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/////////////////////////
// c0.cpp
#include "stdafx.h"
#include "stdx/compounds.hpp"
/// stdx::smart testing
// run in debug mode an read messagess on the output window
using namespace GE_;
struct A:
public stdx::hierarchy_node<A, stdx::comp_smart_traits>
{
int a;
A()
{
static int n(0); a = ++n;
STRACE(trc, 1, ("Created A #%d at %p\n", a, this));
}
virtual ~A()
{ STRACE(trc, 1, ("Deleted A #%d at %p\n", a, this)); }
};
struct B: public A
{
B() { a += 100; }
};
struct C:
public stdx::refcountable
{
int c;
C()
{
static int n(0); c = ++n;
STRACE(t,1,("Creating C #%d at %p\n",c,this));
}
virtual ~C()
{ STRACE(t,1,("Deleting C #%d at %p\n",c,this)); }
};
int main()
{
STRACE(trc, 0, ("c0 main\n"));
//testing herirchy of nodes with smart pointers
{
A::ptr pA;
pA.New();
pA->set_last(new A);
pA->get_last()->set_last(new B);
pA->set_last(new A);
pA->get_last()->set_last(new B);
pA->get_last()->set_first(new B);
pA->set_last(new A);
for(A::deepiterator i(pA); !!i; i++)
{ SRETRACE(trc, ("Viewing A #%d at %p\n", i->a, &*i)); }
}
//testing hierarchy valnodes
{
typedef stdx::hierarchy_valnode<int> hier_int_t;
hier_int_t::ptr pRoot(new hier_int_t(0));
pRoot->set_last(new hier_int_t(1));
pRoot->set_last(new hier_int_t(2));
pRoot->get_last()->set_last(new hier_int_t(3));
pRoot->set_last(new hier_int_t(4));
for(hier_int_t::deepiterator i(pRoot); !!i; i++)
{
int v = *i;
SRETRACE(trc, ("value = %d\n", v));
}
}
//testing herarchy refnodes
{
typedef stdx::ptr<C>::strong C_p;
typedef stdx::hierarchy_refnode<C_p> C_hr;
typedef C_hr::ptr C_pp;
C_pp pRoot(new C_hr(new C));
for(int n=8; n>0; n--)
pRoot->set_last(new C_hr(new C));
for(C_hr::deepiterator i(pRoot); !!i; i++)
{
C& c = *i;
SRETRACE(trc, ("value = %d\n", c.c));
}
}
return 0;
}
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Born and living in Milan (Italy), I'm an engineer in electronics actually working in the ICT department of an important oil/gas & energy company as responsible for planning and engineering of ICT infrastructures.
Interested in programming since the '70s, today I still define architectures for the ICT, deploying dedicated specific client application for engineering purposes, working with C++, MFC, STL, and recently also C# and D.