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1. forkStatsd :: StatsdOptions -> Store -> IO Statsd

   ekg-statsd	System.Remote.Monitoring.Statsd

   Create a thread that periodically flushes the metrics in the store to statsd.

2. forkServer :: ByteString -> Int -> IO Server

   ekg-wai	System.Remote.Monitoring.Wai

   Like forkServerWith, but creates a default metric store with some predefined metrics. The predefined metrics are those given in registerGcMetrics.

3. forkServerWith :: Store -> ByteString -> Int -> IO Server

   ekg-wai	System.Remote.Monitoring.Wai

   Start an HTTP server in a new thread. The server replies to GET requests to the given host and port. The host argument can be either a numeric network address (dotted quad for IPv4, colon-separated hex for IPv6) or a hostname (e.g. "localhost".) The client can control the Content-Type used in responses by setting the Accept header. At the moment two content types are available: "application/json" and "text/html". Registers the following counter, used by the UI:

   • ekg.server_time_ms The server time when the sample was taken, in milliseconds.
   Note that this function, unlike forkServer, doesn't register any other predefined metrics. This allows other libraries to create and provide a metric store for use with this library. If the metric store isn't created by you and the creator doesn't register the metrics registered by forkServer, you might want to register them yourself.

4. formatSomeException :: SomeException -> Text

   emacs-module	Emacs.Module.Errors

   No documentation available.

5. forward :: ReadWrite

   exomizer	Exomizer.Mem

   Forward: both read and write

6. forward :: ReadWrite

   exomizer	Exomizer.Raw

   Forward: both read and write

7. formatDigits :: FormatStyle -> Int -> Maybe Int -> [Int] -> Int -> String

   floatshow	Text.FShow.Raw

   formatDigits builds the display String from the digits and the exponent of a nonnegative number.

8. package forkable-monad

   An implementation of forkIO for monad stacks. < This module defines a more generic version of Control.Concurrent's forkIO, which can directly run some complex monadic actions as well as plain IO actions.

9. forkFinally :: IO a -> (Either SomeException a -> IO ()) -> IO ThreadId

   forkable-monad	Control.Concurrent.Forkable

   Fork a thread and call the supplied function when the thread is about to terminate, with an exception or a returned value. The function is called with asynchronous exceptions masked.

   forkFinally action and_then =
   mask $ \restore ->
   forkIO $ try (restore action) >>= and_then
   

   This function is useful for informing the parent when a child terminates, for example.

10. forkIO :: ForkableMonad m => m a -> m ThreadId

    forkable-monad	Control.Concurrent.Forkable

    Spark off a new thread to run the monadic computation passed as the first argument, and return the ThreadId of the newly created thread. The new thread will run the computation using the same monadic context as the parent thread. As a convenience, this forkIO accepts a computation returning any value, not just unit. This value is discarded when the computation terminates.

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