static int send_specs(int fd, t_scene_spec *spec)
{
char tmp[sizeof(t_scene_spec)];
my_bzero(tmp, sizeof(t_scene_spec));
create_specs_packet(tmp, spec);
if (write(fd, tmp, sizeof(t_scene_spec)) == -1 || read_ok(fd))
return (1);
write(1, "Specs sent !\n", 13);
return (0);
}
CMPI_RETURN
accessor_put(char* key, void* data, int length)
{
char buffer[32];
CMPI_RETURN error;
fprintf(to_cmpi, "put %s %i\n", key, length);
fflush(to_cmpi);
error = read_ok(buffer, from_cmpi);
CHECK_ERROR;
buffer_to_stream(data, length, to_cmpi);
fflush(to_cmpi);
read_ok(buffer, from_cmpi);
CHECK_ERROR;
return CMPI_SUCCESS;
}
static void count_scenes(int fd, t_scene *scenes)
{
static int i = 0;
if (!i)
while (scenes)
{
++i;
scenes = scenes->next;
}
if (send_number(fd, i) || read_ok(fd))
return ;
write(1, "Sent new scene\n", 15);
return ;
}
static void
canRead (ccnet_packet *packet, void *arg)
{
CcnetHandshake *handshake = (CcnetHandshake *)arg;
ccnet_debug("current state is %d\n", handshake->state);
switch (handshake->state) {
case INIT:
read_peer_id (handshake, packet);
break;
case ID_SENT:
read_peer_id (handshake, packet);
break;
case ID_RECEIVED:
read_ok (handshake, packet);
break;
default: g_assert(0) ;
}
}
