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import scala.reflect.runtime.universe._
trait Overloads {
// makes sure noone erases to Any or AnyRef
def test(x: AnyRef) = "AnyRef"
def test(x: Annotation) = "Annotation"
def test(x: Constant) = "Constant"
def test(x: Mirror) = "Mirror"
def test(x: Name) = "Name"
def test(x: TermName) = "TermName"
def test(x: TypeName) = "TypeName"
def test(x: Position) = "Position"
def test(x: Scope) = "Scope"
def test(x: MemberScope) = "MemberScope"
def test(x: Symbol) = "Symbol"
def test(x: TermSymbol) = "TermSymbol"
def test(x: TypeSymbol) = "TypeSymbol"
def test(x: MethodSymbol) = "MethodSymbol"
def test(x: ModuleSymbol) = "ModuleSymbol"
def test(x: ClassSymbol) = "ClassSymbol"
def test(x: FreeTermSymbol) = "FreeTermSymbol"
def test(x: FreeTypeSymbol) = "FreeTypeSymbol"
def test(x: Type) = "Type"
def test(x: SingletonType) = "SingletonType"
def test(x: ThisType) = "ThisType"
def test(x: SingleType) = "SingleType"
def test(x: SuperType) = "SuperType"
def test(x: ConstantType) = "ConstantType"
def test(x: TypeRef) = "TypeRef"
def test(x: CompoundType) = "CompoundType"
def test(x: RefinedType) = "RefinedType"
def test(x: ClassInfoType) = "ClassInfoType"
def test(x: MethodType) = "MethodType"
def test(x: NullaryMethodType) = "NullaryMethodType"
def test(x: PolyType) = "PolyType"
def test(x: ExistentialType) = "ExistentialType"
def test(x: AnnotatedType) = "AnnotatedType"
def test(x: TypeBounds) = "TypeBounds"
def test(x: BoundedWildcardType) = "BoundedWildcardType"
def test(x: Tree) = "Tree"
def test(x: TermTree) = "TermTree"
def test(x: TypTree) = "TypTree"
def test(x: SymTree) = "SymTree"
def test(x: NameTree) = "NameTree"
def test(x: RefTree) = "RefTree"
def test(x: DefTree) = "DefTree"
def test(x: MemberDef) = "MemberDef"
def test(x: PackageDef) = "PackageDef"
def test(x: ImplDef) = "ImplDef"
def test(x: ClassDef) = "ClassDef"
def test(x: ModuleDef) = "ModuleDef"
def test(x: ValOrDefDef) = "ValOrDefDef"
def test(x: ValDef) = "ValDef"
def test(x: DefDef) = "DefDef"
def test(x: TypeDef) = "TypeDef"
def test(x: LabelDef) = "LabelDef"
def test(x: ImportSelector) = "ImportSelector"
def test(x: Import) = "Import"
def test(x: Template) = "Template"
def test(x: Block) = "Block"
def test(x: CaseDef) = "CaseDef"
def test(x: Alternative) = "Alternative"
def test(x: Star) = "Star"
def test(x: Bind) = "Bind"
def test(x: UnApply) = "UnApply"
def test(x: Function) = "Function"
def test(x: Assign) = "Assign"
def test(x: AssignOrNamedArg) = "AssignOrNamedArg"
def test(x: If) = "If"
def test(x: Match) = "Match"
def test(x: Return) = "Return"
def test(x: Try) = "Try"
def test(x: Throw) = "Throw"
def test(x: New) = "New"
def test(x: Typed) = "Typed"
def test(x: GenericApply) = "GenericApply"
def test(x: TypeApply) = "TypeApply"
def test(x: Apply) = "Apply"
def test(x: Super) = "Super"
def test(x: This) = "This"
def test(x: Select) = "Select"
def test(x: Ident) = "Ident"
def test(x: ReferenceToBoxed) = "ReferenceToBoxed"
def test(x: Literal) = "Literal"
def test(x: Annotated) = "Annotated"
def test(x: SingletonTypeTree) = "SingletonTypeTree"
def test(x: SelectFromTypeTree) = "SelectFromTypeTree"
def test(x: CompoundTypeTree) = "CompoundTypeTree"
def test(x: AppliedTypeTree) = "AppliedTypeTree"
def test(x: TypeBoundsTree) = "TypeBoundsTree"
def test(x: ExistentialTypeTree) = "ExistentialTypeTree"
def test(x: TypeTree) = "TypeTree"
def test(x: Modifiers) = "Modifiers"
def test(x: TreeCopier) = "TreeCopier"
}
object Test extends App with Overloads {
val buf = scala.collection.mutable.ListBuffer[String]()
def record(result: String): Unit = {
println(result)
buf += result
}
def check(): Unit = {
println("checking exhaustiveness in scala.reflect.api.Universe...")
var types = typeOf[scala.reflect.api.Universe].members.filter(sym => sym.isType && !sym.isClass).map(_.name.toString)
types = types.filter(_ != "ModifiersCreator") // type ModifiersCreator = ModifiersExtractor
types = types.filter(_ != "FlagSet") // type FlagSet
types = types.filter(_ != "RuntimeClass") // type RuntimeClass = java.lang.Class[_]
types = types.filter(_ != "JavaArgument") // deprecated
types = types.filter(_ != "LiteralArgument") // deprecated
types = types.filter(_ != "ArrayArgument") // deprecated
types = types.filter(_ != "NestedArgument") // deprecated
types = types.filter(_ != "Importer") // deprecated
types = types.filter(_ != "Internal") // internal
types = types.filter(_ != "Compat") // internal
types = types.filter(_ != "BuildApi") // deprecated
val diff = types.toList diff buf.toList
println("uncovered type members: " + diff)
}
record(test(null: Annotation))
record(test(null: Constant))
record(test(null: Mirror))
record(test(null: Name))
record(test(null: TermName))
record(test(null: TypeName))
record(test(null: Position))
record(test(null: Scope))
record(test(null: MemberScope))
record(test(null: Symbol))
record(test(null: TermSymbol))
record(test(null: TypeSymbol))
record(test(null: MethodSymbol))
record(test(null: ModuleSymbol))
record(test(null: ClassSymbol))
record(test(null: FreeTermSymbol))
record(test(null: FreeTypeSymbol))
record(test(null: Type))
record(test(null: SingletonType))
record(test(null: ThisType))
record(test(null: SingleType))
record(test(null: SuperType))
record(test(null: ConstantType))
record(test(null: TypeRef))
record(test(null: CompoundType))
record(test(null: RefinedType))
record(test(null: ClassInfoType))
record(test(null: MethodType))
record(test(null: NullaryMethodType))
record(test(null: PolyType))
record(test(null: ExistentialType))
record(test(null: AnnotatedType))
record(test(null: TypeBounds))
record(test(null: BoundedWildcardType))
record(test(null: Tree))
record(test(null: TermTree))
record(test(null: TypTree))
record(test(null: SymTree))
record(test(null: NameTree))
record(test(null: RefTree))
record(test(null: DefTree))
record(test(null: MemberDef))
record(test(null: PackageDef))
record(test(null: ImplDef))
record(test(null: ClassDef))
record(test(null: ModuleDef))
record(test(null: ValOrDefDef))
record(test(null: ValDef))
record(test(null: DefDef))
record(test(null: TypeDef))
record(test(null: LabelDef))
record(test(null: ImportSelector))
record(test(null: Import))
record(test(null: Template))
record(test(null: Block))
record(test(null: CaseDef))
record(test(null: Alternative))
record(test(null: Star))
record(test(null: Bind))
record(test(null: UnApply))
record(test(null: Function))
record(test(null: Assign))
record(test(null: AssignOrNamedArg))
record(test(null: If))
record(test(null: Match))
record(test(null: Return))
record(test(null: Try))
record(test(null: Throw))
record(test(null: New))
record(test(null: Typed))
record(test(null: GenericApply))
record(test(null: TypeApply))
record(test(null: Apply))
record(test(null: Super))
record(test(null: This))
record(test(null: Select))
record(test(null: Ident))
record(test(null: ReferenceToBoxed))
record(test(null: Literal))
record(test(null: Annotated))
record(test(null: SingletonTypeTree))
record(test(null: SelectFromTypeTree))
record(test(null: CompoundTypeTree))
record(test(null: AppliedTypeTree))
record(test(null: TypeBoundsTree))
record(test(null: ExistentialTypeTree))
record(test(null: TypeTree))
record(test(null: Modifiers))
record(test(null: TreeCopier))
check()
}
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