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1. boxShadowWithSpread :: Size a -> Size a -> Size a -> Size a -> Color -> Css

   clay	Clay.Box

   Deprecated: This function has been replaced with shadowWithSpread and bsColor and will be removed.

2. shadowWithSpread :: Size a -> Size a -> Size a -> Size a -> BoxShadow

   clay	Clay.Box

   While this function is the correct type to work with the sym, sym2 or sym3 functions, such applications are unlikely to be meaningful.

3. mkBackgroundThread :: Capacity -> IO (BackgroundWorker (IO ()))

   co-log-concurrent	Colog.Concurrent

   Create a background worker with a given capacity. If capacity is reached, then the thread that tries to write logs will be blocked. This method is more generic than forkBackgroundLogger but it's less effective, as you have to pass entire closure to be run and that leads to extra memory usage and indirect calls happening. When closed it will dump all pending messages, unless another asynchronous exception will arrive, or synchronous exception will happen during the logging. Note. Limit parameter of capacity is ignored here as the function performs IO actions and seems that doesn't benefit from the chunking. However it may change in the future versions if proved to be wrong.

4. runInBackgroundThread :: BackgroundWorker (IO ()) -> LogAction IO msg -> LogAction IO msg

   co-log-concurrent	Colog.Concurrent

   Run logger action asynchronously in the worker thread. Logger is executed in the other thread entirely, so if logger takes any thread related context it will be read from the other thread.

5. backgroundWorkerThreadId :: BackgroundWorker msg -> !ThreadId

   co-log-concurrent	Colog.Concurrent.Internal

   Background ThreadId.

6. thread :: Foldable t => t (a -> a) -> a -> a

   composition-prelude	Control.Composition

   No documentation available.

7. threadM :: (Monad m, Foldable t, Applicative m) => t (a -> m a) -> a -> m a

   composition-prelude	Control.Composition

   No documentation available.

8. hyperthreadingFactor :: [CPU] -> Rational

   cpuinfo	System.CPU

   The hyperthreading factor is the number of logical cores divided by the number of physical cores. This quantity indicates the degree to which physical execution resources are shared among logical processors, and may be used to tune parallel applications.

9. hyperthreadingInUse :: [CPU] -> Bool

   cpuinfo	System.CPU

   If hyperthreading is in use, the hyperthreadingFactor will be greater than 1.

10. serverThreadId :: Server -> ThreadId

    ekg	System.Remote.Monitoring

    The thread ID of the server. You can kill the server by killing this thread (i.e. by throwing it an asynchronous exception.)

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