ssize_t hncp_io_sendto(hncp o, void *buf, size_t len,
const char *ifname,
const struct in6_addr *dst)
{
if (check_send)
{
sput_fail_unless(o, "hncp");
sput_fail_unless(o && o->udp_socket == 1, "hncp_io ready");
smock_pull_string_is("sendto_ifname", ifname);
struct in6_addr *e_dst = smock_pull("sendto_dst");
sput_fail_unless(e_dst && memcmp(e_dst, dst, sizeof(*dst)) == 0, "dst match");
/* Two optional verification steps.. */
if (_smock_get_queue("sendto_len", false))
{
int r_len = smock_pull_int("sendto_len");
sput_fail_unless(r_len == (int) len, "len");
}
if (_smock_get_queue("sendto_buf", false))
{
unsigned char *r = smock_pull("sendto_buf");
sput_fail_unless(memcmp(r, buf, len), "buf");
}
return smock_pull_int("sendto_return");
}
else
{
want_send++;
return 1;
}
}
bool hncp_io_set_ifname_enabled(hncp o, const char *ifname, bool enabled)
{
sput_fail_unless(o, "hncp");
sput_fail_unless(o && o->udp_socket == 1, "hncp_io ready");
smock_pull_string_is("set_enable_ifname", ifname);
smock_pull_bool_is("set_enable_enabled", enabled);
return smock_pull_bool("set_enable_result");
}
ssize_t hncp_io_recvfrom(hncp o, void *buf, size_t len,
char *ifname,
struct in6_addr *src,
struct in6_addr *dst)
{
unsigned char *r = smock_pull("recvfrom_buf");
int r_len = smock_pull_int("recvfrom_len");
struct in6_addr *r_src = smock_pull("recvfrom_src");
struct in6_addr *r_dst = smock_pull("recvfrom_dst");
smock_pull_string_is("recvfrom_ifname", ifname);
sput_fail_unless(o, "hncp");
sput_fail_unless(o && o->udp_socket == 1, "hncp_io_schedule valid");
sput_fail_unless(r_len <= ((int) len), "result length reasonable");
*src = *r_src;
*dst = *r_dst;
memcpy(buf, r, r_len);
return r_len;
}
void dncp_ext_ep_ready(dncp_ep ep, bool ready)
{
smock_pull_string_is("dncp_ready", ep->ifname);
smock_pull_bool_is("dncp_ready_value", ready);
}
