Initial project template from stack

stack-hpc-coveralls alternatives and similar packages

Based on the "Control" category

• transient

  9.9 6.4 stack-hpc-coveralls VS transient

  Making composable programs with multithreading, events and distributed computing

• pipes

  9.8 4.5 stack-hpc-coveralls VS pipes

  Compositional pipelines

• machines

  9.8 5.0 stack-hpc-coveralls VS machines

  Networked stream transducers

• record

  9.6 0.0 stack-hpc-coveralls VS record

  Anonymous records

• mtl

  9.6 4.0 stack-hpc-coveralls VS mtl

  Monad classes, using functional dependencies

• free

  9.6 5.2 stack-hpc-coveralls VS free

  Monads for free

• apecs

  9.6 - stack-hpc-coveralls VS apecs

  A fast ECS for game engine programming

• recursion-schemes

  9.6 6.8 stack-hpc-coveralls VS recursion-schemes

  Generalized bananas, lenses and barbed wire

• auto

  9.5 2.1 stack-hpc-coveralls VS auto

  Denotative, locally stateful programming DSL & platform

• foldl

  9.5 4.5 stack-hpc-coveralls VS foldl

  Composable, streaming, and efficient left folds

• freer-simple

  9.5 3.1 stack-hpc-coveralls VS freer-simple

  Implementation of a friendly effect system for Haskell.

• extensible-effects

  9.5 7.8 stack-hpc-coveralls VS extensible-effects

  An Alternative to Monad Transformers

• classy-prelude-yesod

  9.5 - stack-hpc-coveralls VS classy-prelude-yesod

  Provide a classy prelude including common Yesod functionality.

• classy-prelude

  9.5 4.8 stack-hpc-coveralls VS classy-prelude

  A typeclass-based Prelude.

• abstract-par

  9.4 0.0 stack-hpc-coveralls VS abstract-par

  Type classes generalizing the functionality of the 'monad-par' library.

• safe-exceptions

  9.4 0.3 stack-hpc-coveralls VS safe-exceptions

  Safe, consistent, and easy exception handling

• hask

  9.4 0.0 stack-hpc-coveralls VS hask

  Categories

• ComonadSheet

  9.3 0.0 stack-hpc-coveralls VS ComonadSheet

  A library for expressing spreadsheet-like computations as the fixed-points of comonads.

• frpnow

  9.3 0.0 stack-hpc-coveralls VS frpnow

  Principled practical FRP

• transient-universe

  9.3 6.6 stack-hpc-coveralls VS transient-universe

  Remote execution and map-reduce

• distributed-closure

  9.2 3.7 stack-hpc-coveralls VS distributed-closure

  Serializable closures for distributed programming.

• these

  9.2 6.7 stack-hpc-coveralls VS these

  An either-or-both data type & a generalized 'zip with padding' typeclass

• either

  9.2 5.3 stack-hpc-coveralls VS either

  An either monad transformer

• pipes-core

  9.2 0.0 stack-hpc-coveralls VS pipes-core

  Compositional pipelines

• retry

  9.2 4.1 stack-hpc-coveralls VS retry

  Retry combinators for monadic actions that may fail

• distributed-process-platform

  9.2 0.0 stack-hpc-coveralls VS distributed-process-platform

  The Cloud Haskell Application Platform

• unliftio

  9.1 7.4 stack-hpc-coveralls VS unliftio

  The MonadUnliftIO typeclass for unlifting monads to IO (batteries included)

• cloud-haskell

  9.1 0.0 stack-hpc-coveralls VS cloud-haskell

  The Cloud Haskell Application Platform

• tardis

  9.0 0.0 stack-hpc-coveralls VS tardis

  Bidirectional state monad transformer

• operational

  9.0 0.0 stack-hpc-coveralls VS operational

  Implementation of difficult monads made easy with operational semantics.

• parallel

  9.0 3.1 stack-hpc-coveralls VS parallel

  Parallel programming library

• contravariant

  9.0 5.4 stack-hpc-coveralls VS contravariant

  Contravariant functors

• deepseq

  8.9 3.1 stack-hpc-coveralls VS deepseq

  Deep evaluation of data structures

• ifcxt

  8.9 0.0 stack-hpc-coveralls VS ifcxt

  put if statements within type constraints

• errors

  8.9 0.0 stack-hpc-coveralls VS errors

  Simplified error-handling

• monad-control

  8.9 0.0 stack-hpc-coveralls VS monad-control

  Lift control operations, like exception catching, through monad transformers

• exceptions

  8.9 5.7 stack-hpc-coveralls VS exceptions

  Extensible optionally-pure exceptions

• freer-effects

  8.8 0.0 stack-hpc-coveralls VS freer-effects

  Implementation of effect system for Haskell.

• mmorph

  8.8 3.2 stack-hpc-coveralls VS mmorph

  Monad morphisms

• lens-tutorial

  8.8 2.5 stack-hpc-coveralls VS lens-tutorial

  Tutorial for the lens library

• objective

  8.8 0.0 stack-hpc-coveralls VS objective

  Composable objects

• time-warp

  8.8 1.7 stack-hpc-coveralls VS time-warp

  Distributed systems execution emulation

• basic-prelude

  8.7 0.0 stack-hpc-coveralls VS basic-prelude

  An enhanced core prelude; a common foundation for alternate preludes.

• motor

  8.7 5.1 stack-hpc-coveralls VS motor

  Type-safe effectful state machines in Haskell

• ether

  8.7 2.3 stack-hpc-coveralls VS ether

  Monad transformers and classes

• hpc-coveralls

  8.7 0.0 stack-hpc-coveralls VS hpc-coveralls

  Coveralls.io support for Haskell.

• ImperativeHaskell

  8.5 0.0 stack-hpc-coveralls VS ImperativeHaskell

  A library for writing Imperative style haskell.

• ixmonad

  8.5 0.0 stack-hpc-coveralls VS ixmonad

  Embeds effect systems into Haskell using parameteric effect monads

• effect-monad

  8.5 0.0 stack-hpc-coveralls VS effect-monad

  Embeds effect systems into Haskell using graded monads

• pipes-parse

  8.5 1.4 stack-hpc-coveralls VS pipes-parse

  Parsing infrastructure for the pipes ecosystem

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