Rongsong Shen
ea8d9d3c4f
replay_wal() now halts logical apply and engages persist_mark_apply_resource_fenced() on a negative apply_committed_entry() return during boot/restart replay, mirroring persist_apply_pump_run()'s existing live-path halt-and-fence behavior (task 4.1). Physical scan bookkeeping (current_lsn, CRC chain) stays unconditional per entry, consistent with persist_recover()'s own established current_lsn/last_applied_lsn divergence precedent. Went through one remediation round: round 1 exercised the wrong ha.c gate (periodic re-alert timer); round 2 corrected the test to drive the real election-time gate (raft_cb_become_leader_with_cluster_for_test()), with teeth independently confirmed via a temporary fence-clear RED/GREEN cycle. Round-2 reviewer APPROVED. Documents a real, NOT-fixed residual gap found during this task: a node's very first-ever promotion evaluation in a fresh process runs before that node's own first persist_recover()/replay_wal() call, so this fence is invisible to that one promotion check (ha.c:1303-1408 gate runs before ha.c:1427-1439's first-boot recovery). Every promotion evaluation after a process's first one is protected. Out of this task's persist.c-only boundary; flagged for a dedicated ha.c follow-up.
250 lines
7.6 KiB
C
250 lines
7.6 KiB
C
#include <argp.h>
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#include <stdio.h>
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#include <stdlib.h>
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#include <string.h>
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#include <unity/unity.h>
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extern void test_persist_types(void);
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extern void test_persist_wal(void);
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extern void test_persist_schema(void);
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extern void test_persist_checkpoint(void);
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extern void test_persist_recovery(void);
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extern void test_hooks(void);
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extern void test_persist_hooks(void);
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extern void test_gc_retention(void);
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extern void test_cluster_persist(void);
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extern void test_e2e_wal(void);
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extern void test_e2e_checkpoint(void);
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extern void test_e2e_hooks(void);
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extern void test_e2e_gc(void);
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extern void test_e2e_capnp(void);
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extern void test_ha_role(void);
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extern void test_ha_role_lifecycle(void);
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extern void test_ha_cluster(void);
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extern void test_ha_redirect(void);
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extern void test_join_redirect(void);
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extern void test_p1_integration(void);
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extern void test_repl_unit(void);
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extern void test_repl_apply(void);
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extern void test_persist_repl(void);
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extern void test_repl_catchup(void);
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extern void test_p2_integration(void);
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extern void test_p3_hardening(void);
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extern void test_p3_manual_failover(void);
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extern void test_ctrl_metrics(void);
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extern void test_config_repl(void);
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extern void test_worker_join(void);
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extern void test_ha_startup(void);
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extern void test_ha_election(void);
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extern void test_ha_elect_ctx_lifecycle(void);
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extern void test_ha_bootstrap(void);
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extern void test_ha_durability(void);
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extern void test_repl_majority(void);
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extern void test_persist_truncate(void);
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extern void test_ha_ctrlhello(void);
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extern void test_ha_failover(void);
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extern void test_ha_vote_send(void);
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extern void test_ha_start_election_async(void);
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extern void test_ha_vote_gate(void);
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extern void test_ha_repl_push(void);
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extern void test_ha_connection_reuse(void);
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extern void test_ha_rdhup_integration(void);
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extern void test_ha_liveness(void);
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extern void test_ha_prevote(void);
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extern void test_ha_failover_prevote(void);
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extern void test_commit_engine(void);
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extern void test_commit_barrier_rollout(void);
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extern void test_commit_barrier_reply(void);
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extern void test_egress_filter(void);
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extern void test_demotion_convergence(void);
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extern void test_convergence_verification(void);
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extern void test_coldstart_lsn0(void);
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extern void test_commit_durability(void);
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extern void test_ctrlstatus(void);
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extern void test_ha_heartbeat_committed(void);
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extern void test_ha_vote_floor_heartbeat(void);
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extern void test_term_safety_adapter(void);
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extern void test_waldump(void);
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extern void test_walcompare(void);
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extern void test_snapverify(void);
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extern void test_snapdiff(void);
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extern void test_drive_async_config(void);
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extern void test_slowlane(void);
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extern void test_commit_admission_pool(void);
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extern void test_commit_resolve(void);
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extern void test_ha_vep_teardown(void);
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extern void test_ha_dispatch_integration(void);
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extern void test_ha_core_safety(void);
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extern void test_ha_partition(void);
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extern void test_persist_snapshot_entities(void);
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extern void test_apply_seam(void);
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extern void test_apply_committed_entry(void);
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extern void test_replay_apply_seam(void);
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extern void test_apply_reapply_idempotency(void);
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extern void test_apply_correctness_verification(void);
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extern void test_apply_pump(void);
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extern void test_apply_pump_integration(void);
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extern void test_job_array_apply(void);
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extern void test_job_array_fence(void);
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extern void test_job_array_replay_fence(void);
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void setUp(void) { return; }
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void tearDown(void)
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{
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printf("\n-----------------------------------------------------\n");
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return;
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}
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static char doc[] = "controller_test";
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static char args_doc[] = "";
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#define MAX_TESTS (256)
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struct arguments {
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int ntests;
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char* tests[MAX_TESTS];
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};
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static struct argp_option options[] = {
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{ "run", 't', "STR", 0, "run test" },
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{ 0 }
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};
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static error_t parse_opt(int key, char* arg, struct argp_state* state)
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{
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struct arguments* arguments = state->input;
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switch (key) {
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case 't':
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if (arguments->ntests >= MAX_TESTS) {
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fprintf(stderr, "Too many tests\n");
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exit(-1);
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}
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arguments->tests[arguments->ntests] = arg;
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arguments->ntests++;
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break;
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default:
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return ARGP_ERR_UNKNOWN;
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}
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return 0;
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}
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static struct argp argp = { options, parse_opt, args_doc, doc };
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struct arguments arguments;
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static int check_test(struct arguments* args, char* x)
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{
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int i;
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if (args->ntests == 0) {
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return 1;
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}
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for (i = 0; i < args->ntests; i++) {
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if (strcmp(x, args->tests[i]) == 0) {
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return 1;
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}
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}
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return 0;
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}
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#define TEST(x) \
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do { \
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if (check_test(&arguments, #x)) { \
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x(); \
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} \
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} while (0)
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int main(int argc, char* argv[])
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{
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argp_parse(&argp, argc, argv, 0, 0, &arguments);
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UNITY_BEGIN();
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TEST(test_persist_types);
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TEST(test_persist_wal);
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TEST(test_persist_schema);
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TEST(test_persist_checkpoint);
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TEST(test_persist_recovery);
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TEST(test_hooks);
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TEST(test_persist_hooks);
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TEST(test_gc_retention);
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TEST(test_cluster_persist);
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TEST(test_e2e_wal);
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TEST(test_e2e_checkpoint);
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TEST(test_e2e_hooks);
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TEST(test_e2e_gc);
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TEST(test_e2e_capnp);
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TEST(test_ha_role);
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TEST(test_ha_role_lifecycle);
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TEST(test_ha_cluster);
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TEST(test_ha_redirect);
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TEST(test_join_redirect);
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TEST(test_p1_integration);
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TEST(test_repl_unit);
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TEST(test_repl_apply);
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TEST(test_persist_repl);
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TEST(test_repl_catchup);
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TEST(test_p2_integration);
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TEST(test_p3_hardening);
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TEST(test_p3_manual_failover);
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TEST(test_ctrl_metrics);
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TEST(test_config_repl);
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TEST(test_worker_join);
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TEST(test_ha_startup);
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TEST(test_ha_election);
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TEST(test_ha_elect_ctx_lifecycle);
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TEST(test_ha_bootstrap);
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TEST(test_ha_durability);
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TEST(test_repl_majority);
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TEST(test_persist_truncate);
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TEST(test_ha_ctrlhello);
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TEST(test_ha_failover);
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TEST(test_ha_vote_send);
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TEST(test_ha_start_election_async);
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TEST(test_ha_vote_gate);
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TEST(test_ha_repl_push);
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TEST(test_ha_connection_reuse);
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TEST(test_ha_rdhup_integration);
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TEST(test_ha_liveness);
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TEST(test_ha_prevote);
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TEST(test_ha_failover_prevote);
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TEST(test_commit_engine);
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TEST(test_commit_barrier_rollout);
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TEST(test_commit_barrier_reply);
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TEST(test_egress_filter);
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TEST(test_demotion_convergence);
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TEST(test_convergence_verification);
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TEST(test_coldstart_lsn0);
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TEST(test_commit_durability);
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TEST(test_ctrlstatus);
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TEST(test_ha_heartbeat_committed);
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TEST(test_ha_vote_floor_heartbeat);
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TEST(test_term_safety_adapter);
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TEST(test_waldump);
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TEST(test_walcompare);
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TEST(test_snapverify);
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TEST(test_snapdiff);
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TEST(test_drive_async_config);
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TEST(test_slowlane);
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TEST(test_commit_admission_pool);
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TEST(test_commit_resolve);
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TEST(test_ha_vep_teardown);
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TEST(test_ha_dispatch_integration);
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TEST(test_ha_core_safety);
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TEST(test_ha_partition);
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TEST(test_persist_snapshot_entities);
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TEST(test_apply_seam);
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TEST(test_apply_committed_entry);
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TEST(test_replay_apply_seam);
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TEST(test_apply_reapply_idempotency);
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TEST(test_apply_correctness_verification);
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TEST(test_apply_pump);
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TEST(test_apply_pump_integration);
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TEST(test_job_array_apply);
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TEST(test_job_array_fence);
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TEST(test_job_array_replay_fence);
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return UNITY_END();
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}
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