ASet (FSharp.Data.Adaptive) | FSharp.Data.Adaptive

FSharp.Data.Adaptive

ASet Module

Namespace: FSharp.Data.Adaptive
Assembly: FSharp.Data.Adaptive.dll
Parent Module: CollectionExtensions

Functional operators for aset<_>

Functions and values

Function or value	Description
`groupBy mapping set` Full Usage: `groupBy mapping set` Parameters: mapping : `'T -> 'K` set : `aset<'T>` Returns: `amap<'K, HashSet<'T>>`	Groups the aset by the given mapping and returns an amap with potentially colliding entries in a HashSet<'T>. mapping : `'T -> 'K` set : `aset<'T>` Returns: `amap<'K, HashSet<'T>>`
`mapToAMap mapping set` Full Usage: `mapToAMap mapping set` Parameters: mapping : `'Key -> 'Value` set : `aset<'Key>` Returns: `amap<'Key, 'Value>`	Creates an amap with the keys from the set and the values given by mapping. mapping : `'Key -> 'Value` set : `aset<'Key>` Returns: `amap<'Key, 'Value>`
`ofAList list` Full Usage: `ofAList list` Parameters: list : `alist<'T>` Returns: `aset<'T>`	Creates an aset holding all elements of the given list. list : `alist<'T>` Returns: `aset<'T>`
`ofAListIndexed list` Full Usage: `ofAListIndexed list` Parameters: list : `alist<'T>` Returns: `aset<Index * 'T>`	Creates an aset holding all index/elements pairs of the given list. list : `alist<'T>` Returns: `aset<Index * 'T>`
`ofAMap map` Full Usage: `ofAMap map` Parameters: map : `amap<'Key, 'Value>` Returns: `aset<'Key * 'Value>`	Creates an aset holding all key/value tuples from the map. map : `amap<'Key, 'Value>` Returns: `aset<'Key * 'Value>`
`ofAMapValues map` Full Usage: `ofAMapValues map` Parameters: map : `amap<'Key, 'Value>` Returns: `aset<'Value>`	Creates an aset holding all distinct values from the map. map : `amap<'Key, 'Value>` Returns: `aset<'Value>`
`sort set` Full Usage: `sort set` Parameters: set : `aset<'T>` Returns: `alist<'T>` Modifiers: inline Type parameters: 'T	Sorts the set. set : `aset<'T>` Returns: `alist<'T>`
`sortBy projection set` Full Usage: `sortBy projection set` Parameters: projection : `'T1 -> 'T2` set : `aset<'T1>` Returns: `alist<'T1>`	Sorts the set using the keys given by projection. projection : `'T1 -> 'T2` set : `aset<'T1>` Returns: `alist<'T1>`
`sortByDescending projection set` Full Usage: `sortByDescending projection set` Parameters: projection : `'T1 -> 'T2` set : `aset<'T1>` Returns: `alist<'T1>`	Sorts the set using the keys given by projection in descending order. projection : `'T1 -> 'T2` set : `aset<'T1>` Returns: `alist<'T1>`
`sortDescending set` Full Usage: `sortDescending set` Parameters: set : `aset<'T>` Returns: `alist<'T>` Modifiers: inline Type parameters: 'T	Sorts the set in descending order. set : `aset<'T>` Returns: `alist<'T>`
`sortWith compare set` Full Usage: `sortWith compare set` Parameters: compare : `'T -> 'T -> int` set : `aset<'T>` Returns: `alist<'T>`	Sorts the set using the given compare function. compare : `'T -> 'T -> int` set : `aset<'T>` Returns: `alist<'T>`
`toAList set` Full Usage: `toAList set` Parameters: set : `aset<'T>` Returns: `alist<'T>`	Creates an alist from the set with undefined element order. set : `aset<'T>` Returns: `alist<'T>`