Revert "Format all multitests"

tests/language/null_bottom_test.dart

 // Copyright (c) 2016, the Dart project authors.  Please see the AUTHORS file
 // for details. All rights reserved. Use of this source code is governed by a
 // BSD-style license that can be found in the LICENSE file.
 // Dart test for testing the ternary operator.
 
 import "package:expect/expect.dart";
 
 // Test that `Null` acts like the bottom type - less than any other type.
 
-bool isCheckedMode = () {
-  bool c = false;
-  assert(c = true);
-  return c;
-}();
+bool isCheckedMode = () { bool c = false; assert(c = true); return c; } ();
 
 typedef R Fun<A, R>(A argument);
 
 class C<T> {
   const C();
   T returns() => null;
   void accepts(T x) {}
 }
 
 class NullBound<T extends num> {}
@@ skipping 32 matching lines @@
   var co = new C<Object>();
   Expect.isFalse(co is C<Null>);
 
   if (!isCheckedMode) return;
 
   List<int> li1 = const <Null>[];
 
   C<Null> x1 = cn;
   C<Object> x2 = cn;
 
-  Expect.identical(x1, cn);
-  Expect.identical(x2, cn);
+  Expect.identical(x1 , cn);
+  Expect.identical(x2 , cn);
 
   const C<Null> cocn = const C<Null>();
   const C<Object> coco = cocn;
   const C<int> coci = cocn;
 
   Expect.identical(cocn, coco);
   Expect.identical(cocn, coci);
 
   Expect.throws(() {
     Null x = "string" as dynamic;
-    use(x); // Avoid "x unused" warning.
+    use(x);  // Avoid "x unused" warning.
   });
 
   Expect.throws(() {
     Null x = new Object();
-    use(x); // Avoid "x unused" warning.
+    use(x);  // Avoid "x unused" warning.
   });
 
-  NullBound<int> nb = new NullBound<Null>(); // Should not fail.
-  use(nb); // Avoid "nb unused" warning.
-  ListBound<List<Null>> lb = new ListBound<Null>(); // Should not fails
-  use(lb); // Avoid "nb unused" warning.
+  NullBound<int> nb = new NullBound<Null>();  // Should not fail.
+  use(nb);  // Avoid "nb unused" warning.
+  ListBound<List<Null>> lb = new ListBound<Null>();  // Should not fails
+  use(lb);  // Avoid "nb unused" warning.
 }
 
 void testFunctionTypes() {
   T1 t1 = new T1();
   T2 t2 = new T2();
   T1 t = t2;
 
   Fun<int, Null> f1 = t1.foo;
   Fun<Null, int> f2 = t.bar;
   f1 = t1.baz;
   f2 = t.qux;
   use(f1);
   use(f2);
 
   var l = new List<Fun<Null, Null>>();
   Expect.isTrue(l is List<Fun<Null, int>>);
   l = new List<Fun<int, int>>();
   Expect.isTrue(l is List<Fun<Null, num>>);
 
   Expect.isTrue(((int _) => null) is Fun<int, Null>);
 
   Null fun(int x) => null;
-  Fun<Null, int> fun2 = fun; // Safe assignment.
+  Fun<Null, int> fun2 = fun;  // Safe assignment.
   if (fun2 is Fun<int, Null>) {
     // If int->Null is *subtype* of Null->int (which it should be),
     // then type promotion succeeds.
     // If type promotion succeeds, the static type is int->Null, otherwise
     // it's Null->int.
-    fun2(42); // Should not give a warning after type promotion.
+    fun2(42);  // Should not give a warning after type promotion.
     fun2(null).abs(); // //# 03: runtime error
   }
 }
 
 class T1 {
   Null foo(int x) => null;
   int bar(Null x) => null;
   Null baz(int x) => null;
   int qux(Null x) => null;
 }
 
 class T2 extends T1 {
   Null foo(Null x) => null;
   Null bar(Null x) => null;
   int baz(int x) => x;
   int qux(int x) => x;
 }
 
 // Avoid "variable not used" warnings.
 use(x) {
   return identical(x, x);
 }