static void
load_acl(struct Configuration *cfg, const struct ConfParse *parse, const struct CF_Child *parent)
{
struct CF_Token value = confparse_node_gettoken(parse, parent, 1);
struct Cfg_AddrMatchList *acl;
/* address-lists must be named when inside an "acl" statement */
if (value.name_length == 0) {
CONF_VALUE_MISSING(parse, &value);
return;
}
/* parse the address-list */
acl = conf_load_addrlist(cfg, parse, parent, &value, 65536);
if (acl == NULL)
return;
/* make sure it has a name */
acl->name = malloc(value.name_length + 1);
memcpy(acl->name, value.name, value.name_length + 1);
/*
* Add to our named set of address-lists. This is so that later
* configuration parameters can refer back to this list rather than
* redefining their own
*/
if (cfg->acls_length == 0)
cfg->acls = malloc(sizeof(cfg->acls[0]));
else
cfg->acls = realloc(cfg->acls, sizeof(cfg->acls[0]) * (cfg->acls_length + 1));
cfg->acls[cfg->acls_length++] = acl;
}
void
conf_load_zone( struct Configuration *cfg,
const struct ConfParse *parse,
const struct CF_Child *parent)
{
struct CF_Token value = confparse_node_gettoken(parse, parent, 1);
struct Cfg_Zone *zone;
size_t i;
if (value.name_length == 0) {
CONF_VALUE_MISSING(parse, &value);
return;
}
zone = conf_zone_create(value.name, value.name_length);
/*
* Parse all the options
*/
for (i=0; i<parent->child_count; i++) {
struct CF_Child child = confparse_node_getchild(parse, parent, i);
conf_load_zone_item(cfg, parse, &child, zone);
}
/*
* Add to our list of zones
*/
if (cfg->zones_length == 0)
cfg->zones = malloc(sizeof(cfg->zones[0]));
else
cfg->zones = realloc(cfg->zones, sizeof(cfg->zones[0]) * (cfg->zones_length + 1));
cfg->zones[cfg->zones_length++] = zone;
}
