1 Course Policy and Grading

• Course Policy Statement
• Grading rubrics

2 Software

• DrRacket install and setup
• GitLab and environment setup
• Tips and tricks for working on the command line
• Instructions for submitting code

3 Reading

• Programming Language Pragmatics (PLP), by Michael L. Scott. Our main textbook.
• Structure and Interpretation of Computer Programs (SICP), by Abelson, Sussman, and Sussman. A Scheme-centric view of programming languages, used in first-year classes at MIT. Full text available online for free - and legally!
• The Scheme Programming Language, by R. Kent Dybvig. A complete and readable Scheme reference. Also free online.
• The Python Tutorial. We'll be using Python to examine a few advanced programming features such as list comprehensions and generators. Of course this tutorial is also free online.
• The Revised⁵ Report on the Algorithmic Language Scheme (R5RS). This is the Scheme language standard we will be working in.

4 Other PL stuff

• Wikipedia's list of programming languages.
• 99 Bottles of Beer This Website holds a collection of the Song 99 Bottles of Beer programmed in different programming languages. Actually the song is represented in 1434 (and counting!) different programming languages and variations.
• Guts: Lexical Analysis - The Perl Journal, Fall 1998. This is a nice informal discussion of some of the complexities in Perl's lexical analyzer. The interesting thing is that lexical analysis in Perl is context dependent; so that a "{" in one place is actually a different token than a "{" in another place. Most programming languages are not written that way. In case you feel I'm short-changing parsing, how about the yacc file (bison is gnu's version of yacc) for Perl: perl.y. Notice that it makes heavy use of associativity and precedence declarations so that the grammar itself stays simple. Yacc's shift-reduce parser uses these declarations to resolve parsing "conflicts", i.e. to make the parse tree unique.
• Lambda the Ultimate. A programming languages blog.