Explore dynamic memory allocation from "summary" of C/C++ Programmer's Reference by Herbert Schildt
Dynamic memory allocation is a powerful feature provided by C and C++. It allows you to allocate memory at run time, rather than at compile time. This gives you more control over memory management and enables you to create more flexible and efficient programs. When you allocate memory dynamically, you use functions such as malloc(), calloc(), or new to request a block of memory from the system. The system then returns a pointer to the allocated memory, which you can use to access and manipulate the memory block. One of the main advantages of dynamic memory allocation is that it allows you to create data structures of varying sizes and shapes. For example, you can create arrays, linked lists, trees, and other complex data structures that can grow and shrink as needed. This flexibility is especially useful ...
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