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aa3f35c28d
Though the value may be statically known in some cases, that isn't good enough to do what we try to do with this information. In particular, if we invoke a class method on a MetatypeConversion, we want to dispatch to the method of the original metatype, not statically call the method of the converted type, which is what is evident in the AST. Fixes rdar://problem/18877135. Swift SVN r23277
114 lines
2.8 KiB
Swift
114 lines
2.8 KiB
Swift
// RUN: %target-run-simple-swift | FileCheck %s
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// Test initialization and initializer inheritance.
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var depth = 0
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func printAtDepth(s: String) {
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for i in 0..<depth { print("*") }
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println(s)
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}
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class A {
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var int: Int
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var string: String
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convenience init() {
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printAtDepth("Starting A.init()")
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++depth
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self.init(int:5)
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--depth
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printAtDepth("Ending A.init()")
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}
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convenience init(int i:Int) {
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printAtDepth("Starting A.init withInt(\(i))")
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++depth
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self.init(int:i, string:"hello")
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--depth
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printAtDepth("Ending A.init withInt(\(i))")
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}
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init(int i:Int, string: String) {
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printAtDepth("Starting A.init withInt(\(i)) string(\(string))")
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self.int = i
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self.string = string
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printAtDepth("Ending A.init withInt(\(i)) string(\(string))")
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}
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deinit {
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printAtDepth("A.deinit")
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}
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}
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class B : A {
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var double: Double
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convenience override init(int i:Int, string: String) {
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printAtDepth("Starting B.init withInt(\(i)) string(\(string))")
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++depth
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self.init(int: i, string:string, double:3.14159)
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--depth
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printAtDepth("Ending B.init withInt(\(i)) string(\(string))")
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}
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init(int i:Int, string: String, double:Double) {
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printAtDepth("Starting B.init withInt(\(i)) string(\(string)) double(\(double))")
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self.double = double
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++depth
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super.init(int: i, string: string)
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--depth
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printAtDepth("Ending B.init withInt(\(i)) string(\(string)) double(\(double))")
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}
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deinit {
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printAtDepth("B.deinit")
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}
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}
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class C : B {
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override init(int i:Int, string: String, double: Double) {
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printAtDepth("Starting C.init withInt(\(i)) string(\(string)) double(\(double))")
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++depth
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super.init(int: i, string: string, double: double)
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--depth
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printAtDepth("Ending C.init withInt(\(i)) string(\(string)) double(\(double))")
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}
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deinit {
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printAtDepth("C.deinit")
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}
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}
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println("-----Constructing C()-----")
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// CHECK: Starting A.init()
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// CHECK: *Starting A.init withInt(5)
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// CHECK: **Starting B.init withInt(5) string(hello)
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// CHECK: ***Starting C.init withInt(5) string(hello) double(3.14159)
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// CHECK: ****Starting B.init withInt(5) string(hello) double(3.14159)
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// CHECK: *****Starting A.init withInt(5) string(hello)
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// CHECK: *****Ending A.init withInt(5) string(hello)
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// CHECK: ****Ending B.init withInt(5) string(hello) double(3.14159)
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// CHECK: ***Ending C.init withInt(5) string(hello) double(3.14159)
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// CHECK: **Ending B.init withInt(5) string(hello)
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// CHECK: *Ending A.init withInt(5)
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// CHECK: Ending A.init()
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// CHECK: C.deinit
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// CHECK: B.deinit
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// CHECK: A.deinit
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C()
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// rdar://problem/18877135
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class Foo: FloatLiteralConvertible {
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required init(floatLiteral: Float) { }
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func identify() { println("Foo") }
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}
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class Bar: Foo {
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override func identify() { println("Bar") }
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}
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let x: Bar = 1.0
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x.identify() // CHECK-LABEL: Bar
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