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C++ Lecture 12 @biyoans

Sure! Here’s a general outline for what you might find in a C++ Lecture 12. The specific topics can vary based on the course, but common subjects include: C++ Lecture 12: Advanced Topics in C++ 1. **Templates**: **Introduction to Templates**: Understanding function and class templates. **Template Specialization**: How to define specialized versions of templates. **Variadic Templates**: Using templates with an arbitrary number of parameters. 2. **Standard Template Library (STL)**: **Containers**: Overview of common STL containers (e.g., `vector`, `list`, `map`, `set`). **Iterators**: How to use iterators with containers. **Algorithms**: Introduction to STL algorithms (e.g., `sort`, `find`, `accumulate`). 3. **Exception Handling**: **Try-Catch Blocks**: How to use `try`, `catch`, and `throw` for error handling. **Custom Exceptions**: Creating and throwing your own exception types. 4. **Smart Pointers**: **Unique Pointer (`std::unique_ptr`)**: Ownership and resource management. **Shared Pointer (`std::shared_ptr`)**: Reference counting for shared ownership. **Weak Pointer (`std::weak_ptr`)**: Managing temporary references. 5. **Lambda Expressions**: **Introduction to Lambdas**: Syntax and use cases. **Capturing Variables**: Different ways to capture variables in lambdas. 6. **Multithreading (if applicable)**: **Basics of Threads**: Creating and managing threads. **Mutexes and Locks**: Protecting shared data. **Condition Variables**: Synchronizing threads. Practical Exercises: Implement a simple program using templates and STL containers. Create a custom exception and demonstrate its use in a program. Explore smart pointers by refactoring a codebase to use them effectively. Conclusion: Recap of key concepts covered. Discussion of real-world applications of these advanced features in C++. If you have specific topics or concepts in mind that were covered in your Lecture 12, feel free to share, and I can elaborate on those!