sae::io::EdgeIteratorPtr out_edges() {
return vi->OutEdges();
}
vertex_id_type id() const {
return vi->GlobalId();
}
sae::io::EdgeIteratorPtr in_edges() {
return vi->InEdges();
}
size_t num_in_edges() const {
return vi->InEdgeCount();
}
size_t num_out_edges() const {
return vi->OutEdgeCount();
}
/* return the data rank of this vertex */
std::string data_type_name() {
return vi->TypeName();
}
uint32_t data_type_id() {
return vi->TypeId();
}
T parse() {
T ret = sae::serialization::convert_from_string<T>(vi->Data());
return ret;
}
void update(T d) {
vi->Data() = sae::serialization::convert_to_string<T>(d);
}
bool operator==(vertex_type& v) const {
return vi->GlobalId() == v.vi->GlobalId();
}
bool operator==(vertex_type& v) const {
return vi->Id() == v->vi->Id();
}
vertex_id_type id() const {
return vi->Id();
}
vertex_data_type& data() {
return *((vertex_data_type *) vi->Data());
}
const vertex_data_type& data() const {
return *((vertex_data_type *) vi->Data());
}
