Haskell programming is is an artificial language designed to express computations that can be performed by a machine, particularly a computer.
Download Haskell programming compiler.
Haskell programming Hello world sample source code.
Haskell programming tutorial.
Lecture by Sasha Rush for the Programming Paradigms (CS107) course in theStanford University Computer Science department. Sasha lectures on the Haskell programming language, providing several code examples while comparing it to other common programming languages. Programming Paradigms (CS107) introduces several programming languages, including C, Assembly, C++, Concurrent Programming, Scheme, and Python. The class aims to teach students how to write code for each of these individual languages and to understand the programming paradigms behind these languages. Complete Playlist for the Course: www.youtube.com CS 107 Course Website: www.CS107.stanford.edu Stanford University: www.stanford.edu Stanford University Channel on YouTube: www.youtube.com
I am making a jumping action game in Haskell. Environment: Windows/Cygwin, GHC 6.8.3, HSDL 0.2.0 Source codes are here: svn.coderepos.org High quality version in YouTube: www.youtube.com Niconico douga version is here: www.nicovideo.jp (high quality)
Video Rating: 4 / 5
There are many approaches to exploiting multi-cores, but a particularly promising one is the “data-parallel” paradigm, because it combines massive parallelism (on both shared and distributed memory) with a simple, single-control-flow programming model. Indeed, I think that data parallelism is the only way we will be able to exploit tens or hundreds of processors effectively. Alas, data-parallel programming is usually restricted to “flat” data parallelism, which is good for implementers but bad for programmers. Instead, I’ll describe the “nested” data parallel programming model, first developed in the 90′s by Blelloch and Sabot. It is great for programmers but much harder to implement; as a result, it’s virtually unknown in practice. It’s really only feasible to support nested data parallelism in a purely functional language, so we are building a high-performance implementation in Haskell.
hackage.haskell.org Roll the block on the board to the end hole.
Google Tech Talks April 18, 2007 ABSTRACT Advanced Topics in Programming Languages Series: Parametric Polymorphism and the Girard-Reynolds Isomorphism. This talk is based on a series of papers by Philip Wadler, a principal designer of the Haskell programming language. Featured are a number of double-barreled names in computer science: * Hindley-Milner (Strong typing without having to type the types) * Wadler-Blott (Making ad-hoc polymorphism less ad-hoc with parametricity) * Curry-Howard (Isomorphism between types and theorems, terms and proofs) * Girard-Reynolds (Isomorphism between types and terms in the presence of parametricity) The talk will conclude with a programming technique…
My first screencast an intro to a haskell tools/libary screencast series
The Haskell Refactorer HaRe was developed in our EPSRC project “Refactoring Functional Programs” www.cs.kent.ac.uk Building on Programatica’s Haskell-in-Haskell frontend and Strafunski’s generic programming library, it supported module-aware refactorings over the full Haskell’98 language standard. Interfaces to the refactoring engine were provided for both Vim and Emacs (this demo uses HaRe via GVim on Windows). While HaRe has continued to see occasional contributions by students and researchers, who use its Haskell program transformation API as a platform for their own work, it is not currently maintained. As the Haskell environment marches on, this demo is meant to record a snapshot of what working with HaRe could be like when it still built (here with GHC 6.8.3). The lessons learnt (note, eg, the preservation of comments, and the limited use of pretty-printing, to minimize layout changes) are well documented at the project site, and should be taken into account when porting the ideas to the GHC Api, or other Haskell frontends.
Video Rating: 4 / 5
Frag is a 3D first person shooting game written in the Haskell programming language (not written by me). It looks a bit jerky because of the capturing software i’m using but look closely at the framerate counter. I will write how to make a build yourself later. EDIT: so i’ve written a blog and on how to build, install and run frag the easy way: monadickid.blogspot.com
Haskell
Video Rating: 4 / 5