Hoogle Search
Within LTS Haskell 24.28 (ghc-9.10.3)
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Signed 15.16 precision fixed point arithmetic Signed 15.16 precision fixed point arithmetic
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Complete high-level binding to libFLAC Complete high-level binding to libFLAC.
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Principled and efficient bit-oriented binary serialization. Reference implementation of flat, a principled and efficient binary serialization format.
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Formatting of doubles. This package provides support for number formatting styles, especially styles involving significant figure calculations.
Usage
>>> import Data.FormatN >>> comma (Just 3) 1234 1,230
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Freer par monad Please see the README on GitHub at https://github.com/YoshikuniJujo/freer-par-monad#readme
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Tools for functor combinator-based program design Tools for working with functor combinators: types that take functors (or other indexed types) and returns a new functor that "enhances" or "mixes" them in some way. In the process, you can design featureful programs by composing smaller "primitives" using basic unversal combinators. The main entry point is Data.Functor.Combinators, but more fine-grained functionality and extra combinators (some of them re-implementations for compatibility) are available in other modules as well. This library does not define new functor combinators for the most part, but rather re-exports them from different parts of the Haskell ecosystem and provides a uniform interface. See the README for a quick overview, and also https://blog.jle.im/entry/functor-combinatorpedia.html for an in-depth dive into the motivation behind functor combinator-driven development, examples of the functor combinators in this library, and details about how to use these abstractions!
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General functor products for various Foldable instances Generalizes the Rec type in vinyl to work over various different Foldable instances, instead of just lists. Provides a unifying abstraction for all of them, as well as data types to index into them.
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Generically derive traversals, lenses and prisms. This library uses GHC.Generics to derive efficient optics (traversals, lenses and prisms) for algebraic data types in a type-directed way, with a focus on good type inference and error messages when possible. This package is the shared internal logic of the generic-lens and generic-optics libraries.
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Generically newtype to use with DerivingVia This is a compatibility package as Generically and Generically1 newtypes are available since base-4.17 in GHC.Generics.
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Generators for ppend-only cooperative agreement