This is the repository of the MIAGE C3P lectures done by S. Ducasse and G. Polito
contact: [email protected] / [email protected]
Discord channel: https://discord.gg/Wy9eVpGzUm
In this course, you will learn the following topics.
- Module 01: Test introduction. Unit testing. Fixtures, stimuli, assertions. Test-driven development (TDD). Extreme TDD.
- Module 02: OOP refresh. Classes and methods. Method lookup. Polymorphism.
selfandsuper. - Module 03: Reverse engineering. Exploring an existing code base. Analysing source code. Abstracting details. Looking for documentation outside and inside the project. Tests as documentation.
- Module 04: Test Quality. Mutation Analysis. Mutation Score. Equivalent mutants. Analysing surviving mutants.
- Module 05: Hook and templates. Hooking behavior using inheritance. Template methods. Overrides and
supersends. - Module 06: Double dispatch. Single vs. multiple dispatch. Message sends as choices. Double choices. Symmetrical and non-symmetrical double dispatch.
- Module 07: Visitor. Extracting operations from class hierarchies. Double dispatch as extension mechanisms. Recursion revisited.
- Module 08: Composite. Modelling complex tree-like structures using classes. Recursion revisited 2.
- Module 09: Inheritance. Subclassing vs. subtyping. Inheritance vs. composition.
- Module 10: Types. Dynamic vs. static message binding. Overrides vs. overwrites. The role of inheritance and interfaces in polymorphism.
All slides, videos, and tutorials are available in (or linked from) this repository.
- Pdfs and videos are hosted under https://advanced-design-mooc.pharo.org
This course proposes a series of teorical lectures and practical exercises. Modules are divided in weeks, each in a different folder, and you will find the theory and practice in that folder. To pass this course you will need to:
- pass the exams (see Calendar.md)
- do at minimum all the homework in the exercises (file Exercises.md in each folder)
- watch all the videos of the lectures not done during the lectures (yes there are videos for 99% of the support)
- write (short) weekly reports to tell us your activity. Remember, focus on the important things, and show us that you are learning.
During the lectures:
- Do the exercises
- Ask questions if needed, we are there for that!
- Work on your projects
At home:
- Prepare the following lecture: Watch the lectures (videos, slides)
- Ideally, come with questions
- Write your report
Some of the activities during the course require group organization. For example, this is the case for the practical project.
Make group of max 3 persons and come to us, you will be assigned a unique group identifier. Each group will have a directory inside the Groups folder. Put inside your group folder
- a file with your full names and emails
- all your activity and reports
Make recurrent pull requests to update it.
For example, imagine that Jeanne D'arc and Tintin LeBelge are together in a group called RevolutionX. They create a directory RevolutionX
Groups
- Group1
- members.md (names and emails)
- report-week01.md (one section for Jeanne, one for Tintin)
- report-week02.md (one section for Jeanne, one for Tintin)
You are going to be graded on
- Exam 1 (individually)
- Exam 2 (individually)
- Weekly Reports (individually)
- Practical Project (in group)
- Bonus: Getting contact with the community to ask questions and help (discord, mailing lists).
Your final grade will be a weighted average of all these grades.
Make sure you have correct configured you authentication setup
- If you want to use SSH authentication
- set up your SSH keys with a recent encryption, check github's instructions
- upload your public keys to github
- If you want to use HTTPS authentication (or not do the SSH setup)
- change Icebergs setting, "Metacello Integration" with the value HTTPS
- create an access token to be able to push (and make sure of giving it permissions by ticking the check boxes)
