Master C++ Data Structures & OOP: CS104/105 Bootcamp

What you will learn:

Master fundamental C++ data structures like arrays, linked lists, stacks, queues, and trees.
Gain a comprehensive understanding of Object-Oriented Programming (OOP) principles and concepts.
Explore advanced C++ concepts like template programming, operator overloading, and exception handling.
Develop a strong foundation in memory management, pointers, and dynamic memory allocation in C++.
Learn how to use the Standard Template Library (STL) to simplify and optimize C++ programming tasks.
Build efficient and reusable C++ code by implementing classes, constructors, destructors, and other OOP features.
Gain proficiency in designing and implementing abstract data types (ADTs) to enhance code flexibility and maintainability.
Understand the importance of algorithm analysis and choose appropriate algorithms for your programming problems.
Master the art of building custom data structures like linked lists from scratch.
Develop practical coding skills through hands-on exercises and real-world examples.
Gain the confidence to build robust and scalable C++ applications.
Learn best practices for C++ programming, including efficient coding techniques and code optimization.
Understand the role of C++ in modern software development and prepare for professional opportunities.

Description

Ready to level up your C++ programming skills? This comprehensive masterclass covers everything from fundamental data structures to the intricacies of Object-Oriented Programming (OOP). Dive deep into arrays, linked lists, stacks, queues, and trees, gaining hands-on experience in their implementation and application.

Beyond data structures, you'll explore the core concepts of OOP: encapsulation, inheritance, and polymorphism. We'll demystify C++ classes, objects, constructors, and destructors, empowering you to build robust and reusable code. Throughout the course, you'll develop a strong understanding of memory management, pointers, and dynamic memory allocation, ensuring your programs are optimized for performance.

This course is designed to equip you with the skills needed to tackle complex software challenges. You'll learn advanced techniques like template programming, operator overloading, exception handling, file input/output, and more. Gain confidence in building real-world C++ applications that are efficient, scalable, and maintainable.

Curriculum

Unveiling C++ Classes: A Deep Dive

This section delves into the heart of C++ classes, starting with the fundamental building blocks like Plain Old Data (POD) classes and unions. You'll gain a clear understanding of access control mechanisms, how to effectively initialize class members, and the crucial role of constructors and destructors in managing object lifecycle. We'll also examine the concept of initializers in C++ to ensure your classes are properly set up.

Mastering Pointers in C++

This section demystifies the power of pointers in C++. You'll learn about their fundamentals, the dereference operator, their interplay with arrays, and how to utilize the 'nullptr' for safe memory management. You'll also explore pointer arithmetic, address the issue of arrays out of bounds, delve into memory allocation techniques, and understand the vital concept of memory lifetime.

Unlocking the Power of the Standard Template Library (STL)

In this section, you'll explore the Standard Template Library (STL), a powerful set of pre-written components that streamline C++ development. We'll focus on vectors and arrays, showing you how they can be seamlessly integrated into your projects. This foundation will give you a jumpstart in efficiently managing data collections within your C++ programs.

References: A Powerful C++ Tool

This section dives into references, an essential C++ feature for working with data efficiently. You'll understand their purpose, discover how they can be used within real-world projects, and explore their application alongside other important concepts like the 'auto' keyword, tuples, and for loops. We'll also cover the range-based for loop, a convenient feature that enhances code readability.

Pointers in Action: Hands-On Practice

This section puts your pointer knowledge to the test with practical examples. You'll gain valuable experience through a series of guided exercises, applying pointers in various scenarios to reinforce your understanding. These hands-on examples will solidify your ability to manipulate data in memory using pointers.

Building Blocks of Programming: Functions

This section lays the foundation for modular and reusable code through functions. You'll learn about their fundamental principles, explore how to write effective functions, and gain experience with various function types. You'll also learn about function overloading and function templates, allowing you to write versatile code that can be adapted to different situations.

Data Structures in C++: Setting the Foundation

This section delves into the world of data structures, starting with fundamental C++ programming concepts. You'll learn about enums, how to use the 'rand' function for generating random numbers, and how to effectively write and use the 'main' function in your C++ programs.

Abstract Data Types (ADT): A Powerful Paradigm

This section explores the concept of Abstract Data Types (ADT), a powerful abstraction technique in programming. You'll discover how to create ADT classes, understand the role of constructors in managing data, and learn about virtual methods and overriding to enhance code flexibility. This section will also guide you in controlling copy operations for your ADT classes, ensuring data integrity and preventing unintended side effects.

Templates: Building Flexible Code in C++

This section introduces the powerful world of templates in C++. You'll learn how to use template functions to create reusable code that can operate on various data types. We'll explore how to define class templates, making your code more adaptable and reducing the need for repetitive code writing. This section will equip you with the tools to create flexible and efficient C++ programs.

STL and Asymptotic Analysis: Optimizing Your Code

This section focuses on the Standard Template Library (STL) and the concept of asymptotic analysis. You'll delve into the STL's features, explore techniques for analyzing algorithm efficiency, and understand how to choose the most appropriate algorithms for your specific problem. We'll also examine how to develop effective main functions, explore the factorial method, and analyze how to effectively implement algorithms.

Mastering Pointers and Arrays

This section dives deeper into the relationship between pointers and arrays. You'll gain a comprehensive understanding of arrays in C++, learn techniques for manipulating them efficiently, and discover how to work with array pointers. We'll also examine the differences between pointer increment and array indexing, ensuring you can navigate arrays with confidence.

Implementing a Custom Linked List ADT

In this section, you'll put your knowledge into practice by implementing your own linked list ADT. You'll learn how to build the foundation of a linked list, develop methods for inserting, removing, and searching for data within the list, and gain valuable experience in testing your implementation thoroughly. This section will give you a solid understanding of how linked lists function and prepare you to work with them in various scenarios.

Nodes and Chaining: The Building Blocks of Linked Lists

This section focuses on nodes and chaining, the essential components of linked lists. You'll learn how to create and chain nodes together, understand how to handle different data types within nodes, and develop a deep understanding of the fundamental structure of linked lists. This knowledge will be essential for building more complex data structures and algorithms in C++.

Building Your Own Custom Linked List

This section guides you step-by-step through the process of creating a custom linked list from scratch. You'll implement essential methods like insertion, removal, searching, and traversal. You'll gain practical experience in designing and building your own data structures, allowing you to apply your C++ skills to real-world programming problems.