IDL: object type support for IDL dictionary

Source/core/testing/DictionaryTest.cpp

 // Copyright 2014 The Chromium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style license that can be
 // found in the LICENSE file.
 
 #include "config.h"
 #include "DictionaryTest.h"
 
 #include "core/testing/InternalDictionary.h"
 
 namespace blink {
@@ skipping 28 matching lines @@
         m_stringSequenceMember = testingDictionary.stringSequenceMember();
     if (testingDictionary.hasStringSequenceOrNullMember())
         m_stringSequenceOrNullMember = testingDictionary.stringSequenceOrNullMember();
     m_enumMember = testingDictionary.enumMember();
     m_enumMemberWithDefault = testingDictionary.enumMemberWithDefault();
     m_enumOrNullMember = testingDictionary.enumOrNullMember();
     if (testingDictionary.hasElementMember())
         m_elementMember = testingDictionary.elementMember();
     if (testingDictionary.hasElementOrNullMember())
         m_elementOrNullMember = testingDictionary.elementOrNullMember();
+    m_objectMember = testingDictionary.objectMember();
+    m_objectOrNullMemberWithDefault = testingDictionary.objectOrNullMemberWithDefault();
 }
 
 InternalDictionary* DictionaryTest::get()
 {
     InternalDictionary* result = InternalDictionary::create();
     if (m_longMember)
         result->setLongMember(m_longMember.get());
     result->setLongMemberWithDefault(m_longMemberWithDefault);
     if (m_longOrNullMember)
         result->setLongOrNullMember(m_longOrNullMember.get());
     if (m_longOrNullMemberWithDefault)
         result->setLongOrNullMemberWithDefault(m_longOrNullMemberWithDefault.get());
     if (m_booleanMember)
         result->setBooleanMember(m_booleanMember.get());
     if (m_doubleMember)
         result->setDoubleMember(m_doubleMember.get());
     result->setStringMember(m_stringMember);
     result->setStringMemberWithDefault(m_stringMemberWithDefault);
     if (m_stringSequenceMember)
         result->setStringSequenceMember(m_stringSequenceMember.get());
     if (m_stringSequenceOrNullMember)
         result->setStringSequenceOrNullMember(m_stringSequenceOrNullMember.get());
     result->setEnumMember(m_enumMember);
     result->setEnumMemberWithDefault(m_enumMemberWithDefault);
     result->setEnumOrNullMember(m_enumOrNullMember);
     if (m_elementMember)
         result->setElementMember(m_elementMember);
     if (m_elementOrNullMember)
         result->setElementOrNullMember(m_elementOrNullMember);
+    result->setObjectMember(m_objectMember);
+    result->setObjectOrNullMemberWithDefault(m_objectOrNullMemberWithDefault);
     return result;
 }
 
 void DictionaryTest::reset()
 {
     m_longMember = Nullable<int>();
     m_longMemberWithDefault = -1; // This value should not be returned.
     m_longOrNullMember = Nullable<int>();
     m_longOrNullMemberWithDefault = Nullable<int>();
     m_booleanMember = Nullable<bool>();
     m_doubleMember = Nullable<double>();
     m_stringMember = String();
     m_stringMemberWithDefault = String("Should not be returned");
     m_stringSequenceMember = Nullable<Vector<String> >();
     m_stringSequenceOrNullMember = Nullable<Vector<String> >();
     m_enumMember = String();
     m_enumMemberWithDefault = String();
     m_enumOrNullMember = String();
     m_elementMember = nullptr;
     m_elementOrNullMember = nullptr;
+    m_objectMember = ScriptValue();
+    m_objectOrNullMemberWithDefault = ScriptValue();
 }
 
 void DictionaryTest::trace(Visitor* visitor)
 {
     visitor->trace(m_elementMember);
     visitor->trace(m_elementOrNullMember);
 }
 
 }