S.O.L.I.D. Principles in C++


Make your code easily changeable by applying the principles of flexible architecture and design

This hands-on, practical workshop will teach you the principles of flexible design. Years of software development have taught us that requirements always change. To allow requirements to change, we need to create flexible architecture and design. Knowing and applying the five S.O.L.I.D. principles is one of the keys to make that changes easily.

Why Attend

  • Separate responsibilities at variable, method, class and module level (Single Responsibility Principle)
  • Keep your design open to extension (Open Closed Principle)
  • Allow easy replacement of an implementation with another (Liskov Substitution Principle)
  • Cleanly separate the interfaces based on responsibilities (Interface Segregation Principle)
  • Introduce the right abstractions to allow flexibility (Dependency Inversion Principle)

After this workshop, you will also be able to:

  • Spot places where your code is hard to change, where it is not S.O.L.I.D. in order to minimize the cost of change
  • Refactor your code base to a more flexible design
  • Write code that you can easily change later

Who Should Attend

  • Software Developers who want to learn more about software design
  • Architects who need a top level view on design
  • Technical Managers for whom standard good design practices are important

Practical Details

  • Language: English
  • Experiential, hands-on, interactive online learning with practical examples
  • Participants will be awarded a Mozaic Works certificate of completion

This Learning Program is Available on Demand

    Agenda

    • Overview of principles
    • Flexible architecture
    • Basic rules for flexible architecture
    • Single Responsibility Principle
    • Open Closed Principle
    • Liskov Substitution Principle
    • Interface Segregation Principle
    • Dependency Inversion Principle
    • Other topics based on your requests
    • What’s Next?

    Prerequisites

    You must be proficient in C++. You need a laptop with a fully working development environment to use during the class.

    You will get the best out of this class if you pair with another attendee during the exercises.

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