Bachelor's degree Computer scienceUE Programming 2

This teaching consists of a deepening of the principles and concepts related to programming. It is based on the Java programming language, and therefore addresses in particular the concepts of object-oriented programming but also the functional aspects of programming. Emphasis will be placed on the methodology and good practices to be adopted for proper programming.

• Polymorphism : interfaces, abstract classes, extension
• Function-level programming : method pattern, hookups, loops, collections, streams
• Generic interfaces : consumer, producer, container, functional interfaces
• Basic design principles : Do not repeat yourself, Single responsability principle, refactoring
• Methodology : specification, documentation, tests, version control

• Use several programming paradigms (imperative, functional, object and concurrent approaches) as well as several programming languages.
• Use a library or framework by consulting its documentation.
• Know and respect the best practices to adopt in programming in order to create maintainable programs that can be exploited by third parties.
• Read, analyze and exploit technical documents such as documentation and specifications.
• Know how to find an error in a program and correct it.
• Use the tools and techniques of IT project management : development environment, version control, automation of production.

• Clean Code : A Handbook of Agile Software Craftsmanship, Robert C. Martin
• Code Complete, Steve McConnell
• Refactoring, Martin Fowler
• Java documentation

• Programming 1

A project will serve as a guideline for the practical work sessions. It will be evaluated regularly and will count for the final grade.

• Lectures: 15 hours
• Pratical works: 44 hours

• Bachelor's degree Computer science:

  • Learning path: Computer science