Add support for code generation.

Author: KN4CK3R

ReClass.NET/CodeGenerator/CSharpCodeGenerator.cs

@@ -22,10 +22,12 @@ public class CSharpCodeGenerator : ICodeGenerator
 			[typeof(Int16Node)] = "short",
 			[typeof(Int32Node)] = "int",
 			[typeof(Int64Node)] = "long",
+			[typeof(NIntNode)] = "IntPtr",
 			[typeof(UInt8Node)] = "byte",
 			[typeof(UInt16Node)] = "ushort",
 			[typeof(UInt32Node)] = "uint",
 			[typeof(UInt64Node)] = "ulong",
+			[typeof(NUIntNode)] = "UIntPtr",
 
 			[typeof(FunctionPtrNode)] = "IntPtr",
 			[typeof(Utf8TextPtrNode)] = "IntPtr",

ReClass.NET/CodeGenerator/CppCodeGenerator.cs

@@ -136,13 +136,15 @@ public CppCodeGenerator(CppTypeMapping typeMapping)
 				[typeof(Int16Node)] = typeMapping.TypeInt16,
 				[typeof(Int32Node)] = typeMapping.TypeInt32,
 				[typeof(Int64Node)] = typeMapping.TypeInt64,
+				[typeof(NIntNode)] = typeMapping.TypeNInt,
 				[typeof(Matrix3x3Node)] = typeMapping.TypeMatrix3x3,
 				[typeof(Matrix3x4Node)] = typeMapping.TypeMatrix3x4,
 				[typeof(Matrix4x4Node)] = typeMapping.TypeMatrix4x4,
 				[typeof(UInt8Node)] = typeMapping.TypeUInt8,
 				[typeof(UInt16Node)] = typeMapping.TypeUInt16,
 				[typeof(UInt32Node)] = typeMapping.TypeUInt32,
 				[typeof(UInt64Node)] = typeMapping.TypeUInt64,
+				[typeof(NUIntNode)] = typeMapping.TypeNUInt,
 				[typeof(Utf8CharacterNode)] = typeMapping.TypeUtf8Text,
 				[typeof(Utf16CharacterNode)] = typeMapping.TypeUtf16Text,
 				[typeof(Utf32CharacterNode)] = typeMapping.TypeUtf32Text,

ReClass.NET/Project/CppTypeMapping.cs

@@ -1,4 +1,4 @@
-using System.Xml.Linq;
+using System.Xml.Linq;
 using ReClassNET.Util;
 
 namespace ReClassNET.Project
@@ -11,11 +11,13 @@ public class CppTypeMapping
 		public string TypeInt16 { get; set; } = "int16_t";
 		public string TypeInt32 { get; set; } = "int32_t";
 		public string TypeInt64 { get; set; } = "int64_t";
+		public string TypeNInt { get; set; } = "ptrdiff_t";
 
 		public string TypeUInt8 { get; set; } = "uint8_t";
 		public string TypeUInt16 { get; set; } = "uint16_t";
 		public string TypeUInt32 { get; set; } = "uint32_t";
 		public string TypeUInt64 { get; set; } = "uint64_t";
+		public string TypeNUInt { get; set; } = "size_t";
 
 		public string TypeFloat { get; set; } = "float";
 		public string TypeDouble { get; set; } = "double";
@@ -43,10 +45,12 @@ internal XElement Serialize(string name)
 				XElementSerializer.ToXml(nameof(TypeInt16), TypeInt16),
 				XElementSerializer.ToXml(nameof(TypeInt32), TypeInt32),
 				XElementSerializer.ToXml(nameof(TypeInt64), TypeInt64),
+				XElementSerializer.ToXml(nameof(TypeNInt), TypeNInt),
 				XElementSerializer.ToXml(nameof(TypeUInt8), TypeUInt8),
 				XElementSerializer.ToXml(nameof(TypeUInt16), TypeUInt16),
 				XElementSerializer.ToXml(nameof(TypeUInt32), TypeUInt32),
 				XElementSerializer.ToXml(nameof(TypeUInt64), TypeUInt64),
+				XElementSerializer.ToXml(nameof(TypeNUInt), TypeNUInt),
 				XElementSerializer.ToXml(nameof(TypeFloat), TypeFloat),
 				XElementSerializer.ToXml(nameof(TypeDouble), TypeDouble),
 				XElementSerializer.ToXml(nameof(TypeVector2), TypeVector2),
@@ -69,10 +73,12 @@ internal void Deserialize(XElement element)
 			XElementSerializer.TryRead(element, nameof(TypeInt16), e => TypeInt16 = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeInt32), e => TypeInt32 = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeInt64), e => TypeInt64 = XElementSerializer.ToString(e));
+			XElementSerializer.TryRead(element, nameof(TypeNInt), e => TypeNInt = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeUInt8), e => TypeUInt8 = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeUInt16), e => TypeUInt16 = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeUInt32), e => TypeUInt32 = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeUInt64), e => TypeUInt64 = XElementSerializer.ToString(e));
+			XElementSerializer.TryRead(element, nameof(TypeNUInt), e => TypeNUInt = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeFloat), e => TypeFloat = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeDouble), e => TypeDouble = XElementSerializer.ToString(e));
 			XElementSerializer.TryRead(element, nameof(TypeVector2), e => TypeVector2 = XElementSerializer.ToString(e));