int run_memory_tests(int argc, char **argv)
{
if (argc < 3)
{
printf("Usage: mem -test <test> <strategy> \n");
return 0;
}
set_testrunner_default_timeout(20);
/* Tests can be invoked by matching their name or their suite name or 'all'*/
testentry_t tests[] = {
{"alloc1","suite1",test_alloc_1},
{"alloc2","suite2",test_alloc_2},
{"alloc3","suite1",test_alloc_3},
{"alloc4","suite2",test_alloc_4},
{"stress","suite3",do_stress_tests},
};
return run_testrunner(argc,argv,tests,sizeof(tests)/sizeof(testentry_t));
}
/*
* Main entry point for SMP2 test harness
*/
int run_smp2_tests(int argc, char **argv)
{
/* Tests can be invoked by matching their name or their suite name
or 'all' */
testentry_t tests[]={
{ "make" , "make", test_make_enzyme_threads },
{ "sort" , "enzyme", test_sort },
{ "pleasequit1" , "enzyme", test_pleasequit1 },
{ "pleasequit0" , "enzyme", test_pleasequit0 },
{ "swap1" , "enzyme", test_swap_count_workperformed1 },
{ "swap2" , "enzyme", test_swap_count_workperformed2 },
{ "swap3" , "enzyme", test_swap_count_workperformed3 },
{ "run_enzyme" , "enzyme", test_run_enzyme },
{ "join" , "join", test_join },
{ "cancel" , "join", test_cancelenzyme }
};
int result = run_testrunner(argc, argv, tests, sizeof(tests) / sizeof (testentry_t));
unlink("smp2.in");
unlink("smp2.out");
unlink("smp2.err");
return result;
}
