auto alignValue = 16;
class Foo
{
public:
Foo();
~Foo();
private:
MyMatrix matrix;
}
typedef aligned_storage< sizeof( Foo ), alignValue >::type FooAligned
auto alignValue = 16;
class Foo
{
public:
Foo();
~Foo();
void doSomething();
private:
MyMatrix matrix;
}
typedef aligned_storage< sizeof( Foo ), alignValue >::type FooAligned
You're misreading things. That link says std::aligned_storage<>::type is POD, it doesn't say anything about any restrictions on the type you use sizeof on to get the size.
According to the internet, ccpreference.com as example, std::aligned_storage works only with PODs: http://en.cppreference.com/w/cpp/types/aligned_storage
I don't understand why it shouldn't work with structs/classes that have member function/methods.
OK thank you all, I learned something new today
Anyway since I discover that MSVC12 uses 16-byte align as default, even on heap, on x86-64 platform (and not 8-byte like in x86-ia32 and ARM), I don't need it at all xD
I wouldn't make a habit of depending on implementation defined behavior like that.
I know, but I'am actually studying and coding only on Windows 64 and only for x86-64 platform (x86-ia32 just add to much useless restrictions and hopefully one day will remain into OSs just for compatibility with legacy applications).OK thank you all, I learned something new today
Anyway since I discover that MSVC12 uses 16-byte align as default, even on heap, on x86-64 platform (and not 8-byte like in x86-ia32 and ARM), I don't need it at all xD
I wouldn't make a habit of depending on implementation defined behavior like that.
