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1. allowAnti :: AlexPredicate

   language-c-quote	Language.C.Parser.Monad

   No documentation available.

2. allAdjUnique :: Eq a => [a] -> Bool

   list-predicate	Data.List.Predicate

   O(n). Whether all adjacent pairs of elements are different. Useful for determining whether a sorted list is all unique.

   >>> allAdjUnique [1, 2, 3, 2]
   True
   
   >>> allAdjUnique [1, 2, 2, 3]
   False
   
   >>> allAdjUnique []
   True
   
   >>> allAdjUnique [1]
   True
   

3. allAdjUniqueBy :: (a -> a -> Bool) -> [a] -> Bool

   list-predicate	Data.List.Predicate

   O(n). Like allAdjUnique, with a custom equality test.

   >>> allAdjUniqueBy ((==) `on` head) ["apple", "bow", "cat", "ant"]
   True
   
   >>> allAdjUniqueBy ((==) `on` head) ["apple", "ant", "bow", "cat"]
   False
   

4. allEqual :: Eq a => [a] -> Bool

   list-predicate	Data.List.Predicate

   O(n). Whether the elements are all equal.

   >>> allEqual [1..]
   False
   
   >>> allEqual [3, 3, 3, 3]
   True
   
   >>> allEqual []
   True
   
   >>> allEqual [1]
   True
   

5. allEqualBy :: (a -> a -> Bool) -> [a] -> Bool

   list-predicate	Data.List.Predicate

   O(n). Like allEqual, with a custom equality test.

   >>> allEqualBy ((==) `on` (`mod` 10)) [3, 13, 23]
   True
   
   >>> allEqualBy ((==) `on` (`mod` 10)) [3, 13, 24]
   False
   

6. allUnique :: Ord a => [a] -> Bool

   list-predicate	Data.List.Predicate

   O(n log(n)). Whether the elements are all unique.

   >>> allUnique [1, 2, 5, 7]
   True
   
   >>> allUnique [1, 2, 5, 2]
   False
   
   >>> allUnique []
   True
   
   >>> allUnique [1]
   True
   

7. allUniqueBy :: (a -> a -> Ordering) -> [a] -> Bool

   list-predicate	Data.List.Predicate

   O(n log(n)). Like allUnique, with a custom comparison test.

   >>> allUniqueBy (comparing head) ["apple", "bow", "cat"]
   True
   
   >>> allUniqueBy (comparing head) ["apple", "bow", "ant"]
   False
   

8. allOp :: Cluster -> Request -> IO [(Server, Response)]

   memcache	Database.Memcache.Cluster

   Run a Memcached operation against all servers in the cluster, handling any failures that occur, retrying the specified number of times.

9. allOp' :: Cluster -> (Server -> IO a) -> IO [(Server, a)]

   memcache	Database.Memcache.Cluster

   Run a Memcached operation against all servers in the cluster, handling any failures that occur, retrying the specified number of times. Similar to anyOp but allows more flexible interaction with the Server than a single request and response.

10. allowReorder_ :: MisoString -> Attribute action

    miso	Miso.Svg

    https://developer.mozilla.org/en-US/docs/Web/SVG/Attribute/allowReorder

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