Even in the exam, your code must follow The Norm . Check your indentation, variable declarations, and function lengths.
✅ Write functions from scratch without a main ✅ Handle pointers safely ✅ Allocate/free memory correctly ✅ Handle edge cases robustly ✅ Debug with printf + gdb in exam environment ✅ Manage exam stress (4-hour limit, 0–100 grade)
A function that divides two numbers and stores the quotient and remainder in separate pointers.
Basic algorithmic thinking using loops and conditionals is required to solve mathematical puzzles. Implementing recursive and iterative factorials Handling the Fibonacci sequence Finding prime numbers 📋 Common Exam 01 Exercises
Swaps the values of two integers using their memory addresses.
int add(int a, int b) return a + b;
Even in the exam, your code must follow The Norm . Check your indentation, variable declarations, and function lengths.
✅ Write functions from scratch without a main ✅ Handle pointers safely ✅ Allocate/free memory correctly ✅ Handle edge cases robustly ✅ Debug with printf + gdb in exam environment ✅ Manage exam stress (4-hour limit, 0–100 grade) c piscine exam 01
A function that divides two numbers and stores the quotient and remainder in separate pointers. Even in the exam, your code must follow The Norm
Basic algorithmic thinking using loops and conditionals is required to solve mathematical puzzles. Implementing recursive and iterative factorials Handling the Fibonacci sequence Finding prime numbers 📋 Common Exam 01 Exercises Basic algorithmic thinking using loops and conditionals is
Swaps the values of two integers using their memory addresses.
int add(int a, int b) return a + b;