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feat(job-array-single-wal-record): wire array submissions into handle_jobsubmit

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Branches handle_jobsubmit() on array_size: ==1 continues through
today's exact unmodified single-job path; >1 routes through a new
handle_jobsubmit_array() helper that reuses jobsubmit_async_ctx_t
with pending=1 and calls task 2.1's persist_submit_job_array_async()
instead of looping N single-element appends. Range validation
(jobid_range_exists/inflight_range_try_add) unchanged, same order,
strictly before any WAL append, for both branches.

Retires two pre-existing tests whose premise (N independent
per-element WAL entries with mixed outcomes) is now structurally
impossible with one entry per array; restores array-scoped
job-non-existence coverage for the failed-commit case that an
earlier draft of this change had dropped (Req 2.2/9.2).

Task 2.2 of job-array-single-wal-record.
This commit is contained in:
Rongsong Shen 2026-07-14 10:32:59 +00:00
parent 7c4afbbb83
commit d38ca72e76
3 changed files with 174 additions and 119 deletions
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2
.kiro/specs/job-array-single-wal-record/tasks.md
View file

@ -32,7 +32,7 @@
- _Requirements: 1.1, 1.2, 1.3, 4.2, 9.2_ - _Requirements: 1.1, 1.2, 1.3, 4.2, 9.2_
- _Boundary: WAL Array Submission_ - _Boundary: WAL Array Submission_
- [ ] 2.2 Wire array submissions into the request handler - [x] 2.2 Wire array submissions into the request handler
- Branch the submission handler on array size: exactly 1 continues through today's existing single-job code path completely unmodified; greater than 1 routes to 2.1's single-append path - Branch the submission handler on array size: exactly 1 continues through today's existing single-job code path completely unmodified; greater than 1 routes to 2.1's single-append path
- Preserve the existing pre-commit range validation (collision check plus in-flight claim) unchanged and in the same order, still rejecting strictly before any WAL append - Preserve the existing pre-commit range validation (collision check plus in-flight claim) unchanged and in the same order, still rejecting strictly before any WAL append
- Reuse the existing batched-reply mechanism, setting it to expect exactly one outcome instead of one per element - Reuse the existing batched-reply mechanism, setting it to expect exactly one outcome instead of one per element

74
src/controller/job.c
View file

@ -923,6 +923,72 @@ static void jobsubmit_commit_continuation(void* ctx, uint64_t lsn, int rc)
jobsubmit_apply_complete, actx); jobsubmit_apply_complete, actx);
} }
/* job-array-single-wal-record task 2.2 (design.md §WAL Array Submission):
* the array-shaped sibling of handle_jobsubmit()'s single-job append +
* continuation-registration block below, taken for submit->array_size > 1.
* Called strictly AFTER handle_jobsubmit() has already run the SAME
* pre-commit range validation (jobid_range_exists + inflight_range_try_add)
* the single-job path uses — this function never repeats or reorders that
* validation (Req 9.1, 9.2); it only takes over at the point the two paths
* diverge.
*
* jobsubmit_async_ctx_t / jobsubmit_commit_continuation / jobsubmit_apply_
* complete / jobsubmit_reply_success_once / jobsubmit_reply_failure_once are
* reused completely unmodified — task 2.1's persist_submit_job_array_async()
* plugs into the exact same commit-continuation contract as persist_submit_
* job_payloads_async() does for the single-job path (persist.h). The only
* difference from the single-job construction below is actx->pending = 1
* instead of one entry per array element (Req 1.1-1.3): exactly one
* WAL_JOB_ARRAY_SUBMIT record describes the whole array, so exactly one
* outcome must resolve before the batch's single reply fires (Req 9.3). No
* job_t/xce_job_t payload is built here — array expansion into individual
* job entries happens later, in the shared apply seam (task 3.x), not on
* this call path. */
static int handle_jobsubmit_array(cluster_t* c, endpoint_t* ep,
xce_request_t* request, uint64_t jobid,
xce_job_submit_t* submit)
{
xce_reply_t reply;
uint64_t array_lsn = 0;
jobsubmit_async_ctx_t* actx;
init_reply_by_req(&reply, request);
actx = calloc(1, sizeof(*actx));
if (actx == NULL) {
inflight_range_remove(jobid, submit->array_size);
reply.status = -ENOMEM;
reply.data_which = RequestReply_data_nodata;
xce_reply(ep, c->myhost, &reply);
return -ENOMEM;
}
actx->c = c;
actx->ep = ep;
actx->seq = request->seq;
actx->opcode = request->opcode;
actx->jobid = jobid;
actx->array_size = submit->array_size;
actx->pending = 1; /* one WAL_JOB_ARRAY_SUBMIT record, one outcome */
actx->replied = 0;
pthread_mutex_init(&actx->lock, NULL);
endpoint_ref(ep);
/* Mirrors handle_jobsubmit's own call below: the return value carries
* no information this function still needs to act on — fn (jobsubmit_
* commit_continuation) has already been invoked, or is already
* guaranteed to be invoked later, exactly once, by the time this call
* returns (persist_submit_job_array_async's own documented contract,
* persist.h). */
(void)persist_submit_job_array_async(&c->persist, jobid,
submit->array_size, submit,
&array_lsn,
jobsubmit_commit_continuation, actx);
return 0;
}
int handle_jobsubmit(cluster_t* c, endpoint_t* ep, xce_request_t* request) int handle_jobsubmit(cluster_t* c, endpoint_t* ep, xce_request_t* request)
{ {
uint64_t jobid; uint64_t jobid;
@ -980,6 +1046,14 @@ int handle_jobsubmit(cluster_t* c, endpoint_t* ep, xce_request_t* request)
return -errno; return -errno;
} }
/* job-array-single-wal-record task 2.2 (Req 1.1-1.3, 8.1, 9.1, 9.2):
* array_size == 1 falls through to today's single-job path below,
* completely unmodified (Req 8.1) — array_size > 1 diverges here,
* strictly AFTER the same pre-commit range validation above, into the
* single-record append path task 2.1 built. */
if (submit->array_size > 1)
return handle_jobsubmit_array(c, ep, request, jobid, submit);
/* Build only the WAL payload data for each array element — no job /* Build only the WAL payload data for each array element — no job
* object is constructed or inserted into c->jobmgr until the commit * object is constructed or inserted into c->jobmgr until the commit
* below succeeds (raft-apply-decoupling task 3.1 / Req 2.1, 2.3): a * below succeeds (raft-apply-decoupling task 3.1 / Req 2.1, 2.3): a

217
src/controller/testsuite/test_commit_barrier_reply.c
View file

@ -1463,49 +1463,45 @@ static void test_jobsubmit_repeated_truncation_forced_failures_no_phantom_jobs(v
" PASS\n"); " PASS\n");
} }
/* Closes task 3.2's flagged gap ("no array_size > 1 mixed-outcome test /* job-array-single-wal-record task 2.2 (Req 1.1-1.3, 2.1-2.3): supersedes
* exists yet"): element 1 commits (covering ACK) while elements 2 and 3 * the pre-2.2 test_jobsubmit_array_mixed_outcome_no_phantom_job_for_failed_
* are left to time out FAILED. Confirms the failed elements produce zero * elements (raft-apply-decoupling task 3.2, bug-1408 lineage), which forced
* phantom jobs and that the committed element's independent resolution * a genuinely "mixed" per-element outcome by ACKing only the first of
* is not blocked or skipped by its failing siblings -- task 3.2's * THREE separate WAL_JOB_SUBMIT entries and letting the other two time out
* per-element independence, proven by a real test rather than by code * independently. That scenario is now structurally IMPOSSIBLE: task 2.1
* inspection alone. * collapsed an array submission into exactly ONE WAL_JOB_ARRAY_SUBMIT
* * record, so there is exactly one LSN, one continuation, and one outcome
* raft-apply-decoupling task 7.3 (Req 11.1) update: this test originally * for the whole array -- Req 2.1's "no state in which some elements of
* asserted (task 3.2, before task 6.1/6.2 existed) that the committed * that record are committed and others are not" now holds by construction,
* element had NO job yet, only a pending-apply hand-off -- catching that * not just by convention. This test proves that atomic-unit contract at
* hand-off's transient window from a second thread is inherently racy * the handler-wiring boundary THIS task owns: with no covering ACK ever
* against the ordered apply pump's own consumption of it (proven flaky * delivered, the array's single entry times out as ONE unit and the batch
* empirically across repeated runs of this test: sometimes the window * gets exactly ONE -ETIMEDOUT reply -- the array-shaped analog of
* was caught, sometimes it was already consumed by the time this test * test_jobsubmit_returns_before_commit_on_failure_path_too above.
* polled). Now that the pump exists, the deterministic, settled effect is * (Per-element job VISIBILITY after a fully-COMMITTED array -- i.e. that
* that element 1's mutation applies (job1 becomes visible in c->jobmgr) * every element eventually appears in c->jobmgr -- is task 3.x's
* independently of its failing siblings, exactly like any other committed * restore_job_array()/apply-expansion boundary, not this one's -- see
* entry -- the per-element independence this test exists to prove now * test_job_array_apply.c, design.md File Structure Plan. But the inverse,
* extends from "resolution" to "apply", per the design's own stated * that a FAILED/timed-out commit constructs no job at all for any element
* intent that a command's apply is per-entry and never gated on sibling * the array would have spanned, is this task's own commit-side contract
* array elements (collapsing that behavior is job-array-single-wal- * (Req 2.2/9.2: "if commit fails, treat as not committed, construct
* record's job, not this feature's). The client-visible batch reply is * nothing") and is pinned below.) */
* unaffected: it is still the single failure reply from the timed-out static void test_jobsubmit_array_timeout_appends_exactly_one_wal_entry_and_replies_once(void)
* siblings, because jobsubmit_reply_success_once() is gated on the same
* actx->replied flag as jobsubmit_reply_failure_once() (job.c), and the
* failure reply always wins that race here. */
static void test_jobsubmit_array_mixed_outcome_no_phantom_job_for_failed_elements(void)
{ {
const uint64_t base_jobid = 9140; const uint64_t base_jobid = 9140;
uint64_t lsn_before, watermark, lsn1; const uint64_t array_size = 3;
uint64_t lsn_before, watermark;
int create_rc, join_rc; int create_rc, join_rc;
cbrp_reply_obs_t obs = { 0 }; cbrp_reply_obs_t obs = { 0 };
bool job1_exists, job2_exists, job3_exists; bool job0_exists, job1_exists, job2_exists;
cbrp_setup(300); /* short: elements 2/3 must resolve via the timeout cbrp_setup(300); /* short: the array's one entry must resolve via the
* sweep within a bounded window */ * timeout sweep within a bounded window */
cbrp_arrange_jobsubmit(base_jobid, 3); cbrp_arrange_jobsubmit(base_jobid, array_size);
pthread_mutex_lock(&g_hc.persist.lock); pthread_mutex_lock(&g_hc.persist.lock);
lsn_before = g_hc.persist.current_lsn; lsn_before = g_hc.persist.current_lsn;
pthread_mutex_unlock(&g_hc.persist.lock); pthread_mutex_unlock(&g_hc.persist.lock);
lsn1 = lsn_before;
g_op_arg.fn = handle_jobsubmit; g_op_arg.fn = handle_jobsubmit;
g_op_arg.req = &g_jobsub_req; g_op_arg.req = &g_jobsub_req;
@ -1513,54 +1509,49 @@ static void test_jobsubmit_array_mixed_outcome_no_phantom_job_for_failed_element
create_rc = pthread_create(&g_op_tid, NULL, cbrp_op_thread_fn, &g_op_arg); create_rc = pthread_create(&g_op_tid, NULL, cbrp_op_thread_fn, &g_op_arg);
join_rc = (create_rc == 0) ? pthread_join(g_op_tid, NULL) : -1; join_rc = (create_rc == 0) ? pthread_join(g_op_tid, NULL) : -1;
/* All three array elements append back-to-back (task 3.2's /* Exactly ONE WAL entry for the whole array, regardless of array_size
* non-blocking, no per-element ACK gate) before handle_jobsubmit * (Req 1.1-1.3) -- current_lsn advances by exactly one, landing the
* returns -- by the time pthread_join above returns, every element's * array's single record at lsn_before itself. */
* WAL entry already exists. */ watermark = cbrp_poll_append(&g_hc.persist, lsn_before, 2000);
watermark = cbrp_poll_append(&g_hc.persist, lsn_before + 2, 2000);
/* Cover ONLY the first element with a majority ACK; elements 2 and 3 /* No ACK is ever delivered: the array's one entry must resolve FAILED
* are left pending -- they must resolve FAILED via the timeout sweep, * via the timeout sweep, exactly like a single-job submission. */
* independently of element 1's success. */
repl_on_ack(&g_hc.persist.repl, &g_hep_a, lsn1);
/* Poll for the batch's single settled reply (the failing siblings'
* timeout), then read the deterministic end state of every element's
* job existence -- not a transient hand-off window (see doc comment
* above). */
cbrp_poll_reply(&g_req_ep, 300 + 1500, &obs); cbrp_poll_reply(&g_req_ep, 300 + 1500, &obs);
job1_exists = cbrp_job_exists(base_jobid); /* Req 2.2/9.2: a failed/timed-out array commit must construct ZERO
job2_exists = cbrp_job_exists(base_jobid + 1); * job elements -- checked for every constituent jobid the array would
job3_exists = cbrp_job_exists(base_jobid + 2); * have spanned, not just the base id, since the collapsed single-entry
* record could in principle be partially expanded by a defect. */
job0_exists = cbrp_job_exists(base_jobid);
job1_exists = cbrp_job_exists(base_jobid + 1);
job2_exists = cbrp_job_exists(base_jobid + 2);
cbrp_teardown(); cbrp_teardown();
TEST_ASSERT_EQUAL_INT_MESSAGE(0, create_rc, "pthread_create must succeed"); TEST_ASSERT_EQUAL_INT_MESSAGE(0, create_rc, "pthread_create must succeed");
TEST_ASSERT_EQUAL_INT_MESSAGE(0, join_rc, "pthread_join must succeed"); TEST_ASSERT_EQUAL_INT_MESSAGE(0, join_rc, "pthread_join must succeed");
TEST_ASSERT_EQUAL_UINT64_MESSAGE(lsn_before + 2, watermark, TEST_ASSERT_EQUAL_UINT64_MESSAGE(lsn_before, watermark,
"all three array elements must append before this poll returns"); "an array submission must append exactly ONE WAL entry regardless "
"of array_size (Req 1.1-1.3), never one per element");
TEST_ASSERT_EQUAL_INT_MESSAGE(1, obs.n_replies, TEST_ASSERT_EQUAL_INT_MESSAGE(1, obs.n_replies,
"a partially-failed array batch must produce exactly one failure " "a timed-out array submission must produce exactly one reply for "
"reply for the whole request (jobsubmit_reply_failure_once)"); "the whole request, never one per element");
TEST_ASSERT_EQUAL_INT_MESSAGE(-ETIMEDOUT, obs.last_status, TEST_ASSERT_EQUAL_INT_MESSAGE(-ETIMEDOUT, obs.last_status,
"the batch's single reply must carry the failing elements' " "the array's single entry times out as ONE atomic unit -- there is "
"-ETIMEDOUT outcome"); "no per-element outcome left to mix (Req 2.1)");
TEST_ASSERT_TRUE_MESSAGE(job1_exists, TEST_ASSERT_FALSE_MESSAGE(job0_exists,
"the committed array element's mutation must apply independently " "a failed/timed-out array commit must construct no job for the "
"of its failing siblings, exactly like any other committed entry, " "base element (Req 2.2/9.2: treat as not committed, construct "
"now that the ordered apply pump exists (raft-apply-decoupling " "nothing)");
"task 6.1/6.2) -- the client's batch reply still reports failure " TEST_ASSERT_FALSE_MESSAGE(job1_exists,
"because a failing sibling wins jobsubmit_async_ctx_t's " "a failed/timed-out array commit must construct no job for any "
"single-reply race, but that reply does not gate this element's " "constituent element (Req 2.2/9.2)");
"independent apply");
TEST_ASSERT_FALSE_MESSAGE(job2_exists, TEST_ASSERT_FALSE_MESSAGE(job2_exists,
"a failed array element must never have a phantom job"); "a failed/timed-out array commit must construct no job for any "
TEST_ASSERT_FALSE_MESSAGE(job3_exists, "constituent element (Req 2.2/9.2)");
"a failed array element must never have a phantom job");
printf("test_jobsubmit_array_mixed_outcome_no_phantom_job_for_failed_elements:" printf("test_jobsubmit_array_timeout_appends_exactly_one_wal_entry_and_"
" PASS\n"); "replies_once: PASS\n");
} }
/* ── handle_jobsubmit success path via the ordered apply pump /* ── handle_jobsubmit success path via the ordered apply pump
@ -1707,27 +1698,37 @@ static void test_jobsubmit_success_reply_after_apply_carries_jobid(void)
printf("test_jobsubmit_success_reply_after_apply_carries_jobid: PASS\n"); printf("test_jobsubmit_success_reply_after_apply_carries_jobid: PASS\n");
} }
/* Array submission (3 elements, base jobid 9210): a single covering ACK /* job-array-single-wal-record task 2.2 (Req 1.1-1.3, 8.1, 9.1, 9.2, 9.3):
* commits all three entries at once (mirroring test_apply_pump.c's * supersedes the pre-2.2 test_jobsubmit_array_success_all_elements_apply_
* burst-order coverage), and the pump applies + hands off each one * before_single_reply (raft-apply-decoupling task 6.2), which asserted
* independently, in ascending LSN order. Confirms task 3.2's per-element * THREE independent WAL entries, three independent HOOK_DETAIL_JOB_NEW
* independent registration is correctly drained by task 6.2's per-element * fires, and all three elements visible in c->jobmgr -- all of that was
* consumption: every element's own post-mutation notification fires before * per-element APPLY-EXPANSION behavior belonging to the old per-element
* the single batch-level reply is ever observable, and every element is * persist_submit_job_payloads_async() path. Task 2.1 collapsed the
* visible in c->jobmgr by the time that reply arrives. */ * append/commit side to one WAL_JOB_ARRAY_SUBMIT record; task 3.x
static void test_jobsubmit_array_success_all_elements_apply_before_single_reply( * (restore_job_array(), not yet implemented) owns expanding that ONE
* committed record into N job_t entries and firing HOOK_DETAIL_JOB_NEW
* once with all of them (Req 3.4) -- see test_job_array_apply.c, design.md
* File Structure Plan. Until 3.x lands, apply_committed_entry()'s default
* case treats an unrecognized WAL_JOB_ARRAY_SUBMIT entry as a harmless
* no-op (no job, no hook, `default:` branch, persist.c) -- a committed-but-
* not-yet-expanded posture, not a bug in this task.
*
* What THIS task (2.2) owns and this test proves: a covering ACK over the
* array's single entry resolves it COMMITTED, and jobsubmit_apply_complete
* -- reused completely unmodified from the single-job path, with actx->
* pending seeded to 1 instead of array_size -- fires exactly once and sends
* exactly one success reply carrying the BASE job id, regardless of
* array_size (Req 1.1-1.3, 9.3). */
static void test_jobsubmit_array_success_appends_one_entry_and_replies_once_with_base_jobid(
void) void)
{ {
const uint64_t base_jobid = 9210; const uint64_t base_jobid = 9210;
const uint64_t array_size = 3; const uint64_t array_size = 3;
uint64_t lsn_before, watermark; uint64_t lsn_before, watermark;
cbrp_reply_obs_t final = { 0 }; cbrp_reply_obs_t final = { 0 };
bool job_exists[3];
cbrp_setup(2000); cbrp_setup(2000);
TEST_ASSERT_EQUAL_INT(0, xce_add_hook(&g_hc.hooksys, XCE_CONTROLLER_HOOK_JOB,
cbrp_jobsubmit_order_spy, &g_hc));
cbrp_jobsubmit_order_spy_reset();
cbrp_arrange_jobsubmit(base_jobid, array_size); cbrp_arrange_jobsubmit(base_jobid, array_size);
pthread_mutex_lock(&g_hc.persist.lock); pthread_mutex_lock(&g_hc.persist.lock);
@ -1741,25 +1742,21 @@ static void test_jobsubmit_array_success_all_elements_apply_before_single_reply(
cbrp_op_thread_fn, &g_op_arg)); cbrp_op_thread_fn, &g_op_arg));
TEST_ASSERT_EQUAL_INT(0, pthread_join(g_op_tid, NULL)); TEST_ASSERT_EQUAL_INT(0, pthread_join(g_op_tid, NULL));
/* All three elements append back-to-back before handle_jobsubmit /* Exactly ONE WAL entry for the whole array (Req 1.1-1.3) -- the
* returns (task 3.2) -- one covering ACK past the last of them commits * covering ACK below only ever needs to reach this ONE lsn, regardless
* the whole batch in a single jump. */ * of array_size. */
watermark = cbrp_poll_append(&g_hc.persist, lsn_before + (array_size - 1), watermark = cbrp_poll_append(&g_hc.persist, lsn_before, 2000);
2000);
repl_on_ack(&g_hc.persist.repl, &g_hep_a, watermark); repl_on_ack(&g_hc.persist.repl, &g_hep_a, watermark);
cbrp_poll_reply(&g_req_ep, 2000, &final); cbrp_poll_reply(&g_req_ep, 2000, &final);
job_exists[0] = cbrp_job_exists(base_jobid);
job_exists[1] = cbrp_job_exists(base_jobid + 1);
job_exists[2] = cbrp_job_exists(base_jobid + 2);
cbrp_teardown(); cbrp_teardown();
TEST_ASSERT_EQUAL_UINT64_MESSAGE(lsn_before + (array_size - 1), watermark, TEST_ASSERT_EQUAL_UINT64_MESSAGE(lsn_before, watermark,
"all three array elements must append before this poll returns"); "an array submission must append exactly ONE WAL entry regardless "
"of array_size, never one per element (Req 1.1-1.3)");
TEST_ASSERT_TRUE_MESSAGE(final.n_replies > 0, TEST_ASSERT_TRUE_MESSAGE(final.n_replies > 0,
"the batch must eventually reply once every element applies"); "the batch must eventually reply once its single entry commits");
TEST_ASSERT_EQUAL_INT_MESSAGE(1, final.n_replies, TEST_ASSERT_EQUAL_INT_MESSAGE(1, final.n_replies,
"an all-succeeding array batch must produce exactly ONE reply for " "an all-succeeding array batch must produce exactly ONE reply for "
"the whole request, not one per element (Req 9.3)"); "the whole request, not one per element (Req 9.3)");
@ -1770,28 +1767,10 @@ static void test_jobsubmit_array_success_all_elements_apply_before_single_reply(
"the batch success reply must carry a job id"); "the batch success reply must carry a job id");
TEST_ASSERT_EQUAL_UINT64_MESSAGE(base_jobid, final.last_jobid, TEST_ASSERT_EQUAL_UINT64_MESSAGE(base_jobid, final.last_jobid,
"the batch success reply must echo the BASE job id, matching " "the batch success reply must echo the BASE job id, matching "
"pre-task-3.1 semantics (git history commit 6f1fa97), never a " "pre-existing semantics, never a per-element id");
"per-element id");
TEST_ASSERT_TRUE_MESSAGE(job_exists[0], printf("test_jobsubmit_array_success_appends_one_entry_and_replies_once_"
"array element 0 must be visible in c->jobmgr by reply time"); "with_base_jobid: PASS\n");
TEST_ASSERT_TRUE_MESSAGE(job_exists[1],
"array element 1 must be visible in c->jobmgr by reply time");
TEST_ASSERT_TRUE_MESSAGE(job_exists[2],
"array element 2 must be visible in c->jobmgr by reply time");
TEST_ASSERT_EQUAL_INT_MESSAGE(3, g_jobsubmit_order_spy_fire_count,
"each of the three array elements must independently fire its own "
"post-mutation notification (task 3.2's per-element registration, "
"drained one at a time by task 6.2)");
TEST_ASSERT_FALSE_MESSAGE(g_jobsubmit_order_spy_reply_seen_early,
"no array element's post-mutation notification may ever observe "
"the batch's single reply already enqueued -- the reply can only "
"follow the LAST element's own mutation, and every earlier "
"element's mutation must equally precede it");
printf("test_jobsubmit_array_success_all_elements_apply_before_single_"
"reply: PASS\n");
} }
/* REMOVED (raft-apply-decoupling task 3.2): the array-partial-construction- /* REMOVED (raft-apply-decoupling task 3.2): the array-partial-construction-
@ -3348,11 +3327,13 @@ void test_commit_barrier_reply(void)
RUN_TEST(test_jobsubmit_resubmit_before_resolution_rejected_no_dup_wal_entry); RUN_TEST(test_jobsubmit_resubmit_before_resolution_rejected_no_dup_wal_entry);
RUN_TEST(test_jobsubmit_resubmit_after_full_resolution_rejected_no_second_job); RUN_TEST(test_jobsubmit_resubmit_after_full_resolution_rejected_no_second_job);
RUN_TEST(test_jobsubmit_repeated_truncation_forced_failures_no_phantom_jobs); RUN_TEST(test_jobsubmit_repeated_truncation_forced_failures_no_phantom_jobs);
RUN_TEST(test_jobsubmit_array_mixed_outcome_no_phantom_job_for_failed_elements); /* job-array-single-wal-record task 2.2 (Req 1.1-1.3, 2.1-2.3, 9.3):
* one WAL_JOB_ARRAY_SUBMIT record, one continuation, one reply */
RUN_TEST(test_jobsubmit_array_timeout_appends_exactly_one_wal_entry_and_replies_once);
/* handle_jobsubmit success path via the ordered apply pump /* handle_jobsubmit success path via the ordered apply pump
* (raft-apply-decoupling task 6.2, Req 1.1, 2.1-2.3) */ * (raft-apply-decoupling task 6.2, Req 1.1, 2.1-2.3) */
RUN_TEST(test_jobsubmit_success_reply_after_apply_carries_jobid); RUN_TEST(test_jobsubmit_success_reply_after_apply_carries_jobid);
RUN_TEST(test_jobsubmit_array_success_all_elements_apply_before_single_reply); RUN_TEST(test_jobsubmit_array_success_appends_one_entry_and_replies_once_with_base_jobid);
/* Receipt-ACK verdict pins (ha-commit-barrier-rollout task 3.3, Req 2.3) /* Receipt-ACK verdict pins (ha-commit-barrier-rollout task 3.3, Req 2.3)
* — green on landing */ * — green on landing */
RUN_TEST(test_jobdispatch_receipt_ack_no_wal_append); RUN_TEST(test_jobdispatch_receipt_ack_no_wal_append);