[Dev-C++] Need to improve surpport for STL?

[Justin F. <jus...@gm...>]

Hi, all
I just read a article from CSDN,
http://community.csdn.net/Expert/topic/3662/3662092.xml?temp=.1579553
since its language is Chinese, so I just copy the source file here and
list the result.
Please compare the result generated by Dev-C++ from VS 2003. How do
you think about it?

Source Code:
#include <iostream>
#include <typeinfo>

template<typename T>
class Type
{
public:
    static void print()
    {
        std::cout << "This Type is " << typeid(T).name()
                  << ", It's size = " << sizeof(T) << "."
                  << std::endl;
    }
};

struct Polymorph
{
    virtual ~Polymorph() {}
};

enum Bit { sero, one };
enum Intensity { black = 0, brightest = 1000 };

int main()
{
    Type<bool>::print();
    Type<char>::print();
    Type<signed char>::print();
    Type<unsigned char>::print();
    Type<wchar_t>::print();
    Type<short int>::print();
    Type<signed short int>::print();
    Type<unsigned short int>::print();
    Type<int>::print();
    Type<signed int>::print();
    Type<unsigned int>::print();
    Type<long int>::print();
    Type<signed long int>::print();
    Type<unsigned long int>::print();
    Type<long long int>::print();
    Type<signed long long int>::print();
    Type<unsigned long long int>::print();
    
    Type<float>::print();
    Type<double>::print();
    Type<long double>::print();

    Type<int *>::print();
    Type<int (*)()>::print();
    Type<void (Polymorph::*)()>::print();
    Type<void*>::print();

    Type<Bit>::print();
    Type<Intensity>::print();

    return 0;
}

The result from Dev-C++:

This Type is b, It's size = 1.
This Type is c, It's size = 1.
This Type is a, It's size = 1.
This Type is h, It's size = 1.
This Type is w, It's size = 2.
This Type is s, It's size = 2.
This Type is s, It's size = 2.
This Type is t, It's size = 2.
This Type is i, It's size = 4.
This Type is i, It's size = 4.
This Type is j, It's size = 4.
This Type is l, It's size = 4.
This Type is l, It's size = 4.
This Type is m, It's size = 4.
This Type is x, It's size = 8.
This Type is x, It's size = 8.
This Type is y, It's size = 8.
This Type is f, It's size = 4.
This Type is d, It's size = 8.
This Type is e, It's size = 12.
This Type is Pi, It's size = 4.
This Type is PFivE, It's size = 4.
This Type is M9PolymorphFvvE, It's size = 8.
This Type is Pv, It's size = 4.
This Type is 3Bit, It's size = 4.
This Type is 9Intensity, It's size = 4.

The result from VS2003:

This Type is bool, It's size = 1.
This Type is char, It's size = 1.
This Type is signed char, It's size = 1.
This Type is unsigned char, It's size = 1.
This Type is unsigned short, It's size = 2.
This Type is short, It's size = 2.
This Type is short, It's size = 2.
This Type is unsigned short, It's size = 2.
This Type is int, It's size = 4.
This Type is int, It's size = 4.
This Type is unsigned int, It's size = 4.
This Type is long, It's size = 4.
This Type is long, It's size = 4.
This Type is unsigned long, It's size = 4.
This Type is __int64, It's size = 8.
This Type is __int64, It's size = 8.
This Type is unsigned __int64, It's size = 8.
This Type is float, It's size = 4.
This Type is double, It's size = 8.
This Type is long double, It's size = 8.
This Type is int *, It's size = 4.
This Type is int (__cdecl*)(void), It's size = 4.
This Type is void (__thiscall Polymorph::*)(void), It's size = 4.
This Type is void *, It's size = 4.
This Type is enum Bit, It's size = 4.
This Type is enum Intensity, It's size = 4.


-- 
Thanks
Z.J.