C/C++ Compiler design from scratch

🚀 [Course Title] C/C++ Compiler Design from Scratch

🎓 [Course Headline] Design of a C++ Compiler (Guided Project)

🎉 [Course Description]

Embark on a Journey to Master C++ Compiler Design!

Overview: Dive into the intricate world of compiler design with our comprehensive online course. This hands-on journey will guide you through the process of creating a C++ compiler from the ground up. With each step meticulously outlined, you'll gain an in-depth understanding of the core components that make up a compiler and how they interact to transform high-level code into executable machine instructions.

What You'll Learn:

• Lexical Analysis (Scanner): Your first task is to understand and create a lexical analyzer. We'll cover the fundamentals of token recognition, which are the building blocks for parsing.

• Syntax Analysis (Parser): Next, you'll delve into the syntax analyzer. Here, you'll parse over 20 different language constructs and understand the syntax rules of C++. Plus, you'll learn how to extend your parser to handle custom language sentences.

• Semantic Analysis: This stage involves verifying that the syntax-analyzed code is valid in terms of its semantics. You'll ensure that the compiler correctly interprets the code as per C++ semantics.

• Intermediate Code Generation: Transform the abstract syntax tree (AST) into an intermediate representation (IR) that can be executed by a machine. This is a critical step where high-level code meets the low-level world.

Course Highlights:

• A comprehensive guide to understanding and designing each unit of a C++ compiler.

• Practical exercises and examples to reinforce your learning and solidify your skills.

• Real-world applications, including the use of our techniques in designing a multi-threaded HTTP web server.

Who is this course for?

This course is tailored for:

• C++ Developers at all levels: Whether you're just starting out or looking to refine your skills, this course will challenge and advance your programming capabilities through a practical design project.

• Aspiring Compiler Designers: If you've ever been curious about how compilers work and how to create one from scratch, this is the perfect place to start.

Technical Requirements:

• A good C++ editor (e.g., VsCode, Visual Studio) to write your compiler.

• Basic knowledge of C++ is essential, as the course will produce an assembly language code output in both MIPS and RISC-V architectures.

What's Included:

• Full working scripts for each unit of the compiler design process.

• A wealth of course materials to support your learning journey.

🚀 [Key Features]

• Step-by-Step Guidance: Learn at your own pace with clear, structured modules that take you from the basics to advanced concepts in compiler design.

• Real-World Application: Apply your newfound knowledge to a practical project, understanding how your work can contribute to real systems like web servers.

• Expert Instructor: Ezeuko Emmanuel brings years of expertise and passion for C++ and compiler design to this course, ensuring you receive top-notch instruction.

📚 [Learning Outcomes]

• Master the lexical analysis, syntax analysis, semantic analysis, and intermediate code generation in C++ compiler design.

• Gain a deeper understanding of how tokens are generated and used in compiler designs.

• Acquire the skills to design your own C++ compiler or contribute to existing projects.

Join us on this exciting learning adventure! Enroll now and start building your very own C++ compiler from scratch. 🧙‍♂️✨