Nikolay Lunyak
a68a2409d3
In case we don't want to introduce any new abstractions like "user relevance for applicability", we can just remove the filtering. ^KT-62541 Fixed
42 lines
997 B
Kotlin
Vendored
42 lines
997 B
Kotlin
Vendored
// SKIP_TXT
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// ISSUE: KT-30507
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fun test1() {
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var x: MutableList<Int>? = mutableListOf(1)
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x!!
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x[if (true) { x = null; 0 } else 0] += <!UNSAFE_CALL!>x[0]<!>
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<!UNSAFE_CALL!>x[0]<!>.inv()
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}
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fun test2() {
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var x: MutableList<Int>? = mutableListOf(1)
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x!!
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x[if (true) { x = null; 0 } else 0] = 11
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<!UNSAFE_CALL!>x[0]<!>.inv()
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}
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fun test3() {
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var x: MutableList<Int>? = mutableListOf(1)
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x!!
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x[0] = if (true) { x = null; 0 } else 0
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<!UNSAFE_CALL!>x[0]<!>.inv()
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}
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operator fun MutableList<Int>.get(i1: Int, i2: Int) {}
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operator fun MutableList<Int>.set(i1: Int, i2: Int, el: Int) = 10
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fun test4() {
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var x: MutableList<Int>? = mutableListOf(1)
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x!!
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val y = x[if (true) { x = null; 0 } else 0, <!UNSAFE_CALL!>x[0]<!>]
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}
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operator fun Int.invoke(y: Int, z: Int) {}
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fun test5() {
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var x: Int? = 10
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x!!
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<!UNSAFE_IMPLICIT_INVOKE_CALL!>x<!>(if (true) { x = null; 0 } else 0, <!ARGUMENT_TYPE_MISMATCH!>x<!>)
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x<!UNSAFE_CALL!>.<!>inv()
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}
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