# cpp-notebook

**Repository Path**: cpp-thinkmore/cpp-notebook

## Basic Information

- **Project Name**: cpp-notebook
- **Description**: cpp系列课程视频学习笔记
- **Primary Language**: Unknown
- **License**: MIT
- **Default Branch**: main
- **Homepage**: None
- **GVP Project**: No

## Statistics

- **Stars**: 0
- **Forks**: 0
- **Created**: 2026-01-25
- **Last Updated**: 2026-01-25

## Categories & Tags

**Categories**: Uncategorized

**Tags**: None

## README

# C++ Notebook

This is a C++ learning notebook project that covers the core features and advanced usage of modern C++. The project demonstrates various C++ concepts and techniques through numerous code examples, making it an excellent reference for learning C++.

## Project Features

- **Comprehensive Content**: Covers multiple topics including templates, memory management, concurrency, STL, and more
- **Example-Driven**: Each topic includes runnable code examples
- **Progressive Learning**: Progresses from basic to advanced concepts step by step
- **Chinese Comments**: Both code and documentation include Chinese annotations for easier understanding

## Directory Structure

```
cpp-notebook/
├── alias/              # Alias Template
├── allocator/          # Memory Allocator
├── complex/            # Implementation of Complex Class and String Class
├── const_none_const/   # const and non-const Member Functions
├── cpp_memory_management/  # C++ Memory Management Mechanisms
├── decltype/           # decltype Usage
├── deque/              # deque Container Examples
├── for_each/           # STL Algorithm Examples
├── inherit/            # Inheritance Examples
├── lambda/             # Lambda Expressions
├── new_delete_reload/  # Overloading operator new/delete
├── new_handler/        # Out-of-Memory Handling
├── partial_spacialization/  # Partial Specialization
├── reference_wrapper/  # reference_wrapper Usage
├── reload_new_delete/  # Reloading new/delete
├── rvalue_reference/   # Rvalue References and Perfect Forwarding
├── template_method/    # Template Method Pattern
├── template_spacialization/ # Template Specialization
├── thread_conmunication/  # Thread Communication
├── trait/              # Type Traits and Iterators
├── tuple/              # tuple Implementation
├── variadic/           # Variadic Templates
└── variadic_template/  # Variadic Template Examples
```

## Main Content

### Templates
- **Template Specialization**: Specializing function and class templates
- **Partial Specialization**: Partially specializing for pointer types
- **Variadic Templates**: Expanding parameter packs using variadic templates
- **Alias Templates**: Defining type aliases using `using`

### Memory Management
- **Memory Management Mechanisms**: Deep understanding of `new` and `delete`
- **Class-Specific Allocators**: Custom memory allocation strategies for specific classes
- **Global/Class Overloading**: Overloading global or class-specific `operator new/delete`
- **Placement New**: Using placement `new` expressions

### Concurrent Programming
- **Thread Examples**: Basic thread creation and usage
- **Asynchronous Operations**: Usage of `std::async`
- **Exception Handling**: Exception propagation within threads

### Practical Features
- **Lambda Expressions**: Anonymous functions and capture mechanisms
- **Rvalue References**: Move semantics and perfect forwarding
- **decltype**: Type deduction
- **tuple**: Implementation and usage of tuples
- **reference_wrapper**: Reference wrapper

## Compilation and Execution

### Environment Requirements
- C++11 or higher compiler
- CMake or Make build tools

### Compilation Examples

Navigate to the respective directory and compile:

```bash
# Enter the example directory
cd alias
g++ -std=c++11 -o main main.cpp
./main

# Or use CMake
mkdir build && cd build
cmake ..
make
```

## Contribution Guidelines

Contributions via Issues and Pull Requests are welcome. You can contribute by:

- Adding more examples
- Improving documentation
- Fixing code bugs
- Adding test cases

## License

This project is licensed under the MIT License. See the LICENSE file for details.

## References

- C++ Primer
- Effective C++
- Effective Modern C++
- C++ Standard Library Documentation