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Within LTS Haskell 24.52 (ghc-9.10.3)
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glCallList :: MonadIO m => GLuint -> m ()OpenGLRaw Graphics.GL.Version20 Manual page for OpenGL 2.x.
glCallLists :: MonadIO m => GLsizei -> GLenum -> Ptr a -> m ()OpenGLRaw Graphics.GL.Version20 Manual page for OpenGL 2.x.
pattern
GL_ALL_ATTRIB_BITS :: GLbitfieldOpenGLRaw Graphics.GL.Version21 No documentation available.
pattern
GL_CLIENT_ALL_ATTRIB_BITS :: GLbitfieldOpenGLRaw Graphics.GL.Version21 No documentation available.
glCallList :: MonadIO m => GLuint -> m ()OpenGLRaw Graphics.GL.Version21 Manual page for OpenGL 2.x.
glCallLists :: MonadIO m => GLsizei -> GLenum -> Ptr a -> m ()OpenGLRaw Graphics.GL.Version21 Manual page for OpenGL 2.x.
readDecimalLimited :: Fractional a => Int -> ByteString -> Maybe (a, ByteString)bytestring-lexing Data.ByteString.Lex.Fractional A variant of readDecimal which only reads up to some limited precision. The first argument gives the number of decimal digits at which to limit the precision. For types with inherently limited precision (e.g., Float and Double), when you pass in the precision limit (cf., decimalPrecision) this is far more efficient than readDecimal. However, passing in a precision limit which is greater than the type's inherent limitation will degrate performance compared to readDecimal. For types with unlimited precision (e.g., Rational) this may still be far more efficient than readDecimal (it is for Rational, in fact). The reason being that it delays the scaling the significand/mantissa by the exponent, thus allowing you to further adjust the exponent before computing the final value (e.g., as in readExponentialLimited). This avoids the need to renormalize intermediate results, and allows faster computation of the scaling factor by doing it all at once.
readExponentialLimited :: Fractional a => Int -> ByteString -> Maybe (a, ByteString)bytestring-lexing Data.ByteString.Lex.Fractional A variant of readExponential which only reads up to some limited precision. The first argument gives the number of decimal digits at which to limit the precision. See readDecimalLimited for more discussion of the performance benefits of using this function.
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Utilities to work with cabal-install files cabal-install-parsers provides parsers for cabal-install files: cabal.project (Cabal.Project), cabal.config (Cabal.Config), 01-index.tar (Cabal.Index); as well as some other utilities. The feature set is mainly motivated by the needs of haskell-ci package. The parsed data is not complete, functionality is added on demand.
cfgInstallDir :: Config (f :: Type -> Type) -> f FilePathcabal-install-parsers Cabal.Config No documentation available.