davismillerbooks

🚀 Learn C++

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🛒 Buy the Book

You can buy the complete book with detailed explanations, code examples on:
📗 Amazon Paperback
📘 Kindle Edition
📱 Google Play Books
🎧 Audiobook
🍎 Apple Book
🌐 Books to Read

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📘 Overview

C++ remains one of the most influential and widely used programming languages in the software development industry, renowned for its performance, versatility, and powerful feature set.

This book guides beginners and experienced developers through C++ — from its rich history to modern features like templates, smart pointers, and concurrency. You’ll gain hands-on understanding of object-oriented programming, memory management, and the C++ Standard Library.

As you progress, you’ll explore modern concepts introduced in C++11, C++17, C++20, and even C++23, enabling you to write efficient, safe, and future-ready code.

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📚 Table of Contents

📖 Introduction to “Learn C++” by Davis Miller

• Introduction to C++
• History and Evolution
• Features & Advantages
  • Object-Oriented Programming
  • Performance and Efficiency
  • Standard Library
  • C Compatibility

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🧰 Setting up the Development Environment

• Installing Compilers
• IDEs Overview
• Build System Configuration

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🧪 Writing and Running Your First Program

• Hello World
• Compilation & Execution
• Handling Errors and Warnings

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⚙️ Basic Syntax and Structure

• Source Files & Headers
• main Function
• Comments and Documentation

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🧾 Data Types and Variables

• Fundamental Types (int, char, float, …)
• Modifiers, Constants, Literals
• Declarations, Initialization
• Scope and Lifetime

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➕ C++ Operators

• Arithmetic, Logical, Bitwise
• Compound Assignment
• Precedence and Associativity

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🔁 Control Structures

• Conditionals
• Loops
• Jump Statements

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📞 Functions

• Declaration, Definition
• Parameter Passing
• Overloading, Default & Variadic Parameters
• Inline Functions
• Best Practices

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🧱 Object-Oriented Programming (OOP)

• Classes and Objects
• Member Variables and Methods

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🛠️ Constructors and Destructors

• Constructor Types
• Destructors
• Initialization Lists

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🧬 Inheritance

• Base & Derived Classes
• Access Specifiers
• Virtual Inheritance
• Best Practices

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🦸 Polymorphism

• Compile-Time vs Run-Time
• virtual and Dynamic Binding

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🔐 Encapsulation and Abstraction

• Access Modifiers
• Hiding Implementation Details

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🌟 Advanced C++ Features

🎭 Templates

• Function & Class Templates
• Specialization
• Variadic Templates

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🚨 Exception Handling

• try, catch, throw
• Standard & Custom Exceptions

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➕ Operator Overloading

• Unary, Binary Operators
• Stream (<<, >>) Overloading

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🧭 Namespaces

• Using and Defining
• std and Aliases

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📦 The C++ Standard Library (STL)

📁 Containers

• Sequence, Associative, Adapters
• When to Use What

🔄 Iterators

• Types & Operations
• Invalidation Rules

⚙️ Algorithms

• Searching, Sorting, Modifying
• Custom Predicates

🔧 Function Objects & Lambdas

• Functors
• Lambda Captures and Closures

🧰 Utility Components

• std::pair, std::tuple
• std::optional, std::variant, std::any
• Smart Pointers (unique_ptr, shared_ptr, weak_ptr)

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🆕 Modern C++ (C++11 and Beyond)

🪄 Auto and Type Inference

• auto, decltype, decltype(auto)

🏃 Move Semantics

• Lvalues vs Rvalues
• std::move, std::forward
• Comparison with Copy Semantics

🧠 Smart Pointers

• Memory Management
• Custom Deleters
• Best Practices

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🧵 Concurrency and Multithreading

• Threads, Mutexes, Locks
• Atomics & Memory Models

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🧮 Memory Management

• new and delete
• Custom Allocators

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🔗 Pointers and References

• Raw vs Smart
• Pointer Arithmetic
• Best Practices

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🎯 RAII (Resource Acquisition Is Initialization)

• Scope-Based Resource Management
• Exception Safety Benefits

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🧠 Advanced Topics

⚙️ Metaprogramming & Compile-Time

• Templates for Computation
• constexpr Use Cases

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⏩ C++17, C++20, and C++23

🚀 C++17 Features

• Structured Bindings
• Filesystem
• Parallel Algorithms

🌐 C++20 Features

• Concepts, Ranges, Coroutines
• Lambda Enhancements

🔄 C++23 Highlights

• Latest Additions
• Tooling & Migration Support

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🧪 Debugging and Testing

🐞 Debugging

• Breakpoints, Watchpoints
• Stack Traces & Core Dumps

✅ Unit Testing

• Test Frameworks
• TDD Principles

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💬 “Mastering C++ is not just about syntax—it’s about writing elegant, efficient, and modern code that stands the test of time.”

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