refactor(psi): planning numbers refactored to deal with a bad downsync that caused negative numbers

lstV2/server/services/dataMart/controller/psiPlanningDataImproved.ts

@@ -0,0 +1,170 @@
+import { format } from "date-fns-tz";
+import { tryCatch } from "../../../globalUtils/tryCatch.js";
+import { query } from "../../sqlServer/prodSqlServer.js";
+
+const improvedQuery = `
+
+DECLARE @StartDate DATE = '[startDate]' -- 2025-1-1
+DECLARE @EndDate DATE = '[endDate]' -- 2025-1-31
+
+SELECT 
+	[RunningNumber] as lot
+      ,[ProfitCentreDescription]
+      ,[MachineDescription]
+      ,[ArticleHumanReadableId]
+      ,[ArticleDescription]
+      ,[DeliveryAddressHumanReadableId]
+      ,[DeliveryAddressDescription]
+      ,[MouldHumanReadableId]
+      ,[BlowheadHumanReadableId1]
+      ,[PackagingInstructionHumanReadableId]
+      ,[PackagingInstructionDescription]
+      ,[MainMaterialHumanReadableId]
+      ,[MainMaterialDescription]
+      ,[CompoundHumanReadableId]
+      ,[CompoundDescription]
+      ,[ProductionLotState]
+      ,[PlanType]
+      ,[ProducedQuantityLoadingUnit]
+      ,[ProducedQuantityPieces]
+      ,[PlanStart]
+      ,[PlanEnd]
+	  ,[ProdStart] 
+	  ,[TheoreticEnd]
+    	  ,[ProdDuration]
+      ,[SetupDuration]  
+      ,[StartupDuration]
+    
+      ,[NetEquipmentEfficiency]
+      ,[UtilisationDuration]
+      ,[CycleTime]
+      ,[Cavities]
+      ,[FixedQuantity]
+      ,[ProducedQuantityTrucks]
+      ,[ProducedQuantityTradeUnit]
+      ,[MaxRegrind]
+      ,[Conflict]
+      ,[ProductionOrderHumanReadableId]
+      ,[ProductionDataImportSource]
+      ,[Remark]
+      ,[BlowheadDescription1]
+      ,[MouldDescription]
+      ,[ProcessLossPercentage]
+      ,[SetupTypeNumberOfPersons]
+      ,[UnplannedDowntimePercentage]
+      ,[PlanQuantityLoadingUnit]
+      ,[PlanQuantityPieces]
+      ,[PlanQuantityTradeUnit]
+      ,[PlanQuantityTrucks]
+      ,[PublishState]
+      ,[LastChange]
+      ,[MaterialConsumed]
+      ,[MaterialStaged]
+      ,[MachineLocation]
+      ,[HasPrioritization]
+      ,[ArticleAlias]
+
+  FROM [test1_AlplaPROD2.0_Read].[productionScheduling].[ProductionLot] with (nolock)
+  where TheoreticEnd between @StartDate and @EndDate
+  and ArticleHumanReadableId in ([articles])
+    and PublishState = 1
+  order by PlanStart 
+
+`;
+export const improvedPsiPlanningInfo = async (something: any) => {
+	const { data, error } = (await tryCatch(
+		query(
+			improvedQuery
+				.replace("[articles]", something.avs)
+				.replace("[startDate]", something.startDate)
+				.replace("[endDate]", something.endDate),
+			"PSI planning info",
+		),
+	)) as any;
+
+	// add error handling in later here
+
+	return splitProduction(data.data);
+};
+
+const splitProduction = (runs: any) => {
+	const results: any = [];
+	const WORKDAY_START_HOUR = 7; // 07:00 start well later get this from the shift def
+
+	runs.forEach((e: any) => {
+		const {
+			PlanStart,
+			PlanEnd,
+			PlanQuantityPieces,
+			ArticleHumanReadableId,
+			ProdDuration,
+		} = e;
+
+		const prodStart: any = new Date(PlanStart);
+		const prodEnd: any = new Date(PlanEnd);
+		const prodDuration = ProdDuration
+			? ProdDuration * 60 * 60 * 1000
+			: prodEnd - prodStart;
+
+		// get the prod date the production falls under
+		function getProdDayStart(date: Date) {
+			const d = new Date(date);
+			d.setHours(WORKDAY_START_HOUR, 0, 0, 0);
+
+			if (date.getHours() < WORKDAY_START_HOUR) {
+				// before 07:00, belongs to previous calendar day
+				d.setDate(d.getDate() - 1);
+			}
+			return d;
+		}
+
+		// current pointer starts at the work-day start that contains our start time
+		let currentStart = new Date(prodStart);
+		let prodDayStart = getProdDayStart(currentStart);
+
+		while (prodDayStart < prodEnd) {
+			// 1️⃣ The next day’s start = prodDayStart + 1 day at 07:00
+			const nextProdDayStart = new Date(prodDayStart);
+			nextProdDayStart.setDate(nextProdDayStart.getDate() + 1);
+
+			// 2️⃣ Segment end is either the next work-day start or the actual end, whichever is sooner
+			const segmentEnd = new Date(
+				Math.min(nextProdDayStart.getTime(), prodEnd.getTime()),
+			);
+
+			// 3️⃣ Determine overlap window within (startTime..endTime)
+			const segStart: any = new Date(
+				Math.max(prodDayStart.getTime(), prodStart.getTime()),
+			);
+			const segEnd: any = segmentEnd;
+
+			if (segEnd > segStart) {
+				const segMs = segEnd - segStart;
+				const proportion = segMs / prodDuration;
+				const qty = PlanQuantityPieces * proportion;
+				const pal = e.PlanQuantityLoadingUnit * proportion;
+
+				results.push({
+					Article: ArticleHumanReadableId,
+					Description: e.ArticleAlias,
+					MachineId: e.MachineLocation,
+					MachineName: e.MachineDescription,
+					LotNumber: e.lot,
+					ProductionDay: format(prodDayStart, "M/d/yyyy"),
+					TotalPlanned: e.PlanQuantityPieces,
+					// PlanEnd,
+					// TheoreticEnd,
+					QTYPerDay: parseInt(qty.toFixed(0)),
+					PalDay: parseFloat(pal.toFixed(2)),
+					finished: e.ProductionLotState === 3 ? 1 : 0,
+					//prodDuration,
+				});
+			}
+
+			// move to next production-day window
+			prodDayStart = nextProdDayStart;
+		}
+	});
+
+	return results;
+};