141 lines
5.6 KiB
TypeScript
141 lines
5.6 KiB
TypeScript
// export const mmQuery = `
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// SELECT lot.ProductionLotHumanReadableId,
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// case when SourcingState in (1, 2) then 1
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// when x.ProvidedAmount > 0 then 1
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// when x.EffectiveConsumption > 0 then 1
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// else 0 end as Staged,
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// x.ProvidedAmount as Provided,
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// x.EffectiveConsumption as consumption,
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// x.TotalDemand as totalNeeded,
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// /* remaining needed to complete the lot */
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// x.TotalDemand - x.EffectiveConsumption as remainingNeeded,
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// /* do we have enough staged or scanned to the lot? */
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// case when (case when x.ProvidedAmount <> 0 then x.ProvidedAmount else x.EffectiveConsumption end) > x.TotalDemand then 'good' else 'bad' end as noShortage ,
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// x.IsManualProcess as isManual,
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// MaterialHumanReadableId
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// FROM [test1_AlplaPROD2.0_Read].[issueMaterial].[MaterialDemand] x (nolock)
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// left join
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// [test1_AlplaPROD2.0_Read].[issueMaterial].[ProductionLot] as lot on
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// x.ProductionLotId = lot.Id
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// where lot.ProductionLotHumanReadableId = [lotNumber]
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// and IsMainMaterial = 1
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// `;
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export const mmQuery = `
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use [test1_AlplaPROD2.0_Read]
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declare @lot as NVARCHAR(max) = [lotNumber]
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/*
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checks all needed material including pkg
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we only want to monitor the manual materials and the mm materail to make sure they are good.
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for auto consume materails this will be compared with another query.
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*/
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/*
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Material demands for this lot
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*/
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select
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MaterialHumanReadableId
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,MaterialDescription
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-- check box is staged so we could book in even if we used preprint.
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,case when SourcingState in (1, 2) then 1
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when x.ProvidedAmount > 0 then 1
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when x.EffectiveConsumption > 0 then 1
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else 0 end as Staged
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,x.IsManualProcess as isManual
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,IsMainMaterial
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-- lot stuff
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,lot.TotalPlannedLoadingUnits
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,lot.TotalProducedLoadingUnits
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,lot.TotalPlannedLoadingUnits - lot.TotalProducedLoadingUnits as remainingPallets
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,x.ProvidedAmount as Provided -- this is what has been provided most of the time this is due to a silo attachment
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,x.EffectiveConsumption as consumption -- this is how much was consummed via cmd 112
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,x.TotalDemand as totalDemand -- the total demand needed to finish the lot out
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,case when cp.Pieces >= 0.001 then (lot.TotalProducedLoadingUnits+1) * cp.Pieces else
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(a.Weight *((case when cp.Percentage is null then 80 else cp.Percentage end) / 100) * ((lot.TotalProducedLoadingUnits+1) * p.LoadingUnitPieces)) / 1000 end totalNeeded
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,case when IsMainMaterial = 1 then
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case when (case when x.ProvidedAmount <> 0
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then x.ProvidedAmount else x.EffectiveConsumption end) >
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(case when cp.Pieces >= 0.001 then (lot.TotalProducedQuantity+1) * cp.Pieces else
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(a.Weight *((case when cp.Percentage is null then 80 else cp.Percentage end) / 100) * ((lot.TotalProducedLoadingUnits+1) * p.LoadingUnitPieces)) / 1000 end)
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then 'mmGood'
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else 'noMM' end else null end as noMMShortage
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-- pkg check auto
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,case when pkg.QuantityPosition is null then null else
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(case when l.qty > ((lot.TotalProducedLoadingUnits+1) * pkg.QuantityPosition) and IsManualProcess = 0 then 'pkgAutoGood' else 'noAutoPkg' end) end as noPKGAutoShortage
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-- plg check manual
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,case when pkg.QuantityPosition is null then null else
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(case when x.EffectiveConsumption > ((lot.TotalProducedLoadingUnits+1) * pkg.QuantityPosition) and IsManualProcess = 1 then 'pkgManGood' else 'noManPkg' end) end as noPKGManualShortage
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-- manualMateiral
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,case when IsMainMaterial = 0 and IsManualProcess = 1 then
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case when (case when x.ProvidedAmount <> 0
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then x.ProvidedAmount else x.EffectiveConsumption end) >
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(case when cp.Pieces >= 0.001 then (lot.TotalProducedQuantity+1) * cp.Pieces else
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(a.Weight *((case when cp.Percentage is null then 80 else cp.Percentage end) / 100) * ((lot.TotalProducedLoadingUnits+1) * p.LoadingUnitPieces)) / 1000 end)
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then 'manualGood'
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else 'noOK' end else null end as noManualShortage
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-- autoconsume
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,case when cp.Percentage is null then
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case when l.qty > ((lot.TotalProducedLoadingUnits +1) * pkg.QuantityPosition) then 'autoConsumeOk' else 'autoConsumeNOK' end else
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(case when l.qty > (a.Weight *(cp.Percentage / 100) * ((lot.TotalProducedLoadingUnits+1) * p.LoadingUnitPieces)) / 1000 and IsManualProcess = 0
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then 'autoConsumeOk' else 'autoConsumeNOK' end) end as autoConsumeCheck
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-- stock amounts
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,l.qty as invForAutoConsume
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,case when cp.Percentage is null then 0 else cp.Percentage end as Percentage
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,pkg.QuantityPosition
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,(lot.TotalProducedQuantity+1) * cp.Pieces
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from [issueMaterial].[MaterialDemand] x (nolock)
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/* production lot info */
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left join
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[productionControlling].[ProducedLot] as lot on
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lot.Id = x.ProductionLotId
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/* packagaing */
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left join
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[masterData].[PackagingInstructionPosition] as pkg on
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pkg.PackagingInstructionId = lot.PackagingId
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and pkg.ArticleId = x.MaterialId
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-- get the pkg stuff so we have the total amount per pallet.
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left join
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[masterData].[PackagingInstruction] as p on
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p.id = lot.PackagingId
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/* av data */
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left join
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[masterData].[Article] as a on
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a.id = lot.ArticleId
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/* compound*/
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left join
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[masterData].[CompoundPosition] as cp on
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cp.CompoundId = a.CompoundId
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and cp.ArticleId = x.MaterialId
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/* current stock info for auto consumption*/
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left join
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(select
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IdArtikelVarianten
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,ArtikelVariantenBez
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,sum(VerfuegbareMengeSum) as qty
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from AlplaPROD_test1.dbo.V_LagerPositionenBarcodes as i (nolock)
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left join
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AlplaPROD_test1.dbo.V_LagerAbteilungen as l (nolock) on
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l.IdLagerAbteilung = i.IdLagerAbteilung
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where autoverbrauch = 1 and aktiv = 1
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group by IdArtikelVarianten,ArtikelVariantenBez
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) as l on
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l.IdArtikelVarianten = MaterialHumanReadableId
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where lot.ProductionLotHumanReadableId = @lot and MaterialDescription not like '%nopal%'
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and MaterialDescription NOT LIKE '%bb%'
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and MaterialDescription NOT LIKE '%mcg%'
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`;
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