void MapSerializer::serializeAttributes()
{
addAttribute(_mapNode, "height", _map->getHeight());
addAttribute(_mapNode, "width", _map->getWidth());
addAttributeEnum(_mapNode, "id", _map->getId());
auto tiles = _map->serializeTiles();
std::string encodedTiles = base64_encode(reinterpret_cast<const unsigned char*>(&tiles[0]), tiles.size());
_mapNode->append_node( createNode(_document, "Tiles", encodedTiles) );
}
void MapSerializer::serializeExitActions()
{
xml_node<>* exitActionsNode = createNode(_document, "OnExit", "");
_mapNode->append_node( exitActionsNode );
for ( const auto& pair : _map->getExitActions() )
{
xml_node<>* directionNode = createNode(_document, "Direction", "");
exitActionsNode->append_node(directionNode);
addAttributeEnum( directionNode, "id", pair.first );
_actionSerializer.setDestination(_document, directionNode);
_actionSerializer.serialize(pair.second);
}
}
bool DestroyableSerializer::serialize(DescriptionPtr dsc)
{
DestroyableDescriptionPtr dDsc = std::dynamic_pointer_cast<DestroyableDescription>(dsc);
if ( dDsc && _document && _xml )
{
xml_node<>* _destrNode = _document->allocate_node(node_element, "Destroyable");
_xml->append_node( _destrNode );
for ( DropRule rule : dDsc->dropRules )
{
xml_node<>* ruleNode = _document->allocate_node(node_element, "DropRule");
_destrNode->append_node( ruleNode );
addAttributeEnum( ruleNode, "dropActorId", rule.dropActorId );
addAttribute ( ruleNode, "amountMin", rule.amountMin );
addAttribute ( ruleNode, "amountMax", rule.amountMax );
addAttribute ( ruleNode, "chance", rule.chance );
}
}
return dDsc != nullptr;
}
