Denis Zharkov
e65382e6ec
There is a lot of changes about closures calculating and generating. 1. As classes can have more than one constructor each of them should have closure arguments. 2. Captured variables set is the same for all of them. 3. Within constructors bodies/delegating calls closure parameters should be accessed through method arguments because fields may be not initialized yet.
63 lines
1.4 KiB
Kotlin
63 lines
1.4 KiB
Kotlin
enum class A1(val prop1: String) {
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X: A1("asd")
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Y: A1() {
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override fun f() = super.f() + "#Y"
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}
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Z: A1(5)
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val prop2: String = "const2"
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var prop3: String = ""
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constructor(): this("default") {
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prop3 = "empty"
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}
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constructor(x: Int): this(x.toString()) {
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prop3 = "int"
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}
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open fun f(): String = "$prop1#$prop2#$prop3"
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}
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enum class A2 {
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val prop1: String
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X: A2("asd")
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Y: A2() {
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override fun f() = super.f() + "#Y"
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}
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Z: A2(5)
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val prop2: String = "const2"
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var prop3: String = ""
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constructor(arg: String) {
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prop1 = arg
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}
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constructor() {
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prop1 = "default"
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prop3 = "empty"
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}
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constructor(x: Int): this(x.toString()) {
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prop3 = "int"
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}
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open fun f(): String = "$prop1#$prop2#$prop3"
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}
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fun box(): String {
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val a1x = A1.X
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if (a1x.f() != "asd#const2#") return "fail1: ${a1x.f()}"
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val a1y = A1.Y
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if (a1y.f() != "default#const2#empty#Y") return "fail2: ${a1y.f()}"
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val a1z = A1.Z
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if (a1z.f() != "5#const2#int") return "fail3: ${a1z.f()}"
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val a2x = A2.X
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if (a2x.f() != "asd#const2#") return "fail4: ${a2x.f()}"
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val a2y = A2.Y
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if (a2y.f() != "default#const2#empty#Y") return "fail5: ${a2y.f()}"
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val a2z = A2.Z
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if (a2z.f() != "5#const2#int") return "fail6: ${a2z.f()}"
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return "OK"
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}
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