Specializing class CCCCC...
// interface:
abstract trait CCCCC[T] extends Object {
def test(): Unit
def test_J(val CCCCC_T_TypeTag: Byte): Unit
}
// specialized class:
class CCCCC_J[Tsp] extends CCCCC[Tsp] {
def <init>(val CCCCC_T_TypeTag: Byte,c: Long): miniboxing.tests.compile.nested.CCCCC_J[Tsp] // is a specialized implementation of constructor CCCCC
def test(): Unit // is a forwarder to method test_J
def test_J(val CCCCC_T_TypeTag: Byte): Unit // is a specialized implementation of method test
private[this] val CCCCC_T_TypeTag: Byte // no info
private[this] val c: Long // is a specialized implementation of value c
}
// specialized class:
class CCCCC_L[Tsp] extends CCCCC[Tsp] {
def <init>(c: Tsp): miniboxing.tests.compile.nested.CCCCC_L[Tsp] // is a specialized implementation of constructor CCCCC
def test(): Unit // is a specialized implementation of method test
def test_J(val CCCCC_T_TypeTag: Byte): Unit // is a forwarder to method test
private[this] val c: Tsp // is a specialized implementation of value c
}
[[syntax trees at end of minibox]] // newSource1.scala
package miniboxing.tests.compile.nested {
abstract trait CCCCC[@miniboxing.plugin.minispec T >: Nothing <: Any] extends Object {
def test(): Unit;
def test_J(CCCCC_T_TypeTag: Byte): Unit
};
class CCCCC_J[Tsp >: Nothing <: Any] extends Object with miniboxing.tests.compile.nested.CCCCC[Tsp] {
def <init>(CCCCC_T_TypeTag: Byte, c: Long): miniboxing.tests.compile.nested.CCCCC_J[Tsp] = {
CCCCC_J.super.<init>();
()
};
def test(): Unit = CCCCC_J.this.test_J(CCCCC_J.this.CCCCC_T_TypeTag);
def test_J(CCCCC_T_TypeTag: Byte): Unit = {
class DDDDD[U >: Nothing <: Any] extends Object {
<paramaccessor> private[this] val d: U = _;
def <init>(d: U): DDDDD[U] = {
DDDDD.super.<init>();
()
};
private[this] val x1: Long = CCCCC_J.this.c;
<stable> <accessor> def x1(): Tsp = DDDDD.this.x1;
private[this] val x2: U = DDDDD.this.d;
<stable> <accessor> def x2(): U = DDDDD.this.x2;
def foo(): Unit = {
val x3: Long = CCCCC_J.this.c;
val x4: U = DDDDD.this.d;
scala.this.Predef.println(DDDDD.this.x1().==(DDDDD.this.x2()));
scala.this.Predef.println(MiniboxTypeTagDispatch.this.mboxed_eqeq_other(x3, CCCCC_T_TypeTag, x4))
}
};
()
};
<paramaccessor> private[this] val CCCCC_T_TypeTag: Byte = _;
<paramaccessor> private[this] val c: Long = _
};
class CCCCC_L[Tsp >: Nothing <: Any] extends Object with miniboxing.tests.compile.nested.CCCCC[Tsp] {
def <init>(c: Tsp): miniboxing.tests.compile.nested.CCCCC_L[Tsp] = {
CCCCC_L.super.<init>();
()
};
def test(): Unit = {
class DDDDD[U >: Nothing <: Any] extends Object {
<paramaccessor> private[this] val d: U = _;
def <init>(d: U): DDDDD[U] = {
DDDDD.super.<init>();
()
};
private[this] val x1: Tsp = CCCCC_L.this.c;
<stable> <accessor> def x1(): Tsp = DDDDD.this.x1;
private[this] val x2: U = DDDDD.this.d;
<stable> <accessor> def x2(): U = DDDDD.this.x2;
def foo(): Unit = {
val x3: Tsp = CCCCC_L.this.c;
val x4: U = DDDDD.this.d;
scala.this.Predef.println(DDDDD.this.x1().==(DDDDD.this.x2()));
scala.this.Predef.println(x3.==(x4))
}
};
()
};
def test_J(CCCCC_T_TypeTag: Byte): Unit = CCCCC_L.this.test();
<paramaccessor> private[this] val c: Tsp = _
}
}
[Now checking: minibox]
[check: minibox] 2 DefTrees with symbol ''type U' in class DDDDD': <sym='type U' in class DDDDD>, <sym='type U' in class DDDDD>
[check: minibox] newSource1.scala:7:
currentOwner chain: class DDDDD -> method test_J -> class CCCCC_J
symbol chain: type U -> class DDDDD -> method test -> trait CCCCC -> package nested -> package compile -> package tests -> package miniboxing -> package <root>scala.reflect.internal.Trees$TypeDef / type U
[check: minibox] The symbol, tpe or info of tree `(<paramaccessor> private[this] val d: U = _) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value d, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(def <init>(d: U): DDDDD[U] = {
DDDDD.super.<init>();
()
}) : (d: U)DDDDD[U]` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: constructor DDDDD, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(val d: U = _) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value d, constructor DDDDD, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(private[this] val x2: U = DDDDD.this.d) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value x2, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(DDDDD.this.d) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value d, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(DDDDD.this.x2) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value x2, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(val x4: U = DDDDD.this.d) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value x4, method foo, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(DDDDD.this.d) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value d, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(x4) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value x4, method foo, class DDDDD, method test_J, class CCCCC_J, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] newSource1.scala:7:
currentOwner chain: class DDDDD -> method test -> class CCCCC_L
symbol chain: type U -> class DDDDD -> method test -> trait CCCCC -> package nested -> package compile -> package tests -> package miniboxing -> package <root>scala.reflect.internal.Trees$TypeDef / type U
[check: minibox] The symbol, tpe or info of tree `(<paramaccessor> private[this] val d: U = _) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value d, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(def <init>(d: U): DDDDD[U] = {
DDDDD.super.<init>();
()
}) : (d: U)DDDDD[U]` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: constructor DDDDD, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(val d: U = _) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value d, constructor DDDDD, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(private[this] val x2: U = DDDDD.this.d) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value x2, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(DDDDD.this.d) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value d, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(DDDDD.this.x2) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value x2, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(val x4: U = DDDDD.this.d) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value x4, method foo, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(DDDDD.this.d) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value d, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
[check: minibox] The symbol, tpe or info of tree `(x4) : U` refers to a out-of-scope symbol, type U in class DDDDD. tree.symbol.ownerChain: value x4, method foo, class DDDDD, method test, class CCCCC_L, package nested, package compile, package tests, package miniboxing, package <root>
newSource1.scala:8: error:
**** ERROR DURING INTERNAL CHECKING ****
type mismatch;
found : DDDDD.this.x1.type (with underlying type Long)
required: Tsp
val x1: T = c
^
warning: TreeCheckers detected non-compliant trees in newSource1.scala
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