Transitioning from C to C++ is a substantial evolution, introducing powerful features that enhance code structure and functionality. In C++, object-oriented programming (OOP) principles, such as classes and objects, provide a more modular and reusable approach. The Standard Template Library (STL) introduces generic containers and algorithms, simplifying data structure implementation. Function overloading improves code readability by enabling the definition of multiple functions with the same name but different parameters. C++ offers advanced memory management with features like smart pointers, enhancing safety and automation. Exception handling allows for better error management and recovery. Embracing these concepts empowers programmers to write more efficient and maintainable code in C++.
| Directory | Description |
|---|---|
| DAY00 | Introduction to classes and visibility |
| DAY01 | Introduction to references and filestreams and dynamic allocation |
| DAY02 | Introduction to polymorphism and operators overloading |
| DAY03 | Introduction to inheritance |
| DAY04 | Introduction to Sub-typing polymorphism and Abstract classes, interfaces |
| DAY05 | Introduction to Nested classes and Exceptions |
| DAY06 | Introduction to upcasing and downcasting, static cast, dynamic cast,reinterpret cast |
| DAY07 | Introduction templates and generics |
| DAY08 | Introduction to standard templates library (STL) |
| DAY09 | Working with everything you've learned so far |
- Imperative programming
- Rigor
- Object-oriented programming
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