boolean
set_option(const char *name, union nh_optvalue value,
struct newgame_options *ngo)
{
struct nh_option_desc *option = NULL, *options = new_opt_struct();
boolean ret = FALSE;
/* can't change options for other players */
if (program_state.followmode != FM_PLAY)
goto free;
if (options)
option = nhlib_find_option(options, name);
if (!option || (option->birth_option && program_state.game_running))
goto free;
if (!nhlib_option_value_ok(option, value))
goto free;
nhlib_copy_option_value(option, value);
if (option->type == OPTTYPE_BOOL) {
boolean *bvar = nhlib_find_boolopt(boolopt_map, option->name);
if (!bvar) {
impossible("no boolean for option '%s'", option->name);
goto free;
}
*bvar = option->value.b;
ret = TRUE;
goto free;
} else if (!strcmp("disclose", option->name)) {
flags.end_disclose = option->value.e;
} else if (!strcmp("fruit", option->name)) {
strncpy(gamestate.fruits.curname, option->value.s, PL_FSIZ-1);
gamestate.fruits.curname[PL_FSIZ - 1] = '\0';
if (objects) /* don't do fruitadd before the game is running */
fruitadd(gamestate.fruits.curname);
} else if (!strcmp("menustyle", option->name)) {
flags.menu_style = option->value.e;
} else if (!strcmp("movecommand", option->name)) {
flags.interaction_mode = option->value.e;
} else if (!strcmp("packorder", option->name)) {
if (!change_inv_order(option->value.s))
goto free;
} else if (!strcmp("pickup_burden", option->name)) {
flags.pickup_burden = option->value.e;
} else if (!strcmp("autopickup_rules", option->name)) {
if (flags.ap_rules) {
free(flags.ap_rules->rules);
free(flags.ap_rules);
flags.ap_rules = NULL;
}
flags.ap_rules = nhlib_copy_autopickup_rules(option->value.ar);
}
/* birth options */
else if (!strcmp("mode", option->name)) {
flags.debug = (option->value.e == MODE_WIZARD);
flags.explore = (option->value.e == MODE_EXPLORE);
flags.challenge = (option->value.e == MODE_CHALLENGE);
} else if (!strcmp("align", option->name)) {
u.initalign = option->value.e;
} else if (!strcmp("gender", option->name)) {
u.initgend = option->value.e;
} else if (!strcmp("race", option->name)) {
u.initrace = option->value.e;
} else if (!strcmp("role", option->name)) {
u.initrole = option->value.e;
}
else if (!strcmp("name", option->name)) {
strncpy(u.uplname, option->value.s, PL_NSIZ-1);
(u.uplname)[PL_NSIZ - 1] = '\0';
} else if (!strcmp("seed", option->name)) {
/* note: does not NUL-terminate a max-length string, this is
intentional */
strncpy(flags.setseed, option->value.s, RNG_SEED_SIZE_BASE64);
} else if (!strcmp("catname", option->name)) {
if (!ngo)
panic("catname set outside newgame sequence");
strncpy(ngo->catname, option->value.s, PL_PSIZ-1);
ngo->catname[PL_PSIZ - 1] = '\0';
} else if (!strcmp("dogname", option->name)) {
if (!ngo)
panic("dogname set outside newgame sequence");
strncpy(ngo->dogname, option->value.s, PL_PSIZ-1);
ngo->dogname[PL_PSIZ - 1] = '\0';
} else if (!strcmp("horsename", option->name)) {
if (!ngo)
panic("horsename set outside newgame sequence");
strncpy(ngo->horsename, option->value.s, PL_PSIZ-1);
ngo->horsename[PL_PSIZ - 1] = '\0';
} else if (!strcmp("pettype", option->name)) {
if (!ngo)
panic("preferred_pet set outside newgame sequence");
ngo->preferred_pet = (char)option->value.e;
} else if (!strcmp("timezone", option->name)) {
flags.timezone = option->value.e;
} else if (!strcmp("polyinit", option->name)) {
flags.polyinit_mnum = option->value.e;
}
else
/* unrecognized option */
goto free;
/* assume that any recognized option has been handled. */
ret = TRUE;
free:
nhlib_free_optlist(options);
return ret;
}
struct nh_option_desc *
nh_get_options(void)
{
struct nh_option_desc *options = new_opt_struct();
/* Outside of a game, don't attempt to recover options from state; all
options should have default values. */
if (!program_state.game_running)
return options;
struct nh_option_desc *option;
for (option = options; option->name; ++option) {
if (option->type == OPTTYPE_BOOL) {
boolean *bvar = nhlib_find_boolopt(boolopt_map, option->name);
if (!bvar) {
impossible("no boolean for option '%s'", option->name);
continue;
}
option->value.b = *bvar;
}
else if (!strcmp("disclose", option->name)) {
option->value.e = flags.end_disclose;
} else if (!strcmp("fruit", option->name)) {
if (option->value.s)
free(option->value.s);
option->value.s = malloc(PL_FSIZ);
strncpy(option->value.s, gamestate.fruits.curname, PL_FSIZ-1);
option->value.s[PL_FSIZ - 1] = '\0';
} else if (!strcmp("menustyle", option->name)) {
option->value.e = flags.menu_style;
} else if (!strcmp("movecommand", option->name)) {
option->value.e = flags.interaction_mode;
} else if (!strcmp("packorder", option->name)) {
int i;
if (option->value.s)
free(option->value.s);
option->value.s = malloc(MAXOCLASSES + 1);
for (i = 0; i < MAXOCLASSES; ++i)
option->value.s[i] = def_oc_syms[(int)flags.inv_order[i]];
option->value.s[MAXOCLASSES] = '\0';
} else if (!strcmp("pickup_burden", option->name)) {
option->value.e = flags.pickup_burden;
} else if (!strcmp("autopickup_rules", option->name)) {
if (option->value.ar) {
free(option->value.ar->rules);
free(option->value.ar);
}
option->value.ar = nhlib_copy_autopickup_rules(flags.ap_rules);
} else if (!strcmp("mode", option->name)) {
option->value.e =
flags.debug ? MODE_WIZARD :
flags.explore ? MODE_EXPLORE :
flags.challenge ? MODE_CHALLENGE : MODE_NORMAL;
} else if (!strcmp("timezone", option->name)) {
option->value.e = flags.timezone;
} else if (!strcmp("polyinit", option->name)) {
option->value.e = flags.polyinit_mnum;
} else if (!strcmp("align", option->name)) {
option->value.e = u.initalign;
} else if (!strcmp("gender", option->name)) {
option->value.e = u.initgend;
} else if (!strcmp("race", option->name)) {
option->value.e = u.initrace;
} else if (!strcmp("role", option->name)) {
option->value.e = u.initrole;
} else if (!strcmp("name", option->name)) {
if (option->value.s)
free(option->value.s);
option->value.s = malloc(PL_NSIZ);
strncpy(option->value.s, u.uplname, PL_NSIZ-1);
option->value.s[PL_NSIZ - 1] = '\0';
} else if (!strcmp("seed", option->name)) {
if (option->value.s)
free(option->value.s);
option->value.s = malloc(RNG_SEED_SIZE_BASE64 + 1);
strncpy(option->value.s, flags.setseed, RNG_SEED_SIZE_BASE64);
option->value.s[RNG_SEED_SIZE_BASE64] = '\0';
} else if (!strcmp("catname", option->name) ||
!strcmp("dogname", option->name) ||
!strcmp("horsename", option->name)) {
/* The client shouldn't be doing this, but we can't crash in
response because that would be exploitable. Send it a null
string instead. */
if (option->value.s)
free(option->value.s);
option->value.s = malloc(1);
option->value.s[0] = '\0';
} else if (!strcmp("pettype", option->name)) {
/* As the previous case, just we want an enum not a string. */
option->value.e = 0;
} else {
impossible("unknown option '%s'", option->name);
memset(&option->value, 0, sizeof option->value);
}
}
return options;
}
nh_bool
curses_set_option(const char *name, union nh_optvalue value)
{
nh_bool game_option = FALSE;
struct nh_option_desc *option = nhlib_find_option(curses_options, name);
if (!option) {
if (game_is_running)
return nh_set_option(name, value);
/* If the game is not running, update our local copy of options. */
if (!nh_options || !(option = nhlib_find_option(nh_options, name))) {
return FALSE;
}
game_option = TRUE;
}
if ((int)option->type == OPTTYPE_KEYMAP) {
return FALSE;
}
if (!nhlib_option_value_ok(option, value))
return FALSE;
nhlib_copy_option_value(option, value);
if (game_option)
return TRUE;
/* In case the option affects graphics; this is pretty cheap if we don't do
it every turn */
mark_mapwin_for_full_refresh();
if (option->type == OPTTYPE_BOOL) {
nh_bool *var = nhlib_find_boolopt(boolopt_map, option->name);
if (!var) {
curses_impossible("missing boolean option");
return FALSE;
}
*var = value.b;
if (!strcmp(option->name, "status3")) {
rebuild_ui();
} else if (!strcmp(option->name, "darkgray")) {
set_darkgray();
draw_map(player.x, player.y);
} else if (!strcmp(option->name, "mouse")) {
uncursed_enable_mouse(option->value.b);
}
} else if (!strcmp(option->name, "comment")) {
/* do nothing */
} else if (!strcmp(option->name, "tileset")) {
if (settings.tileset)
free(settings.tileset);
settings.tileset = malloc(strlen(option->value.s) + 1);
strcpy(settings.tileset, option->value.s);
rebuild_ui();
} else if (!strcmp(option->name, "border")) {
settings.whichframes = option->value.e;
rebuild_ui();
} else if (!strcmp(option->name, "menu_headings")) {
settings.menu_headings = option->value.e;
} else if (!strcmp(option->name, "palette")) {
settings.palette = option->value.e;
setup_palette();
if (ui_flags.initialized) {
/*
* - We don't want to install a palette as a result of the default
* setting of "palette", because some terminals cannot handle a
* palette reset, and thus we need to ensure that we've loaded
* the user's palette setting before palette initialization.
*
* - Besides, clear() will crash with an uninitialized libuncursed.
* So we have to delay this anyway.
*/
clear();
refresh();
rebuild_ui();
}
} else if (!strcmp(option->name, "animation")) {
settings.animation = option->value.e;
} else if (!strcmp(option->name, "sidebar")) {
settings.sidebar = option->value.e;
rebuild_ui();
} else if (!strcmp(option->name, "scores_top")) {
settings.end_top = option->value.i;
} else if (!strcmp(option->name, "scores_around")) {
settings.end_around = option->value.i;
} else if (!strcmp(option->name, "networkmotd")) {
settings.show_motd = option->value.e;
} else if (!strcmp(option->name, "menupaging")) {
settings.menupaging = option->value.e;
} else if (!strcmp(option->name, "optstyle")) {
settings.optstyle = option->value.e;
} else if (!strcmp(option->name, "msgheight")) {
settings.msgheight = option->value.i;
rebuild_ui();
} else if (!strcmp(option->name, "msghistory")) {
settings.msghistory = option->value.i;
alloc_hist_array();
}
else
return FALSE;
return TRUE;
}
