void
rut_asset_set_inferred_tags (RutAsset *asset,
const GList *inferred_tags)
{
asset->inferred_tags = g_list_concat (asset->inferred_tags,
copy_tags (inferred_tags));
}
// The relation handler is called for each node in the input data.
void relation(const osmium::Relation& relation) {
{
osmium::builder::RelationBuilder builder{m_buffer};
copy_attributes(builder, relation);
copy_tags(builder, relation.tags());
// Copy the relation member list over to the new way.
builder.add_item(relation.members());
}
m_buffer.commit();
}
// The way handler is called for each node in the input data.
void way(const osmium::Way& way) {
{
osmium::builder::WayBuilder builder{m_buffer};
copy_attributes(builder, way);
copy_tags(builder, way.tags());
// Copy the node list over to the new way.
builder.add_item(way.nodes());
}
m_buffer.commit();
}
// The node handler is called for each node in the input data.
void node(const osmium::Node& node) {
// Open a new scope, because the NodeBuilder we are creating has to
// be destructed, before we can call commit() below.
{
// To create a node, we need a NodeBuilder object. It will create
// the node in the given buffer.
osmium::builder::NodeBuilder builder{m_buffer};
// Copy common object attributes over to the new node.
copy_attributes(builder, node);
// Copy the location over to the new node.
builder.set_location(node.location());
// Copy (changed) tags.
copy_tags(builder, node.tags());
}
// Once the object is written to the buffer completely, we have to call
// commit().
m_buffer.commit();
}
