/*
 * 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 06.11.2018 11:07:38
// skip (ignore generic type ComponentLevelIndicatorThreshold)
using System;
using System.Collections.Generic;

namespace com.itac.oib.siplacesetupcenter.contracts.data
{
   // source: assembly 5.1.0.84
   // source: assembly ASM.AS.OIB.SIPLACESetupCenter.Contracts
   public class MachineConfigurationMapper
   {
      // used for itac->asm: True
      // used for asm->itac: True

         // maps iTAC namespace conform type to ASM namespace type
         public static Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration get(MachineConfiguration itacMachineConfiguration)
         {
            if (itacMachineConfiguration == null) { return null; }
            Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration asmMachineConfiguration = new Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration();
            mapItac2Asm(asmMachineConfiguration, itacMachineConfiguration);
            return asmMachineConfiguration;
         }

      public static void mapItac2Asm(Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration asmMachineConfiguration, MachineConfiguration itacMachineConfiguration)
      {
         // complex property MachineLocator, isArray:False, isGeneric:False
         asmMachineConfiguration.MachineLocator = com.itac.oib.siplacesetupcenter.contracts.data.MachineLocatorMapper.get( itacMachineConfiguration.MachineLocator);
         // complex property IsMsdVerificationEnabled, isArray:False, isGeneric:True
         itacMachineConfiguration.IsMsdVerificationEnabled = asmMachineConfiguration.IsMsdVerificationEnabled;
         // skip (ignore generic type ComponentLevelIndicatorThreshold)
      }

      // maps iTAC namespace conform array to ASM namespace array
      public static Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration[] get(MachineConfiguration[] itacMachineConfiguration)
      {
         if (itacMachineConfiguration == null) { return null; }
         Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration[] asmMachineConfiguration = new Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration[itacMachineConfiguration.Length];
         for (int i = 0; i < itacMachineConfiguration.Length; i++)
         {
            // to itac array
            asmMachineConfiguration[i] = MachineConfigurationMapper.get(itacMachineConfiguration[i]);
         }
         return asmMachineConfiguration;
      }

      // maps iTAC namespace conform array to ASM namespace list
      public static List<Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration> getList(MachineConfiguration[] asmMachineConfiguration)
      {
         if (asmMachineConfiguration == null) { return null; }
         List<Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration> itacMachineConfiguration = new List<Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration>();
         for (int i = 0; i < asmMachineConfiguration.Length; i++)
         {
            itacMachineConfiguration.Add(MachineConfigurationMapper.get(asmMachineConfiguration[i]));
         }
         return itacMachineConfiguration;
      }

      // map type from ASM namespace to iTAC namespace
      public static MachineConfiguration get(Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration asmMachineConfiguration)
      {
         if (asmMachineConfiguration == null) { return null; }
         MachineConfiguration itacMachineConfiguration = new MachineConfiguration();
         mapAsm2Itac(asmMachineConfiguration, itacMachineConfiguration);
         return itacMachineConfiguration;
      }

      public static void mapAsm2Itac(Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration asmMachineConfiguration, MachineConfiguration itacMachineConfiguration)
      {
         itacMachineConfiguration.MachineLocator = com.itac.oib.siplacesetupcenter.contracts.data.MachineLocatorMapper.get(asmMachineConfiguration.MachineLocator);
         // complex asm property MachineLocator
         // maps ASM list 2 iTAC array
         // implicit mapping primitive type with optional !!! 
         itacMachineConfiguration.IsMsdVerificationEnabled = asmMachineConfiguration.IsMsdVerificationEnabled;
         // skip (ignore generic type ComponentLevelIndicatorThreshold)
      }

      // maps ASM namespace conform list to iTAC namespace array
      public static MachineConfiguration[] getArray(IList<Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration> asmMachineConfiguration)
      {
         if (asmMachineConfiguration == null) { return null; }
         MachineConfiguration[] itacMachineConfiguration = new MachineConfiguration[asmMachineConfiguration.Count];
         for (int i = 0; i < asmMachineConfiguration.Count; i++)
         {
            itacMachineConfiguration[i] = MachineConfigurationMapper.get(asmMachineConfiguration[i]);
         }
         return itacMachineConfiguration;
      }

      // maps ASM namespace conform array to iTAC namespace array
      public static MachineConfiguration[] getArray(Asm.As.Oib.SiplaceSetupCenter.Contracts.Data.MachineConfiguration[] asmMachineConfiguration)
      {
         if (asmMachineConfiguration == null) { return null; }
         MachineConfiguration[] itacMachineConfiguration = new MachineConfiguration[asmMachineConfiguration.Length];
         for (int i = 0; i < asmMachineConfiguration.Length; i++)
         {
            itacMachineConfiguration[i] = MachineConfigurationMapper.get(asmMachineConfiguration[i]);
         }
         return itacMachineConfiguration;
      }
   // maps c# list to iTAC c# array
   public static Boolean[] getArray(List<System.Boolean> value)
   {
      if (value == null) { return null; }
      Boolean[] result = new Boolean[value.Count];
      for (int i = 0; i < value.Count; i++)
      {
         result[i] = value[i];
      }
      return result;
   }
}
}