| Safe Haskell | Safe |
|---|---|
| Language | Haskell98 |
Control.Distributed.Process.Internal.BiMultiMap
Description
This is an implementation of bidirectional multimaps.
- data BiMultiMap a b v
- empty :: BiMultiMap a b v
- singleton :: (Ord a, Ord b, Ord v) => a -> b -> v -> BiMultiMap a b v
- size :: BiMultiMap a b v -> Int
- insert :: (Ord a, Ord b, Ord v) => a -> b -> v -> BiMultiMap a b v -> BiMultiMap a b v
- lookupBy1st :: Ord a => a -> BiMultiMap a b v -> Set (b, v)
- lookupBy2nd :: Ord b => b -> BiMultiMap a b v -> Set (a, v)
- delete :: (Ord a, Ord b, Ord v) => a -> b -> v -> BiMultiMap a b v -> BiMultiMap a b v
- deleteAllBy1st :: (Ord a, Ord b, Ord v) => a -> BiMultiMap a b v -> BiMultiMap a b v
- deleteAllBy2nd :: (Ord a, Ord b, Ord v) => b -> BiMultiMap a b v -> BiMultiMap a b v
- partitionWithKeyBy1st :: (Ord a, Ord b, Ord v) => (a -> Set (b, v) -> Bool) -> BiMultiMap a b v -> (Map a (Set (b, v)), BiMultiMap a b v)
- partitionWithKeyBy2nd :: (Ord a, Ord b, Ord v) => (b -> Set (a, v) -> Bool) -> BiMultiMap a b v -> (Map b (Set (a, v)), BiMultiMap a b v)
- flip :: BiMultiMap a b v -> BiMultiMap b a v
Documentation
data BiMultiMap a b v Source #
A bidirectional multimaps BiMultiMap a b v is a set of triplets of type
(a, b, v).
It is possible to lookup values by using either a or b as keys.
empty :: BiMultiMap a b v Source #
The empty bidirectional multimap.
singleton :: (Ord a, Ord b, Ord v) => a -> b -> v -> BiMultiMap a b v Source #
A bidirectional multimap containing a single triplet.
size :: BiMultiMap a b v -> Int Source #
Yields the amount of triplets in the multimap.
insert :: (Ord a, Ord b, Ord v) => a -> b -> v -> BiMultiMap a b v -> BiMultiMap a b v Source #
Inserts a triplet in the multimap.
lookupBy1st :: Ord a => a -> BiMultiMap a b v -> Set (b, v) Source #
Looks up all the triplets whose first component is the given value.
lookupBy2nd :: Ord b => b -> BiMultiMap a b v -> Set (a, v) Source #
Looks up all the triplets whose second component is the given value.
delete :: (Ord a, Ord b, Ord v) => a -> b -> v -> BiMultiMap a b v -> BiMultiMap a b v Source #
Deletes a triplet. It yields the original multimap if the triplet is not present.
deleteAllBy1st :: (Ord a, Ord b, Ord v) => a -> BiMultiMap a b v -> BiMultiMap a b v Source #
Deletes all triplets whose first component is the given value.
deleteAllBy2nd :: (Ord a, Ord b, Ord v) => b -> BiMultiMap a b v -> BiMultiMap a b v Source #
Like deleteAllBy1st but deletes by the second component of the triplets.
partitionWithKeyBy1st :: (Ord a, Ord b, Ord v) => (a -> Set (b, v) -> Bool) -> BiMultiMap a b v -> (Map a (Set (b, v)), BiMultiMap a b v) Source #
Yields the triplets satisfying the given predicate, and a multimap with all this triplets removed.
partitionWithKeyBy2nd :: (Ord a, Ord b, Ord v) => (b -> Set (a, v) -> Bool) -> BiMultiMap a b v -> (Map b (Set (a, v)), BiMultiMap a b v) Source #
Like partitionWithKeyBy1st but the predicates takes the second component
of the triplets as first argument.
flip :: BiMultiMap a b v -> BiMultiMap b a v Source #
Exchange the first and the second components of all triplets.