Enumerator (FSharpx.Extras)

Enumerator Module

Namespace: FSharpx.Functional
Assembly: FSharpx.Extras.dll

Types

Type	Description
EnumerableBuilder

Functions and values

Function or value	Description
`bind f a` Full Usage: `bind f a` Parameters: f : `'T option -> IEnumerator<'U>` a : `IEnumerator<'T>` Returns: `IEnumerator<'U>`	f : `'T option -> IEnumerator<'U>` a : `IEnumerator<'T>` Returns: `IEnumerator<'U>`
`combine a b` Full Usage: `combine a b` Parameters: a : `IEnumerator<'a>` b : `IEnumerator<'a>` Returns: `IEnumerator<'a>`	a : `IEnumerator<'a>` b : `IEnumerator<'a>` Returns: `IEnumerator<'a>`
`delay f` Full Usage: `delay f` Parameters: f : `unit -> IEnumerator<'a>` Returns: `IEnumerator<'a>`	f : `unit -> IEnumerator<'a>` Returns: `IEnumerator<'a>`
`empty` Full Usage: `empty` Returns: `IEnumerator<'T>`	Returns: `IEnumerator<'T>`
`firstOrDefault def en` Full Usage: `firstOrDefault def en` Parameters: def : `'T` en : `IEnumerator<'T>` Returns: `'T`	def : `'T` en : `IEnumerator<'T>` Returns: `'T`
`head en` Full Usage: `head en` Parameters: en : `IEnumerator<'T>` Returns: `'T`	en : `IEnumerator<'T>` Returns: `'T`
`iter` Full Usage: `iter` Returns: `EnumerableBuilder`	Returns: `EnumerableBuilder`
`last en` Full Usage: `last en` Parameters: en : `IEnumerator<'T>` Returns: `'T`	en : `IEnumerator<'T>` Returns: `'T`
`lastOrDefault def en` Full Usage: `lastOrDefault def en` Parameters: def : `'T` en : `IEnumerator<'T>` Returns: `'T`	def : `'T` en : `IEnumerator<'T>` Returns: `'T`
`length en` Full Usage: `length en` Parameters: en : `IEnumerator<'T>` Returns: `int`	en : `IEnumerator<'T>` Returns: `int`
`map f en` Full Usage: `map f en` Parameters: f : `'a -> 'b` en : `IEnumerator<'a>` Returns: `IEnumerator<'b>`	f : `'a -> 'b` en : `IEnumerator<'a>` Returns: `IEnumerator<'b>`
`scan f state en` Full Usage: `scan f state en` Parameters: f : `'a -> 'b -> 'a` state : `'a` en : `IEnumerator<'b>` Returns: `IEnumerator<'a>`	Scan progressively folds over the enumerator, returning a new enumerator that lazily computes each state. f : `'a -> 'b -> 'a` state : `'a` en : `IEnumerator<'b>` Returns: `IEnumerator<'a>`
`scanUntil f state pred en` Full Usage: `scanUntil f state pred en` Parameters: f : `'a -> 'b -> 'a` state : `'a` pred : `'a -> bool` en : `IEnumerator<'b>` Returns: `IEnumerator<'a>`	Scan progressively folds over the enumerator, returning a new enumerator that lazily computes each state until the provided predicate is true. f : `'a -> 'b -> 'a` state : `'a` pred : `'a -> bool` en : `IEnumerator<'b>` Returns: `IEnumerator<'a>`
`scanWhile f state pred en` Full Usage: `scanWhile f state pred en` Parameters: f : `'a -> 'b -> 'a` state : `'a` pred : `'a -> bool` en : `IEnumerator<'b>` Returns: `IEnumerator<'a>`	Scan progressively folds over the enumerator, returning a new enumerator that lazily computes each state while the provided predicate is true. f : `'a -> 'b -> 'a` state : `'a` pred : `'a -> bool` en : `IEnumerator<'b>` Returns: `IEnumerator<'a>`
`singleton a` Full Usage: `singleton a` Parameters: a : `'a` Returns: `IEnumerator<'a>`	a : `'a` Returns: `IEnumerator<'a>`
`skip n en` Full Usage: `skip n en` Parameters: n : `int` en : `IEnumerator<'T>` Returns: `IEnumerator<'T>`	n : `int` en : `IEnumerator<'T>` Returns: `IEnumerator<'T>`
`take n en` Full Usage: `take n en` Parameters: n : `int` en : `IEnumerator<'T>` Returns: `IEnumerator<'T>`	n : `int` en : `IEnumerator<'T>` Returns: `IEnumerator<'T>`
`toSeq gen` Full Usage: `toSeq gen` Parameters: gen : `unit -> IEnumerator<'T>` Returns: `IEnumerable<'T>`	gen : `unit -> IEnumerator<'T>` Returns: `IEnumerable<'T>`
`zip xs ys` Full Usage: `zip xs ys` Parameters: xs : `IEnumerator<'a>` ys : `IEnumerator<'b>` Returns: `IEnumerator<'a * 'b>`	xs : `IEnumerator<'a>` ys : `IEnumerator<'b>` Returns: `IEnumerator<'a * 'b>`