ESIR2-SI-S7-VV

Lectures

Professor: Benoit Combemale

Except the introduction, all lectures will rely on pre-recorded videos^* that you can watch asynchronously, at the latest during the slot scheduled in your agenda. The last 30 minutes of each lecture slot will be dedicated to office hours (on the Teams' group dedicated to the course), where we can discuss on questions you have on the lecture.

If you need reminders on object-oriented programming, please, go through the videos of chapters #1, #2 and #3.

^* For this part of the course, we will use the pre-recorded videos provided by Prof. Sébastien Mosser at UQAM.

Labs

Professors: Benoit Combemale and Stéphanie Challita

Your professors will be online during the labs. Interact with them through the team VV2020 on Teams.

Further material

• Slides on the UML language
• The Refcardz UML cheetsheet and the UML Diagrams website
• The Refcardz on Design Patterns
• Catalog of design pattern implementations: by Refactoring.Guru and S. Mosser
• Looking for good books? You may have a look to the textbooks Introduction to Software Design with Java, and UML@Classroom ( website). Here is also a currated list of must-read professional books.

ESIR2-SI-S8-MDI (part 1, incl. SI+IN)

Lectures

Professor: Benoit Combemale

Except the introduction during the first lecture, all lectures will rely on pre-recorded videos^* that you can watch asynchronously, at the latest during the slots scheduled in your agenda.

^* For this part of the course, we will use pre-recorded videos provided by Prof. Olivier Barais and Prof. Johann Bourcier.

Labs

Professors: Benoit Combemale and Stéphanie Challita

The labs will consist in implementing the proposed tutorial, and the evaluation will consist in a final demonstration with Q&A (~10min, during the last lecture on Feb. 23rd, 2021, 10h15-12h15). We will be online during the labs. Interact with us through the team MDI2020 on Teams.

Tentative timeline for the tutorial:

• [Part 1-4] Maven ~4h (requires lecture on Gestion de dépendance et build)
• [Part 5] Git ~2h (requires lecture on Gestion de version)
• [Part 6] Sonar ~1h (requires lecture on Intégration continue)
• [Part 7] Jenkins ~2h (requires lecture on Intégration continue)
• [Part 8] Gitlab ~3h (requires lecture on Intégration continue)

Further material

• GIT cheat sheet by GitHub
• The Refcardz on Git, Maven and Jenkins

ESIR2-SI-S8-MDI (part 2)

Lectures

Professor: Benoit Combemale

Conferences

Labs

Professors: Benoit Combemale and Gwendal Jouneaux

• Practical Session #1 (4h)
• Practical Session #2 (4h)
• Practical Session #3 (4h)

Optional labs: if you want to experiment property-based testing and GUI testing, you may optionally have a look to Lab #4 and Lab #5, respectively.

Evaluation

Further material

• The textbook of the course
• Refcardz on Junit & Easymock, Mockito and Selenium.

ESIR2-SI-S8-AL: Software Architecture

Professors: Johann Bourcier and Benoit Combemale

Lectures

Except the introduction, all lectures will rely on pre-recorded videos that you can watch asynchronously.

Lecture #1, Apr. 01st, 2021 (08h-10h):

• Introduction architecture logicielle
• Introduction à la programmation orientée composant

Lecture #2, Apr. 01st, 2021 (10h-12h):

• Approche orientée Service - les concepts
• Approche orientée Service - Les technologies
• Architecture orientée Message : MOM - principes

Lecture #3, Apr. 07th, 2021 (08h-10h):

• Introduction to cloud computing
• Introduction to cloud-native applications
• Introduction to micro-services

Lecture #4, Apr. 12th, 2021 (14h-16h):

• Introduction to Docker
• Docker, under the hood
• conclusion on cloud-native applications

Lectures #5 and #6 (conferences), Apr. 12th, 2021 (16h-18h) and Apr. 20th, 2021 (08h-10h):

• De Java à un exécutable natif : GraalVM et Quarkus changent la donne (Emmanuel Bernard)
• Quarkus: Comment faire une appli Java Cloud Native avec Graal VM (E. Bernard, C. Escoffier)

Labs

Based on the aforementioned lectures, you might train yourself (individually) on Docker and Quarkus using the following tutorials:

• Docker for Beginners
• Quarkus Getting Started

Then, you have to constitute a project team of 5 people. Each team has to select a monolith application (to be validated with your professors) and to propose a microservicization of this application. For this purpose, you have to investigate the various tradeoffs (modularization, stateless vs stateful, orchestration vs. choreography, etc.), and to propose the new architecture of the application.

As a possible application, you might check-out the Remote meetings planning project, understand the application code and its underlying architecture (cf. the videos available on the readme), and make sure it works in development settings (i.e. on localhost).

For the evaluation, you will have to present your proposed architecture, and to discuss the various tradeoffs. You are not ask to provide any implementation that will be realized during the following project.

Evaluation

Further material

• Refcardz on Quarkus and Docker.

ESIR2-SI-S8-Projet: Software Development Project

Professors: Johann Bourcier, Stéphanie Challita and Benoit Combemale

todo…