Can you explain static memory allocation in C++?

Can you explain static memory allocation in C++?

Sure! Static memory allocation in C++ refers to the allocation of memory at compile time, before the program runs. This means that the size of the memory must be known beforehand.

What are the advantages of using static memory allocation?

The main advantages include faster access to memory, as the memory is allocated at compile time, and reduced overhead since there's no need for dynamic memory management.

Are there any limitations to static memory allocation?

Yes, the limitations include fixed size, which can lead to wasted memory if not fully utilized, and lack of flexibility since you cannot change the size during runtime.

Can you give an example of static memory allocation in C++?

Certainly! An example would be declaring an array like this: int arr[10]; This allocates memory for 10 integers at compile time.