INFO0062 - Object-Oriented Programming

General information

• Presentation of the course.
• Audience: Bachelor in engineering (computer science orientation), bachelor in computer science, bachelor in mathematical sciences, master in electrical engineering, master in business engineering, master in mathematical sciences, master in geographical sciences.
• Time: Second semester, Thursday morning. The lectures are given from 8:30 to 10:30 and the exercise sessions from 10:45 to 12:45.
• Place: Lessons: Domat auditorium (B31). Exercise sessions: see Celcat tool.
• Assistant: Baptiste Vergain. A page dedicated to exercise sessions is available.
• Evaluation: A written exam, and a practical project.
  First session, 2025: Monday June 16th at 13:00, rooms 142 and 202 (B7b).
  Distribution of the students:
  • From A to L (excl. ESH): room 202
  • From M to Z + JEMINE, JOACHIM: room 142.
  Students benefiting from a time extension (ESH) are invited to pass the exam in the room 142, and to signal themselves to the proctors before the beginning of the test.
• References:
  • An Introduction to Object-Oriented Programming, Timothy Budd, Addison-Wesley, 2002.
  • The Java Programming Language, Ken Arnold, James Gosling, David Holmes, Addison-Wesley, 2005.
• Additional references about the Java programming language:
  • The Java tutorials.
  • Thinking in Java, Bruce Eckel, Prentice Hall, 2006.
• List of frequently asked questions.

Transparencies

The transparencies used during the course can be downloaded here. Printed copies are also distributed by the student union press.

Examples of programs

• Stack: Stack.java, TestStack.java.
• Eight queens problem: EightQueens.java, Queen.java.
• Statistical application: Statistics.java, StatFileError.java, StatComputationError.java, TestStat.java.
• Generic linked list: LinkedList.java, LinkedListTest.java.
• Fractal generation: Fractal.java, Drawing.java, Mandelbrot.java, Palette.java.

Project

The subject of the programming project for 2025 is published here. The following resources are available:

• Graphical library: sliding-puzzle-gui.jar.
• Examples of specification files: Klotski, 15-puzzle.

Past exams

The statements of these past exams are available:

• First session, 2016,
• Second session, 2016,
• First session, 2017,
• Second session, 2017,
• First session, 2018,
• Second session, 2018,
• First session, 2019,
• Second session, 2019,
• First session, 2021,
• Second session, 2021,
• First session, 2022,
• Second session, 2022,
• First session, 2023,
• Second session, 2023,
• First session, 2024,
• Second session, 2024.