void read_stdin(t_lemin *l)
{
int i;
char *line;
char *prev;
i = 0;
line = NULL;
prev = NULL;
l->listrooms = NULL;
l->listtubes = NULL;
while (get_next_line(0, &line))
{
if (line[0] != '#')
{
check_stdin(l, line, prev, i);
i++;
}
prev = line;
}
link_rooms(l);
define_rooms_weight(l);
handle_stdout(l);
lemin_loop(l);
}
static void fill_rooms(t_arr *rooms, char *line, enum e_read status)
{
char *name;
t_uint x;
t_uint y;
if (!ft_strchr(line, ' '))
{
link_rooms(rooms, line);
return ;
}
name = line;
while (*line && *line != ' ')
line++;
if (!*line)
error(E_INVALID, "Weird room.");
*line++ = 0;
x = (t_uint)ft_atoi(line);
while (*line && *line != ' ')
line++;
if (!*line)
error(E_INVALID, "Weird room.");
y = (t_uint)ft_atoi(++line);
ft_arrpush(rooms, new_room(name, x, y, status), status == R_START ? 0 : -1);
}
void on_build() {
object start_room, spawn;
ROOM_MAP( 3, 4, 1,
"ccc"
"ccc"
"aab"
"aab")
ROOM_KEY( "a", "start", "The Main Room", "This is the farmhouse's cozy living area." )
ROOM_KEY( "b", "pantry", "The Pantry", "A small side room where food is stored." )
ROOM_KEY( "c", "garden", "The Garden", "Behind the farmhouse is a small vegetable garden." )
start_room = find_room("start", this_object());
object silo = clone_object( "/scn/furni/veg_silo" );
silo->move( find_room("garden", this_object()) );
silo->set_coord( MAKE_C(1,1,0) );
make_outside_exit( start_room, MAKE_C(2,1,0) );
link_rooms( "start", "pantry", MAKE_C(11,3,0), "east" );
link_rooms( "pantry", "garden", MAKE_C(3,0,0), "north" );
object ob;
ob = clone_object( "/scn/furni/larder" );
ob->move( find_room("pantry", this_object()) );
ob->set_x(2);
ob->set_y(6);
set_larder( ob );
spawn = clone_object( "/obj/work_spot" );
spawn->move( start_room );
spawn->set_work_name( "farmer" );
spawn->set_work_ai( "farmer" );
spawn->set_home( this_object() );
spawn->set_num_positions( 1 );
spawn->set_coord( MAKE_C(5,3,0) );
}
void WorldController::make_world() {
mysqlpp::StoreQueryResult res;
db::DBManager::get_instance()->get_zones(res);
for (size_t i = 0; i < res.num_rows(); ++i) {
Zone *z = new Zone(res[i][0], std::string(res[i][1].c_str()), std::string(res[i][2].c_str()));
zones[res[i][0]] = z;
}
res.clear();
db::DBManager::get_instance()->get_rooms(res);
for (size_t i = 0; i < res.num_rows(); ++i) {
std::string name;
std::string desc;
if (res[i][2] == "NULL") {
name = "";
}
else {
name = std::string(res[i][2].c_str());
}
if (res[i][3] == "NULL") {
desc = "";
}
else {
desc = std::string(res[i][3].c_str());
}
Room *r = new Room(res[i][0], name, desc, zones[res[i][1]]);
rooms[res[i][0]] = r;
/**
* Utilitzem un *petit hack* aqui.
* 1) Problema a l'hora de crear totes les rooms: Per crear una room
* que esta linkada amb un altre, necesitem tenir un punter a aquest
* altre, per tant necesitem que aquesta altre ja estigui feta.
* Que es abans, ou o gallina? => No es pot fer de cop.
* 2) Solucio: primer es creen totes les rooms sense links, i despres
* es linken.
* 3) Problema: en la fase de creacio dels objectes rooms sense links,
* que es l'unica vegada que es llegeix la bd, necesitem guardar la info
* de quins links tenen cada room. Com ho fem?
* - Utilitzar estrucutra de dades adicional: seria lo mes correcte,
* pero menys pro.
* - Aprofitar la clase Room modificanla una mica. Ara guarda un punter
* per cada sortida que te, un punter a Room. El que necesitem
* guardar es just aixo, per en comptes de punters a rooms hem de
* guardar les id's de les rooms.
* Pero aixi embrutariem la clase Room, que ja esta be.
* - Aprofitar la clase Room sense modificarla, utilitzan directament
* els punters a Room per guardar la nostra info (ids de rooms).
* Al cap davall els punters son ints de 4 bytes, ja ens serveixen.
* Pero el compilador es queixa una mica si li fiquem un int a pelo
* sense ser un Room*, per aixo fem el cast.
*/
if (res[i][4] != mysqlpp::null) {
int v = res[i][4];
r->add_exit("n", (Room *)v);
}
if (res[i][5] != mysqlpp::null) {
int v = res[i][5];
r->add_exit("ne", (Room *)v);
}
if (res[i][6] != mysqlpp::null) {
int v = res[i][6];
r->add_exit("e", (Room *)v);
}
if (res[i][7] != mysqlpp::null) {
int v = res[i][7];
r->add_exit("se", (Room *)v);
}
if (res[i][8] != mysqlpp::null) {
int v = res[i][8];
r->add_exit("s", (Room *)v);
}
if (res[i][9] != mysqlpp::null) {
int v = res[i][9];
r->add_exit("so", (Room *)v);
}
if (res[i][10] != mysqlpp::null) {
int v = res[i][10];
r->add_exit("o", (Room *)v);
}
if (res[i][11] != mysqlpp::null) {
int v = res[i][11];
r->add_exit("no", (Room *)v);
}
}
link_rooms();
}
/* Build link connections */
v_iterate(links, iter) {
link = vl_iter_pval(iter);
if (vh_iget(link, "NOLINK"))
continue;
if (vh_iget(link, "NOPATH"))
continue;
oneway = vh_iget(link, "ONEWAY");
len = vh_iget(link, "LEN");
if (len)
uselen++;
from = vh_pget(link, "FROM");
to = vh_pget(link, "TO");
/* From -> to */
reach = vh_create();
cmd = NULL;
goflag = vh_iget(link, "GO");
dir = vh_iget(link, "TO_DIR");
if ((cmdto = vh_pget(link, "TO_CMD")) != NULL) {
vh_pstore(reach, "CMD", cmdto);
} else {
if (goflag)
cmd = dirinfo[goflag].sname;
if (cmd == NULL)
cmd = dirinfo[dir].sname;
add_attr(reach, "CMD", cmd);
}
vh_pstore(reach, "FROM", from);
vh_pstore(reach, "TO", to);
vh_pstore(reach, "NEED", vh_pget(link, "NEED"));
vh_pstore(reach, "BEFORE", vh_pget(link, "BEFORE"));
vh_pstore(reach, "AFTER", vh_pget(link, "AFTER"));
vh_istore(reach, "LEN", V_MAX(len, 1));
vh_pstore(reach, "LEAVE", vh_pget(link, "LEAVE"));
vh_istore(reach, "LEAVEALL", vh_iget(link, "LEAVEALL"));
link_rooms(from, to, reach);
if (TASK_VERBOSE) {
indent(1);
list = vh_pget(reach, "CMD");
printf("link '%s' to '%s' (%s)",
vh_sgetref(from, "DESC"),
vh_sgetref(to, "DESC"),
vl_join(list, ". "));
if (len > 1)
printf(" (dist %d)", len);
printf("\n");
}
/* To -> from if not one-way */
if (!oneway) {
reach = vh_create();
cmd = NULL;
goflag = dirinfo[goflag].odir;
dir = vh_iget(link, "FROM_DIR");
if ((cmdfrom = vh_pget(link, "FROM_CMD")) != NULL) {
vh_pstore(reach, "CMD", cmdfrom);
} else if (cmdto != NULL) {
vh_pstore(reach, "CMD", cmdto);
} else {
if (goflag)
cmd = dirinfo[goflag].sname;
if (cmd == NULL)
cmd = dirinfo[dir].sname;
add_attr(reach, "CMD", cmd);
}
vh_pstore(reach, "FROM", to);
vh_pstore(reach, "TO", from);
vh_pstore(reach, "NEED", vh_pget(link, "NEED"));
vh_pstore(reach, "BEFORE", vh_pget(link, "BEFORE"));
vh_pstore(reach, "AFTER", vh_pget(link, "AFTER"));
vh_pstore(reach, "LEAVE", vh_pget(link, "LEAVE"));
vh_istore(reach, "LEAVEALL", vh_iget(link, "LEAVEALL"));
vh_istore(reach, "LEN", V_MAX(len, 1));
link_rooms(to, from, reach);
if (TASK_VERBOSE) {
indent(1);
list = vh_pget(reach, "CMD");
printf("link '%s' to '%s' (%s)",
vh_sgetref(to, "DESC"),
vh_sgetref(from, "DESC"),
vl_join(list, ". "));
if (len > 1)
printf(" (dist %d)", len);
printf("\n");
}
}
}
