Sergej Jaskiewicz
6e8283a6fe
The reason #1 for this feature is that we want to test IdSignatures generated for declarations. Currently, there is no (easy) way to ensure that a change in the signature building logic doesn't cause any breaking changes wrt klibs. Now, most IdSignatures include hashed mangled names in them, so even if we catch a regression where the included hash changes, there would be no way of knowing immediately what caused it, unless we'd also have mangled names in the expectations. The reason #2 is to test the manglers themselves. Currently, there are no tests for them. They heavily duplicate each other, this is already causing issues (see KT-57427) that would be very hard to catch without these tests. ^KT-58238 Fixed
37 lines
1.0 KiB
Kotlin
Vendored
37 lines
1.0 KiB
Kotlin
Vendored
// TARGET_BACKEND: JVM
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// FULL_JDK
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// WITH_STDLIB
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// MUTE_SIGNATURE_COMPARISON_K2: ANY
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// ^ KT-57429
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import java.lang.reflect.Type
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interface ComponentContainer
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interface PlatformSpecificExtension<S : PlatformSpecificExtension<S>>
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interface ComponentDescriptor
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abstract class PlatformExtensionsClashResolver<E : PlatformSpecificExtension<E>>(
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val applicableTo: Class<E>
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)
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class ClashResolutionDescriptor<E : PlatformSpecificExtension<E>>(
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container: ComponentContainer,
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private val resolver: PlatformExtensionsClashResolver<E>,
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private val clashedComponents: List<ComponentDescriptor>
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)
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private val registrationMap = hashMapOf<Type, Any>()
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fun resolveClashesIfAny(container: ComponentContainer, clashResolvers: List<PlatformExtensionsClashResolver<*>>) {
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for (resolver in clashResolvers) {
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val clashedComponents = registrationMap[resolver.applicableTo] as? Collection<ComponentDescriptor> ?: continue
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val substituteDescriptor = ClashResolutionDescriptor(container, resolver, clashedComponents.toList())
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}
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}
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