sadp

1. Introduction to Patterns
• Definition and Origin of Software Patterns

2. Introduction to Patterns
• Role of Patterns in Software Engineering

3. Introduction to Patterns
• Comparison with Traditional Design
Techniques

4. Introduction to Patterns
• Pattern Taxonomies in Software

5. Introduction to Patterns
• Benefits of Using Patterns

6. Elements of a Pattern
• Pattern Name and Classification

7. Elements of a Pattern
• Problem Description and Motivation

8. Elements of a Pattern
• Context and Applicability

9. Elements of a Pattern
• Forces and Constraints

10. Elements of a Pattern
• Solution Description

11. Elements of a Pattern
• Structure (Diagrams, Class Relationships)

12. Elements of a Pattern
• Consequences (Benefits and Trade-offs)

13. Elements of a Pattern
• Known Uses and Related Patterns

14. Creating Patterns
• Identifying Recurring Problems

15. Creating Patterns
• Documenting Solutions

16. Creating Patterns
• Validating and Reviewing Patterns

17. Creating Patterns
• Standardized Pattern Formats

18. Creating Patterns
• Pattern Mining Techniques

19. Pattern Categories
• Architectural Patterns Overview

20. Pattern Categories
• Design Patterns Overview

21. Pattern Categories
• Idioms Overview

22. Pattern Categories
• Differences and Applications

23. Architectural Patterns
• Layers Pattern: Overview and Example

24. Architectural Patterns
• Pipes and Filters Pattern: Overview and
Example

25. Architectural Patterns
• Microkernel Architecture

26. Architectural Patterns
• Broker Pattern

27. Architectural Patterns
• Model-View-Controller (MVC)

28. Architectural Patterns
• Client-Server Pattern

29. Architectural Patterns
• Component-Based Architecture

30. Architectural Patterns
• Event-Driven Architecture

31. Design Patterns
• Creational Patterns Introduction

32. Design Patterns
• Factory Method Pattern

33. Design Patterns
• Abstract Factory Pattern

34. Design Patterns
• Builder Pattern

35. Design Patterns
• Prototype Pattern

36. Design Patterns
• Structural Patterns Introduction

37. Design Patterns
• Adapter Pattern

38. Design Patterns
• Bridge Pattern

39. Design Patterns
• Composite Pattern

40. Design Patterns
• Decorator Pattern

41. Design Patterns
• Facade Pattern

42. Design Patterns
• Behavioral Patterns Introduction

43. Design Patterns
• Observer Pattern

44. Design Patterns
• Strategy Pattern

45. Design Patterns
• Command Pattern

46. Design Patterns
• State Pattern

47. Design Patterns
• Template Method Pattern

48. Idioms
• Definition and Scope of Idioms

49. Idioms
• Idioms vs Design Patterns

50. Idioms
• Examples in C++: RAII, Smart Pointers

51. Idioms
• Idioms in Java and Python

52. Idioms
• Language-Specific Optimization Techniques

53. Pattern Relationships
• Uses and Refines

54. Pattern Relationships
• Variants and Compositions

55. Pattern Relationships
• Dependency and Collaboration Among
Patterns

56. Pattern Relationships
• Pattern Maps and Catalogs

57. Pattern Languages
• Definition and Importance

58. Pattern Languages
• Organizing and Linking Patterns

59. Pattern Languages
• Example of a Pattern Language

60. Pattern Languages
• Constructing Architectures Using Pattern
Languages

61. Patterns and Software Architecture
• How Patterns Influence Architecture

62. Patterns and Software Architecture
• Reusability and Modularity

63. Patterns and Software Architecture
• Scalability and Performance Implications

64. Patterns and Software Architecture
• Documenting Architectures with Patterns

65. Patterns and Software Architecture
• Tool Support for Pattern-Based Design

66. Case Studies and Examples
• Case Study: Web Application Using MVC

67. Case Studies and Examples
• Case Study: Distributed System Using Broker

68. Case Studies and Examples
• Enterprise Application with Layers and
Factories

69. Case Studies and Examples
• Designing a Plugin System with Microkernel

70. Summary and References
• Key Takeaways

71. Summary and References
• Summary of Main Pattern Types

72. Summary and References
• Importance of Reusable Design Knowledge

73. Summary and References
• Future Trends in Pattern Usage

74. Summary and References
• References: Buschmann et al., GoF, Alexander

75. Title Slide
• Introduction to Patterns
• Based on 'Pattern-Oriented Software
Architecture – A System of Patterns'
• Frank Buschmann, Regine Meunier, Hans
Rohnert, Peter Sommerlad, Michael Stal

76. Agenda
• 1. Introduction to Patterns
• 2. Elements of a Pattern
• 3. Creating Patterns
• 4. Pattern Categories
• 5. Architectural Patterns
• 6. Design Patterns
• 7. Idioms
• 8. Pattern Relationships
• 9. Pattern Languages