Object-Oriented Analysis And Design With Applications Grady Booch
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The document discusses object-oriented analysis and design, focusing on key concepts such as abstraction, encapsulation, modularity, and inheritance within software development. It emphasizes the importance of structuring complex systems into manageable parts and outlines various programming paradigms and their applications. Additionally, it touches on the practical aspects of implementing these concepts through specific examples like hydroponics and traffic management systems.
Object-Oriented Analysis And Design With Applications Grady Booch
- 1. Different illustrations OBJECT-ORIENTED ANALYSIS AND DESIGN With applications Grady Booch
- 2. The task of the software development team is to engineer the illusion of simplicity.
- 3. The Canonical Form of a Complex System.
- 6. The Models of Object-Oriented Development
- 7. The Topology of First- and Early Second- Generation Programming Languages
- 8. The Topology of Late Second- and Early Third- Generation Programming Languages
- 9. The Topology of Late Third-Generation Programming Languages
- 10. The Topology of Small- to Moderate-Sized Applications Using Object-Based and Object- Oriented Programming Languages.
- 11. The Topology of Large Applications Using Object- Based and Object-Oriented Programming Languages
- 12. Abstraction focuses upon the essential characteristics of some object, relative to the perspective of the viewer
- 13. Encapsulation hides the details of the implementation of an object
- 14. Modularity packages abstractions into discrete units.
- 15. Abstractions form a hierarchy
- 16. Strong typing prevents mixing abstractions
- 17. Concurrency allows different objects to act at the same time
- 18. Persistence saves the state and class of an object across time or space
- 19. An object has state, exhibits some well-defined behavior, and has a unique identity
- 20. Object ldentity
- 21. Links
- 22. A class represents a set of objects that share a common structure and a common behavior
- 23. Association
- 24. A subclass may inherit the structure and behavior of its superclass
- 28. Aggregation
- 30. Instantiation
- 31. Metaclasses
- 32. Classification is the means whereby we order knowledge
- 33. Different observers will classify the same object in different ways
- 34. A Problem of Classification
- 35. Classes and objects should be at the right level of abstraction: neither too high nor too low
- 36. Class Icon
- 37. Abstract Class Adornment and Class Relationship Icons
- 38. Hydroponics Gardening System Class Diagram
- 40. Hydroponics Gardening System Top-Level Class Diagram
- 43. Metaclasses
- 44. Class Utilities
- 45. Nesting
- 46. Export Control
- 47. Export Control
- 48. Properties
- 50. Roles and Keys
- 51. Constraints
- 52. Attributed Associations and Notes
- 53. State Icon
- 55. Environmental Controller State Transition Diagram
- 56. Actions, Conditional Transitions, and Nested States
- 57. History
- 58. Object icon
- 59. Hydroponics Gardening System Object Diagram
- 60. Roles
- 61. Visibility
- 62. Active Objects and Synchronization
- 63. Time Budgets
- 64. Hydroponies Gardening System Interaction Diagram
- 65. Scripts and Focus of Control
- 66. Module and Subsystem lcons
- 67. Hydroponics Gardening System Module Diagram
- 68. Hydroponics Gardening System Top-Level Module Diagram
- 69. Processor and Device icons
- 70. Hydroponics Gardening System Process Diagram
- 71. The Micro Development Process
- 72. The Macro Development Process
- 73. Weather Monitoring System Hardware
- 77. Weather Monitoring System Display
- 79. Scenario for Monitoring Basic Measurements
- 80. Sample and Display Classes
- 82. Weather Monitoring System User Keypad
- 83. InputManager State Transition Diagram
- 85. Weather Monitoring System Architecture
- 86. Frame Mechanism
- 88. Foundation Class Library Class Categories
- 89. Class Families
- 90. Bounded and Unbounded Forms
- 98. Support Classes
- 100. Persistence Classes
- 102. Order Scenario
- 104. Key Classes for Taking and Filling Orders
- 106. SQL Mechanism
- 107. Product Classes
- 108. Transaction Classes
- 110. Dependency and Affirmation Classes
- 112. Scenario for Evaluating Knowledge Source Rules
- 113. Knowledge Source RulesKnowledge Sources Class Diagram
- 114. Controller Finite State Machine
- 116. Assumption Mechanism
- 118. Scenario for Processing Daily Train Orders
- 119. Traffic Management System Process Diagram
- 121. Message Passing
- 124. Displaying
- 125. Traffic Management System Top-Level Module Diagram
- 126. Traffic Management System Top-Level Module Diagram
- 127. MARVIN MINSKY Form and Content in Computer Science To build a theory, one needs to know a lot about the basic phenomena of the subject matter. We simply do not know enough about these, in the theory of computation, to teach the subject very abstractly. Instead, we ought to, teach more about the particular examples we now understand thoroughly, and hope that from this we will be able to guess and prove more general principies.
- 128. Contact ● Chirilă Sorina-Georgiana ● Twitter: @sorina_chirila ● Wordpress: zambetulsoarelui.wordpress.com ● G-mail: zambetsoare at gmail.com 2016