 HTTPS 连接。",
"importMethod": "导入方式",
"privateKey": "私钥",
"mnemonic": "助记词",
"privateKeyLabel": "私钥",
"privateKeyPlaceholder": "请输入私钥(64位十六进制字符串,可选0x前缀)",
"privateKeyRequired": "请输入私钥",
"privateKeyPlaceholder": "请输入或粘贴私钥",
"privateKeyHelp": "私钥将加密存储,仅用于签名交易",
"privateKeyInvalid": "私钥格式不正确(应为64位十六进制字符串)",
"walletAddress": "钱包地址",
"walletAddressPlaceholder": "钱包地址(将从私钥自动推导)",
"walletAddressRequired": "请输入钱包地址",
"walletAddressInvalid": "钱包地址格式不正确",
"walletAddressMismatch": "钱包地址与私钥不匹配",
"mnemonicLabel": "助记词",
"mnemonicPlaceholder": "请输入12或24个单词的助记词(用空格分隔)",
"mnemonicRequired": "请输入助记词",
"mnemonicInvalid": "助记词格式不正确(应为12或24个单词,用空格分隔)",
"walletAddressMismatchMnemonic": "钱包地址与助记词不匹配",
"accountName": "账户名称",
"accountNameRequired": "请输入账户名称",
"accountNamePlaceholder": "请输入账户名称",
"accountNamePlaceholder": "可选,用于标识账户",
"accountNameHelp": "用于标识账户,便于管理",
"privateKeyHelp": "私钥将加密存储,仅用于签名交易",
"submit": "导入",
"invalidPrivateKey": "无效的私钥",
"duplicateAccount": "账户已存在",
"importAccount": "导入账户",
"importSuccess": "导入账户成功",
"importFailed": "导入账户失败",
"invalidPrivateKey": "无效的私钥",
"duplicateAccount": "账户已存在"
"derivedAddress": "推导地址",
"addressError": "无法从私钥推导地址",
"addressErrorMnemonic": "无法从助记词推导地址",
"walletType": "钱包类型",
"walletTypeHelp": "Web3钱包:使用 MetaMask 等浏览器钱包连接的 Polymarket 账户\nMagic:通过邮箱或社交账号(如 Google、Twitter)登录的 Polymarket 账户",
"walletTypeMagic": "Magic(邮箱/社交账号登录)",
"walletTypeSafe": "Web3钱包"
},
"leader": {
"title": "Leader 管理",
"leaderName": "Leader 名称",
"leaderAddress": "钱包地址",
"walletAddress": "钱包地址",
"category": "分类",
"all": "全部",
"copyTradingCount": "跟单关系数",
"createdAt": "创建时间",
"action": "操作",
"add": "添加",
"addLeader": "添加 Leader",
"edit": "编辑",
"editLeader": "编辑 Leader",
"deleteLeader": "删除 Leader"
"delete": "删除",
"deleteLeader": "删除 Leader",
"listFailed": "获取 Leader 列表失败",
"deleteSuccess": "删除 Leader 成功",
"deleteFailed": "删除 Leader 失败",
"deleteConfirm": "确定要删除这个 Leader 吗?",
"deleteConfirmDesc": "删除后无法恢复,请谨慎操作!",
"deleteConfirmOk": "确定删除"
},
"menu": {
"accounts": "账户管理",
@@ -153,6 +241,7 @@
"systemSettings": "系统管理",
"systemOverview": "概览",
"language": "语言",
"rpcNodes": "RPC节点管理",
"apiHealth": "API健康",
"builderApiKey": "Builder API Key",
"proxy": "代理",
@@ -197,7 +286,9 @@
"saveSuccess": "保存配置成功",
"saveFailed": "保存配置失败",
"getFailed": "获取代理配置失败",
"latency": "延迟"
"latency": "延迟",
"hostInvalid": "请输入有效的主机地址",
"portInvalid": "端口必须在 1-65535 之间"
},
"languageSettings": {
"title": "语言设置",
@@ -341,6 +432,7 @@
},
"leaderAdd": {
"title": "添加 Leader",
"back": "返回",
"leaderAddress": "Leader 钱包地址",
"leaderAddressRequired": "请输入 Leader 钱包地址",
"leaderAddressInvalid": "钱包地址格式不正确(必须是 0x 开头的 42 位地址)",
@@ -582,6 +674,13 @@
"priceRangeTooltip": "仅跟单 Leader 交易价格在指定区间内的订单。不填写表示不限制。示例:填写 0.11 和 0.89 表示仅跟单价格在 0.11 到 0.89 之间的订单;只填写最高价 0.89 表示仅跟单价格在 0.89 以下的订单;只填写最低价 0.11 表示仅跟单价格在 0.11 以上的订单。",
"minPricePlaceholder": "最低价(留空不限制)",
"maxPricePlaceholder": "最高价(留空不限制)",
"positionLimitFilter": "最大仓位限制",
"maxPositionValue": "最大仓位金额 (USDC)",
"maxPositionValueTooltip": "限制单个市场的最大仓位金额。如果该市场的当前仓位金额 + 跟单金额超过此限制,则不会下单。不填写则不启用此限制",
"maxPositionValuePlaceholder": "例如:100(可选,不填写表示不启用)",
"maxPositionCount": "最大仓位数量",
"maxPositionCountTooltip": "限制单个市场的最大仓位数量。如果该市场的当前仓位数量达到或超过此限制,则不会下单。不填写则不启用此限制",
"maxPositionCountPlaceholder": "例如:10(可选,不填写表示不启用)",
"supportSell": "跟单卖出",
"supportSellTooltip": "是否跟单 Leader 的卖出订单。开启:跟单 Leader 的买入和卖出订单;关闭:只跟单 Leader 的买入订单,忽略卖出订单。",
"invalidNumber": "请输入有效的数字"
@@ -659,6 +758,13 @@
"priceRangeTooltip": "仅跟单 Leader 交易价格在指定区间内的订单。不填写表示不限制。示例:填写 0.11 和 0.89 表示仅跟单价格在 0.11 到 0.89 之间的订单;只填写最高价 0.89 表示仅跟单价格在 0.89 以下的订单;只填写最低价 0.11 表示仅跟单价格在 0.11 以上的订单。",
"minPricePlaceholder": "最低价(留空不限制)",
"maxPricePlaceholder": "最高价(留空不限制)",
"positionLimitFilter": "最大仓位限制",
"maxPositionValue": "最大仓位金额 (USDC)",
"maxPositionValueTooltip": "限制单个市场的最大仓位金额。如果该市场的当前仓位金额 + 跟单金额超过此限制,则不会下单。不填写则不启用此限制",
"maxPositionValuePlaceholder": "例如:100(可选,不填写表示不启用)",
"maxPositionCount": "最大仓位数量",
"maxPositionCountTooltip": "限制单个市场的最大仓位数量。如果该市场的当前仓位数量达到或超过此限制,则不会下单。不填写则不启用此限制",
"maxPositionCountPlaceholder": "例如:10(可选,不填写表示不启用)",
"supportSell": "跟单卖出",
"supportSellTooltip": "是否跟单 Leader 的卖出订单",
"create": "创建跟单配置",
@@ -667,7 +773,11 @@
"invalidNumber": "请输入有效的数字",
"fetchLeaderFailed": "获取 Leader 列表失败",
"fetchTemplateFailed": "获取模板列表失败",
"templateName": "模板名称"
"templateName": "模板名称",
"noAccounts": "暂无账户",
"importAccount": "导入账户",
"noLeaders": "暂无 Leader",
"addLeader": "添加 Leader"
},
"copyTradingEdit": {
"title": "编辑跟单配置",
@@ -734,6 +844,13 @@
"priceRangeTooltip": "仅跟单 Leader 交易价格在指定区间内的订单。不填写表示不限制。示例:填写 0.11 和 0.89 表示仅跟单价格在 0.11 到 0.89 之间的订单;只填写最高价 0.89 表示仅跟单价格在 0.89 以下的订单;只填写最低价 0.11 表示仅跟单价格在 0.11 以上的订单。",
"minPricePlaceholder": "最低价(留空不限制)",
"maxPricePlaceholder": "最高价(留空不限制)",
"positionLimitFilter": "最大仓位限制",
"maxPositionValue": "最大仓位金额 (USDC)",
"maxPositionValueTooltip": "限制单个市场的最大仓位金额。如果该市场的当前仓位金额 + 跟单金额超过此限制,则不会下单。不填写则不启用此限制",
"maxPositionValuePlaceholder": "例如:100(可选,不填写表示不启用)",
"maxPositionCount": "最大仓位数量",
"maxPositionCountTooltip": "限制单个市场的最大仓位数量。如果该市场的当前仓位数量达到或超过此限制,则不会下单。不填写则不启用此限制",
"maxPositionCountPlaceholder": "例如:10(可选,不填写表示不启用)",
"supportSell": "跟单卖出",
"supportSellTooltip": "是否跟单 Leader 的卖出订单",
"save": "保存",
@@ -764,6 +881,8 @@
"orderbookError": "订单簿获取失败",
"orderbookEmpty": "订单簿为空",
"priceRange": "价格区间不符",
"maxPositionValue": "超过最大仓位金额",
"maxPositionCount": "超过最大仓位数量",
"unknown": "未知原因"
},
"noData": "暂无已过滤订单"
@@ -907,7 +1026,7 @@
"remainingQuantity": "剩余",
"sellStatus": "卖出状态",
"status": "状态",
"statusFilled": "已完成",
"statusFilled": "未成交",
"statusPartiallySold": "部分成交",
"statusFullySold": "全部成交",
"realizedPnl": "已实现盈亏",
@@ -951,5 +1070,66 @@
"averagePnl": "平均盈亏",
"maxPnl": "最大盈亏",
"minPnl": "最小盈亏"
},
"rpcNodeSettings": {
"title": "Polygon RPC 节点配置",
"fetchFailed": "获取节点列表失败",
"checkHealthSuccess": "健康检查完成",
"checkHealthFailed": "健康检查失败",
"deleteSuccess": "删除成功",
"deleteFailed": "删除失败",
"adjustPrioritySuccess": "调整成功",
"adjustPriorityFailed": "调整失败",
"priority": "优先级",
"providerType": "服务商",
"name": "名称",
"status": "状态",
"statusHealthy": "可用",
"statusUnhealthy": "不可用",
"statusUnknown": "未知",
"responseTime": "响应时间",
"enabled": "启用",
"actions": "操作",
"check": "检查",
"enableSuccess": "启用成功",
"disableSuccess": "禁用成功",
"updateFailed": "更新失败",
"checkSuccess": "检查完成",
"checkFailed": "检查失败",
"deleteConfirm": "确定删除此节点吗?",
"deleteConfirmOk": "确定",
"deleteConfirmCancel": "取消",
"delete": "删除",
"batchCheck": "批量检查",
"addNode": "添加节点",
"addNodeTitle": "添加 RPC 节点",
"validateAndAdd": "验证并添加",
"providerTypeLabel": "服务商类型",
"providerTypeRequired": "请选择服务商类型",
"nodeNameLabel": "节点名称",
"nodeNameRequired": "请输入节点名称",
"nodeNamePlaceholder": "例如: My Alchemy Node",
"apiKeyLabel": "API Key",
"getApiKey": "获取 API Key",
"apiKeyRequired": "请输入 API Key",
"apiKeyPlaceholder": "输入您的 API Key",
"httpUrlLabel": "HTTP RPC URL",
"httpUrlRequired": "请输入 HTTP RPC URL",
"httpUrlInvalid": "请输入有效的 URL",
"httpUrlPlaceholder": "https://polygon-rpc.com",
"wsUrlLabel": "WebSocket URL (可选)",
"wsUrlInvalid": "请输入有效的 URL",
"wsUrlPlaceholder": "wss://polygon-rpc.com",
"validateFailed": "节点验证失败:",
"addSuccess": "添加成功",
"addFailed": "添加失败",
"validateError": "验证失败",
"operationFailed": "操作失败",
"customNode": "自定义节点",
"providerAlchemy": "Alchemy",
"providerInfura": "Infura",
"providerQuickNode": "QuickNode",
"providerChainstack": "Chainstack",
"providerGetBlock": "GetBlock"
}
}
+100 -3
View File
@@ -65,7 +65,8 @@
"updateSuccess": "更新賬戶成功",
"updateFailed": "更新賬戶失敗",
"getDetailFailed": "獲取賬戶詳情失敗",
"accountIdRequired": "賬戶ID不能為空"
"accountIdRequired": "賬戶ID不能為空",
"proxyAddress": "代理錢包地址"
},
"message": {
"success": "操作成功",
@@ -198,7 +199,11 @@
"importFailed": "導入賬戶失敗",
"derivedAddress": "推導地址",
"addressError": "無法從私鑰推導地址",
"addressErrorMnemonic": "無法從助記詞推導地址"
"addressErrorMnemonic": "無法從助記詞推導地址",
"walletType": "錢包類型",
"walletTypeHelp": "Web3錢包:使用 MetaMask 等瀏覽器錢包連接的 Polymarket 帳戶\nMagic:透過郵箱或社群帳號(如 Google、Twitter)登入的 Polymarket 帳戶",
"walletTypeMagic": "Magic(郵箱/社群帳號登入)",
"walletTypeSafe": "Web3錢包"
},
"leader": {
"title": "Leader 管理",
@@ -236,6 +241,7 @@
"systemSettings": "系統管理",
"systemOverview": "概覽",
"language": "語言",
"rpcNodes": "RPC節點管理",
"apiHealth": "API健康",
"builderApiKey": "Builder API Key",
"proxy": "代理",
@@ -426,6 +432,7 @@
},
"leaderAdd": {
"title": "添加 Leader",
"back": "返回",
"leaderAddress": "Leader 錢包地址",
"leaderAddressRequired": "請輸入 Leader 錢包地址",
"leaderAddressInvalid": "錢包地址格式不正確(必須是 0x 開頭的 42 位地址)",
@@ -667,6 +674,13 @@
"priceRangeTooltip": "僅跟單 Leader 交易價格在指定區間內的訂單。不填寫表示不限制。示例:填寫 0.11 和 0.89 表示僅跟單價格在 0.11 到 0.89 之間的訂單;只填寫最高價 0.89 表示僅跟單價格在 0.89 以下的訂單;只填寫最低價 0.11 表示僅跟單價格在 0.11 以上的訂單。",
"minPricePlaceholder": "最低價(留空不限制)",
"maxPricePlaceholder": "最高價(留空不限制)",
"positionLimitFilter": "最大倉位限制",
"maxPositionValue": "最大倉位金額 (USDC)",
"maxPositionValueTooltip": "限制單個市場的最大倉位金額。如果該市場的當前倉位金額 + 跟單金額超過此限制,則不會下單。不填寫則不啟用此限制",
"maxPositionValuePlaceholder": "例如:100(可選,不填寫表示不啟用)",
"maxPositionCount": "最大倉位數量",
"maxPositionCountTooltip": "限制單個市場的最大倉位數量。如果該市場的當前倉位數量達到或超過此限制,則不會下單。不填寫則不啟用此限制",
"maxPositionCountPlaceholder": "例如:10(可選,不填寫表示不啟用)",
"supportSell": "跟單賣出",
"supportSellTooltip": "是否跟單 Leader 的賣出訂單。開啟:跟單 Leader 的買入和賣出訂單;關閉:只跟單 Leader 的買入訂單,忽略賣出訂單。",
"invalidNumber": "請輸入有效的數字"
@@ -732,6 +746,13 @@
"priceRangeTooltip": "僅跟單 Leader 交易價格在指定區間內的訂單。不填寫表示不限制。示例:填寫 0.11 和 0.89 表示僅跟單價格在 0.11 到 0.89 之間的訂單;只填寫最高價 0.89 表示僅跟單價格在 0.89 以下的訂單;只填寫最低價 0.11 表示僅跟單價格在 0.11 以上的訂單。",
"minPricePlaceholder": "最低價(留空不限制)",
"maxPricePlaceholder": "最高價(留空不限制)",
"positionLimitFilter": "最大倉位限制",
"maxPositionValue": "最大倉位金額 (USDC)",
"maxPositionValueTooltip": "限制單個市場的最大倉位金額。如果該市場的當前倉位金額 + 跟單金額超過此限制,則不會下單。不填寫則不啟用此限制",
"maxPositionValuePlaceholder": "例如:100(可選,不填寫表示不啟用)",
"maxPositionCount": "最大倉位數量",
"maxPositionCountTooltip": "限制單個市場的最大倉位數量。如果該市場的當前倉位數量達到或超過此限制,則不會下單。不填寫則不啟用此限制",
"maxPositionCountPlaceholder": "例如:10(可選,不填寫表示不啟用)",
"configName": "配置名",
"configNameRequired": "請輸入配置名",
"configNamePlaceholder": "例如:跟單配置1",
@@ -752,7 +773,11 @@
"invalidNumber": "請輸入有效的數字",
"fetchLeaderFailed": "獲取 Leader 列表失敗",
"fetchTemplateFailed": "獲取模板列表失敗",
"templateName": "模板名稱"
"templateName": "模板名稱",
"noAccounts": "暫無賬戶",
"importAccount": "導入賬戶",
"noLeaders": "暫無 Leader",
"addLeader": "添加 Leader"
},
"copyTradingEdit": {
"title": "編輯跟單配置",
@@ -807,6 +832,13 @@
"priceRangeTooltip": "僅跟單 Leader 交易價格在指定區間內的訂單。不填寫表示不限制。示例:填寫 0.11 和 0.89 表示僅跟單價格在 0.11 到 0.89 之間的訂單;只填寫最高價 0.89 表示僅跟單價格在 0.89 以下的訂單;只填寫最低價 0.11 表示僅跟單價格在 0.11 以上的訂單。",
"minPricePlaceholder": "最低價(留空不限制)",
"maxPricePlaceholder": "最高價(留空不限制)",
"positionLimitFilter": "最大倉位限制",
"maxPositionValue": "最大倉位金額 (USDC)",
"maxPositionValueTooltip": "限制單個市場的最大倉位金額。如果該市場的當前倉位金額 + 跟單金額超過此限制,則不會下單。不填寫則不啟用此限制",
"maxPositionValuePlaceholder": "例如:100(可選,不填寫表示不啟用)",
"maxPositionCount": "最大倉位數量",
"maxPositionCountTooltip": "限制單個市場的最大倉位數量。如果該市場的當前倉位數量達到或超過此限制,則不會下單。不填寫則不啟用此限制",
"maxPositionCountPlaceholder": "例如:10(可選,不填寫表示不啟用)",
"configName": "配置名",
"configNameRequired": "請輸入配置名",
"configNamePlaceholder": "例如:跟單配置1",
@@ -849,6 +881,8 @@
"orderbookError": "訂單簿獲取失敗",
"orderbookEmpty": "訂單簿為空",
"priceRange": "價格區間不符",
"maxPositionValue": "超過最大倉位金額",
"maxPositionCount": "超過最大倉位數量",
"unknown": "未知原因"
},
"noData": "暫無已過濾訂單"
@@ -856,6 +890,8 @@
"copyTradingList": {
"title": "跟單配置管理",
"addCopyTrading": "新增跟單",
"configName": "配置名",
"configNameNotProvided": "未提供",
"wallet": "錢包",
"account": "賬戶",
"template": "模板",
@@ -1034,5 +1070,66 @@
"averagePnl": "平均盈虧",
"maxPnl": "最大盈虧",
"minPnl": "最小盈虧"
},
"rpcNodeSettings": {
"title": "Polygon RPC 節點配置",
"fetchFailed": "獲取節點列表失敗",
"checkHealthSuccess": "健康檢查完成",
"checkHealthFailed": "健康檢查失敗",
"deleteSuccess": "刪除成功",
"deleteFailed": "刪除失敗",
"adjustPrioritySuccess": "調整成功",
"adjustPriorityFailed": "調整失敗",
"priority": "優先級",
"providerType": "服務商",
"name": "名稱",
"status": "狀態",
"statusHealthy": "可用",
"statusUnhealthy": "不可用",
"statusUnknown": "未知",
"responseTime": "響應時間",
"enabled": "啟用",
"actions": "操作",
"check": "檢查",
"enableSuccess": "啟用成功",
"disableSuccess": "禁用成功",
"updateFailed": "更新失敗",
"checkSuccess": "檢查完成",
"checkFailed": "檢查失敗",
"deleteConfirm": "確定刪除此節點嗎?",
"deleteConfirmOk": "確定",
"deleteConfirmCancel": "取消",
"delete": "刪除",
"batchCheck": "批量檢查",
"addNode": "添加節點",
"addNodeTitle": "添加 RPC 節點",
"validateAndAdd": "驗證並添加",
"providerTypeLabel": "服務商類型",
"providerTypeRequired": "請選擇服務商類型",
"nodeNameLabel": "節點名稱",
"nodeNameRequired": "請輸入節點名稱",
"nodeNamePlaceholder": "例如: My Alchemy Node",
"apiKeyLabel": "API Key",
"getApiKey": "獲取 API Key",
"apiKeyRequired": "請輸入 API Key",
"apiKeyPlaceholder": "輸入您的 API Key",
"httpUrlLabel": "HTTP RPC URL",
"httpUrlRequired": "請輸入 HTTP RPC URL",
"httpUrlInvalid": "請輸入有效的 URL",
"httpUrlPlaceholder": "https://polygon-rpc.com",
"wsUrlLabel": "WebSocket URL (可選)",
"wsUrlInvalid": "請輸入有效的 URL",
"wsUrlPlaceholder": "wss://polygon-rpc.com",
"validateFailed": "節點驗證失敗:",
"addSuccess": "添加成功",
"addFailed": "添加失敗",
"validateError": "驗證失敗",
"operationFailed": "操作失敗",
"customNode": "自定義節點",
"providerAlchemy": "Alchemy",
"providerInfura": "Infura",
"providerQuickNode": "QuickNode",
"providerChainstack": "Chainstack",
"providerGetBlock": "GetBlock"
}
}
+12 -294
View File
@@ -1,150 +1,20 @@
import { useState } from 'react'
import { useNavigate } from 'react-router-dom'
import { Card, Form, Input, Button, message, Typography, Radio, Space, Alert } from 'antd'
import { Card, Form, Button, Typography } from 'antd'
import { ArrowLeftOutlined } from '@ant-design/icons'
import { useTranslation } from 'react-i18next'
import { useAccountStore } from '../store/accountStore'
import {
getAddressFromPrivateKey,
getAddressFromMnemonic,
getPrivateKeyFromMnemonic,
isValidWalletAddress,
isValidPrivateKey,
isValidMnemonic
} from '../utils'
import { useMediaQuery } from 'react-responsive'
import { message } from 'antd'
import AccountImportForm from '../components/AccountImportForm'
const { Title } = Typography
type ImportType = 'privateKey' | 'mnemonic'
const AccountImport: React.FC = () => {
const { t } = useTranslation()
const navigate = useNavigate()
const isMobile = useMediaQuery({ maxWidth: 768 })
const { importAccount, loading } = useAccountStore()
const [form] = Form.useForm()
const [importType, setImportType] = useState<ImportType>('privateKey')
const [derivedAddress, setDerivedAddress] = useState<string>('')
const [addressError, setAddressError] = useState<string>('')
// 当私钥输入时,自动推导地址
const handlePrivateKeyChange = (e: React.ChangeEvent<HTMLTextAreaElement>) => {
const privateKey = e.target.value.trim()
if (!privateKey) {
setDerivedAddress('')
setAddressError('')
return
}
// 验证私钥格式
if (!isValidPrivateKey(privateKey)) {
setAddressError(t('accountImport.privateKeyInvalid'))
setDerivedAddress('')
return
}
try {
const address = getAddressFromPrivateKey(privateKey)
setDerivedAddress(address)
setAddressError('')
// 自动填充钱包地址字段
form.setFieldsValue({ walletAddress: address })
} catch (error: any) {
setAddressError(error.message || t('accountImport.addressError'))
setDerivedAddress('')
}
}
// 当助记词输入时,自动推导地址
const handleMnemonicChange = (e: React.ChangeEvent<HTMLTextAreaElement>) => {
const mnemonic = e.target.value.trim()
if (!mnemonic) {
setDerivedAddress('')
setAddressError('')
return
}
// 验证助记词格式
if (!isValidMnemonic(mnemonic)) {
setAddressError(t('accountImport.mnemonicInvalid'))
setDerivedAddress('')
return
}
try {
const address = getAddressFromMnemonic(mnemonic, 0)
setDerivedAddress(address)
setAddressError('')
// 自动填充钱包地址字段
form.setFieldsValue({ walletAddress: address })
} catch (error: any) {
setAddressError(error.message || t('accountImport.addressErrorMnemonic'))
setDerivedAddress('')
}
}
const handleSubmit = async (values: any) => {
try {
let privateKey: string
let walletAddress: string
if (importType === 'privateKey') {
// 私钥模式
privateKey = values.privateKey
walletAddress = values.walletAddress
// 验证推导的地址和输入的地址是否一致
if (derivedAddress && walletAddress !== derivedAddress) {
message.error(t('accountImport.walletAddressMismatch'))
return
}
} else {
// 助记词模式
if (!values.mnemonic) {
message.error(t('accountImport.mnemonicRequired'))
return
}
// 从助记词导出私钥和地址
privateKey = getPrivateKeyFromMnemonic(values.mnemonic, 0)
const derivedAddressFromMnemonic = getAddressFromMnemonic(values.mnemonic, 0)
// 如果用户手动输入了地址,验证是否与推导的地址一致
if (values.walletAddress) {
if (values.walletAddress !== derivedAddressFromMnemonic) {
// 地址不匹配,使用推导的地址(因为私钥是从助记词导出的,必须使用对应的地址)
message.warning(`${t('accountImport.walletAddressMismatchMnemonic')}: ${derivedAddressFromMnemonic}`)
walletAddress = derivedAddressFromMnemonic
} else {
// 地址匹配,使用用户输入的地址
walletAddress = values.walletAddress
}
} else {
// 如果用户没有输入地址,使用推导的地址
walletAddress = derivedAddressFromMnemonic
}
}
// 验证钱包地址格式
if (!isValidWalletAddress(walletAddress)) {
message.error(t('accountImport.walletAddressInvalid'))
return
}
await importAccount({
privateKey: privateKey,
walletAddress: walletAddress,
accountName: values.accountName
})
message.success(t('accountImport.importSuccess'))
navigate('/accounts')
} catch (error: any) {
message.error(error.message || t('accountImport.importFailed'))
}
const handleSuccess = async () => {
message.success(t('accountImport.importSuccess'))
navigate('/accounts')
}
return (
@@ -161,165 +31,13 @@ const AccountImport: React.FC = () => {
</div>
<Card>
<Alert
message={t('accountImport.securityTip')}
description={t('accountImport.securityTipDesc')}
type="warning"
showIcon
style={{ marginBottom: '24px' }}
/>
<Form
<AccountImportForm
form={form}
layout="vertical"
onFinish={handleSubmit}
size={isMobile ? 'middle' : 'large'}
>
<Form.Item label={t('accountImport.importMethod')}>
<Radio.Group
value={importType}
onChange={(e) => {
setImportType(e.target.value)
setDerivedAddress('')
setAddressError('')
form.setFieldsValue({ walletAddress: '' })
}}
>
<Radio value="privateKey">{t('accountImport.privateKey')}</Radio>
<Radio value="mnemonic">{t('accountImport.mnemonic')}</Radio>
</Radio.Group>
</Form.Item>
{importType === 'privateKey' ? (
<>
<Form.Item
label={t('accountImport.privateKeyLabel')}
name="privateKey"
rules={[
{ required: true, message: t('accountImport.privateKeyRequired') },
{
validator: (_, value) => {
if (!value) return Promise.resolve()
if (!isValidPrivateKey(value)) {
return Promise.reject(new Error(t('accountImport.privateKeyInvalid')))
}
return Promise.resolve()
}
}
]}
help={addressError || (derivedAddress ? `${t('accountImport.derivedAddress')}: ${derivedAddress}` : '')}
validateStatus={addressError ? 'error' : derivedAddress ? 'success' : ''}
>
<Input.TextArea
rows={3}
placeholder={t('accountImport.privateKeyPlaceholder')}
onChange={handlePrivateKeyChange}
/>
</Form.Item>
<Form.Item
label={t('accountImport.walletAddress')}
name="walletAddress"
rules={[
{ required: true, message: t('accountImport.walletAddressRequired') },
{
validator: (_, value) => {
if (!value) return Promise.resolve()
if (!isValidWalletAddress(value)) {
return Promise.reject(new Error(t('accountImport.walletAddressInvalid')))
}
if (derivedAddress && value !== derivedAddress) {
return Promise.reject(new Error(t('accountImport.walletAddressMismatch')))
}
return Promise.resolve()
}
}
]}
>
<Input
placeholder={t('accountImport.walletAddressPlaceholder')}
readOnly={!!derivedAddress}
/>
</Form.Item>
</>
) : (
<>
<Form.Item
label={t('accountImport.mnemonicLabel')}
name="mnemonic"
rules={[
{ required: true, message: t('accountImport.mnemonicRequired') },
{
validator: (_, value) => {
if (!value) return Promise.resolve()
if (!isValidMnemonic(value)) {
return Promise.reject(new Error(t('accountImport.mnemonicInvalid')))
}
return Promise.resolve()
}
}
]}
help={addressError || (derivedAddress ? `${t('accountImport.derivedAddress')}: ${derivedAddress}` : '')}
validateStatus={addressError ? 'error' : derivedAddress ? 'success' : ''}
>
<Input.TextArea
rows={4}
placeholder={t('accountImport.mnemonicPlaceholder')}
onChange={handleMnemonicChange}
/>
</Form.Item>
<Form.Item
label={t('accountImport.walletAddress')}
name="walletAddress"
rules={[
{ required: true, message: t('accountImport.walletAddressRequired') },
{
validator: (_, value) => {
if (!value) return Promise.resolve()
if (!isValidWalletAddress(value)) {
return Promise.reject(new Error(t('accountImport.walletAddressInvalid')))
}
if (derivedAddress && value !== derivedAddress) {
return Promise.reject(new Error(t('accountImport.walletAddressMismatchMnemonic')))
}
return Promise.resolve()
}
}
]}
>
<Input
placeholder={t('accountImport.walletAddressPlaceholder')}
readOnly={!!derivedAddress}
/>
</Form.Item>
</>
)}
<Form.Item
label={t('accountImport.accountName')}
name="accountName"
>
<Input placeholder={t('accountImport.accountNamePlaceholder')} />
</Form.Item>
<Form.Item>
<Space>
<Button
type="primary"
htmlType="submit"
loading={loading}
size={isMobile ? 'middle' : 'large'}
>
{t('accountImport.importAccount')}
</Button>
<Button onClick={() => navigate('/accounts')}>
{t('common.cancel')}
</Button>
</Space>
</Form.Item>
</Form>
onSuccess={handleSuccess}
onCancel={() => navigate('/accounts')}
showAlert={true}
showCancelButton={true}
/>
</Card>
</div>
)
+39 -3
View File
@@ -1,5 +1,4 @@
import { useEffect, useState } from 'react'
import { useNavigate } from 'react-router-dom'
import { Card, Table, Button, Space, Tag, Popconfirm, message, Typography, Spin, Modal, Descriptions, Divider, Form, Input, Alert } from 'antd'
import { PlusOutlined, ReloadOutlined, EditOutlined, CopyOutlined } from '@ant-design/icons'
import { useTranslation } from 'react-i18next'
@@ -7,12 +6,12 @@ import { useAccountStore } from '../store/accountStore'
import type { Account } from '../types'
import { useMediaQuery } from 'react-responsive'
import { formatUSDC } from '../utils'
import AccountImportForm from '../components/AccountImportForm'
const { Title } = Typography
const AccountList: React.FC = () => {
const { t } = useTranslation()
const navigate = useNavigate()
const isMobile = useMediaQuery({ maxWidth: 768 })
const { accounts, loading, fetchAccounts, deleteAccount, fetchAccountBalance, fetchAccountDetail, updateAccount } = useAccountStore()
const [balanceMap, setBalanceMap] = useState<Record<number, { total: string; available: string; position: string }>>({})
@@ -25,11 +24,20 @@ const AccountList: React.FC = () => {
const [editAccount, setEditAccount] = useState<Account | null>(null)
const [editForm] = Form.useForm()
const [editLoading, setEditLoading] = useState(false)
const [accountImportModalVisible, setAccountImportModalVisible] = useState(false)
const [accountImportForm] = Form.useForm()
useEffect(() => {
fetchAccounts()
}, [fetchAccounts])
const handleAccountImportSuccess = async () => {
message.success(t('accountImport.importSuccess'))
setAccountImportModalVisible(false)
accountImportForm.resetFields()
fetchAccounts()
}
// 加载所有账户的余额
useEffect(() => {
const loadBalances = async () => {
@@ -494,7 +502,7 @@ const AccountList: React.FC = () => {
<Button
type="primary"
icon={<PlusOutlined />}
onClick={() => navigate('/accounts/import')}
onClick={() => setAccountImportModalVisible(true)}
size={isMobile ? 'middle' : 'large'}
block={isMobile}
style={isMobile ? { minHeight: '44px' } : undefined}
@@ -836,6 +844,34 @@ const AccountList: React.FC = () => {
</div>
)}
</Modal>
{/* 导入账户 Modal */}
<Modal
title={t('accountImport.title')}
open={accountImportModalVisible}
onCancel={() => {
setAccountImportModalVisible(false)
accountImportForm.resetFields()
}}
footer={null}
width={isMobile ? '95%' : 600}
style={{ top: isMobile ? 20 : 50 }}
bodyStyle={{ padding: '24px', maxHeight: 'calc(100vh - 150px)', overflow: 'auto' }}
destroyOnClose
maskClosable
closable
>
<AccountImportForm
form={accountImportForm}
onSuccess={handleAccountImportSuccess}
onCancel={() => {
setAccountImportModalVisible(false)
accountImportForm.resetFields()
}}
showAlert={true}
showCancelButton={true}
/>
</Modal>
</div>
)
}

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