Introduction to Java Part 1

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Duration: 5.0 days

Method: Instructor led, Hands-on workshops

Price: $2995.00

Course Code: JA1010

Audience

Applications Programmers and Systems Programmers

Description

Java has been gaining in popularity for over 20 years. If you are an experienced programmer who will need to start writing and maintaining Java code, this is the course for you. You will learn to utilize the structure and syntax of the object oriented Java programming language for both general business and Internet programming applications. You will be able to code, test, and execute Java programs making use of the facilities provided by the language. You will also learn about the integrated development environment (IDE), which may be RAD or Eclipse. Previous knowledge of the C or C++ programming languages is not required but is helpful due to the language similarities.

Objectives

Upon successful completion of this course, the student will be able to:

Discuss basic structure and syntax of the Java Programming Language
Create, compile, and execute Java programs
Explain benefits of Object Oriented Programming
Define and explain encapsulation, inheritance, and polymorphism
Declare and use Java native data types
Describe and use expressions and operators
Code Object Oriented Java programs using all available control structures
Create and use classes and interfaces
Share and restrict access to class members
Effectively use arrays and references
Use String and StringBuilder class methods
Describe and use method overloading
Deﬁne and use constructors and ﬁnalizers
Increase software reusability through inheritance
Use polymorphism to facilitate programming efforts
Define and use interfaces
Handle and create exception classes

Prerequisites

An understanding of object oriented programming concepts would be helpful but is not required.

Topics

I. Introduction
- Features of Java
- History and Origin of Java
- Three Editions of Java
- Alternative Internet Technologies
- Stand-alone Programs
  - Creation (editor)
  - Compilation (javac)
  - Execution (java)
- Additional JDK tools
- Using an IDE (RAD, Eclipse)
II. Object Oriented Concepts
- Object Oriented Languages
- Objects
- Messages
- Java Beans
- Test Classes
- Object Oriented Terminology
- Procedural vs. Object Oriented
- Abstraction
- Encapsulation
- Inheritance
- Polymorphism
- Advantages of OO Approach
- Basic OO Design (CRC Cards)
III. Java Basics
- Java Syntax
- Java Program Structure
- Simple and Compound Statements
- Comments and Readability
- Identifier Names
- Reserved Keywords
- Variable Categories
- Variable Declarations
- Primitive/Native Data Types
- String Introduction
- Basic Output
IV. Expressions & Operators
- Operators
  - Precedence and Associativity
- Expressions
  - Evaluating
  - Side Effects
- Operators
  - Assignment
  - Arithmetic
  - Compound
  - Increment/Decrement
  - Type Cast
V. Classes and Packages
- What is a Class - Sample
- Packages
  - Uses
  - Importing
  - Creating
  - Classpath
- Some Java API Packages
- Static Imports
- Defining Classes
  - Data Members
  - Methods Members
  - Member Access Control
  - static and final variables
- Instantiating Classes
- Referencing Class Members
- Sample Class Definition and Use
VI. Control Statements
- Conditional Statements
  - if-else
  - ternary if
  - switch-case
- Iterative Statements
  - while and do-while
  - for
  - break and continue
- Operators
  - Comparison
  - Logical
- Program Termination
- Basic Input
VII. String and StringBuilder
- References and Objects
- Strings and Their Methods
- StringBuilder and StringBuffer
- Contrast String and StringBuilder
VIII. Arrays and Strings
- What are Arrays?
- Declaring Arrays
- Accessing Array Elements
- For-Each iterator
- Arrays of Objects
- Copying Arrays
- java.util.Arrays Class
- Multi-dimensional Arrays
- ArrayList and Collection Introduction
- Passing Arguments to main
IX. Class Methods and Constructors
- Class Methods
  - Method Overloading
  - this Reference
  - Instance vs. Class Data
- Parameter Passing - Primitives vs Objects
- Constructors
  - Overloaded Constructors
  - Constructor Chaining
  - Copy Constructors
  - Static Initializers
- Finalize
X. Inheritance and Polymorphism
- Inheritance
  - Concepts and Terminology
  - Syntax
  - Method Overriding
  - Constructors and Finalize
- Polymorphism
  - Concepts and Terminology
  - Syntax and Example
  - Implications for equals Method
- Interfaces
  - Purpose for Interfaces
  - Creating Interfaces
  - Implementing and Using Interfaces
XI. Error and Exception Handling
- Exception Handling Model
- Exception Class Hierarchy
- Checked vs. Unchecked Exceptions
- Raising and Exception
- Handling Exceptions
  - Catching
  - Passing Up Call Stack
- Defining and Using Exception Classes
XII. . Input/Output Streams (Time permitting)
- Input/Output Stream Model
- Predefined Standard Streams
- Byte-oriented Streams
  - InputStream Class Hierarchy
  - OutputStream Class Hierarchy
- Basic Input and Output Methods
- File I/O
  - File and FileDescriptor
  - Exceptions
- Filtered Streams
- Buffered Streams
- Data Streams
- Object Streams
  - Object Serialization
- Character Streams
  - Reader class
  - Writer class
- Formatting Numbers and Dates
  - NumberFormat
  - DateFormat
  - SimpleDateFormat
  - Formatter and printf
  - Scanner