Course Title: Comprehensive C++ Programming

Module 1: Introduction to C++

• Overview of C++ programming language
• History and evolution of C++
• Setting up a development environment: IDEs, compilers
• Writing and running a simple C++ program
• Understanding the structure of a C++ program
• Basic input/output operations

Module 2: C++ Basics

• Basic syntax and data types in C++
• Variables, constants, and data manipulation
• Control flow: if statements, loops, switch statements
• Functions and parameter passing
• Understanding pointers and memory management
• Arrays and strings in C++

Module 3: Object-Oriented Programming (OOP) in C++

• Concepts of object-oriented programming
• Classes and objects in C++
• Data members and member functions
• Constructors and destructors
• Encapsulation and access specifiers
• Inheritance and polymorphism

Module 4: Advanced C++ Features

• Function overloading and operator overloading
• Static members and static functions
• Friend functions and friend classes
• Templates and generic programming
• Exception handling with try-catch blocks
• Smart pointers for memory management

Module 5: Standard Template Library (STL)

• Overview of the Standard Template Library (STL)
• Containers: vectors, lists, maps, sets, queues, stacks
• Algorithms: sorting, searching, modifying
• Iterators and iterator-based operations
• Using STL containers and algorithms in practical scenarios
• Customizing and extending STL components

Module 6: File Handling and Input/Output Operations

• File handling in C++: opening, reading, writing, and closing files
• Input/output stream classes: ifstream, ofstream, stringstream
• Working with text files and binary files
• Serializing and deserializing data with file streams
• Error handling and exception management in file operations
• Practical exercises and projects involving file handling

Module 7: Memory Management

• Dynamic memory allocation and deallocation with new and delete operators
• Understanding memory leaks and memory fragmentation
• RAII (Resource Acquisition Is Initialization) principle
• Smart pointers: unique_ptr, shared_ptr, weak_ptr
• Custom memory allocators and allocators in STL containers
• Best practices for efficient memory management in C++

Module 8: Multithreading and Concurrency

• Introduction to multithreading concepts
• Creating and managing threads in C++
• Synchronization mechanisms: mutexes, condition variables, semaphores
• Race conditions and deadlock prevention
• Implementing parallel algorithms with C++11 concurrency features
• Practical exercises and projects involving multithreading

Module 9: Advanced C++ Techniques

• Lambda expressions and closures
• Move semantics and rvalue references
• Variadic templates and perfect forwarding
• Type deduction and decltype
• Using C++ for system programming and low-level development
• Exploring advanced language features and patterns

Module 10: Debugging and Testing C++ Applications

• Debugging techniques with IDEs and debuggers
• Writing unit tests with Google Test or Catch2 frameworks
• Test-driven development (TDD) principles
• Performance profiling and optimization techniques
• Handling exceptions and logging in C++ applications
• Practical exercises and projects to reinforce debugging and testing skills