Common Violations of Solid Principles in C# Code

Breaking SRP can lead to bloated classes with multiple responsibilities. Splitting responsibilities into separate classes enhances code readability and maintainability

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Violating OCP can make code fragile and hard to extend. Designing modules that are open for extension but closed for modification promotes code reusability.

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Violations of LSP result in code that is not substitutable with its base types. Ensuring derived types adhere to the same behavior as their base types improves code reliability.

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When interfaces are not tailored to specific client needs, it leads to clients depending on unnecessary methods. Creating smaller and more focused interfaces prevents this issue.

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Failing to depend on abstractions rather than concrete implementations makes code tightly coupled and difficult to test. Applying DIP promotes loose coupling and testability.

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Explore a comprehensive blog by InterviewBit on SOLID Principles in C#, and discover how implementing them can elevate code quality and maintainability.

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Common Violations of Solid Principles in C# Code

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Breaking SRP can lead to bloated classes with multiple responsibilities. Splitting responsibilities into separate classes enhances code readability and maintainability

1. Single Responsibility Principle (SRP)

Violating OCP can make code fragile and hard to extend. Designing modules that are open for extension but closed for modification promotes code reusability.

2. Open/Closed Principle (OCP)

Violations of LSP result in code that is not substitutable with its base types. Ensuring derived types adhere to the same behavior as their base types improves code reliability.

3. Liskov Substitution Principle (LSP)

When interfaces are not tailored to specific client needs, it leads to clients depending on unnecessary methods. Creating smaller and more focused interfaces prevents this issue.

4. Interface Segregation Principle (ISP)

Failing to depend on abstractions rather than concrete implementations makes code tightly coupled and difficult to test. Applying DIP promotes loose coupling and testability.

5. Dependency Inversion Principle (DIP)

Explore a comprehensive blog by InterviewBit on SOLID Principles in C#, and discover how implementing them can elevate code quality and maintainability.

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