Sample Test Questions Please identify the use cases of the system that cover all the behaviors described in the system specification. Please identify.

Slides:



Advertisements
Similar presentations
Behavioral Modeling: State Diagrams CIS 4800 Kannan Mohan Department of CIS Zicklin School of Business, Baruch College Copyright © 2009 John Wiley & Sons,
Advertisements

ARCH-05 Application Prophecy UML 101 Peter Varhol Principal Product Manager.
Software Testing and Quality Assurance
Unified Modeling (Part I) Overview of UML & Modeling
Sampling Plan Model - Introduction For describing sampling plans for surveys and other statistical activities Handles all kinds of samples: Non-probability.
Slide 1 Chapter 8 Behavioral Modeling. Slide 2 Key Ideas Behavioral models describe the internal dynamic aspects of an information system that supports.
SE-565 Software System Requirements More UML Diagrams.
CS 360 Lecture 6.  A model is a simplification of reality  We build models to better understand the system being developed.  We build models of complex.
Lecture PowerPoint Slides Basic Practice of Statistics 7 th Edition.
ניתוח מערכות מידע 1 Unified Modeling Language (UML) § § The Unified Modeling Language (UML) is the industry-standard language for: Specifying, Visualizing,
Documenting Software Architectures 1.Uses and Audiences for Architecture Documentation Architecture documentation serves as a means of education Architecture.
L6-S1 UML Overview 2003 SJSU -- CmpE Advanced Object-Oriented Analysis & Design Dr. M.E. Fayad, Professor Computer Engineering Department, Room #283I College.
Chapter 7 The Object-Oriented Approach to Requirements.
CPSC 372 John D. McGregor Module 3 Session 5 Assignment and References.
OMT Modeling 1. Object Model : presented by the object model and the data dictionary. 2. Dynamic Model: presented by the state diagrams and event flow.
Interaction Diagram An interaction diagram is a graphical representation of interactions between objects. Sequence diagram: shows the sequence in which.
PowerPoint Presentation for Dennis, Wixom, & Tegarden Systems Analysis and Design with UML, 3rd Edition Copyright © 2009 John Wiley & Sons, Inc. All rights.
Slide 1 Classes and Objects. Slide 2 Messages and Methods.
Week 04 Object Oriented Analysis and Designing. What is a model? A model is quicker and easier to build A model can be used in simulations, to learn more.
Winter 2007SEG2101 Chapter 31 Chapter 3 Requirements Specifications.
CLASS DIAGRAMS A classy approach to objects. The Basic Class Diagram  Class Name  Attributes (- indicates private each would have properties or accessor/mutator.
Objective: Learn to describe the relationships and extend the terms in arithmetic sequence.
Chapter - State Based Design Systems have modes of operation. The controller should move sequentially between these states.
Object Oriented Programming and Data Abstraction Earl Huff Rowan University.
Diagrams. Typically, we view the static parts of a system using one of the four following diagrams. 1. Class diagram 2. Object diagram 3. Component diagram.
Activity Diagrams IST 420 Dr. Ocker. BPM With Activity Diagrams Business processes consist of a number of activities Activity diagrams depict the sequence.
 Basic assumption: events are ___________ by some lawful order  Goals: › _________ and description › Understanding and _________ › ____________ and.
Chapter 7 Behavioral Modeling Brandon A. Jones Stand and Deliver ITEC March 6, 2011.
1 Object Oriented Analysis System modeling = Functional modeling + Object modeling + Dynamic modeling Functional modeling = Use cases Object modeling =class.
1 Chapter 13: Class Diagram Chapter 19 in Applying UML and Patterns Book.
Slide 1 Unified Modeling Language, Version 2.0 Object-Oriented SAD.
1 Systems Analysis and Design Behavioral Modeling Chapter 8 (Last one before the Midterm!)
Chapter 5 – System Modeling
CompSci 280 S Introduction to Software Development
Chapter 4: Business Process and Functional Modeling, continued
Object-oriented and Structured System Models
Warm-up Problem S-Pattern Task1
Roberta Roth, Alan Dennis, and Barbara Haley Wixom
The Movement To Objects
Course Outcomes of Object Oriented Modeling Design (17630,C604)
Systems Analysis and Design With UML 2
BTS430 Systems Analysis and Design using UML
Use case Diagram.
Unified Modeling Language
INFS 6225 Object-Oriented Analysis & Design
Subject Name: Object oriented Modeling and Design
Introduction to UML Tutorial 1.
Component and Deployment Diagrams
University of Central Florida COP 3330 Object Oriented Programming
Behavioral Modeling.
UML PPt by: Hong Qing Yu.
Software Architecture & Design Pattern
Dynamic Modeling: Defining Classes
Object-Oriented Analysis
Unified Modeling Language
Interaction diagrams.
Introduction to the Unified Modeling Language
INFS 6225 Object Oriented Systems Analysis & Design
Interaction diagrams Interaction diagrams are models that describe how groups of objects collaborate in some behavior. Typically, an interaction diagram.
More Requirements Models
Agenda – week 6 6:00 – 6:10 Questions, announcements, intro
Arithmetic Sequence Objective:
Software design and architecture
Objectives Compare linear, quadratic, and exponential models.
Uml diagrams In ooad.
UML & Together 2006 tutorial
Design.
General Workflow of Use-Case Driven Development
Developmental Theories
Chapter 11: Class Diagram
Presentation transcript:

Sample Test Questions Please identify the use cases of the system that cover all the behaviors described in the system specification. Please identify the object classes in the system and draw the class diagram of the system. Your class diagram should include the classes you have identified and the relationships among these classes. The definition of a class should include the class name, the attributes of the class, and the operations supported by the class. Please draw the sequence diagrams that capture the behaviors of the system under each use case identified in Question 1. (Note: Class objects should interact using the operations defined in the class diagram drawn in Question 2.) Please draw the state machine model for this system. Please generate a basis set of independent paths that cover all the states and state transitions in the state machine model you created in Question 4. What kind of architectural patterns would you select to structure the system?