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-rw-r--r--test/pending/pos/t1786.scala27
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diff --git a/test/pending/pos/t1786.scala b/test/pending/pos/t1786.scala
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--- a/test/pending/pos/t1786.scala
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-/** This a consequence of the current type checking algorithm, where bounds are checked only after variables are instantiated.
- * I believe this will change once we go to constraint-based type inference.
- * Alternatively, we can pursue a more extensive fix to SI-6169
- *
- * The below code shows a compiler flaw in that the wildcard "_" as value for a bounded type parameter either
- * breaks the boundary - as it result in Any - or doesn't evaluate to the boundary (as I'd hoped it to be).
-*/
-
-class SomeClass(val intValue:Int)
-class MyClass[T <: SomeClass](val myValue:T)
-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 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 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 }
-}