Comprehensive Software Development Using C++

Explore the Fundamentals of Software Development: A Comprehensive Course

This course provides a thorough yet accessible exploration of core software development concepts, bridging the gap between theory and practice. We delve into often-overlooked areas crucial for effective software creation, including compilers, virtual memory layout, selecting the ideal code editor, and mastering debugging with graphical and command-line tools.

Think of it as a complete software development foundation – not a crash course in programming or data structures, but a holistic overview of essential theoretical and practical skills.

Key Topics Covered:

• Number Systems: Master Binary and Hexadecimal Numbering Systems for low-level understanding.
• Debugging: Learn to effectively use GDB, CLion, VSCode, and VIM for efficient debugging.
• Logic & Fundamentals: Solidify your understanding of Logic, ASCII, and Control Structures.
• Memory Management: Understand Dynamic Memory allocation and the power of Pointers.
• Virtual Memory: Explore the workings of the Virtual Address Space.
• Object-Oriented Programming: Grasp core OOP principles like Inheritance, Encapsulation, and Polymorphism.
• Templates: Utilize Templates for generic programming.
• Algorithms: Learn fundamental Sorting and Searching algorithms.
• Data Structures: Implement and utilize essential data structures including Stacks, Queues, Graphs, Linked Lists, Trees, and Hash Tables.
• Advanced Algorithms: Dive into Dynamic Programming, Recurrence Relations, and Big O Notation for performance analysis.
• Modern C++: Gain exposure to many Modern/C++11 syntax features (initialization lists, nullptr, range-based loops, auto, smart pointers).

Course Structure:

The course is divided into three sections:

1. Introduction to C++ & Computer Science: A beginner-friendly introduction to writing C++ programs and fundamental computer science principles.
2. C++ Programming Essentials: Covers major C++ programming concepts with in-video challenges and solutions and projects with solution files.
3. Data Structures & Algorithms: Explores a wide range of data structures, from Linked Lists to advanced concepts like AVL trees. Includes practical algorithm problems, academic topics like recurrence relations, and summations.

Who is this course for?

This course is ideal for aspiring Software Engineers/Developers aiming to build a strong foundation for a career or for students seeking a comprehensive understanding of software development. While best taken from beginning to end, the Data Structures and Algorithms section can also be accessed independently.

C++ Considerations:

While the course covers many C++ concepts, some data structures (e.g., Linked Lists) utilize C++ class templates. The C++ programming section provides supplementary lectures to address any gaps in your C++ knowledge. Please feel free to contact me with any suggestions for content additions. This course focuses on core concepts and isn't an advanced C++ Language course (e.g., C++20 features).