inline-r-0.9.1: Seamlessly call R from Haskell and vice versa. No FFI required.

Index - R

RLanguage.R.Instance, Language.R, H.Prelude, H.Prelude.Interactive
rLanguage.R.QQ, H.Prelude, H.Prelude.Interactive
r1Language.R.Internal
r2Language.R.Internal
Raw 
1 (Data Constructor)Foreign.R.Type, Foreign.R, Language.R
2 (Data Constructor)Language.R.HExp, H.Prelude, H.Prelude.Interactive
rawForeign.R
rCtxForeign.R.Context
readData.Vector.SEXP.Mutable
readVectorForeign.R
Real 
1 (Data Constructor)Foreign.R.Type, Foreign.R, Language.R
2 (Data Constructor)Language.R.HExp, H.Prelude, H.Prelude.Interactive
realForeign.R
refreshLanguage.R.Event, H.Prelude, H.Prelude.Interactive
RegionH.Prelude, H.Prelude.Interactive
registerREventsLanguage.R.Event
release 
1 (Function)Foreign.R.Internal, Foreign.R
2 (Function)Data.Vector.SEXP.Mutable
releaseObjectForeign.R
removeInputHandlerForeign.R.EventLoop
replicate 
1 (Function)Data.Vector.SEXP.Mutable
2 (Function)Data.Vector.SEXP
replicateM 
1 (Function)Data.Vector.SEXP.Mutable
2 (Function)Data.Vector.SEXP
RError 
1 (Type/Class)Foreign.R.Error, H.Prelude, H.Prelude.Interactive
2 (Data Constructor)Foreign.R.Error, H.Prelude, H.Prelude.Interactive
reverseData.Vector.SEXP
rownamesLanguage.R.Matcher
rsafeLanguage.R.QQ, H.Prelude, H.Prelude.Interactive
runHandlersForeign.R.EventLoop
runMatcherLanguage.R.Matcher
runRegionLanguage.R.Instance, Language.R, H.Prelude, H.Prelude.Interactive