/* static */ BOOL
ES_DebugBuiltins::getObjectDemographics(ES_Execution_Context *context, unsigned argc, ES_Value_Internal *argv, ES_Value_Internal *return_value)
{
return_value->SetNull();
if (argc == 1)
{
if (!argv[0].ToNumber(context) || !argv[0].IsUInt32())
return FALSE;
if (ES_Heap *heap = g_ecmaManager->GetHeapById(argv[0].GetNumAsUInt32()))
{
TempBuffer *buffer = g_ecmaManager->GetHeapDebuggerBuffer();
buffer->Clear();
buffer->Append("{ ");
unsigned *live_objects = heap->live_objects;
for (unsigned index = 0; index < GCTAG_UNINITIALIZED; ++index)
{
if (index != 0)
buffer->Append(", ");
buffer->Append("\"");
buffer->Append(g_ecmaClassName[index]);
buffer->Append("\": ");
buffer->AppendUnsignedLong(live_objects[index]);
}
buffer->Append(" }");
return_value->SetString(JString::Make(context, buffer->GetStorage(), buffer->Length()));
}
}
return TRUE;
}
/* static */ BOOL
ES_DebugBuiltins::getHeapInformation(ES_Execution_Context *context, unsigned argc, ES_Value_Internal *argv, ES_Value_Internal *return_value)
{
Head *active, *inactive, *destroy;
g_ecmaManager->GetHeapLists(active, inactive, destroy);
TempBuffer *buffer = g_ecmaManager->GetHeapDebuggerBuffer();
buffer->Clear();
buffer->Append("{ \"heaps\": { ");
ES_Heap *heads[3] = { static_cast<ES_Heap *>(active->First()), static_cast<ES_Heap *>(inactive->First()), static_cast<ES_Heap *>(destroy->First()) };
for (unsigned head = 0; head < 3; ++head)
for (ES_Heap *heap = heads[head]; heap; heap = static_cast<ES_Heap *>(heap->Suc()))
{
buffer->AppendFormat(UNI_L("\"%u\": { \"bytesLive\": %u, \"bytesLivePeak\": %u, \"bytesLimit\": %u, \"runtimes\": ["), heap->Id(), heap->GetBytesLive(), heap->GetBytesLivePeak(), heap->GetBytesLimit());
ES_Runtime *runtime = heap->GetFirstRuntime();
while (runtime)
{
#ifndef _STANDALONE
ES_Object *global_object = runtime->GetGlobalObject();
if (global_object->IsHostObject() && ES_Runtime::GetHostObject(global_object)->IsA(DOM_TYPE_WINDOW))
{
OpString url;
DOM_Utils::GetOriginURL(DOM_Utils::GetDOM_Runtime(runtime)).GetAttribute(URL::KUniName, url);
for (unsigned index = 0; index < static_cast<unsigned>(url.Length()); ++index)
if (url.CStr()[index] == '"')
url.Insert(index++, "\\");
buffer->AppendFormat(UNI_L("\"%s\""), url.CStr());
}
else
#endif // _STANDALONE
buffer->Append("\"<unidentified runtime>\"");
runtime = g_ecmaManager->GetNextRuntimePerHeap(runtime);
if (runtime)
buffer->Append(", ");
}
buffer->Append("] }, ");
}
buffer->AppendFormat(UNI_L("\"count\": %u }, \"allocators\": ["), active->Cardinal() + inactive->Cardinal() + destroy->Cardinal());
for (ES_PageAllocator *allocator = static_cast<ES_PageAllocator *>(g_ecmaPageAllocatorList->First()); allocator; allocator = static_cast<ES_PageAllocator *>(allocator->Suc()))
{
buffer->AppendFormat(UNI_L("{ \"chunks\": %u, \"chunkSize\": %u, \"pages\": %u, \"pageSize\": %u, \"heaps\": ["), allocator->CountChunks(), allocator->ChunkSize(), allocator->CountPages(), allocator->PageSize());
for (ES_HeapHandle *heaph = allocator->GetFirstHeapHandle(); heaph; heaph = static_cast<ES_HeapHandle *>(heaph->Suc()))
{
buffer->AppendUnsignedLong(heaph->heap->Id());
if (heaph->Suc())
buffer->Append(", ");
}
buffer->Append("] }");
if (allocator->Suc())
buffer->Append(", ");
}
buffer->Append("], \"cachedPrograms\": [");
for (Link *link = RT_DATA.program_cache->GetCachedPrograms()->First(); link; link = link->Suc())
{
ES_ProgramCodeStatic *program = static_cast<ES_ProgramCodeStatic *>(link);
buffer->AppendFormat(UNI_L("{ \"url\": \"\", \"length\": %u }"), program->source.GetSource()->length);
if (link->Suc())
buffer->Append(", ");
}
buffer->Append("] }");
return_value->SetString(JString::Make(context, buffer->GetStorage(), buffer->Length()));
return TRUE;
}
BOOL
XPath_Node::HasStringValueL (const uni_char *value)
{
unsigned value_length;
if (!value)
value = UNI_L (""), value_length = 0;
else
value_length = uni_strlen (value);
XMLTreeAccessor::Node *iter = treenode, *first = 0;
TempBuffer buffer; ANCHOR (TempBuffer, buffer);
const uni_char *data = 0;
BOOL id, specified;
switch (type)
{
case XP_NODE_ROOT:
case XP_NODE_ELEMENT:
LEAVE_IF_ERROR (tree->GetCharacterDataContent (data, treenode, &buffer));
return uni_strcmp (value, data) == 0;
case XP_NODE_TEXT:
while (XPath_Utils::GetNodeType (tree, iter) == XP_NODE_TEXT)
{
first = iter;
if (XMLTreeAccessor::Node *previous = tree->GetPreviousSibling (iter))
iter = previous;
else
break;
}
while (first && XPath_Utils::GetNodeType (tree, first) == XP_NODE_TEXT)
{
LEAVE_IF_ERROR (tree->GetData (data, first, &buffer));
unsigned data_length = uni_strlen (data);
if (value_length < data_length || uni_strncmp (value, data, data_length) != 0)
return FALSE;
value += data_length;
value_length -= data_length;
buffer.Clear ();
first = tree->GetNextSibling (first);
}
return TRUE;
case XP_NODE_ATTRIBUTE:
LEAVE_IF_ERROR (tree->GetAttribute (tree->GetAttributes (treenode, FALSE, TRUE), name, data, id, specified, &buffer));
return uni_strcmp (value, data) == 0;
case XP_NODE_NAMESPACE:
{
const uni_char *uri = name.GetUri ();
if (uri)
return uni_strcmp (value, uri) == 0;
else
return value_length == 0;
}
case XP_NODE_PI:
case XP_NODE_COMMENT:
LEAVE_IF_ERROR (tree->GetData (data, iter, &buffer));
return uni_strcmp (value, data) == 0;
}
return FALSE;
}
