“Acquire Object-Oriented Coffee the Difficult Mode” is a volume that teaches yous the object-oriented parts of Coffee with over 50 complete example programs that illustrate each concept step-by-step.
Each concept is
with working code and
explained, and so that yous understand what every line of code does and why it is there. Afterward you work through this volume, you lot should be able to understand the basic structure and function of
Coffee programme, even large programs by professional developers.
The exercises and explanations in this volume are distilled from my over xv years of experience teaching object-oriented programming to everyday students.
Your volume volition be available as a download in PDF, Kindle (.mobi) and iPad (.epub) versions and so you tin can read it on all of your favorite devices.
There are no tutorial videos however; I’ll be recording those over the next few months.
If you’re yet undecided, you lot should read the starting time twelve chapters for free on this site or I can e-mail you lot a sample volume containing just the free chapters.
“Learn Object-Oriented Coffee the Difficult Way” focuses on the object-oriented parts of Java and covers them
deeply, with plenty of complete working examples and the explanations you lot won’t discover in other books.
You need some experience in Java or a similar linguistic communication before yous will be able to make information technology through this material. If you lot take never programmed before in
In the final chapter you’ll write a graphical version of a pop checker-dropping game and know how to package it up in a JAR file to send to others. You will learn:
- How to install the Java compiler and a text editor
- How to work with Java objects and create your own classes
- Fields and instance variables
- Methods and Parameters
- Reference Variables vs Primitives
- Generics and Casting
- Abstruse Classes and Methods
- How to create JAR files
- Graphical User Interfaces in JavaFX
- Mouse and Keyboard Input in GUIs
- Testing and Efficiency
- Algorithmic Complexity and Big-O Notation