Revert "Update all Angular libs (run update_all.sh)."

third_party/pkg/di/lib/dynamic_injector.dart

 library di.dynamic_injector;
 
 import 'di.dart';
-import 'src/mirrors.dart';
-import 'src/base_injector.dart';
-import 'src/error_helper.dart';
-import 'src/provider.dart';
-
-export 'di.dart';
+import 'mirrors.dart';
 
 /**
  * Dynamic implementation of [Injector] that uses mirrors.
  */
-class DynamicInjector extends BaseInjector {
+class DynamicInjector extends Injector {
 
   DynamicInjector({List<Module> modules, String name,
                   bool allowImplicitInjection: false})
       : super(modules: modules, name: name,
           allowImplicitInjection: allowImplicitInjection);
 
   DynamicInjector._fromParent(List<Module> modules, Injector parent, {name})
       : super.fromParent(modules, parent, name: name);
 
-  newFromParent(List<Module> modules, String name) =>
-      new DynamicInjector._fromParent(modules, this, name: name);
+  newFromParent(List<Module> modules, String name) {
+    return new DynamicInjector._fromParent(modules, this, name: name);
+  }
 
-  Object newInstanceOf(Type type, ObjectFactory objFactory, Injector requestor,
-                       resolving) {
+  Object newInstanceOf(Type type, ObjectFactory getInstanceByType,
+                       Injector requestor, error) {
     var classMirror = reflectType(type);
     if (classMirror is TypedefMirror) {
-      throw new NoProviderError(error(resolving, 'No implementation provided '
+      throw new NoProviderError(error('No implementation provided '
           'for ${getSymbolName(classMirror.qualifiedName)} typedef!'));
     }
 
     MethodMirror ctor = classMirror.declarations[classMirror.simpleName];
 
     if (ctor == null) {
       throw new NoProviderError('Unable to find default constructor for $type. '
-          'Make sure class has a default constructor.' + (1.0 is int ?
-              'Make sure you have correctly configured @MirrorsUsed.' : ''));
+          'Make sure class has a default constructor.' +
+          (1.0 is int ?
+              ' Make sure you have correctly configured @MirrorsUsed.' : ''));
     }
 
     resolveArgument(int pos) {
       ParameterMirror p = ctor.parameters[pos];
-      if (p.type.qualifiedName == #dynamic) {
+      if (MirrorSystem.getName(p.type.qualifiedName) == 'dynamic') {
         var name = MirrorSystem.getName(p.simpleName);
-        throw new NoProviderError(
-            error(resolving, "The '$name' parameter must be typed"));
+        throw new NoProviderError(error("The '$name' parameter must be typed"));
       }
       if (p.type is TypedefMirror) {
         throw new NoProviderError(
-            error(resolving,
-                  'Cannot create new instance of a typedef ${p.type}'));
+            error('Cannot create new instance of a typedef ${p.type}'));
       }
-      if (p.metadata.isNotEmpty) {
-        assert(p.metadata.length == 1);
-        var type = p.metadata.first.type.reflectedType;
-        return objFactory.getInstanceByKey(
-            new Key((p.type as ClassMirror).reflectedType, type),
-            requestor, resolving);
-      } else {
-        return objFactory.getInstanceByKey(
-            new Key((p.type as ClassMirror).reflectedType),
-            requestor, resolving);
-      }
+      return getInstanceByType(getReflectedTypeWorkaround(p.type), requestor);
     }
 
     var args = new List.generate(ctor.parameters.length, resolveArgument,
         growable: false);
     return classMirror.newInstance(ctor.constructorName, args).reflectee;
   }
 
   /**
    * Invoke given function and inject all its arguments.
    *
    * Returns whatever the function returns.
    */
   dynamic invoke(Function fn) {
     ClosureMirror cm = reflect(fn);
     MethodMirror mm = cm.function;
     int position = 0;
     List args = mm.parameters.map((ParameterMirror parameter) {
       try {
-        if (parameter.metadata.isNotEmpty) {
-          var annotation = parameter.metadata[0].type.reflectedType;
-          return get((parameter.type as ClassMirror).reflectedType, annotation);
-        } else {
-          return get((parameter.type as ClassMirror).reflectedType);
-        }
+        return get(getReflectedTypeWorkaround(parameter.type));
       } on NoProviderError catch (e) {
         throw new NoProviderError(e.message);
       } finally {
         position++;
       }
     }).toList();
 
     return cm.apply(args).reflectee;
   }
 }