Registration
Java
Home / Courses / Java
Overview
Curriculum
To teach you everything you need to know about the Java language and platform, learn Java Standard Edition with our range of courses. You will get the confidence to write not just your own programs with our practical and hands-on Java courses, but actually, you need to understand what you are doing. The terminology is explained simply but comprehensively, All in a logical way.
Java is a widely used Object Oriented programming language and is similar to C++ or Smalltalk, among others. The key reason for Javas popularity is because it can run on different operating systems, such as Windows, Linux, Unix, etc., without having to rewrite significant pieces of code
Easy to learn: Java is object-oriented, its quite easy to learn, especially if you know something about C and C++
Object-Oriented Programming Language:Among 100% OOPS programming language Java is the pne. OOPS, the application is much easier, and it also helps to keep system modular extensible and flexible.
Write less code:Programs are can be four times smaller than the same program written in C++ when written in the Java programming language.
Great collection of Open Source libraries:Java should be used everywhere as ensured through the Open-Source libraries.
Avoid platform dependencies:Most of Java applications are developed in Windows environment and run in UNIX platform so this is still one of the reasons for Java being the best programming language.
Object-Oriented Programming Language:Among 100% OOPS programming language Java is the pne. OOPS, the application is much easier, and it also helps to keep system modular extensible and flexible.
Write less code:Programs are can be four times smaller than the same program written in C++ when written in the Java programming language.
Great collection of Open Source libraries:Java should be used everywhere as ensured through the Open-Source libraries.
Avoid platform dependencies:Most of Java applications are developed in Windows environment and run in UNIX platform so this is still one of the reasons for Java being the best programming language.
java
1. Introduction of Java
A. History of JavaB. What is Java?
C. What is JVM?
D. Java Keywords
E. Difference between JDK,JRE and JVM
F. Technologies based on Java
G. Features of Java
2. Data types in Java
A. Data types in javaB. Primitive data types
C. Non-Primitive Data Types
3. Arithmetic Operators
A. Unary OperatorB. Increment Operator(++)
C. Decrement Operator(--)
D. Assignment Operator
E. Relational Operator
F. Boolean Operator
G. Bitwise Operator
H. Ternary Operator/Conditional Operator(?:)
I. new Operator
J. Cast Operator
4. Control Statements in Java
A. Control statementsB. If Statements
C. If-else Statements
D. switch-case Statements
E. Iteration Statements
F. for Statements
G. while Statements
H. do-while Statements
I. Transfer Statements break and continue
5. Arrays in Java
A. What is arrayB. Types of array
C. arrayname.length Property
D. Command Line arguments
6. String class in Java
A. Creating StringsB. String class methods
C. Immutability of String
7. StringBuffer and StringBuilder
A. String Buffer classB. String Buffer class methods
C. String Builder class
D. String Builder class methods
8. Introduction to OOP
A. Class/ObjectB. Encapsulation
C. Abstraction
D. Inheritance
E. Polymorphism
9. Classes & Object
A. Understanding methodsB. Static Variables, Methods and block
C. `this` keyword
D. Instance methods
E. Passing Primitive data types, Objects & Arrays to methods
10. Inheritance
A. `super` keywordB. Types of Inheritance
C. Access Specifiers
11. Polymorphism
A. Polymorphism with VariablesB. Polymorphism using Methods
C. Static Polymorphism
D. Dynamic Polymorphism
E. Polymorphism with Static keywords
F. Polymorphism with Private methods
G. Polymorphism with final methods
H. 'final' class
12. Type Casting
A. Casting with Primitive Data TypesB. Casting with Primitive User Defined Data Types
C. Generalization and Specialization
D. Object Class
E. Cloning the class Objects
13. Abstract Classes & Interfaces
A. Abstract Method & Abstract ClassesB. Multiple Inheritance using Interfaces
C. Interface within Interface
D. Abstract classes V/s Interfaces
14. Packages
A. Types of PackagesB. Interfaces in package
C. Creating Sub Package In Package
D. Object Class
E. Cloning the class Objects
15. Exception Handling
A. What are Exceptions?B. Types of Exceptions?
C. Handling Exception
D. 'try','catch'
E. Handling Multiple Exception
F. 'finally','throw','throws'
16. Wrapper Classes
A. Character classB. Byte class
C. Short class
D. Integer class
E. Long class
F. Float class
G. Double class
H. Boolean class
I. Math class
17. Threads
A. What is Multithreading?B. Ways to creating Multithreading
C. Thread Scheduler
D. Thread class method
E. Runnable Interface
F. Demon Thread
G. Thread class methods
H. Difference between yield and sleep method.
I. Thread priority
J. Serialization
K. Inter Thread Communication
18. IO Streams & Files
A. File HandlingB. Byte Oriented Streams
C. Character Oriented Streams
19. Generics
A. Introduction GenericsB. Using Built-in Generics Collections
C. Writing Simple Generics Class
D. Bounded Generics
E. Wild Card Generics
F. 'finally','throw','throws'
20. Colleciton & MAP
A. Colleciton InterfaceB. List
C. Set
D. Cursors
E. Comparable
F. Comparator
G. Map
H. Arrays class
I. Collections class
J. String Tokenizer
K. Calendar & Date Class
21. Swing
A. What is Swing?B. Swing class object creation approach
C. Advantages of Swing
D. Different form design in Swing
E. Swing class Components
F. Integerating Multi-frame model in Swing
Java 8 Features
A. String Joiner Class was introduced in java 8.B. Java Lambda Expression
C. Java 8 Date Time API Examples
D. Predicates
E. Default and statice methods in Interface
F. Method References
G. Stream API