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CSCI 1302
CSCI 1302

Tools:

  • 1. The Unix Environment
    • 1.1. Introduction
    • 1.2. The Prompt
    • 1.3. Required Setup
    • 1.4. Terminals
    • 1.5. Logging In
  • 2. Unix Commands
    • 2.1. Navigating the File System
    • 2.2. Time-saving Tips
    • 2.3. Getting Help
    • 2.4. Inspecting Files
    • 2.5. New Directories
    • 2.6. Moving and Removing
  • 3. The Emacs Text Editor
    • 3.1. Introduction
    • 3.2. Control and Meta
    • 3.3. Open / Create File
    • 3.4. Basic Commands
    • 3.5. Customize Emacs
    • 3.6. Built-in Emacs Tutorial
  • 4. Javadoc and API Documentation
    • 4.1. Introduction
    • 4.2. Getting Started
    • 4.3. Generating the API Documentation Website
    • 4.4. Hosting the API Documentation Website
    • 4.5. Troubleshooting Tips
    • 4.6. Writing Javadoc Comments
    • 4.7. FAQ
  • 5. UML
    • 5.1. Introduction to UML
    • 5.2. UML Class Diagrams
    • 5.3. UML Software and Tools
  • 6. Interpreter Scripts
    • 6.1. What is an Interpreter Script?
    • 6.2. Bash Scripts
  • 7. Maven
    • 7.1. Maven Introduction
    • 7.2. Creating a Project
    • 7.3. Updating the POM
    • 7.4. Using Maven

Java:

  • 1. Reference Variables
    • 1.1. Introduction
    • 1.2. Reference Type Examples
    • 1.3. Reference Types and Assignment Values
  • 2. Packages
    • 2.1. Introduction
    • 2.2. Setting up the Environment
    • 2.3. Default Package
    • 2.4. Named Package
    • 2.5. Code Dependencies
    • 2.6. Further Important Notes
  • 3. Exceptions
    • 3.1. Introduction
    • 3.2. Exception Messages
    • 3.3. Avoiding Exceptions
    • 3.4. Handling Exceptions (Try-Catch)
    • 3.5. Regarding Scope
    • 3.6. Checked vs. Unchecked Exceptions
    • 3.7. Multiple Catch Blocks
    • 3.8. Explicitly Throwing Exceptions & Exception Propagation
    • 3.9. Review Questions - Exceptions
  • 4. Command-Line Arguments
    • 4.1. Introduction
    • 4.2. String[] args
    • 4.3. Command-Line Arguments Tutorial
  • 5. Interfaces
    • 5.1. Introduction
    • 5.2. Setting up the Environment
    • 5.3. Declaring an Interface
    • 5.4. Implementing an Interface
    • 5.5. Using an Interface
    • 5.6. Common Functionality among Disparate Classes
  • 6. Varargs
    • 6.1. Getting Started with Varargs
    • 6.2. The printf Method
  • 7. Inheritance
    • 7.1. Introduction
    • 7.2. Setting up the Environment
    • 7.3. Person Example (Refactoring Existing Code)
    • 7.4. What is Inherited?
    • 7.5. Animal Example
    • 7.6. Method Overrides
    • 7.7. Abstract Classes
    • 7.8. Inheritance and Polymorphism
  • 8. ADTs and Lists
    • 8.1. Introduction to Linked Lists
    • 8.2. Introduction to ADTs
    • 8.3. The List Interface (ADT)
    • 8.4. List ADT - Examples with Both Implementations
    • 8.5. Linked List Get Operation
    • 8.6. Linked List Add Operation
    • 8.7. Conclusion
  • 9. Visibility
    • 9.1. Introduction
    • 9.2. Public and Private Visibility
    • 9.3. Package Private Visibility
    • 9.4. Protected Visibility
    • 9.5. Summary of Visibilities
  • 10. Generics
    • 10.1. Introduction to Generics
    • 10.2. Wrapper Classes
    • 10.3. Setting up the Environment
    • 10.4. Creating the Shipping Container Class
    • 10.5. Introduction - Generic Methods
    • 10.6. Generic Methods
    • 10.7. Generic Methods - Video Example
  • 11. Lambda Expressions
    • 11.1. Introduction
    • 11.2. Functional Interfaces
    • 11.3. Example: Named Class vs. Lambda Expression
    • 11.4. How to Create Lambda Expressions
    • 11.5. More Examples
  • 12. JavaFX
    • 12.1. Getting Started
    • 12.2. Compiling JavaFX Applications
    • 12.3. High-Level Walkthrough
    • 12.4. Mid-Level Walkthrough
    • 12.5. Events and Event Handlers
    • 12.6. JavaFX 17 Bookmarks and Notes
  • 13. JavaFX Custom Components
    • 13.1. Getting Started
    • 13.2. Creating a Custom Component
  • 14. Threads
    • 14.1. Quick Introduction
    • 14.2. Thread Terminology
    • 14.3. The Thread Class
    • 14.4. Daemon Threads
    • 14.5. JavaFX Application Thread
  • 15. JSON
    • 15.1. Introduction to JSON
    • 15.2. JSON Objects
    • 15.3. Serializing to JSON in Java
    • 15.4. Parsing JSON in Java
    • 15.5. Adding Gson to a Project
  • 16. HTTP
    • 16.1. Introduction to HTTP
    • 16.2. Java’s java.net.http Library
    • 16.3. Complete Examples
  • 17. Recursion
    • 17.1. Introduction
    • 17.2. Infinite Recursion
    • 17.3. Problems and Sub-problems
    • 17.4. Recursive Countdown
    • 17.5. Recursive Count Up
    • 17.6. Recursive Factorial
  • 18. Algorithm Analysis
    • 18.1. Introduction
    • 18.2. Algorithm Analysis Steps
    • 18.3. Example Problems
    • 18.4. Space Complexity Analysis

Appendices:

  • Glossary
  • References
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Index

C | I | L | M | P | R | S | T | U

C

  • CLI
  • command-line arguments
  • command-line interface
  • copy constructor

I

  • instance method
  • instance variable

L

  • local variable

M

  • main thread The thread for instructions emitted by the
  • manual page

P

  • primitive variable

R

  • reference variable

S

  • shell
  • shell prompt
  • standard error
  • standard input
  • standard output
  • symbolic link
  • symlink

T

  • terminal
  • terminal emulator
  • thread

U

  • Unix
  • unix
Copyright © 2024-present Michael E. Cotterell, Bradley J. Barnes, and the University of Georgia.
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