Basic Java and OO Programming Essentials for Developers New to OO (C, COBOL, 4GL, etc.) (Java 9 to 11)

Session: Java: A First Look

Lesson: The Java Platform

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

Lesson: Using the JDK

• Setting Up Environment
• Locating Class Files
• Compiling Package Classes
• Source and Class Files
• Java Applications
• Setting Up Environment
• Locating Class Files
• Compiling Package Classes
• Source and Class Files
• Java Applications

Lesson: The Eclipse Paradigm

• Workbench and Workspace
• Views
• Editors
• Perspectives
• Projects
• Workbench and Workspace
• Views
• Editors
• Perspectives
• Projects

Session: Getting Started with Java

Lesson: Writing a Simple Class

• Classes in Java
• Class Modifiers and Types
• Class Instance Variables
• Primitives vs. Object References
• Creating Objects
• Classes in Java
• Class Modifiers and Types
• Class Instance Variables
• Primitives vs. Object References
• Creating Objects

Lesson: Adding Methods to the Class

• Passing Parameters Into Methods
• Returning a Value From a Method
• Overloaded Methods
• Constructors
• Optimizing Constructor Usage
• Passing Parameters Into Methods
• Returning a Value From a Method
• Overloaded Methods
• Constructors
• Optimizing Constructor Usage

Session: OO Concepts

Lesson: Object-Oriented Programming

• Real-World Objects
• Classes and Objects
• Object Behavior
• Methods and Messages
• Real-World Objects
• Classes and Objects
• Object Behavior
• Methods and Messages

Lesson: Inheritance, Abstraction, and Polymorphism

• Encapsulation
• Inheritance
• Method Overriding
• Polymorphism
• Encapsulation
• Inheritance
• Method Overriding
• Polymorphism

Session: Essential Java Programming

Lesson: Language Statements

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

Lesson: Using Strings

• Create an instance of the String class
• Test if two strings are equal
• Get the length of a string Parse a string for its token components
• Perform a case-insensitive equality test
• Build up a string using StringBuffer
• Contrast String, StringBuffer, and StringBuilder
• Create an instance of the String class
• Test if two strings are equal
• Get the length of a string Parse a string for its token components
• Perform a case-insensitive equality test
• Build up a string using StringBuffer
• Contrast String, StringBuffer, and StringBuilder

Lesson: Specializing in a Subclass

• Extending a Class
• Casting
• The Object Class
• Default Constructor
• Implicit Constructor Chaining
• Extending a Class
• Casting
• The Object Class
• Default Constructor
• Implicit Constructor Chaining

Lesson: Fields and Variables

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

Lesson: Using Arrays

• Arrays
• Accessing the Array
• Multidimensional Arrays
• Copying Arrays
• Variable Arguments
• Arrays
• Accessing the Array
• Multidimensional Arrays
•  Copying Arrays
• Variable Arguments

Lesson: Local-Variable Type Inference

• Type inference
• Infering Types of Local Variables
• The var Reserved Type name
• Benefits of Using var
• Backward Compatibilty
• Type inference
• Infering Types of Local Variables
• The var Reserved Type name
• Benefits of Using var
• Backward Compactibilty

Lesson: Java Packages and Visibility

• Class Location of Packages
• The Package Keyword
• Importing Classes
• Executing Programs
• Visibility in the Modular System
• Java Naming Conventions
• Class Location of Packages
• The Package Keyword
• Importing Classes
• Executing Programs
• Visibility in the Modular System
• Java Naming Conventions

Session: Object Oriented Development

Lesson: Inheritance and Polymorphism

• Polymorphism: The Subclasses
• Upcasting vs. Downcasting
• Calling Superclass Methods From Subclass
• The final Keyword
• Polymorphism: The Subclasses
• Upcasting vs. Downcasting
• Calling Superclass Methods From Subclass
• The final Keyword

Lesson: Interfaces and Abstract Classes

• Separating Capability from Implementation
• Abstract Classes
• Implementing an Interface
• Abstract Classes vs. Interfaces
• Separating Capability from Implementation
• Abstract Classes
• Implementing an Interface
• Abstract Classes vs. Interfaces

Session: Exception Handling

Lesson: Introduction to Exception Handling

• Exception Architecture
• Throwing Exceptions
• Checked vs. Unchecked Exceptions
• Exception Architecture
• Throwing Exceptions
• Checked vs. Unchecked Exceptions

Lesson: Exceptions

• Handling Multiple Exceptions
• Automatic Closure of Resources
• Creating Your Own Exceptions
• Handling Multiple Exceptions
• Automatic Closure of Resources
• Creating Your Own Exceptions

Session: Java Developer's Toolbox

Lesson: Utility Classes

• Wrapper Classes
• Autoboxing/Unboxing
• Enumeration Syntax
• Using Static imports
• Wrapper Classes
• Autoboxing/Unboxing
• Enumeration Syntax
• Using Static imports

Lesson: Java Date/Time

• The Date and Calendar classes
• Introduce the new Date/Time API
• LocalDate, LocalDateTime, etc.
•  Formatting Dates
• Working with time zones
• Manipulate date/time values
• The Date and Calendar classes
• Introduce the new Date/Time API
• LocalDate, LocalDateTime, etc.
• Formatting Dates
• Working with time zones
• Manipulate date/time values

Session: Advanced Java Programming

Lesson: Introduction to Generics

• Generics and Subtyping
• Bounded Wildcards
• Generic Methods
• Legacy Calls To Generics
• When Generics Should Be Used
• Generics and Subtyping
• Bounded Wildcards
• Generic Methods
• Legacy Calls To Generics
• When Generics Should Be Used

Lesson: Lambda Expressions and Functional Interface

• Lambda Expression Syntax
• Functional Interfaces
• Type Inference in Java 8
• Method references
• Lambda Expression Syntax
• Functional Interfaces
• Type Inference in Java 8
• Method references

Session: Working with Collections

Lesson: Collections

• Characterizing Collections
• Collection Interface Hierarchy
• The Set, List and Queue Interfaces
• Map Interfaces
• Characterizing Collections
• Collection Interface Hierarchy
• The Set, List and Queue Interfaces
• Map Interfaces

Lesson: Using Collections

• Collection Sorting
• Comparators
• Using the Right Collection
• Lambda expressions in Collections
• Collection Sorting
• Comparators
• Using the Right Collection
• Lambda expressions in Collections

Session: Stream API

Lesson: Streams

• Processing Collections of data
• The Stream interface
• Reduction and Parallelism
• Filtering collection data
• Sorting Collection data
• Map collection data
• Find elements in Stream
• Numeric Streams
• Create infinite Streams
• Sources for using Streams
• Processing Collections of data
• The Stream interface
• Reduction and Parallelism
• Filtering collection data
• Sorting Collection data
• Map collection data
• Find elements in Stream
• Numeric Streams
• Create infinite Streams
• Sources for using Streams

Lesson: Collectors

• Creating Collections from a Stream
• Group elements in the Stream
• Multi-level grouping of elements
• Partitioning Streams
• Creating Collections from a Stream
• Group elements in the Stream
• Multi-level grouping of elements
• Partitioning Streams

Session: The Java Module System

Lesson: Introduction to the Module System

• Introduce Project Jigsaw
• Classpath and Encapsulation
• The JDK internal APIs
• Java 9 Platform modules
• Defining application modules
• Define module dependencies
• Implicit dependencies
• Implied Readability
• Exporting packages
• Introduce Project Jigsaw
• Classpath and Encapsulation
• The JDK internal APIs
• Java 9 Platform modules
• Defining application modules
• Define module dependencies
• Implicit dependencies
• Implied Readability
• Exporting packages

Additional Topics: Time Permitting

Lesson: Formatting Strings

• String.format
• System.out.printf
• The Formatter class
• Using the formatting syntax
• String.format
• System.out.printf
• The Formatter class
• Using the formatting syntax

Lesson: Introduction to Annotations

• Annotations Overview
• Working with Java Annotations
• Annotations Overview
• Working with Java Annotations

Lesson: Java 12 and beyond

• Provide an overview of changes since Java 11
• Introduce Preview Features
• Records (Java 14)
• Switch Expressions (Java 12, Java 13, Java 14)
• Text Blocks (Java 13, Java 14)
• Helpful NullPointerExceptions (Java 14)
• Pattern Matching for instanceof (Java 14)
• Provide an overview of changes since Java 11
• Introduce Preview Features
• Records (Java 14)
• Switch Expressions (Java 12, Java 13, Java 14)
• Text Blocks (Java 13, Java 14)
• Helpful NullPointerExceptions (Java 14)
• Pattern Matching for instanceof (Java 14

This “skills-centric” course is about 50% hands-on lab and 50% lecture, designed to train attendees in core OO coding and Java development skills, coupling the most current, effective techniques with the soundest industry practices. Our engaging instructors and mentors are highly experienced practitioners who bring years of current "on-the-job" experience into every classroom.

Working within in a hands-on learning environment, guided by our expert team, attendees will learn to:

• Understand what OO programming is and what the advantages of OO are in today's world
• Work with objects, classes, and OO implementations
• Understand the basic concepts of OO such as encapsulation, inheritance, polymorphism, and abstraction
• Understand not only the fundamentals of the Java language, but also its importance, uses, strengths and weaknesses
• Understand the basics of the Java language and how it relates to OO programming and the Object Model
• Work with the Modular system (Project Jigsaw)
• Understand and use classes, inheritance and polymorphism
• Understand and use collections, generics, autoboxing, and enumerations
• Process large amount of data using Lambda expressions and the Stream API
• Abstract, static and private methods in interfaces
• Take advantage of the Java tooling that is available with the programming environment being used in the class
• Java 11 features covered: Using the Local Variable Type in Lambda expressions; Updates made to the String API

This hands-on course focuses on ‘learning by doing’, combining expert lecture, practical demonstrations and group discussions with plenty of machine-based real-world programming labs and exercises. Student machines are required.

This is a basic-level programming course designed for attendees with prior development experience in another language, such as COBOL, 4GL, Mainframe or other non-object oriented languages. This course is not geared for non-developers.

Application Developers, Software Developers, Full Stack Developers, Testers.