This PDF
covers the following topics related to Object Oriented Development : Java
Essentials, Introduction, The Case Study, Analyses, Design, Programming,
Testing, Exception Handling, Polymorphism and Design Patterns, Inheritance,
Inner Classes.
This note
covers the following topics: From Scheme to Java, Java Mechanics, Java Data
Types, Static Fields and the Singleton Pattern, Simple Graph Algorithms,
Object-Oriented Data Structures, Graphical User Interfaces, GUI Programming.
This
note explains the following topics: The Practice of Programming, Tools for
Working with Abstractions, Inheritance, Polymorphism, and Abstract Classes,
Interfaces, Nested Classes, and Other Details, Graphical User Interfaces in
JAVA, Generic Programming, Correctness and Robustness.
This note provides an
overview of object-oriented programming in general and Java in particular.
Topics covered includes: The Basic Parts of Java, Object-Oriented Programming in
Java, Inheritance, Polymorphism, Interfaces and Introduction to Inner Classes,
Exception Handling, Input/Output (Streams), Software Test, Run-Time Type
Identification, The Assert Mechanism and Design by Contract.
This note intended
to provide both an introduction to Java that complements the practical workbooks
and to highlight the abstract notion of object-oriented programming. Examples
and discussions will use Java primarily, but other languages may be used to
illustrate specific points where appropriate.
This lecture
note covers the following topics: Types and objects, Very simple Java programs,
Fancier Java features, Recursion, Parsing, Exception handlers, Lists, Trees,
Graphical User Interfaces: Static, Generic Types and Java Collections, Software
Design Principles, Threads and Concurrency, The Java Query Language, Using Java
to Query databases and other persistent object repositories JPQL, Distributed
Computing and Quantum Computing.
This course
note continues the development of
programming and problem-solving skills, focusing on object-oriented programming
and design (OOP/OOD), and improved programming practices. Topics include: an
introduction to the Java programming language, encapsulation and information
hiding, proper program and class design, inheritance, polymorphism, and
generics. Other topics may be added, time permitting.
Author(s): University of Maryland, Baltimore County