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1. setRectangleWidth :: MonadIO m => Rectangle -> Int32 -> m ()

   gi-pango	GI.Pango.Structs.Rectangle

   Set the value of the “width” field. When overloading is enabled, this is equivalent to

   set rectangle [ #width := value ]
   

2. asyncThreadId :: Async a -> ThreadId

   lifted-async	Control.Concurrent.Async.Lifted

   Returns the ThreadId of the thread running the given Async.

3. asyncThreadId :: Async a -> ThreadId

   lifted-async	Control.Concurrent.Async.Lifted.Safe

   Returns the ThreadId of the thread running the given Async.

4. pattern LUA_OPIDIV :: ArithOPCode

   lua	Lua

   Performs floor division (//)

5. pattern LUA_RIDX_GLOBALS :: Integer

   lua	Lua

   The registry index that holds the global environment.

6. pattern LUA_OPIDIV :: ArithOPCode

   lua	Lua.Constants

   Performs floor division (//)

7. pattern LUA_RIDX_GLOBALS :: Integer

   lua	Lua.Constants

   The registry index that holds the global environment.

8. computeWithStride :: forall r ix e r' . (Manifest r e, StrideLoad r' ix e) => Stride ix -> Array r' ix e -> Array r ix e

   massiv	Data.Massiv.Array

   Same as compute, but with Stride. O(n div k) - Where n is number of elements in the source array and k is number of elements in the stride.

9. computeWithStrideAs :: (Manifest r e, StrideLoad r' ix e) => r -> Stride ix -> Array r' ix e -> Array r ix e

   massiv	Data.Massiv.Array

   Same as computeWithStride, but with ability to specify resulting array representation.

10. iterArrayLinearWithStrideM_ :: forall r ix e m s . (StrideLoad r ix e, MonadPrimBase s m) => Scheduler s () -> Stride ix -> Sz ix -> Array r ix e -> (Int -> e -> m ()) -> m ()

    massiv	Data.Massiv.Array

    No documentation available.

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