Revert of Rename AXObject to AXObjectImpl in modules/ and web/ (patchset #9 id:160001 of https://co…

third_party/WebKit/Source/modules/accessibility/InspectorAccessibilityAgent.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 "modules/accessibility/InspectorAccessibilityAgent.h"
 
-#include <memory>
 #include "core/HTMLNames.h"
 #include "core/dom/AXObjectCache.h"
 #include "core/dom/DOMNodeIds.h"
 #include "core/dom/Element.h"
 #include "core/dom/Node.h"
 #include "core/dom/NodeList.h"
 #include "core/dom/shadow/ElementShadow.h"
 #include "core/inspector/IdentifiersFactory.h"
 #include "core/inspector/InspectorDOMAgent.h"
 #include "core/inspector/InspectorStyleSheet.h"
 #include "core/page/Page.h"
+#include "modules/accessibility/AXObject.h"
 #include "modules/accessibility/AXObjectCacheImpl.h"
-#include "modules/accessibility/AXObjectImpl.h"
 #include "modules/accessibility/InspectorTypeBuilderHelper.h"
+#include <memory>
 
 namespace blink {
 
 using protocol::Accessibility::AXGlobalStates;
 using protocol::Accessibility::AXLiveRegionAttributes;
 using protocol::Accessibility::AXNode;
 using protocol::Accessibility::AXNodeId;
 using protocol::Accessibility::AXProperty;
 using protocol::Accessibility::AXValueSource;
 using protocol::Accessibility::AXValueType;
 using protocol::Accessibility::AXRelatedNode;
 using protocol::Accessibility::AXRelationshipAttributes;
 using protocol::Accessibility::AXValue;
 using protocol::Accessibility::AXWidgetAttributes;
 using protocol::Accessibility::AXWidgetStates;
 using protocol::Maybe;
 using protocol::Response;
 
 using namespace HTMLNames;
 
 namespace {
 
 static const AXID kIDForInspectedNodeWithNoAXNode = 0;
 
-void FillLiveRegionProperties(AXObjectImpl& ax_object,
+void FillLiveRegionProperties(AXObject& ax_object,
                               protocol::Array<AXProperty>& properties) {
   if (!ax_object.LiveRegionRoot())
     return;
 
   properties.addItem(
       CreateProperty(AXLiveRegionAttributesEnum::Live,
                      CreateValue(ax_object.ContainerLiveRegionStatus(),
                                  AXValueTypeEnum::Token)));
   properties.addItem(CreateProperty(
       AXLiveRegionAttributesEnum::Atomic,
       CreateBooleanValue(ax_object.ContainerLiveRegionAtomic())));
   properties.addItem(
       CreateProperty(AXLiveRegionAttributesEnum::Relevant,
                      CreateValue(ax_object.ContainerLiveRegionRelevant(),
                                  AXValueTypeEnum::TokenList)));
   properties.addItem(
       CreateProperty(AXLiveRegionAttributesEnum::Busy,
                      CreateBooleanValue(ax_object.ContainerLiveRegionBusy())));
 
   if (!ax_object.IsLiveRegion()) {
     properties.addItem(CreateProperty(
         AXLiveRegionAttributesEnum::Root,
         CreateRelatedNodeListValue(*(ax_object.LiveRegionRoot()))));
   }
 }
 
-void FillGlobalStates(AXObjectImpl& ax_object,
+void FillGlobalStates(AXObject& ax_object,
                       protocol::Array<AXProperty>& properties) {
   if (!ax_object.IsEnabled())
     properties.addItem(
         CreateProperty(AXGlobalStatesEnum::Disabled, CreateBooleanValue(true)));
 
-  if (const AXObjectImpl* hidden_root = ax_object.AriaHiddenRoot()) {
+  if (const AXObject* hidden_root = ax_object.AriaHiddenRoot()) {
     properties.addItem(
         CreateProperty(AXGlobalStatesEnum::Hidden, CreateBooleanValue(true)));
     properties.addItem(
         CreateProperty(AXGlobalStatesEnum::HiddenRoot,
                        CreateRelatedNodeListValue(*hidden_root)));
   }
 
   InvalidState invalid_state = ax_object.GetInvalidState();
   switch (invalid_state) {
     case kInvalidStateUndefined:
@@ skipping 66 matching lines @@
          role == kSwitchRole;
 }
 
 bool RoleAllowsSelected(AccessibilityRole role) {
   return role == kCellRole || role == kListBoxOptionRole || role == kRowRole ||
          role == kTabRole || role == kColumnHeaderRole ||
          role == kMenuItemRadioRole || role == kRadioButtonRole ||
          role == kRowHeaderRole || role == kTreeItemRole;
 }
 
-void FillWidgetProperties(AXObjectImpl& ax_object,
+void FillWidgetProperties(AXObject& ax_object,
                           protocol::Array<AXProperty>& properties) {
   AccessibilityRole role = ax_object.RoleValue();
   String autocomplete = ax_object.AriaAutoComplete();
   if (!autocomplete.IsEmpty())
     properties.addItem(
         CreateProperty(AXWidgetAttributesEnum::Autocomplete,
                        CreateValue(autocomplete, AXValueTypeEnum::Token)));
 
   if (ax_object.HasAttribute(HTMLNames::aria_haspopupAttr)) {
     bool has_popup = ax_object.AriaHasPopup();
@@ skipping 65 matching lines @@
                        CreateValue(ax_object.MinValueForRange())));
     properties.addItem(
         CreateProperty(AXWidgetAttributesEnum::Valuemax,
                        CreateValue(ax_object.MaxValueForRange())));
     properties.addItem(
         CreateProperty(AXWidgetAttributesEnum::Valuetext,
                        CreateValue(ax_object.ValueDescription())));
   }
 }
 
-void FillWidgetStates(AXObjectImpl& ax_object,
+void FillWidgetStates(AXObject& ax_object,
                       protocol::Array<AXProperty>& properties) {
   AccessibilityRole role = ax_object.RoleValue();
   if (RoleAllowsChecked(role)) {
     AccessibilityButtonState checked = ax_object.CheckedState();
     switch (checked) {
       case kButtonStateOff:
         properties.addItem(
             CreateProperty(AXWidgetStatesEnum::Checked,
                            CreateValue("false", AXValueTypeEnum::Tristate)));
         break;
@@ skipping 60 matching lines @@
 std::unique_ptr<AXProperty> CreateRelatedNodeListProperty(
     const String& key,
     AXRelatedObjectVector& nodes) {
   std::unique_ptr<AXValue> node_list_value =
       CreateRelatedNodeListValue(nodes, AXValueTypeEnum::NodeList);
   return CreateProperty(key, std::move(node_list_value));
 }
 
 std::unique_ptr<AXProperty> CreateRelatedNodeListProperty(
     const String& key,
-    AXObjectImpl::AXObjectVector& nodes,
+    AXObject::AXObjectVector& nodes,
     const QualifiedName& attr,
-    AXObjectImpl& ax_object) {
+    AXObject& ax_object) {
   std::unique_ptr<AXValue> node_list_value = CreateRelatedNodeListValue(nodes);
   const AtomicString& attr_value = ax_object.GetAttribute(attr);
   node_list_value->setValue(protocol::StringValue::create(attr_value));
   return CreateProperty(key, std::move(node_list_value));
 }
 
 class SparseAttributeAXPropertyAdapter
     : public GarbageCollected<SparseAttributeAXPropertyAdapter>,
       public AXSparseAttributeClient {
  public:
-  SparseAttributeAXPropertyAdapter(AXObjectImpl& ax_object,
+  SparseAttributeAXPropertyAdapter(AXObject& ax_object,
                                    protocol::Array<AXProperty>& properties)
       : ax_object_(&ax_object), properties_(properties) {}
 
   DEFINE_INLINE_TRACE() { visitor->Trace(ax_object_); }
 
  private:
-  Member<AXObjectImpl> ax_object_;
+  Member<AXObject> ax_object_;
   protocol::Array<AXProperty>& properties_;
 
   void AddBoolAttribute(AXBoolAttribute attribute, bool value) {
     // Implement this when we add the first sparse bool attribute.
   }
 
   void AddStringAttribute(AXStringAttribute attribute, const String& value) {
     switch (attribute) {
       case AXStringAttribute::kAriaKeyShortcuts:
         properties_.addItem(
             CreateProperty(AXGlobalStatesEnum::Keyshortcuts,
                            CreateValue(value, AXValueTypeEnum::String)));
         break;
       case AXStringAttribute::kAriaRoleDescription:
         properties_.addItem(
             CreateProperty(AXGlobalStatesEnum::Roledescription,
                            CreateValue(value, AXValueTypeEnum::String)));
         break;
     }
   }
 
-  void AddObjectAttribute(AXObjectAttribute attribute, AXObjectImpl& object) {
+  void AddObjectAttribute(AXObjectAttribute attribute, AXObject& object) {
     switch (attribute) {
       case AXObjectAttribute::kAriaActiveDescendant:
         properties_.addItem(
             CreateProperty(AXRelationshipAttributesEnum::Activedescendant,
                            CreateRelatedNodeListValue(object)));
         break;
       case AXObjectAttribute::kAriaErrorMessage:
         properties_.addItem(
             CreateProperty(AXRelationshipAttributesEnum::Errormessage,
                            CreateRelatedNodeListValue(object)));
         break;
     }
   }
 
   void AddObjectVectorAttribute(AXObjectVectorAttribute attribute,
-                                HeapVector<Member<AXObjectImpl>>& objects) {
+                                HeapVector<Member<AXObject>>& objects) {
     switch (attribute) {
       case AXObjectVectorAttribute::kAriaControls:
         properties_.addItem(CreateRelatedNodeListProperty(
             AXRelationshipAttributesEnum::Controls, objects, aria_controlsAttr,
             *ax_object_));
         break;
       case AXObjectVectorAttribute::kAriaDetails:
         properties_.addItem(CreateRelatedNodeListProperty(
             AXRelationshipAttributesEnum::Details, objects, aria_controlsAttr,
             *ax_object_));
         break;
       case AXObjectVectorAttribute::kAriaFlowTo:
         properties_.addItem(CreateRelatedNodeListProperty(
             AXRelationshipAttributesEnum::Flowto, objects, aria_flowtoAttr,
             *ax_object_));
         break;
     }
   }
 };
 
-void FillRelationships(AXObjectImpl& ax_object,
+void FillRelationships(AXObject& ax_object,
                        protocol::Array<AXProperty>& properties) {
-  AXObjectImpl::AXObjectVector results;
+  AXObject::AXObjectVector results;
   ax_object.AriaDescribedbyElements(results);
   if (!results.IsEmpty())
     properties.addItem(CreateRelatedNodeListProperty(
         AXRelationshipAttributesEnum::Describedby, results,
         aria_describedbyAttr, ax_object));
   results.clear();
 
   ax_object.AriaOwnsElements(results);
   if (!results.IsEmpty())
     properties.addItem(CreateRelatedNodeListProperty(
         AXRelationshipAttributesEnum::Owns, results, aria_ownsAttr, ax_object));
   results.clear();
 }
 
 std::unique_ptr<AXValue> CreateRoleNameValue(AccessibilityRole role) {
-  AtomicString role_name = AXObjectImpl::RoleName(role);
+  AtomicString role_name = AXObject::RoleName(role);
   std::unique_ptr<AXValue> role_name_value;
   if (!role_name.IsNull()) {
     role_name_value = CreateValue(role_name, AXValueTypeEnum::Role);
   } else {
-    role_name_value = CreateValue(AXObjectImpl::InternalRoleName(role),
+    role_name_value = CreateValue(AXObject::InternalRoleName(role),
                                   AXValueTypeEnum::InternalRole);
   }
   return role_name_value;
 }
 
 }  // namespace
 
 InspectorAccessibilityAgent::InspectorAccessibilityAgent(
     Page* page,
     InspectorDOMAgent* dom_agent)
@@ skipping 14 matching lines @@
   document.UpdateStyleAndLayoutIgnorePendingStylesheets();
   DocumentLifecycle::DisallowTransitionScope disallow_transition(
       document.Lifecycle());
   LocalFrame* local_frame = document.GetFrame();
   if (!local_frame)
     return Response::Error("Frame is detached.");
   std::unique_ptr<ScopedAXObjectCache> scoped_cache =
       ScopedAXObjectCache::Create(document);
   AXObjectCacheImpl* cache = ToAXObjectCacheImpl(scoped_cache->Get());
 
-  AXObjectImpl* inspected_ax_object = cache->GetOrCreate(dom_node);
+  AXObject* inspected_ax_object = cache->GetOrCreate(dom_node);
   *nodes = protocol::Array<protocol::Accessibility::AXNode>::create();
   if (!inspected_ax_object || inspected_ax_object->AccessibilityIsIgnored()) {
     (*nodes)->addItem(BuildObjectForIgnoredNode(dom_node, inspected_ax_object,
                                                 fetch_relatives.fromMaybe(true),
                                                 *nodes, *cache));
     return Response::OK();
   } else {
     (*nodes)->addItem(
         BuildProtocolAXObject(*inspected_ax_object, inspected_ax_object,
                               fetch_relatives.fromMaybe(true), *nodes, *cache));
   }
 
   if (!inspected_ax_object)
     return Response::OK();
 
-  AXObjectImpl* parent = inspected_ax_object->ParentObjectUnignored();
+  AXObject* parent = inspected_ax_object->ParentObjectUnignored();
   if (!parent)
     return Response::OK();
 
   if (fetch_relatives.fromMaybe(true))
     AddAncestors(*parent, inspected_ax_object, *nodes, *cache);
 
   return Response::OK();
 }
 
 void InspectorAccessibilityAgent::AddAncestors(
-    AXObjectImpl& first_ancestor,
-    AXObjectImpl* inspected_ax_object,
+    AXObject& first_ancestor,
+    AXObject* inspected_ax_object,
     std::unique_ptr<protocol::Array<AXNode>>& nodes,
     AXObjectCacheImpl& cache) const {
-  AXObjectImpl* ancestor = &first_ancestor;
+  AXObject* ancestor = &first_ancestor;
   while (ancestor) {
     nodes->addItem(BuildProtocolAXObject(*ancestor, inspected_ax_object, true,
                                          nodes, cache));
     ancestor = ancestor->ParentObjectUnignored();
   }
 }
 
 std::unique_ptr<AXNode> InspectorAccessibilityAgent::BuildObjectForIgnoredNode(
     Node* dom_node,
-    AXObjectImpl* ax_object,
+    AXObject* ax_object,
     bool fetch_relatives,
     std::unique_ptr<protocol::Array<AXNode>>& nodes,
     AXObjectCacheImpl& cache) const {
-  AXObjectImpl::IgnoredReasons ignored_reasons;
+  AXObject::IgnoredReasons ignored_reasons;
   AXID ax_id = kIDForInspectedNodeWithNoAXNode;
   if (ax_object && ax_object->IsAXLayoutObject())
     ax_id = ax_object->AxObjectID();
   std::unique_ptr<AXNode> ignored_node_object =
       AXNode::create()
           .setNodeId(String::Number(ax_id))
           .setIgnored(true)
           .build();
   AccessibilityRole role = AccessibilityRole::kIgnoredRole;
   ignored_node_object->setRole(CreateRoleNameValue(role));
 
   if (ax_object && ax_object->IsAXLayoutObject()) {
     ax_object->ComputeAccessibilityIsIgnored(&ignored_reasons);
 
-    AXObjectImpl* parent_object = ax_object->ParentObjectUnignored();
+    AXObject* parent_object = ax_object->ParentObjectUnignored();
     if (parent_object && fetch_relatives)
       AddAncestors(*parent_object, ax_object, nodes, cache);
   } else if (dom_node && !dom_node->GetLayoutObject()) {
     if (fetch_relatives) {
       PopulateDOMNodeAncestors(*dom_node, *(ignored_node_object.get()), nodes,
                                cache);
     }
     ignored_reasons.push_back(IgnoredReason(kAXNotRendered));
   }
 
   if (dom_node)
     ignored_node_object->setBackendDOMNodeId(DOMNodeIds::IdForNode(dom_node));
 
   std::unique_ptr<protocol::Array<AXProperty>> ignored_reason_properties =
       protocol::Array<AXProperty>::create();
   for (size_t i = 0; i < ignored_reasons.size(); i++)
     ignored_reason_properties->addItem(CreateProperty(ignored_reasons[i]));
   ignored_node_object->setIgnoredReasons(std::move(ignored_reason_properties));
 
   return ignored_node_object;
 }
 
 void InspectorAccessibilityAgent::PopulateDOMNodeAncestors(
     Node& inspected_dom_node,
     AXNode& node_object,
     std::unique_ptr<protocol::Array<AXNode>>& nodes,
     AXObjectCacheImpl& cache) const {
-  // Walk up parents until an AXObjectImpl can be found.
+  // Walk up parents until an AXObject can be found.
   Node* parent_node = inspected_dom_node.IsShadowRoot()
                           ? &ToShadowRoot(inspected_dom_node).host()
                           : FlatTreeTraversal::Parent(inspected_dom_node);
-  AXObjectImpl* parent_ax_object = cache.GetOrCreate(parent_node);
+  AXObject* parent_ax_object = cache.GetOrCreate(parent_node);
   while (parent_node && !parent_ax_object) {
     parent_node = parent_node->IsShadowRoot()
                       ? &ToShadowRoot(parent_node)->host()
                       : FlatTreeTraversal::Parent(*parent_node);
     parent_ax_object = cache.GetOrCreate(parent_node);
   }
 
   if (!parent_ax_object)
     return;
 
   if (parent_ax_object->AccessibilityIsIgnored())
     parent_ax_object = parent_ax_object->ParentObjectUnignored();
   if (!parent_ax_object)
     return;
 
   // Populate parent and ancestors.
   std::unique_ptr<AXNode> parent_node_object =
       BuildProtocolAXObject(*parent_ax_object, nullptr, true, nodes, cache);
   std::unique_ptr<protocol::Array<AXNodeId>> child_ids =
       protocol::Array<AXNodeId>::create();
   child_ids->addItem(String::Number(kIDForInspectedNodeWithNoAXNode));
   parent_node_object->setChildIds(std::move(child_ids));
   nodes->addItem(std::move(parent_node_object));
 
-  AXObjectImpl* grandparent_ax_object =
-      parent_ax_object->ParentObjectUnignored();
+  AXObject* grandparent_ax_object = parent_ax_object->ParentObjectUnignored();
   if (grandparent_ax_object)
     AddAncestors(*grandparent_ax_object, nullptr, nodes, cache);
 }
 
 std::unique_ptr<AXNode> InspectorAccessibilityAgent::BuildProtocolAXObject(
-    AXObjectImpl& ax_object,
-    AXObjectImpl* inspected_ax_object,
+    AXObject& ax_object,
+    AXObject* inspected_ax_object,
     bool fetch_relatives,
     std::unique_ptr<protocol::Array<AXNode>>& nodes,
     AXObjectCacheImpl& cache) const {
   AccessibilityRole role = ax_object.RoleValue();
   std::unique_ptr<AXNode> node_object =
       AXNode::create()
           .setNodeId(String::Number(ax_object.AxObjectID()))
           .setIgnored(false)
           .build();
   node_object->setRole(CreateRoleNameValue(role));
 
   std::unique_ptr<protocol::Array<AXProperty>> properties =
       protocol::Array<AXProperty>::create();
   FillLiveRegionProperties(ax_object, *(properties.get()));
   FillGlobalStates(ax_object, *(properties.get()));
   FillWidgetProperties(ax_object, *(properties.get()));
   FillWidgetStates(ax_object, *(properties.get()));
   FillRelationships(ax_object, *(properties.get()));
 
   SparseAttributeAXPropertyAdapter adapter(ax_object, *properties);
   ax_object.GetSparseAXAttributes(adapter);
 
-  AXObjectImpl::NameSources name_sources;
+  AXObject::NameSources name_sources;
   String computed_name = ax_object.GetName(&name_sources);
   if (!name_sources.IsEmpty()) {
     std::unique_ptr<AXValue> name =
         CreateValue(computed_name, AXValueTypeEnum::ComputedString);
     if (!name_sources.IsEmpty()) {
       std::unique_ptr<protocol::Array<AXValueSource>> name_source_properties =
           protocol::Array<AXValueSource>::create();
       for (size_t i = 0; i < name_sources.size(); ++i) {
         NameSource& name_source = name_sources[i];
         name_source_properties->addItem(CreateValueSource(name_source));
@@ skipping 12 matching lines @@
   } else {
     node_object->setProperties(std::move(properties));
   }
 
   FillCoreProperties(ax_object, inspected_ax_object, fetch_relatives,
                      *(node_object.get()), nodes, cache);
   return node_object;
 }
 
 void InspectorAccessibilityAgent::FillCoreProperties(
-    AXObjectImpl& ax_object,
-    AXObjectImpl* inspected_ax_object,
+    AXObject& ax_object,
+    AXObject* inspected_ax_object,
     bool fetch_relatives,
     AXNode& node_object,
     std::unique_ptr<protocol::Array<AXNode>>& nodes,
     AXObjectCacheImpl& cache) const {
   AXNameFrom name_from;
-  AXObjectImpl::AXObjectVector name_objects;
+  AXObject::AXObjectVector name_objects;
   ax_object.GetName(name_from, &name_objects);
 
   AXDescriptionFrom description_from;
-  AXObjectImpl::AXObjectVector description_objects;
+  AXObject::AXObjectVector description_objects;
   String description =
       ax_object.Description(name_from, description_from, &description_objects);
   if (!description.IsEmpty()) {
     node_object.setDescription(
         CreateValue(description, AXValueTypeEnum::ComputedString));
   }
   // Value.
   if (ax_object.SupportsRangeValue()) {
     node_object.setValue(CreateValue(ax_object.ValueForRange()));
   } else {
     String string_value = ax_object.StringValue();
     if (!string_value.IsEmpty())
       node_object.setValue(CreateValue(string_value));
   }
 
   if (fetch_relatives)
     PopulateRelatives(ax_object, inspected_ax_object, node_object, nodes,
                       cache);
 
   Node* node = ax_object.GetNode();
   if (node)
     node_object.setBackendDOMNodeId(DOMNodeIds::IdForNode(node));
 }
 
 void InspectorAccessibilityAgent::PopulateRelatives(
-    AXObjectImpl& ax_object,
-    AXObjectImpl* inspected_ax_object,
+    AXObject& ax_object,
+    AXObject* inspected_ax_object,
     AXNode& node_object,
     std::unique_ptr<protocol::Array<AXNode>>& nodes,
     AXObjectCacheImpl& cache) const {
-  AXObjectImpl* parent_object = ax_object.ParentObject();
+  AXObject* parent_object = ax_object.ParentObject();
   if (parent_object && parent_object != inspected_ax_object) {
     // Use unignored parent unless parent is inspected ignored object.
     parent_object = ax_object.ParentObjectUnignored();
   }
 
   std::unique_ptr<protocol::Array<AXNodeId>> child_ids =
       protocol::Array<AXNodeId>::create();
 
   if (&ax_object != inspected_ax_object ||
       (inspected_ax_object && !inspected_ax_object->AccessibilityIsIgnored())) {
     AddChildren(ax_object, inspected_ax_object, child_ids, nodes, cache);
   }
   node_object.setChildIds(std::move(child_ids));
 }
 
 void InspectorAccessibilityAgent::AddChildren(
-    AXObjectImpl& ax_object,
-    AXObjectImpl* inspected_ax_object,
+    AXObject& ax_object,
+    AXObject* inspected_ax_object,
     std::unique_ptr<protocol::Array<AXNodeId>>& child_ids,
     std::unique_ptr<protocol::Array<AXNode>>& nodes,
     AXObjectCacheImpl& cache) const {
   if (inspected_ax_object && inspected_ax_object->AccessibilityIsIgnored() &&
       &ax_object == inspected_ax_object->ParentObjectUnignored()) {
     child_ids->addItem(String::Number(inspected_ax_object->AxObjectID()));
     return;
   }
 
-  const AXObjectImpl::AXObjectVector& children = ax_object.Children();
+  const AXObject::AXObjectVector& children = ax_object.Children();
   for (unsigned i = 0; i < children.size(); i++) {
-    AXObjectImpl& child_ax_object = *children[i].Get();
+    AXObject& child_ax_object = *children[i].Get();
     child_ids->addItem(String::Number(child_ax_object.AxObjectID()));
     if (&child_ax_object == inspected_ax_object)
       continue;
     if (&ax_object != inspected_ax_object &&
         (ax_object.GetNode() ||
          ax_object.ParentObjectUnignored() != inspected_ax_object)) {
       continue;
     }
 
     // Only add children of inspected node (or un-inspectable children of
     // inspected node) to returned nodes.
     std::unique_ptr<AXNode> child_node = BuildProtocolAXObject(
         child_ax_object, inspected_ax_object, true, nodes, cache);
     nodes->addItem(std::move(child_node));
   }
 }
 
 DEFINE_TRACE(InspectorAccessibilityAgent) {
   visitor->Trace(page_);
   visitor->Trace(dom_agent_);
   InspectorBaseAgent::Trace(visitor);
 }
 
 }  // namespace blink