static int
roster_hook(int x, struct xmpp *xmpp)
{
struct xml_data *d;
char *jid, *name, *sub;
for (d = xml_node_data(xml_node_find(x, "query", &xmpp->xml.mem),
&xmpp->xml.mem);
d; d = xml_data_next(d, &xmpp->xml.mem)) {
if (d->type != XML_NODE)
continue;
jid = xml_node_find_attr(d->value, "jid", &xmpp->xml.mem);
name = xml_node_find_attr(d->value, "name", &xmpp->xml.mem);
sub = xml_node_find_attr(d->value, "subscription", &xmpp->xml.mem);
print_msg(0, "", "* %s - %s - [%s]\n", name ? name : "", jid, sub);
}
print_msg(0, "", "End of /R list.\n");
for (d = xml_node_data(xml_node_find(x, "query", &xmpp->xml.mem),
&xmpp->xml.mem);
d; d = xml_data_next(d, &xmpp->xml.mem)) {
if (d->type != XML_NODE)
continue;
jid = xml_node_find_attr(d->value, "jid", &xmpp->xml.mem);
request_presence(xmpp, jid);
}
return 0;
}
static void
roster_handler(int x, struct xmpp *xmpp)
{
struct xml_data *d;
char *jid, *name, *sub;
for (d = xml_node_data(xml_node_find(x, "query", &xmpp->xml.mem),
&xmpp->xml.mem);
d;
d = xml_data_next(d, &xmpp->xml.mem)) {
if (d->type != XML_NODE)
continue;
jid = xml_node_find_attr(d->value, "jid", &xmpp->xml.mem);
name = xml_node_find_attr(d->value, "name", &xmpp->xml.mem);
sub = xml_node_find_attr(d->value, "subscription", &xmpp->xml.mem);
print_msg("* %s - %s - [%s]\n", name ? name : "", jid, sub);
}
print_msg("End of roster\n");
for (d = xml_node_data(xml_node_find(x, "query", &xmpp->xml.mem),
&xmpp->xml.mem);
d;
d = xml_data_next(d, &xmpp->xml.mem)) {
if (d->type != XML_NODE)
continue;
jid = xml_node_find_attr(d->value, "jid", &xmpp->xml.mem);
if (jid)
xmpp_printf(xmpp, "<presence type='probe' to='%s'/>", jid);
}
}
unsigned long pi_configlock_event_load (plugin_user_t * user, void *dummy, unsigned long event,
void *arg)
{
FILE *fp;
configlock_t *lock;
config_element_t *elem;
xml_node_t *base, *node;
if (!arg)
goto leave;
while (locklist) {
lock = locklist;
locklist = locklist->next;
free (lock);
}
fp = fopen ("configlock.xml", "r");
if (!fp)
goto leave;
base = xml_read (fp);
if (!base) {
fclose (fp);
goto leave;
}
if (strcmp (base->name, HUBSOFT_NAME)) {
xml_free (base);
goto leave;
}
config_load (base);
node = xml_node_find (base, "Config");
for (node = node->children; node; node = xml_next (node)) {
elem = config_find (node->name);
if (!elem)
continue;
lock = malloc (sizeof (configlock_t));
memset (lock, 0, sizeof (configlock_t));
lock->elem = elem;
strncpy (lock->name, elem->name, CONFIG_NAMELENGTH);
xml_node_get (node, elem->type, &lock->data.v_ptr);
lock->next = locklist;
locklist = lock;
}
xml_free (base);
fclose (fp);
return PLUGIN_RETVAL_CONTINUE;
leave:
return pi_configlock_event_load_old (user, dummy, event, NULL);
}
int pi_rrd_load (xml_node_t * base)
{
xml_node_t *node;
rrd_ctxt_t *rrd;
unsigned char *name = NULL, *file = NULL, *dp = NULL, *spec = NULL;
unsigned long period;
base = xml_node_find (base, "RRDs");
if (!base)
return PLUGIN_RETVAL_CONTINUE;
for (rrd = rrdlist.next; rrd != &rrdlist; rrd = rrdlist.next)
pi_rrd_delete (rrd);
for (node = base->children; node; node = xml_next (node)) {
if (!xml_child_get (node, "Name", XML_TYPE_STRING, &name))
continue;
if (!xml_child_get (node, "File", XML_TYPE_STRING, &file))
continue;
if (!xml_child_get (node, "Period", XML_TYPE_ULONG, &period))
continue;
rrd = pi_rrd_create (name, file, period);
if (!rrd)
continue;
base = node;
node = xml_node_find (base, "DataPoints");
for (node = node->children; node; node = xml_next (node)) {
if (!xml_child_get (node, "Name", XML_TYPE_STRING, &name))
continue;
if (!xml_child_get (node, "Specification", XML_TYPE_STRING, &spec))
continue;
rrd->npoints++;
pi_rrd_datapoint_create (NULL, &rrd->points, name, spec);
}
node = xml_node_find (base, "RRAs");
for (node = node->children; node; node = xml_next (node)) {
pi_rrd_datapoint_create (NULL, &rrd->rras, NULL, node->value);
rrd->nrras++;
}
node = base;
pi_rrd_start (rrd);
}
if (name)
free (name);
if (file)
free (file);
if (dp)
free (dp);
if (spec)
free (spec);
return PLUGIN_RETVAL_CONTINUE;
}