path: root/test/files/run/repl-type-verbose.check

scala> // verbose!

scala> :type -v def f = 5
// Type signature
=> Int

// Internal Type structure
NullaryMethodType(
  TypeRef(TypeSymbol(final abstract class Int extends AnyVal))
)

scala> :type -v def f() = 5
// Type signature
()Int

// Internal Type structure
NullaryMethodType(
  resultType = TypeRef(
    TypeSymbol(final abstract class Int extends AnyVal)
  )
)

scala> :type -v def f[T] = 5
// Type signature
[T]=> Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T))
  resultType = NullaryMethodType(
    TypeRef(TypeSymbol(final abstract class Int extends AnyVal))
  )
)

scala> :type -v def f[T >: Null] = 5
// Type signature
[T >: Null]=> Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T >: Null))
  resultType = NullaryMethodType(
    TypeRef(TypeSymbol(final abstract class Int extends AnyVal))
  )
)

scala> :type -v def f[T <: String] = 5
// Type signature
[T <: String]=> Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T <: String))
  resultType = NullaryMethodType(
    TypeRef(TypeSymbol(final abstract class Int extends AnyVal))
  )
)

scala> :type -v def f[T]() = 5
// Type signature
[T]()Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T))
  resultType = NullaryMethodType(
    resultType = TypeRef(
      TypeSymbol(final abstract class Int extends AnyVal)
    )
  )
)

scala> :type -v def f[T, U]() = 5
// Type signature
[T, U]()Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T), TypeParam(U))
  resultType = NullaryMethodType(
    resultType = TypeRef(
      TypeSymbol(final abstract class Int extends AnyVal)
    )
  )
)

scala> :type -v def f[T, U]()() = 5
// Type signature
[T, U]()()Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T), TypeParam(U))
  resultType = NullaryMethodType(
    resultType = NullaryMethodType(
      resultType = TypeRef(
        TypeSymbol(final abstract class Int extends AnyVal)
      )
    )
  )
)

scala> :type -v def f[T, U <: T] = 5
// Type signature
[T, U <: T]=> Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T), TypeParam(U <: T))
  resultType = NullaryMethodType(
    TypeRef(TypeSymbol(final abstract class Int extends AnyVal))
  )
)

scala> :type -v def f[T, U <: T](x: T)(y: U) = 5
// Type signature
[T, U <: T](x: T)(y: U)Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T), TypeParam(U <: T))
  resultType = MethodType(
    params = List(TermSymbol(x: T))
    resultType = MethodType(
      params = List(TermSymbol(y: U))
      resultType = TypeRef(
        TypeSymbol(final abstract class Int extends AnyVal)
      )
    )
  )
)

scala> :type -v def f[T: Ordering] = 5
// Type signature
[T](implicit evidence$1: Ordering[T])Int

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T))
  resultType = MethodType(
    params = List(TermSymbol(implicit evidence$1: Ordering[T]))
    resultType = TypeRef(
      TypeSymbol(final abstract class Int extends AnyVal)
    )
  )
)

scala> :type -v def f[T: Ordering] = implicitly[Ordering[T]]
// Type signature
[T](implicit evidence$1: Ordering[T])Ordering[T]

// Internal Type structure
PolyType(
  typeParams = List(TypeParam(T))
  resultType = MethodType(
    params = List(TermSymbol(implicit evidence$1: Ordering[T]))
    resultType = AliasTypeRef(
      Alias(type Ordering[T] = scala.math.Ordering[T])
      args = List(TypeParamTypeRef(TypeParam(T)))
      normalize = TypeRef(
        TypeSymbol(
          abstract trait Ordering[T] extends Comparator[T] with PartialOrdering[T] with Serializable

        )
        args = List(TypeParamTypeRef(TypeParam(T)))
      )
    )
  )
)

scala> :type -v def f[T <: { type Bippy = List[Int] ; def g(): Bippy }] = 5
// Type signature
[T <: AnyRef{type Bippy = List[Int]; def g(): this.Bippy}]=> Int

// Internal Type structure
PolyType(
  typeParams = List(
    TypeParam(
      T <: AnyRef{type Bippy = List[Int]; def g(): this.Bippy}
    )
  )
  resultType = NullaryMethodType(
    TypeRef(TypeSymbol(final abstract class Int extends AnyVal))
  )
)

scala> :quit