Prevajalnik iz Haskell Core v JavaScript : diplomsko delo

Bajt, Andraž (author), Kukar, Matjaž (mentor)

Zasnovali in implementirali smo prevajalnik iz Haskellove vmesne kode Haskell Core v JavaScript. Cilj prevajalnika je možnost uporabe visokonivojskih zmogljivosti Haskella za razvoj JavaScript aplikacij. V uvodu spoznamo prednosti in slabosti obeh jezikov ter razkorak med njima. Predstavili smo posebnosti in semantiko jezika Haskell Core ter podrobneje samo implementacijo prevajanja posameznih konstruktov. Razložili smo ne-striktnost in njeno simuliranje v striktnem jeziku, definirali smo sistem in predstavitev algebraičnih podatkovnih tipov ter primerjavo vzorcev. Zasnovali smo lastno vmesno kodo kot korak med ne-striktnim funkcijskim jezikom in striktnim imperativnim. Razvili smo tudi potreben sistem izvajanja za JavaScript in delovanje prevedenih programov preverili v več spletnih brskalnikih.

• Language: Slovenian
• Keywords: prevajalnik, Haskell, Haskell Core, JavaScript, funkcijsko programiranje, računalništvo, računalništvo in informatika, univerzitetni študij, diplomske naloge
• Work type: Bachelor thesis/paper
• Typology: 2.11 - Undergraduate Thesis
• Organization: FRI - Faculty of Computer and Information Science
• Publisher: [A. Bajt]
• Year: 2014
• Number of pages: 74 str.
• PID: 20.500.12556/RUL-68901
• UDC: 004.4'42(043.2)
• COBISS.SI-ID: 1536084931
• Publication date in RUL: 10.07.2015

Secondary language

• Language: English
• Title: A compiler for Haskell Core targeting JavaScript

Abstract

We designed and implemented a compiler for Haskell's immediate representation Haskell Core to JavaScript. Purpose of this compiler is the ability to use high level Haskell to develop JavaScript applications. We introduce ups and downs of both languages as well as the gap between them. We present features and semantics of the language Haskell Core and implementation of compilation of separate constructs in more detail. We explain non-strictness and its simulation in a strict language, define a system and representation for algebraic datatypes as well as pattern matching. We designed immediate representation to serve as a step between a non-strict functional language and a strict imperative one. We also developed the required runtime system for JavaScript and tested the compiled programs in several web browsers.

• Keywords: compiler, Haskell, Haskell Core, JavaScript, functional programming, computer science, computer and information science, diploma