Added implementation of DiagnosticSeverity

Fixed generated access control

Author: harlanhaskins

Sources/Clang/CTypes.swift

@@ -1,7 +1,7 @@
-/// IMPORTANT: This file is automatically generated.
 import cclang
+
 /// MARK: Special Types
-struct RecordType: ClangTypeBacked {
+public struct RecordType: ClangTypeBacked {
     let clang: CXType
     /// Computes the offset of a named field in a record of the given type
     /// in bytes as it would be returned by __offsetof__ as per C++11[18.2p4]
@@ -21,6 +21,7 @@ struct RecordType: ClangTypeBacked {
         }
         return Int(val)
     }
+    
     /// Gathers and returns all the fields of this record.
     func fields() -> [Cursor] {
         let fields = Box([Cursor]())
@@ -41,212 +42,212 @@ struct RecordType: ClangTypeBacked {
 /// MARK: Standard Types
 
 /// Represents an invalid type (e.g., where no type is available).
-struct InvalidType: ClangTypeBacked {
+public struct InvalidType: ClangTypeBacked {
     let clang: CXType
 }
 /// A type whose specific kind is not exposed via this interface.
-struct UnexposedType: ClangTypeBacked {
+public struct UnexposedType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct VoidType: ClangTypeBacked {
+public struct VoidType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct BoolType: ClangTypeBacked {
+public struct BoolType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct Char_UType: ClangTypeBacked {
+public struct Char_UType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct UCharType: ClangTypeBacked {
+public struct UCharType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct Char16Type: ClangTypeBacked {
+public struct Char16Type: ClangTypeBacked {
     let clang: CXType
 }
 
-struct Char32Type: ClangTypeBacked {
+public struct Char32Type: ClangTypeBacked {
     let clang: CXType
 }
 
-struct UShortType: ClangTypeBacked {
+public struct UShortType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct UIntType: ClangTypeBacked {
+public struct UIntType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ULongType: ClangTypeBacked {
+public struct ULongType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ULongLongType: ClangTypeBacked {
+public struct ULongLongType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct UInt128Type: ClangTypeBacked {
+public struct UInt128Type: ClangTypeBacked {
     let clang: CXType
 }
 
-struct Char_SType: ClangTypeBacked {
+public struct Char_SType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct SCharType: ClangTypeBacked {
+public struct SCharType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct WCharType: ClangTypeBacked {
+public struct WCharType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ShortType: ClangTypeBacked {
+public struct ShortType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct IntType: ClangTypeBacked {
+public struct IntType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct LongType: ClangTypeBacked {
+public struct LongType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct LongLongType: ClangTypeBacked {
+public struct LongLongType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct Int128Type: ClangTypeBacked {
+public struct Int128Type: ClangTypeBacked {
     let clang: CXType
 }
 
-struct FloatType: ClangTypeBacked {
+public struct FloatType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct DoubleType: ClangTypeBacked {
+public struct DoubleType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct LongDoubleType: ClangTypeBacked {
+public struct LongDoubleType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct NullPtrType: ClangTypeBacked {
+public struct NullPtrType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct OverloadType: ClangTypeBacked {
+public struct OverloadType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct DependentType: ClangTypeBacked {
+public struct DependentType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ObjCIdType: ClangTypeBacked {
+public struct ObjCIdType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ObjCClassType: ClangTypeBacked {
+public struct ObjCClassType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ObjCSelType: ClangTypeBacked {
+public struct ObjCSelType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct Float128Type: ClangTypeBacked {
+public struct Float128Type: ClangTypeBacked {
     let clang: CXType
 }
 
-struct FirstBuiltinType: ClangTypeBacked {
+public struct FirstBuiltinType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct LastBuiltinType: ClangTypeBacked {
+public struct LastBuiltinType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ComplexType: ClangTypeBacked {
+public struct ComplexType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct PointerType: ClangTypeBacked {
+public struct PointerType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct BlockPointerType: ClangTypeBacked {
+public struct BlockPointerType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct LValueReferenceType: ClangTypeBacked {
+public struct LValueReferenceType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct RValueReferenceType: ClangTypeBacked {
+public struct RValueReferenceType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct EnumType: ClangTypeBacked {
+public struct EnumType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct TypedefType: ClangTypeBacked {
+public struct TypedefType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ObjCInterfaceType: ClangTypeBacked {
+public struct ObjCInterfaceType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ObjCObjectPointerType: ClangTypeBacked {
+public struct ObjCObjectPointerType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct FunctionNoProtoType: ClangTypeBacked {
+public struct FunctionNoProtoType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct FunctionProtoType: ClangTypeBacked {
+public struct FunctionProtoType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct ConstantArrayType: ClangTypeBacked {
+public struct ConstantArrayType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct VectorType: ClangTypeBacked {
+public struct VectorType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct IncompleteArrayType: ClangTypeBacked {
+public struct IncompleteArrayType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct VariableArrayType: ClangTypeBacked {
+public struct VariableArrayType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct DependentSizedArrayType: ClangTypeBacked {
+public struct DependentSizedArrayType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct MemberPointerType: ClangTypeBacked {
+public struct MemberPointerType: ClangTypeBacked {
     let clang: CXType
 }
 
-struct AutoType: ClangTypeBacked {
+public struct AutoType: ClangTypeBacked {
     let clang: CXType
 }
 
 /// Represents a type that was referred to using an elaborated type keyword.
-struct ElaboratedType: ClangTypeBacked {
+public struct ElaboratedType: ClangTypeBacked {
     let clang: CXType
 }
 

Sources/Clang/Cursor.swift

@@ -187,7 +187,7 @@ extension Cursor {
     /// Retrieves all the children of the provided cursor.
     ///
     /// - returns: An array of `Cursors` that are children of this cursor.
-    func children() -> [Cursor] {
+    public func children() -> [Cursor] {
         var children = [Cursor]()
         clang_visitChildrenWithBlock(asClang()) { child, _ in
             if let cursor = convertCursor(child) {
@@ -250,20 +250,20 @@ extension Cursor {
 
     /// Given a cursor that represents a documentable entity (e.g.,
     /// declaration), return the associated parsed comment
-    var fullComment: FullComment? {
+    public var fullComment: FullComment? {
         return convertComment(clang_Cursor_getParsedComment(asClang())) as? FullComment
     }
 
     /// Given a cursor that represents a declaration, return the associated
     /// comment text, including comment markers.
-    var rawComment: String? {
+    public var rawComment: String? {
         return clang_Cursor_getRawCommentText(asClang()).asSwiftOptional()
     }
 
     /// Given a cursor that represents a documentable entity (e.g.,
     /// declaration), return the associated \brief paragraph; otherwise return
     /// the first paragraph.
-    var briefComment: String? {
+    public var briefComment: String? {
         return clang_Cursor_getBriefCommentText(asClang()).asSwiftOptional()
     }
 
@@ -294,7 +294,7 @@ public enum VisibilityKind {
 /// Describes the kind of a template argument.
 /// See the definition of llvm::clang::TemplateArgument::ArgKind for full
 /// element descriptions.
-enum TemplateArgumentKind {
+public enum TemplateArgumentKind {
     case type
     case declaration
     case nullPtr