base

• Control.ApplicativeThis module describes a structure intermediate between a functor and
• Control.ArrowBasic arrow definitions, based on Generalising Monads to Arrows, by John Hughes,
• Control.Category
• Control.ConcurrentA common interface to a collection of useful concurrency
• Control.Concurrent.ChanUnbounded channels. The channels are implemented with Control.Concurrent.MVars and therefore inherit all the
• Control.Concurrent.MVarAn MVar t is a mutable location that is either empty or contains a
• Control.Concurrent.QSemSimple quantity semaphores.
• Control.Concurrent.QSemNQuantity semaphores in which each thread may wait for an arbitrary
• Control.ExceptionThis module provides support for raising and catching both built-in
• Control.Exception.AnnotationException annotations.
• Control.Exception.BacktraceThis module provides the Backtrace s type, which provides a
• Control.Exception.BaseExtensible exceptions, except for multiple handlers.
• Control.Exception.ContextException context and annotations.
• Control.MonadThe Functor, Monad and MonadPlus classes,
• Control.Monad.FailTransitional module providing the MonadFail class and primitive
• Control.Monad.FixMonadic fixpoints, used for desugaring of {-# LANGUAGE RecursiveDo #-}. Consider the generalized version of so-called repmin
• Control.Monad.IO.ClassClass of monads based on IO.
• Control.Monad.InstancesThis module is DEPRECATED and will be removed in the future! Functor and Monad instances for (->) r and
• Control.Monad.STThis module provides support for strict state threads, as
• Control.Monad.ST.LazyThis module presents an identical interface to Control.Monad.ST,
• Control.Monad.ST.Lazy.SafeThis module presents an identical interface to Control.Monad.ST,
• Control.Monad.ST.Lazy.UnsafeThis module presents an identical interface to Control.Monad.ST,
• Control.Monad.ST.SafeThis module provides support for strict state threads, as
• Control.Monad.ST.StrictThe strict ST monad (re-export of Control.Monad.ST)
• Control.Monad.ST.UnsafeThis module provides support for strict state threads, as
• Control.Monad.ZipMonadic zipping (used for monad comprehensions)
• Data.Array.ByteDerived from primitive package.
• Data.Bifoldable
• Data.Bifoldable1
• Data.Bifunctor
• Data.Bitraversable
• Data.BitsThis module defines bitwise operations for signed and unsigned
• Data.BoolThe Bool type and related functions.
• Data.BoundedThe Bounded class.
• Data.CharThe Char type and associated operations.
• Data.CoerceSafe coercions between data types. More in-depth information can be found on the
• Data.ComplexComplex numbers.
• Data.DataThis module provides the Data class with its primitives for
• Data.DynamicThe Dynamic interface provides basic support for dynamic types. Operations for injecting values of arbitrary type into
• Data.EitherThe Either type, and associated operations.
• Data.EnumThe Enum class.
• Data.EqEquality
• Data.FixedThis module defines a Fixed type for working with fixed-point arithmetic.
• Data.FoldableClass of data structures that can be folded to a summary value.
• Data.Foldable1A class of non-empty data structures that can be folded to a summary value.
• Data.FunctionSimple combinators working solely on and with functions.
• Data.FunctorA type f is a Functor if it provides a function fmap which, given any types a and b,
• Data.Functor.ClassesLiftings of the Prelude classes Eq, Ord, Read and Show to
• Data.Functor.ComposeComposition of functors.
• Data.Functor.Const
• Data.Functor.ContravariantContravariant functors, sometimes referred to colloquially as Cofunctor,
• Data.Functor.IdentityThe identity functor and monad. This trivial type constructor serves two purposes: It can be used with functions parameterized by functor…
• Data.Functor.ProductProducts, lifted to functors.
• Data.Functor.SumSums, lifted to functors.
• Data.IORefMutable references in the IO monad.
• Data.IntSigned integer types
• Data.IxThe Ix class is used to map a contiguous subrange of values in
• Data.KindBasic kinds
• Data.ListOperations on lists.
• Data.List.NonEmptyA NonEmpty list is one which always has at least one element, but
• Data.MaybeThe Maybe type, and associated operations.
• Data.MonoidA type a is a Monoid if it provides an associative function (<>)
• Data.OrdOrderings
• Data.ProxyDefinition of a Proxy type (poly-kinded in GHC)
• Data.RatioStandard functions on rational numbers
• Data.STRefMutable references in the (strict) ST monad.
• Data.STRef.LazyMutable references in the lazy ST monad.
• Data.STRef.StrictMutable references in the (strict) ST monad (re-export of Data.STRef)
• Data.SemigroupA type a is a Semigroup if it provides an associative function (<>)
• Data.StringThe String type and associated operations.
• Data.TraversableClass of data structures that can be traversed from left to right,
• Data.TupleFunctions associated with the tuple data types.
• Data.Type.BoolBasic operations on type-level Booleans.
• Data.Type.CoercionDefinition of representational equality (Coercion).
• Data.Type.EqualityDefinition of propositional equality (:~:). Pattern-matching on a variable
• Data.Type.OrdBasic operations on type-level Orderings.
• Data.TypeableThe Typeable class reifies types to some extent by associating type
• Data.UniqueAn abstract interface to a unique symbol generator.
• Data.VersionA general API for representation and manipulation of versions. Versioning schemes are many and varied, so the version
• Data.VoidA logically uninhabited data type, used to indicate that a given
• Data.WordUnsigned integer types.
• Debug.TraceFunctions for tracing and monitoring execution. These can be useful for investigating bugs or performance problems.
• ForeignA collection of data types, classes, and functions for interfacing
• Foreign.CBundles the C specific FFI library functionality
• Foreign.C.ConstPtrThis module provides typed const pointers to foreign data. It is part
• Foreign.C.ErrorC-specific Marshalling support: Handling of C "errno" error codes.
• Foreign.C.StringUtilities for primitive marshalling of C strings. The marshalling converts each Haskell character, representing a Unicode
• Foreign.C.TypesMapping of C types to corresponding Haskell types.
• Foreign.ConcurrentFFI datatypes and operations that use or require concurrency (GHC only).
• Foreign.ForeignPtrThe ForeignPtr type and operations. This module is part of the
• Foreign.ForeignPtr.SafeThe ForeignPtr type and operations. This module is part of the
• Foreign.ForeignPtr.UnsafeThe ForeignPtr type and operations. This module is part of the
• Foreign.MarshalMarshalling support
• Foreign.Marshal.AllocThe module Foreign.Marshal.Alloc provides operations to allocate and
• Foreign.Marshal.ArrayMarshalling support: routines allocating, storing, and retrieving Haskell
• Foreign.Marshal.ErrorRoutines for testing return values and raising a userError exception
• Foreign.Marshal.PoolThis module contains support for pooled memory management. Under this scheme,
• Foreign.Marshal.SafeMarshalling support Safe API Only.
• Foreign.Marshal.UnsafeMarshalling support. Unsafe API.
• Foreign.Marshal.UtilsUtilities for primitive marshaling
• Foreign.PtrThis module provides typed pointers to foreign data. It is part
• Foreign.SafeA collection of data types, classes, and functions for interfacing
• Foreign.StablePtrThis module is part of the Foreign Function Interface (FFI) and will usually
• Foreign.StorableThe module Foreign.Storable provides most elementary support for
• GHC.ArrayArrayLegacy interface for arrays of arrays.
• GHC.ByteOrderTarget byte ordering.
• GHC.Char
• GHC.ClockSystem monotonic time.
• GHC.Conc.Signal
• GHC.ConsoleHandlerNB. the contents of this module are only available on Windows. Installing Win32 console handlers.
• GHC.Constants
• GHC.Encoding.UTF8The API of this module is unstable and not meant to be consumed by the general public.
• GHC.Environment
• GHC.EventThis module provides scalable event notification for file
• GHC.Event.TimeOutCommon Timer definitions shared between WinIO and RIO. The API of this module is unstable and not meant to be consumed by the general pub…
• GHC.ExecutionStackThis is a module for efficient stack traces. This stack trace implementation
• GHC.Fingerprint
• GHC.Fingerprint.TypeFingerprints for recompilation checking and ABI versioning, and
• GHC.ForeignForeign marshalling support for CStrings with configurable encodings
• GHC.GHCi.HelpersVarious helpers used by the GHCi shell. The API of this module is unstable and not meant to be consumed by the general public.
• GHC.GenericsIf you're using GHC.Generics, you should consider using the
• GHC.IO.BufferBuffers used in the IO system The API of this module is unstable and not meant to be consumed by the general public.
• GHC.IO.BufferedIOClass of buffered IO devices
• GHC.IO.DeviceType classes for I/O providers. The API of this module is unstable and not meant to be consumed by the general public.
• GHC.IO.EncodingText codecs for I/O The API of this module is unstable and not meant to be consumed by the general public.
• GHC.IO.Encoding.CodePage
• GHC.IO.Encoding.FailureTypes for specifying how text encoding/decoding fails
• GHC.IO.Encoding.Latin1Single-byte encodings that map directly to Unicode code points. Portions Copyright : (c) Tom Harper 2008-2009,
• GHC.IO.Encoding.TypesTypes for text encoding/decoding
• GHC.IO.Encoding.UTF16UTF-16 Codecs for the IO library Portions Copyright : (c) Tom Harper 2008-2009,
• GHC.IO.Encoding.UTF32UTF-32 Codecs for the IO library Portions Copyright : (c) Tom Harper 2008-2009,
• GHC.IO.Encoding.UTF8UTF-8 Codec for the IO library This is one of several UTF-8 implementations provided by GHC; see Note
• GHC.IO.HandleExternal API for GHC's Handle implementation
• GHC.IO.Handle.FDHandle operations implemented by file descriptors (FDs)
• GHC.IO.Handle.Lock
• GHC.IO.StdHandlesThis model abstracts away the platform specific handles that can be toggled
• GHC.IO.SubSystemThe IoSubSystem control interface. These methods can be used to disambiguate
• GHC.InfoProvAccess to GHC's info-table provenance metadata. The API of this module is unstable and not meant to be consumed by the general public.
• GHC.Integer.LogarithmsCompatibility module for pre-ghc-bignum code.
• GHC.IsList
• GHC.JS.Foreign.Callback
• GHC.JS.Prim
• GHC.ListThe List data type and its operations
• GHC.OldListThis legacy module provides access to the list-specialised operations
• GHC.OverloadedLabelsThis module defines the IsLabel class used by the
• GHC.Profiling
• GHC.RTS.FlagsThe API of this module is unstable and is tightly coupled to GHC's internals.
• GHC.RecordsThis module defines the HasField class used by the
• GHC.ResponseFileGCC style response files.
• GHC.StableNameStable names are a way of performing fast ( \mathcal{O}(1) ),
• GHC.StackAccess to GHC's call-stack simulation
• GHC.Stack.CCSAccess to GHC's call-stack simulation
• GHC.Stack.CloneStackThis module exposes an interface for capturing the state of a thread's
• GHC.StaticPtrSymbolic references to values. References to values are usually implemented with memory addresses, and this
• GHC.StatsThis module provides access to internal garbage collection and
• GHC.TypeLitsGHC's DataKinds language extension lifts data constructors, natural
• GHC.TypeNatsThis module is an internal GHC module. It declares the constants used
• GHC.Weak.Finalize
• NumericOdds and ends, mostly functions for reading and showing
• Numeric.NaturalThe arbitrary-precision Natural number type.
• PreludeThe Prelude: a standard module. The Prelude is imported by default
• System.CPUTimeThe standard CPUTime library.
• System.Console.GetOptThis module provides facilities for parsing the command-line options
• System.EnvironmentMiscellaneous information about the system environment.
• System.Environment.BlankA setEnv implementation that allows blank environment variables. Mimics
• System.ExitExiting the program.
• System.IOThe standard IO API.
• System.IO.ErrorStandard IO Errors.
• System.IO.OSThis module bridges between Haskell handles and underlying operating-system
• System.IO.Unsafe"Unsafe" IO operations.
• System.InfoInformation about the characteristics of the host
• System.MemMemory-related system things.
• System.Mem.StableNameStable names are a way of performing fast ( \mathcal{O}(1) ),
• System.Mem.WeakIn general terms, a weak pointer is a reference to an object that is
• System.Posix.TypesPOSIX data types: Haskell equivalents of the types defined by the
• System.TimeoutAttach a timeout event to arbitrary IO computations.
• Text.ParserCombinators.ReadPThis is a module of parser combinators, originally written by Koen Claessen.
• Text.ParserCombinators.ReadPrecThis module defines parser combinators for precedence parsing.
• Text.PrintfA C printf(3)-like formatter. This version has been
• Text.ReadConverting strings to values. The Text.Read module is the canonical place to import for
• Text.Read.LexThe cut-down Haskell lexer, used by Text.Read
• Text.ShowConverting values to readable strings:
• Text.Show.FunctionsOptional instance of Text.Show.Show for functions: instance Show (a -> b) where
• Type.ReflectionThis provides a type-indexed type representation mechanism, similar to that
• Type.Reflection.UnsafeThe representations of the types TyCon and TypeRep, and the function
• Unsafe.Coerce

• ghc-internal-10.0.0with GHC

Used by in this set · 116

• Cabal-3.18.1.0
• Cabal-syntax-3.18.1.0
• OneTuple-0.4.3
• QuickCheck-2.19.0.0
• StateVar-1.2.2
• aeson-2.3.2.0
• ansi-terminal-1.1.5
• ansi-terminal-types-1.1.3
• array-0.5.8.0
• assoc-1.1.1
• async-2.2.6
• atomic-primops-0.8.8
• attoparsec-0.14.4
• barbies-2.1.1.0
• base-orphans-0.9.4
• bifunctors-5.6.3
• binary-0.8.9.3
• boring-0.2.2.1
• bytestring-0.12.2.0
• character-ps-0.1
• colour-2.3.7
• comonad-5.0.10
• concurrent-output-1.10.21
• constraints-0.14.4
• containers-0.8
• contravariant-1.5.6
• data-fix-0.3.4
• deepseq-1.5.2.0
• directory-1.3.11.0
• distributive-0.6.3
• dlist-1.0
• erf-2.0.0.0
• exceptions-0.10.12
• file-io-0.2.0
• filepath-1.5.5.0
• first-class-families-0.8.2.0
• ghc-10.0.0.20260917
• ghc-boot-10.0.0.20260917
• ghc-boot-th-10.0.0.20260917
• ghc-compact-0.1.0.0
• ghc-experimental-10.0.0
• ghc-heap-10.0.0.20260917
• ghc-platform-0.1.0.0
• ghc-toolchain-0.1.0.0
• ghci-10.0.0.20260917
• ghcjs-base-0.8.0.4
• haddock-api-2.34.0
• haddock-library-1.11.0
• hashable-1.5.1.0
• haskeline-0.8.5.0
• haskell-lexer-1.2.1
• hedgehog-1.7
• hpc-0.7.0.2
• indexed-traversable-0.1.5
• indexed-traversable-instances-0.1.2.1
• integer-conversion-0.1.1
• integer-gmp-1.1
• integer-logarithms-1.0.5
• lifted-async-0.11.0
• lifted-base-0.2.3.12
• miso-1.12.0.0
• mmorph-1.2.2
• monad-control-1.0.3.1
• mtl-2.3.2
• network-uri-2.6.4.2
• optparse-applicative-0.19.0.0
• os-string-2.0.11
• parsec-3.1.18.0
• path-0.9.6
• polysemy-1.9.2.0
• pretty-1.1.3.6
• pretty-show-1.10
• prettyprinter-1.7.2
• prettyprinter-ansi-terminal-1.1.4
• primitive-0.9.1.0
• process-1.6.30.0
• random-1.3.1
• resourcet-1.3.0
• safe-exceptions-0.1.7.4
• scientific-0.3.9.0
• semaphore-compat-2.0.1
• semialign-1.4
• semigroupoids-6.0.2
• splitmix-0.1.3.2
• stm-2.5.3.1
• strict-0.5.1
• syb-0.7.4
• tagged-0.8.11
• tasty-1.5.4
• template-haskell-2.25.0.0
• template-haskell-lift-0.1.0.0
• template-haskell-quasiquoter-0.1.0.0
• terminal-size-0.3.4
• text-2.1.4
• text-iso8601-0.2.0.0
• text-short-0.1.6.1
• th-abstraction-0.7.2.0
• th-compat-0.1.7
• these-1.2.1
• time-1.16.0.1
• time-compat-1.9.9
• transformers-0.6.3.0
• transformers-base-0.4.6.1
• transformers-compat-0.7.2
• type-errors-0.2.0.2
• unagi-chan-0.4.1.4
• unbounded-delays-0.1.1.1
• unix-2.8.8.0
• unliftio-core-0.2.1.0
• unordered-containers-0.2.21
• uuid-types-1.0.6.1
• vector-0.13.2.0
• vector-stream-0.1.0.1
• witherable-0.5
• wl-pprint-annotated-0.1.0.2
• xhtml-3000.4.1.0