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runtime/lib/invocation_mirror_patch.dart

 // Copyright (c) 2012, 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.
 
 class _InvocationMirror implements Invocation {
   // Constants describing the invocation type.
   // _FIELD cannot be generated by regular invocation mirrors.
   static const int _METHOD = 0;
   static const int _GETTER = 1;
   static const int _SETTER = 2;
@@ skipping 22 matching lines @@
 
   // External representation of the invocation mirror; populated on demand.
   Symbol _memberName;
   int _type;
   List _positionalArguments;
   Map<Symbol, dynamic> _namedArguments;
 
   void _setMemberNameAndType() {
     if (_functionName.startsWith("get:")) {
       _type = _GETTER;
-      _memberName =
-          new internal.Symbol.unvalidated(_functionName.substring(4));
+      _memberName = new internal.Symbol.unvalidated(_functionName.substring(4));
     } else if (_functionName.startsWith("set:")) {
       _type = _SETTER;
       _memberName =
-          new internal.Symbol.unvalidated(
-              _functionName.substring(4) + "=");
+          new internal.Symbol.unvalidated(_functionName.substring(4) + "=");
     } else {
       _type = _isSuperInvocation ? (_SUPER << _CALL_SHIFT) | _METHOD : _METHOD;
       _memberName = new internal.Symbol.unvalidated(_functionName);
     }
   }
 
   Symbol get memberName {
     if (_memberName == null) {
       _setMemberNameAndType();
     }
     return _memberName;
   }
 
   List get positionalArguments {
     if (_positionalArguments == null) {
       int numPositionalArguments = _argumentsDescriptor[1];
       // Don't count receiver.
       if (numPositionalArguments == 1) {
         return _positionalArguments = const [];
       }
       // Exclude receiver.
       _positionalArguments =
           new _ImmutableList._from(_arguments, 1, numPositionalArguments - 1);
     }
     return _positionalArguments;
   }
 
   Map<Symbol, dynamic> get namedArguments {
     if (_namedArguments == null) {
-      int numArguments = _argumentsDescriptor[0] - 1;  // Exclude receiver.
+      int numArguments = _argumentsDescriptor[0] - 1; // Exclude receiver.
       int numPositionalArguments = _argumentsDescriptor[1] - 1;
       int numNamedArguments = numArguments - numPositionalArguments;
       if (numNamedArguments == 0) {
         return _namedArguments = const {};
       }
       _namedArguments = new Map<Symbol, dynamic>();
       for (int i = 0; i < numNamedArguments; i++) {
-        String arg_name = _argumentsDescriptor[2 + 2*i];
-        var arg_value = _arguments[_argumentsDescriptor[3 + 2*i]];
-        _namedArguments[new internal.Symbol.unvalidated(arg_name)] =
-            arg_value;
+        String arg_name = _argumentsDescriptor[2 + 2 * i];
+        var arg_value = _arguments[_argumentsDescriptor[3 + 2 * i]];
+        _namedArguments[new internal.Symbol.unvalidated(arg_name)] = arg_value;
       }
       _namedArguments = new Map.unmodifiable(_namedArguments);
     }
     return _namedArguments;
   }
 
   bool get isMethod {
     if (_type == null) {
       _setMemberNameAndType();
     }
@@ skipping 14 matching lines @@
     return (_type & _TYPE_MASK) == _GETTER;
   }
 
   bool get isSetter {
     if (_type == null) {
       _setMemberNameAndType();
     }
     return (_type & _TYPE_MASK) == _SETTER;
   }
 
-  _InvocationMirror(this._functionName,
-                    this._argumentsDescriptor,
-                    this._arguments,
-                    this._isSuperInvocation);
+  _InvocationMirror(this._functionName, this._argumentsDescriptor,
+      this._arguments, this._isSuperInvocation);
 
   static _allocateInvocationMirror(String functionName,
-                                   List argumentsDescriptor,
-                                   List arguments,
-                                   bool isSuperInvocation) {
-    return new _InvocationMirror(functionName,
-                                 argumentsDescriptor,
-                                 arguments,
-                                 isSuperInvocation);
+      List argumentsDescriptor, List arguments, bool isSuperInvocation) {
+    return new _InvocationMirror(
+        functionName, argumentsDescriptor, arguments, isSuperInvocation);
   }
 }