feat(lstv2 move): moved lstv2 into this app to keep them combined and easier to maintain

lstV2/server/services/sqlServer/querys/psiReport/articleData.ts

@@ -0,0 +1,40 @@
+export const articleInfo = `
+use [test1_AlplaPROD2.0_Read]
+
+select a.Id, 
+a.HumanReadableId as av, 
+a.Alias as alias, 
+p.LoadingUnitsPerTruck as loadingUnitsPerTruck, 
+p.LoadingUnitsPerTruck * p.LoadingUnitPieces as qtyPerTruck,
+p.LoadingUnitPieces,
+case when i.MinQuantity IS NOT NULL then round(cast(i.MinQuantity as float), 2) else 0 end as min,
+case when i.MaxQuantity IS NOT NULL then round(cast(i.MaxQuantity as float),2) else 0 end  as max
+from masterData.Article (nolock) as a
+
+/* sales price */ 
+left join 
+(select * 
+	from (select 
+		id, 
+		PackagingId,
+		ArticleId,
+		DefaultCustomer,
+		ROW_NUMBER() OVER (PARTITION BY ArticleId ORDER BY ValidAfter DESC) AS RowNum 
+	from masterData.SalesPrice  (nolock) 
+    where DefaultCustomer = 1) as x 
+	where RowNum = 1 
+	) as s
+on a.id = s.ArticleId
+
+/* pkg instuctions */ 
+left join
+masterData.PackagingInstruction  (nolock)  as p
+on s.PackagingId = p.id
+
+/* stock limits  */
+left join
+masterData.StockLimit (nolock)  as i
+on a.id = i.ArticleId
+
+where a.active = 1 and a.HumanReadableId in ([articles])
+`;

lstV2/server/services/sqlServer/querys/psiReport/deliveredData.ts

@@ -0,0 +1,19 @@
+export const psiDeliveredData = `
+use AlplaPROD_test1
+
+declare @start_date nvarchar(30) = [startDate] --'2025-01-01'
+declare @end_date nvarchar(30) = [endDate] --'2025-08-09'
+
+
+select  IdArtikelVarianten, 
+ArtikelVariantenBez,
+sum(Menge) totalDelivered,
+case when convert(time, upd_date) between '00:00' and '07:00' then convert(date, upd_date - 1) else convert(date, upd_date) end as ShippingDate
+
+from dbo.V_LadePlanungenLadeAuftragAbruf (nolock)
+
+where upd_date between CONVERT(datetime, @start_date + ' 7:00') and CONVERT(datetime, @end_date + ' 7:00') and IdArtikelVarianten in ([articles])
+
+group by IdArtikelVarianten, upd_date,
+ArtikelVariantenBez
+`;

lstV2/server/services/sqlServer/querys/psiReport/deliveryData.ts

@@ -0,0 +1,27 @@
+export const psiDeliveredData = `
+
+use [test1_AlplaPROD2.0_Read]
+
+declare @start_date nvarchar(30) = [startDate] --'2025-01-01'
+declare @end_date nvarchar(30) = [endDate] --'2025-08-09'
+
+select 
+ArticleHumanReadableId,
+ArticleAlias,
+cast(Quantity as int)  Quantity,
+--cast(DeliveryDate as time) as deliveryTime,
+--cast(DeliveryDate as date) as originalDeliveryDate,
+case when cast(DeliveryDate as time) between '00:00' and '07:00' 
+	then DATEADD(DAY, -1, CONVERT(DATE, DeliveryDate)) 
+	else cast(DeliveryDate as date) 
+	end as ShippingDate
+--,*
+from [order].[Release]
+
+where case when cast(DeliveryDate as time) between '00:00' and '07:00' 
+	then DATEADD(DAY, -1, CONVERT(DATE, DeliveryDate)) 
+	else cast(DeliveryDate as date) 
+	end between @start_date and @end_date 
+	and ArticleHumanReadableId in ([articles])
+
+order by DeliveryDate`;

lstV2/server/services/sqlServer/querys/psiReport/planningNumbersByAv.ts

@@ -0,0 +1,34 @@
+export const planningNumbersByAVDate = `
+use AlplaPROD_test1
+declare @start_date nvarchar(30) = '[startDate]' --'2025-01-01'
+declare @end_date nvarchar(30) = '[endDate]' --'2025-08-09'
+/*
+articles will need to be passed over as well as the date structure we want to see
+*/
+
+select x.IdArtikelvarianten As Article,
+ProduktionAlias as Description,
+standort as MachineId,
+MaschinenBezeichnung as MachineName,
+--MaschZyklus as PlanningCycleTime,
+x.IdProdPlanung as LotNumber,
+FORMAT(ProdTag, 'MM/dd/yyyy') as ProductionDay,
+x.planMenge as TotalPlanned,
+ProduktionMenge as QTYPerDay,
+round(ProduktionMengeVPK, 2) PalDay,
+Status as finished
+--MaschStdAuslastung as nee
+
+from dbo.V_ProdLosProduktionJeProdTag_PLANNING (nolock) as x
+
+left join 
+dbo.V_ProdPlanung (nolock) as p on
+x.IdProdPlanung = p.IdProdPlanung
+
+where ProdTag between @start_date and @end_date 
+and p.IdArtikelvarianten in ([articles])
+--and V_ProdLosProduktionJeProdTag_PLANNING.IdKunde = 10 
+--and IdProdPlanung = 18442
+
+order by ProdTag desc
+`;

lstV2/server/services/sqlServer/querys/psiReport/prodcuctionNumbers.ts

@@ -0,0 +1,21 @@
+export const productionNumbers = `
+use [test1_AlplaPROD2.0_Reporting]
+
+declare @startDate nvarchar(30) = '[startDate]' --'2024-12-30'
+declare @endDate nvarchar(30) = '[endDate]' --'2025-08-09'
+
+select MachineLocation,
+ArticleHumanReadableId as article,
+sum(Quantity) as Produced,
+count(Quantity) as palletsProdued,
+FORMAT(convert(date, ProductionDay), 'M/d/yyyy') as ProductionDay,
+ProductionLotHumanReadableId as productionLot
+
+from [reporting_productionControlling].[ScannedUnit] (nolock)
+
+where convert(date, ProductionDay) between @startDate and @endDate  and ArticleHumanReadableId in ([articles]) and BookedOut is null
+
+group by MachineLocation, ArticleHumanReadableId,ProductionDay, ProductionLotHumanReadableId
+
+order by ProductionDay
+`;

lstV2/server/services/sqlServer/querys/psiReport/psiinventory.ts

@@ -0,0 +1,34 @@
+export const planningNumbersByAVDate = `
+use AlplaPROD_test1
+declare @start_date nvarchar(30) = '[startDate]' --'2025-01-01'
+declare @end_date nvarchar(30) = '[endDate]' --'2025-08-09'
+/*
+articles will need to be passed over as well as the date structure we want to see
+*/
+
+select x.IdArtikelvarianten As Article,
+ProduktionAlias as Description,
+standort as MachineId,
+MaschinenBezeichnung as MachineName,
+--MaschZyklus as PlanningCycleTime,
+x.IdProdPlanung as LotNumber,
+FORMAT(ProdTag, 'MM/dd/yyyy') as ProductionDay,
+x.planMenge as TotalPlanned,
+ProduktionMenge as QTYPerDay,
+round(ProduktionMengeVPK, 2) PalDay,
+Status as finished
+--MaschStdAuslastung as nee
+
+from dbo.V_ProdLosProduktionJeProdTag_PLANNING (nolock) as x
+
+left join 
+dbo.V_ProdPlanung (nolock) as p on
+x.IdProdPlanung = p.IdProdPlanung
+
+where ProdTag between @start_date and @end_date 
+and p.IdArtikelvarianten in ([articles])
+--and V_ProdLosProduktionJeProdTag_PLANNING.IdKunde = 10 
+--and IdProdPlanung = 18442
+
+order by ProdTag desc
+`;