bool canSerializeField(const GMetaArchiveConfig & config, IMetaAccessible * accessible, IMetaService * service)
{
if(accessible == NULL) {
return false;
}
if(! accessible->canGet()) {
return false;
}
if(! accessible->canSet()) {
return false;
}
GMetaType metaType = metaGetItemType(accessible);
if(! canSerializeMetaType(metaType)) {
return false;
}
if(metaType.getBaseName() != NULL) {
GScopedInterface<IMetaClass> metaClass(service->findClassByName(metaType.getBaseName()));
if(! canSerializeObject(config, metaClass.get())) {
return false;
}
}
return canSerializeItem(config, accessible);
}
GScriptValue doCreateScriptValueFromVariant(
const GContextPointer & context,
const GVariant & value,
const GMetaType & type,
const bool transferOwnership
)
{
const GVariantType vt = static_cast<GVariantType>((GVtType)value.getType() & ~(GVtType)GVariantType::maskByReference);
if(! type.isEmpty() && type.getPointerDimension() <= 1) {
GScopedInterface<IMetaTypedItem> typedItem(context->getService()->findTypedItemByName(type.getBaseName()));
if(typedItem) {
GASSERT_MSG(!! metaIsClass(typedItem->getCategory()), "Unknown type");
return GScriptValue::fromObject(value, gdynamic_cast<IMetaClass *>(typedItem.get()), transferOwnership, metaTypeToCV(type));
}
else {
if(vtIsInterface(vt)) {
IObject * obj = fromVariant<IObject *>(value);
if(IMetaClass * metaClass = dynamic_cast<IMetaClass *>(obj)) {
return GScriptValue::fromClass(metaClass);
}
}
}
}
return GScriptValue::fromPrimary(value);
}
bool canSerializeMetaType(const GMetaType & metaType)
{
if(metaType.getPointerDimension() > 1) {
return false;
}
if(metaType.getPointerDimension() > 0) {
return metaType.baseIsClass();
}
return true;
}
GVariant GMetaCore::cast(const GVariant & instance, IMetaClass * targetMetaClass)
{
GVariant value = getVariantRealValue(instance);
GMetaType type = getVariantRealMetaType(instance);
if(canFromVariant<void *>(value) && type.getBaseName() != NULL) {
GScopedInterface<IMetaService> metaService(this->scriptObject->getMetaService());
GScopedInterface<IMetaClass> sourceClass(metaService->findClassByName(type.getBaseName()));
if(sourceClass) {
void * ptr = objectAddressFromVariant(instance);
void * oldPtr = ptr;
if(ptr != NULL) {
GMetaType targetType;
if(targetMetaClass != NULL) {
ptr = metaCastToDerived(oldPtr, sourceClass.get(), targetMetaClass);
if(ptr == NULL) {
ptr = metaCastToBase(oldPtr, sourceClass.get(), targetMetaClass);
}
targetType = metaGetItemType(targetMetaClass);
}
else {
GScopedInterface<IMetaClass> derivedClass(findAppropriateDerivedClass(oldPtr, sourceClass.get(), &ptr));
if(derivedClass) {
targetType = metaGetItemType(derivedClass.get());
}
else {
ptr = NULL;
}
}
if(ptr != NULL) {
targetType.addPointer();
return createTypedVariant(pointerToObjectVariant(ptr), targetType);
}
}
}
}
return (void *)0;
}
void writeFundamental(void * address, const GMetaType & metaType, const GVariant & v)
{
size_t size = metaType.getVariantSize();;
if(vtIsReal(metaType.getVariantType())) {
switch(size) {
case 4:
*(GFixedTypeFloat32::Signed *)(address) = fromVariant<GFixedTypeFloat32::Signed>(v);
break;
case 8:
*(GFixedTypeFloat64::Signed *)(address) = fromVariant<GFixedTypeFloat64::Signed>(v);
break;
default:
if(metaType.getVariantType() == vtLongDouble) { // long double has vary size on GCC...
*(GFixedTypeFloat80::Signed *)(address) = fromVariant<GFixedTypeFloat80::Signed>(v);
break;
}
GASSERT(false);
break;
}
}
else {
switch(metaType.getVariantType()) {
case vtBool:
doWriteInteger<bool>(address, size, v);
break;
case vtChar:
doWriteInteger<char>(address, size, v);
break;
case vtWchar:
doWriteInteger<wchar_t>(address, size, v);
break;
case vtSignedChar:
doWriteInteger<signed char>(address, size, v);
break;
case vtUnsignedChar:
doWriteInteger<unsigned char>(address, size, v);
break;
case vtSignedShort:
doWriteInteger<signed short>(address, size, v);
break;
case vtUnsignedShort:
doWriteInteger<unsigned short>(address, size, v);
break;
case vtSignedInt:
doWriteInteger<signed int>(address, size, v);
break;
case vtUnsignedInt:
doWriteInteger<unsigned int>(address, size, v);
break;
case vtSignedLong:
doWriteInteger<signed long>(address, size, v);
break;
case vtUnsignedLong:
doWriteInteger<unsigned long>(address, size, v);
break;
case vtSignedLongLong:
doWriteInteger<signed long long>(address, size, v);
break;
case vtUnsignedLongLong:
doWriteInteger<unsigned long long>(address, size, v);
break;
default:
GASSERT(false);
break;
}
}
}
GVariant readFundamental(const void * address, const GMetaType & metaType)
{
size_t size = metaType.getVariantSize();
if(vtIsReal(metaType.getVariantType())) {
switch(size) {
case 4:
return *(GFixedTypeFloat32::Signed *)(address);
case 8:
return *(GFixedTypeFloat64::Signed *)(address);
default:
if(metaType.getVariantType() == vtLongDouble) { // long double has vary size on GCC...
return *(GFixedTypeFloat80::Signed *)(address);
break;
}
GASSERT(false);
break;
}
}
else {
switch(metaType.getVariantType()) {
case vtBool:
return doReadInteger<bool>(address, size);
case vtChar:
return doReadInteger<char>(address, size);
case vtWchar:
return doReadInteger<wchar_t>(address, size);
case vtSignedChar:
return doReadInteger<signed char>(address, size);
case vtUnsignedChar:
return doReadInteger<unsigned char>(address, size);
case vtSignedShort:
return doReadInteger<signed short>(address, size);
case vtUnsignedShort:
return doReadInteger<unsigned short>(address, size);
case vtSignedInt:
return doReadInteger<signed int>(address, size);
case vtUnsignedInt:
return doReadInteger<unsigned int>(address, size);
case vtSignedLong:
return doReadInteger<signed long>(address, size);
case vtUnsignedLong:
return doReadInteger<unsigned long>(address, size);
case vtSignedLongLong:
return doReadInteger<signed long long>(address, size);
case vtUnsignedLongLong:
return doReadInteger<unsigned long long>(address, size);
default:
GASSERT(false);
break;
}
}
return GVariant();
}
