Rational rose tutorial

Rational Rose
Tutorial
Anis Yousefi
Teaching Assistant
SE3KO4 / SE3MO4
Software Development for Computer and
Electrical Engineering
Email: yousea2@mcmaster.ca

Introduction to Rational Rose

1

Objectives





Get to know Rational Rose
Get Familiar with general functions of
Rational Rose for Modeling
Create UML Diagrams with Rational
Rose


2

Assumption


You are familiar with Unified Modeling
Language (UML)

• Either

• Read a book on UML
• Been trained in UML
• Used UML on work project



You are familiar with object oriented software


3

Access To Rational Rose



Available at student lab
Can download full version from Rational

• 15-day trial license


4

What is Rational Rose?





ROSE = Rational Object Oriented Software Engineering
Rational Rose is a set of visual modeling tools for
development of object oriented software.
Visual Modeling is the process of graphically depicting the
system to be developed

•
•
•

Presenting essential details
Filtering out non-essential details
Viewing the system from different perspectives


5

Why Model?



The UML models act as an architectural
blueprint for software development.
Good models:

•
•
•
•

Identify requirements and communicate information
Allows focus on how system components interact,
without get bogged out in specific details
Allows you to see relationships among design
components
Improves communication across your team through
the use of common graphical language


6

Visual Modeling Tools May Help
Mitigate these Problems







Software that poorly fits user needs
Inability to deal with changing requirements
Software integration problems
Discovery of serious flaws too late in the
project
Software that is hard to maintain and extend


7

When Should ROSE be Used?



Modeling can be useful at any point in the application
development process.
Initial Design Work (Requirement Analysis and
Definition)
• Use Cases
• Class Diagrams
• Sequence Diagram
Spend your time dealing with issues such as the planned
uses of software system and how you will implement a
programming environment to address these issues--not
where and how you are going to place the buttons on
your first screen.

8

When Should ROSE be Used?



Refinement of Early Models (System & Software
Design)
Introduced in Middle of Project
• Rational Rose includes tools for reverse engineering
as well as forward engineering of classes and
component architectures.
• You can gain valuable insights to your actual
constructed architecture and pinpoint deviations from
the original design.
• Rose offers a fast way for clients and new employees
to become familiar with system internals


9

Rose




Rose Enterprise:

•

Supports multiple languages, including VC++, VB,
Java, CORBA

Rose GUI:

•
•
•
•
•
•
•

Standard ToolBar
Diagram ToolBox
Browser
Diagram Window
Documentation Window
Specifications
Log Window


10

Diagram Toolbox

Browser Window
Your model is
Really in HERE!

Diagram Window

Documentation Window
Log Window

11

Rational Rose Interface




The Rose standard toolbar (near the top of the window)

•
•

is always displayed - independent of the current diagram type.
While in Rose, place your cursor over the toolbar to display a
tooltip for each icon.

The browser

•
•
•
•

a hierarchical navigational tool allowing you to view the names and
icons representing diagrams and model elements.
The plus (+) sign next to an icon indicates the item is collapsed
and additional information is located under the entry. Click on the +
sign and the tree is expanded.
Conversely, a minus (-) sign indicates the entry is fully expanded.
If the browser is not displayed, select Browser from the View
menu.


12





Diagram window

•

Allows you to create, update, and model different
diagrams, that are, graphical views of the model

Diagram toolbar

•
•
•
•

Is unique to each diagram type and can be
customized.
Is active only when a diagram is displayed.
May be visible or hidden; docked or floating.
As with the standard toolbar, placing your cursor on an
icon displays the tooltip for that icon.


13

Toolbar for Class Diagrams


Any element of a diagram can be created by
• placing the mouse pointer over a Tool in the Toolbar
• Drag&Drop over the diagram canvas

text
interface

Note

class
Pointer

Note Anchor

asociation

generalization
package
dependency or instantiation

Association class

realization
14



The Specification window –

(right click on Use Case View

Package; Open Specification…)

•
•



Is a textual representation of a model element that allows
you to view and manipulate the element's properties.
Note that information added to the documentation window
is automatically added to the documentation field in the
specification window.

The Log window –

•
•

(down at very bottom)

Reports progress, results, and errors
Right-click on Log window to see available actions

15

Models, Views, Diagrams


Models themselves are constructed using different views and diagrams to
accurately depict different stakeholder perspectives and the system’s building
blocks, respectively.



Models are complete representations of the system.



Views allow different stakeholders to see the system from their own
perspectives

•

Views contain Models…

•

Models generally contain a number of diagrams – some of these terms are
‘used’ interchangeably…

•
•



E.g. Logical View contains analysis model, business object model, design model
(Sometimes models can contain ‘views’ too…)

E.g. Design model contains class diagrams, sequence diagrams, and a number of
others….

Diagrams: means by which we view of the system.

•
•

Different building blocks (model elements) for different types.
E.g.: classes, interfaces, collaborations, components, nodes,
dependencies, generalizations, and associations.

16

Views


Just as there are many views of a house under construction the floor plan, the wiring diagram, the elevation plan, there are
many views of a software project under development.



Rational Rose is organized around the following views of a
software project:

•
•
•
•

Use Case
Logical
Component
Deployment

Each of these views presents a different aspect of the model
and is explained in subsequent slides.


17

The use-case view




The use-case view helps you to understand and use the
system. This view looks at how actors and use cases
interact.
The diagrams in this view are:

•
•
•
•

Use-case diagrams
Sequence diagrams
Collaboration diagrams
Activity diagrams

This view contains a Main diagram by default. Additional
diagrams can be added throughout the analysis and
design process.


18


19

The logical view




The logical view addresses the functional
requirements of the system.
This view looks at classes and their
relationships.
The diagrams in this view are:

•
•

Class diagrams
Statechart diagrams

This view contains a Main diagram by default.
Additional diagrams can be added throughout
the analysis and design process.

20

Lect 1: Rational Rose Tutorial

21

The component view





The component view addresses the software
organization of the system.
This view contains information about the
software, executable and library components
for the system.
This view contains only component diagrams.
The component view contains a Main diagram
by default. Additional diagrams can be added
to this view throughout the analysis and design
process.

22


23

The deployment view





The deployment view shows the
mapping of processes to hardware.
This type of diagram is most useful in a
distributed architecture environment
where you might have applications and
servers at different locations.
This view contains only one diagram -the
deployment diagram.

24


25

Diagrams




Simply put, a diagram is a graphical representation of the
elements of your system.
Different diagram types allow you to view your system from
multiple perspectives.
You can create various types of diagrams in Rational Rose.
The diagram types include:

•
•
•
•
•
•

Use-Case
Class
Activity
Statechart
Component
Deployment

Each of these diagram types is explained in subsequent slides.


26

Use-case diagrams








Use-case diagrams present a high-level view of system
usage as viewed from an outsider's (actor's) perspective.
These diagrams show the functionality of a system or a
class and how the system interacts with the outside
world.
Use-case diagrams can be used during analysis to
capture the system requirements and to understand how
the system should work.
During the design phase, use-case diagrams specify the
behavior of the system as implemented.
Rose automatically creates a Main use-case diagram in
the use-case view. There are typically many use-case
diagrams in a single model.


27

UC Diagram example


28

Class diagrams






A class diagram helps you visualize the
structural or static view of a system and is one
of the most common diagram types.
Class diagrams show the relationships among
and details about each class.
Class diagrams are also the foundation for
component and deployment diagrams.
Rose automatically creates a Main class
diagram in the logical view. There are typically
many class diagrams in a single model.


29

Class Diagram Sample


30

Sequence diagrams







A sequence diagram illustrates object interactions
arranged in a time sequence.
These diagrams are typically associated with use cases.
Sequence diagrams show you step-by-step what has to
happen to accomplish something in the use case.
This type of diagram emphasizes the sequence of events,
whereas collaboration diagrams (an alternative view of
the same information) emphasize the relationship.
This type of diagram is best used early in the design or
analysis phase because it is simple and easy to
comprehend.


31

Sequence Diagram Example


32

Collaboration diagrams







Collaboration diagrams provide a view of the interactions
or structural relationships between objects in the current
model.
This type of diagram emphasizes the relationship
between objects whereas sequence diagrams emphasize
the sequence of events.
Collaboration diagrams contain objects, links, and
messages.
Use collaboration diagrams as the primary vehicle to
describe interactions that express decisions about system
behavior.


33

Collaboration Diagram Example


34

Activity diagrams







Activity diagrams model the workflow of a business process
and the sequence of activities in a process.
These diagrams are very similar to a flowchart because you
can model a workflow from activity to activity or from activity to
state.
It is often beneficial to create an activity diagram early in the
modeling of a process to help you understand the overall
process.
Activity diagrams are also useful when you want to describe
parallel behavior or illustrate how behaviors in several use
cases interact.


35

Activity Diagram Example


36

Component diagrams





Component diagrams provide a physical
view of the current model.
They show the organization and
dependencies among software components,
including source code, binary code, and
executable components.
You can create one or more component
diagrams to depict components and
packages or to represent the contents of
each component package.


37

Component Diagram Example


38

Deployment diagrams


Each model contains a single
deployment diagram that shows the
mapping of processes to hardware.


39

Deployment Diagram Example


40

Statechart diagrams





You can use statechart diagrams to model the dynamic
behavior of individual classes or objects.
Statechart diagrams show the sequences of states that
an object goes through, the events that cause a transition
from one state or activity to another, and the actions that
result from a state or activity change.
A statechart diagram is typically used to model the
discrete stages of an object's lifetime, whereas an activity
diagram is better suited to model the sequence of
activities in a process.


41

Statechart Diagram Example


42

Specifications


Specifications are dialog boxes
that allow you to set or change
model element properties.



Changes made to a model
element either through the
specification or directly on the
icon are automatically updated
throughout the model.


43

Start Rational Rose


Start Rose

• Start → Programs → Rational Rose


44

Create a New Model






When Rose is started
When Rose has been
started: File → New
From Scratch: New
From File System:

Existing OR Recent


45

To Save a Model


File → Save o Save As


46

Delete an Element


Shallow Delete

•
•

Edit Delete
Select element in diagram → key DEL

It is not deleted from the MODEL!! (only from the diagram, not from Browser)



Deep Delete

•
•

Select element in Browser → click right button →
Delete
Select element in diagram → Click CTRL+D

It is deleted from the MODEL!! (It will disapear from the diagram and from the Browser)


47

Move Elements across Packages


Drag&Drop in each Package Browser
from one to another

• One to One
• Pay attention: by moving the classes it does

not mean that associations will move as well!!
(Rational Rose 2000>)

• They are elements with Identity


48

More Information



UML Home Page http://www.platinum.com/corp/uml/uml.htm
Online Tutorials for Rational Rose -

http://www.rational.com/products/rose/gstart/online.jtmpl


Rose Whitepapers

http://www.rational.com/products/rose/prodinfo/whitepapers/ind
ex.jtmpl


Rose Architect E-Magazine

http://www.rosearchitect.com/mag/index.shtml


Visual Modeling with Rational Rose and UML,
by Terry Quatrani

49

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