The Java programming language is robust and versatile, enabling developers to:
- Write software on one platform and run it on another.
- Create programs to run within a web browser.
- Develop server-side applications for online forums, stores, polls, processing HTML forms, and more.
- Write applications for cell phones, two-way pagers, and other consumer devices.
- It's no wonder the Java platform attracts so many new developers.
1.0 Java Overview
1.1 Course Topics
1.2 What Java is and isn’t
1.3 Java advantages and disadvantages
1.4 Tools needed
1.5 Setup process
1.6 What a Java program looks like
1.7 Imports and packages
1.8 Compiling and running
2.0 Data types
2.1 Primitives
2.2 Numeric Bases
2.3 Expressions and Operators
2.4 Casting and promotion of primitive types
3.0 Variables and methods
3.1 Reserved words
3.2 Valid assignment
3.3 Variable scope
3.4 Method definition
3.5 Method parameters
3.6 Coding style
4.0 Strings
4.1 Creation
4.2 Concatenation
4.3 Methods
4.4 Immutability
4.5 StringBuffer
4.6 Formatting
5.0 Flow Control
5.1 Boolean operators
5.2 Comparing objects
5.3 If-else
5.4 Ternary operator
5.5 Loops
5.6 Nesting loops
5.7 Break and continue
5.8 And, not, or
6.0 Arrays
6.1 Creating
6.2 Accessing elements
6.3 Looping
6.4 Enhanced for loop
6.5 Multidimensional
6.6 Utilities
6.7 Varargs
7.0 Collections
7.1 Vector
7.2 The Object class
7.3 Wrapper classes
7.4 Auto boxing/unboxing
7.5 Hashtable
7.6 Enumerations
7.7 List, Map, Set
7.8 Iterator
7.9 Collection utilities
7.10 Generics
8.0 OOP
8.1 Objects and instances
8.2 Constructors
8.3 Access modifiers and encapsulation
8.4 Static and final members
8.5 Overloading methods
8.6 Inheritance
8.7 Overriding methods
8.8 Abstract classes
8.9 Polymorphism
8.10 Interfaces
9.0 Exception Handling
9.1 Checked vs. Unchecked exceptions
9.2 Throw/Try/Catch
9.3 Finally
9.4 Custom exceptions |
