Design Patterns in C++ 2024: Master Modern Architecture

Unlock the power of Design Patterns in C++ with our comprehensive course! This meticulously structured program guides you from foundational concepts to practical application, making it ideal for both beginner C++ developers and experienced programmers looking to enhance their skills. Master industry-standard solutions to common programming challenges and write more robust, maintainable code.

Course Highlights:

• Solid Foundations: Begin with a deep dive into the history of design patterns and the crucial SOLID principles – the bedrock of robust software design.
• C++-Centric Implementation: Seamlessly integrate classic design patterns with the latest features of modern C++, including unique_ptr, make_unique, and smart pointers for efficient memory management.
• Hands-On Coding: Engage in real-time coding exercises implementing key patterns like Singleton, Factory, Builder, Prototype, Adapter, and Composite using practical, real-world scenarios.
• Advanced Techniques: Explore contemporary C++ solutions that optimize traditional design pattern implementations for improved efficiency and maintainability.
• Patterns & Anti-Patterns: Learn to identify and avoid common design antipatterns, gaining valuable insights into best practices for software design.
• Comprehensive Resources: Access all code samples, detailed slides, and a curated PDF to support your learning journey.
• Reinforce Your Knowledge: Validate your understanding with engaging quizzes at the end of each section.

Deep Dive into Design Patterns:

Design patterns provide reusable solutions to recurring software design problems. While originating in older languages, their relevance remains vital, especially in powerful languages like C++. This course equips you with the knowledge to effectively utilize them.

Detailed Course Content:

Section 1: Introduction

• Lecture 1: Introduction to Design Patterns
• Lecture 2: Understanding What are Design Patterns?
• Lecture 3: Categorizing Design Patterns

Section 2: SOLID Design Principles

• Lecture 4: What are the SOLID Principles?
• Lecture 5: Why are SOLID Principles Important?
• Lecture 6: The Single Responsibility Principle
• Lecture 7: The Open/Closed Principle
• Lecture 8: The Liskov Substitution Principle
• Lecture 9: The Interface Segregation Principle (ISP)
• Lecture 10: The Dependency Inversion Principle (DIP)

Section 3: Creational Patterns

• Lecture 11: Introduction to the Singleton Pattern
• Lecture 12: Implementing the Singleton Pattern
• Lecture 13: Singleton for Database Configuration
• Lecture 14: Advantages of the Singleton Design Pattern
• Lecture 15: Disadvantages of the Singleton Design Pattern
• Lecture 16: Real-World Singleton Pattern Use Cases

Section 4: Factory Design Pattern

• Lecture 17: Factory Design Pattern Use Cases
• Lecture 18: Implementing the Factory Pattern
• Lecture 19: Payment Processor Factory Example
• Lecture 20: Mock Service with Factory
• Lecture 21: Multi-Channel Communication System using Factory

Section 5: Builder Design Pattern

• Lecture 22: Introduction to the Builder Pattern
• Lecture 23: Computer Builder Example
• Lecture 24: E-Commerce Cart Builder Example
• 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 Example
• Lecture 30: Game Character Implementation using Prototype
• Lecture 31: Game Character with Prototype
• Lecture 32: Virtual Machine Prototype

Section 7: Adapter Design Pattern

• Lecture 33: Payment System Implementation with Adapter
• Lecture 34: Instagram Image Processor using Adapter
• Lecture 35: Binance API Adapter

Section 8: Composite Design Pattern

• Lecture 36: Computer Organization Code Example
• Lecture 37: Modern UI Component Implementation using Composite

Who is this course for?

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