(Gave Haste its own entry, as per request from Henk-Jan.)
|(10 intermediate revisions by 7 users not shown)|
Revision as of 12:09, 20 July 2013
1 The problem
2 Updating this page
- Only works for UHC, but promising.
- UHC compiles enough of Hackage to be very useful.
- Doesn't produce an explosion of code, seemingly.
- Fairly substantial JS/DOM/W3C/HTML5 API.
- Currently works.
git clone git://github.com/faylang/fay.git
- Compiles a subset of Haskell, needs more
- Currently works.
The Github page is here.
- Nicely designed.
- Compiles most pure Haskell libraries no problem.
- FFI to JS works, and the author, sviperll is a helpful guy.
- Work in progress.
- Generates relatively small and fast code.
- Lightweight concurrency, Cabal integration, FFI and GHC extensions supported.
- Cross platform.
On the Haskell wiki (see above) and on hackage
- Not Haskell
- Untyped, but with syntactic correctness (at least) enforced at compile-time.
- Embeddable through quasi-quoting
- Support for various forms of code-generation
- Full dependent types with dependent pattern matching where clauses, with rule, simple case expressions, pattern matching let and lambda bindings
- Dependent records with projection and update
- Type classes
- Monad comprehensions
- Syntactic conveniences for lists, tuples, dependent pairs do notation and idiom brackets
- Indentation significant syntax
- Extensible syntax
- Tactic based theorem proving (influenced by Coq)
- Cumulative universes
- Totality checking
- Simple foreign function interface (to C)
- Hugs style interactive environment
- Website idris-lang.org
- Dependent Type in haskell wiki
- WP (en) Dependent type (with Idris listed under language comparison)
- Haskell interpreter in JS — An interpreter. Haven't tried but is apparently dead.
- hjscript — Beta. EDSL, not Haskell→JS. Works. Not very annoying to program in, but is JS semantics, not Haskell. Hackage package here.
- Some have also tried writing a Haskell→JS compiler to make a more direct JS-aware translation of code (to not have huge code output a la GHCJS, YHC, Emscripten).
- Early binding allows for static verification of the existence of method-signature pairs (e.g. v-tables). Late binding does not give the compiler (or an IDE) enough information for existence verification, it has to be looked up at run-time.
- Google Inc. thought it necessary to develop a compiler, Google Closure, which does type-checking and limited inference.