extensionString.UTF16View.Index
| Inheritance |
Comparable, Equatable, Strideable
View Protocol Hierarchy →
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|---|---|
| Import |
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Initializers
Instance Methods
[Foundation]
Returns a Self x such that self.distance(to: x) approximates n.
If Stride conforms to Integer, then self.distance(to: x) == n.
Complexity: O(1).
Declaration
funcadvanced(byn:Int) ->String.UTF16View.Index
[Foundation]
Returns a stride x such that self.advanced(by: x) approximates
other.
If Stride conforms to Integer, then self.advanced(by: x) == other.
Complexity: O(1).
Declaration
funcdistance(toother:String.UTF16View.Index) ->Int
Conditionally Inherited Items
The initializers, methods, and properties listed below may be available on this type under certain conditions (such as methods that are available on Array when its elements are Equatable) or may not ever be available if that determination is beyond SwiftDoc.org's capabilities. Please open an issue on GitHub if you see something out of place!
Where Stride : SignedInteger
Returns a countable closed range that contains both of its bounds.
Use the closed range operator (...) to create a closed range of any type
that conforms to the Strideable protocol with an associated signed
integer Stride type, such as any of the standard library's integer
types. This example creates a ClosedRange<Int> from zero up to,
and including, nine.
letsingleDigits=0...9(singleDigits.contains(9))// Prints "true"
You can use sequence or collection methods on the singleDigits range.
(singleDigits.count)// Prints "10"(singleDigits.last)// Prints "9"
Parameters:)`. minimum: The lower bound for the range. maximum: The upper bound for the range.
Declaration
func...(minimum:String.UTF16View.Index,maximum:String.UTF16View.Index) ->ClosedRange<String.UTF16View.Index>
Declared In
Strideable
1 inherited item hidden. (Show all)
[Foundation] Construct from an integer offset.
Declaration
init(_offset:Int)