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Within LTS Haskell 24.35 (ghc-9.10.3)
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Run computations that depend on one or more elements in a stream. Run computations that depend on one or more elements in a stream. It lets you model dependencies as an applicative functor.
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High level, generic library for interrogative user interfaces wizards is a package designed for the quick and painless development of interrogative programs, which revolve around a "dialogue" with the user, who is asked a series of questions in a sequence much like an installation wizard. Everything from interactive system scripts, to installation wizards, to full-blown shells can be implemented with the support of wizards. It is developed transparently on top of a free monad, which separates out the semantics of the program from any particular interface. A variety of backends exist, including console-based System.Console.Wizard.Haskeline and System.Console.Wizard.BasicIO, and the pure System.Console.Wizard.Pure. It is also possible to write your own backends, or extend existing back-ends with new features. While both built-in IO backends operate on a console, there is no reason why wizards cannot also be used for making GUI wizard interfaces. See the github page for examples on usage: http://www.github.com/liamoc/wizards For creating backends, the module System.Console.Wizard.Internal has a brief tutorial.
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A library for working with .wkt files. Please see the README on GitHub at https://github.com/gtollini/wkt-types#readme
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Convenient interface for interacting with WLED devices Please see the README on GitHub at https://github.com/alaendle/wled-json#readme
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Implementation of a finite trie over words. Implementation of a finite trie over words.
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Lazy wrapper to HaXML, HXT, TagSoup via custom XML tree structure This is a wrapper to HaXML and HXT (Haskell XML Toolbox). It's my work-around for the unfortunate situation that both toolboxes have different functionality, none is the superset of the other. Both of them rely on data structures, which look unnatural to me. Additionally they provide combinator functions that are actually weakly typed, they are all of type (a -> [a]), instead of being differentiated into (a -> Bool), (a -> a) and (a -> [a]). HXT is even weaker in type safety than HaXML since it allows complete XML trees even in attribute values. I didn't want to write another XML toolbox with parsers, HTML support and so on, however in the meantime I came close to it. I decided to do some wrapping in order to use as much as possible functionality from HaXML and HXT. I provide my own XML tree data structure with according operations. Conversions between HaXML or HXT trees and my own ones are implemented. So I can use the parser and pretty printer of both HaXML and HXT while processing trees the way I find more natural. TagSoups can also be converted to XML trees. All conversions are lazy. I have a special XML string structure. (Text.XML.WraXML.String) XML strings consist of ASCII characters and XML references. My XML tree is built on top of a very general tree structure, which distinguishs between leafs and inner branches. (Data.Tree.BranchLeafLabel) Each element of a tree is labeled with some information. Branches are then used for tags, leafs for XML strings and special tags, and the labels for pointers to positions in the source file. (Text.XML.WraXML.Tree)
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A simple CLI utility for interacting with a websocket Please see the README on Github at https://git.localcooking.com/tooling/ws#readme
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Parse files conforming to the xdg desktop entry spec Parse files conforming to the xdg desktop entry spec.
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Parse Microsoft Excel xls files (BIFF/Excel 97-2004) Parse Microsoft Excel spreadsheet files in .xls file format (extension '.xls') more specifically known as 'BIFF/Excel 97-2004'. The library is based on the C library 'https://github.com/libxls/libxls'.
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Quasi-quoters for XML and HTML Documents Please see README.md.