130 lines
6.4 KiB
C
130 lines
6.4 KiB
C
/* SPDX-License-Identifier: LGPL-2.1+ */
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#include <stdio.h>
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#include "macro.h"
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#include "manager.h"
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#include "rm-rf.h"
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#include "string-util.h"
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#include "test-helper.h"
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#include "tests.h"
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#include "unit.h"
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static int test_cgroup_mask(void) {
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_cleanup_(rm_rf_physical_and_freep) char *runtime_dir = NULL;
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_cleanup_(manager_freep) Manager *m = NULL;
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Unit *son, *daughter, *parent, *root, *grandchild, *parent_deep;
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int r;
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r = enter_cgroup_subroot();
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if (r == -ENOMEDIUM) {
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puts("Skipping test: cgroupfs not available");
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return EXIT_TEST_SKIP;
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}
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/* Prepare the manager. */
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assert_se(set_unit_path(get_testdata_dir("")) >= 0);
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assert_se(runtime_dir = setup_fake_runtime_dir());
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r = manager_new(UNIT_FILE_USER, MANAGER_TEST_RUN_BASIC, &m);
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if (IN_SET(r, -EPERM, -EACCES)) {
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puts("manager_new: Permission denied. Skipping test.");
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return EXIT_TEST_SKIP;
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}
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assert_se(r >= 0);
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/* Turn off all kinds of default accouning, so that we can
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* verify the masks resulting of our configuration and nothing
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* else. */
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m->default_cpu_accounting =
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m->default_memory_accounting =
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m->default_blockio_accounting =
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m->default_io_accounting =
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m->default_tasks_accounting = false;
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m->default_tasks_max = (uint64_t) -1;
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assert_se(r >= 0);
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assert_se(manager_startup(m, NULL, NULL) >= 0);
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/* Load units and verify hierarchy. */
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assert_se(manager_load_startable_unit_or_warn(m, "parent.slice", NULL, &parent) >= 0);
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assert_se(manager_load_startable_unit_or_warn(m, "son.service", NULL, &son) >= 0);
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assert_se(manager_load_startable_unit_or_warn(m, "daughter.service", NULL, &daughter) >= 0);
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assert_se(manager_load_startable_unit_or_warn(m, "grandchild.service", NULL, &grandchild) >= 0);
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assert_se(manager_load_startable_unit_or_warn(m, "parent-deep.slice", NULL, &parent_deep) >= 0);
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assert_se(UNIT_DEREF(son->slice) == parent);
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assert_se(UNIT_DEREF(daughter->slice) == parent);
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assert_se(UNIT_DEREF(parent_deep->slice) == parent);
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assert_se(UNIT_DEREF(grandchild->slice) == parent_deep);
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root = UNIT_DEREF(parent->slice);
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/* Verify per-unit cgroups settings. */
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assert_se(unit_get_own_mask(son) == (CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT));
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assert_se(unit_get_own_mask(daughter) == 0);
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assert_se(unit_get_own_mask(grandchild) == 0);
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assert_se(unit_get_own_mask(parent_deep) == CGROUP_MASK_MEMORY);
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assert_se(unit_get_own_mask(parent) == (CGROUP_MASK_IO | CGROUP_MASK_BLKIO));
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assert_se(unit_get_own_mask(root) == 0);
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/* Verify aggregation of member masks */
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assert_se(unit_get_members_mask(son) == 0);
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assert_se(unit_get_members_mask(daughter) == 0);
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assert_se(unit_get_members_mask(grandchild) == 0);
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assert_se(unit_get_members_mask(parent_deep) == 0);
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assert_se(unit_get_members_mask(parent) == (CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_MEMORY));
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assert_se(unit_get_members_mask(root) == (CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_IO | CGROUP_MASK_BLKIO | CGROUP_MASK_MEMORY));
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/* Verify aggregation of sibling masks. */
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assert_se(unit_get_siblings_mask(son) == (CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_MEMORY));
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assert_se(unit_get_siblings_mask(daughter) == (CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_MEMORY));
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assert_se(unit_get_siblings_mask(grandchild) == 0);
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assert_se(unit_get_siblings_mask(parent_deep) == (CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_MEMORY));
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assert_se(unit_get_siblings_mask(parent) == (CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_IO | CGROUP_MASK_BLKIO | CGROUP_MASK_MEMORY));
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assert_se(unit_get_siblings_mask(root) == (CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_IO | CGROUP_MASK_BLKIO | CGROUP_MASK_MEMORY));
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/* Verify aggregation of target masks. */
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assert_se(unit_get_target_mask(son) == ((CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_MEMORY) & m->cgroup_supported));
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assert_se(unit_get_target_mask(daughter) == ((CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_MEMORY) & m->cgroup_supported));
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assert_se(unit_get_target_mask(grandchild) == 0);
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assert_se(unit_get_target_mask(parent_deep) == ((CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_MEMORY) & m->cgroup_supported));
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assert_se(unit_get_target_mask(parent) == ((CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_IO | CGROUP_MASK_BLKIO | CGROUP_MASK_MEMORY) & m->cgroup_supported));
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assert_se(unit_get_target_mask(root) == ((CGROUP_MASK_CPU | CGROUP_MASK_CPUACCT | CGROUP_MASK_IO | CGROUP_MASK_BLKIO | CGROUP_MASK_MEMORY) & m->cgroup_supported));
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return 0;
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}
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static void test_cg_mask_to_string_one(CGroupMask mask, const char *t) {
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_cleanup_free_ char *b = NULL;
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assert_se(cg_mask_to_string(mask, &b) >= 0);
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assert_se(streq_ptr(b, t));
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}
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static void test_cg_mask_to_string(void) {
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test_cg_mask_to_string_one(0, NULL);
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test_cg_mask_to_string_one(_CGROUP_MASK_ALL, "cpu cpuacct io blkio memory devices pids");
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test_cg_mask_to_string_one(CGROUP_MASK_CPU, "cpu");
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test_cg_mask_to_string_one(CGROUP_MASK_CPUACCT, "cpuacct");
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test_cg_mask_to_string_one(CGROUP_MASK_IO, "io");
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test_cg_mask_to_string_one(CGROUP_MASK_BLKIO, "blkio");
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test_cg_mask_to_string_one(CGROUP_MASK_MEMORY, "memory");
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test_cg_mask_to_string_one(CGROUP_MASK_DEVICES, "devices");
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test_cg_mask_to_string_one(CGROUP_MASK_PIDS, "pids");
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test_cg_mask_to_string_one(CGROUP_MASK_CPU|CGROUP_MASK_CPUACCT, "cpu cpuacct");
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test_cg_mask_to_string_one(CGROUP_MASK_CPU|CGROUP_MASK_PIDS, "cpu pids");
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test_cg_mask_to_string_one(CGROUP_MASK_CPUACCT|CGROUP_MASK_PIDS, "cpuacct pids");
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test_cg_mask_to_string_one(CGROUP_MASK_DEVICES|CGROUP_MASK_PIDS, "devices pids");
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test_cg_mask_to_string_one(CGROUP_MASK_IO|CGROUP_MASK_BLKIO, "io blkio");
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}
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int main(int argc, char* argv[]) {
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int rc = 0;
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log_parse_environment();
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log_open();
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TEST_REQ_RUNNING_SYSTEMD(rc = test_cgroup_mask());
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test_cg_mask_to_string();
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return rc;
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}
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