public Class()
{
Bases = new List <BaseClassSpecifier>();
Fields = new List <Field>();
Properties = new List <Property>();
Methods = new List <Method>();
Specifiers = new List <AccessSpecifierDecl>();
IsAbstract = false;
IsUnion = false;
IsOpaque = false;
IsPOD = false;
Type = ClassType.RefType;
Layout = new ClassLayout();
}
public Class()
{
Bases = new List <BaseClassSpecifier>();
Fields = new List <Field>();
Properties = new List <Property>();
Methods = new List <Method>();
Specifiers = new List <AccessSpecifierDecl>();
IsAbstract = false;
IsUnion = false;
IsFinal = false;
IsPOD = false;
Type = ClassType.RefType;
Layout = new ClassLayout();
templateParameters = new List <Declaration>();
specializations = new List <ClassTemplateSpecialization>();
}
public ClassLayout(ClassLayout classLayout)
: this()
{
ABI = classLayout.ABI;
HasOwnVFPtr = classLayout.HasOwnVFPtr;
VBPtrOffset = classLayout.VBPtrOffset;
PrimaryBase = classLayout.PrimaryBase;
HasVirtualBases = classLayout.HasVirtualBases;
Alignment = classLayout.Alignment;
Size = classLayout.Size;
DataSize = classLayout.DataSize;
VFTables.AddRange(classLayout.VFTables);
if (classLayout.Layout != null)
{
Layout = new VTableLayout();
Layout.Components.AddRange(classLayout.Layout.Components);
}
}
public Class(Class @class)
: base(@class)
{
Bases = new List <BaseClassSpecifier>(@class.Bases);
Fields = new List <Field>(@class.Fields);
Properties = new List <Property>(@class.Properties);
Methods = new List <Method>(@class.Methods);
Specifiers = new List <AccessSpecifierDecl>(@class.Specifiers);
IsPOD = @class.IsPOD;
Type = @class.Type;
Layout = new ClassLayout(@class.Layout);
IsAbstract = @class.IsAbstract;
IsUnion = @class.IsUnion;
IsOpaque = @class.IsOpaque;
IsDynamic = @class.IsDynamic;
IsPolymorphic = @class.IsPolymorphic;
HasNonTrivialDefaultConstructor = @class.HasNonTrivialDefaultConstructor;
HasNonTrivialCopyConstructor = @class.HasNonTrivialCopyConstructor;
HasNonTrivialDestructor = @class.HasNonTrivialDestructor;
IsStatic = @class.IsStatic;
}
AST.ClassLayout VisitClassLayout(ClassLayout layout)
{
var _layout = new AST.ClassLayout
{
ABI = VisitCppAbi(layout.ABI),
Layout = VisitVTableLayout(layout.Layout),
HasOwnVFPtr = layout.HasOwnVFPtr,
VBPtrOffset = layout.VBPtrOffset,
Alignment = layout.Alignment,
Size = layout.Size,
DataSize = layout.DataSize
};
for (uint i = 0; i < layout.VFTablesCount; ++i)
{
var vftableInfo = layout.getVFTables(i);
var _vftableInfo = VisitVFTableInfo(vftableInfo);
_layout.VFTables.Add(_vftableInfo);
}
return(_layout);
}
public static int GetSize(this ClassLayout layout) => /// There's at least one ABI (System V) that gives to empty structs /// size 1 in C++ and size 0 in C. The former causes crashes in older versions of Mono. layout.Size == 1 && layout.DataSize == 0 ? 0 : layout.Size;
public ClassLayout(ClassLayout classLayout)
: this()
{
ABI = classLayout.ABI;
HasOwnVFPtr = classLayout.HasOwnVFPtr;
VBPtrOffset = classLayout.VBPtrOffset;
PrimaryBase = classLayout.PrimaryBase;
HasVirtualBases = classLayout.HasVirtualBases;
Alignment = classLayout.Alignment;
Size = classLayout.Size;
DataSize = classLayout.DataSize;
VFTables.AddRange(classLayout.VFTables);
if (classLayout.Layout != null)
{
Layout = new VTableLayout();
Layout.Components.AddRange(classLayout.Layout.Components);
}
}
