 | Using Windows Notepad together with Sun's Software Development Kit (SDK), write, compile, and execute a simple Java program |
|
Using WebSphere Studio Application Developer, write, compile, and execute a simple Java program |
|
Describe the incremental and iterative process for developing applications using object technology, and how it differs from traditional approaches, such as Waterfall, to application development |
|
Explain the concept of encapsulation and how it applies to data and function |
|
Understand messages as they relate to objects |
|
Describe how objects send messages to one another |
|
Describe the purpose of a class |
|
Document a class using the UML by correctly building three-part boxes |
|
Understand how encapsulation works with objects |
|
Understand the difference between messages and methods |
|
Identify actors within a problem domain |
|
Differentiate between primary and secondary actors |
|
Create a Use Case from a business problem domain description |
|
Associate actors with Use Cases |
|
Understand simple techniques to identify classes of objects in the system |
|
Understand what makes a good object |
|
Allocate behavior to objects based on the business |
|
Understand the purpose of performing dynamic modeling in analysis |
|
Develop a UML sequence diagram for a Use Case |
|
Develop a UML class diagram for a Use Case |
|
Understand class attributes and relationships that exist between objects and classes |
|
Understand the difference between an analysis class diagram and a design class diagram |
|
Understand the options for designing an association |
|
Use primitive data types in a Java program |
|
Use the commonly used operators in a Java program |
|
Instantiate objects from classes |
|
Send messages to objects |
|
Receive return values from sent messages |
|
Use the main features of the string and vector classes |
|
Create your own class |
|
Create and use instance variables and methods |
|
Create and use class methods and variables |
|
Create constructors |
|
Create accessors and mutators |
|
Understand Java's object model |
|
Know why and how to create and use an abstract class |
|
Know why and how to create and use an interface |
|
Create subclasses that override methods of their superclass |
|
Understand the use of super() and super. |
|
Do basic Input/Output (I/O) operations needed to read files |
|
Handle an I/O exception in code |
|
Understand how to organize classes in packages to restrict access to class members |
