Mass test data update: find usages doesn't contain column anymore

2015-12-23 15:14:33 +03:00
parent b6f3bf9869
commit a71d1c24ff
216 changed files with 822 additions and 816 deletions
@@ -1,3 +1,3 @@
-New instance creation (12: 5) J(2)
-Supertype (7: 10) class B: J(1) {
-Unclassified usage (2: 20) constructor(): super(1) {
+New instance creation 12 J(2)
+Supertype 7 class B: J(1) {
+Unclassified usage 2 constructor(): super(1) {
@@ -1,4 +1,4 @@
-New instance creation (16: 5) J()
-Supertype (11: 10) class B: J() {
-Unclassified usage (2: 26) constructor(i: Int): super() {
-Unclassified usage (6: 19) constructor() {
+New instance creation 16 J()
+Supertype 11 class B: J() {
+Unclassified usage 2 constructor(i: Int): super() {
+Unclassified usage 6 constructor() {
@@ -1,6 +1,6 @@
-[primaryConstructorByJavaRef.0.java] New instance creation (12: 13) new A(1);
-[primaryConstructorByJavaRef.0.java] Unclassified usage (7: 9) super(n);
-[primaryConstructorByJavaRef.1.kt] New instance creation (13: 5) A(1)
-[primaryConstructorByJavaRef.1.kt] Supertype (9: 12) class C(): A(1)
-[primaryConstructorByJavaRef.1.kt] Unclassified usage (2: 20) constructor(): this(1)
-[primaryConstructorByJavaRef.1.kt] Unclassified usage (6: 26) constructor(n: Int): super(n)
+[primaryConstructorByJavaRef.0.java] New instance creation 12 new A(1);
+[primaryConstructorByJavaRef.0.java] Unclassified usage 7 super(n);
+[primaryConstructorByJavaRef.1.kt] New instance creation 13 A(1)
+[primaryConstructorByJavaRef.1.kt] Supertype 9 class C(): A(1)
+[primaryConstructorByJavaRef.1.kt] Unclassified usage 2 constructor(): this(1)
+[primaryConstructorByJavaRef.1.kt] Unclassified usage 6 constructor(n: Int): super(n)
@@ -1,6 +1,6 @@
-[primaryConstructorByJavaSuperRef.0.java] New instance creation (12: 13) new A(1);
-[primaryConstructorByJavaSuperRef.0.java] Unclassified usage (7: 9) super(n);
-[primaryConstructorByJavaSuperRef.1.kt] New instance creation (13: 5) A(1)
-[primaryConstructorByJavaSuperRef.1.kt] Supertype (9: 12) class C(): A(1)
-[primaryConstructorByJavaSuperRef.1.kt] Unclassified usage (2: 20) constructor(): this(1)
-[primaryConstructorByJavaSuperRef.1.kt] Unclassified usage (6: 26) constructor(n: Int): super(n)
+[primaryConstructorByJavaSuperRef.0.java] New instance creation 12 new A(1);
+[primaryConstructorByJavaSuperRef.0.java] Unclassified usage 7 super(n);
+[primaryConstructorByJavaSuperRef.1.kt] New instance creation 13 A(1)
+[primaryConstructorByJavaSuperRef.1.kt] Supertype 9 class C(): A(1)
+[primaryConstructorByJavaSuperRef.1.kt] Unclassified usage 2 constructor(): this(1)
+[primaryConstructorByJavaSuperRef.1.kt] Unclassified usage 6 constructor(n: Int): super(n)
@@ -1,6 +1,6 @@
-[secondaryConstructorByJavaNewExpression.0.java] New instance creation (10: 13) new B("");
-[secondaryConstructorByJavaNewExpression.0.java] Unclassified usage (6: 9) super("");
-[secondaryConstructorByJavaNewExpression.1.kt] New instance creation (22: 5) B("")
-[secondaryConstructorByJavaNewExpression.1.kt] Supertype (17: 11) class C : B("") {
-[secondaryConstructorByJavaNewExpression.1.kt] Unclassified usage (12: 27) constructor(a: Int) : super("") {
-[secondaryConstructorByJavaNewExpression.1.kt] Unclassified usage (2: 20) constructor(): this("") {
+[secondaryConstructorByJavaNewExpression.0.java] New instance creation 10 new B("");
+[secondaryConstructorByJavaNewExpression.0.java] Unclassified usage 6 super("");
+[secondaryConstructorByJavaNewExpression.1.kt] New instance creation 22 B("")
+[secondaryConstructorByJavaNewExpression.1.kt] Supertype 17 class C : B("") {
+[secondaryConstructorByJavaNewExpression.1.kt] Unclassified usage 12 constructor(a: Int) : super("") {
+[secondaryConstructorByJavaNewExpression.1.kt] Unclassified usage 2 constructor(): this("") {
@@ -1,6 +1,6 @@
-[secondaryConstructorByJavaSuperCall.0.java] New instance creation (10: 13) new B("");
-[secondaryConstructorByJavaSuperCall.0.java] Unclassified usage (6: 9) super("");
-[secondaryConstructorByJavaSuperCall.1.kt] New instance creation (22: 5) B("")
-[secondaryConstructorByJavaSuperCall.1.kt] Supertype (17: 11) class C : B("") {
-[secondaryConstructorByJavaSuperCall.1.kt] Unclassified usage (12: 27) constructor(a: Int) : super("") {
-[secondaryConstructorByJavaSuperCall.1.kt] Unclassified usage (2: 20) constructor(): this("") {
+[secondaryConstructorByJavaSuperCall.0.java] New instance creation 10 new B("");
+[secondaryConstructorByJavaSuperCall.0.java] Unclassified usage 6 super("");
+[secondaryConstructorByJavaSuperCall.1.kt] New instance creation 22 B("")
+[secondaryConstructorByJavaSuperCall.1.kt] Supertype 17 class C : B("") {
+[secondaryConstructorByJavaSuperCall.1.kt] Unclassified usage 12 constructor(a: Int) : super("") {
+[secondaryConstructorByJavaSuperCall.1.kt] Unclassified usage 2 constructor(): this("") {
@@ -1,18 +1,18 @@
-Class/object property type (2: 15) var next: A? = A()
-Function return types (15: 20) fun getNext(): A? {
-Function return types (36: 16) fun Any.toA(): A? {
-Local variable declaration (11: 17) val aa: A = a
-Nested class/object (1: 31) public class X(bar: String? = A.BAR): A() {
-Nested class/object (3: 26) val myBar: String? = A.BAR
-Nested class/object (6: 9) A.BAR = ""
-Nested class/object (7: 9) A.foos()
-New instance creation (2: 20) var next: A? = A()
-New instance creation (32: 18) fun X.bar(a: A = A()) {
-Parameter type (10: 16) fun foo(a: A) {
-Parameter type (32: 14) fun X.bar(a: A = A()) {
-Super type qualifier (20: 15) super<A>.foo()
-Supertype (1: 39) public class X(bar: String? = A.BAR): A() {
-Supertype (23: 23) companion object: A() {
-Supertype (28: 11) object O: A() {
-Target type of 'is' operation (37: 24) return if (this is A) this as A else null
-Usage in cast target type (37: 35) return if (this is A) this as A else null
+Class/object property type 2 var next: A? = A()
+Function return types 15 fun getNext(): A? {
+Function return types 36 fun Any.toA(): A? {
+Local variable declaration 11 val aa: A = a
+Nested class/object 1 public class X(bar: String? = A.BAR): A() {
+Nested class/object 3 val myBar: String? = A.BAR
+Nested class/object 6 A.BAR = ""
+Nested class/object 7 A.foos()
+New instance creation 2 var next: A? = A()
+New instance creation 32 fun X.bar(a: A = A()) {
+Parameter type 10 fun foo(a: A) {
+Parameter type 32 fun X.bar(a: A = A()) {
+Super type qualifier 20 super<A>.foo()
+Supertype 1 public class X(bar: String? = A.BAR): A() {
+Supertype 23 companion object: A() {
+Supertype 28 object O: A() {
+Target type of 'is' operation 37 return if (this is A) this as A else null
+Usage in cast target type 37 return if (this is A) this as A else null
@@ -1,3 +1,3 @@
-Unclassified usage (2: 22) public interface T: A
-Unclassified usage (4: 13) val a = object: A() {}
-Unclassified usage (7: 17) val b = object: T {}
+Unclassified usage 2 public interface T: A
+Unclassified usage 4 val a = object: A() {}
+Unclassified usage 7 val b = object: T {}
@@ -1,4 +1,4 @@
-Unclassified usage (1: 19) public open class X: A()
-Unclassified usage (3: 18) public interface T: A
-Unclassified usage (5: 19) public open class Y: X()
-Unclassified usage (7: 14) public class Z: Y(), T
+Unclassified usage 1 public open class X: A()
+Unclassified usage 3 public interface T: A
+Unclassified usage 5 public open class Y: X()
+Unclassified usage 7 public class Z: Y(), T
@@ -1,4 +1,4 @@
-Unclassified usage (2: 23) public open class X: A()
-Unclassified usage (4: 22) public interface T: A
-Unclassified usage (7: 27) public open class Y: X()
-Unclassified usage (9: 22) public class Z: Y(), T
+Unclassified usage 2 public open class X: A()
+Unclassified usage 4 public interface T: A
+Unclassified usage 7 public open class Y: X()
+Unclassified usage 9 public class Z: Y(), T
@@ -1,3 +1,3 @@
-Unclassified usage (2: 22) public interface T: A
-Unclassified usage (4: 19) public object O1: A()
-Unclassified usage (7: 23) public object O2: T
+Unclassified usage 2 public interface T: A
+Unclassified usage 4 public object O1: A()
+Unclassified usage 7 public object O2: T
@@ -1,4 +1,4 @@
-Unclassified usage (2: 23) public open class X: A()
-Unclassified usage (4: 22) public interface T: A
-Unclassified usage (7: 27) public open class Y: X()
-Unclassified usage (9: 22) public class Z: Y(), T
+Unclassified usage 2 public open class X: A()
+Unclassified usage 4 public interface T: A
+Unclassified usage 7 public open class Y: X()
+Unclassified usage 9 public class Z: Y(), T
@@ -1,3 +1,3 @@
-Unclassified usage (2: 22) public interface T: A
-Unclassified usage (4: 19) public object O1: A()
-Unclassified usage (7: 23) public object O2: T
+Unclassified usage 2 public interface T: A
+Unclassified usage 4 public object O1: A()
+Unclassified usage 7 public object O2: T
@@ -1,3 +1,3 @@
-Unclassified usage (1: 18) public interface T: A
-Unclassified usage (3: 15) public object O1: A()
-Unclassified usage (5: 15) public object O2: T
+Unclassified usage 1 public interface T: A
+Unclassified usage 3 public object O1: A()
+Unclassified usage 5 public object O2: T
@@ -1,4 +1,4 @@
-Value read (1: 33) public class X(bar: String? = A.BAR): A() {
-Value read (3: 28) val myBar: String? = A.BAR
-Value write (12: 12) aa.bar = ""
-Value write (6: 11) A.BAR = ""
+Value read 1 public class X(bar: String? = A.BAR): A() {
+Value read 3 val myBar: String? = A.BAR
+Value write 12 aa.bar = ""
+Value write 6 A.BAR = ""
@@ -1,7 +1,7 @@
-Function call (20: 18) super<A>.foo()
-Function call (7: 11) A.foos()
-New instance creation (2: 20) var next: A? = A()
-New instance creation (32: 18) fun X.bar(a: A = A()) {
-Supertype (1: 39) public class X(bar: String? = A.BAR): A() {
-Supertype (23: 23) companion object: A() {
-Supertype (28: 11) object O: A() {
+Function call 20 super<A>.foo()
+Function call 7 A.foos()
+New instance creation 2 var next: A? = A()
+New instance creation 32 fun X.bar(a: A = A()) {
+Supertype 1 public class X(bar: String? = A.BAR): A() {
+Supertype 23 companion object: A() {
+Supertype 28 object O: A() {
@@ -1,18 +1,18 @@
-Class/object property type (2: 15) var next: A? = A()
-Function return types (15: 20) fun getNext(): A? {
-Function return types (36: 16) fun Any.toA(): A? {
-Local variable declaration (11: 17) val aa: A = a
-Nested class/object (1: 31) public class X(bar: String? = A.BAR): A() {
-Nested class/object (3: 26) val myBar: String? = A.BAR
-Nested class/object (6: 9) A.BAR = ""
-Nested class/object (7: 9) A.foos()
-New instance creation (2: 20) var next: A? = A()
-New instance creation (32: 18) fun X.bar(a: A = A()) {
-Parameter type (10: 16) fun foo(a: A) {
-Parameter type (32: 14) fun X.bar(a: A = A()) {
-Super type qualifier (20: 15) super<A>.foo()
-Supertype (1: 39) public class X(bar: String? = A.BAR): A() {
-Supertype (23: 23) companion object: A() {
-Supertype (28: 11) object O: A() {
-Target type of 'is' operation (37: 24) return if (this is A) this as A else null
-Usage in cast target type (37: 35) return if (this is A) this as A else null
+Class/object property type 2 var next: A? = A()
+Function return types 15 fun getNext(): A? {
+Function return types 36 fun Any.toA(): A? {
+Local variable declaration 11 val aa: A = a
+Nested class/object 1 public class X(bar: String? = A.BAR): A() {
+Nested class/object 3 val myBar: String? = A.BAR
+Nested class/object 6 A.BAR = ""
+Nested class/object 7 A.foos()
+New instance creation 2 var next: A? = A()
+New instance creation 32 fun X.bar(a: A = A()) {
+Parameter type 10 fun foo(a: A) {
+Parameter type 32 fun X.bar(a: A = A()) {
+Super type qualifier 20 super<A>.foo()
+Supertype 1 public class X(bar: String? = A.BAR): A() {
+Supertype 23 companion object: A() {
+Supertype 28 object O: A() {
+Target type of 'is' operation 37 return if (this is A) this as A else null
+Usage in cast target type 37 return if (this is A) this as A else null
@@ -1 +1 @@
-Unclassified usage (3: 18) public interface T: A
+Unclassified usage 3 public interface T: A
@@ -1,15 +1,15 @@
-Class/object property type (3: 25) var next: Outer.A? = (this@KOuter as Outer).A()
-Function return types (15: 30) fun getNext(): Outer.A? {
-Function return types (29: 22) fun Any.toA(): Outer.A? {
-Local variable declaration (11: 27) val aa: Outer.A = a
-New instance creation (25: 39) fun KOuter.X.bar(a: Outer.A = Outer().A()) {
-New instance creation (2: 64) public inner class X(bar: String? = (this@KOuter as Outer).A().bar): Outer.A() {
-New instance creation (3: 53) var next: Outer.A? = (this@KOuter as Outer).A()
-New instance creation (4: 53) val myBar: String? = (this@KOuter as Outer).A().bar
-New instance creation (7: 36) (this@KOuter as Outer).A().bar = ""
-Parameter type (10: 26) fun foo(a: Outer.A) {
-Parameter type (25: 27) fun KOuter.X.bar(a: Outer.A = Outer().A()) {
-Super type qualifier (20: 25) super<Outer.A>.foo()
-Supertype (2: 80) public inner class X(bar: String? = (this@KOuter as Outer).A().bar): Outer.A() {
-Target type of 'is' operation (30: 30) return if (this is Outer.A) this as Outer.A else null
-Usage in cast target type (30: 47) return if (this is Outer.A) this as Outer.A else null
+Class/object property type 3 var next: Outer.A? = (this@KOuter as Outer).A()
+Function return types 15 fun getNext(): Outer.A? {
+Function return types 29 fun Any.toA(): Outer.A? {
+Local variable declaration 11 val aa: Outer.A = a
+New instance creation 2 public inner class X(bar: String? = (this@KOuter as Outer).A().bar): Outer.A() {
+New instance creation 25 fun KOuter.X.bar(a: Outer.A = Outer().A()) {
+New instance creation 3 var next: Outer.A? = (this@KOuter as Outer).A()
+New instance creation 4 val myBar: String? = (this@KOuter as Outer).A().bar
+New instance creation 7 (this@KOuter as Outer).A().bar = ""
+Parameter type 10 fun foo(a: Outer.A) {
+Parameter type 25 fun KOuter.X.bar(a: Outer.A = Outer().A()) {
+Super type qualifier 20 super<Outer.A>.foo()
+Supertype 2 public inner class X(bar: String? = (this@KOuter as Outer).A().bar): Outer.A() {
+Target type of 'is' operation 30 return if (this is Outer.A) this as Outer.A else null
+Usage in cast target type 30 return if (this is Outer.A) this as Outer.A else null
@@ -1,3 +1,3 @@
-Unclassified usage (2: 16) open class X: A
-Unclassified usage (4: 13) val a = object: A
-Unclassified usage (7: 17) val b = object: X()
+Unclassified usage 2 open class X: A
+Unclassified usage 4 val a = object: A
+Unclassified usage 7 val b = object: X()
@@ -1,3 +1,3 @@
-Unclassified usage (1: 19) public open class X: A
-Unclassified usage (5: 19) public open class Y: X()
-Unclassified usage (7: 14) public class Z: Y(), T
+Unclassified usage 1 public open class X: A
+Unclassified usage 5 public open class Y: X()
+Unclassified usage 7 public class Z: Y(), T
@@ -1,3 +1,3 @@
-Unclassified usage (2: 23) public open class X: A
-Unclassified usage (7: 27) public open class Y: X()
-Unclassified usage (9: 22) public class Z: Y(), T
+Unclassified usage 2 public open class X: A
+Unclassified usage 7 public open class Y: X()
+Unclassified usage 9 public class Z: Y(), T
@@ -1,3 +1,3 @@
-Unclassified usage (2: 23) public open class T: A
-Unclassified usage (4: 19) public object O1: A()
-Unclassified usage (7: 23) public object O2: T()
+Unclassified usage 2 public open class T: A
+Unclassified usage 4 public object O1: A()
+Unclassified usage 7 public object O2: T()
@@ -1,3 +1,3 @@
-Unclassified usage (2: 16) open class X: A
-Unclassified usage (7: 27) public open class Y: X()
-Unclassified usage (9: 22) public class Z: T
+Unclassified usage 2 open class X: A
+Unclassified usage 7 public open class Y: X()
+Unclassified usage 9 public class Z: T
@@ -1,3 +1,3 @@
-Unclassified usage (2: 16) open class T: A
-Unclassified usage (4: 12) object O1: A
-Unclassified usage (7: 16) object O2: T()
+Unclassified usage 2 open class T: A
+Unclassified usage 4 object O1: A
+Unclassified usage 7 object O2: T()
@@ -1,2 +1,2 @@
-Unclassified usage (4: 15) interface T: A
-Unclassified usage (7: 26) public interface Y: X
+Unclassified usage 4 interface T: A
+Unclassified usage 7 public interface Y: X
@@ -1,3 +1,3 @@
-Unclassified usage (1: 19) public open class T: A
-Unclassified usage (3: 15) public object O1: A()
-Unclassified usage (5: 15) public object O2: T()
+Unclassified usage 1 public open class T: A
+Unclassified usage 3 public object O1: A()
+Unclassified usage 5 public object O2: T()
@@ -1,18 +1,18 @@
-Class/object property type (2: 21) var next: Outer.A? = Outer.A()
-Function return types (15: 26) fun getNext(): Outer.A? {
-Function return types (36: 22) fun Any.toA(): Outer.A? {
-Local variable declaration (11: 23) val aa: Outer.A = a
-Nested class/object (1: 37) public class X(bar: String? = Outer.A.BAR): Outer.A() {
-Nested class/object (3: 32) val myBar: String? = Outer.A.BAR
-Nested class/object (6: 15) Outer.A.BAR = ""
-Nested class/object (7: 15) Outer.A.foos()
-New instance creation (2: 32) var next: Outer.A? = Outer.A()
-New instance creation (32: 30) fun X.bar(a: Outer.A = Outer.A()) {
-Parameter type (10: 22) fun foo(a: Outer.A) {
-Parameter type (32: 20) fun X.bar(a: Outer.A = Outer.A()) {
-Super type qualifier (20: 21) super<Outer.A>.foo()
-Supertype (1: 51) public class X(bar: String? = Outer.A.BAR): Outer.A() {
-Supertype (23: 29) companion object: Outer.A() {
-Supertype (28: 17) object O: Outer.A() {
-Target type of 'is' operation (37: 30) return if (this is Outer.A) this as Outer.A else null
-Usage in cast target type (37: 47) return if (this is Outer.A) this as Outer.A else null
+Class/object property type 2 var next: Outer.A? = Outer.A()
+Function return types 15 fun getNext(): Outer.A? {
+Function return types 36 fun Any.toA(): Outer.A? {
+Local variable declaration 11 val aa: Outer.A = a
+Nested class/object 1 public class X(bar: String? = Outer.A.BAR): Outer.A() {
+Nested class/object 3 val myBar: String? = Outer.A.BAR
+Nested class/object 6 Outer.A.BAR = ""
+Nested class/object 7 Outer.A.foos()
+New instance creation 2 var next: Outer.A? = Outer.A()
+New instance creation 32 fun X.bar(a: Outer.A = Outer.A()) {
+Parameter type 10 fun foo(a: Outer.A) {
+Parameter type 32 fun X.bar(a: Outer.A = Outer.A()) {
+Super type qualifier 20 super<Outer.A>.foo()
+Supertype 1 public class X(bar: String? = Outer.A.BAR): Outer.A() {
+Supertype 23 companion object: Outer.A() {
+Supertype 28 object O: Outer.A() {
+Target type of 'is' operation 37 return if (this is Outer.A) this as Outer.A else null
+Usage in cast target type 37 return if (this is Outer.A) this as Outer.A else null
@@ -1,2 +1,2 @@
-Value read (4: 15) println(a.foo)
-Value write (3: 7) a.foo = "bar"
+Value read 4 println(a.foo)
+Value write 3 a.foo = "bar"
@@ -1,4 +1,4 @@
-[JKMethodOverrides.0.java] Unclassified usage (11: 17) public void foo() {
-[JKMethodOverrides.1.kt] Unclassified usage (14: 25) public override fun foo() {
-[JKMethodOverrides.1.kt] Unclassified usage (2: 25) public override fun foo() {
-[JKMethodOverrides.1.kt] Unclassified usage (8: 25) public override fun foo() {
+[JKMethodOverrides.0.java] Unclassified usage 11 public void foo() {
+[JKMethodOverrides.1.kt] Unclassified usage 14 public override fun foo() {
+[JKMethodOverrides.1.kt] Unclassified usage 2 public override fun foo() {
+[JKMethodOverrides.1.kt] Unclassified usage 8 public override fun foo() {
@@ -1,4 +1,4 @@
-Callable reference (5: 16) val a = A::foo
-Callable reference (6: 16) val b = B::foo
-Function call (2: 9) A().foo()
-Function call (3: 9) B().foo()
+Callable reference 5 val a = A::foo
+Callable reference 6 val b = B::foo
+Function call 2 A().foo()
+Function call 3 B().foo()
@@ -1,2 +1,2 @@
-Value read (2: 21) print(javaClass.something)
-Value write (4: 15) javaClass.something++
+Value read 2 print(javaClass.something)
+Value write 4 javaClass.something++
@@ -1,4 +1,4 @@
-[javaPropertyGetterUsagesKJ.0.java] Unclassified usage (23: 17) new J().getP();
-[javaPropertyGetterUsagesKJ.0.java] Unclassified usage (26: 17) new B().getP();
-[javaPropertyGetterUsagesKJ.1.kt] Value read (20: 17) val t = J().p
-[javaPropertyGetterUsagesKJ.1.kt] Value read (23: 17) val t = B().p
+[javaPropertyGetterUsagesKJ.0.java] Unclassified usage 23 new J().getP();
+[javaPropertyGetterUsagesKJ.0.java] Unclassified usage 26 new B().getP();
+[javaPropertyGetterUsagesKJ.1.kt] Value read 20 val t = J().p
+[javaPropertyGetterUsagesKJ.1.kt] Value read 23 val t = B().p
@@ -1,4 +1,4 @@
-[javaPropertySetterUsagesKJ.0.java] Unclassified usage (24: 17) new J().setP(1);
-[javaPropertySetterUsagesKJ.0.java] Unclassified usage (27: 17) new B().setP(1);
-[javaPropertySetterUsagesKJ.1.kt] Value write (21: 9) J().p = 1
-[javaPropertySetterUsagesKJ.1.kt] Value write (24: 9) B().p = 1
+[javaPropertySetterUsagesKJ.0.java] Unclassified usage 24 new J().setP(1);
+[javaPropertySetterUsagesKJ.0.java] Unclassified usage 27 new B().setP(1);
+[javaPropertySetterUsagesKJ.1.kt] Value write 21 J().p = 1
+[javaPropertySetterUsagesKJ.1.kt] Value write 24 B().p = 1
@@ -1,4 +1,4 @@
-Function call (10: 9) ext() // companion object is extension receiver
-Function call (5: 9) foo()
-Implicit 'get' (8: 9) 1[2] // using companion object function by convention
-Value read (6: 9) v
+Function call 10 ext() // companion object is extension receiver
+Function call 5 foo()
+Implicit 'get' 8 1[2] // using companion object function by convention
+Value read 6 v
@@ -1,3 +1,3 @@
-Unclassified usage (5: 32) System.out.println(Foo.CONST);
-Unclassified usage (6: 13) Foo.s();
-Unclassified usage (7: 13) Foo.Companion.f();
+Unclassified usage 5 System.out.println(Foo.CONST);
+Unclassified usage 6 Foo.s();
+Unclassified usage 7 Foo.Companion.f();
@@ -1,4 +1,4 @@
-Companion object (5: 5) Foo.f()
-Companion object (6: 13) val x = Foo
-Companion object (8: 9) Foo.Bar.f()
-Companion object (9: 18) val xx = Foo.Bar
+Companion object 5 Foo.f()
+Companion object 6 val x = Foo
+Companion object 8 Foo.Bar.f()
+Companion object 9 val xx = Foo.Bar
@@ -1,4 +1,4 @@
-Companion object (5: 5) Foo.f()
-Companion object (6: 13) val x = Foo
-Companion object (8: 9) Foo.Companion.f()
-Companion object (9: 18) val xx = Foo.Companion
+Companion object 5 Foo.f()
+Companion object 6 val x = Foo
+Companion object 8 Foo.Companion.f()
+Companion object 9 val xx = Foo.Companion
@@ -1,5 +1,5 @@
-Function call (10: 10) A(0) compareTo A(1)
-Function call (11: 10) A(0) < A(1)
-Function call (12: 10) A(0) <= A(1)
-Function call (13: 10) A(0) > A(1)
-Function call (14: 10) A(0) >= A(1)
+Function call 10 A(0) compareTo A(1)
+Function call 11 A(0) < A(1)
+Function call 12 A(0) <= A(1)
+Function call 13 A(0) > A(1)
+Function call 14 A(0) >= A(1)
@@ -1,4 +1,4 @@
-[componentFunctions.0.kt] Function call (9: 7) a.component1()
-[componentFunctions.0.kt] Value read (10: 9) val (x, y, z) = a
-[componentFunctions.0.kt] Value read (8: 7) a.n
-[componentFunctions.1.kt] Value read (2: 10) for ((x, y, z) in arrayOf<A>()) {
+[componentFunctions.0.kt] Function call 9 a.component1()
+[componentFunctions.0.kt] Value read 10 val (x, y, z) = a
+[componentFunctions.0.kt] Value read 8 a.n
+[componentFunctions.1.kt] Value read 2 for ((x, y, z) in arrayOf<A>()) {
@@ -1,3 +1,3 @@
-Function call (10: 7) a.component1()
-Value read (11: 9) val (x, y, z) = a
-Value read (9: 7) a.n
+Function call 10 a.component1()
+Value read 11 val (x, y, z) = a
+Value read 9 a.n
@@ -1,5 +1,5 @@
-Function call (10: 7) 1 in A(2)
-Function call (11: 7) 1 !in A(2)
-Function call (13: 9) in A(2) -> {}
-Function call (14: 9) !in A(2) -> {}
-Function call (9: 10) A(2) contains 1
+Function call 10 1 in A(2)
+Function call 11 1 !in A(2)
+Function call 13 in A(2) -> {}
+Function call 14 !in A(2) -> {}
+Function call 9 A(2) contains 1
@@ -1,4 +1,4 @@
-Function call (10: 10) A(0) == A(1)
-Function call (11: 10) A(0) != A(1)
-Function call (12: 10) A(0) equals A(1)
-Function call (6: 71) override fun equals(other: Any?): Boolean = other is A && other.n == n
+Function call 10 A(0) == A(1)
+Function call 11 A(0) != A(1)
+Function call 12 A(0) equals A(1)
+Function call 6 override fun equals(other: Any?): Boolean = other is A && other.n == n
@@ -1,2 +1,2 @@
-Implicit iteration (13: 12) for (a in A<String>()) {}
-Implicit iteration (15: 12) for (a in A<Int>()) {}
+Implicit iteration 13 for (a in A<String>()) {}
+Implicit iteration 15 for (a in A<Int>()) {}
@@ -1,2 +1,2 @@
-Function call (9: 10) B(1).get(2)
-Implicit 'get' (10: 5) B(1)[2]
+Function call 9 B(1).get(2)
+Implicit 'get' 10 B(1)[2]
@@ -1 +1 @@
-Property delegation (10: 15) val p: String by Delegate()
+Property delegation 10 val p: String by Delegate()
@@ -1,3 +1,3 @@
-Function call (10: 7) a.inc()
-Function call (11: 5) ++a
-Function call (12: 6) a++
+Function call 10 a.inc()
+Function call 11 ++a
+Function call 12 a++
@@ -1 +1 @@
-Function call (9: 10) B(1).invoke(2)
+Function call 9 B(1).invoke(2)
@@ -1,6 +1,6 @@
-Function call (10: 17) A(0) + A(1) + 2
-Function call (11: 20) A(0) plus A(1) plus 2
-Function call (12: 20) A(0).plus(A(1).plus(2))
-Function call (15: 7) a += 1
-Function call (6: 30) fun plus(a: A): A = this + a.n
-Unclassified usage (18: 5) +A(0)
+Function call 10 A(0) + A(1) + 2
+Function call 11 A(0) plus A(1) plus 2
+Function call 12 A(0).plus(A(1).plus(2))
+Function call 15 a += 1
+Function call 6 fun plus(a: A): A = this + a.n
+Unclassified usage 18 +A(0)
@@ -1,3 +1,3 @@
-Function call (10: 14) this += a.n
-Function call (16: 7) a.plusAssign(1)
-Function call (17: 7) a += 1
+Function call 10 this += a.n
+Function call 16 a.plusAssign(1)
+Function call 17 a += 1
@@ -1 +1 @@
-Property delegation (15: 15) var p: String by Delegate()
+Property delegation 15 var p: String by Delegate()
@@ -1,2 +1,2 @@
-Function call (10: 7) a.set(2, B(2))
-Implicit 'set' (11: 5) a[2] = B(2)
+Function call 10 a.set(2, B(2))
+Implicit 'set' 11 a[2] = B(2)
@@ -1 +1 @@
-Property delegation (13: 15) var p: String by Delegate()
+Property delegation 13 var p: String by Delegate()
@@ -1,2 +1,2 @@
-Function call (10: 5) -A(1)
-Function call (9: 10) A(1).unaryMinus()
+Function call 10 -A(1)
+Function call 9 A(1).unaryMinus()
@@ -1 +1 @@
-Unclassified usage (1: 1) test.Foo
+Unclassified usage 1 test.Foo
@@ -1 +1 @@
-Unclassified usage (1: 18) <foo bar="server.Server"></foo>
+Unclassified usage 1 <foo bar="server.Server"></foo>
@@ -1,4 +1,4 @@
-Field declaration (4: 13) private Server myServer = new Server();
-Method parameter declaration (6: 27) public void setServer(Server server) {
-Method return type (10: 12) public Server getMyServer() {
-New instance creation (4: 35) private Server myServer = new Server();
+Field declaration 4 private Server myServer = new Server();
+Method parameter declaration 6 public void setServer(Server server) {
+Method return type 10 public Server getMyServer() {
+New instance creation 4 private Server myServer = new Server();
@@ -1 +1 @@
-New instance creation (4: 35) private Server myServer = new Server();
+New instance creation 4 private Server myServer = new Server();
@@ -1 +1 @@
-Unclassified usage (9: 11) x.foo("");
+Unclassified usage 9 x.foo("");
@@ -1 +1 @@
-Unclassified usage (3: 11) a.foo("");
+Unclassified usage 3 a.foo("");
@@ -1,3 +1,3 @@
-Field declaration (4: 13) private Server myServer = new Server();
-Method parameter declaration (6: 27) public void setServer(Server server) {
-Method return type (10: 12) public Server getMyServer() {
+Field declaration 4 private Server myServer = new Server();
+Method parameter declaration 6 public void setServer(Server server) {
+Method return type 10 public Server getMyServer() {
@@ -1,3 +1,3 @@
-Unclassified usage (10: 30) System.out.println(x.getA() + " " + x.getB());
-Unclassified usage (10: 47) System.out.println(x.getA() + " " + x.getB());
-Unclassified usage (11: 11) x.setB(12);
+Unclassified usage 10 System.out.println(x.getA() + " " + x.getB());
+Unclassified usage 10 System.out.println(x.getA() + " " + x.getB());
+Unclassified usage 11 x.setB(12);
@@ -1,3 +1,3 @@
-Unclassified usage (4: 30) System.out.println(a.getA() + " " + a.getB());
-Unclassified usage (4: 47) System.out.println(a.getA() + " " + a.getB());
-Unclassified usage (5: 11) a.setB(12);
+Unclassified usage 4 System.out.println(a.getA() + " " + a.getB());
+Unclassified usage 4 System.out.println(a.getA() + " " + a.getB());
+Unclassified usage 5 a.setB(12);
@@ -1 +1 @@
-New instance creation (3: 13) new A()
+New instance creation 3 new A()
@@ -1 +1 @@
-Unclassified usage (1: 7) class B extends A {
+Unclassified usage 1 class B extends A {
@@ -1,3 +1,3 @@
-[javaDerivedClassUsages2.0.kt] Unclassified usage (11: 12) open class C: Y {
-[javaDerivedClassUsages2.0.kt] Unclassified usage (7: 12) open class A: X {
-[javaDerivedClassUsages2.1.java] Unclassified usage (1: 7) class B extends A {
+[javaDerivedClassUsages2.0.kt] Unclassified usage 11 open class C: Y {
+[javaDerivedClassUsages2.0.kt] Unclassified usage 7 open class A: X {
+[javaDerivedClassUsages2.1.java] Unclassified usage 1 class B extends A {
@@ -1,2 +1,2 @@
-[javaDerivedInterfaceUsages1.0.kt] Unclassified usage (15: 11) interface Z: A {
-[javaDerivedInterfaceUsages1.1.java] Unclassified usage (9: 11) interface U extends Z {
+[javaDerivedInterfaceUsages1.0.kt] Unclassified usage 15 interface Z: A {
+[javaDerivedInterfaceUsages1.1.java] Unclassified usage 9 interface U extends Z {
@@ -1,3 +1,3 @@
-[javaDerivedInterfaceUsages2.0.kt] Unclassified usage (15: 11) interface Z: A {
-[javaDerivedInterfaceUsages2.1.java] Unclassified usage (5: 11) interface Y extends X {
-[javaDerivedInterfaceUsages2.1.java] Unclassified usage (9: 11) interface U extends Z {
+[javaDerivedInterfaceUsages2.0.kt] Unclassified usage 15 interface Z: A {
+[javaDerivedInterfaceUsages2.1.java] Unclassified usage 5 interface Y extends X {
+[javaDerivedInterfaceUsages2.1.java] Unclassified usage 9 interface U extends Z {
@@ -1,22 +1,22 @@
-Class/object property type (6: 21) var nextServer: Server? = new Server()
-Companion object (38: 28) fun Client.bar(s: Server = Server.NAME) {
-Companion object (5: 29) class Client(name: String = Server.NAME): Server() {
-Companion object (7: 16) val name = Server.NAME
-Function return types (14: 26) fun getNextServer(): Server? {
-Function return types (46: 21) fun Any.asServer(): Server? {
-Local variable declaration (10: 21) val server: Server = s
-Parameter type (38: 19) fun Client.bar(s: Server = Server.NAME) {
-Parameter type (9: 16) fun foo(s: Server) {
-Super type qualifier (19: 15) super<Server>.work()
-Supertype (23: 23) companion object: Server() {
-Supertype (28: 22) object ClientObject: Server() {
-Supertype (5: 43) class Client(name: String = Server.NAME): Server() {
-Target type of 'is' operation (48: 12) is Server -> println("Server!")
-Target type of 'is' operation (50: 24) return if (this is Server) this as Server else this as? Server
-Type parameter (32: 25) class Servers: Iterator<Server> {
-Type parameter (36: 14) fun Iterator<Server>.f(p: Iterator<Server>): Iterator<Server> = this
-Type parameter (36: 36) fun Iterator<Server>.f(p: Iterator<Server>): Iterator<Server> = this
-Type parameter (36: 55) fun Iterator<Server>.f(p: Iterator<Server>): Iterator<Server> = this
-Usage in cast target type (50: 40) return if (this is Server) this as Server else this as? Server
-Usage in cast target type (50: 61) return if (this is Server) this as Server else this as? Server
-Usage in import (3: 15) import server.Server
+Class/object property type 6 var nextServer: Server? = new Server()
+Companion object 38 fun Client.bar(s: Server = Server.NAME) {
+Companion object 5 class Client(name: String = Server.NAME): Server() {
+Companion object 7 val name = Server.NAME
+Function return types 14 fun getNextServer(): Server? {
+Function return types 46 fun Any.asServer(): Server? {
+Local variable declaration 10 val server: Server = s
+Parameter type 38 fun Client.bar(s: Server = Server.NAME) {
+Parameter type 9 fun foo(s: Server) {
+Super type qualifier 19 super<Server>.work()
+Supertype 23 companion object: Server() {
+Supertype 28 object ClientObject: Server() {
+Supertype 5 class Client(name: String = Server.NAME): Server() {
+Target type of 'is' operation 48 is Server -> println("Server!")
+Target type of 'is' operation 50 return if (this is Server) this as Server else this as? Server
+Type parameter 32 class Servers: Iterator<Server> {
+Type parameter 36 fun Iterator<Server>.f(p: Iterator<Server>): Iterator<Server> = this
+Type parameter 36 fun Iterator<Server>.f(p: Iterator<Server>): Iterator<Server> = this
+Type parameter 36 fun Iterator<Server>.f(p: Iterator<Server>): Iterator<Server> = this
+Usage in cast target type 50 return if (this is Server) this as Server else this as? Server
+Usage in cast target type 50 return if (this is Server) this as Server else this as? Server
+Usage in import 3 import server.Server
@@ -1,2 +1,2 @@
-Annotation (5: 2) @X("")
-Usage in import (3: 15) import server.X
+Annotation 5 @X("")
+Usage in import 3 import server.X
@@ -1,4 +1,4 @@
-Type constraint (5: 17) class Client<T: Data, X> where X: Data {
-Type constraint (5: 35) class Client<T: Data, X> where X: Data {
-Type parameter (9: 16) val c = Client<Data/*, [ERROR]*/>()
-Usage in import (3: 15) import server.Data
+Type constraint 5 class Client<T: Data, X> where X: Data {
+Type constraint 5 class Client<T: Data, X> where X: Data {
+Type parameter 9 val c = Client<Data/*, [ERROR]*/>()
+Usage in import 3 import server.Data
@@ -1,2 +1,2 @@
-Super type qualifier (7: 15) super<Server>.work()
-Supertype (5: 17) class Client(): Server() {
+Super type qualifier 7 super<Server>.work()
+Supertype 5 class Client(): Server() {
@@ -1,5 +1,5 @@
-[kotlinClassConstructorUsages.0.kt] Unclassified usage (6: 32) constructor(name: String): this() {
-[kotlinClassConstructorUsages.1.kt] Supertype (24: 22) object ClientObject: Server() {
-[kotlinClassConstructorUsages.1.kt] Supertype (5: 15) class Client: Server() {
-[kotlinClassConstructorUsages.1.kt] Unclassified usage (29: 31) constructor(name: String) {
-[kotlinClassConstructorUsages.1.kt] Unclassified usage (33: 20) constructor(): super() {
+[kotlinClassConstructorUsages.0.kt] Unclassified usage 6 constructor(name: String): this() {
+[kotlinClassConstructorUsages.1.kt] Supertype 24 object ClientObject: Server() {
+[kotlinClassConstructorUsages.1.kt] Supertype 5 class Client: Server() {
+[kotlinClassConstructorUsages.1.kt] Unclassified usage 29 constructor(name: String) {
+[kotlinClassConstructorUsages.1.kt] Unclassified usage 33 constructor(): super() {
@@ -1,3 +1,3 @@
-Unclassified usage (13: 17) doSomething(object : A() {}, object: Z {})
-Unclassified usage (13: 34) doSomething(object : A() {}, object: Z {})
-Unclassified usage (16: 17) val x = object: Z {
+Unclassified usage 13 doSomething(object : A() {}, object: Z {})
+Unclassified usage 13 doSomething(object : A() {}, object: Z {})
+Unclassified usage 16 val x = object: Z {
@@ -1 +1 @@
-Unclassified usage (3: 12) open class B: A() {
+Unclassified usage 3 open class B: A() {
@@ -1,2 +1,2 @@
-Unclassified usage (17: 15) class U: Z {
-Unclassified usage (4: 16) open class B: A() {
+Unclassified usage 17 class U: Z {
+Unclassified usage 4 open class B: A() {
@@ -1,2 +1,2 @@
-Unclassified usage (11: 16) object O2: Z
-Unclassified usage (8: 12) object O1: A()
+Unclassified usage 11 object O2: Z
+Unclassified usage 8 object O1: A()
@@ -1 +1 @@
-Unclassified usage (5: 16) open class B: A() {
+Unclassified usage 5 open class B: A() {
@@ -1,2 +1,2 @@
-Unclassified usage (12: 16) object O2: Z
-Unclassified usage (9: 12) object O1: A()
+Unclassified usage 12 object O2: Z
+Unclassified usage 9 object O1: A()
@@ -1,2 +1,2 @@
-Unclassified usage (14: 19) interface Z: A {
-Unclassified usage (18: 19) interface U: Z {
+Unclassified usage 14 interface Z: A {
+Unclassified usage 18 interface U: Z {
@@ -1,2 +1,2 @@
-Unclassified usage (7: 8) object O1: A()
-Unclassified usage (9: 8) object O2: Z
+Unclassified usage 7 object O1: A()
+Unclassified usage 9 object O2: Z
@@ -1,2 +1,2 @@
-Unclassified usage (11: 11) interface Z: A {
-Unclassified usage (15: 11) interface U: Z {
+Unclassified usage 11 interface Z: A {
+Unclassified usage 15 interface U: Z {
@@ -1 +1 @@
-Function call (9: 11) x.foo("")
+Function call 9 x.foo("")
@@ -1 +1 @@
-Function call (3: 11) a.foo("")
+Function call 3 a.foo("")
@@ -1,13 +1,13 @@
-Class/object property type (6: 21) var nextServer: Server? = new Server()
-Companion object (28: 28) fun Client.bar(s: Server = Server.NAME) {
-Companion object (5: 29) class Client(name: String = Server.NAME): Server() {
-Companion object (7: 16) val name = Server.NAME
-Function return types (14: 26) fun getNextServer(): Server? {
-Function return types (36: 21) fun Any.asServer(): Server? {
-Local variable declaration (10: 21) val server: Server = s
-Parameter type (28: 19) fun Client.bar(s: Server = Server.NAME) {
-Parameter type (9: 16) fun foo(s: Server) {
-Super type qualifier (19: 15) super<Server>.work()
-Target type of 'is' operation (37: 24) return if (this is Server) this as Server else null
-Usage in cast target type (37: 40) return if (this is Server) this as Server else null
-Usage in import (3: 15) import server.Server
+Class/object property type 6 var nextServer: Server? = new Server()
+Companion object 28 fun Client.bar(s: Server = Server.NAME) {
+Companion object 5 class Client(name: String = Server.NAME): Server() {
+Companion object 7 val name = Server.NAME
+Function return types 14 fun getNextServer(): Server? {
+Function return types 36 fun Any.asServer(): Server? {
+Local variable declaration 10 val server: Server = s
+Parameter type 28 fun Client.bar(s: Server = Server.NAME) {
+Parameter type 9 fun foo(s: Server) {
+Super type qualifier 19 super<Server>.work()
+Target type of 'is' operation 37 return if (this is Server) this as Server else null
+Usage in cast target type 37 return if (this is Server) this as Server else null
+Usage in import 3 import server.Server
@@ -1,3 +1,3 @@
-Value read (10: 22) println("${x.a} ${x.b}")
-Value read (10: 29) println("${x.a} ${x.b}")
-Value write (11: 11) x.b = 12
+Value read 10 println("${x.a} ${x.b}")
+Value read 10 println("${x.a} ${x.b}")
+Value write 11 x.b = 12
@@ -1,6 +1,6 @@
-Value read (4: 22) println("${a.a} ${a.b}")
-Value read (4: 29) println("${a.a} ${a.b}")
-Value read (5: 22) println("${a.t} ${a.u}")
-Value read (5: 29) println("${a.t} ${a.u}")
-Value write (6: 11) a.b = 12
-Value write (7: 11) a.u = 13
+Value read 4 println("${a.a} ${a.b}")
+Value read 4 println("${a.a} ${a.b}")
+Value read 5 println("${a.t} ${a.u}")
+Value read 5 println("${a.t} ${a.u}")
+Value write 6 a.b = 12
+Value write 7 a.u = 13
@@ -1 +1 @@
-New instance creation (2: 5) A()
+New instance creation 2 A()
@@ -1,21 +1,21 @@
-[kotlinDeeplyNestedClassAllUsages.1.kt] Class/object property type (6: 21) var next: Inner.A? = Inner.A()
-[kotlinDeeplyNestedClassAllUsages.1.kt] Companion object (10: 15) Inner.A.bar = ""
-[kotlinDeeplyNestedClassAllUsages.1.kt] Companion object (11: 15) Inner.A.foo()
-[kotlinDeeplyNestedClassAllUsages.1.kt] Companion object (5: 37) public class X(bar: String? = Inner.A.bar): Inner.A() {
-[kotlinDeeplyNestedClassAllUsages.1.kt] Companion object (7: 32) val myBar: String? = Inner.A.bar
-[kotlinDeeplyNestedClassAllUsages.1.kt] Function return types (19: 26) fun getNext(): Inner.A? {
-[kotlinDeeplyNestedClassAllUsages.1.kt] Function return types (40: 22) fun Any.toA(): Inner.A? {
-[kotlinDeeplyNestedClassAllUsages.1.kt] Local variable declaration (15: 23) val aa: Inner.A = a
-[kotlinDeeplyNestedClassAllUsages.1.kt] New instance creation (36: 30) fun X.bar(a: Inner.A = Inner.A()) {
-[kotlinDeeplyNestedClassAllUsages.1.kt] New instance creation (6: 32) var next: Inner.A? = Inner.A()
-[kotlinDeeplyNestedClassAllUsages.1.kt] Parameter type (14: 22) fun foo(a: Inner.A) {
-[kotlinDeeplyNestedClassAllUsages.1.kt] Parameter type (36: 20) fun X.bar(a: Inner.A = Inner.A()) {
-[kotlinDeeplyNestedClassAllUsages.1.kt] Super type qualifier (24: 21) super<Inner.A>.foo()
-[kotlinDeeplyNestedClassAllUsages.1.kt] Supertype (27: 29) companion object: Inner.A() {
-[kotlinDeeplyNestedClassAllUsages.1.kt] Supertype (32: 17) object O: Inner.A() {
-[kotlinDeeplyNestedClassAllUsages.1.kt] Supertype (5: 51) public class X(bar: String? = Inner.A.bar): Inner.A() {
-[kotlinDeeplyNestedClassAllUsages.1.kt] Target type of 'is' operation (41: 30) return if (this is Inner.A) this as Inner.A else null
-[kotlinDeeplyNestedClassAllUsages.1.kt] Usage in cast target type (41: 47) return if (this is Inner.A) this as Inner.A else null
-[kotlinDeeplyNestedClassAllUsages.2.java] Field declaration (6: 11) Inner.A next = new Inner.A();
-[kotlinDeeplyNestedClassAllUsages.2.java] New instance creation (6: 30) Inner.A next = new Inner.A();
-[kotlinDeeplyNestedClassAllUsages.2.java] Usage in extends/implements clause (5: 30) public class X extends Inner.A {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Class/object property type 6 var next: Inner.A? = Inner.A()
+[kotlinDeeplyNestedClassAllUsages.1.kt] Companion object 10 Inner.A.bar = ""
+[kotlinDeeplyNestedClassAllUsages.1.kt] Companion object 11 Inner.A.foo()
+[kotlinDeeplyNestedClassAllUsages.1.kt] Companion object 5 public class X(bar: String? = Inner.A.bar): Inner.A() {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Companion object 7 val myBar: String? = Inner.A.bar
+[kotlinDeeplyNestedClassAllUsages.1.kt] Function return types 19 fun getNext(): Inner.A? {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Function return types 40 fun Any.toA(): Inner.A? {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Local variable declaration 15 val aa: Inner.A = a
+[kotlinDeeplyNestedClassAllUsages.1.kt] New instance creation 36 fun X.bar(a: Inner.A = Inner.A()) {
+[kotlinDeeplyNestedClassAllUsages.1.kt] New instance creation 6 var next: Inner.A? = Inner.A()
+[kotlinDeeplyNestedClassAllUsages.1.kt] Parameter type 14 fun foo(a: Inner.A) {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Parameter type 36 fun X.bar(a: Inner.A = Inner.A()) {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Super type qualifier 24 super<Inner.A>.foo()
+[kotlinDeeplyNestedClassAllUsages.1.kt] Supertype 27 companion object: Inner.A() {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Supertype 32 object O: Inner.A() {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Supertype 5 public class X(bar: String? = Inner.A.bar): Inner.A() {
+[kotlinDeeplyNestedClassAllUsages.1.kt] Target type of 'is' operation 41 return if (this is Inner.A) this as Inner.A else null
+[kotlinDeeplyNestedClassAllUsages.1.kt] Usage in cast target type 41 return if (this is Inner.A) this as Inner.A else null
+[kotlinDeeplyNestedClassAllUsages.2.java] Field declaration 6 Inner.A next = new Inner.A();
+[kotlinDeeplyNestedClassAllUsages.2.java] New instance creation 6 Inner.A next = new Inner.A();
+[kotlinDeeplyNestedClassAllUsages.2.java] Usage in extends/implements clause 5 public class X extends Inner.A {
@@ -1,21 +1,21 @@
-[kotlinInnerClassAllUsages.1.kt] Class/object property type (7: 25) var next: Outer.A? = (this@KOuter as Outer).A()
-[kotlinInnerClassAllUsages.1.kt] Function return types (19: 30) fun getNext(): Outer.A? {
-[kotlinInnerClassAllUsages.1.kt] Function return types (33: 22) fun Any.toA(): Outer.A? {
-[kotlinInnerClassAllUsages.1.kt] Function return types (37: 27) fun Any.asServer(): Outer.A? {
-[kotlinInnerClassAllUsages.1.kt] Local variable declaration (15: 27) val aa: Outer.A = a
-[kotlinInnerClassAllUsages.1.kt] New instance creation (11: 36) (this@KOuter as Outer).A().bar = ""
-[kotlinInnerClassAllUsages.1.kt] New instance creation (29: 39) fun KOuter.X.bar(a: Outer.A = Outer().A()) {
-[kotlinInnerClassAllUsages.1.kt] New instance creation (6: 64) public inner class X(bar: String? = (this@KOuter as Outer).A().bar): Outer.A() {
-[kotlinInnerClassAllUsages.1.kt] New instance creation (7: 53) var next: Outer.A? = (this@KOuter as Outer).A()
-[kotlinInnerClassAllUsages.1.kt] New instance creation (8: 53) val myBar: String? = (this@KOuter as Outer).A().bar
-[kotlinInnerClassAllUsages.1.kt] Parameter type (14: 26) fun foo(a: Outer.A) {
-[kotlinInnerClassAllUsages.1.kt] Parameter type (29: 27) fun KOuter.X.bar(a: Outer.A = Outer().A()) {
-[kotlinInnerClassAllUsages.1.kt] Super type qualifier (24: 25) super<Outer.A>.foo()
-[kotlinInnerClassAllUsages.1.kt] Supertype (6: 80) public inner class X(bar: String? = (this@KOuter as Outer).A().bar): Outer.A() {
-[kotlinInnerClassAllUsages.1.kt] Target type of 'is' operation (34: 30) return if (this is Outer.A) this as Outer.A else null
-[kotlinInnerClassAllUsages.1.kt] Target type of 'is' operation (38: 30) return if (this is Outer.A) this as Outer.A else null
-[kotlinInnerClassAllUsages.1.kt] Usage in cast target type (34: 47) return if (this is Outer.A) this as Outer.A else null
-[kotlinInnerClassAllUsages.1.kt] Usage in cast target type (38: 47) return if (this is Outer.A) this as Outer.A else null
-[kotlinInnerClassAllUsages.2.java] Field declaration (10: 5) A next = new A();
-[kotlinInnerClassAllUsages.2.java] New instance creation (10: 18) A next = new A();
-[kotlinInnerClassAllUsages.2.java] Usage in extends/implements clause (6: 21) class Y extends A {
+[kotlinInnerClassAllUsages.1.kt] Class/object property type 7 var next: Outer.A? = (this@KOuter as Outer).A()
+[kotlinInnerClassAllUsages.1.kt] Function return types 19 fun getNext(): Outer.A? {
+[kotlinInnerClassAllUsages.1.kt] Function return types 33 fun Any.toA(): Outer.A? {
+[kotlinInnerClassAllUsages.1.kt] Function return types 37 fun Any.asServer(): Outer.A? {
+[kotlinInnerClassAllUsages.1.kt] Local variable declaration 15 val aa: Outer.A = a
+[kotlinInnerClassAllUsages.1.kt] New instance creation 11 (this@KOuter as Outer).A().bar = ""
+[kotlinInnerClassAllUsages.1.kt] New instance creation 29 fun KOuter.X.bar(a: Outer.A = Outer().A()) {
+[kotlinInnerClassAllUsages.1.kt] New instance creation 6 public inner class X(bar: String? = (this@KOuter as Outer).A().bar): Outer.A() {
+[kotlinInnerClassAllUsages.1.kt] New instance creation 7 var next: Outer.A? = (this@KOuter as Outer).A()
+[kotlinInnerClassAllUsages.1.kt] New instance creation 8 val myBar: String? = (this@KOuter as Outer).A().bar
+[kotlinInnerClassAllUsages.1.kt] Parameter type 14 fun foo(a: Outer.A) {
+[kotlinInnerClassAllUsages.1.kt] Parameter type 29 fun KOuter.X.bar(a: Outer.A = Outer().A()) {
+[kotlinInnerClassAllUsages.1.kt] Super type qualifier 24 super<Outer.A>.foo()
+[kotlinInnerClassAllUsages.1.kt] Supertype 6 public inner class X(bar: String? = (this@KOuter as Outer).A().bar): Outer.A() {
+[kotlinInnerClassAllUsages.1.kt] Target type of 'is' operation 34 return if (this is Outer.A) this as Outer.A else null
+[kotlinInnerClassAllUsages.1.kt] Target type of 'is' operation 38 return if (this is Outer.A) this as Outer.A else null
+[kotlinInnerClassAllUsages.1.kt] Usage in cast target type 34 return if (this is Outer.A) this as Outer.A else null
+[kotlinInnerClassAllUsages.1.kt] Usage in cast target type 38 return if (this is Outer.A) this as Outer.A else null
+[kotlinInnerClassAllUsages.2.java] Field declaration 10 A next = new A();
+[kotlinInnerClassAllUsages.2.java] New instance creation 10 A next = new A();
+[kotlinInnerClassAllUsages.2.java] Usage in extends/implements clause 6 class Y extends A {
@@ -1,3 +1,3 @@
-Unclassified usage (11: 17) val c = object: A() {}
-Unclassified usage (13: 17) val d = object: T {}
-Unclassified usage (6: 13) val b = object: A() {}
+Unclassified usage 11 val c = object: A() {}
+Unclassified usage 13 val d = object: T {}
+Unclassified usage 6 val b = object: A() {}
@@ -1,3 +1,3 @@
-Unclassified usage (11: 15) class C: A()
-Unclassified usage (13: 15) class D: T
-Unclassified usage (6: 11) class B: A()
+Unclassified usage 11 class C: A()
+Unclassified usage 13 class D: T
+Unclassified usage 6 class B: A()
@@ -1,3 +1,3 @@
-Unclassified usage (11: 16) object C: A()
-Unclassified usage (13: 16) object D: T
-Unclassified usage (6: 12) object B: A()
+Unclassified usage 11 object C: A()
+Unclassified usage 13 object D: T
+Unclassified usage 6 object B: A()
@@ -1,2 +1,2 @@
-Unclassified usage (6: 15) interface T: A
-Unclassified usage (9: 19) interface U: T
+Unclassified usage 6 interface T: A
+Unclassified usage 9 interface U: T
@@ -1 +1 @@
-New instance creation (6: 12) return Bar()
+New instance creation 6 return Bar()
@@ -1 +1 @@
-New instance creation (7: 16) return Bar()
+New instance creation 7 return Bar()
@@ -1,21 +1,21 @@
-[kotlinNestedClassAllUsages.1.kt] Class/object property type (6: 21) var next: Outer.A? = Outer.A()
-[kotlinNestedClassAllUsages.1.kt] Companion object (10: 15) Outer.A.bar = ""
-[kotlinNestedClassAllUsages.1.kt] Companion object (11: 15) Outer.A.foo()
-[kotlinNestedClassAllUsages.1.kt] Companion object (5: 37) public class X(bar: String? = Outer.A.bar): Outer.A() {
-[kotlinNestedClassAllUsages.1.kt] Companion object (7: 32) val myBar: String? = Outer.A.bar
-[kotlinNestedClassAllUsages.1.kt] Function return types (19: 26) fun getNext(): Outer.A? {
-[kotlinNestedClassAllUsages.1.kt] Function return types (40: 22) fun Any.toA(): Outer.A? {
-[kotlinNestedClassAllUsages.1.kt] Local variable declaration (15: 23) val aa: Outer.A = a
-[kotlinNestedClassAllUsages.1.kt] New instance creation (36: 30) fun X.bar(a: Outer.A = Outer.A()) {
-[kotlinNestedClassAllUsages.1.kt] New instance creation (6: 32) var next: Outer.A? = Outer.A()
-[kotlinNestedClassAllUsages.1.kt] Parameter type (14: 22) fun foo(a: Outer.A) {
-[kotlinNestedClassAllUsages.1.kt] Parameter type (36: 20) fun X.bar(a: Outer.A = Outer.A()) {
-[kotlinNestedClassAllUsages.1.kt] Super type qualifier (24: 21) super<Outer.A>.foo()
-[kotlinNestedClassAllUsages.1.kt] Supertype (27: 29) companion object: Outer.A() {
-[kotlinNestedClassAllUsages.1.kt] Supertype (32: 17) object O: Outer.A() {
-[kotlinNestedClassAllUsages.1.kt] Supertype (5: 51) public class X(bar: String? = Outer.A.bar): Outer.A() {
-[kotlinNestedClassAllUsages.1.kt] Target type of 'is' operation (41: 30) return if (this is Outer.A) this as Outer.A else null
-[kotlinNestedClassAllUsages.1.kt] Usage in cast target type (41: 47) return if (this is Outer.A) this as Outer.A else null
-[kotlinNestedClassAllUsages.2.java] Field declaration (6: 11) Outer.A next = new Outer.A();
-[kotlinNestedClassAllUsages.2.java] New instance creation (6: 30) Outer.A next = new Outer.A();
-[kotlinNestedClassAllUsages.2.java] Usage in extends/implements clause (5: 30) public class X extends Outer.A {
+[kotlinNestedClassAllUsages.1.kt] Class/object property type 6 var next: Outer.A? = Outer.A()
+[kotlinNestedClassAllUsages.1.kt] Companion object 10 Outer.A.bar = ""
+[kotlinNestedClassAllUsages.1.kt] Companion object 11 Outer.A.foo()
+[kotlinNestedClassAllUsages.1.kt] Companion object 5 public class X(bar: String? = Outer.A.bar): Outer.A() {
+[kotlinNestedClassAllUsages.1.kt] Companion object 7 val myBar: String? = Outer.A.bar
+[kotlinNestedClassAllUsages.1.kt] Function return types 19 fun getNext(): Outer.A? {
+[kotlinNestedClassAllUsages.1.kt] Function return types 40 fun Any.toA(): Outer.A? {
+[kotlinNestedClassAllUsages.1.kt] Local variable declaration 15 val aa: Outer.A = a
+[kotlinNestedClassAllUsages.1.kt] New instance creation 36 fun X.bar(a: Outer.A = Outer.A()) {
+[kotlinNestedClassAllUsages.1.kt] New instance creation 6 var next: Outer.A? = Outer.A()
+[kotlinNestedClassAllUsages.1.kt] Parameter type 14 fun foo(a: Outer.A) {
+[kotlinNestedClassAllUsages.1.kt] Parameter type 36 fun X.bar(a: Outer.A = Outer.A()) {
+[kotlinNestedClassAllUsages.1.kt] Super type qualifier 24 super<Outer.A>.foo()
+[kotlinNestedClassAllUsages.1.kt] Supertype 27 companion object: Outer.A() {
+[kotlinNestedClassAllUsages.1.kt] Supertype 32 object O: Outer.A() {
+[kotlinNestedClassAllUsages.1.kt] Supertype 5 public class X(bar: String? = Outer.A.bar): Outer.A() {
+[kotlinNestedClassAllUsages.1.kt] Target type of 'is' operation 41 return if (this is Outer.A) this as Outer.A else null
+[kotlinNestedClassAllUsages.1.kt] Usage in cast target type 41 return if (this is Outer.A) this as Outer.A else null
+[kotlinNestedClassAllUsages.2.java] Field declaration 6 Outer.A next = new Outer.A();
+[kotlinNestedClassAllUsages.2.java] New instance creation 6 Outer.A next = new Outer.A();
+[kotlinNestedClassAllUsages.2.java] Usage in extends/implements clause 5 public class X extends Outer.A {
@@ -1 +1 @@
-New instance creation (10: 33) open fun processRequest() = Foo()
+New instance creation 10 open fun processRequest() = Foo()
@@ -1,4 +1,4 @@
-[kotlinTraitDerivedAnonymousObjects.0.kt] Unclassified usage (7: 12) open class A: X {
-[kotlinTraitDerivedAnonymousObjects.1.kt] Unclassified usage (12: 17) val x = object : X {
-[kotlinTraitDerivedAnonymousObjects.1.kt] Unclassified usage (9: 17) doSomething(object : A() {}, object: X {})
-[kotlinTraitDerivedAnonymousObjects.1.kt] Unclassified usage (9: 34) doSomething(object : A() {}, object: X {})
+[kotlinTraitDerivedAnonymousObjects.0.kt] Unclassified usage 7 open class A: X {
+[kotlinTraitDerivedAnonymousObjects.1.kt] Unclassified usage 12 val x = object : X {
+[kotlinTraitDerivedAnonymousObjects.1.kt] Unclassified usage 9 doSomething(object : A() {}, object: X {})
+[kotlinTraitDerivedAnonymousObjects.1.kt] Unclassified usage 9 doSomething(object : A() {}, object: X {})
@@ -1,3 +1,3 @@
-[kotlinTraitDerivedClasses.0.kt] Unclassified usage (7: 12) open class A: X {
-[kotlinTraitDerivedClasses.1.kt] Unclassified usage (3: 12) open class B: A() {
-[kotlinTraitDerivedClasses.1.kt] Unclassified usage (7: 12) open class C: Y {
+[kotlinTraitDerivedClasses.0.kt] Unclassified usage 7 open class A: X {
+[kotlinTraitDerivedClasses.1.kt] Unclassified usage 3 open class B: A() {
+[kotlinTraitDerivedClasses.1.kt] Unclassified usage 7 open class C: Y {
--- a/Show More
+++ b/Show More