Functions
The following functions are available globally.
-
Concat. *
Declaration
Swift
public func + <T> (var lhs:Set<T>, rhs:Set<T>) -> Set<T> { lh
-
Extend (in-place). Extends
set
with the elements ofsequence
.Declaration
Swift
public func += <S: SequenceType> (inout set: Set<S.Generator.Element>, sequence: S) { se
-
Set difference. Returns a new set with all elements from
set
which are not contained inother
.Declaration
Swift
public func - <T> (set: Set<T>, other: Set<T>) -> Set<T> { re
-
Removes all elements in
other
fromset
.Declaration
Swift
public func -= <T> (inout set: Set<T>, other: Set<T>) { fo
-
Intersection (in-place). Intersects with
set
withother
.Declaration
Swift
public func &= <T> (inout set: Set<T>, other: Set<T>) { fo
-
Returns the intersection of
set
andother
.Declaration
Swift
public func & <T> (set: Set<T>, other: Set<T>) -> Set<T> { re
-
Defines equality for sets of equatable elements.
Declaration
Swift
public func == <T: Equatable> (a: Set<T>, b: Set<T>) -> Bool { re
-
Undocumented
-
Undocumented
-
Allows equality testing of an
OrderedDictionaryElement<K, V>
and a tuple(K, V)
.Declaration
Swift
public func == <K: Hashable, V: Equatable> (lhs: OrderedDictionary<K, V>.Element, rhs: (K, V)) -> Bool
-
Allows equality testing between two
OrderedDictionaryElement<K, V>
s.Declaration
Swift
public func == <K: Hashable, V: Equatable> (lhs: OrderedDictionary<K, V>.Element, rhs: OrderedDictionary<K, V>.Element) -> Bool
-
Allows equality testing between two optional
OrderedDictionaryElement<K, V>
s.Declaration
Swift
public func == <K: Hashable, V: Equatable> (lhs: OrderedDictionary<K, V>.Element?, rhs: OrderedDictionary<K, V>.Element?) -> Bool