Alexander Udalov
6e97f85863
For example,
KMemberFunction2<T, P1, P2, R> : KMemberFunction<T, R>
So for this inheritance the heuristic that was present ("take the last K type
parameters of the subclass, and substitute for K parameters of the superclass")
was wrong. The new heuristic for this case is: take type parameters with the
same names.
Also don't store "parameters" in a lazy value, since it's easy to compute and
it's computed practically every time anyway
24 lines
500 B
Kotlin
Vendored
24 lines
500 B
Kotlin
Vendored
// !CHECK_TYPE
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import kotlin.reflect.*
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class A {
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fun foo() {}
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fun bar(<!UNUSED_PARAMETER!>x<!>: Int) {}
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fun baz() = "OK"
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}
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fun main() {
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val x = A::foo
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val y = A::bar
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val z = A::baz
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checkSubtype<KMemberFunction0<A, Unit>>(x)
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checkSubtype<KMemberFunction1<A, Int, Unit>>(y)
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checkSubtype<KMemberFunction0<A, String>>(z)
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checkSubtype<KMemberFunction<A, Unit>>(x)
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checkSubtype<KMemberFunction<A, Unit>>(y)
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checkSubtype<KMemberFunction<A, String>>(z)
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}
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