Generic Thunk with 5 combinations of Calling Conventions

#include <Thunk.h>

#include "TestClass.h"
using namespace std;

using Thunk::CThunk;
using Thunk::Helper;

//CThunk t;	// CThunk is also a define in Preprocessor
// these Preprocessor macro allow us test Thunk with one set of source code

CThunk t1,t2,t3;

int main()
{
	cout<<"C Style Functions "<<PLAIN_CONVENTION_NAME<<endl;
	cout<<"C++ Method "<<METHOD_CONVENTION_NAME<<endl;
	cout<<typeid(CThunk).name()<<" ,size = "<<sizeof(CThunk)<<endl<<endl;
	

	C1 obj1(4,"obj1");

	t1.Attach(&obj1);
	
	t1.Attach(MF1);
	int i = t1;
	CB1 = t1;
	{
		double result = CB1(2,3);
		cout<<"result = "<<result<<endl<<endl;
	}

	t1.Attach(MF2);
	CB2 = t1.MakeCallback<CBFun2>();
	{
		int result = CB2(7,8,6);
		cout<<"result = "<<result<<endl<<endl;
	}

	t1.AttachMethod(&C1::Fun3);
	CB3 = t1.MakeCallback<CBFun3>();
	CB3(326);

	t1.Attach(MF4);
	CB4 = t1.MakeCallback<CBFun4>();
	{
		CLarge result = CB4('i',1,2,2.2);
		cout<<"result = "<<result<<endl<<endl;
	}

	t1.Attach(MF5);
	CB5 = t1.MakeCallback<CBFun5>();
	{
		int result = CB5(15);
		cout<<"result = "<<result<<endl<<endl;
	}

	cout<<endl<<"operator =, ";
	t2 = t1;
	if (t1==t2)
		cout<<" operator == :both OK"<<endl;
	else
		cout<<" operator == :failed"<<endl;
	CB5 = t2.MakeCallback<CBFun5>();
	{
		int result = CB5(12);
		cout<<"result = "<<result<<endl<<endl;
	}
	system("pause");
	return 0;
}