[ ] Function prototype matches subject
[ ] Norminette compliant
[ ] No forbidden functions (write, printf, etc.)
[ ] No global variables
[ ] Static where needed (internal helpers)
[ ] Malloc checked for NULL return
[ ] All allocated memory freed in test harness
[ ] No segmentation faults on edge cases
[ ] Return exactly as expected (no extra prints)
If you are reading this, chances are you are either about to jump into the infamous C Piscine at 42 School (or any of its affiliates like 42 Wolfsburg, 42 Paris, 42 Silicon Valley, or Ecole 42), or you are already drowning in a sea of pointers, memory leaks, and segmentation faults. You have likely heard whispers of a dreaded gatekeeper: the C Piscine Exam 01.
For many, Exam 01 represents the first major psychological and technical filter of the Piscine. It is not just a test of coding; it is a test of stress management, pattern recognition, and brute-force logic under a ticking clock. This article will dissect everything you need to know about the C Piscine Exam 01, from its structure to the most common exercises, and provide a battle-tested strategy to emerge victorious.
To pass Exam 01, you cannot just know "how to code." You must internalize these four pillars: c piscine exam 01
Arrays are collections of elements of the same data type stored in contiguous memory locations.
Strings are arrays of characters.
Example:
int scores[5] = 90, 80, 70, 60, 50; // array declaration
char name[] = "John"; // string declaration
printf("Score 1: %d\n", scores[0]); // array indexing
printf("Name: %s\n", name); // string operation
The C programming language is a fundamental language in computer science, and understanding its basics is crucial for any aspiring programmer. In this blog post, we will review some key concepts that you might encounter in a C programming language exam. [ ] Function prototype matches subject [ ]
This is the "boss fight" of Exam 01. Given a string s and a separator character c, return an array of strings (each word from s split by c), terminated by NULL.
The trap: Students often allocate the wrong amount of memory. You must: If you are reading this, chances are you