Programming Languages

Wednesday December 11th, we will have the fifth hands-on session, it will be in classroom δ.

Wednesday December 4th, we will have the fifth hands-on session, it will be in classroom δ.

Exceptionally, on Tuesday 3 December the lesson will start at 12.30 instead of 13.00

Remember to enroll to the second midterm. The midterm will be November, 27th.

Wednesday November 13th, we will have the fourth hands-on session, it will be in classroom δ.

Wednesday October 30th, we will have the third hands-on session, it will be in classroom δ.

Wednesday October 16th, we will have the second hands-on session, it will be in classroom δ.

Wednesday October 2nd, we will have the first hands-on session, it will be in classroom δ.

Tuesday October 1st, the lecture will be in room Ω.

Lectures will start on Tuesday, September 24th at 1pm in room Ω. Apart the initial lecture and the 1st of October, all the lectures will be in room 5016 (5th floor, Via Celoria 18). On Tuesdays the lecture will always start at 1pm.

Midterms

Remember to enroll to the midterm through SIFA/UNIMIA.

Exams

Remember to enroll to the exam through SIFA/UNIMIA.

The office hours for the students are: Wednesdays from 8:30 to 10:30 in my office (Via Celoria 18, room 5009). Or on appointment online (preferred way). In both cases: reservation is needed.

Since January the office hours will be on appointment and on online.

Slides.

• Overview di ML/OCaML and Recursion (PDF Lecture 1).
• Native Datatype in ML/OCaML (PDF Lecture 2)
• Modules and Functors (PDF Lecture 3)
• Polymorphism in ML/OCaML (PDF Lecture 4)
• Playing with Fun (PDF Lecture 5)
• ML in Action (PDF Lecture 6)
• Starting with Erlang (PDF Lecture 7)
• Actors in Erlang (PDF Lecture 8)
• Error Handling (PDF Lecture 9)
• Distribution in Erlang (PDF Lecture 10)
• Erlang in Action (PDF Lecture 11)
• Scala Overview (PDF Lecture 12)
• Traits (PDF Lecture 13)
• Advance in Object-Orientation (PDF Lecture 14)
• DSL (PDF Lecture 15)
• Parser Combinators (PDF Lecture 16)

Books:

• Jason Hickey, “Introduction to Objective CaML”, 2007, Cambridge University Press.
• Joe Armstrong, “Programming Erlang”, 5ª edition, 2011, Pragmatic Bookshelf.
• Dean Wampler e Alex Payne, “Programming Scala”, 2009, O’Really.

Exercises to do in the hands-on lessons (room Ω).

• Exercises on ML/OCaML (Lab01) (VLab01)
• Advanced Exercises on ML/OCaML (Lab02) (VLab02)
• Exercises on Erlang (Lab03) (VLab03)
• Advanced Exercises on Erlang (Lab04) (VLab04)
• Exercises on Scala (Lab05) (VLab05)
• Advanced Exercises on Scala (Lab06) (VLab06)

Note, the solutions to the exercises I did in the recorded hands-on sessions are available in a SVN repository accessible at:

The credentials to access the repository are the same you use to access the password protected content on this page.

The exam is written (at the computer). Each session proposes three exercises:

• the exercises are marked from 0 to 11;
• each exercise is about one of the three studied paradigms; and
• to pass the exam you need a grade of at least six for every exercise.

In alternative, each exercise can be substituted by a midterm exam. The midterms are three, 1 for every paradigm, and if passed (with a grade of 6 or more) they hold for the whole academic year. The midterms are independent of each other, so if you fail one of them you can do the next one: the failed midterms can be caught up in the exam sessions. You are STRONGLY encouraged to follow and prepare the midterms.