Overview
This
3-day .NET Design Patterns training class covers best practices for developing
enterprise applications and a selection of popular design patterns that can be
applied to achieve a maintainable, flexible, and testable architecture. This
course uses Visual Studio 2012 or later (any edition except
"Express").
Class Prerequisites
Experience
in the following is required for this C# class:
Extensive
prior experience developing applications for the .NET platform.
Goals
1. Learn
all about design patterns including background and key features.
2. Learn
design pattern strategies.
3. Learn
testing strategies.
4. Learn
about different creational patterns and architectural patterns and styles.
Outline
1. Dealing
with Complexity
1. Functional
Decomposition
2. Requirements
and Inevitable Change
3. Coupling
and Cohesion
4. Unwanted
Side Effects
5. Perspectives
6. Responsibilities
2. Object-Oriented
Paradigm
1. Objects
and Responsibilities
2. Single
Responsibility Principle (SRP)
3. Interfaces
and Abstract Classes
4. Encapsulation
and Polymorphism
5. Liskov
Substitution Principle (LSP)
6. Object
Construction and Destruction
7. Classes
vs. Structs in .NET
3. Overview
of UML
1. Diagram
Types
2. Class
Diagrams
3. Sequence
Diagrams
4. Introduction
to Design Patterns
1. Origin
of Design Patterns
2. "Gang
of Four" Patterns
3. Key
Features of Patterns
4. Why
Study Design Patterns?
5. Design
Strategies
5. Structural
Patterns (Part I)
1. Facade
Pattern
2. Adapter
Pattern
3. Facade
vs. Adapter
6. Testability
1. Introduction
2. Unit
Tests
3. Integration
Tests
4. Test-Driven
Development (TDD)
5. Dependencies
7. Behavioral
Patterns (Part I)
1. Handling
New Requirements
2. Open-Closed
Principle (OCP)
3. Strategy
Pattern
4. Template
Method Pattern
8. Structural
Patterns (Part II)
1. Decorator
Pattern
2. Proxy
Pattern
9. Behavioral
Patterns (Part II)
1. Observer
Pattern
2. .NET
Events
3. Command
Pattern
4. WPF and
Icommand
10. Creational
Patterns
1. Motivation
2. Factories
3. Singleton
Pattern
4. Object
Pool Pattern
5. Factory
Method Pattern
6. Abstract
Factory Pattern
11. Model-View-Controller
(MVC)
1. Model-View-Controller
(MVC)
2. Model-View-Presenter
(MVP)
3. Model-View-View-Model
(MVVM)
12. Architectural
Patterns and Styles
1. Component-Based
Architecture
2. Layered
Architecture
3. .NET
Assemblies and Versioning
4. N-Tier
Architecture
5. Service-Oriented
Architecture (SOA)
13. Conclusion
