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Within LTS Haskell 24.39 (ghc-9.10.3)
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numKeys :: MultiMap k a -> Word32multimap Data.MultiMap O(1). The number of keys in the multimap. As this is a multimap, the number of keys is not necessarily equal to the number of values.
numValues :: MultiMap k a -> Word32multimap Data.MultiMap O(1). The number of values in the multimap. As this is a multimap, the number of keys is not necessarily equal to the number of values.
numKeys :: SetMap k a -> Word32multimap Data.SetMap O(1). The number of keys in the multimap. As this is a multimap, the number of keys is not necessarily equal to the number of values.
numValues :: SetMap k a -> Word32multimap Data.SetMap O(1). The number of values in the multimap. As this is a multimap, the number of keys is not necessarily equal to the number of values.
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Numerical spaces. numhask-space provides support for spaces where space is defined as a set of numbers with a lower and upper bound.
Usage
>>> {-# LANGUAGE RebindableSyntax #-} >>> import NumHask.Prelude >>> import NumHask.Space -
rebase Rebase.Prelude the value passed to the +RTS -N flag. This is the number of Haskell threads that can run truly simultaneously at any given time, and is typically set to the number of physical processor cores on the machine. Strictly speaking it is better to use getNumCapabilities, because the number of capabilities might vary at runtime.
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rebase Rebase.Prelude Returns the number of sparks currently in the local spark pool
numWorkers :: Scheduler s a -> Intscheduler Control.Scheduler Get the number of workers. Will mainly depend on the computation strategy and/or number of capabilities you have. Related function is getCompWorkers.
numberOfChannels :: C y => y -> Intsox Sound.Sox.Frame The argument is not touched and can be undefined
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sox Sound.Sox.Information No documentation available.