Update all tests

tests/language_strong/conditional_method_invocation_test.dart

Index: tests/language_strong/conditional_method_invocation_test.dart
diff --git a/tests/language_strong/conditional_method_invocation_test.dart b/tests/language_strong/conditional_method_invocation_test.dart
index 0dd219deea717962cecca65d4c22ff91b6505aef..5131d250aaa03b29850ee7f21939cc11144bb8a6 100644
--- a/tests/language_strong/conditional_method_invocation_test.dart
+++ b/tests/language_strong/conditional_method_invocation_test.dart
@@ -30,35 +30,35 @@ main() {
   nullC()?.f(null);
 
   // o?.m(...) is equivalent to ((x) => x == null ? null : x.m(...))(o).
-  Expect.equals(null, nullC()?.f(bad())); /// 01: ok
-  Expect.equals(1, new C()?.f(() => 1)); /// 02: ok
+  Expect.equals(null, nullC()?.f(bad())); //# 01: ok
+  Expect.equals(1, new C()?.f(() => 1)); //# 02: ok
 
   // C?.m(...) is equivalent to C.m(...).
-  Expect.equals(1, C?.staticF(() => 1)); /// 14: ok
-  Expect.equals(1, h.C?.staticF(() => 1)); /// 15: ok
+  Expect.equals(1, C?.staticF(() => 1)); //# 14: ok
+  Expect.equals(1, h.C?.staticF(() => 1)); //# 15: ok
 
   // The static type of o?.m(...) is the same as the static type of
   // o.m(...).
-  { int i = nullC()?.g(bad()); Expect.equals(null, i); } /// 03: ok
-  { int i = new C()?.g(() => 1); Expect.equals(1, i); } /// 04: ok
-  { String s = nullC()?.g(bad()); Expect.equals(null, s); } /// 05: static type warning
-  { String s = new C()?.g(() => null); Expect.equals(null, s); } /// 06: static type warning
-  { int i = C?.staticG(() => 1); Expect.equals(1, i); } /// 16: ok
-  { int i = h.C?.staticG(() => 1); Expect.equals(1, i); } /// 17: ok
-  { String s = C?.staticG(() => null); Expect.equals(null, s); } /// 18: static type warning
-  { String s = h.C?.staticG(() => null); Expect.equals(null, s); } /// 19: static type warning
+  { int i = nullC()?.g(bad()); Expect.equals(null, i); } //# 03: ok
+  { int i = new C()?.g(() => 1); Expect.equals(1, i); } //# 04: ok
+  { String s = nullC()?.g(bad()); Expect.equals(null, s); } //# 05: static type warning
+  { String s = new C()?.g(() => null); Expect.equals(null, s); } //# 06: static type warning
+  { int i = C?.staticG(() => 1); Expect.equals(1, i); } //# 16: ok
+  { int i = h.C?.staticG(() => 1); Expect.equals(1, i); } //# 17: ok
+  { String s = C?.staticG(() => null); Expect.equals(null, s); } //# 18: static type warning
+  { String s = h.C?.staticG(() => null); Expect.equals(null, s); } //# 19: static type warning
 
   // Let T be the static type of o and let y be a fresh variable of type T.
   // Exactly the same static warnings that would be caused by y.m(...) are also
   // generated in the case of o?.m(...).
-  { B b = new C(); Expect.equals(1, b?.f(() => 1)); } /// 07: static type warning
-  { int i = 1; Expect.equals(null, nullC()?.f(i)); } /// 08: static type warning
+  { B b = new C(); Expect.equals(1, b?.f(() => 1)); } //# 07: static type warning
+  { int i = 1; Expect.equals(null, nullC()?.f(i)); } //# 08: static type warning
 
   // '?.' can't be used to access toplevel functions in libraries imported via
   // prefix.
-  h?.topLevelFunction(); /// 11: compile-time error
+  h?.topLevelFunction(); //# 11: compile-time error
 
   // Nor can it be used to access the toString method on the class Type.
-  Expect.throws(() => C?.toString(), noMethod); /// 12: static type warning
-  Expect.throws(() => h.C?.toString(), noMethod); /// 13: static type warning
+  Expect.throws(() => C?.toString(), noMethod); //# 12: static type warning
+  Expect.throws(() => h.C?.toString(), noMethod); //# 13: static type warning
 }