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|
struct A {
let field = 4.5
}
struct B {
let a = A()
let b = 123456
}
// Enum with a single non-payload case.
enum TrivialEnum {
case theCase
}
// Enum with 2 or more non-payload cases and no payload cases
enum NonPayloadEnum {
case one
case two
}
// Enum with 1 payload case and zero or more non-payload cases
enum SinglePayloadEnum {
case nonPayloadOne
case payload(B)
case nonPayloadTwo
}
// A MultiPayloadEnum whose payload has less than 64 bits
enum SmallMultipayloadEnum {
case empty
case one(NonPayloadEnum)
case two(NonPayloadEnum)
}
// A MultiPayloadEnum whose payload has more than 64 bits
enum BigMultipayloadEnum {
case one(Sup, Sup, Sup)
case two(B)
}
// A MultiPayloadEnum with no spare bits
enum FullMultipayloadEnum {
case one(Int)
case two(Double)
}
// A MultiPayloadEnum whose payload has more than 64 bits and no spare bits
enum BigFullMultipayloadEnum {
case one(Int, Int)
case two(Double, Double)
}
class Sup {
var supField: Int8 = 42
}
class Sub: Sup {
var subField = B()
}
class SubSub: Sub {
var subSubField = A()
}
struct GenericStructPair<T, U> {
let t: T
let u: U
}
class GenericClassPair<T, U> {
let t: T
let u: U
init(t: T, u: U) {
self.t = t
self.u = u
}
}
enum Either<Left, Right> {
case left(Left)
case right(Right)
}
struct Outer {
struct Inner {
let value = 99
struct Innerer {
let innererValue = 101
}
}
}
private struct PrivateType {
let privateField = 100
}
struct OuterGeneric<T> {
struct SpecializedInner {
let t: T
}
struct GenericInner<U> {
let t: T
let u: U
}
}
func g() {
struct FunctionType {
let funcField = 67
}
func f() {
struct InnerFunctionType {
let innerFuncField = 8479
}
let varB = B()
let tuple = (A(), B())
let trivial = TrivialEnum.theCase
let nonPayload1 = NonPayloadEnum.one
let nonPayload2 = NonPayloadEnum.two
let singlePayload = SinglePayloadEnum.payload(B())
let emptySinglePayload = SinglePayloadEnum.nonPayloadTwo
let smallMultipayloadEnum1 = SmallMultipayloadEnum.one(.two)
let smallMultipayloadEnum2 = SmallMultipayloadEnum.two(.one)
let e1 = Sup()
let e2 = Sup()
e2.supField = 43
let e3 = Sup()
e3.supField = 44
let bigMultipayloadEnum1 = BigMultipayloadEnum.one(e1, e2, e3)
let fullMultipayloadEnum1 = FullMultipayloadEnum.one(120)
let fullMultipayloadEnum2 = FullMultipayloadEnum.two(9.5)
let bigFullMultipayloadEnum1 = BigFullMultipayloadEnum.one(209, 315)
let bigFullMultipayloadEnum2 = BigFullMultipayloadEnum.two(452.5, 753.5)
let sup = Sup()
let sub = Sub()
let subSub = SubSub()
let sup2: Sup = SubSub()
let gsp = GenericStructPair(t: 42, u: 94.5)
let gsp2 = GenericStructPair(t: Sup(), u: B())
let gsp3 = GenericStructPair(t: bigFullMultipayloadEnum1, u: smallMultipayloadEnum2)
let gcp = GenericClassPair(t: 55.5, u: 9348)
let either = Either<Int, Double>.left(1234)
let either2 = Either<Sup, _>.right(gsp3)
// FIXME: remove the instantiation of Outer (rdar://125258124)
let outer = Outer()
let inner = Outer.Inner()
let innerer = Outer.Inner.Innerer()
let privateType = PrivateType()
// FIXME: remove the instantiation of OuterGeneric (rdar://125258124)
let outerGeneric = OuterGeneric<Int>()
let specializedInner = OuterGeneric<Int>.SpecializedInner(t: 837)
let genericInner = OuterGeneric<Int>.GenericInner(t: 647, u: 674.5)
let functionType = FunctionType()
let innerFunctionType = InnerFunctionType()
// Dummy statement to set breakpoint print can't be used in embedded Swift for now.
let dummy = A() // break here
let string = StaticString("Hello")
print(string)
}
f()
}
g()
|
