Design Patterns
Concurrency Patterns
| Pattern Name | Usage |
|---|---|
| Active Object | Decouples method execution from method invocation to enhance concurrency and simplify synchronized access to objects. |
| Scheduler | Controls the execution order of a set of tasks, ensuring they are performed in a defined order. |
These design patterns are widely used in C# and other object-oriented programming languages to solve common design problems and improve code maintainability, flexibility, and scalability.
General Tips!
- Identify Common Problems: Recognize recurring problems in your code to determine which design pattern can provide a solution.
- Understand the Principles: Familiarize yourself with SOLID principles as they often align with the motivations behind design patterns.
- Use Patterns Judiciously: Avoid overusing patterns; apply them only when they provide a clear benefit.
- Learn by Example: Study real-world examples of design patterns to see how they are implemented in practice.
- Refactor When Necessary: Don’t force a pattern from the start; refactor your code to introduce patterns when a need becomes apparent.
- Stay Flexible: Patterns are guidelines, not strict rules. Adapt them to fit your specific context.
- Document Your Design: Clearly document the use of design patterns to help future maintainers understand your design decisions.