Submitting Work

Submissions must be done using GIT by 3:07am ET in the morning on the day after that given on the course Calendar (so it is effectively a few extra hours grace time past midnight).

• You will be graded only on what is pushed on the master branch of the repository provided for you in the course's Gitlab group
• You are responsible for ensuring that all files are correctly pushed to the repository on time (so make sure you backup regularly (e.g., by using GIT!))
• The final version of the project's code must follow the course coding conventions and must not contain any merge conflicts (even commented out) or print statements (even printStackTrace())

Projects

• Breakout Game (on-boarding - individual)
  • Part 1
  • Part 2
  • Part 3
• OOLALA (practice 1 - 2 or 3 students)
  • App 1
  • App 2
  • Refactoring
• Cell Society (practice 2 - 4-5 students)
  • Plan and Test
  • Basic
  • Change
• OOGA (Final Project 5-6 students)
  • Plan
  • Test
  • Sprint 1
  • Sprint 2
  • Complete
  • Demo

Individual Weekly Journals

Craftsmanship

Developing software is about more than just the code that makes the program run, so each project must have

• Consistent coding conventions. All code in the master branch of your project repository will be checked that it is uniformly formatted using the static analysis tool Checkstyle
• Code Design Habit Checklist. All code in the master branch of your project repository will be checked that it does not contain basic design issues using the static analysis tool SonarQube
• Documentation
  • Comments: documentation for all public packages, classes, methods, and constants in the master branch of your project will be generated using Javadoc
  • README: introductory document to help other developers get started with your project
  • DESIGN: detailed document to help other developers understand your project's design goals
  • External: visualizations of your code's structure will be generated based on its dependencies and in UML

Course Software

Projects in this course will use:

Programming Language	OpenJDK FULL package	Open Source version of Java which includes OpenJFX
GUI Framework	OpenJFX formerly JavaFX	Open Source, modern, UI toolkit for Java that works for desktop, mobile, and embedded apps any of its add ons that build the code for you are not allowed (specifically, using FXML or SceneBuilder)
Development Environment	IntelliJ Ultimate	Integrated Development Environment (IDE) with features that support writing well-designed code free for students and strongly recommended, but not required
Version Control	GIT	Open Source, industry standard, software to support working in teams many commercial and academic servers exist to host GIT code repositories
Repository Host	coursework	Duke CompSci managed GIT server
Documentation Format	Markdown	Open Source, industry standard, general purpose plain text format that can be transformed into any other document format supported directly within IntelliJ or using this web-based, shared, editor (sign-in required)