University of Central Lancashire Preston (UCLAN)

This document contains comprehensive notes from Lecture 2 of the CO2402 course on Advanced Programming with C++. The lecture focuses on using Visual Studio, a powerful Integrated Development Environment (IDE), for C++ development. The notes provide an overview of Visual Studio's key components, including the compiler, text editor, and debugger, and explain how to navigate and utilize these tools effectively.

This document provides detailed notes from Lecture 11 of the CO2402 course on Advanced Programming with C++. The focus of this lecture is on advanced operations in linked lists, specifically addressing operations at the back of the list, such as pushBack, popBack, and getBack. These operations provide flexibility in data management and are crucial for implementing versatile data structures.

This document provides detailed notes from Lecture 10 of the CO2402 course on Advanced Programming with C++. The lecture focuses on linked lists, an essential data structure in computer science. It covers the fundamental concepts and implementations of singly and doubly linked lists, explaining how these structures allow efficient insertion and removal of elements.

This document contains the comprehensive notes from Lecture 9 of the CO2402 course on Advanced Programming with C++. The lecture focuses on advanced concepts of inheritance and function overriding, crucial elements in object-oriented programming. Key topics covered include polymorphism, virtual functions, abstract classes, and dynamic binding.

This document contains detailed notes from Lecture 8 of the CO2402 course on Advanced Programming with C++. The focus of this lecture is on the concept of inheritance, a fundamental principle in object-oriented programming that allows a new class to inherit the properties and behaviors of an existing class. The notes explain the terminology, such as base and derived classes, and cover different types of inheritance, with an emphasis on public inheritance.

This document contains comprehensive lecture notes from Lecture 7 of the CO2402 course on Advanced Programming with C++. The focus of this lecture is on the use of multiple source files in C++ projects, emphasizing the importance of modularity and organization for maintaining and managing large codebases. The notes explain how to create and manage files in an Integrated Development Environment (IDE), including adding and removing files.

This document provides detailed notes from Lecture 6 of the CO2402 course on Advanced Programming with C++. The focus of this lecture is on constructors and destructors, essential components in C++ for managing the lifecycle of objects. The notes explain the purpose, syntax, and characteristics of constructors, including the concepts of default constructors and constructor overloading. Additionally, the document covers the initialization section, best practices, and the importance of proper obje...

This document contains the lecture notes from Lecture 5 of the CO2402 course on Advanced Programming with C++. The focus of this lecture is on the stack data structure, a fundamental concept in computer science that operates on the Last In, First Out (LIFO) principle. The notes cover the basics of stacks, including their definition, importance, and various real-world applications such as call stack management, depth-first search, and infix to postfix conversion.

This document contains detailed lecture notes from Lectures 3 and 4 of the CO2402 course on Advanced Programming with C++. It covers critical aspects of memory management and pointers, including the basics of memory units, the importance of memory in programming, and the use of pointers for efficient data manipulation. Key topics include pointer arithmetic, dynamic memory allocation, and best practices for avoiding memory leaks.

These comprehensive lecture notes cover the first lecture of the CO2402 course on Advanced Programming with C++. The document provides an in-depth introduction to key concepts in C++ programming, focusing on advanced topics such as Object-Oriented Programming (OOP), encapsulation, inheritance, and polymorphism. It also covers essential programming elements including data types, control structures, functions, pointers, and dynamic memory allocation.