One of the pointer tools that is most often misunderstood and ignored is function pointers. Function pointers are identical to any other pointer type except that they point to a function instead of a ...

All the program code is accessible through either the RAM or some other executable type of memory, giving each function a specific address inside that memory as entry point. Once again ...

The second is for those experienced enough to work with function pointers. This avoids the decision process at the expense of more complex implementation. C++ does not need to make a decision ...

Here's when the fun begins: I'll define a function foo() containing three pointers to my_class dynamic instances. // include this header to use C++ smart pointers. #include <memory> void foo() { ...

This may fall under the heading of "Don't do that" but did cause me to be slightly curious.<BR><BR>What would happen if you say, created a pointer to a function that took three ints as arguments ...

So I've made my first tentative steps into C++, when all my previous experience ... I feel that I now have a basic grasp of references and pointers. However from the books and tutorials that ...

The function main() in Listing 5 deals with six people ... Besides, its complexity is logarithmic O(log(n)). C++11 smart pointers are a leap in the right direction for dynamic memory management.

Pointers are lifetime-managed, not garbage-collected. Also, TrapC reuses a few code safety features from C++, notably member functions, constructors, destructors, and the new keyword. TrapC is not ...