Learn Java Programming
This comprehensive Java Programming course is designed to equip learners with a solid foundation in Java, one of the most ...
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Java is one of the world’s most important and widely used computer programming languages. Furthermore, it has held that distinction for many years. Unlike some other computer languages whose influence has waned with time, Java has grown stronger.
Java leaped to the forefront of Internet programming with its first release. Each subsequent version has solidified that position. Today, it is still the first and best choice for developing web-based applications.
This comprehensive Java Programming course is designed to equip learners with a solid foundation in Java, one of the most versatile and widely used programming languages. Whether you are a beginner with no prior coding experience or an experienced developer looking to enhance your skills, this course provides a step-by-step learning path to master Java programming.
Chapter 0: Computer Language Generations and Environment Setup
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1
Introduction to Computer Programming LanguagesIn this lesson, you will learn about the computer programming language and different generations of programming languages. Along with this, you will also learn about the different types of programming language translators.
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2
Downloading and Installing Eclipse IDE -
3
Introduction to Jcodebook - Subscribing Java Course
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4
E-Book : Java Programming
Chapter 1: Introduction to Java
Chapter 2: Java Data Types, Tokens and Variables
Chapter 3: Working with User Input in Java
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16
Command Line Arguments in Java
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17
Exercises: Java Command Line Arguments
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18
Taking Input using Scanner Class in Java
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19
Taking Input Using BufferedReader and InputStream Reader in Java
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20
Bonus! Taking Input Using Console Class
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21
Working With Inputs in JavaThis quiz assesses the knowledge of different input methods in Java.
Chapter 4: Java Operators and Expressions
Chapter 5: Understanding Control Statements in Java
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31
Java Decision Making using If Else Statements
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32
Switch Statements in Java
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33
Working with do-while loop in Java
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34
Working with While Loop in Java
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35
Understanding foreach loop in Java
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36
Working with Jump Statements in Java
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37
Working with for loop in Java
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38
Working with Control and Loop Statements in Java
Chapter 6: Working with Wrapper Classes Arrays in Java
Chapter 7: Understanding Classes and Methods in Java Part 1
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45
Creating Class and Object in Java
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46
Adding a Method Inside a Class in Java
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47
Creating Multiple Classes in Java
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48
Exploring Methods in Java
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49
Creating an Array of Objects in Java
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50
Using an Object as a Member of a Class - Composition Part 1
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51
Using an Object as a Member of a Class - Composition Part 2
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52
Understanding Static Keyword in Java
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53
Understanding Method Overloading in Java
Chapter 8: Understanding Constructors and Encapsulation in Java
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54
Understanding Constructors in Java
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55
Understanding Parameterized Constructors in Java
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56
Understanding Constructor Overloading in Java
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57
Understanding the Copy Constructor in Java
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58
Implementing Encapsulation in Java
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59
Understanding a toString() Method in Java
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60
Understanding the 'this' keyword in Java
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61
Understanding Classes, Objects, and Encapsulation
Chapter 8: Understanding Methods and Objects in Java Part 2
Chapter 9: Working with Inheritance and Polymorphism in Java
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67
Introduction to Inheritance in Java
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68
Working with Single Level Inheritance in Java
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69
Understanding Multilevel Inheritance in Java
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70
Accessing Getters/Setters Methods in Inheritance in Java
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71
Using Super Keyword in Java
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72
Understanding Methods Overridding in Java
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73
Upcasting and Downcasting in Java
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74
Understanding Dynamic Method Dispatch in Java
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75
Understanding Final Keyword in Java
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76
Understanding Hierarchical Inheritance in Java
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77
Understanding Methods Overriding and Runtime Polymorphism in Java
Chapter 10: Working with Package, Abstract Class and Interface in Java
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78
Understanding the Package in Java
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79
Understanding Access Specifiers in Java
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80
Working with Abstract Class in Java
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81
Undestanding Abstract Class and Methods
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82
Understanding Interface In Java
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83
Extending Interfaces in Java
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84
Understanding Multiple Inheritance in Java
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85
Understanding the Diamond Problem in Java
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86
Understanding Hybrid Inheritance in Java
Chapter 11: String Handling in Java
Chapter 12: Understanding Error and Exception Handling in Java
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92
Overview of Errors and Exceptions in Java
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93
Handling Exceptions in Java
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94
Multiple Catch Block Statements in Java
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95
Understanding Nested Try Block in Java
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96
Understanding Final Keyword in Java
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97
Undersatnding Exception Hierarchy, Checked, and Unchecked Exception in Java in Java
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98
Understanding throw Keyword in Java
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99
Understanding the throws Keyword in Java1
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100
Creating and Understanding Custom/User-defined Exceptions in Java
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101
Understanding Assertions in Java
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102
Applying Assertions in Java
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103
Understanding Additional Exception Featutres in Java
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104
Quiz: Exception in JavaThis quiz challenges your understanding of Java's exception handling mechanisms. Test your knowledge of compile-time vs. run-time errors, try-catch-finally blocks, custom exceptions, and the nuances of throw and throws. Delve into nested try-catch structures and assertions, and analyze complex code snippets to predict their output. The questions range from basic concepts to intricate scenarios, demanding a deep grasp of exception handling best practices. Sharpen your skills in debugging and error management, crucial for robust Java development.
Chapter 13: Working with I/O Stream Classes and File Handling in Java
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105
Overview of Stream Classes in Java
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106
Creating File and Directory in Java
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107
Writing to the File Using FileWriter and BufferedWriter Class in Java
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108
Understanding Try with Resources Concept in Java
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109
Reading From a File Using BufferedReader Class in Java
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110
Reading a Text File Using Scanner Class
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111
Deleting File and Text in Java
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112
Reading and Writing on File using FileInputStream and FileOutputStream Class in Java
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113
Understanding Serialization and Deserialization of Objects in Java
Chapter 14: Working with Multithreading in Java
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114
Overview of Multithreading Concept in Java
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115
Introduction to Thread and Creating Main Thread in Java
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116
Understanding The Life Cycle of a Thread in Java
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117
Creating a Thread By Extending a Thread Class in Java
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118
Understanding isAlive() and Join() Method of Thread
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119
Creating Thread by Implementing Runnable Interface in Java
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120
Understanding the Thread Priority in Java
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121
Understanding The Thread Synchronization Concept in Java
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122
Understanding Interthreaded Communication, Wait() and Notify() Method in Java
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123
Understanding the Producer and Consumer Problem in Java
Chapter 15: Working with Generics
Chapter 16: Working with Collection Frameworks
Chapter 17: Working with AWT and Swings in Java
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133
Introduction to AWT and Swing Components in Java
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134
Creating a JFrame in Java Swings
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135
Creating a JDialog in Java Swings
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136
Creating a JPanel in Java Swings
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137
Creating a JLabel in Java Swings
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138
Creating JTextFields in Java Swings
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139
Creating a JButton in Java Swings
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140
Creating a JTable in Java
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141
Creating a JTextArea in Java Swings
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142
Creating a JCheckBox in Java Swings
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143
Creating a JRadioButton in Java Swings
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144
Creating a JList in Java Swings
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145
Creating a JComboBox in Java Swings
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146
Creating a JTabbedPane in Java Swings
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147
Creating a JOptionPane in Java Swings
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148
Creating a JMenuBar, JMenu , and JMenuItem in Java Swings
Chapter 18: Event Handling in Java
Chapter 19: Working with JDBC in Java
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153
Overview of JDBC
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154
Installing MySQL Database on Windows OS
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155
Introduction SQL Queries
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156
Connecting Java Program With MySQL Database using JDBC API
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157
How to Perform CRUD Operations on MySQL Database using Java
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158
Displaying MySQL Data on Swing JTable in Java
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159
Exploring Prepared Statement Interface and Its Methods in Java
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160
Performing CRUD Operations on MySQL Database Using GUI Forms in Java
1. What is Java, and why should I learn it?
Java is a versatile, platform-independent, and object-oriented programming language widely used for web, mobile, and enterprise applications. Learning Java opens opportunities in fields like software development, mobile app development (Android), and backend development.
2. Who is this course for?
This course is suitable for:
1. Beginners with no programming experience.
2. Developers transitioning from other programming languages.
3. Students aiming for a career in software development.
4. Professionals seeking to learn Java for enterprise or Android development.
1. Beginners with no programming experience.
2. Developers transitioning from other programming languages.
3. Students aiming for a career in software development.
4. Professionals seeking to learn Java for enterprise or Android development.
3. What are the prerequisites for learning Java?
No prior programming knowledge is required. However, a basic understanding of:
- Computer operation.
- Logical thinking.
- Familiarity with any programming language (optional but helpful).
- Computer operation.
- Logical thinking.
- Familiarity with any programming language (optional but helpful).
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Free
Course details
Duration
80 Hours
Lectures
151
Video
20 Hours
Assignments
1
Quizzes
8
Level
All Levels
Students will get certificate after completion of a course.
Life Time
Mobile, Laptop
Basic info
Core Java Concepts:
- Object-Oriented Programming (OOP): Encapsulation, Inheritance, Polymorphism, Abstraction.
- Classes and Objects: Defining and using classes, constructors,
thiskeyword. - Data Types and Variables: Primitive and non-primitive types.
- Control Structures: Loops (
for,while,do-while), conditionals (if-else,switch). - Methods: Static and instance methods, method overloading.
- Exception Handling:
try-catch,finally, custom exceptions. - Packages and Access Modifiers:
private,protected,public, default access. - Strings and Arrays: String operations,
StringBuilder, 1D and 2D arrays.
Advanced Java Concepts:
- Collections Framework: List, Set, Map, Queue, and their implementations.
- Generics: Type-safe programming using class and method templates.
- Multithreading and Concurrency: Threads, synchronization,
ExecutorService. - Streams and Lambda Expressions: Functional programming, method references.
- File I/O: Reading and writing files, serialization.
- Java Database Connectivity (JDBC): CRUD operations, database connections.
- Annotations: Built-in and custom annotations.
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Intended audience
M.Tech | B.Tech | MCA | M.Sc.(CS/IT) | MCA | BCA
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