Where Does Your Code Go? | Process Memory Layout Explained

Where does your code actually go when your program starts running? 🤔 When a program becomes a process, its data and instructions are organized into different regions of memory. In this video, we’ll understand the Process Memory Layout from the ground up and see what happens to your code, variables, and dynamically allocated data inside memory. 🎥 Previous Video:    • Why RAM, Not ROM? | What REALLY Happens Wh...   We’ll explore: 🔹 What is a Process? 🔹 What is Process Memory Layout? 🔹 Code / Text Segment 🔹 Data Segment 🔹 BSS Segment 🔹 Heap 🔹 Stack 🔹 Where different types of variables are stored 🔹 Lifetime of data in each memory segment 🔹 How local and global variables relate to memory 🔹 How the Stack and Heap grow 🔹 Why understanding memory is important for programming Instead of just memorizing a memory diagram, we'll understand WHY these different regions exist and what role each one plays when a program is running. This concept is especially useful for understanding C/C++, pointers, functions, recursion, stack frames, dynamic memory allocation, and how programs actually execute. 📌 Topics covered: Process Memory Layout Code/Text Segment Data Segment BSS Heap Stack Variable Lifetime Memory Management Program Execution If you enjoy learning Computer Science concepts from the fundamentals, subscribe to Algo Milestone. Every milestone begins with learning. 🚀 #ProcessMemory #Stack #Heap #Programming