rpc_svc_instance_t * instance_retrieve_1_svc (svc_id_t id, svc_id_t i_id,
struct svc_req * req)
{
static rpc_svc_instance_t result;
svc_instance_t * inst;
if (!(inst = _find_instance (id, i_id)))
return 0;
result = svc_instance_to_rpc_svc_instance (inst);
return &result;
}
rpc_svc_t svc_to_rpc_svc (svc_t * svc)
{
register unsigned i_cnt = 0, i_index = 0;
rpc_svc_t newRpc_svc;
if (!svc)
{
newRpc_svc.name = strdup ("NULL");
return newRpc_svc;
}
newRpc_svc.id = svc->id;
newRpc_svc.name = strdup (svc->name);
i_cnt = List_count (svc->instances);
newRpc_svc.instances.instances_len = i_cnt;
if (i_cnt > 0)
{
newRpc_svc.instances.instances_val =
malloc (i_cnt * sizeof (rpc_svc_instance_t));
if (newRpc_svc.instances.instances_val)
for (inst_list_iterator it = inst_list_begin (svc->instances);
it != NULL; inst_list_iterator_next (&it))
{
newRpc_svc.instances.instances_val[i_index++] =
svc_instance_to_rpc_svc_instance (it->val);
}
}
else
newRpc_svc.instances.instances_val = 0;
newRpc_svc.properties.properties_len = List_count (svc->properties);
newRpc_svc.properties.properties_val =
property_list_to_rpc_property_array (svc->properties);
return newRpc_svc;
}
