Int16

A 16-bit signed integer value type.

Inheritance BitwiseOperations, CVarArg, Comparable, CustomPlaygroundQuickLookable, CustomReflectable, CustomStringConvertible, Equatable, ExpressibleByIntegerLiteral, Hashable, Integer, IntegerArithmetic, SignedInteger, SignedNumber, Strideable, _Incrementable, _Integer, _IntegerArithmetic, _SignedInteger View Protocol Hierarchy →
Import
  • import Swift

Initializers

init()

Create an instance initialized to zero.

Declaration

  • init()
init(_: Double)

Creates a new instance by rounding the given floating-point value toward zero.

other: A floating-point value. When other is rounded toward zero, the result must be within the range Int16.min...Int16.max.

Declaration

init(_: Float)

Creates a new instance by rounding the given floating-point value toward zero.

other: A floating-point value. When other is rounded toward zero, the result must be within the range Int16.min...Int16.max.

Declaration

init(_: Float80)

Creates a new instance by rounding the given floating-point value toward zero.

other: A floating-point value. When other is rounded toward zero, the result must be within the range Int16.min...Int16.max.

Declaration

init(_: Int)

Declaration

  • init(_ value: Int)
init(_: Int8)

Declaration

init(_: Int16)

Declaration

init(_: Int32)

Declaration

init(_: Int64)

Convert from Swift's widest signed integer type, trapping on overflow.

Declaration

init(_: UInt)

Declaration

init(_: UInt8)

Declaration

init(_: UInt16)

Declaration

init(_: UInt32)

Declaration

init(_: UInt64)

Declaration

init(bigEndian:)

Creates an integer from its big-endian representation, changing the byte order if necessary.

Declaration

  • init(bigEndian value: Int16)
init(bitPattern:)

Construct a Int16 having the same memory representation as the UInt16 bitPattern. No range or overflow checking occurs, and the resulting Int16 may not have the same numeric value as bitPattern--it is only guaranteed to use the same pattern of bits.

Declaration

init(integerLiteral:)

Create an instance initialized to value.

Declaration

  • init(integerLiteral value: Int16)

Declared In

Int16 , ExpressibleByIntegerLiteral
init(littleEndian:)

Creates an integer from its little-endian representation, changing the byte order if necessary.

Declaration

  • init(littleEndian value: Int16)
init(truncatingBitPattern: Int)

Construct a Int16 having the same bitwise representation as the least significant bits of the provided bit pattern.

No range or overflow checking occurs.

Declaration

  • init(truncatingBitPattern: Int)
init(truncatingBitPattern: Int32)

Construct a Int16 having the same bitwise representation as the least significant bits of the provided bit pattern.

No range or overflow checking occurs.

Declaration

  • init(truncatingBitPattern: Int32)
init(truncatingBitPattern: Int64)

Construct a Int16 having the same bitwise representation as the least significant bits of the provided bit pattern.

No range or overflow checking occurs.

Declaration

  • init(truncatingBitPattern: Int64)
init(truncatingBitPattern: UInt)

Construct a Int16 having the same bitwise representation as the least significant bits of the provided bit pattern.

No range or overflow checking occurs.

Declaration

  • init(truncatingBitPattern: UInt)
init(truncatingBitPattern: UInt32)

Construct a Int16 having the same bitwise representation as the least significant bits of the provided bit pattern.

No range or overflow checking occurs.

Declaration

  • init(truncatingBitPattern: UInt32)
init(truncatingBitPattern: UInt64)

Construct a Int16 having the same bitwise representation as the least significant bits of the provided bit pattern.

No range or overflow checking occurs.

Declaration

  • init(truncatingBitPattern: UInt64)
init?(_:radix:)

Construct from an ASCII representation in the given radix.

If text does not match the regular expression "[+-]?[0-9a-zA-Z]+", or the value it denotes in the given radix is not representable, the result is nil.

Declaration

init?(exactly: Double)

Creates a Int16 whose value is value if no rounding is necessary, nil otherwise.

Declaration

init?(exactly: Float)

Creates a Int16 whose value is value if no rounding is necessary, nil otherwise.

Declaration

  • init?(exactly value: Float)
init?(exactly: Float80)

Creates a Int16 whose value is value if no rounding is necessary, nil otherwise.

Declaration

init?(exactly: Int)

Declaration

  • init?(exactly value: Int)
init?(exactly: Int8)

Declaration

  • init?(exactly value: Int8)
init?(exactly: Int16)

Declaration

  • init?(exactly value: Int16)
init?(exactly: Int32)

Declaration

  • init?(exactly value: Int32)
init?(exactly: Int64)

Declaration

  • init?(exactly value: Int64)
init?(exactly: UInt)

Declaration

  • init?(exactly value: UInt)
init?(exactly: UInt8)

Declaration

  • init?(exactly value: UInt8)
init?(exactly: UInt16)

Declaration

init?(exactly: UInt32)

Declaration

init?(exactly: UInt64)

Declaration

Static Variables

static var allZeros: Int16

The empty bitset of type Int16.

Declaration

  • static var allZeros: Int16 { get }
static var max: Int16

Declaration

  • static var max: Int16 { get }
static var min: Int16

Declaration

  • static var min: Int16 { get }

Instance Variables

var bigEndian: Int16

Returns the big-endian representation of the integer, changing the byte order if necessary.

Declaration

  • var bigEndian: Int16 { get }
var byteSwapped: Int16

Returns the current integer with the byte order swapped.

Declaration

  • var byteSwapped: Int16 { get }
var customMirror: Mirror

A mirror that reflects the Int16 instance.

Declaration

  • var customMirror: Mirror { get }
var customPlaygroundQuickLook: PlaygroundQuickLook

A custom playground Quick Look for this instance.

If this type has value semantics, the PlaygroundQuickLook instance should be unaffected by subsequent mutations.

Declaration

var description: String

A textual representation of self.

Declaration

  • var description: String { get }
var hashValue: Int

The hash value.

Axiom: x == y implies x.hashValue == y.hashValue.

Note: The hash value is not guaranteed to be stable across different invocations of the same program. Do not persist the hash value across program runs.

Declaration

  • var hashValue: Int { get }
var littleEndian: Int16

Returns the little-endian representation of the integer, changing the byte order if necessary.

Declaration

  • var littleEndian: Int16 { get }

Static Methods

static func addWithOverflow(_:_:)

Add lhs and rhs, returning a result and a Bool that is true iff the operation caused an arithmetic overflow.

Declaration

static func divideWithOverflow(_:_:)

Divide lhs and rhs, returning a result and a Bool that is true iff the operation caused an arithmetic overflow.

Declaration

static func multiplyWithOverflow(_:_:)

Multiply lhs and rhs, returning a result and a Bool that is true iff the operation caused an arithmetic overflow.

Declaration

static func remainderWithOverflow(_:_:)

Divide lhs and rhs, returning the remainder and a Bool that is true iff the operation caused an arithmetic overflow.

Declaration

static func subtractWithOverflow(_:_:)

Subtract lhs and rhs, returning a result and a Bool that is true iff the operation caused an arithmetic overflow.

Declaration

Instance Methods

func advanced(by:)

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

Declared In

SignedInteger
func distance(to:)

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

Declared In

SignedInteger
func toIntMax()

Represent this number using Swift's widest native signed integer type.

Declaration

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