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1. fromList :: IsSequence seq => [Element seq] -> seq

   classy-prelude-yesod	ClassyPrelude.Yesod

   Convert a list to a sequence.

   > fromList [a, b, c] :: Text
   "abc"
   

2. fromList :: [a] -> Signal a

   elerea	FRP.Elerea.Simple.Pure

   No documentation available.

3. fromList :: (AllocM m, Key k, Value v) => [(k, v)] -> m (Tree k v)

   haskey-btree	Data.BTree.Impure

   Create a tree from a list.

4. fromList :: (AllocM m, Key k, Value v) => NonEmpty (k, v) -> m (NonEmptyTree k v)

   haskey-btree	Data.BTree.Impure.NonEmpty

   Create a NonEmptyTree from a NonEmpty list.

5. fromList :: Key k => TreeSetup -> [(k, v)] -> Tree k v

   haskey-btree	Data.BTree.Pure

   O(n*log n). Construct a B-tree from a list of key/value pairs. If the list contains duplicate keys, the last pair for a duplicate key is kept.

6. fromList :: forall (u :: Type -> Type) a (v :: Type -> Type) b . (Vector u a, Vector v b) => [(a, b)] -> Vector u v (a, b)

   hybrid-vectors	Data.Vector.Hybrid

   O(n) Convert a list to a vector

7. fromList :: [(Int, a)] -> Path a

   lca	Data.LCA.Online

   Build a Path from a list of (ID, value) pairs.

8. fromList :: Monoid a => [(Int, a)] -> Path a

   lca	Data.LCA.Online.Monoidal

   Build a Path from a list of (ID, value) pairs.

9. fromList :: [(Int, a)] -> Path a

   lca	Data.LCA.Online.Naive

   Build a Path from a list of (ID, value) pairs.

10. fromList :: MonadUnliftIO m => [a] -> m (InputStream a)

    unliftio-streams	UnliftIO.Streams.List

    No documentation available.

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