setting_t *
settings_create_multiopt(prop_t *parent, const char *id, prop_t *title)
{
setting_t *s = setting_create_leaf(parent, title, "multiopt", "options", 0);
s->s_id = strdup(id);
return s;
}
setting_t *
settings_create_bool(prop_t *parent, const char *id, prop_t *title,
int initial, htsmsg_t *store,
prop_callback_int_t *cb, void *opaque,
int flags, prop_courier_t *pc,
settings_saver_t *saver, void *saver_opaque)
{
setting_t *s = setting_create_leaf(parent, title, "bool", "value", flags);
prop_sub_t *sub;
s->s_id = strdup(id);
s->s_callback = cb;
s->s_opaque = opaque;
if(store != NULL)
initial = htsmsg_get_u32_or_default(store, id, initial);
prop_set_int(s->s_val, !!initial);
if(flags & SETTINGS_INITIAL_UPDATE)
settings_int_callback(s, !!initial);
sub = prop_subscribe(PROP_SUB_NO_INITIAL_UPDATE,
PROP_TAG_CALLBACK_INT, settings_int_callback, s,
PROP_TAG_ROOT, s->s_val,
PROP_TAG_COURIER, pc,
NULL);
s->s_sub = sub;
s->s_store = store;
s->s_saver = saver;
s->s_saver_opaque = saver_opaque;
return s;
}
setting_t *
settings_create_action(prop_t *parent, prop_t *title,
prop_callback_t *cb, void *opaque,
prop_courier_t *pc)
{
setting_t *s = setting_create_leaf(parent, title, "action", "action", 0);
s->s_sub = prop_subscribe(PROP_SUB_NO_INITIAL_UPDATE,
PROP_TAG_CALLBACK, cb, opaque,
PROP_TAG_ROOT, s->s_val,
PROP_TAG_COURIER, pc,
NULL);
return s;
}
setting_t *
settings_create_multiopt(prop_t *parent, const char *id, const char *title,
prop_callback_string_t *cb, void *opaque)
{
setting_t *s = setting_create_leaf(parent, title, "multiopt", "options");
s->s_id = strdup(id);
s->s_callback = cb;
s->s_opaque = opaque;
s->s_sub = prop_subscribe(0,
PROP_TAG_CALLBACK, callback_opt, s,
PROP_TAG_ROOT, s->s_val,
NULL);
return s;
}
setting_t *
settings_create_int(prop_t *parent, const char *id, prop_t *title,
int initial, htsmsg_t *store,
int min, int max, int step,
prop_callback_int_t *cb, void *opaque,
int flags, const char *unit,
prop_courier_t *pc,
settings_saver_t *saver, void *saver_opaque)
{
setting_t *s = setting_create_leaf(parent, title, "integer", "value", flags);
prop_sub_t *sub;
s->s_id = strdup(id);
s->s_callback = cb;
s->s_opaque = opaque;
if(store != NULL)
initial = htsmsg_get_s32_or_default(store, id, initial);
prop_set_int_clipping_range(s->s_val, min, max);
prop_set_int(prop_create(s->s_root, "min"), min);
prop_set_int(prop_create(s->s_root, "max"), max);
prop_set_int(prop_create(s->s_root, "step"), step);
prop_set_string(prop_create(s->s_root, "unit"), unit);
prop_set_int(s->s_val, initial);
s->s_min = min;
s->s_max = max;
if(flags & SETTINGS_INITIAL_UPDATE)
settings_int_callback(s, initial);
sub = prop_subscribe(PROP_SUB_NO_INITIAL_UPDATE,
PROP_TAG_CALLBACK_INT, settings_int_callback, s,
PROP_TAG_ROOT, s->s_val,
PROP_TAG_COURIER, pc,
NULL);
s->s_sub = sub;
s->s_store = store;
s->s_saver = saver;
s->s_saver_opaque = saver_opaque;
return s;
}
setting_t *
settings_create_string(prop_t *parent, const char *id, prop_t *title,
const char *initial, htsmsg_t *store,
prop_callback_string_t *cb, void *opaque,
int flags, prop_courier_t *pc,
settings_saver_t *saver, void *saver_opaque)
{
setting_t *s = setting_create_leaf(parent, title, "string", "value", flags);
s->s_id = strdup(id);
s->s_callback = cb;
s->s_opaque = opaque;
if(store != NULL)
initial = htsmsg_get_str(store, id) ?: initial;
if(initial != NULL)
prop_set_string(s->s_val, initial);
if(flags & SETTINGS_PASSWORD)
prop_set_int(prop_create(s->s_root, "password"), 1);
if(flags & SETTINGS_INITIAL_UPDATE)
settings_string_callback(s, initial);
s->s_sub =
prop_subscribe(PROP_SUB_NO_INITIAL_UPDATE,
PROP_TAG_CALLBACK_STRING, settings_string_callback, s,
PROP_TAG_ROOT, s->s_val,
PROP_TAG_COURIER, pc,
NULL);
s->s_store = store;
s->s_saver = saver;
s->s_saver_opaque = saver_opaque;
return s;
}