/*
..main
//*/
int main()
{
using namespace std;
cout << "Allocation Policies\n";
/*
create with new
//*/
cout << "UserClass< int, NewPolicy< int > >\n";
typedef UserClass< int, NewPolicy< int > > IntNewUser_t;
IntNewUser_t intNewUser;
intNewUser.doSomething();
cout << endl;
/*
create with malloc
//*/
cout << "UserClass< int, MallocPolicy< int > >\n";
typedef UserClass< int, MallocPolicy< int > > IntMallocUser_t;
IntMallocUser_t intMallocUser;
intMallocUser.doSomething();
cout << endl;
cout << "READY.\n";
return 0;
}
/*
..main
//*/
int main()
{
using namespace std;
cout << "Allocation Policies\n";
/*
create with 'int' and 'NewPolicy'
//*/
cout << "UserClass< int >\n";
typedef UserClass< int >
IntNewUser_t;
IntNewUser_t intNewUser;
intNewUser.doSomething();
cout << endl;
/*
create with 'std::string' and 'MallocPolicy'
internally we will still use 'char' and NOT a 'const char*' as
'std::string' might be!
//*/
cout << "UserClass< std::string >\n";
typedef UserClass< std::string >
StringMallocUser_t;
StringMallocUser_t stringMallocUser;
stringMallocUser.doSomething();
cout << endl;
cout << "READY.\n";
return 0;
}
