void VJSONValue::test()
{
const char *sTestJson = "{\"good\":true,\"name\":\"smith\",\"paul\":{\"good\":false,\"name\":\"paul\",\"Nul\":null,\"age\":10.321,\"text\":\"\"\\/\b\f\n\r\t\"},\"age\":42}";
VJSONValue object( JSON_object);
object.SetProperty( CVSTR( "name"), VJSONValue( CVSTR( "smith")));
object.SetProperty( CVSTR( "age"), VJSONValue( 42));
object.SetProperty( CVSTR( "good"), VJSONValue::sTrue);
for( VJSONPropertyIterator i( object.GetObject()) ; i.IsValid() ; ++i)
{
VString propertyName = i.GetName();
VJSONValue propertyValue = i.GetValue();
}
VJSONValue object_child( JSON_object);
object_child.SetProperty( CVSTR( "name"), VJSONValue( CVSTR( "paul")));
object_child.SetProperty( CVSTR( "age"), VJSONValue( 10.321));
object_child.SetProperty( CVSTR( "good"), VJSONValue::sFalse);
object_child.SetProperty( CVSTR( "text"), VJSONValue( CVSTR( "\"\\/\b\f\n\r\t")));
object_child.SetProperty( CVSTR( "Nul"), VJSONValue::sNull);
object_child.SetProperty( CVSTR( "undef"), VJSONValue::sUndefined);
VJSONArray *object_children = new VJSONArray;
object_children->Push( object_child);
object.SetProperty( CVSTR( "children"), VJSONValue( object_children));
ReleaseRefCountable( &object_children);
VString s;
VJSONWriter writer( JSON_WithQuotesIfNecessary);
VError err = writer.StringifyValue( object, s);
DebugMsg( s);
DebugMsg( "\n");
VJSONWriter writer2( JSON_WithQuotesIfNecessary | JSON_PrettyFormatting);
err = writer2.StringifyValue( object, s);
DebugMsg( s);
DebugMsg( "\n");
VJSONValue value;
VJSONImporter importer(s);
err = importer.Parse( value);
VString s2;
writer2.StringifyValue( value, s2);
DebugMsg( s2);
DebugMsg( "\n");
xbox_assert( s == s2);
{
VJSONImporter importer2( CVSTR( "[1,2,3,[4,5],6]"));
err = importer2.Parse( value);
value.GetString( s2);
DebugMsg( s2);
DebugMsg( "\n");
}
}
void TestSerialize(T* pObject)
{
ezAbstractObjectGraph graph;
TestContext context;
ezRttiConverterWriter conv(&graph, &context, true, true);
const ezRTTI* pRtti = ezGetStaticRTTI<T>();
ezUuid guid;
guid.CreateNewUuid();
context.RegisterObject(guid, pRtti, pObject);
ezAbstractObjectNode* pNode = conv.AddObjectToGraph(pRtti, pObject, "root");
EZ_TEST_BOOL(pNode->GetGuid() == guid);
EZ_TEST_STRING(pNode->GetType(), pRtti->GetTypeName());
EZ_TEST_INT(pNode->GetProperties().GetCount(), pNode->GetProperties().GetCount());
{
ezMemoryStreamStorage storage;
ezMemoryStreamWriter writer(&storage);
ezMemoryStreamReader reader(&storage);
ezAbstractGraphDdlSerializer::Write(writer, &graph);
ezStringBuilder sData, sData2;
sData.SetSubString_ElementCount((const char*)storage.GetData(), storage.GetStorageSize());
ezRttiConverterReader convRead(&graph, &context);
auto* pRootNode = graph.GetNodeByName("root");
EZ_TEST_BOOL(pRootNode != nullptr);
T target;
convRead.ApplyPropertiesToObject(pRootNode, pRtti, &target);
EZ_TEST_BOOL(target == *pObject);
// Overwrite again to test for leaks as existing values have to be removed first by ezRttiConverterReader.
convRead.ApplyPropertiesToObject(pRootNode, pRtti, &target);
EZ_TEST_BOOL(target == *pObject);
{
T clone;
ezReflectionSerializer::Clone(pObject, &clone, pRtti);
EZ_TEST_BOOL(clone == *pObject);
EZ_TEST_BOOL(ezReflectionUtils::IsEqual(&clone, pObject, pRtti));
}
{
T* pClone = ezReflectionSerializer::Clone(pObject);
EZ_TEST_BOOL(*pClone == *pObject);
EZ_TEST_BOOL(ezReflectionUtils::IsEqual(pClone, pObject));
// Overwrite again to test for leaks as existing values have to be removed first by clone.
ezReflectionSerializer::Clone(pObject, pClone, pRtti);
EZ_TEST_BOOL(*pClone == *pObject);
EZ_TEST_BOOL(ezReflectionUtils::IsEqual(pClone, pObject, pRtti));
pRtti->GetAllocator()->Deallocate(pClone);
}
ezAbstractObjectGraph graph2;
ezAbstractGraphDdlSerializer::Read(reader, &graph2);
ezMemoryStreamStorage storage2;
ezMemoryStreamWriter writer2(&storage2);
ezAbstractGraphDdlSerializer::Write(writer2, &graph2);
sData2.SetSubString_ElementCount((const char*)storage2.GetData(), storage2.GetStorageSize());
EZ_TEST_BOOL(sData == sData2);
}
{
ezMemoryStreamStorage storage;
ezMemoryStreamWriter writer(&storage);
ezMemoryStreamReader reader(&storage);
ezAbstractGraphBinarySerializer::Write(writer, &graph);
ezRttiConverterReader convRead(&graph, &context);
auto* pRootNode = graph.GetNodeByName("root");
EZ_TEST_BOOL(pRootNode != nullptr);
T target;
convRead.ApplyPropertiesToObject(pRootNode, pRtti, &target);
EZ_TEST_BOOL(target == *pObject);
ezAbstractObjectGraph graph2;
ezAbstractGraphBinarySerializer::Read(reader, &graph2);
ezMemoryStreamStorage storage2;
ezMemoryStreamWriter writer2(&storage2);
ezAbstractGraphBinarySerializer::Write(writer2, &graph2);
EZ_TEST_INT(storage.GetStorageSize(), storage2.GetStorageSize());
if (storage.GetStorageSize() == storage2.GetStorageSize())
{
EZ_TEST_BOOL(ezMemoryUtils::ByteCompare<ezUInt8>(storage.GetData(), storage2.GetData(), storage.GetStorageSize()) == 0);
}
}
}