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Curriculum

Syllabus of Core Java Course in Hyderabad

Module 1: Introduction to Java

Features of Java
Simple
Secure
Portable
Robust
Multithreading
Platform-Independent
Distributed.
Dynamic
New Features of Java 8
Introducing Java Environment
Java Development Kit
Java Platforms
Java Virtual Machine
Java API
Java Programs
Installing Java
What about CLASSPATH?
Java’s Reserve Words
Starting a Java program
Line 1—public class App
Line 2—public static void main(String[] args)
Line 3—System.out.println(“Hello from Java!”);
Compiling Code 15
Compiling Code: Using Command-Line Options
Cross-Compilation Options
Compiling Code: Checking for Deprecated Methods
Running Code
Running Code: Using Command-Line Options
Commenting Your Code
Importing Java Packages and Classes
Finding Java Class with CLASSPATH
Summary

Module 2: Variables, Arrays and Strings

Variables
Data Typing
Arrays
Strings
What Data Types are Available?
Creating Integer Literals
Creating Floating-Point Literals
Creating Boolean Literals
Creating Character Literals
Creating String Literals
Creating Binary Literals
Using Underscores in Numeric Literals
Declaring Integer Variables
Declaring Floating-Point Variables
Declaring Character Variables
Declaring Boolean Variables
Initializing Variables Dynamically
Conversion between Data Types
Automatic Conversions
Casting to New Data Types
Declaring One-Dimensional
Creating One-Dimensional Arrays
Initializing One-Dimensional Arrays
Declaring Multi-Dimensional Arrays
Creating Multi-Dimensional Arrays
Initializing Multi-Dimensional Arrays
Creating Irregular Multi-Dimensional Arrays
Getting an the Length of an Array
Understanding General Form of Static Import
Importing Static Members
The String Class
Getting String Length
Concatenating Strings
Getting Characters and Substrings
Searching For and Replacing Strings
Changing Case in Strings
Checking for Empty String
Formatting Numbers in Strings
The StringBuffer Class
Creating StringBuffers
Getting and Setting StringBuffer Lengths and Capacities
Setting Characters in String Buffers
Appending and Inserting Using StringBuffers
Deleting Text in StringBuffers
Replacing Text in String Buffer
Using the Wrapper Class
Autoboxing and Unboxing of Primitive Types
Learning the Fundamentals of Varargs Methods
Overloading Varargs Methods
Learning the Ambiguity in Varargs Methods
Using Non-Reifiable Formal Parameters

Module 3: Operators, Conditionals and Loops

Operators
Conditionals
Loops
Operator Precedence
Incrementing and Decrementing (++ and –)
Unary NOT (~ And !)
Multiplication and Division (* and /)
Modulus (%)
Addition and Subtraction (+ and -)
Shift Operators (>>, >>>, and <<)
Relational Operators (>, >=, <, <=, ==, and !=)
Bitwise and Bitwise Logical AND, XOR, and OR (&, ^, and /)
Logical (&& and ||)
The if-then-else Operator
Assignment Operators (= and [operator]=)
Using the Math
Changes in the Math Class
Class StrictMath
Comparing Strings
The if Statement
The else Statement
Nested if
The if-else Ladders
The switch Statement
Using Strings in switch Statement
The while Loop
The do-while Loop
The for Loop
The for-each Loop
Supporting for-each in Your Own Class
A (Poor) Solution
Significance of for-
Nested Loops
Using the break Statement
Using the continue Statement
Using the return Statement
Summary

Module 4: Class, Object, Packages and Access Specifiers

The Control Overview of a Class
Working with Objects
Working with Methods
Defining Default Methods
Working with Constructors
Using Default Constructor
Using Parameterized Constructors
Exploring Packages
Studying the Types of Packages
Importing Packages
Using Access Specifiers
Working with Streams API
Stream API Overview
Collection and Stream
Commonly Used Functional Interfaces in Stream
Java.util.Optional
Aggregate Operations
Working with Time API

Module 5: Implementing Object-Oriented Programming in Java

Understanding Encapsulation
Understanding Abstraction
Understanding Inheritance
Understanding the final Keyword
Preventing Inheritance
Declaring Constant
Preventing Method Overriding
Implementing Interfaces
Working with Lambda Expressions
Method References
Using Lambda Expressions
Implementing Abstract Classes and Methods
Difference between Abstract Classes and Interfaces
Implementing Polymorphism
Understanding the Static Polymorphism
Understanding the Dynamic Polymorphism
Summary

Module 6: Working with Streams, Files and I/O Handling

Streams, Readers and Writers
Essentials in NIO
Buffers
Channels
Charsets and Selectors
Enhancements in NIO with Java 8
The Path Interface
The Files Class
The Paths Class
The File Attribute Interfaces
The FileSystem Class
The FileSystems Class
The FileStore Class
Prospects of NIO
Working with Streams
The InputStream Class
The OutputStream Class
The ByteArrayInputStream Class
The ByteArrayOutputStream Class
The BufferedInputStream Class
The BufferedOutputStream Class
The FileInputStream Class
The FileOutputStream Class
Working with the Reader Class
Working with the Writer Class
Accepting Input from the Keyboard with the InputStreamReader Class
Working with the OutputStreamWriter Class
Working with Files
Using the File Class
Using the FileReader Class
Using the FileWriter Class
Working with the RandomAccessFile Class
Working with Character Arrays
Using the CharArrayReader Class
Using the CharArrayWriter Class
Working with Buffers
Using the BufferedReader Class
Using the BufferedWriter Class
Working with the PushbackReader Class
Working with the PrintWriter Class
Working with the StreamTokenizer Class
Implementing the Serializable Interface
Working with the Console Class
Working with the Clipboard
Working with the Printer
Printing with the Formatter Class
Using the System.out.printf() Method
Using the String.format() Method
Formatting Dates Using the String.format() Method
Using the Java.util.Formatter Class
Scanning Input with the Scanner class
Summary

Module 7: Implementing Exception Handling

Overview of Exceptions
Exception Handling Techniques
Rethrowing Catched Exception with Improved Type Checking
Built-in Exceptions
User-Defined Exceptions
Summary

Module 8: Working with Multiple Threads

Using Threads in Java
Life Cycle of a Thread
Synchronization of Threads
Multithreaded Custom Class Loader
Getting the Main Thread
Naming a Thread
Pausing a Thread
Creating a Thread with the Runnable Interface
Creating a Thread with the Thread Class
Creating Multiple Threads
Joining Threads
Checking if a Thread Is Alive
Setting Thread Priority and Stopping Threads
Synchronizing
Communicating between Threads
Suspending and Resuming Threads
Creating Graphics Animation with Threads
Eliminating Flicker in Graphics Animation Created Using Threads
Suspending and Resuming Graphics Animation
Using Double Buffering
Simplifying Producer-Consumer with the Queue Interface
Implementing Concurrent Programming
Simplifying Servers Using the Concurrency Utilities
Knowing Various Concurrency Utilities
Learning about the Java.util.concurrent Package
Learning about the Java.util.concurrent.locks Package
Learning about the Java.util.concurrent.atomic Package
Summary

Module 9: Working with Collections Framework

The Collection Interfaces
The Collection Classes
The Map Interfaces
The Map Classes
Collections Framework Enhancements in Java SE 8
Using the Collection Interface
The Queue Interface
The List Interface
The Set Interface
The SortedSet Interface
Using the Collection Classes
Using the Comparator Interface
Using the Iterator Interface
Using the ListIterator Interface
Using the AbstractMap Class
Using the HashMap Class
Using the TreeMap Class
Using the Arrays Class
Learning the Fundamentals of Enumerations
The Legacy Classes and Interfaces
Using the Aggregate Operations
Using the Java.util.function Package
Summary

Module 10: Creating Packages, Interfaces, JAR Files and Annotations

Packages and Interfaces
JAR Files
The Java API Package
The Java.lang Package
Basics of Annotation
Other Built-In Annotations
Creating a Package
Creating Packages that have Subpackages
Creating an Interface
Implementing an Interface
Extending an Interface
Using Interfaces for Callbacks
Performing Operations on a JAR File
Marker Annotations
Single Member Annotations
Summary

Module 11: Working with Java Beans

What is Java Bean?
Advantages of Java Bean
Introspection
Persistence
Customizers
Understanding Java Beans
Designing Programs Using Java Beans
Creating Applets that Use Java Beans
Creating a Java Bean
Creating a Bean Manifest File
Creating a Bean JAR File
Creating a New Bean
Adding Controls to Beans
Giving a Bean Properties
Design Patterns for Properties
Using Simple Properties
Designing Patterns for Events
Learning Methods and Design Patterns
Creating Bound Properties
Giving a Bean Methods
Giving a Bean an Icon
Creating a BeanInfo Class
Setting Bound and Constrained Properties
Implementing Persistence
Using the Java Beans API
Learning the Basics of an Event
Using the Java Beans Conventions
Using the Remote Notification and Distributed Notification
Using Beans with JSP
Summary

Module 12: Networking and Security with Java

Basics of Networking
Sockets in Java
Client-Server Networking
Proxy Servers
Internet Addressing
Domain Name Service
Inet4Addresses and Inet6Addresses
The URL Class
The URI Class
URI Syntax and Components
TCP/IP and Datagram
Blackboard Assignment Retrieval Transaction
Understanding Networking Interfaces and Classes in the Java.net Package
Understanding the InetAddresses
Caching InetAddress
Creating and Using Sockets
Creating TCP Clients and Servers
Understanding the Whois Example
Submitting an HTML Form from a Java Program
Handling URL
Using the URLConnection Objects
Working with Datagrams
Datagrams Server and Client
Working with BART
Learning about the Java.security Package
Summary

Module 13: Implementing Event Handling and Wrappers in Servlets 3.1

Introducing Events
Introducing Event Handling
Working with the Types of Servlet Events
Developing the onlineshop Web Application
Introducing Wrappers
Working with Wrappers
Summary

Module 14: Java Server Pages 2.3 and Expression Language 3.0

Introducing JSP Technology
Listing Advantages of JSP over Java Servlet
Exploring the Architecture of a JSP Page
Describing the Life Cycle of a JSP Page
Working with JSP Basic Tags and Implicit Objects
Working with Action Tags in JSP
Exploring EL
Using Custom Tag Library with EL Functions

Module 15: Implementing Filters

Exploring the Need of Filters
Exploring the Working of Filters
Exploring Filter API
Configuring a Filter
Creating a Web Application Using Filters
Using Initializing Parameter in Filters
Manipulating Responses
Discussing Issues in Using Threads with Filters
Summary

Module 16: Java EE Design Patterns

Describing the Java EE Application Architecture
Introducing a Design Pattern
Discussing the Role of Design Patterns
Exploring Types of Patterns
Summary

Module 17: Implementing SOA using Java Web Services

Section A: Exploring SOA and Java Web Services
Overview of SOA
Describing the SOA Environment
Overview of JWS
Role of WSDL, SOAP and Java/XML Mapping in SOA
Section B: Understanding Web Service Specifications to Implement SOA
Exploring the JAX-WS 2.2 Specification
Exploring the JAXB 2.2 Specification
Exploring the WSEE 1.3 Specification
Exploring the WS-Metadata 2.2 Specification
Describing the SAAJ 1.3 Specification
Working with SAAJ and DOM APIs
Describing the JAXR Specification
JAXR Architecture
Exploring the StAX 1.0 Specification
Exploring the WebSocket 1.0 Specification
Describing the JAX-RS 2.0 Specification
Exploring the JASON-P 1.0 Specification
Section C: Using the Web Service Specifications
Using the JAX-WS 2.2 Specification
Using the JAXB 2.2 Specification
Using the WSEE and WS-Metadata Specifications
Implementing the SAAJ Specification
Implementing the JAXR Specification
Implementing the StAX Specification

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