The programming part of the exam can be performed by doing an assignment.

• A maximum of 5 assignments will be allocated
• Assignments are reserved only for students attending the course the first time this semester

Students have to send an application for the assignment to riccardo.sisto [at] polito.it and stefano.scanzio [at] polito.it within 24 April, 2020.
The application must contain a curriculum, which has to include the known software and the list of passed exams, both master and bachelor degrees, with the related scores.
In addition, students have to provide a preference between the assignments reported in the following.
The allocation of the assignments to students will be communicated within 27 April, 2020.
Possibly, depending on the curriculum or on the number of requests, some requests may not be accepted.

Implement all the exercises resolved in the laboratory of the course by using the Ply parser generator (i.e., a parser that makes use of the Python programming language):
http://www.dabeaz.com/ply/

Implement all the exercises resolved in the laboratory of the course by using the Flex/Bison parser generator (i.e., a parser that makes use of the C programming language).

This assignment is composed of two parts:

1. Study of the Erlang programming language (http://www.erlang.org/, http://erlangbyexample.org/), and perform a presentation with many examples of the main features of this language.
2. Writing of a compiler that recognizes part of the Erlang language. The compiler has to make a translation in the LLVM syntax (https://llvm.org/), allowing the execution of the code in a virtual machine.

This assignment is composed of two parts:

1. Study of the Go programming language (https://golang.org), and perform a presentation with many examples of the main features of this language.
2. Writing of a compiler that recognizes part of the Go language. The compiler has to make a translation in the LLVM syntax (https://llvm.org/), allowing the execution of the code in a virtual machine.

This assignment is composed of two parts:

1. Study of the Julia programming language (https://julialang.org/), and perform a presentation with many examples of the main features of this language.
2. Writing of a compiler that recognizes part of the Julia language. The compiler has to make a translation in the LLVM syntax (https://llvm.org/), allowing the execution of the code in a virtual machine.