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Eigenschaften Programming in Haskell
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| Dateititel | Programming in Haskell |
| Veröffentlichungsdatum | |
| Sprache | Deutsch |
| ISBN-10 | 7004049765-TGV |
| Digital ISBN | 165-7359258321-NGY |
| Schöpfer | Jutta Furrer |
| Übersetzer | Udonna Faakhir |
| Seitenzahl | 355 Pages |
| Editor | Christoph Kohlhaase |
| Dokumententyp | EPub PDF AMZ HWP WRD |
| Dateigröße | 1.02 MB |
| Dateinamen | Programming in Haskell.pdf |
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Get Haskell Programming now from Lorepub. Why write a new Haskell Book? Christopher Allen, Julie Moronuki (more about us) We're writing this book because many have found learning Haskell to be difficult and it doesn't have to be. Learning Haskell from the ground up is easier and works better - for both experienced hackers and people new to programming. The language is different enough from any ...
Because getLine has type IO String and not String, like "Name: "is. So by the type system you cannot mix and match purity with impurity. Type inference . You don't have to explicitly write out every type in a Haskell program. Types will be inferred by unifying every type bidirectionally. However, you can write out types if you choose, or ask the compiler to write them for you for handy ...
Haskell is a computer programming language. In particular, it is a polymorphically statically typed, lazy, purely functional language, quite different from most other programming languages. The language is named for Haskell Brooks Curry, whose work in mathematical logic serves as a foundation for functional is based on the lambda calculus, hence the lambda we use as a logo.
I am writing for you because it seems that no other tutorial was written to help students overcome the difficulty of moving from C/C++, Java, and the like to Haskell." Beginning Haskell From IBM developerWorks. This tutorial targets programmers of imperative languages wanting to learn about functional programming in the language Haskell. If you have programmed in languages such as C, Pascal ...
C--(pronounced see minus minus) is a C-like programming creators, functional programming researchers Simon Peyton Jones and Norman Ramsey, designed it to be generated mainly by compilers for very high-level languages rather than written by human programmers. Unlike many other intermediate languages, its representation is plain ASCII text, not bytecode or another binary format.
The I/O system in Haskell is purely functional, yet has all of the expressive power found in conventional programming languages. In imperative languages, programs proceed via actions which examine and modify the current state of the world. Typical actions include reading and setting global variables, writing files, reading input, and opening windows. Such actions are also a part of Haskell but ...
Other programming paradigms that have been described as generic programming include Datatype generic programming as described in "Generic Programming – an Introduction". The Scrap your boilerplate approach is a lightweight generic programming approach for Haskell.. In this article we distinguish the high-level programming paradigms of generic programming, above, from the lower-level ...
Because Haskell supports infinite lists, our recursion doesn't really have to have an edge condition. But if it doesn't have it, it will either keep churning at something infinitely or produce an infinite data structure, like an infinite list. The good thing about infinite lists though is that we can cut them where we want. repeat takes an element and returns an infinite list that just has ...
Comparing values to see if they are equal is also useful in programming. In Haskell, such tests look just like an equation. Since the equals sign is already used for defining things, Haskell uses a double equals sign, == instead. Enter our proposition above in GHCi: Prelude> 2 + 3 == 5 True. GHCi returns "True" because + is equal to 5. What if we use an equation that is not true? Prelude> 7 ...
In fact, Haskell builds all lists this way by consing all elements to the empty list, []. The commas-and-brackets notation are just syntactic sugar. So [1,2,3,4,5] is exactly equivalent to 1:2:3:4:5:[] You will, however, want to watch out for a potential pitfall in list construction. Whereas True:False:[] is perfectly good Haskell, True:False ...