United States
United States
Solid Principles are a set of guidelines for creating an effective and easily maintainable software application. They were developed by Robert C. Martin and have since become widely used in the programming community. Solid Principles are modular, extensible, and promote code reuse.
In C++, the five Solid Principles can be used to create efficient and maintainable code. They can also help developers avoid errors and logical flaws in their code, resulting in an improved development process.
The five principles are:
1. Single Responsibility Principle: Classes should have single responsibility, and the code within them should be focused on that one responsibility.
2. Open/Closed Principle: Classes should be open for addition, but closed for modification.
3. Liskov Substitution Principle: A class should be replaceable with its subclasses without breaking existing code.
4. Interface Segregation Principle: Avoid creating classes that are too complex by breaking them down into smaller, more specific classes.
5. Dependency Inversion Principle: Depend on abstractions, not on concretions. This will make code more decoupled and easier to maintain.
Using these principles, developers can create code that is easy to read and maintain, which will result in more efficient development cycles and improved code quality.
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In order to take a Solid Principles In C++ Training course, you should preferably have knowledge and experience in C++ programming. Basic knowledge of object-oriented programming is also beneficial. If you don't have any programming background, you can still take the course, but it is recommended that you have some prior knowledge of the language before enrolling in the class.
The target audience for Solid Principles in C++ training would be software developers, engineers, and other IT professionals who are familiar with C++ programming language. They should also have a general understanding of Object Oriented Programming concepts. This training will help developers to become well-versed with SOLID principles and their effective application in C++ development. By the end of the training, the participants should be able to understand and apply the principles with relative confidence, and improve the quality, scalability and reusability of the code. The course needs to be designed in such a way to provide step-by-step guidance to the learners on how and when to apply the principles in the real world scenarios. The training needs to be offered by experienced professionals and should include plenty of hands-on activities.
1) Understand the basics of Solid principles and how they help in writing maintainable and extensible software.
2) Learn how to apply each of the principles to C++ programming, including Single Responsibility Principle (SRP), Open-Closed Principle (OCP), Liskov Substitution Principle (LSP), Interface Segregation Principle (ISP) and Dependency Inversion Principle (DIP).
3) Master C++ language fundamentals such as data types, functions, control structures, memory management, pointers and references.
4) Learn the nuances of C++11 and C++14 such as range-based loops and multithreading.
5) Analyze the performance of C++ programs and incorporate best practices to optimize the code.
6) Discover various design patterns such as Singleton, Iterator, Factory, Adapter etc, and apply them to real-world programming scenarios.
7) Understand how to use different C++ libraries such as the standard library and boost for efficient development.
