Meetings: TR 9:30a - 10:45a Central time
Featheringill Hall 203 (FGH 203)
Prof. Kevin Leach
Office Hours: T/R after class, FGH239 (tenative)
Graduate Teaching Assistant
Office Hours: MW 2-4p, FGH 385
The location for Zach's office hours may change
Yimeng "Eamon" Ma
Office Hours: MW: 10a-11:30a, via Zoom only.
Brightspace is not used for this course.
Compiler Construction (CS 3276) will aquaint you with the fundamental ideas surrounding the design and implementation of a compiler. The course will stress a significant, practical course project: an end-to-end optimizing compiler. You will produce a program that accepts as input source code in a high-level language and produces as output low-level assembly representing an executable program. You will master fundamental concepts of lexical analysis, parsing, code generation, optimization, as well as calling conventions, dataflow analysis, grammars, variable bindings, control flow, types, and object memory layout.
EECS3270 (Programming languages)
However, it is possible to request an override if you would like to take the course. If you want to take this course without the prequisite, please contact me. The course can be completed without the prerequisite.
You should be willing to pick up new programming languages. More specifically, you will use Python to complete the programming assignments. While we will introduce Python in an early lecture, you will be expected to pick up the language on your own.
This course consists of 6 Programming Assignments. Taken together, the assignments form a complete optimizing compiler for Cool, the Classroom Object-Oriented Language. The project components are assigned in roughly increasing order of size and difficulty; proportionately more time is allotted for the later assignments. Later assignments will be weighted more heavily in the final grade.
Your program submissions will be evaluated for correctness, organization, and documentation.
Assignments may be done individually or in teams of two members. However, the first assignment must be completed individually to acquaint you with the Cool Language.
Students on teams are expected to participate equally in the effort and to be thoroughly familiar with all aspects of the joint work. All members bear full responsibilitiy for the completion of assignments. Members turn in one solution for each Assignment; each member receives the same grade for the assignment. While you are allowed to change teams between assignments, teams may not be dissolved in the middle of an assignment without instructor permission.
Assignments are due at 11:59pm Central time on the date in the course schedule. Assignments will be turned in electronically via a special submission server that we have set up: https://autograder.isis.vanderbilt.edu. If you are not enrolled in the autograder after the start of classes (8/22), please contact course staff.
Additionally, you will construct your compiler using Python:
You must attend the lecture meeting time, 9:30AM-10:45AM Central time in FGH 203 on Tuesdays and Thursdays. Attendance may be assessed and may incorporate your participation as a component of the grade.
Students are also required to check the course website regularly for updates or changes to the schedule. You should also participate in the Piazza forum, in which you should be enrolled automatically. If you are not enrolled in the course Piazza, please email Kevin Leach (email@example.com).
To reduce student stress and provide support for individual circumstances, each student may miss three classes without excuse without penalty. You don't need to report anything; these will be applied automatically. If other circumstances arise, please speak with me.
This class is currently scheduled to be in-person following guidelines from Vanderbilt administration. Please comply with relevant Vanderbilt policies. If you are feeling ill, please contact me and we will work to ensure you are not penalized in terms of participation or grade. Please self-isolate if you contract COVID-19.
You must submit all assignments and complete the exams to receive a passing final grade.
By default, there is no curve for this class. We will follow a straight scale:
93+ A 90+ A- 87+ B+ 83+ B 80+ B- 77+ C+ 73+ C 70+ C- 60+ D 50+ F
If the final course average for all students is less than 80, we will add points until the average is 80.
During the semester, you will have a total of 4 late days to use how ever you like, no questions asked. These late days are distributed for all of PA1 through PA5. There are no extensions whatsoever for PA6 because of its proximity to the end of the semester. When using your late days, you do not have to tell the course staff. If you need more than 4 late days, it must be approved by course staff.
Exams must be taken the day they are assigned. If you have an emergency or documented excuse for missing an exam, please contact me as soon as possible to schedule a makeup exam.
Students often experience strained relationships, increased anxiety, alcohol or drug problems, feeling down, difficulting concentrating, family issues, or a lack of motivation, and certainly renewed risks associated with COVID are likely to introduce its own issues. Students often experience mental health problems but do not talk about them. I am committed to helping students that encounter such concerns. Please see the student care network for Vanderbilt resources for student support.
Your class work might be used for research purposes. For example, we may used anonymized student assignments (including reading reviews, project manuscripts, homework assignments, code, and exam answers) to help understand how computer science majors make various decisions. Any student who wishes to opt out can contact Kevin Leach (firstname.lastname@example.org) to do so after final grades have been released. This has no impact on your grade in any manner.
I am actively recruiting students who are interested in pursuing research. If you are interested in working with me beyond the scope of this class, please reach out to make an appointment to discuss. I am happy to discuss term research projects, independent study, or discussing the process for conducting research or going to graduate school for a Master's or PhD degree.