This was my stepping stone for future.
This was my stepping stone for future.
At first, I thought I will joined this company, keep working and when internship ends, I'll get the full-time. But the scene is different.
Any advice or suggestions for me?
At first, I thought I will joined this company, keep working and when internship ends, I'll get the full-time. But the scene is different.
Any advice or suggestions for me?
When you write x = 5, x lives on the stack, while 5 might live in the heap (depends on the language).
Stack: Optimized for speed but limited in size.
Heap: Flexible, but slower and prone to fragmentation.
Efficient programs balance both.
When you write x = 5, x lives on the stack, while 5 might live in the heap (depends on the language).
Stack: Optimized for speed but limited in size.
Heap: Flexible, but slower and prone to fragmentation.
Efficient programs balance both.
Bigger, slower, and unstructured. Think of it as a "warehouse" for complex or long-lived data.
Stores objects, arrays, and dynamically allocated memory.
Requires manual cleanup (or garbage collection).
Bigger, slower, and unstructured. Think of it as a "warehouse" for complex or long-lived data.
Stores objects, arrays, and dynamically allocated memory.
Requires manual cleanup (or garbage collection).
Fast, temporary, and structured like a "last-in, first-out" stack of plates.
Stores function calls, local variables, and primitive values.
Automatically managed—data is erased when the function ends.
Fast, temporary, and structured like a "last-in, first-out" stack of plates.
Stores function calls, local variables, and primitive values.
Automatically managed—data is erased when the function ends.