A computer's RAM memory is divided into two main parts: Stack Memory and Heap Memory.
Stack memory is a region of memory that is used to store temporary information, such as local variables and function return addresses. It grows from top to bottom and is automatically managed by the compiler and operating system.
Heap memory, in turn, is a region of memory that is used to store dynamically allocated objects during program execution. This memory area is manually managed by the programmer, who must allocate and free memory as needed.
In this video I dynamically explain the relationship between Stack memory and Heap memory. Watching until the end, you will learn not only how they work but also the importance that this type of learning has in building a software architecture.
Join our Telegram group and get notified FOR SURE whenever new content is released:
▶ t.me/pisanidaarch
Discover our social network focused on architecture:
▶ one.archoffice...
Learn more about ArcH:
▶ archoffice.tech
CONTACT:
▶ Phone: (11) 4196-3669
▶ Email: contato@archoffice.tech
#RAM memory,
#stack and heap,
#stack and heap differences,
stack memory,
heap memory,
#stack memory what is it for,
heap memory what is it for,
#IT Architect,
software architecture,
#software architect,
#solutions architect,
#corporate architect,
IT architecture,
3 окт 2024