diff options
| -rw-r--r-- | tests/libcgrouptest01.c | 74 |
1 files changed, 73 insertions, 1 deletions
diff --git a/tests/libcgrouptest01.c b/tests/libcgrouptest01.c index 92fd7b4..71dcec4 100644 --- a/tests/libcgrouptest01.c +++ b/tests/libcgrouptest01.c @@ -22,7 +22,7 @@ int main(int argc, char *argv[]) struct cgroup *cgroup1, *cgroup2, *cgroup3, *nullcgroup = NULL; /* In case of multimount for readability we use the controller name * before the cgroup structure name */ - struct cgroup *cpu_cgroup1, *mem_cgroup1; + struct cgroup *cpu_cgroup1, *mem_cgroup1, *mem_cgroup2; char controller_name[FILENAME_MAX], control_file[FILENAME_MAX], path_group[FILENAME_MAX], path_control_file[FILENAME_MAX]; char mountpoint[FILENAME_MAX], tasksfile[FILENAME_MAX], group[FILENAME_MAX]; @@ -504,6 +504,78 @@ int main(int argc, char *argv[]) else printf("Test[2:%2d]\tFAIL: cgroup_create_cgroup(): Second call. retval=%d\n", ++i, retval); + + /* + * Test06: Call cgroup_attach_task() with a group with cpu + * controller and check if return values are correct. If yes + * check if task exists in that group under only cpu controller + * hierarchy and in the root group under other controllers + * hierarchy. + * TODO: This test needs some modification in script + * Shall we hardcode mountpoints for each controller ? + */ + retval = cgroup_attach_task(cpu_cgroup1); + if (retval == 0) { + strncpy(tasksfile, mountpoint, sizeof(tasksfile)); + strncat(tasksfile, "/cpugroup1", sizeof(tasksfile)); + strncat(tasksfile, "/tasks", sizeof(tasksfile)); + + strncpy(tasksfile2, mountpoint2, sizeof(tasksfile2)); + strncat(tasksfile2, "/tasks", sizeof(tasksfile2)); + + if (check_task(tasksfile) || i-- && check_task(tasksfile2)) + return -1; + } else { + printf("Test[2:%2d]\tFAIL: cgroup_attach_task() ret: %d\n",\ + ++i, retval); + } + + /* + * Test07: Call cgroup_attach_task() with a group with memory + * controller and check if return values are correct. If yes + * check if task exists in the groups under both cpu controller + * hierarchy and other controllers hierarchy. + * TODO: This test needs some modification in script + * Shall we hardcode mountpoints for each controller ? + */ + retval = cgroup_attach_task(mem_cgroup1); + if (retval == 0) { + strncpy(tasksfile, mountpoint, sizeof(tasksfile)); + strncat(tasksfile, "/cpugroup1", sizeof(tasksfile)); + strncat(tasksfile, "/tasks", sizeof(tasksfile)); + + strncpy(tasksfile2, mountpoint2, sizeof(tasksfile2)); + strncat(tasksfile2, "/memgroup1", sizeof(tasksfile2)); + strncat(tasksfile2, "/tasks", sizeof(tasksfile2)); + + if (check_task(tasksfile) || i-- && check_task(tasksfile2)) + return -1; + } else { + printf("Test[2:%2d]\tFAIL: cgroup_attach_task() ret: %d\n",\ + ++i, retval); + } + + /* + * Test: Create a valid cgroup structure + * Exp outcome: no error. 0 return value + */ + strncpy(group, "memgroup2", sizeof(group)); + mem_cgroup2 = new_cgroup(group, controller_name, + control_file, STRING); + + /* + * Test08: Try to attach a task to this non existing group. + * Group does not exist in fs so should return ECGROUPNOTEXIST + */ + retval = cgroup_attach_task(mem_cgroup2); + if (retval == ECGROUPNOTEXIST) { + printf("Test[1:%2d]\tPASS: cgroup_attach_task() ret: %d\n",\ + ++i, retval); + } else { + printf("Test[2:%2d]\tFAIL: cgroup_attach_task() ret: %d\n",\ + ++i, retval); + } + break; default: |