static void write_objects(wap::OutputStream &stream,
const std::vector<wap_object> &objects) {
for (const wap_object &obj : objects) {
auto &objp = obj.properties;
stream.write(objp.id, (uint32_t)obj.name.size(),
(uint32_t)obj.logic.size(), (uint32_t)obj.image_set.size(),
(uint32_t)obj.animation.size(), objp.x, objp.y, objp.z,
objp.i, objp.add_flags, objp.dynamic_flags,
objp.draw_flags, objp.user_flags, objp.score, objp.points,
objp.powerup, objp.damage, objp.smarts, objp.health);
write_rect(stream, objp.move_rect);
write_rect(stream, objp.hit_rect);
write_rect(stream, objp.attack_rect);
write_rect(stream, objp.clip_rect);
write_rect(stream, objp.user_rects[0]);
write_rect(stream, objp.user_rects[1]);
stream.write(objp.user_values, objp.x_min, objp.y_min, objp.x_max,
objp.y_max, objp.speed_x, objp.speed_y, objp.x_tweak,
objp.y_tweak, objp.counter, objp.speed, objp.width,
objp.height, objp.direction, objp.face_dir,
objp.time_delay, objp.frame_delay, objp.object_type,
objp.hit_type_flags, objp.x_move_res, objp.y_move_res);
write_string(stream, obj.name);
write_string(stream, obj.logic);
write_string(stream, obj.image_set);
write_string(stream, obj.animation);
}
}
static void write_tile_descriptions(
wap::OutputStream &stream,
const std::vector<wap_tile_description> &tile_descriptions) {
stream.write(32, 0, (uint32_t)tile_descriptions.size(), 0, 0, 0, 0, 0);
for (const wap_tile_description &desc : tile_descriptions) {
stream.write(desc.type, 0, desc.width, desc.height);
if (desc.type == WAP_TILE_TYPE_SINGLE) {
stream.write(desc.inside_attrib);
} else {
stream.write(desc.outside_attrib, desc.inside_attrib);
write_rect(stream, desc.rect);
}
}
}
/**
* \brief Save the configuration.
*/
void bf::configuration::save() const
{
if ( create_config_file() )
{
std::string path
( path_configuration::get_instance().get_config_directory()
+ s_config_file_name );
std::ofstream f( path.c_str() );
if (f)
{
f << '\n' << s_section_left << s_main_frame_section << s_section_right
<< '\n' << s_comment << " Position and size of the main window\n";
write_rect( f, main_rect );
f << '\n';
}
}
} // configuration::save()
