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Design Patterns in C++ 2024: Master Modern Architecture
Rating: 4.2 out of 5(11 ratings)
598 students

Design Patterns in C++ 2024: Master Modern Architecture

Comprehensive Guide to Implementing Design Patterns in C++
Created byHilmi Cihan Yıldırım
Last updated 10/2024
English

What you'll learn

  • Master C++'s essential design patterns. Boost your coding skills and architect scalable, efficient software.
  • Dive into the core of Fundamental Design Patterns: grasp the 'WHAT', unravel the 'WHY', and master the 'HOW'
  • Get real world examples of design patterns usage with hands on projects for every design pattern
  • Learn about common mistakes with our BONUS on AntiPatterns. Spot them, understand why they happen, and fix them
  • Comprehensive knowledge about limitations, comparisons, real world usage & hand on examples of design patterns using C++

Course content

8 sections • 39 lectures • 6h 30m total length

  • Introduction7:10

    In the ever-evolving landscape of software development, efficiency and scalability are the keystones of successful projects. Design Patterns have emerged as a transformative approach, providing tried-and-true solutions to common design challenges. This guide demystifies design patterns, offering insights into their significance, types, and real-world applications.

    Introduction to Design Patterns

    Design Patterns are generalized, reusable solutions to recurrent design problems encountered in software architecture. They serve as templates, guiding developers in structuring their code to achieve efficiency, maintainability, and scalability. Originating from the seminal book “Design Patterns: Elements of Reusable Object-Oriented Software” by the Gang of Four (GoF), these patterns have become integral in crafting robust software applications.

    Keywords and Phrases:

    • Software Design Patterns

    • Understanding Design Patterns

    • Design Patterns in Programming

    • Gang of Four Design Patterns

    • Object-Oriented Design Patterns

    The Significance of Design Patterns

    Design Patterns play a pivotal role in software development, offering numerous benefits:

    • Problem-Solving: They provide proven solutions to common design issues.

    • Communication: Using patterns fosters a common vocabulary among developers, enhancing collaboration and understanding.

    • Scalability: Patterns lay the foundation for building scalable systems.

    • Efficiency: They streamline the design process, saving time and resources.

    Types of Design Patterns

    Design Patterns are categorized into three main types, each addressing specific aspects of software design:

    1. Creational Patterns: Focus on object creation mechanisms. Examples include Singleton, Factory, and Builder Patterns.

    2. Structural Patterns: Deal with object composition and relationships. Examples include Adapter, Composite, and Facade Patterns.

    3. Behavioral Patterns: Concentrate on object collaboration and responsibilities. Examples include Observer, Strategy, and Command Patterns.

    Real-World Applications of Design Patterns

    Design Patterns are ubiquitous in software development, with applications ranging from UI design to middleware development. Examples include:

    • Singleton Pattern: Used in logging, caching, thread pools.

    • Observer Pattern: Applied in event handling systems.

    • Factory Pattern: Employed in libraries and frameworks for object creation.

    Keywords

    • What are Design Patterns in Software Engineering?

    • Examples of Design Patterns in Programming

    • Learn Design Patterns for Effective Software Development

    • Applying Design Patterns in Real-World Scenarios

    • Gang of Four Design Patterns Explained

    • Benefits of Using Design Patterns in Coding

    Conclusion

    Embracing Design Patterns is a strategic choice for developers aiming to elevate their coding practices to new heights. These patterns encapsulate the wisdom of seasoned developers, offering a roadmap to efficient, scalable, and maintainable software design. Dive into the world of Design Patterns, and transform your approach to software development today.

  • What are design patterns?3:00
  • Don't reinvent the wheel2:51
  • Object Oriented Design6:04
  • Categories of Design Patterns4:01

Requirements

  • You should have a basic knowledge of C++ & basic programming concepts

Description

Welcome to our comprehensive course on Design Patterns in C++! This course is meticulously structured to cover a wide range of design patterns, their implementations, real-life examples, and quizzes to reinforce your learning. Whether you're a beginner or an experienced developer, this course will guide you through the intricacies of design patterns in C++, ensuring a deep understanding and practical application.

Course Highlights:

Foundational Insight: Begin your journey with a solid foundation in the history and significance of design patterns and the essential SOLID principles that guide robust software design.

C++-centric Approach: Seamlessly integrate the core principles of classic design patterns with the powerful features of modern C++, such as unique_ptr, make_unique, and smart pointers.

Hands-On Coding Exercises: Engage in real-time coding activities, where you'll implement patterns like Singleton, Factory, Builder, Prototype, Adapter, and Composite, using real-world scenarios and practical examples.

Advanced Programming Techniques: Explore contemporary C++ solutions that rejuvenate traditional design pattern implementations, making your code more efficient and maintainable.

Patterns & AntiPatterns Galore: Journey through various design patterns while also learning to recognize and avoid common antipatterns, gaining insights into the dos and don'ts of software design.

Comprehensive Resources: Gain access to all code samples, detailed slides, and a meticulously curated PDF to bolster your learning journey.

Engaging Quizzes: Validate your understanding and solidify your knowledge with quizzes at the end of each section.

Deep Dive into Design Patterns

At their core, Design Patterns offer standardized solutions to recurring programming challenges. While their inception was in older coding languages, their relevance remains strong, finding a perfect fit even in a language as powerful as C++.

Detailed Course Content:

Section 1: Introduction

  • Lecture 1: Introduction

  • Lecture 2: What are Design Patterns?

  • Lecture 3: Categories of Design Patterns

Section 2: SOLID Design Principles

  • Lecture 4: What are SOLID Principles?

  • Lecture 5: Why is it Important to Follow SOLID Principles?

  • Lecture 6: Single Responsibility Principle

  • Lecture 7: Open/Closed Principle

  • Lecture 8: Liskov Substitution Principle

  • Lecture 9: Interface Segregation Principle (ISP)

  • Lecture 10: Dependency Inversion Principle (DIP)

Section 3: Creational Patterns: Singleton

  • Lecture 11: Singleton Introduction

  • Lecture 12: Singleton Implementation

  • Lecture 13: Singleton Database Config Example

  • Lecture 14: Advantages Of Singleton Design Pattern

  • Lecture 15: Disadvantages of Singleton Design Pattern

  • Lecture 16: Use Cases of Singleton Design Pattern

Section 4: Factory Design Pattern

  • Lecture 17: Use Cases of Factory Design Pattern

  • Lecture 18: Factory Implementation

  • Lecture 19: Payment Processor Factory

  • Lecture 20: Mock Service With Factory

  • Lecture 21: Multi-Channel Communication System

Section 5: Creational: Builder Design Pattern

  • Lecture 22: Builder Introduction

  • Lecture 23: Computer Builder

  • Lecture 24: E-Commerce Cart Builder

  • Lecture 25: unique_ptr, make_unique, and move Explanation

  • Lecture 26: Rest API Request Builder

  • Lecture 27: Instagram Post Builder

  • Lecture 28: YouTube Video Builder

Section 6: Prototype Design Pattern

  • Lecture 29: Truck Prototype

  • Lecture 30: Game Character Implementation

  • Lecture 31: Game Character With Prototype

  • Lecture 32: Virtual Machine Prototype

Section 7: Adapter Design Pattern

  • Lecture 33: Payment System Implementation

  • Lecture 34: Instagram Image Processor

  • Lecture 35: Binance API Adapter

Section 8: Composite Design Pattern

  • Lecture 36: Computer Organization Code

  • Lecture 37: Modern UI Component Implementation

Who’s This For?

This course is a treasure trove for C++ enthusiasts, budding coders, and even seasoned developers. If you're looking to master design patterns, understand their modern-day implementations in C++, and avoid common pitfalls, this course is tailor-made for you.

Interactive and Engaging Learning:

Real-Time Coding Activities: Experience the joy of coding directly in C++ with hands-on examples that make learning engaging and effective.

By the end of this course, you will have a profound understanding of Design Patterns in C++, their implementations, and real-life applications. Each section is designed to build upon the previous one, ensuring a comprehensive and immersive learning experience.

Who this course is for:

  • New to C++? Dive in! This foundational course sets you on the right path.
  • Been coding in C++ for 1-4 years? Elevate your skills and step up in your career journey.
  • Prepping for an interview? This course is your secret weapon to shine.
  • Seasoned developer? Refresh and refine your design prowess with this course.
  • Every C++ coder, no matter the stage, will find value here.

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