feat(notify): material per day for the next 90 days

lstV2/server/services/sqlServer/querys/dataMart/materialPerDay.ts

@@ -0,0 +1,115 @@
+/**
+ * This will return the material demand per day
+ * startdate and end date should be passed over
+ */
+export const materialPerDay = `
+use [test3_AlplaPROD2.0_Read]
+
+DECLARE @ShiftStartHour INT = 6
+declare @startDate nvarchar(max) = '[startDate]'
+declare @endDate nvarchar(max) = '[endDate]'
+;with Calendar as (
+    select cast(@startDate as date) CalDate
+    union all
+    select dateadd(day,1,CalDate)
+    from Calendar
+    where CalDate < @endDate
+),
+DailySplit AS (
+    SELECT
+        -- Lot fields
+        l.Id                                AS ProductionLotId,
+        l.ProductionLotHumanReadableId,
+        l.ArticleHumanReadableId,
+        l.ArticleDescription,
+        l.LocationId,
+        l.MachineHumanReadableId,
+        l.MachineDescription,
+        l.StartDate,
+        l.FinishDate,
+        l.ProductionCustomerDescription,
+        l.ProductionCustomerHumanReadableId,
+        l.PlannedQuantity,
+        l.PlannedLoadingUnit,
+        l.Cavity,
+        l.Utilisation,
+        l.TotalMaterialDemand               AS LotTotalMaterialDemand,
+
+        -- Material fields
+        m.MaterialHumanReadableId,
+        m.MaterialDescription,
+        m.TotalDemand                       AS LotMaterialTotalDemand,
+        c.CalDate,
+
+        DATEDIFF(SECOND,l.StartDate,l.FinishDate) AS LotDurationSec,
+
+        -- build  shift‑based 24‑hour window  (e.g. 06:00 → next day 06:00)
+        CASE 
+            WHEN l.StartDate > DATEADD(HOUR,@ShiftStartHour,CAST(c.CalDate AS DATETIME2(7)))
+                 THEN l.StartDate 
+                 ELSE DATEADD(HOUR,@ShiftStartHour,CAST(c.CalDate AS DATETIME2(7)))
+        END AS DayStart,
+
+        CASE 
+            WHEN l.FinishDate < DATEADD(SECOND,-0.0000001,
+                           DATEADD(HOUR,@ShiftStartHour,
+                                   DATEADD(DAY,1,CAST(c.CalDate AS DATETIME2(7)))))
+                 THEN l.FinishDate
+                 ELSE DATEADD(SECOND,-0.0000001,
+                           DATEADD(HOUR,@ShiftStartHour,
+                                   DATEADD(DAY,1,CAST(c.CalDate AS DATETIME2(7)))))
+        END AS DayEnd
+    FROM [issueMaterial].[ProductionLot] (nolock) AS l
+    LEFT JOIN [issueMaterial].[MaterialDemand] (nolock) AS m
+        ON m.ProductionLotId = l.Id
+    CROSS JOIN Calendar AS c
+    WHERE DATEADD(HOUR,@ShiftStartHour,CAST(c.CalDate AS DATETIME2))
+              < l.FinishDate
+      AND DATEADD(HOUR,@ShiftStartHour+24,CAST(c.CalDate AS DATETIME2))
+              > l.StartDate
+	--and l.[ProductionLotHumanReadableId] = 26364
+),
+Fraction AS (
+    SELECT
+        ds.*,
+        DATEDIFF(SECOND,ds.DayStart,ds.DayEnd) AS OverlapSec
+    FROM DailySplit ds
+),
+Normalized AS (
+    SELECT
+        f.*,
+        f.OverlapSec * 1.0 /
+            NULLIF(SUM(f.OverlapSec) OVER
+                   (PARTITION BY f.ProductionLotId, f.MaterialHumanReadableId),0)
+            AS NormalizedFraction
+    FROM Fraction f
+)
+SELECT
+    n.ProductionLotId,
+    n.ProductionLotHumanReadableId,
+    n.ArticleHumanReadableId,
+    n.ArticleDescription,
+    n.LocationId,
+    n.MachineHumanReadableId,
+    n.MachineDescription,
+    n.StartDate,
+    n.FinishDate,
+    n.ProductionCustomerDescription,
+    n.ProductionCustomerHumanReadableId,
+    n.PlannedQuantity,
+    n.PlannedLoadingUnit,
+    n.Cavity,
+    n.Utilisation,
+    n.LotTotalMaterialDemand,
+    n.MaterialHumanReadableId,
+    n.MaterialDescription,
+    n.LotMaterialTotalDemand,
+    n.CalDate,
+    n.NormalizedFraction * n.LotMaterialTotalDemand AS DailyMaterialDemand
+FROM Normalized n
+ORDER BY
+    n.MaterialHumanReadableId,
+    n.CalDate,
+    n.ProductionLotHumanReadableId
+OPTION (MAXRECURSION 0);
+`;