CIS 1502 Programming in Java

Lecture: Introduction to Java Programming

Lecture: Introduction to Programming

Lecture: Data and Expressions

Outcomes

• Identify the components of a computer
• Demonstrate how those components interact
• Identify concepts related to programming and programming languages
• Give a basic overview of object-oriented concepts
• Identify and utilize data types such as character strings
• Declare and use of variables
• Define expressions and operators
• Accept input from a user

Module: Classes and Objects

Outcomes

• Define object creation and object references
• Use the String class and its methods
• Identify Java API classes
• Demonstrate how to output information

Module: Writing Your Own Classes

Outcomes

• Convert text to a numeric data type using the TryParse method
• Understand the scope and lifetime of variables
• Desk check a program
• Format a program’s numeric output

Lecture: Conditional Loops (Part I)

Lecture: Conditional Loops (Part II)

Outcomes

• Locate syntax errors using the Error List window
• Locate a logic error by stepping through the code
• Locate logic errors using breakpoints
• Fix syntax and logic errors
• Show the selection structure in both pseudocode and a flowchart
• Write If…Then…Else statements
• Include comparison operators in a selection structure’s condition
• Add a check box to an interface

Lecture: Object Oriented Design

Outcomes

• Define nested selection structures
• Include logical operators in a selection structure’s condition
• Code a multiple-path selection structure using If/ElseIf/Else
• Declare a variable using the String data type
• Convert a string to uppercase or lowercase
• Code a multiple-path selection structure using Select Case
• Include a radio button in an interface

Lecture: Arrays

Outcomes

• Describe array declaration and usage
• Describe bounds checking and capacity
• Implement arrays that store object references

Lecture: Inheritance

Lecture: Polymorphism

Outcomes

• Derive new classes from existing classes
• Implement the protected modifier
• Create class hierarchies
• Implement abstract classes
• Identify and define polymorphism
• Utilize inheritance to create polymorphic references
• Implement interfaces

Lecture: Exceptions

Lecture: Collections

Outcomes

• A Explain the purpose of exceptions
• Implement exception messages
• Implement the try-catch statement
• Propagate exceptions
• Explain the concept of a collection
• Identify dynamic data structures
• Implement linked lists