void TypeSystem::registerBaseTypes()
{
std::for_each( basictypes.begin(),
basictypes.end(),
TypeRegistrar(*this, &TypeSystem::registerType)
// std::bind1st(std::mem_fun(), this)
);
}
namespace BH
{
void FileInfoToString(String & str, const Type *, const void * obj, const FieldAttributes *)
{
str = reinterpret_cast<const FileInfo*>(obj)->GetFullFile();
}
void FileInfoFromString(const String & str, const Type *, void * obj, const FieldAttributes *)
{
reinterpret_cast<FileInfo*>(obj)->Set(str.c_str());
}
TypeRegistrar TypeRegistrar::sInstance = TypeRegistrar();
void TypeRegistrar::RegisterTypes()
{
//TypeDB& typedb = ENTITY_MANAGER.Types;
TypeDB& typedb = TypeDB::Instance();
// Create all basic BH defined types.
typedb.Create<ObjectComponent>();
typedb.Create<Object>()
.FIELDM(Type, Object)
.FIELDM(Name, Object)
.FIELDM(Components, Object)
.GetField("Type")->Attributes.ReadOnly = 1;
typedb.Create<GameState>();
typedb.Create<LevelState>();
// Vector2
typedb.Create<Vector2f>()
.FIELD(x, Vector2f)
.FIELD(y, Vector2f);
// Vector3
typedb.Create<Vector3f>()
.FIELD(x, Vector3f)
.FIELD(y, Vector3f)
.FIELD(z, Vector3f);
// Vector4
typedb.Create<Vector4f>()
.FIELD(x, Vector4f)
.FIELD(y, Vector4f)
.FIELD(z, Vector4f)
.FIELD(w, Vector4f);
// Matrix4
//typedb.Create<Matrix4>()
// .FIELD(_pM, Matrix4);
// Hash
typedb.Create<Hash>();
TYPE_STRINGIFIER.AddTypeStringifier( typedb.Get<Hash>(), &Hash::ToString, &Hash::FromString );
// FileInfo
typedb.Create<FileInfo>();
TYPE_STRINGIFIER.AddTypeStringifier( typedb.Get<FileInfo>(), &FileInfoToString, &FileInfoFromString );
// Materials
typedb.Create<Material>()
.FIELD( Name, Material );
typedb.Create<Phong>()
.FIELDM( Specular, Phong )
.FIELDM( Roughness, Phong )
.FIELDM( Texture, Phong )
.Base< Material >();
}
TypeRegistrar::TypeRegistrar()
{
// Automatically register cbl types.
//RegisterTypes();
}
}
