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1. setPoolLabel :: Text -> PoolConfig a -> PoolConfig a

   resource-pool	Data.Pool

   Assign a label to the pool. The label will appear in a label of the collector thread as well as Resource.

2. setNumStripes :: Maybe Int -> PoolConfig a -> PoolConfig a

   resource-pool	Data.Pool.Internal

   Set the number of stripes (sub-pools) in the pool. If not explicitly set, the default number of stripes is 1, which should be good for typical use (when in doubt, profile your application first). If set to Nothing, the pool will create the number of stripes equal to the number of capabilities. Note: usage of multiple stripes reduces contention, but can also result in suboptimal use of resources since stripes are separated from each other.

3. setPoolLabel :: Text -> PoolConfig a -> PoolConfig a

   resource-pool	Data.Pool.Internal

   Assign a label to the pool. The label will appear in a label of the collector thread as well as Resource.

4. setNumStripes :: Maybe Int -> PoolConfig a -> PoolConfig a

   resource-pool	Data.Pool.Introspection

   Set the number of stripes (sub-pools) in the pool. If not explicitly set, the default number of stripes is 1, which should be good for typical use (when in doubt, profile your application first). If set to Nothing, the pool will create the number of stripes equal to the number of capabilities. Note: usage of multiple stripes reduces contention, but can also result in suboptimal use of resources since stripes are separated from each other.

5. setPoolLabel :: Text -> PoolConfig a -> PoolConfig a

   resource-pool	Data.Pool.Introspection

   Assign a label to the pool. The label will appear in a label of the collector thread as well as Resource.

6. setState :: a -> Stateful a b -> Stateful a b

   monoid-subclasses	Data.Monoid.Instances.Stateful

   No documentation available.

7. setDataInputStreamByteOrder :: (MonadIO m, IsDataInputStream o) => o -> DataStreamByteOrder -> m ()

   gi-gio	GI.Gio.Objects.DataInputStream

   Set the value of the “byte-order” property. When overloading is enabled, this is equivalent to

   set dataInputStream [ #byteOrder := value ]
   

8. setDataInputStreamNewlineType :: (MonadIO m, IsDataInputStream o) => o -> DataStreamNewlineType -> m ()

   gi-gio	GI.Gio.Objects.DataInputStream

   Set the value of the “newline-type” property. When overloading is enabled, this is equivalent to

   set dataInputStream [ #newlineType := value ]
   

9. setDataOutputStreamByteOrder :: (MonadIO m, IsDataOutputStream o) => o -> DataStreamByteOrder -> m ()

   gi-gio	GI.Gio.Objects.DataOutputStream

   Set the value of the “byte-order” property. When overloading is enabled, this is equivalent to

   set dataOutputStream [ #byteOrder := value ]
   

10. setS :: Selector s a -> a -> s -> s

    hxt	Data.Function.Selector

    No documentation available.

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