void generate_stylesheet_instance(random_gen& x, ostream& out, int min_len, int max_len)
{
out << "1011\n";
out << "3\n";
x.random_string(out, 15, 15); // name
x.random_string(out, min_len, max_len); // sheet1
x.random_string(out, min_len, max_len); // sheet2
}
void generate_graphic_instance(info_base* b_ptr, random_gen& x, ostream& out, int min_len, int max_len)
{
out << "1009\n";
out << "6\n";
x.random_string(out, 15, 15); // locator
x.random_string(out, 0, 0); //
x.random_string(out, 2, 2); // version
x.random_string(out, 10, 30); // misc info
handler * y = (b_ptr -> get_obj_dict()).get_handler(
form("%s.%s", b_ptr -> get_base_name(), "sgml.dict")
);
x.random_string_to_be_compressed(out, min_len, max_len, y -> its_oid()); // graphic
x.random_string(out, 10, 30); // title
}
void generate_toc_instance(random_gen& x, ostream& out, int instance_num, int min_nodes, int max_nodes)
{
out << "1003\n";
out << "4\n";
x.random_oid(out, 1001, instance_num); // toc node id
x.random_oid(out, 1001, 0); // parent node id
x.random_integer(out); //
out << "106\n";
out << "#\n";
int nodes = x.pick_a_value(min_nodes, max_nodes);
for ( int i=0; i<nodes; i++ )
x.random_oid(out, 1001, 0); // id
out << "#\n";
}
material_type get_rand_material_type(random_gen &random, const rstage& rule) {
int value = random.range(100);
int sum = rule.nature_drop_rate;
if (value < sum) {
return mt_nature;
}
sum += rule.steel_drop_rate;
if (value < sum) {
return mt_iron;
}
sum += rule.bone_drop_rate;
if (value < sum) {
return mt_bone;
}
sum += rule.skin_drop_rate;
if (value < sum) {
return mt_skin;
}
return mt_mineral;
}