Dynamic Memory in OOP | C++ Programming
Dynamic Memory in OOP | C++ Programming
Dynamic memory allocation is an essential aspect of object-oriented programming (OOP) in C++. It allows you to allocate memory dynamically at runtime for objects or data structures when their size is unknown at compile time or when you need to manage memory explicitly.
In C++, dynamic memory is allocated from the heap, which is a region of memory separate from the stack. The heap provides a larger pool of memory that can be accessed dynamically during program execution.
To allocate memory on the heap, you can use the new operator followed by the type specifier. This operator dynamically allocates memory and returns a pointer to the allocated memory block