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unionAll :: Ord a => [[a]] -> [a]data-ordlist Data.List.Ordered The unionAll computes the union of a (potentially) infinite number of lists, under the assumption that the heads of the inner lists are sorted. The result will duplicate an element as many times as the maximum number of occurrences in any single list. Thus, the result is a set if and only if every inner list is a set. The unionAll function is closely related to foldr union []. The former does not assume that the outer list is finite, whereas the latter does not assume that the heads of the inner lists are sorted. When both sets of assumptions are met, these two functions are equivalent. Note that there is no simple way to express unionAll in terms of mergeAll or vice versa on arbitrary valid inputs. They are related via nub however, as nub . mergeAll == unionAll . map nub. If every list is a set, then map nub == id, and in this special case (and only in this special case) does nub . mergeAll == unionAll. This implementation of unionAll uses a tree of comparisons, and is based on input from Dave Bayer, Heinrich Apfelmus, Omar Antolin Camarena, and Will Ness. See CHANGES for details.
unionAllBy :: (a -> a -> Ordering) -> [[a]] -> [a]data-ordlist Data.List.Ordered The unionAllBy function is the non-overloaded variant of the unionAll function.
killAllThreads :: (MonadDejaFu n, HasCallStack) => Context n g -> n ()dejafu Test.DejaFu.Conc.Internal Kill the remaining threads
PartiallySynchronisedCommit :: IORefId -> ActionTypedejafu Test.DejaFu.Internal A commit.
PartiallySynchronisedModify :: IORefId -> ActionTypedejafu Test.DejaFu.Internal A modifyIORefCAS
PartiallySynchronisedWrite :: IORefId -> ActionTypedejafu Test.DejaFu.Internal A casIORef
systematically :: Bounds -> Waydejafu Test.DejaFu.Settings Systematically execute a program, trying all distinct executions within the bounds.
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deriving-aeson Deriving.Aeson the encoding will always follow the sumEncoding.
type
CallHandler s a b = s -> a -> Reply b sdistributed-process-client-server Control.Distributed.Process.ManagedProcess An expression used to handle a message and providing a reply
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distributed-process-client-server Control.Distributed.Process.ManagedProcess Wraps a consumer of the call API