List (fantomas)

List Module

Namespace: Internal.Utilities.Library
Assembly: Fantomas.FCS.dll

Functions and values

Function or value	Description
`allEqual xs` Full Usage: `allEqual xs` Parameters: xs : `'T list` Returns: `bool` Type parameters: 'T (requires equality)	xs : `'T list` Returns: `bool`
`assoc x l` Full Usage: `assoc x l` Parameters: x : `'a` l : `('a * 'b) list` Returns: `'b` Type parameters: 'a, 'b (requires equality)	x : `'a` l : `('a * 'b) list` Returns: `'b`
`checkq l1 l2` Full Usage: `checkq l1 l2` Parameters: l1 : `'a list` l2 : `'a list` Returns: `bool` Type parameters: 'a (requires not struct)	l1 : `'a list` l2 : `'a list` Returns: `bool`
`collect2 f xs ys` Full Usage: `collect2 f xs ys` Parameters: f : `'a -> 'b -> 'c list` xs : `'a list` ys : `'b list` Returns: `'c list` Type parameters: 'a, 'b, 'c	f : `'a -> 'b -> 'c list` xs : `'a list` ys : `'b list` Returns: `'c list`
`collectFold f s l` Full Usage: `collectFold f s l` Parameters: f : `'a -> 'b -> 'c list * 'a` s : `'a` l : `'b list` Returns: `'c list * 'a` Type parameters: 'a, 'b, 'c	f : `'a -> 'b -> 'c list * 'a` s : `'a` l : `'b list` Returns: `'c list * 'a`
`collectSquared f xss` Full Usage: `collectSquared f xss` Parameters: f : `'a -> 'b list` xss : `'a list list` Returns: `'b list` Type parameters: 'a, 'b	f : `'a -> 'b list` xss : `'a list list` Returns: `'b list`
`count pred xs` Full Usage: `count pred xs` Parameters: pred : `'a -> bool` xs : `'a list` Returns: `int` Type parameters: 'a	pred : `'a -> bool` xs : `'a list` Returns: `int`
`duplicates xs` Full Usage: `duplicates xs` Parameters: xs : `'T list` Returns: `'T list` Type parameters: 'T (requires equality)	xs : `'T list` Returns: `'T list`
`existsSquared f xss` Full Usage: `existsSquared f xss` Parameters: f : `'a -> bool` xss : `'a list list` Returns: `bool` Type parameters: 'a	f : `'a -> bool` xss : `'a list list` Returns: `bool`
`existsi f xs` Full Usage: `existsi f xs` Parameters: f : `int -> 'a -> bool` xs : `'a list` Returns: `bool` Type parameters: 'a	f : `int -> 'a -> bool` xs : `'a list` Returns: `bool`
`findi n f l` Full Usage: `findi n f l` Parameters: n : `int` f : `'a -> bool` l : `'a list` Returns: `('a * int) option` Type parameters: 'a	n : `int` f : `'a -> bool` l : `'a list` Returns: `('a * int) option`
`forallSquared f xss` Full Usage: `forallSquared f xss` Parameters: f : `'a -> bool` xss : `'a list list` Returns: `bool` Type parameters: 'a	f : `'a -> bool` xss : `'a list list` Returns: `bool`
`frontAndBack l` Full Usage: `frontAndBack l` Parameters: l : `'a list` Returns: `'a list * 'a` Type parameters: 'a	l : `'a list` Returns: `'a list * 'a`
`headAndTail l` Full Usage: `headAndTail l` Parameters: l : `'a list` Returns: `'a * 'a list` Type parameters: 'a	l : `'a list` Returns: `'a * 'a list`
`indexNotFound ()` Full Usage: `indexNotFound ()` Parameters: () : `unit` Returns: `'a` Type parameters: 'a	() : `unit` Returns: `'a`
`isSingleton xs` Full Usage: `isSingleton xs` Parameters: xs : `'T list` Returns: `bool` Type parameters: 'T	xs : `'T list` Returns: `bool`
`iter3 f l1 l2 l3` Full Usage: `iter3 f l1 l2 l3` Parameters: f : `'a -> 'b -> 'c -> unit` l1 : `'a list` l2 : `'b list` l3 : `'c list` Type parameters: 'a, 'b, 'c	f : `'a -> 'b -> 'c -> unit` l1 : `'a list` l2 : `'b list` l3 : `'c list`
`iterSquared f xss` Full Usage: `iterSquared f xss` Parameters: f : `'a -> unit` xss : `'a list list` Type parameters: 'a	f : `'a -> unit` xss : `'a list list`
`lengthsEqAndForall2 p l1 l2` Full Usage: `lengthsEqAndForall2 p l1 l2` Parameters: p : `'a -> 'b -> bool` l1 : `'a list` l2 : `'b list` Returns: `bool` Type parameters: 'a, 'b	p : `'a -> 'b -> bool` l1 : `'a list` l2 : `'b list` Returns: `bool`
`mapFoldSquared f z xss` Full Usage: `mapFoldSquared f z xss` Parameters: f : `'a -> 'b -> 'c * 'a` z : `'a` xss : `'b list list` Returns: `'c list list * 'a` Type parameters: 'a, 'b, 'c	f : `'a -> 'b -> 'c * 'a` z : `'a` xss : `'b list list` Returns: `'c list list * 'a`
`mapHeadTail fhead ftail _arg1` Full Usage: `mapHeadTail fhead ftail _arg1` Parameters: fhead : `'a -> 'b` ftail : `'a -> 'b` _arg1 : `'a list` Returns: `'b list` Type parameters: 'a, 'b	fhead : `'a -> 'b` ftail : `'a -> 'b` _arg1 : `'a list` Returns: `'b list`
`mapNth n f xs` Full Usage: `mapNth n f xs` Parameters: n : `int` f : `'a -> 'a` xs : `'a list` Returns: `'a list` Type parameters: 'a	n : `int` f : `'a -> 'a` xs : `'a list` Returns: `'a list`
`mapSquared f xss` Full Usage: `mapSquared f xss` Parameters: f : `'a -> 'b` xss : `'a list list` Returns: `'b list list` Type parameters: 'a, 'b	f : `'a -> 'b` xss : `'a list list` Returns: `'b list list`
`mapiFoldSquared f z xss` Full Usage: `mapiFoldSquared f z xss` Parameters: f : `'a -> int * int * 'b -> 'c * 'a` z : `'a` xss : `'b list list` Returns: `'c list list * 'a` Type parameters: 'a, 'b, 'c	f : `'a -> int * int * 'b -> 'c * 'a` z : `'a` xss : `'b list list` Returns: `'c list list * 'a`
`mapiSquared f xss` Full Usage: `mapiSquared f xss` Parameters: f : `int -> int -> 'a -> 'b` xss : `'a list list` Returns: `'b list list` Type parameters: 'a, 'b	f : `int -> int -> 'a -> 'b` xss : `'a list list` Returns: `'b list list`
`mapq f inp` Full Usage: `mapq f inp` Parameters: f : `'T -> 'T` inp : `'T list` Returns: `'T list` Type parameters: 'T (requires not struct)	f : `'T -> 'T` inp : `'T list` Returns: `'T list`
`memAssoc x l` Full Usage: `memAssoc x l` Parameters: x : `'a` l : `('a * 'b) list` Returns: `bool` Type parameters: 'a, 'b (requires equality)	x : `'a` l : `('a * 'b) list` Returns: `bool`
`memq x l` Full Usage: `memq x l` Parameters: x : `'a` l : `'a list` Returns: `bool` Type parameters: 'a (requires not struct)	x : `'a` l : `'a list` Returns: `bool`
`order eltOrder` Full Usage: `order eltOrder` Parameters: eltOrder : `IComparer<'T>` Returns: `IComparer<'T list>` Type parameters: 'T	eltOrder : `IComparer<'T>` Returns: `IComparer<'T list>`
`prependIfSome x l` Full Usage: `prependIfSome x l` Parameters: x : `'a option` l : `'a list` Returns: `'a list` Type parameters: 'a	x : `'a option` l : `'a list` Returns: `'a list`
`sortWithOrder c elements` Full Usage: `sortWithOrder c elements` Parameters: c : `IComparer<'T>` elements : `'T list` Returns: `'T list` Type parameters: 'T	c : `IComparer<'T>` elements : `'T list` Returns: `'T list`
`splitAfter n l` Full Usage: `splitAfter n l` Parameters: n : `int` l : `'a list` Returns: `'a list * 'a list` Type parameters: 'a	n : `int` l : `'a list` Returns: `'a list * 'a list`
`splitChoose select l` Full Usage: `splitChoose select l` Parameters: select : `'a -> Choice<'b, 'c>` l : `'a list` Returns: `'b list * 'c list` Type parameters: 'a, 'b, 'c	select : `'a -> Choice<'b, 'c>` l : `'a list` Returns: `'b list * 'c list`
`takeUntil p l` Full Usage: `takeUntil p l` Parameters: p : `'a -> bool` l : `'a list` Returns: `'a list * 'a list` Type parameters: 'a	p : `'a -> bool` l : `'a list` Returns: `'a list * 'a list`
`toArraySquared xss` Full Usage: `toArraySquared xss` Parameters: xss : `'a list list` Returns: `'a[][]` Type parameters: 'a	xss : `'a list list` Returns: `'a[][]`
`tryFrontAndBack l` Full Usage: `tryFrontAndBack l` Parameters: l : `'a list` Returns: `('a list * 'a) option` Type parameters: 'a	l : `'a list` Returns: `('a list * 'a) option`
`tryRemove f inp` Full Usage: `tryRemove f inp` Parameters: f : `'a -> bool` inp : `'a list` Returns: `('a * 'a list) option` Type parameters: 'a	f : `'a -> bool` inp : `'a list` Returns: `('a * 'a list) option`
`unzip4 l` Full Usage: `unzip4 l` Parameters: l : `('a * 'b * 'c * 'd) list` Returns: `'a list * 'b list * 'c list * 'd list` Type parameters: 'a, 'b, 'c, 'd	l : `('a * 'b * 'c * 'd) list` Returns: `'a list * 'b list * 'c list * 'd list`
`vMapFold mapping state list` Full Usage: `vMapFold mapping state list` Parameters: mapping : `'State -> 'T -> 'Result * 'State` state : `'State` list : `'T list` Returns: `'Result list * 'State` Type parameters: 'T, 'State, 'Result	mapping : `'State -> 'T -> 'Result * 'State` state : `'State` list : `'T list` Returns: `'Result list * 'State`
`zip4 l1 l2 l3 l4` Full Usage: `zip4 l1 l2 l3 l4` Parameters: l1 : `'a list` l2 : `'b list` l3 : `'c list` l4 : `'d list` Returns: `('a * 'b * 'c * 'd) list` Type parameters: 'a, 'b, 'c, 'd	l1 : `'a list` l2 : `'b list` l3 : `'c list` l4 : `'d list` Returns: `('a * 'b * 'c * 'd) list`