Quintiq file version 2.0
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#parent: #root
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StaticMethod CreateDataPieces (LibDEF_DataTransfers dataTransfers_i, NamedValueTree nvt_i)
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{
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Description:
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[*
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This is for creating data pieces for multiple data transfers using the given NVT (so 1 NVT for all the given data transfers).
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Each data transfer might have different chunk size limit, so this means different number of chunks of the NVT (the NVT will be chunked differently).
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The algorithm used here is to save performance cost by avoiding redundant NVT chunking for data transfers with the same chunk size limit (by reusing the previous NVT chunking result).
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*]
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TextBody:
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[*
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// Create the data pieces for every data transfer.
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// To save performance on chunking, first sort the dataTransfers based on the
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// totalContentLength and ChunkSizeLimit (they are possible to be different for each target),
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// Then only do chunking if any of them is different. Else reuse the previous one
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dataTransfersSorted := selectsortedset( dataTransfers_i, Elements, dt, true,
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dt.TotalContentLength(),
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dt.ChunkSizeLimit() );
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previousDt := null( LibDEF_DataTransfer );
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nvtContainerFromPrev := null( LibDEF_NamedValueTreeContainer, owning );
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traverse( dataTransfersSorted, Elements, dt )
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{
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LibDEF_Util::EventLog( dt.IntegrationEvent(), "Preparing data pieces (chunking NVT)." );
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if( isnull( previousDt )
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or isnull( nvtContainerFromPrev )
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or previousDt.TotalContentLength() <> dt.TotalContentLength()
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or previousDt.ChunkSizeLimit() <> dt.ChunkSizeLimit() )
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{
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nvtContainerFromPrev := dt.CreateDataPieces( nvt_i );
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}
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else
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{
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dt.CreateDataPieces( nvtContainerFromPrev );
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}
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previousDt := dt;
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}
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*]
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InterfaceProperties { Accessibility: 'Module' }
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}
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