Object-Oriented Analysis and Design Using UML
Details
Object-Oriented Analysis and Design (OOAD) is the principal industry-proven method for developing reliable, modular, testable programs and systems. This OOAD training course provides practical skills in the latest OO requirements gathering, analysis, design, and testing methods. Intensive hands-on exercises offer you a working knowledge that turns concepts into practice. Strudents will not just learn UML diagrams. They will learn how to apply UML in the context of OO software development. From requirements gathering to actually mapping the diagrams to code, concepts in this course are consistently illustrated using a single case study. This course emphasizes on applying different design patterns to solve common OO design issues. Knowing how to create properly designed object-oriented systems is what separates programmers from software architects.
You Will Learn How To
- Capture user requirements in use cases and transform them into detailed designs
- Exploit the rich object-oriented modeling provided by Unified Modeling Language (UML)
- Adapt to changing requirements with iterative techniques and component-based design
- Design solutions optimized for modern object-oriented languages and platforms
- Apply proven design patterns to refine analysis and design models
Anyone involved in developing systems on modern object-oriented platforms. Project teams benefit greatly by sharing the same methodology with co-developers or with supportive management. Familiarity with an Object-Oriented language is assumed.
Outline
- What is Object-Oriented Analysis and Design (OOAD)?
- Introduction and Overview of Unified Modeling Language (UML)
- Waterfall vs Iterative Development
- Iterative Time Boxing
- Unified Process and Unified Modeling Language
- Phases of the Unified Process
- Requirements Types
- Use Case Scenarios
- When and How to Write Use Cases
- Kinds of Use Cases
- Use Case Diagrams
- What is a Domain Model?
- Guidelines in Domain Model Creation
- Guidelines in Finding Conceptual Classes
- Adding Associations
- Adding Attributes
- What are System Sequence Diagrams?
- Naming System Events and Operations
- What are Operation Contracts?
- Sections of a Contract
- Writing Post-Conditions
- Using Layers
- Avoiding Lower to Higher Coupling
- UML Package Diagram
- The Facade Design Pattern
- Static Modeling
- Dynamic Modeling
- UML Interaction Diagrams
- Sequence Diagrams
- Communication Diagrams
- Lifeline Boxes and Lifelines
- Focus of Contro
- Return Values
- “this” calls
- Creation of Instances
- Frames
- Looping
- Conditional Messages
- Nested Frames
- Showing Related Interaction Diagrams
- Invoking Static Methods
- Asynchronous and Synchronous Calls
- The Class Box
- Attributes
- Note Symbols
- Operations and Methods
- Generalization, Abstract Classes and Methods
- Dependency
- Interfaces
- Composition vs. Aggregation
- Frames
- Association Classes
- User-defined compartments
- Active Classes
- The GRASP Patterns
- Creator
- Expert
- Low Coupling
- Controller
- Creating Class Definitions from DCDs
- Implementing Methods from Interaction Diagrams
- Determining Order of Implementation
- Iteration-2 Requirements
- Polymorphism
- Pure Fabrication
- Adapter
- Factory
- Singleton
- Strategy
- UML Activity Diagrams
- Applications of Activity Diagrams
- Common Symbols
- Virtual Domains
- Monitoring Access
- UML State Machine Diagram
- Events, States, and Transitions
- Applying State Machine Diagrams
- Modelling
- Transition Actions and Guards
- Nested States
- Iteration-3 Requirements
- Generalization
- Abstract Classes
- New System Sequence Diagrams
- New System Operations
- How to Partition the Domain Model
- Configuring openssh server
- Using openssh client
- Common Layers in an Information System
- Inter-Layer and Inter-Package Coupling
- Inter-Layer and Inter-Package Interaction Scenarios
- System Operations and Layers
- UI Facade
- The Proxy Design Pattern
- Exceptions in a Class, and Interaction Diagrams
- Abstract Factory Pattern
- Nodes
- EENs as Property Strings
- Communication Paths
- Artifacts
- Node Instances
ActiveLearning, Inc. is the Philippines' leading provider of Information Technology and Project Management education, where thousands of students take courses from Application Development to Project Management to Network Security, and much more. Our courses are taught by expert instructors, and learning is enhanced through a blend of in-depth lectures, workshops, and hands-on exercises.
Expert Instructors
Learn from expert instructors who practice what they teach. Our instructors are involved in constant research and development, who constantly apply the lessons they teach, and who know the same technical issues you face every day.
Superior Courseware
Our courseware go through rigorous evaluation before they are released for instruction. By constantly monitoring industry developments, we make sure that you get course materials that are up to date.
Interactivity
More than just classroom lectures, practical, hands-on exercises are carefully developed for you to immediately put in to practice what you learn. By being immersed in a classroom setting, you get to participate, inquire, and be involved - all essential in expediting the learning process. Aspects you won't find in Computer-Based-Training and self-study. ...
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