public ClassDefinition(string name, HeaderDefinition header)
{
Name = name;
Header = header;
Classes = new List <ClassDefinition>();
Methods = new List <MethodDefinition>();
Properties = new List <PropertyDefinition>();
Fields = new List <FieldDefinition>();
}
public ClassDefinition(string name, HeaderDefinition header)
{
Name = name;
Header = header;
Classes = new List<ClassDefinition>();
Methods = new List<MethodDefinition>();
Properties = new List<PropertyDefinition>();
Fields = new List<FieldDefinition>();
}
string GetManagedHeaderName(HeaderDefinition header)
{
string mapping = Project.HeaderNameMapping?.Map(header.Name);
if (mapping != null)
{
return(mapping);
}
return(header.Name);
}
private ManagedHeader GetManagedHeader(HeaderDefinition header)
{
ManagedHeader managedHeader;
if (!Headers.TryGetValue(header.Filename, out managedHeader))
{
managedHeader = new ManagedHeader(header, GetManagedHeaderName(header));
Headers[header.Filename] = managedHeader;
}
return(managedHeader);
}
// Return condition unless type is already used under the same condition.
string GetTypeConditional(TypeRefDefinition type, HeaderDefinition header)
{
string typeConditional = GetTypeConditional(type);
if (typeConditional != null && headerConditional.ContainsKey(header.ManagedName))
{
if (headerConditional[header.ManagedName].Equals(typeConditional))
{
return(null);
}
}
return(typeConditional);
}
public ClassDefinition(string name, HeaderDefinition header = null, ClassDefinition parent = null)
{
Name = name;
Header = header;
Parent = parent;
NamespaceName = "";
Classes = new List <ClassDefinition>();
Methods = new List <MethodDefinition>();
Properties = new List <PropertyDefinition>();
Fields = new List <FieldDefinition>();
CachedProperties = new Dictionary <string, CachedProperty>();
}
Cursor.ChildVisitResult HeaderVisitor(Cursor cursor, Cursor parent)
{
string filename = cursor.Extent.Start.File.Name.Replace('\\', '/');
// Do not visit any included header
if (!filename.Equals(_context.HeaderFilename))
{
return(Cursor.ChildVisitResult.Continue);
}
headerQueue.Remove(filename);
// Have we visited this header already?
HeaderDefinition header;
if (!project.HeaderDefinitions.TryGetValue(filename, out header))
{
// No, define a new one
header = new HeaderDefinition(filename);
project.HeaderDefinitions[filename] = header;
}
_context.Header = header;
if (cursor.IsDefinition)
{
switch (cursor.Kind)
{
case CursorKind.ClassDecl:
case CursorKind.ClassTemplate:
case CursorKind.EnumDecl:
case CursorKind.StructDecl:
ParseClassCursor(cursor);
break;
case CursorKind.TypedefDecl:
ParseTypedefCursor(cursor);
break;
case CursorKind.Namespace:
_context.Namespace = cursor.Spelling;
cursor.VisitChildren(HeaderVisitor);
_context.Namespace = "";
break;
}
}
return(Cursor.ChildVisitResult.Continue);
}
Cursor.ChildVisitResult HeaderVisitor(Cursor cursor, Cursor parent)
{
string filename = cursor.Extent.Start.File.Name.Replace('\\', '/');
if (!filename.StartsWith(src, StringComparison.OrdinalIgnoreCase))
{
return(Cursor.ChildVisitResult.Continue);
}
// Have we visited this header already?
if (HeaderDefinitions.ContainsKey(filename))
{
currentHeader = HeaderDefinitions[filename];
}
else
{
// No, define a new one
string relativeFilename = filename.Substring(src.Length);
currentHeader = new HeaderDefinition(relativeFilename);
HeaderDefinitions.Add(filename, currentHeader);
headerQueue.Remove(filename);
}
if ((cursor.Kind == CursorKind.ClassDecl || cursor.Kind == CursorKind.StructDecl ||
cursor.Kind == CursorKind.ClassTemplate || cursor.Kind == CursorKind.TypedefDecl) && cursor.IsDefinition)
{
ParseClassCursor(cursor);
}
else if (cursor.Kind == CursorKind.EnumDecl)
{
if (!currentHeader.Enums.Any(x => x.Name.Equals(cursor.Spelling)))
{
currentEnum = new EnumDefinition(cursor.Spelling, cursor.Spelling);
currentHeader.Enums.Add(currentEnum);
cursor.VisitChildren(EnumVisitor);
currentEnum = null;
}
}
else if (cursor.Kind == CursorKind.Namespace)
{
return(Cursor.ChildVisitResult.Recurse);
}
return(Cursor.ChildVisitResult.Continue);
}
private void ResolveInclude(TypeRefDefinition type, HeaderDefinition parentHeader)
{
switch (type.Kind)
{
case TypeKind.Pointer:
case TypeKind.LValueReference:
case TypeKind.ConstantArray:
ResolveInclude(type.Referenced, parentHeader);
return;
}
if (type.TemplateParams != null)
{
type.TemplateParams.ForEach(p => ResolveInclude(p, parentHeader));
}
else if (type.IsIncomplete && type.Target != null)
{
if (type.Target.MarshalAsStruct)
{
return;
}
parentHeader.Includes.Add(type.Target.Header);
}
}
Cursor.ChildVisitResult HeaderVisitor(Cursor cursor, Cursor parent)
{
string filename = cursor.Extent.Start.File.Name.Replace('\\', '/');
// Do not visit any included header
if (!filename.Equals(_context.HeaderFilename)) return Cursor.ChildVisitResult.Continue;
headerQueue.Remove(filename);
// Have we visited this header already?
HeaderDefinition header;
if (!project.HeaderDefinitions.TryGetValue(filename, out header))
{
// No, define a new one
header = new HeaderDefinition(filename);
project.HeaderDefinitions[filename] = header;
}
_context.Header = header;
if (cursor.IsDefinition)
{
switch (cursor.Kind)
{
case CursorKind.ClassDecl:
case CursorKind.ClassTemplate:
case CursorKind.EnumDecl:
case CursorKind.StructDecl:
ParseClassCursor(cursor);
break;
case CursorKind.TypedefDecl:
ParseTypedefCursor(cursor);
break;
case CursorKind.Namespace:
_context.Namespace = cursor.Spelling;
cursor.VisitChildren(HeaderVisitor);
_context.Namespace = "";
break;
}
}
return Cursor.ChildVisitResult.Continue;
}
private static bool RequiresConversionHeader(HeaderDefinition header)
{
return header.Classes.Any(RequiresConversionHeader);
}
private static bool RequiresInterop(HeaderDefinition header)
{
return header.Classes.Any(RequiresInterop);
}
private static bool RequiresMathNamespace(HeaderDefinition header)
{
return(header.Classes.Any(RequiresMathNamespace));
}
public EnumDefinition(string name, HeaderDefinition header = null, ClassDefinition parent = null)
: base(name, header, parent)
{
}
public ManagedHeader GetManaged(HeaderDefinition header)
{
return Headers[header.Filename];
}
// Return condition unless type is already used under the same condition.
string GetTypeConditional(TypeRefDefinition type, HeaderDefinition header)
{
string typeConditional = GetTypeConditional(type);
if (typeConditional != null && headerConditionals.ContainsKey(header.ManagedName))
{
if (headerConditionals[header.ManagedName].Equals(typeConditional))
{
return null;
}
}
return typeConditional;
}
private void ResolveInclude(TypeRefDefinition type, HeaderDefinition parentHeader)
{
switch (type.Kind)
{
case TypeKind.Pointer:
case TypeKind.LValueReference:
case TypeKind.ConstantArray:
ResolveInclude(type.Referenced, parentHeader);
return;
}
if (type.TemplateParams != null)
{
type.TemplateParams.ForEach(p => ResolveInclude(p, parentHeader));
}
else if (type.IsIncomplete && type.Target != null)
{
if (type.Target.MarshalAsStruct) return;
parentHeader.Includes.Add(type.Target.Header);
}
}
public ClassDefinition(string name, HeaderDefinition header = null, ClassDefinition parent = null)
{
Name = name;
Header = header;
Parent = parent;
}
void ResolveInclude(TypeRefDefinition typeRef, HeaderDefinition parentHeader)
{
if (typeRef.IsPointer || typeRef.IsReference || typeRef.IsConstantArray)
{
ResolveInclude(typeRef.Referenced, parentHeader);
}
else if (typeRef.SpecializedTemplateType != null)
{
ResolveInclude(typeRef.SpecializedTemplateType, parentHeader);
}
else if (typeRef.IsIncomplete && typeRef.Target != null)
{
parentHeader.Includes.Add(typeRef.Target.Header);
}
}
private static bool RequiresConversionHeader(HeaderDefinition header)
{
return(header.Classes.Any(RequiresConversionHeader));
}
void WriteHeader(HeaderDefinition header, string sourceRootFolder)
{
// Entirely skip headers that have no classes
// TODO: parse C++ methods outside of classes
if (header.AllClasses.All(@class => @class.IsExcluded))
{
return;
}
// Some headers only need a C# wrapper class, skip C part
bool hasCWrapper = header.AllClasses.Any(@class =>
[email protected] &&
@class.Methods.Any(m => !m.IsExcluded) &&
!(@class is ClassTemplateDefinition));
if (!hasCWrapper)
{
return;
}
// C++ header file
string headerPath = header.Name + "_wrap.h";
string headerFullPath = Path.Combine(Project.CProjectPathFull, headerPath);
OpenFile(headerFullPath, WriteTo.Header);
WriteLine("#include \"main.h\"");
WriteLine();
// C++ source file
string sourcePath = header.Name + "_wrap.cpp";
string sourceFullPath = Path.Combine(Project.CProjectPathFull, sourcePath);
OpenFile(sourceFullPath, WriteTo.Source);
// C++ #includes
var includes = new List <string>();
foreach (var includeHeader in header.Includes.Concat(new[] { header }))
{
// No need to include the base class header,
// it will already be included by the header of this class.
if (includeHeader != header &&
header.AllClasses.Any(c => c.BaseClass != null && c.BaseClass.Header == includeHeader))
{
continue;
}
string includePath =
WrapperProject.MakeRelativePath(sourceRootFolder, includeHeader.Filename).Replace('\\', '/');
includes.Add(includePath);
}
includes.Sort();
foreach (var include in includes)
{
WriteLine($"#include <{include}>");
}
WriteLine();
if (RequiresConversionHeader(header))
{
WriteLine("#include \"conversion.h\"");
}
WriteLine($"#include \"{headerPath}\"");
// Write wrapper class headers
To = WriteTo.Header;
_hasCppClassSeparatingWhitespace = true;
var wrappedClasses = header.AllClasses
.Where(x => _wrapperHeaderGuards.ContainsKey(x.Name))
.OrderBy(GetFullNameC).ToList();
if (wrappedClasses.Count != 0)
{
WriteLine($"#ifndef {_wrapperHeaderGuards[wrappedClasses[0].Name]}");
foreach (var @class in wrappedClasses)
{
foreach (var method in @class.Methods.Where(m => m.IsVirtual))
{
WriteLine($"#define p_{GetFullNameC(@class)}_{method.Name} void*");
}
}
foreach (var @class in wrappedClasses)
{
WriteLine($"#define {GetFullNameC(@class)}Wrapper void");
}
WriteLine("#else");
foreach (var @class in wrappedClasses)
{
WriteWrapperClass(@class);
}
WriteLine("#endif");
WriteLine();
}
// Write classes
WriteLine("extern \"C\"");
WriteLine("{");
_hasCppClassSeparatingWhitespace = true;
foreach (var @class in header.Classes
.Where(c => !IsExcludedClass(c)))
{
WriteClass(@class, 1);
}
WriteLine('}', WriteTo.Header);
CloseFile(WriteTo.Header);
CloseFile(WriteTo.Source);
}
void AddForwardReference(List <ManagedClass> forwardRefs, TypeRefDefinition type, HeaderDefinition header)
{
if (type.IsBasic)
{
return;
}
switch (type.Kind)
{
case TypeKind.Pointer:
case TypeKind.LValueReference:
AddForwardReference(forwardRefs, type.Referenced, header);
return;
}
var target = type.Target;
if (target == null)
{
return;
}
if (target.IsExcluded || target.MarshalAsStruct || target.Header == header)
{
return;
}
var targetManaged = DotNetParser.GetManaged(target);
if (!forwardRefs.Contains(targetManaged))
{
forwardRefs.Add(targetManaged);
}
}
public ManagedHeader(HeaderDefinition nativeHeader, string managedName)
{
Native = nativeHeader;
Name = managedName;
}
void AddForwardReference(List<ClassDefinition> forwardRefs, TypeRefDefinition type, HeaderDefinition header)
{
if (type.IsBasic)
{
return;
}
if (type.IsPointer || type.IsReference)
{
AddForwardReference(forwardRefs, type.Referenced, header);
return;
}
if (type.Target == null)
{
return;
}
if (type.Target.IsExcluded ||
forwardRefs.Contains(type.Target) ||
PrecompiledHeaderReferences.Contains(type.Target.ManagedName))
{
return;
}
// Forward ref to class in another header
if (type.Target.Header != header)
{
forwardRefs.Add(type.Target);
}
}
void WriteHeader(HeaderDefinition header, string sourceRootFolder)
{
// Entirely skip headers that have no classes
// TODO: parse C++ methods outside of classes
if (header.AllClasses.All(@class =>
{
if (@class.IsExcluded || @class.IsTypedef) return true;
return false;
}))
{
return;
}
// Some headers only need a C# wrapper class, skip C++ part
bool hasCppWrapper = header.AllClasses.
Any(@class => @class.AllSubClasses.Any() || @class.Methods.Count != 0);
FileStream headerFile = null;
FileStream sourceFile = null;
if (hasCppWrapper)
{
// C++ header file
string headerPath = header.Name + "_wrap.h";
string headerFullPath = Path.Combine(project.CProjectPathFull, headerPath);
headerFile = new FileStream(headerFullPath, FileMode.Create, FileAccess.Write);
headerWriter = new StreamWriter(headerFile);
headerWriter.WriteLine("#include \"main.h\"");
headerWriter.WriteLine();
// C++ source file
string sourcePath = header.Name + "_wrap.cpp";
string sourceFullPath = Path.Combine(project.CProjectPathFull, sourcePath);
sourceFile = new FileStream(sourceFullPath, FileMode.Create, FileAccess.Write);
sourceWriter = new StreamWriter(sourceFile);
// C++ #includes
var includes = new List<string>();
foreach (var includeHeader in header.Includes.Concat(new[] {header}))
{
// No need to include the base class header,
// it will already be included by the header of this class.
if (includeHeader != header &&
header.AllClasses.Any(c => c.BaseClass != null && c.BaseClass.Header == includeHeader))
{
continue;
}
string includePath =
WrapperProject.MakeRelativePath(sourceRootFolder, includeHeader.Filename).Replace('\\', '/');
includes.Add(includePath);
}
includes.Sort();
foreach (var include in includes)
{
sourceWriter.WriteLine("#include <{0}>", include);
}
sourceWriter.WriteLine();
if (RequiresConversionHeader(header))
{
sourceWriter.WriteLine("#include \"conversion.h\"");
}
sourceWriter.WriteLine("#include \"{0}\"", headerPath);
}
// C# source file
string csPath = header.ManagedName + ".cs";
string csFullPath = Path.Combine(project.CsProjectPathFull, csPath);
var csFile = new FileStream(csFullPath, FileMode.Create, FileAccess.Write);
csWriter = new StreamWriter(csFile);
csWriter.WriteLine("using System;");
if (RequiresInterop(header))
{
csWriter.WriteLine("using System.Runtime.InteropServices;");
csWriter.WriteLine("using System.Security;");
}
if (RequiresMathNamespace(header))
{
csWriter.WriteLine("using BulletSharp.Math;");
}
csWriter.WriteLine();
if (hasCppWrapper)
{
// Write wrapper class headers
hasCppClassSeparatingWhitespace = true;
var wrappedClasses =
header.AllClasses.Where(x => wrapperHeaderGuards.ContainsKey(x.Name))
.OrderBy(x => x.FullNameC)
.ToList();
if (wrappedClasses.Count != 0)
{
string headerGuard = wrapperHeaderGuards[wrappedClasses[0].Name];
WriteLine("#ifndef " + headerGuard, WriteTo.Header);
foreach (var @class in wrappedClasses)
{
WriteClassWrapperMethodPointers(@class);
}
foreach (var @class in wrappedClasses)
{
WriteLine($"#define {@class.FullNameC}Wrapper void", WriteTo.Header);
}
WriteLine("#else", WriteTo.Header);
foreach (var @class in wrappedClasses)
{
WriteClassWrapperMethodDeclarations(@class);
WriteClassWrapperDefinition(@class);
}
WriteLine("#endif", WriteTo.Header);
WriteLine(WriteTo.Header);
}
}
// Write classes
if (hasCppWrapper)
{
headerWriter.WriteLine("extern \"C\"");
headerWriter.WriteLine("{");
hasCppClassSeparatingWhitespace = true;
}
csWriter.WriteLine("namespace {0}", NamespaceName);
csWriter.WriteLine("{");
hasCSWhiteSpace = true;
var enums = GetEnums(header.Classes).OrderBy(e => e.ManagedName).ToList();
foreach (var @enum in enums)
{
WriteEnumClass(@enum, 1);
}
foreach (var @class in header.Classes)
{
WriteClass(@class, 1);
}
if (hasCppWrapper)
{
headerWriter.WriteLine('}');
headerWriter.Dispose();
headerFile.Dispose();
sourceWriter.Dispose();
sourceFile.Dispose();
}
csWriter.WriteLine('}');
csWriter.Dispose();
csFile.Dispose();
}
Cursor.ChildVisitResult HeaderVisitor(Cursor cursor, Cursor parent)
{
string filename = cursor.Extent.Start.File.Name.Replace('\\', '/');
if (!filename.StartsWith(src, StringComparison.OrdinalIgnoreCase))
{
return Cursor.ChildVisitResult.Continue;
}
// Have we visited this header already?
if (HeaderDefinitions.ContainsKey(filename))
{
currentHeader = HeaderDefinitions[filename];
}
else
{
// No, define a new one
string relativeFilename = filename.Substring(src.Length);
currentHeader = new HeaderDefinition(relativeFilename);
HeaderDefinitions.Add(filename, currentHeader);
headerQueue.Remove(filename);
}
if ((cursor.Kind == CursorKind.ClassDecl || cursor.Kind == CursorKind.StructDecl ||
cursor.Kind == CursorKind.ClassTemplate || cursor.Kind == CursorKind.TypedefDecl) && cursor.IsDefinition)
{
ParseClassCursor(cursor);
}
else if (cursor.Kind == CursorKind.EnumDecl)
{
if (!currentHeader.Enums.Any(x => x.Name.Equals(cursor.Spelling)))
{
currentEnum = new EnumDefinition(cursor.Spelling, cursor.Spelling);
currentHeader.Enums.Add(currentEnum);
cursor.VisitChildren(EnumVisitor);
currentEnum = null;
}
}
else if (cursor.Kind == CursorKind.Namespace)
{
return Cursor.ChildVisitResult.Recurse;
}
return Cursor.ChildVisitResult.Continue;
}
void WriteHeader(HeaderDefinition header, string sourceRootFolder)
{
// Entirely skip headers that have no classes
// TODO: parse C++ methods outside of classes
if (header.AllClasses.All(@class => @class.IsExcluded)) return;
// Some headers only need a C# wrapper class, skip C part
bool hasCWrapper = header.AllClasses.Any(@class =>
[email protected] &&
@class.Methods.Any(m => !m.IsExcluded) &&
!(@class is ClassTemplateDefinition));
if (!hasCWrapper) return;
// C++ header file
string headerPath = header.Name + "_wrap.h";
string headerFullPath = Path.Combine(Project.CProjectPathFull, headerPath);
OpenFile(headerFullPath, WriteTo.Header);
WriteLine("#include \"main.h\"");
WriteLine();
// C++ source file
string sourcePath = header.Name + "_wrap.cpp";
string sourceFullPath = Path.Combine(Project.CProjectPathFull, sourcePath);
OpenFile(sourceFullPath, WriteTo.Source);
// C++ #includes
var includes = new List<string>();
foreach (var includeHeader in header.Includes.Concat(new[] { header }))
{
// No need to include the base class header,
// it will already be included by the header of this class.
if (includeHeader != header &&
header.AllClasses.Any(c => c.BaseClass != null && c.BaseClass.Header == includeHeader))
{
continue;
}
string includePath =
WrapperProject.MakeRelativePath(sourceRootFolder, includeHeader.Filename).Replace('\\', '/');
includes.Add(includePath);
}
includes.Sort();
foreach (var include in includes)
{
WriteLine($"#include <{include}>");
}
WriteLine();
if (RequiresConversionHeader(header))
{
WriteLine("#include \"conversion.h\"");
}
WriteLine($"#include \"{headerPath}\"");
// Write wrapper class headers
To = WriteTo.Header;
_hasCppClassSeparatingWhitespace = true;
var wrappedClasses = header.AllClasses
.Where(x => _wrapperHeaderGuards.ContainsKey(x.Name))
.OrderBy(GetFullNameC).ToList();
if (wrappedClasses.Count != 0)
{
WriteLine($"#ifndef {_wrapperHeaderGuards[wrappedClasses[0].Name]}");
foreach (var @class in wrappedClasses)
{
foreach (var method in @class.Methods.Where(m => m.IsVirtual))
{
WriteLine($"#define p_{GetFullNameC(@class)}_{method.Name} void*");
}
}
foreach (var @class in wrappedClasses)
{
WriteLine($"#define {GetFullNameC(@class)}Wrapper void");
}
WriteLine("#else");
foreach (var @class in wrappedClasses)
{
WriteWrapperClass(@class);
}
WriteLine("#endif");
WriteLine();
}
// Write classes
WriteLine("extern \"C\"");
WriteLine("{");
_hasCppClassSeparatingWhitespace = true;
foreach (var @class in header.Classes
.Where(c => !IsExcludedClass(c)))
{
WriteClass(@class, 1);
}
WriteLine('}', WriteTo.Header);
CloseFile(WriteTo.Header);
CloseFile(WriteTo.Source);
}
public ManagedHeader GetManaged(HeaderDefinition header)
{
return(Headers[header.Filename]);
}
private ManagedHeader GetManagedHeader(HeaderDefinition header)
{
ManagedHeader managedHeader;
if (!Headers.TryGetValue(header.Filename, out managedHeader))
{
managedHeader = new ManagedHeader(header, GetManagedHeaderName(header));
Headers[header.Filename] = managedHeader;
}
return managedHeader;
}
private static bool RequiresInterop(HeaderDefinition header)
{
return(header.Classes.Any(RequiresInterop));
}
public ClassDefinition(string name, HeaderDefinition header = null, ClassDefinition parent = null)
{
Name = name;
Header = header;
Parent = parent;
}
public EnumDefinition(string name, HeaderDefinition header = null, ClassDefinition parent = null)
: base(name, header, parent)
{
EnumConstants = new List<string>();
EnumConstantValues = new List<string>();
}
void AddForwardReference(List<ManagedClass> forwardRefs, TypeRefDefinition type, HeaderDefinition header)
{
if (type.IsBasic) return;
switch (type.Kind)
{
case TypeKind.Pointer:
case TypeKind.LValueReference:
AddForwardReference(forwardRefs, type.Referenced, header);
return;
}
var target = type.Target;
if (target == null) return;
if (target.IsExcluded || target.MarshalAsStruct || target.Header == header) return;
var targetManaged = DotNetParser.GetManaged(target);
if (!forwardRefs.Contains(targetManaged))
{
forwardRefs.Add(targetManaged);
}
}
public ClassTemplateDefinition(string name, HeaderDefinition header = null, ClassDefinition parent = null)
: base(name, header, parent)
{
}
void AddForwardReference(List <ClassDefinition> forwardRefs, TypeRefDefinition type, HeaderDefinition header)
{
if (type.IsBasic)
{
return;
}
if (type.IsPointer || type.IsReference)
{
AddForwardReference(forwardRefs, type.Referenced, header);
return;
}
if (type.Target == null)
{
return;
}
if (type.Target.IsExcluded ||
forwardRefs.Contains(type.Target) ||
PrecompiledHeaderReferences.Contains(type.Target.ManagedName))
{
return;
}
// Forward ref to class in another header
if (type.Target.Header != header)
{
forwardRefs.Add(type.Target);
}
}
private static bool RequiresMathNamespace(HeaderDefinition header)
{
return header.Classes.Any(RequiresMathNamespace);
}
public ManagedHeader(HeaderDefinition nativeHeader, string managedName)
{
Native = nativeHeader;
Name = managedName;
}
string GetManagedHeaderName(HeaderDefinition header)
{
string mapping = Project.HeaderNameMapping?.Map(header.Name);
if (mapping != null) return mapping;
return header.Name;
}
public EnumDefinition(string name, HeaderDefinition header = null, ClassDefinition parent = null)
: base(name, header, parent)
{
EnumConstants = new List <string>();
EnumConstantValues = new List <string>();
}
