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fay: A compiler for Fay, a Haskell subset that compiles to JavaScript. Fay is a proper subset of Haskell which is type-checked with GHC, and compiled to JavaScript. It is lazy, pure, has a Fay monad, an FFI, tail-recursion optimization (experimental), and support for cabal packages. Documentation See https://github.com/faylang/fay/wiki Examples See the examples directory and https://github.com/fay
NewsletterThe Haskell Weekly Newsletter covers the Haskell programming language. Each issue features several hand-picked links to interesting content about Haskell from around the web. Issue 444 of the newsletter was published on 2024-10-31. Browse the archives for older issues. Subscribe now! We'll never send you spam. You can also follow our feed. Read more issues in the archives. PodcastThe Has
Here are two Haskell modules that define a type class for programming search problems in Haskell. The module SearchStrat.hs is an extended version of the module Search.hs offering parameterization of search functions by a search strategy. Search.hs SearchStrat.hs The implementation of an example application, a riddle, using either of the above modules can be found in the module Zurg.hs. (The modul
Thanks! I hope you enjoyed your time at Bloomberg 🤗 Indeed, this particular example could be written better with the usage of pattern matching. I wanted to show the difference between guards and if-then-else. But looks like this particular example is not that convincing. I'll change it to a better one when I come up with it! Meanwhile, you might have some other example in mind?
There are two different ways to compile MicroHs: Using GHC. Makefile target bin/gmhs Using the included combinator file and runtime. Makefile target bin/mhs These different ways of compiling need slightly different imports etc. This happens by GHC looking in the ghc/ subdirectory first for any extras/overrides. Compiling MicroHs is really best done using make, but there is also a MicroHs.cabal fil
At Serokell, we have a dedicated team working on GHC. The primary goal is to help add dependent types to Haskell, as outlined in GHC proposal #378, Design for Dependent Types. This is a complex undertaking with a wide range of challenging problems. The aim of this blog series is to provide regular updates on the work we have done, the obstacles we have encountered, and the breakthroughs we have ac
Web上にあるほとんどのHaskellチュートリアルは言語についてのマニュアルのような教え方をしようとしているようです。それらには言語の文法、概念が少し載っていて、読者に対話環境でいくつかの簡単な関数を作るように指示します。よく機能する有用なプログラムの書き方は大抵最後にまわされるか、そもそも省かれていたりします。 このチュートリアルは違う方針を取ります。コマンドライン引数解析から始めて、完全に機能するR5RS Schemeのかなり大きなサブセットの実装まで進みます。道すがら、Haskellの持つI/O、mutable state、dynamic typing、エラー処理、そして構文解析機能を学びます。このチュートリアルを終える頃には、あなたはHaskellとScheme両方がかなり良くわかるようになっているはずです。 このチュートリアルの対象読者は主に以下の2種類です。 LispかSch
The latest reviewed version was checked on 14 November 2024. There are template/file changes awaiting review. Write Yourself a Scheme in 48 Hours is a featured book on Wikibooks because it contains substantial content, it is well-formatted, and the Wikibooks community has decided to feature it on the main page or in other places. Please continue to improve it and thanks for the great work so far!
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