Lectures related to Function Prototyping

Functions in C: Key Concepts and Examples

Explains the essential concepts of functions in C programming, including definitions, prototypes, and argument passing techniques.

In-Place Tokenization: A Case Study in C Programming

Covers in-place tokenization in C, focusing on modifying strings directly to extract tokens.

Command Line Arguments in C: Understanding argc and argv

Explains command line arguments in C, focusing on the main function prototypes and how to use argc and argv.

Standard Input/Output in C: Managing Data Streams

Provides an overview of standard input and output management in C programming, covering printf, scanf, and file handling techniques.

Object-Oriented Programming: Operator Overloading and Project Logistics

Discusses project logistics and introduces operator overloading in C++ for a simulation project.

Dynamic Arrays in C: Implementation and Memory Management

Discusses the implementation and management of dynamic arrays in C programming, focusing on memory allocation and safe access methods.

Object-Oriented Programming: Heterogeneous Collections in C++

Covers the implementation of heterogeneous collections in C++ object-oriented programming, focusing on memory management and design choices.

Handling Command Line Arguments in C: Practical Examples

Covers the handling of command line arguments in C programming with practical examples and structured approaches.

Pointers in C++: Event-Driven Programming with GTKmm

Covers function pointers in C++ and their application in GTKmm for event-driven programming.

Object Oriented Programming: Separate Compilation

Covers separate compilation in object-oriented programming for modular design and code reusability.

Python Functions: Basics and Arguments

Covers the basics of writing functions in Python and working with function arguments.

C++ Standard Library: Containers and Algorithms

Covers the basics of C++ standard library containers, algorithms, and iterators.

Introducing Advanced Concepts in Informatics with VPL

Explores advanced programming concepts using Thymio and VPL.

Operator Overloading in C++: Concepts and Examples

Covers operator overloading in C++, including its rules, risks, and practical examples.

Object-Oriented Programming: Error Management and Course Logistics

Outlines the course logistics and objectives for Object-Oriented Programming, focusing on error management and the integration of practical sessions with theoretical learning.

Pointers in C: Understanding Their Utility and Applications

Covers the definition and applications of pointers in C programming, emphasizing their role in memory management and generic programming.

Classes and Encapsulation: Principles of Modular Programming

Covers the principles of classes, encapsulation, and modular programming in C++.

Modular Programming: Separate Compilation in C

Covers separate compilation in C, focusing on modular programming and its benefits for code reusability and maintenance.

Object-Oriented Programming: Exam Instructions

Covers exam instructions and programming exercises on simulating a blood vessel.

Introduction: Scratch for Thymio

Covers the transition from Scratch to Scratch for Thymio, focusing on programming concepts and practical exercises.