Bachelor in Computer Science


Programming Fundamentals 2
Module:Programming Fundamentals 2, Semester 2
ECTS: 4
Objective: Programming is a craft rather than an exact science. Therefore, we need a set of programming tools and guiding principles to develop reliable applications. The main purpose of Programming Fundamentals 2 is to learn how to design and implement programs above 500 lines of code. We give emphasis on clean and beautiful code, well-thought architectures, and a disciplined programming workflow. To achieve our goals, we will rely on the object-oriented paradigm and the Java programming language, as well as various programming tools (e.g., an editor, terminal, 
bash, Maven, git and Github).This class is designed to be self-paced, you will watch video of the lectures and complete assignments at your own pace. Moreover, we provide automated and personalized feedback on your projects (quick assessment, code analysis session). In-class, the professors and assistants will help you strive through the class by answering your questions and re-explaining concepts as needed. In short, PF2 is your class.
Description: 1. Core
1.1. Basics of Java
1.1.1. Basics of Java syntax
1.1.2. Object and class
1.1.3. Composition (has-a relation)
1.1.4. Inheritance (is-a relation)
1.2. Polymorphisms
1.2.1. Ad-hoc polymorphism (overloading)
1.2.2. Sub-type polymorphism I (overriding)
1.2.3. Sub-type polymorphism II (interactions with ad-hoc)
1.2.4. Sub-type polymorphism III (interface and abstract class)
1.2.5. Casting polymorphism
1.2.6. Parametric polymorphism
1.3. Principles
1.3.1. Introduction to design patterns (e.g., factory, adapter, visitor)
1.3.2. The Liskov Substitution Principle (LSP)
1.3.3. The Single-Responsibility Principle (SRP)
1.3.4. The Open-Closed Principle (OCP)
2. Algorithmic
2.1. Data structures
2.1.1. Dynamic array
2.1.2. Linked list
2.1.3. Binary Tree
2.1.4. Hash Table
2.1.5. Graph
3. Programming environment
3.1. Shell
3.1.1. UNIX simple commands, Bash
3.2. Tools
3.2.1. Editor (Sublime Text)
3.2.2. Command line (Shell)
3.2.3. Source code control (Git)
3.2.4. Build automation tool (Maven)
 
Language: English
Lecturer: TALBOT Pierre
Mandatory: Yes
Evaluation:

Continuous evaluation (a grade C between 0 and 20) with a final oral examination  (a weight W between 0.8 and 1.2). The final grade is C * W.
Redoing students resume the class at the point they arrived the previous semester.
Feedback and grades are only provided during the summer semester.

 

 

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URL:  https://wwwfr.uni.lu/formations/fstm/bachelor_in_computer_science/programme Date:  samedi 28 mai 2022 02:51:08