blob: c02390a18d5048370c3d8714920586ff569d5d4b (
plain) (
blame)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
|
# the mechanicals
Various implementations of the lambda calculus (and friends).
The code here is hopefully pretty readable: but makes heavy use of quasiquoting.
For an introduction, see [*Explaining Lisp's quoting without getting tangled*](quasiquoting).
* [~] LC: The untyped lambda calculus.
* [x] STLC: The simply-typed lambda calculus.
* [x] STLC-ext: Simple extensions. Sums, products, lists, ascryptions.
* [x] STLC-fix: General recursion.
* [ ] STLC-sub: Subtyping. Structural records, intersective unions, implicit typeclasses, ⊤, ⊥.
* [ ] STLC-rec: Recursive types. Also sums, products, ascryption.
* [x] STLC-ref: References.
* [x] STLC-pred: Higher-order *predicative* references. Terminating.
* [x] STLC-imp: Higher-order *impredicative* references. Terminating.
* [ ] STLC-rc: References with reference counting.
* [ ] STLC-gc: References with a tracing garbage collector.
* [ ] STLC-own: References with first-class ownership, Rust-style.
* [ ] STLC-lent: References with second-class ownership.
* [ ] STLC-dep: Dependent types with normalization by evaluation.
* [~] SKI: The SKI combinator calculus.
* [~] Iota, Jot, Zot: Implementations of Chris Barker's languages.
* [~] Aviary: Various combinators and constructions of equivalence.
[quasiquoting]: https://cadence.moe/blog/2022-10-17-explaining-lisp-quoting-without-getting-tangled
|
