张名锐
3d73835be5
- 添加 NormalizeSettledInterestAmounts 方法处理手工平仓和互换的利息事件精度 - 添加 NormalizeManualSettlementAmounts 方法在手工结算前收敛流水金额 - 将利息计算精度从 ConsGlobal.PriceRound 统一调整为 InterestCalculationPrecision(12位) - 在日终持仓快照中添加精度标准化处理，利息腿保留12位精度 - 修复全量平仓时待实现利息和费用的清零逻辑 - 在收益结算事件后清空待实现利息余额避免重复计算 - 更新单元测试验证现金与两位利息事件的一致性
294 lines
17 KiB
C#
294 lines
17 KiB
C#
using Newtonsoft.Json;
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using YLErp.DBModels;
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using YLErp.DBModels.Enums;
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namespace YLErp.Modules.SwapModule
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{
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/// <summary>
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/// 互换平仓全流程测试（SwapUnwind/ApproveSwapTrade/ApplySwapTrade/DealFloatPosition）
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/// ============================================================================
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/// 借鉴 testable 分支 SwapUnwindScenarioTest，基于当前分支 TestableSwapDealService 共享 stub。
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/// 命名规范说明（见《互换价格字段命名规范决策文档》）：
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/// PosiGrossPrice 现状名，实为"期初全价不含费"，规范名 EntryDirtyPrice
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/// TradingAmountAvg 现状名，实为"期末全价不含费"，规范名 ExitDirtyPrice
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/// ============================================================================
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[TestClass]
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public class SwapUnwindScenarioTest
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{
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// ================================================================
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// 场景1：SwapUnwind 全平仓 —— 持仓归零、TradeStatus=已平仓
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// ================================================================
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[TestMethod]
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public void UW_001_SwapUnwind_全平仓_持仓归零且资金流水正确()
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{
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var td = SwapDealTestFactory.CreateTrade();
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var service = new TestableSwapDealService(td);
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var unwindData = SwapDealTestFactory.CreateUnwindData(
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swapRealizedPnL: 5000m, swapMarginAmount: 0m,
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closeMethod: (int)CloseMethodEnum.全部平仓, closePercent: 1m,
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closeQty: 10000m, closeNotionalValue: 1000000m, positionQty: 10000m);
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service.SwapUnwind(unwindData);
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Assert.AreEqual(1, service.ClientCashCalls.Count, "全平无预付金时应1条资金流水");
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Assert.AreEqual(-5000.0, service.ClientCashCalls[0].amount, 0.001, "资金流水=-SwapRealizedPnL");
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Assert.AreEqual(ClientCashInCashOut.系统操作_平仓费, service.ClientCashCalls[0].action);
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Assert.AreEqual("已平仓", td.TradeStatus, "全平仓 TradeStatus=已平仓");
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Assert.AreNotEqual(1, td.HasPartialUnWind, "全平仓不应设 HasPartialUnWind");
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Assert.AreEqual(0.0, td.StockEqvNotional, 0.001, "StockEqvNotional 扣减后=0");
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Assert.AreEqual(0.0, td.TradeAmount, 0.001, "TradeAmount 扣减后=0");
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Assert.AreEqual((int)SwapEventTypeEnum.平仓, service.SaveSwapDealCalls[0].eventType, "事件类型=平仓(2)");
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Console.WriteLine($"UW_001: TradeStatus={td.TradeStatus}, StockEqvNotional={td.StockEqvNotional} ✅");
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}
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// ================================================================
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// 场景2：SwapUnwind 部分平仓 —— HasPartialUnWind=1，TradeStatus 不变
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// ================================================================
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[TestMethod]
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public void UW_002_SwapUnwind_部分平仓_设HasPartialUnWind且TradeStatus不变()
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{
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var td = SwapDealTestFactory.CreateTrade();
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var service = new TestableSwapDealService(td);
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var unwindData = SwapDealTestFactory.CreateUnwindData(
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swapRealizedPnL: 3000m, swapMarginAmount: 0m,
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closeMethod: (int)CloseMethodEnum.部分平仓, closePercent: 0.5m,
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closeQty: 5000m, closeNotionalValue: 500000m, positionQty: 10000m);
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service.SwapUnwind(unwindData);
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Assert.AreEqual(1, td.HasPartialUnWind, "部分平仓应设 HasPartialUnWind=1");
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Assert.AreEqual("确认成交", td.TradeStatus, "部分平仓 TradeStatus 保持不变");
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Assert.AreEqual(500000.0, td.StockEqvNotional, 0.001, "StockEqvNotional 扣减后=500000");
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Assert.AreEqual(5000.0, td.TradeAmount, 0.001, "TradeAmount 扣减后=5000");
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Assert.AreEqual(1, service.ClientCashCalls.Count, "部分平仓应1条资金流水");
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Assert.AreEqual(-3000.0, service.ClientCashCalls[0].amount, 0.001, "资金流水=-SwapRealizedPnL");
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Console.WriteLine($"UW_002: HasPartialUnWind={td.HasPartialUnWind}, TradeStatus={td.TradeStatus} ✅");
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}
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// ================================================================
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// 场景3：SwapUnwind 含预付金 —— 两条资金流水
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// ================================================================
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[TestMethod]
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public void UW_003_SwapUnwind_含预付金_两条资金流水()
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{
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var td = SwapDealTestFactory.CreateTrade();
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var service = new TestableSwapDealService(td);
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var unwindData = SwapDealTestFactory.CreateUnwindData(
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swapRealizedPnL: 5000m, swapMarginAmount: 2000m,
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closeMethod: (int)CloseMethodEnum.全部平仓, closePercent: 1m,
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closeQty: 10000m, closeNotionalValue: 1000000m, positionQty: 10000m);
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service.SwapUnwind(unwindData);
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Assert.AreEqual(2, service.ClientCashCalls.Count, "含预付金时应2条资金流水");
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Assert.AreEqual(-5000.0, service.ClientCashCalls[0].amount, 0.001, "第1条=平仓费");
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Assert.AreEqual(ClientCashInCashOut.系统操作_平仓费, service.ClientCashCalls[0].action);
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Assert.AreEqual(2000.0, service.ClientCashCalls[1].amount, 0.001, "第2条=应付预付金");
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Assert.AreEqual(ClientCashInCashOut.系统操作_应付预付金, service.ClientCashCalls[1].action);
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Console.WriteLine($"UW_003: 平仓费={service.ClientCashCalls[0].amount}, 应付预付金={service.ClientCashCalls[1].amount} ✅");
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}
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// ================================================================
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// 场景4：DealFloatPosition 含费价重算（后端唯二真做计算的地方）
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// ================================================================
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/// <summary>
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/// 平仓事件重算三字段（SwapDealService DealFloatPosition）：
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/// TradingAmountFeeAvg(ExitDirtyFeePrice) = TradingAmountAvg(ExitDirtyPrice) + Fee/CloseQty × shortRatio
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/// TradingAmountNetFeeAvg(ExitCleanFeePrice) = TradingAmountNetAvg(ExitCleanPrice) + Fee/CloseQty × shortRatio
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/// TradingAmount = TradingAmountAvg × CloseQty
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/// 手算：ExitDirtyPrice=1.02, Fee=50, CloseQty=1000, Long(shortRatio=-1)
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/// ExitDirtyFeePrice = 1.02 + 50/1000×(-1) = 0.97
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/// ExitCleanFeePrice = 1.00 + 50/1000×(-1) = 0.95
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/// TradingAmount = 1.02 × 1000 = 1020
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/// </summary>
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[TestMethod]
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public void UW_004_DealFloatPosition_含费价重算正确()
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{
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var td = SwapDealTestFactory.CreateTrade();
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var service = new TestableSwapDealService(td);
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var closeEvent = new swap_flow_event
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{
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EventType = (int)SwapEventTypeEnum.平仓,
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PositionType = (int)PositionTypeFlag.Long,
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TradingAmountAvg = 1.02m, // ExitDirtyPrice
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TradingAmountNetAvg = 1.00m, // ExitCleanPrice
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TradingFeePending = 50m,
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};
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var unwindData = SwapDealTestFactory.CreateUnwindData(swapRealizedPnL: 0m, closeQty: 1000m);
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unwindData.FlowEvents.Add(closeEvent);
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service.SwapUnwind(unwindData);
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Assert.AreEqual(0.97m, closeEvent.TradingAmountFeeAvg, 0.0001m,
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$"TradingAmountFeeAvg(ExitDirtyFeePrice)=ExitDirtyPrice+Fee/Qty×(-1)=0.97");
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Assert.AreEqual(0.95m, closeEvent.TradingAmountNetFeeAvg ?? 0m, 0.0001m,
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$"TradingAmountNetFeeAvg(ExitCleanFeePrice)=ExitCleanPrice+Fee/Qty×(-1)=0.95");
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Assert.AreEqual(1020m, closeEvent.TradingAmount, 0.0001m,
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$"TradingAmount=ExitDirtyPrice×CloseQty=1020");
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Console.WriteLine($"UW_004: ExitDirtyFeePrice={closeEvent.TradingAmountFeeAvg}, TradingAmount={closeEvent.TradingAmount} ✅");
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}
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// ================================================================
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// 场景5：ApproveSwapTrade 审核通过全平仓 —— 反序列化事件并记账
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// ================================================================
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[TestMethod]
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public void UW_005_ApproveSwapTrade_全平仓审核_反序列化事件并记账()
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{
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var td = SwapDealTestFactory.CreateTrade();
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td.ExerciseDate = new DateTime(2026, 12, 31);
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var unwindData = SwapDealTestFactory.CreateUnwindData(swapRealizedPnL: 8000m,
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closeMethod: (int)CloseMethodEnum.全部平仓, closePercent: 1m,
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closeQty: 10000m, closeNotionalValue: 1000000m);
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var swapEvent = new swap_event
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{
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id = 1, SwapTradeId = SwapDealTestFactory.SwapTradeId,
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EventType = (int)SwapEventTypeEnum.平仓, Invalid = false,
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EventData = JsonConvert.SerializeObject(unwindData)
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};
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var flowEvents = new Dictionary<long, List<swap_flow_event>>
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{
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[1] = new List<swap_flow_event> { new swap_flow_event { id = 1, EventId = 1, PositionId = 1 } }
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};
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var service = new TestableSwapDealService(td,
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swapEvents: new Dictionary<int, swap_event> { [(int)SwapEventTypeEnum.平仓] = swapEvent },
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flowEventsByEventId: flowEvents);
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service.ApproveSwapTrade(td, (int)SwapEventTypeEnum.平仓);
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Assert.AreEqual(1, service.ClientCashCalls.Count, "全平仓无预付金时应1条资金流水");
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Assert.AreEqual(-8000.0, service.ClientCashCalls[0].amount, 0.001, "资金流水=-反序列化的SwapRealizedPnL");
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Assert.AreEqual("已平仓", td.TradeStatus, "审核全平仓 TradeStatus=已平仓");
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Console.WriteLine($"UW_005: 反序列化SwapRealizedPnL=8000, 资金流水={service.ClientCashCalls[0].amount}, TradeStatus={td.TradeStatus} ✅");
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}
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// ================================================================
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// 场景6：ApplySwapTrade 提交审核 —— 前置校验与保存事件
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// ================================================================
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[TestMethod]
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public void UW_006_ApplySwapTrade_提交审核_前置校验与保存事件()
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{
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var td = SwapDealTestFactory.CreateTrade();
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var service = new TestableSwapDealService(td);
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var unwindData = SwapDealTestFactory.CreateUnwindData(swapRealizedPnL: 0m);
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unwindData.SwapCloseAmount = 6000m;
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service.ApplySwapTrade(unwindData, (int)SwapEventTypeEnum.平仓);
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Assert.AreEqual(1, service.CloseReCheckCallCount, "应调用 CloseReCheckSetTrade 1次");
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Assert.AreEqual(1, service.SaveSwapDealCalls.Count, "应调用 SaveSwapDeal 1次");
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Assert.AreEqual((int)SwapEventTypeEnum.平仓, service.SaveSwapDealCalls[0].eventType, "事件类型=平仓");
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Assert.AreEqual(6000m, service.SaveSwapDealCalls[0].data.SwapRealizedPnL, 0.001m,
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"SwapRealizedPnL 应=SwapCloseAmount(6000)");
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Console.WriteLine($"UW_006: CloseReCheck={service.CloseReCheckCallCount}次, SwapRealizedPnL={service.SaveSwapDealCalls[0].data.SwapRealizedPnL} ✅");
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}
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// ================================================================
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// 场景7：前端传"占期初(A)"语义，后端入口转"占剩余(B)" —— 全平判定
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// 原始名义本金 100M / 剩余 60M，前端传 A=0.6（平掉原始 60M = 剩余全部）
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// B = A × Notional/Posi = 0.6 × 100/60 = 1.0 → 触发全平
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// ================================================================
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[TestMethod]
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public void UW_007_SwapUnwind_占期初A转占剩余B_全平判定正确()
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{
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var td = SwapDealTestFactory.CreateTrade();
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var service = new TestableSwapDealService(td);
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var unwindData = SwapDealTestFactory.CreateUnwindData(
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swapRealizedPnL: 0m, closeMethod: (int)CloseMethodEnum.全部平仓, closePercent: 0.6m,
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closeQty: 600000m, closeNotionalValue: 600000m, positionQty: 600000m);
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unwindData.NotionalValue = 1000000m; // 期初名义本金
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unwindData.PosiNotionalValue = 600000m; // 剩余名义本金
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service.SwapUnwind(unwindData);
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// 桩 SaveSwapDeal 收集的是转换后的 B（落库 A 还原在生产 SaveSwapDealInternal 中，桩跳过）
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Assert.AreEqual(1.0m, service.SaveSwapDealCalls[0].data.ClosePercent, 0.0001m,
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"入口 A=0.6 应转为 B=1.0（占剩余全平）");
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Assert.AreEqual("已平仓", td.TradeStatus, "B==1 触发全平 TradeStatus=已平仓");
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Console.WriteLine($"UW_007: A=0.6→B={service.SaveSwapDealCalls[0].data.ClosePercent}, TradeStatus={td.TradeStatus} ✅");
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}
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// ================================================================
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// 场景8：占期初(A)转占剩余(B) —— 部分平仓
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// 原始 100M / 剩余 60M，前端传 A=0.3（平掉原始 30M = 剩余的 50%）
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// B = A × Notional/Posi = 0.3 × 100/60 = 0.5 → 部分平仓
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// ================================================================
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[TestMethod]
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public void UW_008_SwapUnwind_占期初A转占剩余B_部分平仓正确()
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{
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var td = SwapDealTestFactory.CreateTrade();
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var service = new TestableSwapDealService(td);
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var unwindData = SwapDealTestFactory.CreateUnwindData(
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swapRealizedPnL: 0m, closeMethod: (int)CloseMethodEnum.部分平仓, closePercent: 0.3m,
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closeQty: 300000m, closeNotionalValue: 300000m, positionQty: 600000m);
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unwindData.NotionalValue = 1000000m; // 期初名义本金
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unwindData.PosiNotionalValue = 600000m; // 剩余名义本金
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service.SwapUnwind(unwindData);
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Assert.AreEqual(0.5m, service.SaveSwapDealCalls[0].data.ClosePercent, 0.0001m,
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"入口 A=0.3 应转为 B=0.5（占剩余 50%）");
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Assert.AreEqual(1, td.HasPartialUnWind, "B≠1 应为部分平仓，设 HasPartialUnWind=1");
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Assert.AreEqual("确认成交", td.TradeStatus, "部分平仓 TradeStatus 保持不变");
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Console.WriteLine($"UW_008: A=0.3→B={service.SaveSwapDealCalls[0].data.ClosePercent}, HasPartialUnWind={td.HasPartialUnWind} ✅");
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}
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[TestMethod]
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public void UW_009_SwapUnwind_名义本金写入前舍入两位小数()
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{
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var td = SwapDealTestFactory.CreateTrade();
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td.StockEqvNotional = 1000000.006;
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var service = new TestableSwapDealService(td);
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var unwindData = SwapDealTestFactory.CreateUnwindData(
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swapRealizedPnL: 0m, closeMethod: (int)CloseMethodEnum.部分平仓, closePercent: 0.5m,
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closeQty: 5000m, closeNotionalValue: 500000.004m, positionQty: 10000m);
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unwindData.NotionalValue = 1000000.006m;
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unwindData.PosiNotionalValue = 1000000.006m;
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service.SwapUnwind(unwindData);
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var savedData = service.SaveSwapDealCalls[0].data;
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Assert.AreEqual(1000000.01m, savedData.NotionalValue, "期初名义本金应按两位小数写入事件");
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Assert.AreEqual(1000000.01m, savedData.PosiNotionalValue, "剩余名义本金应按两位小数写入事件");
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Assert.AreEqual(500000.00m, savedData.CloseNotionalValue, "平仓名义本金应按两位小数写入事件");
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Assert.AreEqual(500000.01, td.StockEqvNotional, 0.000001, "trade 剩余名义本金应在扣减后舍入两位小数");
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}
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[TestMethod]
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public void UW_010_SwapUnwind_现金与两位利息事件保持一致()
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{
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var td = SwapDealTestFactory.CreateTrade();
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var service = new TestableSwapDealService(td);
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var unwindData = SwapDealTestFactory.CreateUnwindData(
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swapRealizedPnL: 10.0049m, closeMethod: (int)CloseMethodEnum.全部平仓,
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closePercent: 1m, closeQty: 10000m, closeNotionalValue: 1000000m, positionQty: 10000m);
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var floatEvent = new swap_flow_event
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{
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UnderlyingCode = "UT-FLOAT", PositionType = (int)PositionTypeFlag.Long,
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EventType = (int)SwapEventTypeEnum.平仓, PayDirection = 1, MarkClosePnl = 10m
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};
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var interestEvent = new swap_flow_event
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{
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PositionType = 0, InterestAmount = 0.0049m, TdInterestAmount = 0.0049m,
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InterestClosePnL = 0.0049m, InterestFee = 0.0049m
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};
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unwindData.FlowEvents.Add(floatEvent);
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unwindData.FlowEvents.Add(interestEvent);
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service.SwapUnwind(unwindData);
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Assert.AreEqual(0m, interestEvent.InterestAmount);
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Assert.AreEqual(0m, interestEvent.TdInterestAmount);
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Assert.AreEqual(0m, interestEvent.InterestClosePnL);
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Assert.AreEqual(0m, interestEvent.InterestFee);
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Assert.AreEqual(10m, unwindData.SwapRealizedPnL);
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Assert.AreEqual(-10d, service.ClientCashCalls[0].amount, 0.001d);
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}
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}
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}
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