void ParseClassCursor(Cursor cursor)
{
string className = cursor.Spelling;
string fullyQualifiedName = TypeRefDefinition.GetFullyQualifiedName(cursor);
ClassDefinition @class;
if (project.ClassDefinitions.TryGetValue(fullyQualifiedName, out @class))
{
if (@class.IsParsed) return;
@class.Parent = _context.Class;
}
else
{
switch(cursor.Kind)
{
case CursorKind.ClassTemplate:
@class = new ClassTemplateDefinition(className, _context.Header, _context.Class);
break;
case CursorKind.EnumDecl:
@class = new EnumDefinition(className, _context.Header, _context.Class);
break;
default:
@class = new ClassDefinition(className, _context.Header, _context.Class);
break;
}
@class.NamespaceName = _context.Namespace;
if (@class.FullyQualifiedName != fullyQualifiedName)
{
Console.WriteLine("Parsing error at " + fullyQualifiedName);
}
project.ClassDefinitions[fullyQualifiedName] = @class;
}
_context.Class = @class;
_context.Class.IsParsed = true;
// Unnamed struct escapes to the surrounding scope
if (!(string.IsNullOrEmpty(className) && cursor.Kind == CursorKind.StructDecl))
{
if (_context.Class.Parent != null)
{
_context.Class.Parent.NestedClasses.Add(_context.Class);
}
else
{
_context.Header.Classes.Add(_context.Class);
}
}
AccessSpecifier parentMemberAccess = _context.MemberAccess;
// Default class/struct access specifier
switch (cursor.Kind)
{
case CursorKind.ClassDecl:
_context.MemberAccess = AccessSpecifier.Private;
break;
case CursorKind.StructDecl:
_context.Class.IsStruct = true;
_context.MemberAccess = AccessSpecifier.Public;
break;
case CursorKind.ClassTemplate:
if (cursor.TemplateCursorKind != CursorKind.ClassDecl)
{
_context.MemberAccess = AccessSpecifier.Private;
}
else
{
_context.MemberAccess = AccessSpecifier.Public;
}
break;
case CursorKind.TypedefDecl:
var underlying = cursor.TypedefDeclUnderlyingType.Canonical;
if (underlying.TypeKind == ClangSharp.Type.Kind.Pointer &&
underlying.Pointee.TypeKind == ClangSharp.Type.Kind.FunctionProto)
{
_context.Class.IsFunctionProto = true;
}
break;
}
if (cursor.Kind == CursorKind.EnumDecl)
{
var @enum = _context.Class as EnumDefinition;
foreach (var constantDecl in cursor.Children
.Where(c => c.Kind == CursorKind.EnumConstantDecl))
{
string valueSpelling = "";
var value = constantDecl.Children.FirstOrDefault();
if (value != null)
{
var valueTokens = _context.TranslationUnit.Tokenize(value.Extent)
.Where(t => t.Kind != TokenKind.Comment &&
!t.Spelling.Equals(",") &&
!t.Spelling.Equals("}"));
valueSpelling = string.Join("", valueTokens.Select(t => t.Spelling));
}
@enum.EnumConstants.Add(new EnumConstant(constantDecl.Spelling, valueSpelling));
}
}
else
{
cursor.VisitChildren(ClassVisitor);
if (_context.Class.BaseClass == null)
{
// Clang doesn't give the base class if it's a template,
// tokenize the class definition and extract the base template if it exists
ParseTemplateBaseCursor(cursor);
}
}
// Restore parent state
_context.Class = _context.Class.Parent;
_context.MemberAccess = parentMemberAccess;
}
void WriteEnumClass(EnumDefinition e, int level)
{
EnsureWhiteSpace(WriteTo.CS);
if (e.Name.EndsWith("Flags"))
{
WriteTabs(level, WriteTo.CS);
WriteLine("[Flags]", WriteTo.CS);
}
WriteTabs(level, WriteTo.CS);
WriteLine(string.Format("public enum {0}", e.Name), WriteTo.CS);
WriteTabs(level, WriteTo.CS);
WriteLine('{', WriteTo.CS);
for (int i = 0; i < e.EnumConstants.Count; i++)
{
WriteTabs(level + 1, WriteTo.CS);
Write(e.EnumConstants[i], WriteTo.CS);
Write(" = ", WriteTo.CS);
Write(e.EnumConstantValues[i], WriteTo.CS);
if (i < e.EnumConstants.Count - 1)
{
Write(',', WriteTo.CS);
}
WriteLine(WriteTo.CS);
}
WriteTabs(level, WriteTo.CS);
WriteLine('}', WriteTo.CS);
hasCSWhiteSpace = false;
hasClassSeparatingWhitespace = false;
}
void ParseClassCursor(Cursor cursor)
{
string className = cursor.Spelling;
string fullyQualifiedName;
if (cursor.Type.TypeKind != ClangSharp.Type.Kind.Invalid)
{
fullyQualifiedName = TypeRefDefinition.GetFullyQualifiedName(cursor.Type);
}
else if (currentClass != null)
{
fullyQualifiedName = currentClass.FullName + "::" + className;
}
else
{
fullyQualifiedName = className;
}
if (ClassDefinitions.ContainsKey(fullyQualifiedName))
{
return;
}
if (string.IsNullOrEmpty(className) && cursor.Kind == CursorKind.StructDecl && currentClass == null)
{
return;
}
if (currentClass != null)
{
currentClass = new ClassDefinition(className, currentClass);
}
else
{
currentClass = new ClassDefinition(className, currentHeader);
}
// Unnamed struct escapes to the surrounding scope
if (!(string.IsNullOrEmpty(className) && cursor.Kind == CursorKind.StructDecl))
{
ClassDefinitions.Add(fullyQualifiedName, currentClass);
if (currentClass.Parent != null)
{
currentClass.Parent.Classes.Add(currentClass);
}
else
{
currentHeader.Classes.Add(currentClass);
}
}
AccessSpecifier parentMemberAccess = currentMemberAccess;
// Default class/struct access specifier
if (cursor.Kind == CursorKind.ClassDecl)
{
currentMemberAccess = AccessSpecifier.Private;
}
else if (cursor.Kind == CursorKind.StructDecl)
{
currentClass.IsStruct = true;
currentMemberAccess = AccessSpecifier.Public;
}
else if (cursor.Kind == CursorKind.ClassTemplate)
{
currentClass.IsTemplate = true;
if (cursor.TemplateCursorKind != CursorKind.ClassDecl)
{
currentMemberAccess = AccessSpecifier.Private;
}
else
{
currentMemberAccess = AccessSpecifier.Public;
}
}
if (cursor.Kind == CursorKind.EnumDecl)
{
currentEnum = new EnumDefinition(fullyQualifiedName, cursor.Spelling);
currentHeader.Enums.Add(currentEnum);
cursor.VisitChildren(EnumVisitor);
if (currentClass != null)
{
// Enum wrapped in a struct
currentClass.Enum = currentEnum;
}
currentEnum = null;
}
else if (cursor.Kind == CursorKind.TypedefDecl)
{
currentClass.IsTypedef = true;
if (cursor.TypedefDeclUnderlyingType.Canonical.TypeKind != ClangSharp.Type.Kind.FunctionProto)
{
currentClass.TypedefUnderlyingType = new TypeRefDefinition(cursor.TypedefDeclUnderlyingType);
}
}
else
{
cursor.VisitChildren(ClassVisitor);
}
// Restore parent state
currentClass = currentClass.Parent;
currentMemberAccess = parentMemberAccess;
}
void ParseClassCursor(Cursor cursor)
{
string className = cursor.Spelling;
string fullyQualifiedName = TypeRefDefinition.GetFullyQualifiedName(cursor);
ClassDefinition @class;
if (project.ClassDefinitions.TryGetValue(fullyQualifiedName, out @class))
{
if (@class.IsParsed)
{
return;
}
@class.Parent = _context.Class;
}
else
{
switch (cursor.Kind)
{
case CursorKind.ClassTemplate:
@class = new ClassTemplateDefinition(className, _context.Header, _context.Class);
break;
case CursorKind.EnumDecl:
@class = new EnumDefinition(className, _context.Header, _context.Class);
break;
default:
@class = new ClassDefinition(className, _context.Header, _context.Class);
break;
}
@class.NamespaceName = _context.Namespace;
if (@class.FullyQualifiedName != fullyQualifiedName)
{
Console.WriteLine("Parsing error at " + fullyQualifiedName);
}
project.ClassDefinitions[fullyQualifiedName] = @class;
}
_context.Class = @class;
_context.Class.IsParsed = true;
// Unnamed struct escapes to the surrounding scope
if (!(string.IsNullOrEmpty(className) && cursor.Kind == CursorKind.StructDecl))
{
if (_context.Class.Parent != null)
{
_context.Class.Parent.NestedClasses.Add(_context.Class);
}
else
{
_context.Header.Classes.Add(_context.Class);
}
}
AccessSpecifier parentMemberAccess = _context.MemberAccess;
// Default class/struct access specifier
switch (cursor.Kind)
{
case CursorKind.ClassDecl:
_context.MemberAccess = AccessSpecifier.Private;
break;
case CursorKind.StructDecl:
_context.Class.IsStruct = true;
_context.MemberAccess = AccessSpecifier.Public;
break;
case CursorKind.ClassTemplate:
if (cursor.TemplateCursorKind != CursorKind.ClassDecl)
{
_context.MemberAccess = AccessSpecifier.Private;
}
else
{
_context.MemberAccess = AccessSpecifier.Public;
}
break;
case CursorKind.TypedefDecl:
var underlying = cursor.TypedefDeclUnderlyingType.Canonical;
if (underlying.TypeKind == ClangSharp.Type.Kind.Pointer &&
underlying.Pointee.TypeKind == ClangSharp.Type.Kind.FunctionProto)
{
_context.Class.IsFunctionProto = true;
}
break;
}
if (cursor.Kind == CursorKind.EnumDecl)
{
var @enum = _context.Class as EnumDefinition;
foreach (var constantDecl in cursor.Children
.Where(c => c.Kind == CursorKind.EnumConstantDecl))
{
string valueSpelling = "";
var value = constantDecl.Children.FirstOrDefault();
if (value != null)
{
var valueTokens = _context.TranslationUnit.Tokenize(value.Extent)
.Where(t => t.Kind != TokenKind.Comment &&
!t.Spelling.Equals(",") &&
!t.Spelling.Equals("}"));
valueSpelling = string.Join("", valueTokens.Select(t => t.Spelling));
}
@enum.EnumConstants.Add(new EnumConstant(constantDecl.Spelling, valueSpelling));
}
}
else
{
cursor.VisitChildren(ClassVisitor);
if (_context.Class.BaseClass == null)
{
// Clang doesn't give the base class if it's a template,
// tokenize the class definition and extract the base template if it exists
var tokens = _context.TranslationUnit.Tokenize(cursor.Extent)
.TakeWhile(t => !t.Spelling.Equals("{"))
.SkipWhile(t => !t.Spelling.Equals(":"));
if (tokens.Any())
{
var baseTokens = tokens.ToList();
int templSpecStart = -1, templSpecEnd = -1;
for (int i = 0; i < baseTokens.Count; i++)
{
var token = baseTokens[i];
if (token.Spelling == "<")
{
templSpecStart = i;
}
else if (token.Spelling == ">")
{
templSpecEnd = i;
}
}
if (templSpecStart != -1 && templSpecEnd != -1)
{
string template = baseTokens[templSpecStart - 1].Spelling;
string templateSpec = string.Join(" ",
baseTokens.GetRange(templSpecStart + 1, templSpecEnd - templSpecStart - 1)
.Select(t => t.Spelling));
string templateName = $"{template}<{templateSpec}>";
ClassDefinition classTemplate;
if (!project.ClassDefinitions.TryGetValue(templateName, out classTemplate))
{
var classTemplateNew = new ClassTemplateDefinition(template, _context.Header);
classTemplateNew.TemplateParameters.Add(templateSpec);
var baseTemplate = project.ClassDefinitions.FirstOrDefault(c => c.Value.Name.Equals(template));
classTemplateNew.BaseClass = baseTemplate.Value;
project.ClassDefinitions[templateName] = classTemplateNew;
classTemplate = classTemplateNew;
}
_context.Class.BaseClass = classTemplate;
}
}
}
}
// Restore parent state
_context.Class = _context.Class.Parent;
_context.MemberAccess = parentMemberAccess;
}
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;
}