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hedn Data.EDN.AST.Types.Value #{a set} class
Set (b :: Type -> Type) (m :: Type -> Type) a v | m -> b, a -> b vmetrics Data.Metrics.Types Update a metric by performing wholesale replacement of a value.
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This module provides set-specific multimap functionality.
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The type RS.RSet a is like Set a, but allows recursive definitions:
>>> :{ let s1 = RS.insert 23 s2 s2 = RS.insert 42 s1 in RS.get s1 :} fromList [23,42] - 
statsd-rupp System.Metrics.StatsD.Internal No documentation available.
 module Toml.Codec.Combinator.
Set TOML-specific combinators for converting between TOML and Haskell Set-like data types. There are two way to represent list-like structures with the tomland library.
- Ordinary array sets of primitives:
foo = [100, 200, 300]
 - Sets via tables:
foo = [ {x = 100} , {x = 200} , {x = 300} ] OR [[foo]] x = 100 [[foo]] x = 200 [[foo]] x = 300 
- Ordinary array sets of primitives:
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This module provides a type TSet c, which is a set of list of some characters. It serves almost same purpose to Set [c], and functions of this module mirrors functions with same name from Data.Set module. The advantages to use this module over Data.Set are:
- Faster member.
 - Partial match provided by beginWith function.
 - Efficient append, prefixes, and suffixes functions.
 
- Some operations are slower than Set [c]. Especially, count is much much slower than size (because Set.size is already recorded in the data structure). Consider TSet.count be like length of list.
 - Constructed TSet c from a list of lists [[c]] do not share each member lists with original list unlike Set [c] does. This means holding both TSet c and [[c]] in memory consumes much more memory than Set [c] and [[c]].
 
 module Yaya.Containers.Pattern.
Set No documentation available.
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classy-prelude-yesod ClassyPrelude.Yesod A set of values a.
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ecstasy Data.Ecstasy Set the current value.