interpreter-based `Cross` seems to work

1 files changed, 37 insertions, 34 deletions

diff --git a/core/src/test/scala/mill/CrossTests.scala b/core/src/test/scala/mill/CrossTests.scala
index ebf5d065..d39072c5 100644
--- a/core/src/test/scala/mill/CrossTests.scala
+++ b/core/src/test/scala/mill/CrossTests.scala
@@ -6,41 +6,44 @@ import utest._
 object CrossTests extends TestSuite{
 
   val tests = Tests{
-    def assertEquals[T](value: Cross[T], value1: Cross[T]) = {
-      assert(value == value1)
-    }
-    'map - assertEquals(
-      for(a <- Cross(1, 2, 3)) yield a.toString,
-      Cross(1 -> "1", 2 -> "2", 3 -> "3")
-    )
-    'flatMapFilter - assertEquals(
-      for{
-        a <- Cross(1, 2)
-        b <- Cross("A", "B")
-        if !(a == 2 && b == "B")
-      } yield b * a,
-      Cross(
-        (1 -> ("A" -> "A")),
-        (1 -> ("B" -> "B")),
-        (2 -> ("A" -> "AA"))
-      )
-    )
-    'reuse - {
-      val matrix = for{
-        a <- Cross(1, 2)
-        b <- Cross("A", "B")
-        if !(a == 2 && b == "B")
-      } yield ()
-      assertEquals(
-        for((a, (b, _)) <- matrix)
-        yield b * a,
-        Cross(
-          (1 -> ("A" -> "A")),
-          (1 -> ("B" -> "B")),
-          (2 -> ("A" -> "AA"))
-        )
-      )
+    'test - {
+      Cross.test()
     }
+//    def assertEquals[T](value: Cross[T], value1: Cross[T]) = {
+//      assert(value == value1)
+//    }
+//    'map - assertEquals(
+//      for(a <- Cross(1, 2, 3)) yield a.toString,
+//      Cross(1 -> "1", 2 -> "2", 3 -> "3")
+//    )
+//    'flatMapFilter - assertEquals(
+//      for{
+//        a <- Cross(1, 2)
+//        b <- Cross("A", "B")
+//        if !(a == 2 && b == "B")
+//      } yield b * a,
+//      Cross(
+//        (1 -> ("A" -> "A")),
+//        (1 -> ("B" -> "B")),
+//        (2 -> ("A" -> "AA"))
+//      )
+//    )
+//    'reuse - {
+//      val matrix = for{
+//        a <- Cross(1, 2)
+//        b <- Cross("A", "B")
+//        if !(a == 2 && b == "B")
+//      } yield ()
+//      assertEquals(
+//        for((a, (b, _)) <- matrix)
+//        yield b * a,
+//        Cross(
+//          (1 -> ("A" -> "A")),
+//          (1 -> ("B" -> "B")),
+//          (2 -> ("A" -> "AA"))
+//        )
+//      )
+//    }
 
 
   }