[PL] ABI compatibility tests for reworked partial linkage
This commit is contained in:
Dmitriy Dolovov
committed by
Space Team
Space Team
parent
2a4d880037
commit
4f1155b06f
@@ -0,0 +1,21 @@
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open class RemovedClass {
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val p1 = "p1"
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fun f1() = "f1"
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}
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interface RemovedInterface {
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val p1: String
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val p2 get() = "p2"
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fun f1(): String
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fun f2() = "f2"
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}
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class ClassWithChangedMembers {
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fun removedFun() = "removedFun"
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fun changedFun(x: String) = x
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}
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interface InterfaceWithChangedMembers {
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fun removedFun() = "removedFun"
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fun changedFun(x: String) = x
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}
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@@ -0,0 +1,23 @@
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//open class RemovedClass {
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// val p1 = "p1"
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// fun f1() = "f1"
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//}
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//interface RemovedInterface {
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// val p1: String
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// val p2 get() = "p2"
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// fun f1(): String
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// fun f2() = "f2"
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//}
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class ClassWithChangedMembers {
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// fun removedFun() = "removedFun"
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// fun changedFun(x: String) = x
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fun changedFun(x: Int) = x.toString()
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}
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interface InterfaceWithChangedMembers {
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// fun removedFun() = "removedFun"
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// fun changedFun(x: String) = x
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fun changedFun(x: Int) = x.toString()
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}
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@@ -0,0 +1,6 @@
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STEP 0:
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dependencies: stdlib
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STEP 1:
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dependencies: stdlib
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modifications:
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U : l1.kt.1 -> l1.kt
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@@ -0,0 +1,74 @@
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class RemovedClassImpl : RemovedClass() {
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val p2 = "p2"
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fun f2() = "f2"
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}
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class RemovedInterfaceImpl : RemovedInterface {
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override val p1 = "p1"
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val p3 = "p3"
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override fun f1() = "f1"
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fun f3() = "f3"
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}
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// This is required to check that function references for unchanged classes are evaluated correctly.
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class StableClass {
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fun foo(i: Int): String = i.toString()
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inner class Inner {
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fun bar(i: Int): String = i.toString()
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}
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}
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fun functionWithUnlinkedParameter(p: RemovedClass?) = "functionWithUnlinkedParameter"
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fun functionWithUnlinkedReturnValue(): RemovedClass = TODO("functionWithUnlinkedReturnValue")
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fun <T : RemovedClass> functionWithRemovedTypeParameter(a: Any?): T = TODO("functionWithRemovedTypeParameter")
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fun referenceRemovedClassReference(): String = RemovedClass::class.simpleName.orEmpty()
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fun referenceRemovedClassConstructorReference(): String = ::RemovedClass.name
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fun referenceRemovedClassProperty1Reference(): String = RemovedClass::p1.name
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fun referenceRemovedClassFunction1Reference(): String = RemovedClass::f1.name
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fun referenceRemovedClassImplReference(): String = RemovedClassImpl::class.simpleName.orEmpty()
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fun referenceRemovedClassImplConstructorReference(): String = ::RemovedClassImpl.name
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fun referenceRemovedClassImplProperty1Reference(): String = RemovedClassImpl::p1.name
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fun referenceRemovedClassImplProperty2Reference(): String = RemovedClassImpl::p2.name
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fun referenceRemovedClassImplFunction1Reference(): String = RemovedClassImpl::f1.name
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fun referenceRemovedClassImplFunction2Reference(): String = RemovedClassImpl::f2.name
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fun referenceRemovedInterfaceReference(): String = RemovedInterface::class.simpleName.orEmpty()
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fun referenceRemovedInterfaceProperty1Reference(): String = RemovedInterface::p1.name
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fun referenceRemovedInterfaceProperty2Reference(): String = RemovedInterface::p2.name
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fun referenceRemovedInterfaceFunction1Reference(): String = RemovedInterface::f1.name
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fun referenceRemovedInterfaceFunction2Reference(): String = RemovedInterface::f2.name
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fun referenceRemovedInterfaceImplReference(): String = RemovedInterfaceImpl::class.simpleName.orEmpty()
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fun referenceRemovedInterfaceImplProperty1Reference(): String = RemovedInterfaceImpl::p1.name
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fun referenceRemovedInterfaceImplProperty2Reference(): String = RemovedInterfaceImpl::p2.name
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fun referenceRemovedInterfaceImplProperty3Reference(): String = RemovedInterfaceImpl::p3.name
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fun referenceRemovedInterfaceImplFunction1Reference(): String = RemovedInterfaceImpl::f1.name
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fun referenceRemovedInterfaceImplFunction2Reference(): String = RemovedInterfaceImpl::f2.name
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fun referenceRemovedInterfaceImplFunction3Reference(): String = RemovedInterfaceImpl::f3.name
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fun referenceStableClassConstructor(): String = ::StableClass.name
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fun referenceStableClassMemberFunctionWithoutDispatchReceiver(): String = StableClass::foo.name
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fun referenceStableClassMemberFunctionWithDispatchReceiver(stableClass: StableClass): String = stableClass::foo.name
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fun referenceStableClassInnerConstructorWithoutDispatchReceiver(): String = StableClass::Inner.name
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fun referenceStableClassInnerConstructorWithDispatchReceiver(stableClass: StableClass): String = stableClass::Inner.name
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fun referenceStableClassInnerMemberFunctionWithoutDispatchReceiver(): String = StableClass.Inner::bar.name
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fun referenceStableClassInnerMemberFunctionWithDispatchReceiver(stableClassInner: StableClass.Inner): String = stableClassInner::bar.name
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fun referenceRemovedFunFromClass(): String = ClassWithChangedMembers::removedFun.name
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fun referenceChangedFunFromClass(): String = ClassWithChangedMembers::changedFun.name
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fun referenceRemovedFunFromInterface(): String = InterfaceWithChangedMembers::removedFun.name
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fun referenceChangedFunFromInterface(): String = InterfaceWithChangedMembers::changedFun.name
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fun referenceFunctionWithUnlinkedParameter(): String = ::functionWithUnlinkedParameter.name
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fun referenceFunctionWithUnlinkedReturnValue(): String = ::functionWithUnlinkedReturnValue.name
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fun referenceFunctionWithRemovedTypeParameter(): String {
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/*
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* The syntax of function references does not allow explicitly specifying type arguments.
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* The compiler will report "Not enough information to infer type variable T" error on
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* `::functionWithRemovedTypeParameter` statement. So let's put the reference into
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* the context with evident type arguments.
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*/
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return listOf<Any?>(null).map<Any?, RemovedClassImpl>(::functionWithRemovedTypeParameter).joinToString()
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}
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@@ -0,0 +1,2 @@
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STEP 0:
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dependencies: stdlib, lib1
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@@ -0,0 +1,49 @@
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import abitestutils.abiTest
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fun box() = abiTest {
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val stableClass = StableClass()
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val stableClassInner = stableClass.Inner()
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expectFailure(linkage("Reference to class 'RemovedClass' can not be evaluated: No class found for symbol '/RemovedClass'")) { referenceRemovedClassReference() }
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expectFailure(linkage("Reference to constructor 'RemovedClass.<init>' can not be evaluated: No constructor found for symbol '/RemovedClass.<init>'")) { referenceRemovedClassConstructorReference() }
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expectFailure(linkage("Reference to property 'p1' can not be evaluated: No property found for symbol '/RemovedClass.p1'")) { referenceRemovedClassProperty1Reference() }
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expectFailure(linkage("Reference to function 'f1' can not be evaluated: No function found for symbol '/RemovedClass.f1'")) { referenceRemovedClassFunction1Reference() }
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expectFailure(linkage("Reference to class 'RemovedClassImpl' can not be evaluated: Expression uses unlinked class symbol '/RemovedClass' (via class 'RemovedClassImpl')")) { referenceRemovedClassImplReference() }
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expectFailure(linkage("Reference to constructor 'RemovedClassImpl.<init>' can not be evaluated: Class 'RemovedClassImpl' uses unlinked class symbol '/RemovedClass'")) { referenceRemovedClassImplConstructorReference() }
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expectFailure(linkage("Reference to property 'p1' can not be evaluated: No property found for symbol '/RemovedClassImpl.p1'")) { referenceRemovedClassImplProperty1Reference() }
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expectFailure(linkage("Reference to property 'p2' can not be evaluated: Dispatch receiver class 'RemovedClassImpl' uses unlinked class symbol '/RemovedClass'")) { referenceRemovedClassImplProperty2Reference() }
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expectFailure(linkage("Reference to function 'f1' can not be evaluated: No function found for symbol '/RemovedClassImpl.f1'")) { referenceRemovedClassImplFunction1Reference() }
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expectFailure(linkage("Reference to function 'f2' can not be evaluated: Dispatch receiver class 'RemovedClassImpl' uses unlinked class symbol '/RemovedClass'")) { referenceRemovedClassImplFunction2Reference() }
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expectFailure(linkage("Reference to class 'RemovedInterface' can not be evaluated: No class found for symbol '/RemovedInterface'")) { referenceRemovedInterfaceReference() }
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expectFailure(linkage("Reference to property 'p1' can not be evaluated: No property found for symbol '/RemovedInterface.p1'")) { referenceRemovedInterfaceProperty1Reference() }
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expectFailure(linkage("Reference to property 'p2' can not be evaluated: No property found for symbol '/RemovedInterface.p2'")) { referenceRemovedInterfaceProperty2Reference() }
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expectFailure(linkage("Reference to function 'f1' can not be evaluated: No function found for symbol '/RemovedInterface.f1'")) { referenceRemovedInterfaceFunction1Reference() }
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expectFailure(linkage("Reference to function 'f2' can not be evaluated: No function found for symbol '/RemovedInterface.f2'")) { referenceRemovedInterfaceFunction2Reference() }
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expectFailure(linkage("Reference to class 'RemovedInterfaceImpl' can not be evaluated: Expression uses unlinked class symbol '/RemovedInterface' (via class 'RemovedInterfaceImpl')")) { referenceRemovedInterfaceImplReference() }
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expectFailure(linkage("Reference to property 'p1' can not be evaluated: Dispatch receiver class 'RemovedInterfaceImpl' uses unlinked class symbol '/RemovedInterface'")) { referenceRemovedInterfaceImplProperty1Reference() }
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expectFailure(linkage("Reference to property 'p2' can not be evaluated: No property found for symbol '/RemovedInterfaceImpl.p2'")) { referenceRemovedInterfaceImplProperty2Reference() }
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expectFailure(linkage("Reference to property 'p3' can not be evaluated: Dispatch receiver class 'RemovedInterfaceImpl' uses unlinked class symbol '/RemovedInterface'")) { referenceRemovedInterfaceImplProperty3Reference() }
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expectFailure(linkage("Reference to function 'f1' can not be evaluated: Dispatch receiver class 'RemovedInterfaceImpl' uses unlinked class symbol '/RemovedInterface'")) { referenceRemovedInterfaceImplFunction1Reference() }
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expectFailure(linkage("Reference to function 'f2' can not be evaluated: No function found for symbol '/RemovedInterfaceImpl.f2'")) { referenceRemovedInterfaceImplFunction2Reference() }
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expectFailure(linkage("Reference to function 'f3' can not be evaluated: Dispatch receiver class 'RemovedInterfaceImpl' uses unlinked class symbol '/RemovedInterface'")) { referenceRemovedInterfaceImplFunction3Reference() }
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expectSuccess("<init>") { referenceStableClassConstructor() }
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expectSuccess("foo") { referenceStableClassMemberFunctionWithoutDispatchReceiver() }
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expectSuccess("foo") { referenceStableClassMemberFunctionWithDispatchReceiver(stableClass) }
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expectSuccess("<init>") { referenceStableClassInnerConstructorWithoutDispatchReceiver() }
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expectSuccess("<init>") { referenceStableClassInnerConstructorWithDispatchReceiver(stableClass) }
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expectSuccess("bar") { referenceStableClassInnerMemberFunctionWithoutDispatchReceiver() }
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expectSuccess("bar") { referenceStableClassInnerMemberFunctionWithDispatchReceiver(stableClassInner) }
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expectFailure(linkage("Reference to function 'removedFun' can not be evaluated: No function found for symbol '/ClassWithChangedMembers.removedFun'")) { referenceRemovedFunFromClass() }
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expectFailure(linkage("Reference to function 'changedFun' can not be evaluated: No function found for symbol '/ClassWithChangedMembers.changedFun'")) { referenceChangedFunFromClass() }
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expectFailure(linkage("Reference to function 'removedFun' can not be evaluated: No function found for symbol '/InterfaceWithChangedMembers.removedFun'")) { referenceRemovedFunFromInterface() }
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expectFailure(linkage("Reference to function 'changedFun' can not be evaluated: No function found for symbol '/InterfaceWithChangedMembers.changedFun'")) { referenceChangedFunFromInterface() }
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expectFailure(linkage("Reference to function 'functionWithUnlinkedParameter' can not be evaluated: Function uses unlinked class symbol '/RemovedClass'")) { referenceFunctionWithUnlinkedParameter() }
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expectFailure(linkage("Reference to function 'functionWithUnlinkedReturnValue' can not be evaluated: Function uses unlinked class symbol '/RemovedClass'")) { referenceFunctionWithUnlinkedReturnValue() }
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expectFailure(linkage("Reference to function 'functionWithRemovedTypeParameter' can not be evaluated: Function uses unlinked class symbol '/RemovedClass' (via type parameter 'T')")) { referenceFunctionWithRemovedTypeParameter() }
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}
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@@ -0,0 +1,2 @@
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STEP 0:
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dependencies: stdlib, lib1, lib2
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@@ -0,0 +1,7 @@
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MODULES: lib1, lib2, main
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STEP 0:
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libs: lib1, lib2, main
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STEP 1:
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libs: lib1
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