static struct binary_data ipseckey_wirerdata(struct rr *rrv)
{
RRCAST(ipseckey);
struct binary_data helper;
switch (rr->gateway_type) {
case 0:
if (rr->algorithm != 0)
return compose_binary_data("111d", 1,
rr->precedence, rr->gateway_type, rr->algorithm,
rr->public_key);
else
return compose_binary_data("111", 1,
rr->precedence, rr->gateway_type, rr->algorithm);
break;
case 1:
helper.length = sizeof(rr->gateway.gateway_ipv4);
helper.data = (void *)&rr->gateway.gateway_ipv4;
if (rr->algorithm != 0)
return compose_binary_data("111dd", 1,
rr->precedence, rr->gateway_type, rr->algorithm,
helper,
rr->public_key);
else
return compose_binary_data("111d", 1,
rr->precedence, rr->gateway_type, rr->algorithm,
helper);
break;
case 2:
helper.length = sizeof(rr->gateway.gateway_ipv6);
helper.data = (void *)&rr->gateway.gateway_ipv6;
if (rr->algorithm != 0)
return compose_binary_data("111dd", 1,
rr->precedence, rr->gateway_type, rr->algorithm,
helper,
rr->public_key);
else
return compose_binary_data("111d", 1,
rr->precedence, rr->gateway_type, rr->algorithm,
helper);
break;
case 3:
if (rr->algorithm != 0)
return compose_binary_data("111dd", 1,
rr->precedence, rr->gateway_type, rr->algorithm,
name2wire_name(rr->gateway.gateway_name),
rr->public_key);
else
return compose_binary_data("111d", 1,
rr->precedence, rr->gateway_type, rr->algorithm,
name2wire_name(rr->gateway.gateway_name));
break;
}
return bad_binary_data();
}
static struct binary_data txt_wirerdata(struct rr *rrv)
{
RRCAST(txt);
struct binary_data r, t;
struct rr_txt_segment *seg = rr->txt;
r = bad_binary_data();
t.length = 0;
t.data = NULL;
while (seg) {
r = compose_binary_data("db", 1, t, seg->txt);
t = r;
seg = seg->next;
}
return r;
}
