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Introduce MetadataSource as a way to store the original descriptor for any element (before any lowerings) and maintain it until the end of the codegen where it's used in generating the metadata. Note that JVM signatures written to the metadata are formed from the _resulting_ generated elements, not by mapping the original descriptors. Some corner cases are not supported yet, namely properties declared in companion objects, synthetic methods for property annotations, JvmPackageName, etc. #KT-29119 Fixed
72 lines
1.8 KiB
Kotlin
Vendored
72 lines
1.8 KiB
Kotlin
Vendored
// IGNORE_BACKEND: JS_IR
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// TODO: muted automatically, investigate should it be ran for JS or not
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// IGNORE_BACKEND: JS, NATIVE
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// WITH_REFLECT
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import kotlin.test.assertEquals
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import kotlin.test.assertNotEquals
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import kotlin.test.assertTrue
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annotation class D(val d: Double)
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annotation class F(val f: Float)
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/*
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// TODO: uncomment once KT-13887 is implemented
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@D(Double.NaN)
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fun dnan() {}
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@F(Float.NaN)
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fun fnan() {}
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*/
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@D(-0.0)
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fun dMinusZero() {}
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@D(+0.0)
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fun dPlusZero() {}
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@F(-0.0f)
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fun fMinusZero() {}
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@F(+0.0f)
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fun fPlusZero() {}
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fun check(x: Any, y: Any, regexString: String) {
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assertEquals(x, y)
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assertEquals(y, x)
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assertEquals(x.hashCode(), y.hashCode())
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val regex = regexString.toRegex()
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assertTrue(regex.matches(x.toString()))
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assertTrue(regex.matches(y.toString()))
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}
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fun checkNot(x: Any, y: Any) {
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assertNotEquals(x, y)
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assertNotEquals(y, x)
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assertNotEquals(x.hashCode(), y.hashCode())
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assertNotEquals(x.toString(), y.toString())
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}
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fun box(): String {
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/*
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check(::dnan.annotations.single() as D, D::class.constructors.single().call(Double.NaN))
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check(::fnan.annotations.single() as F, F::class.constructors.single().call(Float.NaN))
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*/
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val dmz = D::class.constructors.single().call(-0.0)
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val dpz = D::class.constructors.single().call(+0.0)
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val fmz = F::class.constructors.single().call(-0.0f)
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val fpz = F::class.constructors.single().call(+0.0f)
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check(::dMinusZero.annotations.single() as D, dmz, "@D\\(d=-0.0\\)")
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check(::dPlusZero.annotations.single() as D, dpz, "@D\\(d=0.0\\)")
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check(::fMinusZero.annotations.single() as F, fmz, "@F\\(f=-0.0f?\\)")
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check(::fPlusZero.annotations.single() as F, fpz, "@F\\(f=0.0f?\\)")
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checkNot(dmz, dpz)
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checkNot(fmz, fpz)
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checkNot(dmz, fmz)
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checkNot(dpz, fpz)
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return "OK"
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}
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