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[[syntax trees at end of lambdalift]] // newSource1.scala
package <empty> {
class T extends Object {
<paramaccessor> val classParam: Int = _;
def <init>(classParam: Int): T = {
T.super.<init>();
()
};
private[this] val field: Int = 0;
<stable> <accessor> def field(): Int = T.this.field;
def foo(methodParam: Int): Function0 = {
val methodLocal: Int = 0;
{
(new <$anon: Function0>(T.this, methodParam, methodLocal): Function0)
}
};
def bar(barParam: Int): Object = {
@volatile var MethodLocalObject$module: runtime.VolatileObjectRef = scala.runtime.VolatileObjectRef.zero();
T.this.MethodLocalObject$1(barParam, MethodLocalObject$module)
};
def tryy(tryyParam: Int): Function0 = {
var tryyLocal: runtime.IntRef = scala.runtime.IntRef.create(0);
{
(new <$anon: Function0>(T.this, tryyParam, tryyLocal): Function0)
}
};
@SerialVersionUID(value = 0) final <synthetic> class $anonfun$foo$1 extends scala.runtime.AbstractFunction0$mcI$sp with Serializable {
def <init>($outer: T, methodParam$1: Int, methodLocal$1: Int): <$anon: Function0> = {
$anonfun$foo$1.super.<init>();
()
};
final def apply(): Int = $anonfun$foo$1.this.apply$mcI$sp();
<specialized> def apply$mcI$sp(): Int = $anonfun$foo$1.this.$outer.classParam.+($anonfun$foo$1.this.$outer.field()).+($anonfun$foo$1.this.methodParam$1).+($anonfun$foo$1.this.methodLocal$1);
<synthetic> <paramaccessor> <artifact> private[this] val $outer: T = _;
<synthetic> <stable> <artifact> def $outer(): T = $anonfun$foo$1.this.$outer;
final <bridge> <artifact> def apply(): Object = scala.Int.box($anonfun$foo$1.this.apply());
<synthetic> <paramaccessor> private[this] val methodParam$1: Int = _;
<synthetic> <paramaccessor> private[this] val methodLocal$1: Int = _
};
abstract trait MethodLocalTrait$1 extends Object {
def /*MethodLocalTrait$1*/$init$(barParam$1: Int): Unit = {
()
};
scala.Predef.print(scala.Int.box(barParam$1));
<synthetic> <stable> <artifact> def $outer(): T
};
object MethodLocalObject$2 extends Object with T#MethodLocalTrait$1 {
def <init>($outer: T, barParam$1: Int): T#MethodLocalObject$2.type = {
MethodLocalObject$2.super.<init>();
MethodLocalObject$2.super./*MethodLocalTrait$1*/$init$(barParam$1);
()
};
<synthetic> <paramaccessor> <artifact> private[this] val $outer: T = _;
<synthetic> <stable> <artifact> def $outer(): T = MethodLocalObject$2.this.$outer;
<synthetic> <stable> <artifact> def $outer(): T = MethodLocalObject$2.this.$outer
};
final private[this] def MethodLocalObject$lzycompute$1(barParam$1: Int, MethodLocalObject$module$1: runtime.VolatileObjectRef): Unit = T.this.synchronized[Unit](if (MethodLocalObject$module$1.elem.$asInstanceOf[T#MethodLocalObject$2.type]().eq(null))
MethodLocalObject$module$1.elem = new T#MethodLocalObject$2.type(T.this, barParam$1));
final <stable> private[this] def MethodLocalObject$1(barParam$1: Int, MethodLocalObject$module$1: runtime.VolatileObjectRef): T#MethodLocalObject$2.type = {
if (MethodLocalObject$module$1.elem.$asInstanceOf[T#MethodLocalObject$2.type]().eq(null))
T.this.MethodLocalObject$lzycompute$1(barParam$1, MethodLocalObject$module$1);
MethodLocalObject$module$1.elem.$asInstanceOf[T#MethodLocalObject$2.type]()
};
@SerialVersionUID(value = 0) final <synthetic> class $anonfun$tryy$1 extends scala.runtime.AbstractFunction0$mcV$sp with Serializable {
def <init>($outer: T, tryyParam$1: Int, tryyLocal$1: runtime.IntRef): <$anon: Function0> = {
$anonfun$tryy$1.super.<init>();
()
};
final def apply(): Unit = $anonfun$tryy$1.this.apply$mcV$sp();
<specialized> def apply$mcV$sp(): Unit = try {
$anonfun$tryy$1.this.tryyLocal$1.elem = $anonfun$tryy$1.this.tryyParam$1
} finally ();
<synthetic> <paramaccessor> <artifact> private[this] val $outer: T = _;
<synthetic> <stable> <artifact> def $outer(): T = $anonfun$tryy$1.this.$outer;
final <bridge> <artifact> def apply(): Object = {
$anonfun$tryy$1.this.apply();
scala.runtime.BoxedUnit.UNIT
};
<synthetic> <paramaccessor> private[this] val tryyParam$1: Int = _;
<synthetic> <paramaccessor> private[this] val tryyLocal$1: runtime.IntRef = _
}
}
}
warning: there was one feature warning; re-run with -feature for details
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