/*
 * 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 05.11.2018 14:52:23
// skip property NamedObjectBase, declared in Recipe
// skip property DictionaryProxy`2, property in exclude list
// skip property AdditionalOperationInformation, declared in Recipe
// skip (ignore generic type WaferLevelPackageBoardElement)
// skip property ListProxy`1, property in exclude list
// skip property RecipeHandling, declared in Recipe
using System;
using System.Collections.Generic;
using com.itac.oib.siplacepro.contracts.types;

namespace com.itac.oib.siplacepro.contracts.data
{
// source: assembly 5.1.0.84
// source: assembly ASM.AS.OIB.SIPLACEPro.Proxy
public class RecipeMapper
{
// 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.Recipe get(Recipe itacRecipe)
{
if (itacRecipe == null) { return null; }
Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Recipe asmRecipe = new Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Recipe();
mapItac2Asm(asmRecipe, itacRecipe);
return asmRecipe;
}

public static void mapItac2Asm(Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Recipe asmRecipe, Recipe itacRecipe)
{
// skip property NamedObjectBase, declared in Recipe
// skip readonly property LineName
// skip readonly property SetupName
asmRecipe.LotSize = itacRecipe.LotSize;
// complex property ConveyorLane, isArray:False, isGeneric:False
itacRecipe.ConveyorLane = com.itac.oib.siplacepro.contracts.types.ConveyorLaneTypeMapper.get( asmRecipe.ConveyorLane);
// complex property Setup, isArray:False, isGeneric:False
itacRecipe.Setup = com.itac.oib.siplacepro.contracts.data.SetupMapper.get( asmRecipe.Setup);
asmRecipe.RecipeCycleTime = itacRecipe.RecipeCycleTime;
// skip property DictionaryProxy`2, property in exclude list
asmRecipe.GenerateTraceInformation = itacRecipe.GenerateTraceInformation;
// skip readonly property BoardElements
// skip readonly property Board2Elements
asmRecipe.AverageUtilization = itacRecipe.AverageUtilization;
// skip property AdditionalOperationInformation, declared in Recipe
asmRecipe.EnableProxyMode = itacRecipe.EnableProxyMode;
// complex property SplitTableModeSetting, isArray:False, isGeneric:False
itacRecipe.SplitTableModeSetting = com.itac.oib.siplacepro.contracts.types.SplitTableModeMapper.get( asmRecipe.SplitTableModeSetting);
// skip readonly property LotSizeCountUnit
// skip (ignore generic type WaferLevelPackageBoardElement)
// skip property ListProxy`1, property in exclude list
// skip property RecipeHandling, declared in Recipe
asmRecipe.FractionNumber = itacRecipe.FractionNumber;
asmRecipe.FractionCount = itacRecipe.FractionCount;
// complex property PrinterSetup, isArray:False, isGeneric:False
itacRecipe.PrinterSetup = com.itac.oib.siplacepro.contracts.data.PrinterSetupMapper.get( asmRecipe.PrinterSetup);
asmRecipe.CheckIntegrityForAllConveyorLanes = itacRecipe.CheckIntegrityForAllConveyorLanes;
asmRecipe.QuantityUnlimited = itacRecipe.QuantityUnlimited;
// skip readonly property ConveyorLane2
asmRecipe.LotSizeBoards = itacRecipe.LotSizeBoards;
asmRecipe.LotSizeAssembledPCBs = itacRecipe.LotSizeAssembledPCBs;
// skip readonly property IsMatchingPanelCount
// skip readonly property IsAnyPanelCountZero
// 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.Recipe[] get(Recipe[] itacRecipe)
{
if (itacRecipe == null) { return null; }
Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Recipe[] asmRecipe = new Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Recipe[itacRecipe.Length];
for (int i = 0; i < itacRecipe.Length; i++)
{
// to itac array
asmRecipe[i] = RecipeMapper.get(itacRecipe[i]);
}
return asmRecipe;
}

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

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

public static void mapAsm2Itac(Asm.As.Oib.SiplacePro.Proxy.Business.Objects.Recipe asmRecipe, Recipe itacRecipe)
{
// skip property NamedObjectBase, declared in Recipe
itacRecipe.LineName = asmRecipe.LineName;
itacRecipe.SetupName = asmRecipe.SetupName;
itacRecipe.LotSize = asmRecipe.LotSize;
itacRecipe.ConveyorLane = com.itac.oib.siplacepro.contracts.types.ConveyorLaneTypeMapper.get(asmRecipe.ConveyorLane);
// complex asm property ConveyorLane
itacRecipe.Setup = com.itac.oib.siplacepro.contracts.data.SetupMapper.get(asmRecipe.Setup);
// complex asm property Setup
itacRecipe.RecipeCycleTime = asmRecipe.RecipeCycleTime;
// skip property DictionaryProxy`2, property in exclude list
itacRecipe.GenerateTraceInformation = asmRecipe.GenerateTraceInformation;
// maps ASM list 2 iTAC array
itacRecipe.BoardElements = BoardElementMapper.getArray(asmRecipe.BoardElements);
// maps ASM list 2 iTAC array
itacRecipe.Board2Elements = BoardElementMapper.getArray(asmRecipe.Board2Elements);
itacRecipe.AverageUtilization = asmRecipe.AverageUtilization;
// skip property AdditionalOperationInformation, declared in Recipe
itacRecipe.EnableProxyMode = asmRecipe.EnableProxyMode;
itacRecipe.SplitTableModeSetting = com.itac.oib.siplacepro.contracts.types.SplitTableModeMapper.get(asmRecipe.SplitTableModeSetting);
// complex asm property SplitTableModeSetting
itacRecipe.LotSizeCountUnit = com.itac.oib.siplacepro.contracts.types.LotSizeCountUnitMapper.get(asmRecipe.LotSizeCountUnit);
// complex asm property LotSizeCountUnit
// skip (ignore generic type WaferLevelPackageBoardElement)
// skip property ListProxy`1, property in exclude list
// skip property RecipeHandling, declared in Recipe
itacRecipe.FractionNumber = asmRecipe.FractionNumber;
itacRecipe.FractionCount = asmRecipe.FractionCount;
itacRecipe.PrinterSetup = com.itac.oib.siplacepro.contracts.data.PrinterSetupMapper.get(asmRecipe.PrinterSetup);
// complex asm property PrinterSetup
itacRecipe.CheckIntegrityForAllConveyorLanes = asmRecipe.CheckIntegrityForAllConveyorLanes;
itacRecipe.QuantityUnlimited = asmRecipe.QuantityUnlimited;
itacRecipe.ConveyorLane2 = com.itac.oib.siplacepro.contracts.types.ConveyorLaneTypeMapper.get(asmRecipe.ConveyorLane2);
// complex asm property ConveyorLane2
itacRecipe.LotSizeBoards = asmRecipe.LotSizeBoards;
itacRecipe.LotSizeAssembledPCBs = asmRecipe.LotSizeAssembledPCBs;
itacRecipe.IsMatchingPanelCount = asmRecipe.IsMatchingPanelCount;
itacRecipe.IsAnyPanelCountZero = asmRecipe.IsAnyPanelCountZero;
itacRecipe.Name = asmRecipe.Name;
itacRecipe.FullPath = asmRecipe.FullPath;
}

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

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