/*
* These is a test of the resrc library. The test uses two methods
* for generating a resrc object. The first loads an RDL-formatted
* resource identified by the TESTRESRC_INPUT_FILE environment
* variable. The second option generates a resrc object from the node
* it is running on using the hwloc library. The test then conducts a
* number of resrc library operations on each of these resrc objects.
*/
int main (int argc, char *argv[])
{
char *filename = NULL;
hwloc_topology_t topology;
int rc1 = 1, rc2 = 1;
resrc_t *resrc = NULL;
resrc_flow_t *power_flow = NULL;
resrc_flow_t *bw_flow = NULL;
plan (26 + num_temporal_allocation_tests);
test_temporal_allocation ();
if ((filename = getenv ("TESTRESRC_INPUT_FILE"))) {
ok (!(filename == NULL || *filename == '\0'), "resource file provided");
ok ((access (filename, F_OK) == 0), "resource file exists");
ok ((access (filename, R_OK) == 0), "resource file readable");
init_time();
resrc_init ();
resrc = resrc_generate_rdl_resources (filename, "default");
ok ((resrc != NULL), "resource generation from config file took: %lf",
((double)get_time())/1000000);
if (resrc) {
power_flow = resrc_flow_generate_rdl (filename, "power");
if (power_flow) {
if (verbose) {
printf ("Listing power tree\n");
resrc_flow_print (power_flow);
printf ("End of power tree\n");
}
bw_flow = resrc_flow_generate_rdl (filename, "bandwidth");
if (bw_flow) {
if (verbose) {
printf ("Listing bandwidth tree\n");
resrc_flow_print (bw_flow);
printf ("End of bandwidth tree\n");
}
} else
goto ret;
} else
goto ret;
rc1 = test_a_resrc (resrc, true);
resrc_flow_destroy (bw_flow);
resrc_flow_destroy (power_flow);
resrc_tree_destroy (resrc_phys_tree (resrc), true);
resrc_fini ();
}
}
init_time();
resrc_init ();
ok ((hwloc_topology_init (&topology) == 0),
"hwloc topology init succeeded");
ok ((hwloc_topology_load (topology) == 0),
"hwloc topology load succeeded");
ok (((resrc = resrc_create_cluster ("cluster")) != 0),
"cluster resource creation succeeded");
ok ((resrc_generate_hwloc_resources (resrc, topology, NULL, NULL) != 0),
"resource generation from hwloc took: %lf",
((double)get_time())/1000000);
hwloc_topology_destroy (topology);
if (resrc) {
rc2 = test_a_resrc (resrc, false);
resrc_tree_destroy (resrc_phys_tree (resrc), true);
resrc_fini ();
}
ret:
done_testing ();
return (rc1 | rc2);
}
static int test_using_reader_rdl ()
{
int rc = 1;
char *filename = NULL;
resrc_api_ctx_t *rsapi = NULL;
resrc_t *resrc = NULL;
resrc_tree_t *phys_tree = NULL;
resrc_flow_t *power_flow = NULL;
resrc_flow_t *bw_flow = NULL;
if (!(filename = getenv ("TESTRESRC_INPUT_FILE")))
goto ret;
ok (!(filename == NULL || *filename == '\0'), "resource file provided");
ok ((access (filename, F_OK) == 0), "resource file exists");
ok ((access (filename, R_OK) == 0), "resource file readable");
init_time();
if (!(rsapi = resrc_api_init ()))
goto ret;
/* Generate a hardware hierarchy of resources using RDL reader */
resrc = resrc_generate_rdl_resources (rsapi, filename, "default");
double e = (double)get_time()/1000000;
ok ((resrc != NULL), "resource generation from config file took: %lf", e);
if (!resrc)
goto ret;
phys_tree = resrc_tree_root (rsapi);
/* Generate a power hierarchy of resources using RDL reader */
if (!(power_flow = resrc_flow_generate_rdl (rsapi, filename, "power")))
goto ret;
else if (verbose) {
printf ("Listing power tree\n");
resrc_flow_print (power_flow);
printf ("End of power tree\n");
}
/* Generate a bandwidth hierarchy of resources using RDL reader */
if (!(bw_flow = resrc_flow_generate_rdl (rsapi, filename, "bandwidth")))
goto ret;
else if (verbose) {
printf ("Listing bandwidth tree\n");
resrc_flow_print (bw_flow);
printf ("End of bandwidth tree\n");
}
rc = test_a_resrc (rsapi, resrc, true);
ret:
if (rsapi) {
if (bw_flow)
resrc_flow_destroy (rsapi, bw_flow, true);
if (power_flow)
resrc_flow_destroy (rsapi, power_flow, true);
if (phys_tree)
resrc_tree_destroy (rsapi, phys_tree, true, true);
resrc_api_fini (rsapi);
}
return rc;
}