• How Modern Programming Came About: C • Java’s Birth •How Java Changed the Internet • What Makes Java Special • How Java Grew Over Time • Always Coming Up With New Ideas

• JDK, JRE, JVM, JIT
• Environment setup 

 Datatypes
 Primitive datatypes
 byte, short, char, int, long, float, double
 Object datatypes
 Built-in datatypes
 String, Arrays, etc
 User-defined datatypes
 Class, Interface, Enum
 Variables
 Static / Class level, Instance, Local & Method arguments
 Access Modifiers & Non-Access Modifiers
 Operators
 Arithmetic Operators
 The Bitwise Operators
 Relational Operators
 Boolean Logical Operators
 The Assignment Operator
 Ternary Operator
 Control flow statements
 If, if else, if else if ladder, switch, while, do while
 Translation of a Java Program
 Methods
 Static methods
 Non-static methods
 Main method
 Java First Program
 Using Command-Line Arguments

• Class Fundamentals
• Declaring Objects
• Constructors
• Default, No-argument and Parametrized
• Garbage Collection
• The Finalize() Method

• The String Constructors
• The String Length
• Special String Operations
• Character Extraction
• String Comparison
• Searching Strings
• Modifying A String
• Data Conversion Using String.valueOf()
• Additional String Methods
• String Buffer
• String Builder
• String.format()

 Uses of this keyword and this() statement
 Overloading Methods
 Varags : Variable-Length Arguments
 Using Objects As Parameters
 A Closer Look At Argument Passing
 Returning Objects
 Recursion
 Introducing Final

 Inheritance Basics
 Using super keyword and super() statement
 Creating A Multilevel Hierarchy
 Method Overriding
 Using Abstract Classes
 Using Final With Inheritance
 The Object Class

 Packages
 Access Protection
 Importing Packages
 Interfaces

 Exception Handling Fundamentals
 Exception Types
 Uncaught Exceptions
 Java Built-In Exceptions
 Creating Your Own Exception Subclasses
 Java 7 enhancements in exceptions

 The Java Thread Model
 The Main Thread
 Creating Thread
 Synchronization
 Inter Thread Communication
 Suspending , Resuming , and Stopping Threads
 Multitasking

 Enumerations
 Type Wrappers
 Autoboxing
 Annotations(Metadata)
 I/O
 I/O Basics
 Reading Console Input
 Writing Console Input
 The Print Writer Class
 File handling with byte oriented streams
 File handling with character oriented streams

 List Stream
 Developing our own ArrayList
 Developing LinkedList(single,double,circular)
 Developing Stack and Heap
 Collections class
 Set stream-basics
 Set uniqueness
 TreeSet , NavigableSet
 Queue stream-Basics
 Priority Queue
 Map stream-Basics
 Uniqueness in Map
 HashMap & HashTable
 Developing our own ThreadLocale
 TreeMap & Navigable Map

 What Are Generics?
 A Simple Generics Example
 A Generics Class With Two Type Parameters
 The General Form Of A Generics Class
 Creating A Generic Method
 Generic Interface
 Raw Types And Legacy Code

 Networking Basics
 The Networking Classes And Interfaces
 Inetaddress
 Tcp / Ip Client Sockets
 Url………..
 Url Connection……….
 Http Urlconnection
 The Url Class
 Cookies
 Tcp / Ip Sockets
 Datagrams

 Two Event Handling Mechanisms
 The Delegation Event Model
 Event Classes
 Source Of Events
 Event Listener Interfaces
 Using The Delegation Event Model
 Adapter Classes , Inner Classes

 Debug a Java Program
 Export Java Programs
 Generate Java Documentation

 What is Maven
 Uses of Maven
 Manage repositories and libraries
 Maven build life cycle

 What is Junit
 About @Before, @After, @Test
 How to write test cases
 Various types of assertions
 How to assert exceptions

 Benefits of Logging framework over Console O/P
 Available logging frameworks
 Log4j Vs Slf4j
 Levels of logging
 Manage Logger configuration through log4j.xml / logback.xml

 What is Junit
 About @Before, @After, @Test
 How to write test cases
 Various types of assertions
 How to assert exceptions