No bounds-driven inference for the named.

This is a variation on the previous commit which excludes
named type parameters, so this works

  def f(x: Class[_]) = x.foo.bar

But this does not:

  def f[T](x: Class[T]) = x.foo.bar

This seems undesirable to me, but I offer it in case it makes
the patch more attractive to others.

1 files changed, 6 insertions, 6 deletions

diff --git a/test/files/pos/t1786.scala b/test/files/pos/t1786.scala
index 22bd659609..32d6c06f6e 100644
--- a/test/files/pos/t1786.scala
+++ b/test/files/pos/t1786.scala
@@ -5,15 +5,15 @@ class Flooz[A >: Null <: SomeClass, T >: Null <: A](var value: T)
 class A {
   def f1(i:MyClass[_])                       = i.myValue.intValue
   def f2(i:MyClass[_ <: SomeClass])          = i.myValue.intValue
-  def f3[T](i: MyClass[T])                   = i.myValue.intValue
+  // def f3[T](i: MyClass[T])                   = i.myValue.intValue
   def f4[T <: SomeClass](i: MyClass[T])      = i.myValue.intValue
-  def f5[T >: Null](i: MyClass[T])           = i.myValue.intValue
-  def f6[T >: Null <: String](i: MyClass[T]) = i.myValue.intValue + i.myValue.charAt(0)
+  // def f5[T >: Null](i: MyClass[T])           = i.myValue.intValue
+  // def f6[T >: Null <: String](i: MyClass[T]) = i.myValue.intValue + i.myValue.charAt(0)
 
-  def g1[A, T](x: Flooz[A, T]) = { x.value = null ; x.value.intValue }
+  // def g1[A, T](x: Flooz[A, T]) = { x.value = null ; x.value.intValue }
   def g2(x: Flooz[_, _]) = { x.value = null ; x.value.intValue }
 
   class MyClass2(x: MyClass[_]) { val p = x.myValue.intValue }
-  class MyClass3[T <: String](x: MyClass[T]) { val p = x.myValue.intValue + x.myValue.length }
-  class MyClass4[T >: Null](x: MyClass[T]) { val p = x.myValue.intValue }
+  // class MyClass3[T <: String](x: MyClass[T]) { val p = x.myValue.intValue + x.myValue.length }
+  // class MyClass4[T >: Null](x: MyClass[T]) { val p = x.myValue.intValue }
 }