Dmitriy Novozhilov
3cffb33ab7
This feature is not needed because it is unconditionally disabled for K1 (because of not fully correct implementation) and unconditionally enabled in K2 (K2 does not support old behavior) ^KT-38895
65 lines
1.5 KiB
Kotlin
Vendored
65 lines
1.5 KiB
Kotlin
Vendored
// IGNORE_BACKEND_K2: JVM_IR
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// FIR status: KT-46419, ILT conversions to Byte and Short are not supported by design
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// SKIP_KT_DUMP
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// This test exists only to check that we don't accidentally break the buggy behavior of the old JVM backend in JVM IR (KT-42321).
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// Feel free to remove it as soon as there's no language version where such code is allowed (KT-38895).
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abstract class C<L> {
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abstract fun takeT(x: L)
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}
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fun testLongDotCall(c1: C<Long>) {
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c1.takeT(1.plus(2))
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c1.takeT(1.minus(2))
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c1.takeT(1.times(2))
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c1.takeT(1.div(2))
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c1.takeT(1.rem(2))
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c1.takeT(1.unaryPlus())
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c1.takeT(1.unaryMinus())
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c1.takeT(1.shl(2))
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c1.takeT(1.shr(2))
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c1.takeT(1.ushr(2))
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c1.takeT(1.and(2))
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c1.takeT(1.or(2))
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c1.takeT(1.xor(2))
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c1.takeT(1.inv())
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}
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fun testShortDotCall(c2: C<Short>) {
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c2.takeT(1.plus(2))
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c2.takeT(1.shr(2))
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c2.takeT(1.inv())
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}
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fun testByteDotCall(c3: C<Byte>) {
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c3.takeT(1.plus(2))
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c3.takeT(1.shr(2))
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c3.takeT(1.inv())
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}
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fun testLongOperatorInfixCall(c4: C<Long>) {
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c4.takeT(1 + 2)
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c4.takeT(1 - 2)
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c4.takeT(1 * 2)
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c4.takeT(1 / 2)
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c4.takeT(1 % 2)
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c4.takeT(+1)
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c4.takeT(-1)
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c4.takeT(1 shl 2)
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c4.takeT(1 shr 2)
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c4.takeT(1 ushr 2)
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c4.takeT(1 and 2)
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c4.takeT(1 or 2)
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c4.takeT(1 xor 2)
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}
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fun testShortOperatorInfixCall(c5: C<Short>) {
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c5.takeT(1 + 2)
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c5.takeT(1 shr 2)
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}
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fun testByteOperatorInfixCall(c6: C<Byte>) {
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c6.takeT(1 + 2)
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c6.takeT(1 shr 2)
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}
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