Introduction

C++ basics improvement, object-oriented paradigm and advanced programming techniques, along with classic interview questions and practical problem-solving examples.

Relevant code is on Github. Please give me a star if you benifit from it!

😀 These notes are for：

  1. People who have already learned C and want to learn C++

  2. People who already know C++ and want to learn in depth

  3. People who are preparing for recruitment and want to crack the technical interviews (like me)

  4. People who want to use C++ in practical projects and want to know about common programming techniques

🙁 These notes are not for:

  1. People who have no programming experience with C-style programming languages

  2. People who want to delve into the details of C++ standards

Have fun!

Contents

Chapter 1: What You Must Know First

  1. Virtual Address Space of Process: Memory Partition and Layout

  2. Function Call: Stack Frame

  3. Program Compiling and Linking

Chapter 2: C++ Basics Improvement

  1. Default Parameters

  2. Inline Function

  3. Function Overloading

  4. new and delete

  5. const and Pointers

  6. References in Detail

Chapter 3: Object-Oriented Principles

  1. Class and Object

  2. Constructor and Destructor

  3. Shallow Copy and Deep Copy

  4. Initializer List

  5. Various Member Functions

  6. Pointer to Class Members

Chapter 4: Template Programming

  1. Function Templates

  2. Class Templates

  3. Memory Allocators

Chapter 5: Operator Overloading

  1. Operator Overloading

  2. Introduction to Iterators

  3. Issues of Iterator Invalidation

  4. More about new and delete

  5. Overloading of new and delete: Object Pool

Chapter 6: Inheritance and Polymorphism

  1. Look inside Inheritance

  2. More about Inheritance

  3. Virtual Functions, Static Binding and Dynamic Binding

  4. More about Virtual Functions

  5. Understanding Polymorphism

  6. Abstract Classes

  7. Frequently Asked Interview Questions: Polymorphism

Chapter 7: Multiple Inheritance

  1. Virtual Inheritance and Virtual Base Classes

  2. Diamond Problem

  3. Four Kinds of Type Conversions

Chapter 8: Standard Template Library

  1. Sequence Containers

  2. Container Adapters

  3. Associative Containers

  4. More about Iterators

  5. Function Objects

  6. Generic Algorithms, Binders and Lambda Expressions

Chapter 9: Object Optimization

  1. Behind the Object

  2. Optimizing Objects in Functions

  3. Member Functions with Rvalue References

  4. Move Semantics and Perfect Forwarding

Chapter 10: Smart Pointers

  1. Smart Pointers

  2. Smart Pointers without Reference Counting

  3. Smart Pointers with Reference Counting

  4. Custom Deleters

Chapter 11: Function Objects and Binders

  1. More about Binders

  2. Introduction to std::function

  3. Template Specialization and Argument Deduction

  4. More about std::function

  5. std::bind(): A Simple Thread Pool

  6. More about Lambda Expressions

Chapter 12: Multithreading

  1. Important Features in C++11

  2. Multithreaded Programming with std::thread

  3. Mutual Exclusion

  4. Producer-Consumer Problem

  5. Atomic Operations

  6. Thread Visibility and volatile

Chapter 13: Design Patterns

  1. Singleton Pattern

  2. Factory Pattern

  3. Proxy Pattern

  4. Decorator Pattern

  5. Adapter Pattern

  6. Observer Pattern

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