semigroups-0.8: Haskell 98 semigroups (Index)

semigroups-0.8: Haskell 98 semigroups

Index

!!	Data.List.NonEmpty
:\|	Data.List.NonEmpty
<>	Data.Semigroup
<\|	Data.List.NonEmpty
All
1 (Data Constructor)	Data.Semigroup
2 (Type/Class)	Data.Semigroup
Any
1 (Data Constructor)	Data.Semigroup
2 (Type/Class)	Data.Semigroup
appEndo	Data.Semigroup
break	Data.List.NonEmpty
cons	Data.List.NonEmpty
cycle	Data.List.NonEmpty
cycle1	Data.Semigroup
diff	Data.Semigroup
drop	Data.List.NonEmpty
dropWhile	Data.List.NonEmpty
Dual
1 (Data Constructor)	Data.Semigroup
2 (Type/Class)	Data.Semigroup
Endo
1 (Data Constructor)	Data.Semigroup
2 (Type/Class)	Data.Semigroup
filter	Data.List.NonEmpty
First
1 (Type/Class)	Data.Semigroup
2 (Data Constructor)	Data.Semigroup
fromList	Data.List.NonEmpty
getAll	Data.Semigroup
getAny	Data.Semigroup
getDual	Data.Semigroup
getFirst	Data.Semigroup
getLast	Data.Semigroup
getMax	Data.Semigroup
getMin	Data.Semigroup
getOption	Data.Semigroup
getProduct	Data.Semigroup
getSum	Data.Semigroup
group	Data.List.NonEmpty
group1	Data.List.NonEmpty
groupBy	Data.List.NonEmpty
groupBy1	Data.List.NonEmpty
head	Data.List.NonEmpty
init	Data.List.NonEmpty
inits	Data.List.NonEmpty
insert	Data.List.NonEmpty
intersperse	Data.List.NonEmpty
isPrefixOf	Data.List.NonEmpty
iterate	Data.List.NonEmpty
Last
1 (Type/Class)	Data.Semigroup
2 (Data Constructor)	Data.Semigroup
last	Data.List.NonEmpty
lines	Data.List.NonEmpty
map	Data.List.NonEmpty
mappend	Data.Semigroup
Max
1 (Type/Class)	Data.Semigroup
2 (Data Constructor)	Data.Semigroup
mconcat	Data.Semigroup
mempty	Data.Semigroup
Min
1 (Type/Class)	Data.Semigroup
2 (Data Constructor)	Data.Semigroup
Monoid	Data.Semigroup
Natural
1 (Type/Class)	Numeric.Natural.Internal, Numeric.Natural
2 (Data Constructor)	Numeric.Natural.Internal
NonEmpty	Data.List.NonEmpty
nonEmpty	Data.List.NonEmpty
Option
1 (Type/Class)	Data.Semigroup
2 (Data Constructor)	Data.Semigroup
option	Data.Semigroup
partition	Data.List.NonEmpty
Product
1 (Data Constructor)	Data.Semigroup
2 (Type/Class)	Data.Semigroup
repeat	Data.List.NonEmpty
reverse	Data.List.NonEmpty
runNatural	Numeric.Natural.Internal
scanl	Data.List.NonEmpty
scanl1	Data.List.NonEmpty
scanr	Data.List.NonEmpty
scanr1	Data.List.NonEmpty
sconcat	Data.Semigroup
Semigroup	Data.Semigroup
sort	Data.List.NonEmpty
span	Data.List.NonEmpty
splitAt	Data.List.NonEmpty
Sum
1 (Data Constructor)	Data.Semigroup
2 (Type/Class)	Data.Semigroup
tail	Data.List.NonEmpty
tails	Data.List.NonEmpty
take	Data.List.NonEmpty
takeWhile	Data.List.NonEmpty
times1p	Data.Semigroup
toList	Data.List.NonEmpty
toNatural	Numeric.Natural.Internal, Numeric.Natural
uncons	Data.List.NonEmpty
unfold	Data.List.NonEmpty
unlines	Data.List.NonEmpty
unsafePred	Numeric.Natural.Internal
unwords	Data.List.NonEmpty
unwrapMonoid	Data.Semigroup
unzip	Data.List.NonEmpty
Whole	Numeric.Natural.Internal, Numeric.Natural
words	Data.List.NonEmpty
WrapMonoid	Data.Semigroup
WrappedMonoid	Data.Semigroup
zip	Data.List.NonEmpty
zipWith	Data.List.NonEmpty