Structureswift 6.0.3Synchronization
Atomic
An atomic value.
- iOS
- 18.0+
- macOS
- 15.0+
- tvOS
- 18.0+
- visionOS
- 2.0+
- watchOS
- 11.0+
@frozen struct Atomic<Value> where Value : AtomicRepresentableAn atomic value.
@frozen struct Atomic<Value> where Value : AtomicRepresentableimport Synchronizationprotocol AtomicRepresentableA type that supports atomic operations through a separate atomic storage representation.
init(_ initialValue: consuming Value) Initializes a value of this atomic with the given initial value.
protocol Sendablefunc compareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified memory ordering.
func compareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified success/failure memory orderings.
func exchange(_ desired: consuming Value, ordering: AtomicUpdateOrdering) -> Value Atomically sets the current value to desired and returns the original value, applying the specified memory ordering.
func load(ordering: AtomicLoadOrdering) -> Value Atomically loads and returns the current value, applying the specified memory ordering.
func store(_ desired: consuming Value, ordering: AtomicStoreOrdering) Atomically sets the current value to desired, applying the specified memory ordering.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the memory ordering. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the specified success/failure memory orderings. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func compareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified memory ordering.
func compareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified success/failure memory orderings.
func exchange(_ desired: consuming Value, ordering: AtomicUpdateOrdering) -> Value Atomically sets the current value to desired and returns the original value, applying the specified memory ordering.
func load(ordering: AtomicLoadOrdering) -> Value Atomically loads and returns the current value, applying the specified memory ordering.
func store(_ desired: consuming Value, ordering: AtomicStoreOrdering) Atomically sets the current value to desired, applying the specified memory ordering.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the memory ordering. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the specified success/failure memory orderings. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func compareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified memory ordering.
func compareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified success/failure memory orderings.
func exchange(_ desired: consuming Value, ordering: AtomicUpdateOrdering) -> Value Atomically sets the current value to desired and returns the original value, applying the specified memory ordering.
func load(ordering: AtomicLoadOrdering) -> Value Atomically loads and returns the current value, applying the specified memory ordering.
func store(_ desired: consuming Value, ordering: AtomicStoreOrdering) Atomically sets the current value to desired, applying the specified memory ordering.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the memory ordering. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the specified success/failure memory orderings. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func compareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified memory ordering.
func compareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified success/failure memory orderings.
func exchange(_ desired: consuming Value, ordering: AtomicUpdateOrdering) -> Value Atomically sets the current value to desired and returns the original value, applying the specified memory ordering.
func load(ordering: AtomicLoadOrdering) -> Value Atomically loads and returns the current value, applying the specified memory ordering.
func store(_ desired: consuming Value, ordering: AtomicStoreOrdering) Atomically sets the current value to desired, applying the specified memory ordering.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the memory ordering. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the specified success/failure memory orderings. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func compareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified memory ordering.
func compareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic compare and exchange operation on the current value, applying the specified success/failure memory orderings.
func exchange(_ desired: consuming Value, ordering: AtomicUpdateOrdering) -> Value Atomically sets the current value to desired and returns the original value, applying the specified memory ordering.
func load(ordering: AtomicLoadOrdering) -> Value Atomically loads and returns the current value, applying the specified memory ordering.
func store(_ desired: consuming Value, ordering: AtomicStoreOrdering) Atomically sets the current value to desired, applying the specified memory ordering.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, ordering: AtomicUpdateOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the memory ordering. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
func weakCompareExchange(expected: consuming Value, desired: consuming Value, successOrdering: AtomicUpdateOrdering, failureOrdering: AtomicLoadOrdering) -> (exchanged: Bool, original: Value) Perform an atomic weak compare and exchange operation on the current value, applying the specified success/failure memory orderings. This compare-exchange variant is allowed to spuriously fail; it is designed to be called in a loop until it indicates a successful exchange has happened.
@frozen struct BoolA value type whose instances are either true or false.
@discardableResult func logicalAnd(_ operand: Bool, ordering: AtomicUpdateOrdering) -> (oldValue: Bool, newValue: Bool) Perform an atomic logical AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func logicalOr(_ operand: Bool, ordering: AtomicUpdateOrdering) -> (oldValue: Bool, newValue: Bool) Perform an atomic logical OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func logicalXor(_ operand: Bool, ordering: AtomicUpdateOrdering) -> (oldValue: Bool, newValue: Bool) Perform an atomic logical XOR operation and return the old and new value, applying the specified memory ordering.
@frozen struct IntA signed integer value type.
@discardableResult func add(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: Int, ordering: AtomicUpdateOrdering) -> (oldValue: Int, newValue: Int) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct UIntAn unsigned integer value type.
@discardableResult func add(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: UInt, ordering: AtomicUpdateOrdering) -> (oldValue: UInt, newValue: UInt) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct Int8An 8-bit signed integer value type.
@discardableResult func add(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: Int8, ordering: AtomicUpdateOrdering) -> (oldValue: Int8, newValue: Int8) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct Int16A 16-bit signed integer value type.
@discardableResult func add(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: Int16, ordering: AtomicUpdateOrdering) -> (oldValue: Int16, newValue: Int16) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct Int32A 32-bit signed integer value type.
@discardableResult func add(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: Int32, ordering: AtomicUpdateOrdering) -> (oldValue: Int32, newValue: Int32) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct Int64A 64-bit signed integer value type.
@discardableResult func add(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: Int64, ordering: AtomicUpdateOrdering) -> (oldValue: Int64, newValue: Int64) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct UInt8An 8-bit unsigned integer value type.
@discardableResult func add(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: UInt8, ordering: AtomicUpdateOrdering) -> (oldValue: UInt8, newValue: UInt8) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct Int128A 128-bit signed integer type.
@discardableResult func add(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: Int128, ordering: AtomicUpdateOrdering) -> (oldValue: Int128, newValue: Int128) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct UInt16A 16-bit unsigned integer value type.
@discardableResult func add(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: UInt16, ordering: AtomicUpdateOrdering) -> (oldValue: UInt16, newValue: UInt16) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct UInt32A 32-bit unsigned integer value type.
@discardableResult func add(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: UInt32, ordering: AtomicUpdateOrdering) -> (oldValue: UInt32, newValue: UInt32) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct UInt64A 64-bit unsigned integer value type.
@discardableResult func add(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: UInt64, ordering: AtomicUpdateOrdering) -> (oldValue: UInt64, newValue: UInt64) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.
@frozen struct UInt128A 128-bit unsigned integer type.
@discardableResult func add(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseAnd(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic bitwise AND operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseOr(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic bitwise OR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func bitwiseXor(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic bitwise XOR operation and return the old and new value, applying the specified memory ordering.
@discardableResult func max(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic maximum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func min(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic minimum operation and return the old and new value, applying the specified memory ordering.
@discardableResult func subtract(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic subtract operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingAdd(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic wrapping add operation and return the old and new value, applying the specified memory ordering.
@discardableResult func wrappingSubtract(_ operand: UInt128, ordering: AtomicUpdateOrdering) -> (oldValue: UInt128, newValue: UInt128) Perform an atomic wrapping subtract operation and return the old and new value, applying the specified memory ordering.