Ilmir Usmanov
d9821412d0
This also allows us to not spill them in the lambda. But, disable this optimization for local named functions. #KT-16222 In progress
35 lines
1.3 KiB
Kotlin
Vendored
35 lines
1.3 KiB
Kotlin
Vendored
// WITH_RUNTIME
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data class Data(val x: String, val y: Int, val z: Int = 0)
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suspend fun test() {
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foo(Data("A", 1)) { str, (x, _, z), i ->
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println(str + x + z + i + this)
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}
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}
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suspend fun foo(data: Data, body: suspend Long.(String, Data, Int) -> Unit) {
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1L.body("OK", data, 1)
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}
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// Parameters (including anonymous destructuring parameters) are moved to fields in the Continuation class for the suspend lambda class.
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// However, in non-IR, the fields are first stored in local variables, and they are not read directly (even for destructuring components).
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// In IR, the fields are directly read from.
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// METHOD : ParametersKt$test$2.invokeSuspend(Ljava/lang/Object;)Ljava/lang/Object;
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// JVM_TEMPLATES
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// VARIABLE : NAME=$this$foo TYPE=J INDEX=2
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// VARIABLE : NAME=str TYPE=Ljava/lang/String; INDEX=4
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// VARIABLE : NAME=$dstr$x$_u24__u24$z TYPE=LData; INDEX=5
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// VARIABLE : NAME=i TYPE=I INDEX=6
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// VARIABLE : NAME=x TYPE=Ljava/lang/String; INDEX=7
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// VARIABLE : NAME=z TYPE=I INDEX=8
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// VARIABLE : NAME=this TYPE=LParametersKt$test$2; INDEX=0
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// VARIABLE : NAME=$result TYPE=Ljava/lang/Object; INDEX=1
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// JVM_IR_TEMPLATES
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// VARIABLE : NAME=x TYPE=Ljava/lang/String; INDEX=2
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// VARIABLE : NAME=z TYPE=I INDEX=3
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// VARIABLE : NAME=this TYPE=LParametersKt$test$2; INDEX=0
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// VARIABLE : NAME=$result TYPE=Ljava/lang/Object; INDEX=1
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