假设我必须遵循结构:
template<class Type, int32 SIZE>
struct TSH2SizedArray
{
inline void Add(const Type & Value);
inline Type & operator[](int32 Index);
inline const Type & operator[](int32 Index)const;
private:
uint8 Data[SIZE * sizeof(Type)];
int32 ElemCount = 0;
};
template<class Type, int32 SIZE>
inline void TSH2SizedArray<Type, SIZE>::Add(const Type & Value)
{
assert(0 <= ElemCount && ElemCount < SIZE);
*((Type*)(Data + ElemCount++ * sizeof(Type))) = Value;
}
template<class Type, int32 SIZE>
inline Type & TSH2SizedArray<Type, SIZE>::operator[](int32 Index)
{
assert(0 <= Index && Index < ElemCount);
return *((Type*)(Data + Index * sizeof(Type)));
}
template<class Type, int32 SIZE>
inline const Type & TSH2SizedArray<Type, SIZE>::operator[](int32 Index)const
{
assert(0 <= Index && Index < ElemCount);
return *((Type*)(Data + Index * sizeof(Type)));
}
我的 natvis 文件中有以下内容:
<Type Name="TSH2SizedArray<*,*>">
<DisplayString>TotalItemCount={ElemCount} (via natvis debug)</DisplayString>
<Expand>
<Item Name="TotalItemCount">ElemCount</Item>
<ArrayItems>
<Size>ElemCount</Size>
<ValuePointer>($T1*)Data</ValuePointer>
</ArrayItems>
</Expand>
</Type>
今天发现 natvis 文件提供的调试辅助在这种情况下不起作用:
void MyFunc()
{
struct CMyLocalStruct
{
int ValueA;
int ValueB;
};
TSH2SizedArray<CMyLocalStruct, 256> Array;
Array.Add(CMyLocalStruct(1,2));
}
但适用于那个:
// File scope
struct CMyLocalStruct
{
int ValueA;
int ValueB;
};
void MyFunc()
{
TSH2SizedArray<CMyLocalStruct, 256> Array;
Array.Add(CMyLocalStruct(1,2));
}
如果有人有解决方案,我将非常感激,因为这是一种限制。但这对我来说似乎是一个错误。