void EC_DynamicComponent::SerializeToBinary(kNet::DataSerializer& dest) const
{
dest.Add<u8>(attributes_.size());
// For now, transmit all values as strings
AttributeVector::const_iterator iter = attributes_.begin();
while(iter != attributes_.end())
{
dest.AddString((*iter)->GetNameString());
dest.AddString((*iter)->TypeName());
dest.AddString((*iter)->ToString());
++iter;
}
}
void Entity::SerializeToBinary(kNet::DataSerializer &dst) const
{
dst.Add<u32>(GetId());
uint num_serializable = 0;
foreach(const ComponentPtr &comp, Components())
if (comp->IsSerializable() && !comp->IsTemporary())
num_serializable++;
dst.Add<u32>(num_serializable);
foreach(const ComponentPtr &comp, Components())
if (comp->IsSerializable() && !comp->IsTemporary())
{
dst.Add<u32>(comp->TypeNameHash());
dst.AddString(comp->Name().toStdString());
dst.Add<u8>(comp->GetNetworkSyncEnabled() ? 1 : 0);
// Write each component to a separate buffer, then write out its size first, so we can skip unknown components
QByteArray comp_bytes;
// Assume 64KB max per component for now
comp_bytes.resize(64 * 1024);
kNet::DataSerializer comp_dest(comp_bytes.data(), comp_bytes.size());
comp->SerializeToBinary(comp_dest);
comp_bytes.resize(comp_dest.BytesFilled());
dst.Add<u32>(comp_bytes.size());
dst.AddArray<u8>((const u8*)comp_bytes.data(), comp_bytes.size());
}
}
void Entity::SerializeToBinary(kNet::DataSerializer &dst) const
{
dst.Add<u32>(Id());
dst.Add<u8>(IsReplicated() ? 1 : 0);
uint num_serializable = 0;
for (ComponentMap::const_iterator i = components_.begin(); i != components_.end(); ++i)
if (!i->second->IsTemporary())
num_serializable++;
dst.Add<u32>(num_serializable);
for (ComponentMap::const_iterator i = components_.begin(); i != components_.end(); ++i)
if (!i->second->IsTemporary())
{
dst.Add<u32>(i->second->TypeId()); ///\todo VLE this!
dst.AddString(i->second->Name().toStdString());
dst.Add<u8>(i->second->IsReplicated() ? 1 : 0);
// Write each component to a separate buffer, then write out its size first, so we can skip unknown components
QByteArray comp_bytes;
// Assume 64KB max per component for now
comp_bytes.resize(64 * 1024);
kNet::DataSerializer comp_dest(comp_bytes.data(), comp_bytes.size());
i->second->SerializeToBinary(comp_dest);
comp_bytes.resize(comp_dest.BytesFilled());
dst.Add<u32>(comp_bytes.size());
dst.AddArray<u8>((const u8*)comp_bytes.data(), comp_bytes.size());
}
}
void Entity::SerializeToBinary(kNet::DataSerializer &dst, bool serializeTemporary, bool serializeLocal, bool serializeChildren) const
{
dst.Add<u32>(Id());
dst.Add<u8>(IsReplicated() ? 1 : 0);
Vector<ComponentPtr> serializable;
Vector<EntityPtr> serializableChildren;
for (ComponentMap::ConstIterator i = components_.Begin(); i != components_.End(); ++i)
if (i->second_->ShouldBeSerialized(serializeTemporary, serializeLocal))
serializable.Push(i->second_);
if (serializeChildren)
{
foreach(const EntityWeakPtr &childWeak, children_)
{
const EntityPtr child = childWeak.Lock();
if (child && child->ShouldBeSerialized(serializeTemporary, serializeLocal, serializeChildren))
serializableChildren.Push(child);
}
}
/// \hack Retain binary compatibility with earlier scene format, at the cost of max. 65535 components or child entities
if (serializable.Size() > 0xffff)
LogError("Entity::SerializeToBinary: entity contains more than 65535 components, binary save will be erroneous");
if (serializableChildren.Size() > 0xffff)
LogError("Entity::SerializeToBinary: entity contains more than 65535 child entities, binary save will be erroneous");
dst.Add<u32>(serializable.Size() | (serializableChildren.Size() << 16));
foreach(const ComponentPtr &comp, serializable)
{
dst.Add<u32>(comp->TypeId()); ///\todo VLE this!
dst.AddString(comp->Name().CString());
dst.Add<u8>(comp->IsReplicated() ? 1 : 0);
// Write each component to a separate buffer, then write out its size first, so we can skip unknown components
PODVector<unsigned char> comp_bytes;
// Assume 64KB max per component for now
comp_bytes.Resize(64 * 1024);
kNet::DataSerializer comp_dest((char*)&comp_bytes[0], comp_bytes.Size());
comp->SerializeToBinary(comp_dest);
comp_bytes.Resize(static_cast<uint>(comp_dest.BytesFilled()));
dst.Add<u32>(comp_bytes.Size());
if (comp_bytes.Size())
dst.AddArray<u8>((const u8*)&comp_bytes[0], comp_bytes.Size());
}
template<> void TUNDRACORE_API Attribute<QVariantList>::ToBinary(kNet::DataSerializer& dest) const
{
dest.Add<u8>(value.size());
for(uint i = 0; i < (uint)value.size(); ++i)
dest.AddString(value[i].toString().toStdString());
}
template<> void TUNDRACORE_API Attribute<QVariant>::ToBinary(kNet::DataSerializer& dest) const
{
std::string str = value.toString().toStdString();
dest.AddString(str);
}
template<> void TUNDRACORE_API Attribute<EntityReference>::ToBinary(kNet::DataSerializer& dest) const
{
dest.AddString(value.ref.toStdString());
}
template<> void TUNDRACORE_API Attribute<AssetReferenceList>::ToBinary(kNet::DataSerializer& dest) const
{
dest.Add<u8>(value.Size());
for(int i = 0; i < value.Size(); ++i)
dest.AddString(value[i].ref.toStdString());
}