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Within LTS Haskell 24.33 (ghc-9.10.3)

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1. readFileDoublesGenMN :: Int64 -> Int64 -> String -> FilePath -> IO (Vector Int)

   dobutokO2	DobutokO.Sound.Keyboard

   Like readFileDoublesGen, but returns only first n symbols specified with the second Int64 argument dropping before this the first m symbols specified with the first Int64 argument.

2. readFileDoublesGenN :: Int64 -> String -> FilePath -> IO (Vector Int)

   dobutokO2	DobutokO.Sound.Keyboard

   Like readFileDoublesGen, but returns only first n elements of the Vector specified with the first Int64 argument.

3. readFileDoublesMN :: Int64 -> Int64 -> FilePath -> IO (Vector Int)

   dobutokO2	DobutokO.Sound.Keyboard

   Like readFileDoubles, but returns only first n elements of the Vector specified with the second Int64 argument dropping before this the first m elements specified with the first Int64 argument.

4. readFileDoublesN :: Int64 -> FilePath -> IO (Vector Int)

   dobutokO2	DobutokO.Sound.Keyboard

   Like readFileDoubles, but returns only first n elements of the Vector specified with the first Int64 argument.

5. readActiveBranch :: [Branch] -> String -> Maybe Branch

   fedora-releases	Distribution.Fedora.Branch

   Read a Branch name (one of the list of active branches) Similar to eitherActiveBranch but ignores any error string

6. readBranch :: String -> Maybe Branch

   fedora-releases	Distribution.Fedora.Branch

   Read a Fedora Branch name

7. readChan :: Chan a -> IO a

   forkable-monad	Control.Concurrent.Forkable

   Read the next value from the Chan. Blocks when the channel is empty. Since the read end of a channel is an MVar, this operation inherits fairness guarantees of MVars (e.g. threads blocked in this operation are woken up in FIFO order). Throws BlockedIndefinitelyOnMVar when the channel is empty and no other thread holds a reference to the channel.

8. readMVar :: MVar a -> IO a

   forkable-monad	Control.Concurrent.Forkable

   Atomically read the contents of an MVar. If the MVar is currently empty, readMVar will wait until it is full. readMVar is guaranteed to receive the next putMVar. readMVar is multiple-wakeup, so when multiple readers are blocked on an MVar, all of them are woken up at the same time. The runtime guarantees that all woken threads complete their readMVar operation. Compatibility note: Prior to base 4.7, readMVar was a combination of takeMVar and putMVar. This mean that in the presence of other threads attempting to putMVar, readMVar could block. Furthermore, readMVar would not receive the next putMVar if there was already a pending thread blocked on takeMVar. The old behavior can be recovered by implementing 'readMVar as follows:

   readMVar :: MVar a -> IO a
   readMVar m =
   mask_ $ do
   a <- takeMVar m
   putMVar m a
   return a
   

9. reads :: RegUsage -> [RegWithFormat]

   ghc-lib	GHC.CmmToAsm.Instr

   No documentation available.

10. readPoint :: Point s a -> ST s (Link s a)

    ghc-lib	GHC.Data.UnionFind

    Read the current value of Point.

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