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Within LTS Haskell 24.49 (ghc-9.10.3)

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  1. package mono-traversable-instances

    Extra typeclass instances for mono-traversable See docs and README at http://www.stackage.org/package/mono-traversable-instance

  2. package monoid-transformer

    Monoid counterparts to some ubiquitous monad transformers Monoid transformers: State, Reader There is no Writer transformer. It's vice versa: The Writer monad transforms a monoid to a monad.

  3. package monoidal-functors

    Monoidal Functors Library A typeclass hierarchy for monoidal functors.

  4. package monoidmap-aeson

    JSON support for monoidmap. JSON support for the monoidmap package, compatible with aeson.

  5. package monoidmap-examples

    Examples for monoidmap. Examples for the monoidmap package.

  6. package more-containers

    A few more collections https://github.com/mtth/more-containers

  7. package morpheus-graphql-client

    Morpheus GraphQL Client Build GraphQL APIs with your favorite functional language!

  8. package morpheus-graphql-code-gen-utils

    Morpheus GraphQL CLI code generator for Morpheus GraphQL

  9. package morpheus-graphql-server

    Morpheus GraphQL Build GraphQL APIs with your favourite functional language!

  10. package mpi-hs-binary

    MPI bindings for Haskell MPI (the Message Passinag Interface) is a widely used standard for distributed-memory programming on HPC (High Performance Computing) systems. MPI allows exchanging data (_messages_) between programs running in parallel. There are several high-quality open source MPI implementations (e.g. MPICH, MVAPICH, OpenMPI) as well as a variety of closed-source implementations. These libraries can typically make use of high-bandwidth low-latency communication hardware such as InfiniBand. This library mpi-hs provides Haskell bindings for MPI. It is based on ideas taken from haskell-mpi, Boost.MPI for C++, and MPI for Python. mpi-hs provides two API levels: A low-level API gives rather direct access to the actual MPI API, apart from certain "reasonable" mappings from C to Haskell (e.g. output arguments that are in C stored via a pointer are in Haskell regular return values). A high-level API simplifies exchanging arbitrary values that can be serialized. Note that the automated builds on Hackage will currently always fail since no system MPI library is present there. However, builds on Stackage should succeed -- if not, there is an error in this package.

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