/*
 * Copyright (c) 2018 iTAC Software AG, Germany. All Rights Reserved.
 * 
 * This software is protected by copyright. Under no circumstances may any part of this file in any form be copied,
 * printed, edited or otherwise distributed, be stored in a retrieval system, or be translated into another language
 * without the written permission of iTAC Software AG.
 */
 // created 23.11.2018 08:08:14
// skip property Dictionary`2, property in exclude list
// skip (ignore generic type TrackArea)
// skip property Double, property in exclude list
// skip property Double, property in exclude list
// skip property DictionaryProxy`2, property in exclude list
// skip (ignore generic type TrackInformation)
// skip property ListProxy`1, property in exclude list
using System;
using System.Collections.Generic;

namespace com.itac.oib.siplacepro.contracts.data
{
   // source: assembly 3.2.0.152
   // source: assembly ASM.AS.OIB.SIPLACEPro.Proxy
   public class TableMapper
   {
      // used for itac->asm: True
      // used for asm->itac: True

         // maps iTAC namespace conform type to ASM namespace type
         public static Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table get(Table itacTable)
         {
            if (itacTable == null) { return null; }
            Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table asmTable = new Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table(Asm.As.Oib.SiplacePro.Proxy.Business.Types.ResourceIDs.AttachableheadtypeCp_20);
            mapItac2Asm(asmTable, itacTable);
            return asmTable;
         }

      public static void mapItac2Asm(Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table asmTable, Table itacTable)
      {
         // skip property Dictionary`2, property in exclude list
         asmTable.AllowRandomSetupDuringOnlinePreparation = itacTable.AllowRandomSetupDuringOnlinePreparation;
         // skip (ignore generic type TrackArea)
         // skip property Double, property in exclude list
         // skip property Double, property in exclude list
         asmTable.OffsetZ = itacTable.OffsetZ;
         // skip property DictionaryProxy`2, property in exclude list
         asmTable.Frozen = itacTable.Frozen;
         // skip (ignore generic type TrackInformation)
         // skip property ListProxy`1, property in exclude list
         asmTable.SplitLevel = itacTable.SplitLevel;
         asmTable.IsInSplitMode = itacTable.IsInSplitMode;
         // skip readonly property IsConstant
         // skip readonly property HasTrayFeeders
         // complex property Type, isArray:False, isGeneric:False
         asmTable.Type = com.itac.oib.siplacepro.contracts.data.TableTypeMapper.get( itacTable.Type);
         // skip readonly property IsAnyFeederOnBlockedTrack
         // complex property StationLocationContext, isArray:False, isGeneric:False
         asmTable.StationLocationContext = com.itac.oib.siplacepro.contracts.data.StationLocationMapper.get( itacTable.StationLocationContext);
         // skip readonly property CountOfFeedersOnTable
         // skip readonly property IsAnyFeederFixed
         // skip readonly property IsAnyFeederUnfixed
         // skip readonly property IsAnyComponentFixed
         // skip readonly property IsAnyComponentUnfixed
         // skip readonly property Name
         // skip readonly property FullPath
      }

      // maps iTAC namespace conform array to ASM namespace array
      public static Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table[] get(Table[] itacTable)
      {
         if (itacTable == null) { return null; }
         Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table[] asmTable = new Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table[itacTable.Length];
         for (int i = 0; i < itacTable.Length; i++)
         {
            // to itac array
            asmTable[i] = TableMapper.get(itacTable[i]);
         }
         return asmTable;
      }

      // maps iTAC namespace conform array to ASM namespace list
      public static List<Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table> getList(Table[] asmTable)
      {
         if (asmTable == null) { return null; }
         List<Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table> itacTable = new List<Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table>();
         for (int i = 0; i < asmTable.Length; i++)
         {
            itacTable.Add(TableMapper.get(asmTable[i]));
         }
         return itacTable;
      }

      // map type from ASM namespace to iTAC namespace
      public static Table get(Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table asmTable)
      {
         if (asmTable == null) { return null; }
         Table itacTable = new Table();
         mapAsm2Itac(asmTable, itacTable);
         return itacTable;
      }

      public static void mapAsm2Itac(Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table asmTable, Table itacTable)
      {
         // skip property Dictionary`2, property in exclude list
         itacTable.AllowRandomSetupDuringOnlinePreparation = asmTable.AllowRandomSetupDuringOnlinePreparation;
         // skip (ignore generic type TrackArea)
         // skip property Double, property in exclude list
         // skip property Double, property in exclude list
         itacTable.OffsetZ = asmTable.OffsetZ;
         // skip property DictionaryProxy`2, property in exclude list
         itacTable.Frozen = asmTable.Frozen;
         // skip (ignore generic type TrackInformation)
         // skip property ListProxy`1, property in exclude list
         itacTable.SplitLevel = asmTable.SplitLevel;
         itacTable.IsInSplitMode = asmTable.IsInSplitMode;
         itacTable.IsConstant = asmTable.IsConstant;
         itacTable.HasTrayFeeders = asmTable.HasTrayFeeders;
         itacTable.Type = com.itac.oib.siplacepro.contracts.data.TableTypeMapper.get(asmTable.Type);
         // complex asm property Type
         itacTable.IsAnyFeederOnBlockedTrack = asmTable.IsAnyFeederOnBlockedTrack;
         itacTable.StationLocationContext = com.itac.oib.siplacepro.contracts.data.StationLocationMapper.get(asmTable.StationLocationContext);
         // complex asm property StationLocationContext
         itacTable.CountOfFeedersOnTable = asmTable.CountOfFeedersOnTable;
         itacTable.IsAnyFeederFixed = asmTable.IsAnyFeederFixed;
         itacTable.IsAnyFeederUnfixed = asmTable.IsAnyFeederUnfixed;
         itacTable.IsAnyComponentFixed = asmTable.IsAnyComponentFixed;
         itacTable.IsAnyComponentUnfixed = asmTable.IsAnyComponentUnfixed;
         itacTable.Name = asmTable.Name;
         itacTable.FullPath = asmTable.FullPath;
      }

      // maps ASM namespace conform list to iTAC namespace array
      public static Table[] getArray(IList<Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table> asmTable)
      {
         if (asmTable == null) { return null; }
         Table[] itacTable = new Table[asmTable.Count];
         for (int i = 0; i < asmTable.Count; i++)
         {
            itacTable[i] = TableMapper.get(asmTable[i]);
         }
         return itacTable;
      }

      // maps ASM namespace conform array to iTAC namespace array
      public static Table[] getArray(Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Table[] asmTable)
      {
         if (asmTable == null) { return null; }
         Table[] itacTable = new Table[asmTable.Length];
         for (int i = 0; i < asmTable.Length; i++)
         {
            itacTable[i] = TableMapper.get(asmTable[i]);
         }
         return itacTable;
      }
}
}