Introduction to Programming & Coding | Java Basics for Non-Developers

Upon completion of this course, students will learn:

• The steps involved in the creation and deployment of a computer program
• What OO programming is and what the advantages of OO are in today's world
• To work with objects, classes, and OO implementations
• The basic concepts of OO such as encapsulation, inheritance, polymorphism, and abstraction
• The basic constructs that all programming languages share
• The basic Java constructs supporting processing as well as the OO orientation
• How to use Java exception handling
• About and how to use classes, inheritance and polymorphism
• About use collections, generics, autoboxing, and enumerations
• How to take advantage of the Java tooling that is available with the programming environment being used in the class

This course is intended for anyone who is new programming and wants to start learning how to code using Java. Please note that although this course is for beginner-level students, it is technical in nature. If you're moving from a truly non-technical role into coding for the first time, please reach out to us for some additional guidance. Attendees might include:

• Technically minded attendees who want or who want to begin the process of becoming an OO application developer
• Technical team members from non-development roles, re-skilling to move into software and application development roles within an organization
• Recent college graduates looking to apply their college experience to programming skills in a professional environment, or perhaps needing to learn the best practices and standards for programming within their new organization
• Technical managers tasked with overseeing programming teams, or development projects, where basic coding knowledge and exposure will be useful in project oversight or communications needs

Before attending this course, you definitely should be able to:
• Use computers to start programs, open and save files, navigate application menus and interfaces
• Understand logical concepts such as comparisons
• Understand number theory
• Create, understand, and follow structured directions or step-by-step procedures
• Understand and apply abstract concepts to concrete examples

Session: Introduction to Computer Programming Programming Tools

• Explain why we use various tools when programing
• Define the four major types of tools
• Lab: Setup the 'Java Development Environment'
• Lab: The HelloWorld 'Application' (optional)

Session: Programming Fundamentals Programming Basics

• Explain why different languages have different syntax
• Understand some basic features of any program
• Explain why we would break a program apart
• Lab: Using an Integrated Development Environment

Thinking About Objects

• Define what an object is
• Explain the difference between an object and a class
• Design a class using a class diagram
• Understand how to define a basic class
• Explain how to compile and run a Java application

Programming Constructs

• Explain what variables and constants are and when to use them
• Explain what arrays are and why they are used
• Explain what a method is
• Write if statements
• Write loops
• Lab: Modeling the Television Object

Session: Java: A First Look The Java Platform

• Java Platforms
• Lifecycle of a Java Program
• Responsibilities of JVM
• Documentation and Code Reuse

Using the JDK

• Setting Up Environment
• Locating Class Files
• Compiling Package Classes
• Source and Class Files
• Java Applications
• Lab: Exploring MemoryViewer
• Lab: Exploring ColorPicker (optional)

The Eclipse Paradigm

• Become more familiar with Eclipse workbench concepts
• Explore the paradigm used by Eclipse, consisting of editors, views and perspectives in detail
• Introduce some commonly used views
• Explain Perspectives
• Tutorial: Setup Projects in Eclipse

Writing a Simple Class

• Classes in Java
• Class Modifiers and Types
• Class Instance Variables
• Primitives vs. Object References
• Creating Objects
• Lab: Create a Simple Class

Adding Methods to the Class

• Passing Parameters into Methods
• Returning a Value from a Method
• Overloaded Methods
• Constructors
• Optimizing Constructor Usage
• Lab: Create a Class with Methods

Session: OO Concepts Object-Oriented Programing

• Real-World Objects
• Classes and Objects
• Object Behavior
• Methods and Messages
• Lab: Define and use a New Java class

Inheritance, Abstraction, and Polymorphism

• Encapsulation
• Inheritance
• Method Overriding
• Polymorphism
• Lab: Define and use Another Java Class

Session: Getting Started with Java Language Statements

• Operators
• Comparison and Logical Operators
• Looping
• Continue and Break Statements
• The switch Statement
• The for-each() Loop
• Lab: Looping
• Lab: Language Statements

Using Strings

• Create an instance of the String class
• Test if two strings are equal
• Get the length of a string
• Contrast String, StringBuffer, and StringBuilder
• Lab: Fun with Strings
• Lab: Using StringBuffers and StringBuilders

Specializing in a Subclass

• Extending a Class
• implementing equals and toString
• Using instanceof to verify the class type of an object reference
• The Object Class
• Default Constructor
• Implicit Constructor Chaining
• Safely casting references to a more refined type
• Lab: Creating Subclasses
• Lab: Defining the Student Subclass

Session: Essential Java Programming Java Coding and Debugging Tools

• Java Editing Assistance
• The Debug Perspective
• Breakpoints and the Debug View
• Debug Mode
• Refactoring Overview

Fields and Variables

• Instance vs. Local Variables: Usage Differences
• Data Types
• Default Values
• Block Scoping Rules
• Final and Static Fields
• Static Methods
• Lab: Field Test

Using Arrays

• Declaring an array
• Accessing the Array
• Multidimensional Arrays
• Copying Arrays
• Variable Arguments
• Lab: Creating an Array
• Lab: Defining the Student Array

Java Packages and Visibility

• Class Location of Packages
• The Package Keyword
• Importing Classes
• Executing Programs
• Java Naming Conventions

Session: Advanced Java Programming Inheritance and Polymorphism

• Writing a subclass with a method that overrides a method in the superclass
• Grouping objects by their common supertype
• Utilize polymorphism by invoking subclass method implementations through superclass references
• Casting a supertype reference to a subtype reference
• Using the final keyword on methods and classes
• Lab: Salaries - Polymorphism

Interfaces and Abstract Classes

• Define supertype contracts using interfaces
• Define supertype contracts using abstract classes
• Implement concrete classes using interfaces
• Implement concrete classes using abstract classes
• Explain the advantage of interfaces over abstract classes
• Explain the advantage of abstract classes over interfaces
• Lab: Mailable - Interfaces

Exceptions

• Exception Architecture
• Handling Multiple Exceptions
• Automatic Closure of Resources
• Creating Your Own Exceptions
• Throwing Exceptions
• Checked vs. Unchecked Exceptions
• Lab: Exceptions

Session: Java Developer's Toolbox Utility Classes

• Wrapper Classes
• The Number Class
• Random Numbers
• Autoboxing/Unboxing
• The Date Class
• Lab: Using Primitive Wrappers

Enumerations and Static Imports

• Enumeration Syntax
• When You Should Use Enumerations
• Using Static Imports
• When You Should Use Static Imports
• Enumerations (optional)

The new Date/Time API

• Introduce the new Date/Time API
• LocalDate, LocalDateTime, etc.
• Formatting Dates
• Working with time zones
• Manipulate date/time values
• Lab: Agenda

Session: Collections and Generics Introduction to Generics

• Generics and Subtyping
• Bounded Wildcards
• Generic Methods
• Legacy Calls To Generics
• When Generics Should Be Used
• Lab: DynamicArray
• Lab: Adding Generics to Dynamic Array

Lesson: Collections

• Characterizing Collections
• Collection Interface Hierarchy
• Iterators
• The Set, List and Queue Interfaces
• The Map Interface
• Collections and Multithreading
• Lab: Using Hashtable and HashMap
• Lab: Collections Poker
• Lab: Writing a Collection (optional)